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BRITISH AND FOREIGN
MEDICO-CHIRUEGICAL
KEVIEW
OB
QUARTERLY JOURNAL
ov
PRACTICAL MEDICINE AND SURGERY.
VOL. LVI.
JULY— OCTOBER, 1875.
LONDON:
J. & A. CHUECHILL, NEW BURLINGTON STREET.
MDCCCLXXV.
4
CONTENTS OF NO. CXI.
BRITISH AND FOREIGN
MEDICO-CHIRURGICAL REVIEW.
JULY, 1875.
^nalgtical anti (Critical Kebietos
PAGE
Rev. 1. — 1. Traite des Operations qui se pratiquent sar roeil. Par Bdouaed
Meter et A. de Montmeja. Paris, 1871. . . .1
2. Handbuch der gesaramten Augenheilkunde. B. iii. (' Operationslehre/
von Prof. Aelt). Leipzig, 1874. . . . . ib.
3. Ophthalmic Surgery (extracted from * Erichsen's Surgery,* 6th ed.,
1872). By J. F. Stbeatfeild . . . . ib.
4. A Practical Treatise on the Diseases of the Eye. By Hatnes
Walton. 3rd edition. London, 1875 . . . ib.
Rev. II. — 1. Rare Cases of Congenital Syphilis. By L. D. Bulklet, M.D.,
A.M. New York. 1874 . . . . . 23
2. Cases of Disease of the Nervous System in Patients the Subjects of
Inherited Syphilis. By J. Hughlinqs Jackson, M.D. London.
1868 . . . . . . . ib.
3. On Dactylitis Syphilitica, with Observations on Syphilitic Lesions of
the Joints. By R. W. Tatloe, M.D. New York, 1871 . . ib.
4. On Pseudo-paralysis due to a Lesion of the Bones in Infants, the
Subjects of Inherited Syphilis. Paeeot, in * Archives de Physio-
logie,' 1872 . . . . . . ib.
5. London Medical Record, vol. i, p. 10. Summary of Contributions to
the Knowledge of the Pseudo-paralysis of Inherited Syphilis. By
S. Gee. M.D, . . . . . . ib.
Rev. III. — The Pathological Anatomy of the Nervous Centres. By Edwabd
Long Fox, M.D., F.R.C.P. London, 1874 . . .32
Rev. IV. — On Mycetoma ; or, the Fungus Foot of India. By H. Vandyke
Caetee, M.D., Indian Army. London, 1874 . . .39
Rev. V. — The Diseases of Tropical Climates and their Treatment, with Hints
for the Preservation of Health in the Tropics. By J. A. B. Horton,
M.D. Edin., F.R.G.S., Surgeon-Major. London, 1874. SmaU 8vo,
pp.657 . . . . . . .47
Rev. VI. — 1. Heredity, a Psychological Study of its Phenomena, Laws, Causes,
and Consequences. From the French of Th. Ribot, author of * Con-
temporary English Psychology.' London, 1875. Pp. 393 . 53
2. Heredity and Hybridism. A Suggestion by Edward S. Cox, S.L.,
author of ' What am I ?" &c., &c. London, 1875. Pp. 66 . ib.
3. Hereditary Genius, an Enquiry into its Laws and Consequences. By
Francis Galton, F.R.S., &c. London, 1869. Pp. 383 . ib.
11 CONTENTS OF NO CXI.
PAGE
Ret. VII. — 1. Ninth Annual Report of the Sanitary Commissioner with the
Government of India, 1872. Calcutta, 1873 . . .72
2. Tenth Annual Report of the Sanitary Commissioner with the Govern-
ment of India, 1873. Calcutta, 1874 . . . . ih.
3. Report of the Sanitary Commissioner for Madras, 1872. Madras,
1873. . . . . . . . ib.
4. Report of the Sanitary Commissioner for Madras, 1873. Madras,
1874 . . . . . . . ib.
5. Ninth Annual Report of the Sanitary Commissioner for the Govern-
ment of Bombay, 1872. Bombay, 1873
6. Tenth Annual Report of the Sanitary Commissioner for the Govern-
ment of Bombay, 1873, Bombay, 1874 . . . ib.
7. Annual Report of the Sanitary Commissioner for the Central Pro-
vinces, 1873. Nagpur, 1874. . . - . ib.
8. Report of the Sanitary Administration of the Punjaub for the Year
1873. Lahore, 1874 . . . . . ib.
Rev. VIII.— Clinique Medicale de l'H6tel Dieu de Rouen. Par E. Leudet.
Paris, 1874 . . . . . .90
Rev. IX. — Animal Mechanism : a Treatise on Terrestrial and Aerial Locomo-
tion. By E. J. Maeet . . . . .98
Rev. X. — 1. The Principles and Practice of Medical Jurisprudence. By
Alfeed Swayne Tayloe, M.D., F.R.S. Second edition. London,
1873 . . . . . . .108
2. Wharton Stille's Medical Jurisprudence. Third edition. Phila-
delphia, 1873 . . . . . . ib.
3. Principles of Forensic Medicine. Fourth editiou. By William
A. Guy, M.B., F.R.S., and David Feeeiee, M.D. London, 1875 . ib.
4. A Manual of Toxicology. By John J. Reese, M.D. Philadelphia
and London, 1874 . . . . . ib.
5. Die Gerichtlich-chemische Ernmittelung von Giften. Von Dr.
Geoeg Deagendoeff. St. Petersburg, 1868 . . ib.
6. Beitrage zur Gerichtlichen Chemie einzelner Organischer Gifte,
Ibid . . . . . , . ib.
7. Manuel de Toxicologic. Par Deagendoeff, traduit par E. Rittee.
Paris, 1873 . . . . . . ib.
8. Beitrage zur Gerichtlichen Chemie einzelner Organischer Gifte
Von Dr. Deagendoeff. Petersburg, 1872 . . . ib.
9. Guy's Hospital Reports . . . . . ib.
Rev. XL — 1. Cremation of the Dead: its History and Bearings upon Public
Health. By William Eassie, C.E. With Illustrations. London,
1875 . . . . . . .120
2. Cremation : the Treatment of the Body after Death. By Dr. Heney
Thompson. 2nd Ed. London, 1874 .' . . . ib.
3. On the Disposal of the Dead. By Dr. Rich aed son, F.R.S. 'Popu-
lar Science Review ' for Ajiril. London, 1875 . . . ib.
4. The Disposal of the Dead. ' Indian Medical Gazette.' Edited by K.
McLeod. Calcutta, April 1st, 1875 . . . . ib.
5. Letters in the 'Times' Newspaper on the Subject of Burial. By,
J. Setmoue Haden, Esq. 1874-75 . . . . ib.
6. Proceedings of the American Medical Society. June to December,
1874 . . . . . . . ib.
7. Suggestions to Burial Boards providing and managing Burial
Grounds. By the Inspection under the Burial Acts 1871 . ib.
Rev. XII.— 1. Guy's Hospital Reports. Third Series. Vol. xx. 1875 . 140
2. St. Thomas's Hospital Reports. New Series. Vol. v. 1874 . ib.
3. St. Barthoolmew's Hospital Reports. Vol. x. 1874 . . ib-
4. St. George's Hospital Reports. Vol. vii. 1875 . . ib.
Rev. XIIL— The Leprous Diseases of the Eye. With 6 Coloured Plates. 143
By Dr. 0. B. Bull and Dr. S. A. Hansen, Christiania and London.
1873. 8 vo, pp. 27 . . . . . ib.
%
CONTENTS OF NO. CXI. jif
PAGE
Aet. I. — 1. Histoire de la Peste Bubonique en Perse. Par J. D. Tholozan,
de la Societe Epidemiologique de Londres. 8vo, pp. 42. Paris, 1874 . 149
2. Histoire de la Peste Bubonique en Mesopotamie. Par J. D. Tholozan.
Svo, pp. 91. Paris, 1874 . . . . . . ib.
Aet. II. — Hospitalism and the Causes of Death after Operations and Surgical
Injuries. By J. E. Erichsen, F.R.C.S., &c. London, 1874 . 152
Aet. III. — The Sphyguiograph : its Physiological and Pathological Indica-
tions. The essay to which was awarded the Stevens Triennial Prize,
by the College of Physicians and Surgeons, New York, April, 1873.
Two hundred and ninety illustrations. By Edgar Holden, A.M., M.D.
Philadelphia, 1874 . . . . .154
Art. IV. — A Dictionary of Medical Science with the Accentuation and Ety-
mology of the Terms and the French and other Synonyms. By
Robert Dunglison, M.D. A new edition, enlarged and thoroughly
revised, by Richard J. Dunglison, M.D. London, 1874. Pp. 1131 156
Art. v.— Manual of Public Health for Ireland. By Thomas W. Grim-
SHAW, M.D,, &c. ; J. Emerson Reynolds, F.C.S. ; Robert O'B.
Furlong, M.A. ; and John W. Moore, M.D., &c. Dublin, 1875 . 157
Aet. VI. — Outlines of the Science and Practice of Medicine. By William
AiTKEN, M.D., F.R.S. London, 1874 . . . .158
Aet. VII. — Water Analysis as it should, and as it should not, be performed
by the Medical Officer of Health. With Illustrations. By Cornelius
B. Fox, M.D., M.R.C.P. Lond. London.
Art. VIII. — The Disposal of Slop Water of Villages. By Cornelius B.
Fox, M.D., M.R.C.P. Lond. London, 1875 . . .161
Art. IX. — A Practical Treatise upon Eczema, including its Lichenous and
Impetiginous Forms. By Dr. McCall Anderson. Third edition,
with seven woodcuts. Pp. 208. London, 1874 . . . ib.
Art. X. — Lectures on Skin Diseases, delivered at St. Vincent's Hospital. By
E. D. Mapother, M.D. With illustrations. Second edition. Dublin,
1875. Pp. 206 . . . . . . 166
Art. XL — Notes of Demonstrations on Phys^'ological Chemistry. By S. W.
Moore. Pp. ix and 58. London, 1874 . . . ib.
Aet. XII.— The West Riding Lunatic Asylum Medical Reports. Edited by
J. Crichton Browne, M.D. Vol. iv. London, 1874 . . 167
Aet. XIII. — Lectures on Public Health. Delivered in the Lecture Hall of
the Royal Dublin Society. Dublin, 1874. Pp. 203, . . 168
Art. XIV. — Remark on the Report of the Sanitary Commissioner with the
Government of India on the Cholera Epidemic of 1872 in Northern
India. By Surgeon-Major A. C. C. deRenzy, B.A., T.C.D., Sanitary
Commissioner, Punjaub. Lahore, 1874. Svo, pp. 28 . . 169
Art. XV. — The Medico- Chirurgical Tariffs issued by the Shropshire Ethical
Society. Shrewsbury, 1874 ..... 170
Aet. XVI. — The Toner Lectures. On Strain and Over Action of the Heart.
By J. M. Da Costa, M.D., Professor of Practice of Medicine in Jeffer-
son Medical College, Philadelphia, Pp. 28. Washington, 1874 . 171
Aet. XVII. — 1. Chemistry in its Relations to Therapeutics. By W.
Handsel Griffiths, Ph. D., L.R.C.P.E . . . ib. '
2. On the Teaching of Materia Medica and Therapeutics. By W.
Handsel Griffiths, Ph.D., L.R.C.P.E . . . ib.
3. Monthly Report on the Progress of Therapeutics. Edited for the
* Edinburgh Medical Journal.' Nos. Ill to VI. 1874-75 . ib.
Aet. XVIII.— 1. The Study of Life. By H. Macnaughton Jones, M.D.,
Ch. M., Fellow of the Royal Colleges of Surgeons, Ireland, and Edin-
burgh ; Senior Demonstrator of Anatomy, Queen's College, Cork, &c. 172
2. The Simplicity of Life. By Ralph Richardson, M. A., M.D., Fellow
of the College of Physicians, Edinburgh . . . ib.
IV CONTENTS OF NO. CXI.
PAGE
Abt. XIX. — Transactions of the American Ophthalmological Society. Ninth
Annual Meeting, Newport, July, 1873. Tenth Annual Meeting, New-
port, July, 1874. New York, 1873, 1874 . , .175
AsT. XX. — Krankheiten des Weiblichen Geschlechtes, vom Klinischen
Pathologischen, und Therapeutischen Handpucktes, aus Dargestellt.
Von Dr. Hermann Beiqel. Vol. i. ... 178
The Diseases of Women from a Clinical, Pathological, and Therapeu-
tical Point of View. By Dr. Heemann Beiqel . . ib.
Aet. XXI, — Recherches sur Lymphangites Pulmonaires. Parle Dr. Emile
Troisiee, Interne des H6pitaux de Paris . . . 180
Aet. XXII. — The Management of Infancy and Childhood in Health and
Disease. Pp. 627. By Howard Baeeett, M.R.C.S., &c. . 181
Aet. XXIII. — Transactions of the Pathological Society of London. Vol. xxv.
London, 1874 . . . . . .183
Aet. XXIV. — Infant Diet. By A. Jacobi, M.D. Revised, enlarged, and
adapted to popular use by Maey F. Jacobi, M.D. New York, 1874 . 184
Aet. xxv. — Clinical Lectures on various Important Diseases, being a Col-
lection of the Clinical Lectures delivered in the Medical Wards of
Mercy Hospital, Chicago. By Nathan S. Davis, M-D. Edited by
Feank Davis, M.D. Second edition. Philadelphia, 1874. . ib.
Aet. XXVI. — On the Functional Derangements of the Liver, being the
Croonian Lectures delivered at the Royal College of Physicians, in
March, 1874. By Chaeles Muechison, M.D., F.R.S. London, 1874. 186
(©riginal i^Tommunicatiorts.
Aet. I. — The Pathology of the Contracting Granular Kidney. By J. T.
Maclagan, M.D 188
Abt. II. — On the Value of Fluctuation as a Sign. By T. H. Baetleet,
F.R.C.S., &c. 202
Qtl^tonitU of i^etiical Science.
Report on Physiology and Histology. By Heney Powee, F.R.C.S., M.B.
Loud 206
Report on Surgery. By H. A. Reeves, F.R.C.S.E. ^ 217
Report on Toxicology, Forensic Medicine, and Hygiene. By Benjamin W.
RiCHAEDSON, M.D., F.R.S 234
Books received for Review 250
^
CONTENTS OF NO. CXII.
BRITISH AND FOREIGN
MEDICO-CHIRURGICAL REVIEW,
OCTOBER, 1875.
Enalgtical mti (txiiital i^ebietos
PAGB
Kev. 1. — 1. Cases illustrative of the Antiseptic Use of Carbolic Acid. By
Joseph Bell, F.R.C.S. Edinburgh, 1869 . . .253
2. Address in Surgery at Annual Meeting of British Medical Associa-
tion held at Plymouth, August, 1871. By Joseph Lister, F.R.S. . ib.
3. Lister's Lectures in * British Medical Journal,' January 14th, 1871 . ib.
4. An Inquiry into the Theory and Practice of Antiseptic Surgery. By
James Cummino, M.D., M.R.C.P.E., L.R.C.S.E. Edinburgh, 1872 . ib.
5. LangstafF on Hospital Hygiene, 1872 . . . ib.
6. Du Traitement des Plaies en General et en Particulier d'un Mode
Nouveau de Pansement Antiseptique. Par le Docteur LoiJis Beau
DE Toulon. 1873 . . . . . ib.
7. Sulla Medicatura Antiseptica alia Lister in Chirurgia. Pel Dr.
Gesualdo Clementi. Catania, 1874 . . . . ib.
8. Volkman on Subcutaneous Osteotomy. * Edin. Med. Journal,' 1875 . ib.
9. Papers on Antiseptic Surgery. By Joseph Lister, in ' Lancet,'
passim, 1875, and in 'Edin. Med. Journal,' Sept., 1875 . . ib.
10. Annandale's New Operation for Knock-knee. * Edin. Med. Journal,'
July, 1875, p. 19 . . . . . . ib.
11. Klinische Ergebnisse der Lister'schen Wundbehandlung und iiber
den Ersatz der Carbolsaure durch Salicylsaure. Von C. Thiersch.
Volkmanu, * Sammlung klinischer Vortriige,' Nr. 84 and 85 . ib.
On the Clinical Results obtained by Lister's Treatment of Wounds, and
on the Substitution of Carbolic Acid by Salicylic Acid. By Professor
C. Thiersch, of Leipzig. Volkmann's ' Collection of Clinical Lec-
tures,' Nos. 84 and 85 . . . . . ib.
Rev. II. — 1. Le9ons sur les Maladies du Systeme Nerveux faites k la
Salpetriere. Par J. M. Chaecot, Professeur h la Faculte de Mede-
cine de Paris, &c., &c. ..... 281
2. Eight Cases of Insular Sclerosis of the Brain and Spinal Cord. By
W. MoxoN, M.D., * Guy's Hospital Rejiorts,' vol. xx, 1875 . . ib.
3. On the Morbid Histology of the Spinal Cord. By W. B. Kesteven,
F.R.C.S., ' St. Bartholomew's Hospital Reports,' vol. viii, 1872 . ib.
4. Military Sclerosis; its Pathological Significance. By W. B. Kes-
teven, F.R.C.S., * British and Foreign Medico-Chirurgical Review,'
July, 1874 . . , . . ib.
ii CONTENTS OF NO CXII.
PAGE
Rev. III.— Clinical Lectures and Essays. By Sir JAMES PAGET, Bart.,
F.R.S., D.C.L. Oxon., LL.D. Cantab. Edited by Howaed Maksh,
F.R.C.S. . . . . . . .298
Rev. IV. — 1. The Quarterly Paper of the Edinburgh Medical Missionary
Society . . . . . . .307
2. The Medical Missionary Journal. Published monthly by Dr. Buens
Thomson . . . . . . ib.
3. Memorials of James Henderson, M.D., F.R.C.S. Ed., Medical Mis-
sionary to China, 1872 . , . . . ib.
4. Seedtime in Kashmir j a Memoir of W. J. Elmslie, M.D., F.R.C.S.
Ed., Medical Missionary in Kashmir . . . . ib.
Rev. v.— 1. The Histology and Histo-Chemistry of Man. By Professor
Heineich Feet. Translated from the fourth German edition by
Aethite E. J. Baekee, Surgeon to the City of Dublin Hospital.
London, 1874 . . . . . .327
2. Handbook for the Physiological Laboratory. Edited by Dr. Buedon
Sandeeson. Part I. — Histology, by Dr. E. Klein, Assistant Pro-
fessor at the Brown Institution. London, 1873 . . . ib.
Rev. VI.— a Manual of Diet in Health and Disease. By Thomas King
Chambees, M.D., &c. London, 1875 . . . .339
Rev. VII. — 1. Microscopic Examinations of Air. By P. Douglas Cun-
ningham, M.B., attached to Sanitary Commissioner with Government
of India. (Not dated.) . . . . .348
2. Report of Microscopical and Physiological Researches into the Nature
of the Agent or Agents producing Cholera. By T. R. Lewis, M.B.,
and P. D. Cunningham, M.B. Calcutta, 1872 . . . ib.
3. Report on Cholera. (Second Series.) By the same authors. Cal-
cutta, 1874 . . . . . . ib.
4. On a Hsematozoon inhabiting Human Blood, and its Relation to
Chyluria and other Diseases. By T. R. Lewis, M.B., Assistant-
SurgeoUj attached to Sanitary Commissioner with Government of India.
Calcutta, 1872 . . . . . . ib.
5. The Pathological Significance of Nematode Haematozoa. By T. R.
Lewis, M.B. Calcutta, 1874 . . . . ib.
Rev. VIII. — 1. The Marriage of Near Kin, considered with respect to the
Laws of Nations, the Results of Experience, and the Teachings of
Biology. By Henet Huth. London, 1875. Pp. 426 . . 363
2. Marriages between Cousins in England and their Effects. By Geoege
H. Daewin, M.A., Fellow of Trinity College, Cambridge. 1875.
Pp. 29. . ... . . . . ib.
3. Medical Problems of the Day. The Annual Discourse before the
Massachusetts Medical Society, June 3, 1874. By Nathan Allen,
M.D., LL.D. Lowell, Mass. Boston, 1874. Pp. 92. . . ib.
Rev. IX. — A Manual of Veterinary Sanitary Science and Police. By
Geoege Fleming. Two vols. .... 378
Rev. X. — The Complete Handbook of Obstetric Surgery. By Chaeles
Clay, M.D. Third edition. 1874 . . . .385
St
CONTENTS OP NO. CXII. ItT
PAGB
Aet. I. — Contributions to the Mechanism of Natural and Morbid Parturi-
tion. By J. Matthews Duncan, M.D., &c. Edinburgh, 1875 .. 391
Abt. II. — Compendium of Children's Diseases : a Handbook for Practi-
tioners and Students. By Dr. Johann Steinee. Translated from
the second German edition. By Lawson Tait, F.R.C.S. London,
1874 . . . . . . .398
Aet. III. — Materia Medica and Therapeutics — Vegetable Kingdom. By
Chaeles D. F. Phillips, M.D., F.R.C.S.E. London. Pp. 584 . 405
Aet. IV. — A Practical Treatise on the Analysis of Tea, Coffee, and Cocoa.
By J. A. Wankltn. Pp. viii and 59. London, 1874 . . 408
Aet. V. — A Dictionary of Chemistry. By Heney Watts. Second Sup-
plement. London, 1875 ..... 409
Aet. VI. — The Forces which carry on the Circulation of the Blood. By
Andeew Buchanan, M.D., Professor of Physiology in the University
of Glasgow. Second edition. London, 1874 . . . 411
Aet. VII. — De I'Arthrite Tuberculeuse, Demonstration de I'Existence de
cette Affection par Inoculation de produits synoviaux. J^tude accom-
pagnee d' Observations recueillies k l'H6tel-Dieu de Lyon. Par leDr.
J. Roux, Ancien Interne des H6pitaux de Lyon . . . 413
On Tuberculous Arthritis, a Demonstration of the Existence of this
Affection by Inoculation of Synovial Products. A Study, accom-
panied by Observations collected at the Hotel-Dieu of Lyons. By
Dr. J. Roux, formerly House-Surgeon at the Lyons Hospitals . ib.
Aet. viii. — Therapeutics and Materia Medica: a Systematic Treatise on
the Action and Uses of Medicinal Agents, including their Description
and History. By Alfeed Stille, M.D., Professor of the Theory and
Practice of Medicine and of Clinical Medicine in the University of
Pennsylvania, &c. Fourth edition, thoroughly revised and enlarged.
In two volumes. Philadelphia, 1874 .... 414
Aet. IX. — Commentary on the British Pharmacopoeia. By Waltee G.
Smith, M.D. Dublin. Pp. 766. London, 1875 . . .415
Aet. X. — Essay on the Causes, Symptoms, and Treatment of Burdwar Fever,
or the Epidemic Fever of Lower Bengal, By G. C. Rot, M.D.,
F.R.C.S., Surgeon, Bengal Establishment, &c. Calcutta, 1874.
Pp.92 . . . . . . . ib.
Aet. XL — Lectures on Syphilitic Osteitis and Periostitis. By John
Hamilton, Surgeon to the Richmond Hospital in London and
Dublin. 1874 .• . . . . .418
Aet. XII. — Syphilitic Lesions of the Osseous System in Infants and Young
Children. By R. W. Tayloe, M.D. New York, 1875 . . 420
Aet. XIII. — On Leprosy and Elephantiasis. With Plates. By H. Vandyke
Caetee, M.D. Lond., H.M. Indian Medical Service. Published under
sanction of the Secretary of State for India. London, 1874. 4to,
pp. 246 . . . . . . . 423
Aet. XIV. — Manual of Instruction for the Guidance of Army Surgeons in
Testing the Range and Quality of Vision of Recruits, and in Distin-
guishing the Cause of Defective Vision in Soldiers. By Surgeon-
General T. LoNGMOEE, C.B. 2nd edition. London, 1875. Pp. 134 . 425
Aet. XV. — Archives of Electrology and Neurology. Edited by G. Beaed,
M.D. Vol. i. No. 2, 1874. New York . . .426
/v
U CONTENTS OF NO. CXII.
PAOE
Aet. XVI. — Des Indications et dea Contre-indications de I'Hydrotlierapie.
Per M. le Dr. Leeoy-Dupee ..... 428
Aet. XVII. — On the Modified Turkish and Vapour Bath, and its Value in
certain Diseases of the Skin. By J. L. Milton. London, 1875 . ib.
Aet. XVIII. — Nomenclature of Disease prepared for the Use of the Medical
Officers of the United States Marine-Hospital Service. By the Super-
vising Surgeon, John M. Woodwoeth, M.D. Washington, 1874 . 429
Aet. XIX. — Journal of the Chemical Society, 1871-4. London . . ib.
Aet. XX.— Cyclopaedia of Medicine. Edited by Dr. H. VON Ziemssen.
Vols, i, ii, and iii. London, 1875 .... 430
Aet. XXI. — Second Annual Report of the Secretary for Agriculture, Depart-
ment of Lands and Agriculture, Victoria. Melbourne, 1874 . 431
Aet. XXII. — A Practical Description of every Form of Medico-Electric
Apparatus in Modern Use, with Plain Directions for Mounting,
Charging, and Working. Illustrated by carefully drawn Engravings.
By Salt and Son, of Birmingham. London, 1875 . . 432
<©tiflinal OTommunicationg.
Aet. I. — On Lung Disease from Inhalation of Dust. By John T. Aelidge,
M.D., A.B. Lond., F.R.C.P. Lond., Physician to the North Stafford-
shire Infirmary, &c . . . . . . 433
Aet. II.— Memorandum of the Presence of Air in Middle Ear as a Sign of
Live-birth. By Feancis Ogston, M.D., Assistant Professor of Me-
dical Jurisprudence, Aberdeen University 445
ai:f)ronicle of if^etiical Science.
Report on Materia Medica and Therapeutics. By Robeet Huntee
Semple, M.D., F.R.C.P. Lond., &c. . . . .447
Eeport on Pathology and the Practice of Medicine. By John T. Aelidge,
M.D., A.B. Lond., F.C.C.P. Lond., &c. . . . . 458
Report on Midwifery, Diseases of Women, and Diseases of Children. By
Alpeed Wiltshiee, M.D., M.R.C.P. Lond., &e. . . 472
Books Received foe Review . . . 494
THE
BRITISH AND FOREIGN
MEDICO-CHIRURGICAL REVIEW.
JULY, 1875.
^nalptical antr Olrtttcal iCebietos.
I. — Operative Surgery of the Eye.^
The invention of the ophthalmoscope by Helmholtz in 1851
has been of greater importance than was expected at the time.
Not only did its introduction give an enormous stimulus to the
study of ophthalmic medicine, but its use has since furnished
many surprising revelations, and its powers have proved sus-
ceptible of immense development. By it a disease of the retina
can be diagnosed with the same certainty as one of the cornea,
the effects of intra-cranial as well as of intra-ocular pressure can
be directly observed, and the refractive condition of the eye can
be determined with accuracy, more in many cases than by the
use of glasses.
The history of ophthalmic medicine naturally divides at the
period of this invention. Progress and change had been com-
paratively slight since the time of Beer, except in so far as the
views current in general pathology had been modified, and such
modification had produced some alteration in treatment. The
second period was inaugurated by the rise of the Berlin school,
of which von Graefe was the head, and to whom it owes almost
the whole of its fame. The first number of the ^ Archiv fiir
Ophthalmologic ' appeared in 1854, and commenced with a paper
by him, unsurpassed in ophthalmic literature. This was followed
for the next sixteen years by a series of his communications
1 1. Traits des Operations qui se pratiquent sur Voeil. Par ^Sdouaed Meyek
et A. DE MoNTMEJA. Paris, 1871.
2. Sandhuch der gesammten AugenheilJcunde. B. iii (' Operationslehre,' von Prof.
Aelt). Lei})zig, 1874.
3. Ophthalmic Surgery (extracted from * Erichsen's Surgery,' 6th ed., 1872).
By J. F. Streatfeild.
4. A Practical Treatise on the Diseases of the Bye. By HayneS Waltow.
3rd edition. London, 1875.
Ill— LVI. 1
2 Revieivs. [July?
which, for originality and importance, will not be again ap-
proached. About the same time the anatomy of the eye was
diligently studied, and chiefly by Bovvman, and physiological
optics were systematised by Helmholtz, and applied to practical
purposes, especially by Donders. The contributions of minor
importance, published in various countries, have become almost
uncountable ; there were, in the single year 1870, more than
600 original works, large or small, published on ophthalmic
matters, the anatomy and physiology of the eye being included.
The result of all this zealous study is that this department has
advanced more rapidly than any other in medicine, and that it is
now pre-eminent for fulness and accuracy of knowledge, and
consequently for certain and successful treatment.
For some years the statements of von Graefe were widely
received with distrust, too often in a hostile spirit. Nowhere
was this more the case than in England, where the opposition
culminated in an active controversy on iridectomy in glaucoma,
and revealed a surprising amount of ignorance, rashness, and
critical incapacity, which might be admired in a conservative
politician, but was deplorable in surgeons supposed to be " of
mark."
**When the novelty was fresh, our statistical notions of ophthalmic
diseases were a little perturbated at hearing of the number of cases of
glaucoma which were operated on. We thought the disease a rare one,
in any of its forms, but especially in the chronic. On looking over
the patients in general or special hospitals, in passing through work-
houses, and inquiring into the pathology of inmates of blind asylums,
or examining into the published tables from ophthalmic hospitals, we
find the disease to be a rare one. Well, as we looked more narrowly
into the records of the new cases, we found they were not cases of
glaucoma at all — certainly not according to the standard laid down by
the best authors, and accepted by the most practical teachers. The
young gentlemen who were twaddling (if we may use the expression,
and they will agree with us in its applicability ten years hence) on this
subject were evidently but indifferently educated, we mean as oculists,
and were writing about what they did not understand, employing a
jargon of which they scarcely knew the meaning, and doing but in-
different justice to themselves, the subject, or the operators they were
reporting." 1
1 " Medical Epidemics : Glaucoma and Iridectomy," a Eeview. From the
' Dublin Quarterly Journal of Medical Science/ August, 1860, p. 77. The feeling
on the Continent was very different. See Testelin's letter (' Ophth. Review,'
i, 168), written in March, 1864 : — " La cause de Tiridectomie (appliquee h, la cure
du glaucome) ne compte pas d'adversaire sur le continent. II est encore plus
difficile de supposer que la discussion passionee et malveillante de ses antagonistes,
que I'ignorance absolue (feinte ou reelle) qu'ils deploient, au sujet des decouvertes
de I'oculistique moderne, ne contribuent pas h, jeter sur la cause qu'ils defendent
le plus profond discredit."
It is astonishing what may be written by even able men. The review in ques-
1875.]
Operative Surgery of the Eye. 3
More than ten years have passed since the publication of the
passage just quoted, and a large amount of evidence has ac-
cumulated during the interval, yet no general work has ap-
peared in which any attempt has been made to collect it
together. It would be profitable to examine not only how
iridectomy in glaucoma, but also how the many other opera-
tions introduced or re-introduced during the last twenty years,
have stood the test of experience, — to ask what operations
should now be admitted as established, and what rejected or
left for future decision. A full, still more an exhaustive exami-
nation of these questions would be a long and difficult task.
Space and time would preclude any but a hasty and superficial
survey in this place of the whole of operative ophthalmic
surgery, and such an outline would necessarily exclude any
exposition of the reasons and experience by which recent inno-
vations are supported. Hence we prefer to restrict ourselves
to one portion of this subject, to the indications and results of
the operations performed on the cornea and iris, or for diseases
of these parts. Even then we shall be able to adduce but a
little of the interesting and valuable matter at hand.
tion contains many curiously erroneous statements, of which we may notice a
few. Such are that Keichenbach first recommended iridectomy in 1767, and that
modern iridectomists make " an aperture either in the cornea in front, or in the
sclerotic behind the ciliary attachment of the iris." Reichenbach's essay has
been twice reprinted (the reviewer characteristically gives no reference) ; the
reader will find it in the * Thesaurus Dissert.' . . . ed. E. Sandifort, iii, 437 ; ' Lugd.
Bat./ 1778 ; or in the * Dissertationes Med. sel. Tubingenses ' . . . ed. C. F. Reuss,
iii, 278. Tubing., 1785. The object of the dissertation is to show that in cases of
cataract with closed or contracted pupil, the opaque lens can be extracted, the pupil
enlarging under its pressure, or being opened out by the needle. " Si igitur cohaesio
pupillae minus arcta mansit, tunc demum consilii est acu, quali ad depressionem
utuntar, et qua ego ad apertionem capsulse crystalline uti soleo, in extractione
cataractse, portam banc aperire, et linea recta, seu potius oblique sursum vulnus
in centro infligere, et ita portam banc arte et marte aperire." The rest of the
essay is correctly epitomised by Reuss, as " Extractio cataractse hie occurrit ; lens
crystallina adhserens forcipe separata. Exemplum profert autor, in quo visus non
redit, aliud extracti corpusculi per vascula adhgerentis; rectum scalpellum prse-
fert." Reichenbach thinks, indeed, that " si vero quis acum scindentem refor-
midet, non inepta inventio foret, instrument! cilindracei subtilis extremitate
excavati et in peripheria scindentis (quale lorarii seu frenarii ad foramina rotunda
a loris exscindenda, seu quali chirurgi Galli ad cauteria infligenda utuntur, quo
uvea pertundi, et formari possit, cujus experimentum facere data occasione
forsan licebit." Such an operation would still be a novelty. The reviewer pro-
bably depended for his statement on Jiingken's reference, in his Operative Surgery
of the Eye, to the last-quoted paragraph.
Again, we read in this essay: — "What benefit arose from all this ? Avery
manifest one ; the New Sydenham Society, in its last volume, published von
Graefe's * Three Memoirs on Iridectomy,' which form the subject of the present
review. Was not that a benefit to the members of a society who, for neither
love nor money, could procure a copy of that fine old work, John Woolhouse's
Treatises on the Eye, or Bannister's book, and other essays on the diseases of the
organ of sight which we might refer to ! " John Woolhouse and Bannister ! !
What a selection !
4 Reviews. [July,
A few words on the books quoted at the commencement of
this article are necessary before we pass to our proper subject.
The first on the list, by Messrs. Meyer and Montmeja, is a
handsome quarto volume, illustrated by numerous woodcuts, and
twenty-two large photographs. The former are good ; the latter
are indifferent, and must add much to the cost. Each opera-
tion is carefully described j its indications and contra-indications
are pointed out in the manner usual to systematic writers, but
in a more than usually clear style. We find almost nothing to
object to, and at the same time scarcely anything that can be
fresh to those acquainted with recent ophthalmic literature.
Take it all in all, we can recommend this work to any one in
want of a perspicuous and reliable guide.
The second treatise is one of a series, principally by German
writers, intended to ultimately form a complete system of
ophthalmology. It is by Professor Arlt, one of the most learned
and experienced ophthalmic surgeons in the world. It is
particularly remarkable for the careful and minute description
of each operation ; every detail, every modification, is usually
explained. We wish it had been still longer; a bibliography
and index would have increased its value. As mi^ht be expected,
it is wonderfully full of information ; it will for years to come
be indispensable for study and reference.
Mr. Streatfeild writes in a sketchy manner, is rather one-
sided, and makes some statements which we think incorrect.
His little pamphlet contains, however, many just and interest-
ing remarks.
The first edition of Mr. Walton's book appeared in 1853,
under the title of ' A Treatise on Operative Ophthalmic
Surgery,' and was most favorably noticed by the late Mr.
Mackenzie in this Review.^ A large amount of valuable matter
is to be found in its 1200 pages, whilst at the same time we
think it deficient in some important particulars. Numerous
excellent cases are related, and Mr. Walton constantly gives
his own experience. Books of this class are never very
abundant, and we are thankful to the author for this one. The
practitioner will often have recourse to it with advantage.
We must not forget to mention that the woodcuts are usually
very good, and that the coloured drawings of diseases of the
fundus, as seen in the inverted image, are some of the best yet
published.^
1 ' British and For. Med.-Cliir. Rev.,' xi, 433. London, 1853. See also the
review of the 2nd ed. in vol. xxix, 319, 1862.
2 The second figure on the second plate must be wrongly named, and the third
figure on the same plate does not represent a typical case of retinitis pigmentosa.
The first figure on the next plate represents" retinitis albumiuurica most success-
fuUy.
1875.] Operative Surgery of the Eye. 5
The progress of operative ophthalmic surgery has heen much
promoted by the use of anaesthetics, and by fixation of the eye
and eyelids. Pain and pressure on the eye are objections to
fixation, but the former can be annihilated by an anaesthetic,
and the latter to a dangerous extent is usually the fault of the
operator or his assistant. Many minor operations, such as
paracentesis, the needle operation for cataract, and removal of
foreign bodies from the cornea, can be and are continually
performed without these auxiliaries, yet in unsteady or very
young patients the necessary manipulations are much facilitated*
and rendered more exact by their use.
Peritomy (excision of the conjunctiva around the cornea).
Obstinate pannus was often treated in antiquity and in the
middle ages by destruction of the conjunctival vessels. Atten-
tion was called again to this treatment in 1862 by Furnari,^
who advised the excision of the conjunctiva and of the sub-
conjunctival tissues all round the cornea, so as to completely
denude the sclera, and the free application of the nitrate of
silver to the exposed portion. The cauterization has been
generally abandoned owing to the risk. Hirschberg (Prof. A. v.
Graefe's * klin. Vortrage '. . . . herausg. v. J. Hirschberg, i, 232,
Berl., 1871) says that, as performed by Furnari, the operation
has destroyed no few eyes. Restricted to the removal of a
small strip, without cauterization, it has been found useful by
many operators. A. von Graefe recommended it in (1) tracho-
matous pannus after disappearance of the granulations, (2) in
certain cases of the diffuse keratitis of scrofulous children, and
(3) in the corneal infiltrations tending to sclerosis which ac-
company scleritis and sclerotico-choroiditis. " Peridectomy is
an excellent means in these, and, indeed, in all sclerosing in-
flammations of the cornea."^ Meyer has had very satisfactory
results in cases of diffuse keratitis in adults, where all other
means, employed for months, had failed.^ Wells says* that in
some cases of the very dangerous crescentic ulcer of the cornea
" great advantage has been derived from syndectomy, either
partial, if the ulcer was but of slight extent, or complete, if a
considerable portion of the cornea had become involved."
Horner has succeeded in arresting diffuse interstitial keratitis
in some recent cases by its use.^
1 He had previously recommended, after the example of Scarpa, the removal
*of a strip of conjunctiva, a line broad, from the circumference of the cornea.
(S. Furnari, ' Traite pratique des Maladies des Yeux,' p. 325. Paris, 1841.)
2 See Brecht's papers on Corneal Peridectomy in the 'Deutsche Klinik,' 1871,
p. 189, and the * Archiv fiir Ophthalm.,' xx, 1, p. 113.
3 1. c, p. 200.
4 J. S. Wells, 'Treatise on Diseases of the Eye,' 3rd ed., p. 116. Lond., 1873.
^ P. Jackowlewa, " Ueber keratitis interstitialis difBusa," Diss. Zurich, 1873,
quoted by Prof. Saemisch in ' Handb. d.»ges. Augenheilk.,' iv, 269. Leipz., 1875.
6 Reviews. [July,
Median incision of the cornea was introduced in 1869 by
Saemisch^ as a means of treating certain spreading ulcers of tlie
cornea, often with pus in the anterior chamber, to which he
gave the name of ulcus corneae serpens. The incision passes
vertically through the whole thickness of the cornea, and
should extend beyond the ulcer into sound tissue. The incision
is reopened daily, so long as appears necessary. He states in
his pamphlet that he had so treated thirty-five cases with only
one failure. Nieden^ reports eighty cases treated by division ;
of these fifty were accurately noted. The treatment failed in
only two cases of extensive ulceration (4%). In forty-two cases,
or 84 per cent., the progress of the ulceration was arrested by
the first slitting, the same result being obtained in six cases or
12 per cent., by the second slitting ; the ciliary neuralgia, which
was more or less severe, ceased at the same time in all these
cases.
**The ultimate result was in thirty-five cases (70 percent.) opacities
of the cornea, in eleven (22 per cent.), opacity with adhesion of the iris,
and in two (4 per cent.) the patient did not return.'*
Other operators have employed a free incision in spreading
suppuration and infiltration of the cornea. Mr. T. P. Teale
has published a series of very interesting cas es^ to show " that
suppurative affections of the cornea and iris, which do not
rapidly yield to atropine and opiates, ought to be dealt with by
direct incision through the median part of the cornea into the
anterior chamber, just as much, as a matter of course, as one
would incise a whitlow or a thecal abscess."
He noticed —
*• That on incising in its early stage a circumscribed abscess in the
layers of the cornea, a small white body sometimes escapes from the
opaque spot, which, when placed under the microscope, proves to be
broken-down corneal fibre, infiltrated with pus;"
in fact, a corneal slough, like the core out of a boil. He asks —
"May we not hope that the same treatment may prove to be of
equal value in threatened sloughing of the cornea from purulent
ophthalmia, in the exceptional cases of glaucoma which iridectomy
fails to relieve, and in most acute affections of the eye which threaten
the vitality of the cornea? "
Some forms of suppurative keratitis are probably due to
infection. It has long been known that chronic inflammations.
of the lachrymal sac considerably diminish the prospect of
success in extraction of cataract. Saemisch's remark that this
1 T. Saemisch, ' Das Ulcus Cornese Serpens.' Bonn, 1870.
2 Nieden, "On the Treatment of Ulcus Corneae Serpens," in the 'Archives of
Ophthalmology and Oto]ogy,' iii, 1, p. 238. New York, 1873.
3 *Ophth. Hosp. Eeports,' viii, 61. Lond., 1874.
1875.]
Operative Surgery of the Eye.
relatively common disease renders even very slight injuries,
which would otherwise have produced scarcely the least effect
on the eye, most dangerous,^ is worth remembrance in regard
to the treatment of obstinate cases of lachrymal disease. Hirsch-
herg,2 in 80 per cent, of the cases of what he calls torpid in-
filtration of the cornea, found blennorrhoea of the lachrymal sac
of old date, and remarks that " special stress is to be put on the
epithet old ; by no means rarely the patients in question are
exceptionally stinking, with inveterate ozsena. Rhinitis
ulcerosa." Saemisch found the same state of the lachrymal sac
in 32 per cent, of his cases of ulcus cornese serpens at Bonn.
Recent experiments of Eberth, Leber, and Stromeyer have
rendered it probable that the blennorrhcea is even more closely
connected with the keratitis than had been supposed, and that
possibly the process is due to infection with septic substances
contained in the discharge from the sac. Partly as a con-
sequence, further trials have been recently made with dis-
infectants directly applied to the eye (see the remarks by
Horner, Schiess, and v. Welz, * Klin. Monatsbl. fiir Augenh.,' xii,
432. Stuttg., 1874).
Staphyloma cornece, — The old operation of excision is liable
to be followed by considerable loss of vitreous, intra-ocular
haemorrhage, and suppuration ; the result being a small and
inefficient stump. For these reasons the wound has been sutured
by Mr. Wilde, Mr. Critchett, and others, the threads being
passed through the sclera, or through the conjunctiva and
eniscleral tissue (Knapp), or simply through the conjunctiva
(Wecker). It has been objected to sutures passed through
the sclera, that they " sometimes give much pain and keep
up inflammatory symptoms during the protracted healing "
(Streatfeild, 1. c, p. 51). Even sympathetic disease of the
other eye is said to have been excited by them (Knapp in
'Arch, fiir Ophth.,' xiv, 1, 273). v. Oettingen records a case in
which the sutures caused an extremely painful panophthalmitis
(* Jahresber. iib. d. Leist. u. Fortschr. im Gebiete d. Ophth.,'
1871, p. 231, from the ' Dorpater Med. Zeitschr.,' Bd. ii). Ac-
cording to Anagnostakis, excision of the projection with sub-
sequent suture of the wound is mentioned by Celsus, Galen,
Paulus -^Egineta, and Aetius. Two needles were passed cross-
wise through the base of the staphyloma, which was then
excised ; the wound was closed by tightening the threads
(' Annal. d'Ocul.' vol. Ixviii, 1872). Abscission of nearly the
anterior half of the eye has been preferred by some surgeons to
excision of the staphyloma alone.
J J ^^ ^ g •
2 ' Klin. Vortr./ p. 210.
8 Reviews, [July,
" The object of the operation is to remove a useless and painful or
unsightly feature, and to gain, instead of it, a low stump as a good
foundation for an artificial eye. If we are careful to remove the lens,
which is liable to chalky and other degenerations, and the ciliary body,
which is full of muscular tissue, nerves, and blood-vessels, together
with the offending parts, we get rid of future sources of offence, and
very much lessen the chances of irritation and inflammation in it, and
of sympathetic irritation and inflammation in the other." (Streatfeild,
1. c, p. 50.)
A greater improvement has been, however, the substitution
of enucleation in certain cases. Arlt remarks that total, even
partial, excision is dangerous, when the eye is amaurotic from
increased intra-ocular pressure. Beer long ago opposed the
operation in cases where there are symptoms of what he
considered cirsophthalmia, which we now call secondary glau-
coma. During, or at all events after, the operation, the veins
at the outer side of the choroid give way ; retina and choroid
are forced forwards through the wound, with excruciating pain;
excision of the parts prolapsed is usually required to stop the
bleeding and relieve the suffering. Then comes panophthal-
mitis. In such cases it is not good practice to excise the
staphyloma ; the eye should be enucleated (1. c, p. 377).
Kiichler preferred (* Neue operat. Heilmethode/ Braunschw.,
1853, quoted by Arlt, p. 379) as a certain cure at any stage of
total staphyloma, division of the projection, evacuation of the
lens, and a frequent reopening of the wound. His directions
have been strictly observed by Arlt, who has, however, aban-
doned this treatment, owing to the occurrence of panophthal-
mitis. For the same reason the latter surgeon does not approve
of the passage of a thread through the base of the staphyloma.
*• If the thread is removed too early, there is no shrinking ; if it
remains till there is greater reaction, especially till there is oedematous
swelling of the conjunctiva bulbi and eyelids, the occurrence of
panophthalmitis cannot always be prevented" (1. c, p. 379).
Passing over opacities of the cornea with the remark that
Wecker has introd uced a mode of colouring them with indian ink,
and has found that both appearance and sight are greatly im-
proved by the tattooing, we come to Conical cornea. Many
attempts have been made to improve vision in this affection.
Arlt says in respect to iridectomy which was recommended by
von Graefe (' Arch, fiir Gphth.,' iv, 2, 271), that it can be of
use only when the projection is slight and does not extend far
towards the periphery of the cornea, or when the object is to
nse a latent portion for the attainment of tolerably good vision.
He thinks it probable, from four cases operated on during the
1875.] Operative Surgery of the Eye. 9
first year of existence of this disease, that its progress may be
arrested by early iridectomy (from the pupillary to the ciliary
edge). A year later the disease was stationary in two eyes,
and in the other two there was an improvement in comparison
with the state before the operation (1. c, p. 344). Other
methods, such as iriddesis (Critchett, Bowman), production
of a contracting cicatrix (v. Graefe), excision of a small portion
of the apex (Bader, Galezowski, Bowman, Wecker), have also
been tried. It must, however, be admitted that all these
proceedings are yet upon their trial.
Corelysis. — Mr. Streatfeild, who introduced this operation,
says :
** If iris adhesions be few in number, tbree or four perhaps, and
these be not wide, if the iritis have occurred but once, at least two or
three months previously, and the iris seem otherwise healthy, able and
ready to dilate, as much as could be expected, considering the adhesions,
under the influence of atropine, and the latter remedy have been fairly
tried (a drop of a strong ^lution placed in the eye three or four times
a day for a week) and have failed, I have been in the habit of detaching
them with a spatula-hook passed between the iris and the lens. There
is no fear of wounding the lens. But, now, unless circumstances be
altogether favorable, according to the above data, I am afraid of lighting
up a fresh iritis, and of getting readhesions after the detachment has
been done."^
The propriety of any operative proceeding is questionable in
such cases, and the surgeon's decision will evidently be largely
influenced by the greater or less importance attributed by him
to a few narrow adhesions, von Graefe's views have been
much exaggerated by some surgeons ; what he asserted about
numerous broad synechise has been extended to all cases. He
considers the recurrence of iritis to be chiefly due to the former;
yet the emphatic manner in which he speaks of the kind of
adhesion seems to have been often overlooked.
*' The existence of posterior synechia is in most cases the true cause
of the tendency to recurrence. Iritis cured without posterior synechia
seldom evinces any tendency to recur. Iritis with slight and extensible
adhesions sometimes recurs, but in comparatively few cases. Iritis
with many broad adhesions, resisting all artificial mydriasis, will very
generally recur, and there is scarcely any exception to this rule when
synechia posterior totalis — a perfect exclusion of the pupil by exuda-
tion— has occurred. "2
On the other hand, excellent surgeons, as Arlt and Schweigger,
1 Loc. cit., p. 29.
2 •' Three Memoirs on Iridectomy," p. 252, New Syd. Soc., 1859. It deserves
mention that v. Grafe afterwards adopted the more correct appellation of annular
synechia for these cases : see the * Ophthalmic Review,' i, 23 — 25.
10 Reviews. [July>
attribute scarcely any influence in this respect to adhesions that
are insufficient to cause exclusion of the pupil. Arlt says
(I.e., p. 346):
"It cannot be unconditionally admitted that the existence of
posterior synecbise is the chief cause of iritic recurrences. The syn-
echiae can be counted only among the causes of recurrence. Posterior
synechiae, even though broad and inextensible, cannot in and by them-
selves indicate iridectomy or any other operation ; the inflammation
must have ah-eady recurred, or at all events threatened (persistent or
frequently recurring sensibility to light and exertion, pain or tension
in the eye or its proximity, slight redness induced by occupation,
change of temperature, or mental excitement) : we should, besides,
investigate the state of the other eye and general condition, and whether
any consequent indication should be attended to previously or at the
same time. Iridectomy can remove only what may be termed a
mechanically acting cause. It will very often disappoint both us and
the patient if we ask more.
"When, for example, a patient with chronic iritis and synechias is
syphilitic, we should certainly not be content to perform iridectomy
alone. Many suff"erers from chronic, frequently recurring iritis show
indisputable signs of scrophulosis ; in other cases of the kind we have
to do with people whose nutrition has been impaired by privation or
weakening influences. (For example, irido-cyclitis after famine-
typhus). Both eyes are attacked in such cases, one after the other,
generally in striking symmetry, yet we are not usually justified in
considering the affection of the second eye to be due to sympathy. I^
have been able to watch for years many patients on whom the opera-
tion has been performed for this reason. There has mostly been no
subsequent attack. In many, however, there has been a recurrence
once or more at some later period, notwithstanding a perfect opera-
tion and healing of the wound. The recurrent inflammation has
been attended by pericorneal injection, discoloration of the iris, dotted
opacities on the membrane of Descemet, and more or less haziness of
the vitreous, whilst the coloboma, large and reaching to the periphery,
has not changed. On the other hand, I have seen many patients for
years (one from his 34th to his 55th year), whom I had treated for
bilateral iritis, and in whom both eyes, not only the one iridectomised,
but also the one with numerous synechias, have continued free from
inflammation.
* Idiopathic iritis is closely related to another form of disease, the
only difference during the attack and throughout their course being
the frequent recurrence. Such patients are for an uncertain period
liable to recurrences of iritis, the duration of the intervals and the
severity of the inflammation being uncertain. We cannot then be
surprised that as the rule they present a number of iritic adhesions.
Yet this fact alone supports the assertion which is pretty generally
admitted, that the synechiae are the cause of recurrence.' *Tiie
possibility of such a causal relation cannot of course be denied, yet
the individuals with extensive posterior synechia who do not suffer
1875.] Operative Surgery of the Eye. 11
from recurrent iritis are too numerous for the mechanical influence of
the adliesions to be blamed without more ado as the cause of recurrence,
and on the other hand recurrence takes place quite independently of
synechise. I have met with cases treated adequately by atropine from
the very commencement, where no adhesions were left, and yet in
which there were frequent recurrences without any assignable cause
such as syphihs.'i I have repeatedly seen the very same."
Arlt is, consequently, not favorable to corelysis.
"I have hitherto preferred iridectomy when any operation was
required. Even the excision of a small piece of the sphincter relaxes
the parts fixed by synechiee. Iridectomy, as we shall see in respect to
glaucoma (§ 101), modifies at the same time the circulation of the
uveal tract, and this, not to speak of medical and dietetic treatment, is
certainly of more importance when ' there is a tendency to recurrence,*
than the removal of any dragging, which may be imagined, but is, at
all events, not directly proved '* (1. c, p. 348).
Two slightly different methods of separating the adhesions,
one by a very small incision, the synechias being torn by a hook
(spatula-hook, Streatfeild), the other by a larger incision for the
introduction of forceps (Passavant), have been employed. In
addition to the older observations of Streatfeild, Weber, and
Hasner, we may notice that Passavant operated more than fifty
times according to the second method without any accident ; he
separated a single adhesion at a time Q Arch, fiir Ophth.,' xv,
1, p. 259, Berl., 1869). He has been followed by Mauthner
('Wiener Med. Presse,' quoted in * Jahresbericht iiber d. Leist.
und Fortschr. im Gebiete d. Ophthalm.,' ler Jahrg., 1870, p. 303) ,
who has operated many times and always with good results;
and by A. Reuss (ibid., p. 304), who thus treated a case, in
which there was a dense pupillary membrane, with the eflfect of
improving the vision ; a part of the edge of the pupil remained
free and the membrane shrank considerably. Wecker, on the
other hand, rejects the operation because he finds that it usually
results in adhesion of the iris to the cornea (' Wiener Med.
Wochenschr.,' quoted in the ' Jahresbericht iib. d. Leist.,
u. s. w.,' 2er Jahrg., 1871). To this Passavant replies that
if his operation is performed exactly according to his direc-
tions, it has no bad effect.^ Finally, we have two short
but interesting communications to the American Ophthal-
mological Society (' Trans.,' 7th annual meeting, p. 67,
New York, 1871 ; and 8th annual meeting, p. 130, New York,
^ Schweigger, ' Handbuch,' 1871, p. 321.
2 Profi Nagel (ibid., p. 304) has operated repeatedly with a good result. Twice
the posterior was replaced by an anterior adhesion ; in one case the latter was
again easily separated. The iris sometimes readhered to the capsule.
12 Reviews. [July,
1871). From these we learn that the operation was performed
on nine eyes in eight patients ; that there were twenty -four
operations, and that more than one adhesion was separated on
some occasions : that the adhesions numbered from one to at
least five (in one case perhaps annular, and " pupil covered
with a film of deposit ") ; they are thrice noted as broad or
strong. The result was a free, movable pupil in six eyes, and
in one it was circular ; in respect to two the result is not
stated. The only accident was the escape of some blood into
the anterior chamber in one case.^
Iridodesis. — Adams (1812) and Himly (1816) recommended
displacement of the pupil by means of a small prolapse left in
the corneal wound (Iridenkleisis.) van Onsenoort (1822) punc-
tured the sclera for this purpose.^ It was recommended and
often used by Tyrrell (see the chapter " of changing the natural
position of the pupil," in his book, ii, 499, Lond. 1840) in
conical cornea and central leucoma. Mr. Critchett revived the
operation and rendered its immediate result certain by ligaturing
the prolapsed iris. Thus modified, it became known asiridesis,
iriddesis or iridodesis. It was employed in leucoma of the
cornea, stationary partial cataracts, lateral displacement of the
lens, and conical cornea. The operation in itself proved all
that could be desired : thus, for example, the pupil was dis-
placed from behind an opacity to opposite a clear portion of
the cornea, and in many cases this was in each respect a
decided gain. Unfortunately it has been found that serious
diseases may arise from the synechia, even long after the ope-
ration. Such cases have been recorded by A. Graefe (^ Arch. f.
Ophth.,' ix, 3, p. 199),;Steffan (Ibid., x, i, p. 122), M. Gruber
(a case under A. Rothmund in^ ' Deutsche Klinik,' 1866, p. 149,
and ' Ophth. Review,' iii, 284), &c.4
1 There are some inaccurate statements in these papers. In the first Dr.
Jeffries speaks of 13, and in tlie second of scMien operations, whilst according to
the details given there were 12 in each.
2 He perforated the sclera with a needle, one line from the edge of the cornea,
passed the hook along the posterior part of the iris till its point was seen through
the pupil, and withdrew the pupillary edge of the iris, strangulating it in the
wound. He says that he has repeatedly performed this operation with the hest
result ; he has thus operated even on the two eyes of a patient. A. G. van
Onsenoort, ' Genees-en heelk Handboek over de Oogziekten,' 2e deel., p. 454,
Amsterd., 1840. Coloured plate of his first case in the ' Annales de la Medecine
Physiologique,' t. ii, p. 97. Paris, 1822.
3 Compare the account of the same case in Worlitschek's ' Mittheilungen.*
1866.
4 Horing, " Three cases of Irido-Cyclitis after Iridodesis," in one case both eyes
were lost, ' Klin. Monatsbl. fiir Augenh.,' 1865, p. 42, and 'Ophth. Eeview,' ii,
208. Rydel, " Purulent Iridocyclitis fifteen months after the operation," Tetzer,
Kydel, and Becker, * Bericht iiber die Augenklinik der Wiener Universitiit,'
1863-65, p. 80. Wien, 1867.
1875.] Operative Surgery of the Eye. 13
Arlt says (1. c, p. 345) that not only may purulent irido-
cyclitis spring from the cicatrix, months, even years after the
operation, but what is still worse, sympathetic irido-cyclitis of
the other eye rnay be excited. Streatfeild remarks :
*' But by this method of proceeding the ultimate results are often
very unsatisfactory : the iris is confined, and a low chronic recurrent
iritis, &c., may be set up, which leads to far worse results than the
state of things which the operation was intended to remedy. These
artificial anterior synechise seem to be as pernicious as are the common
iritic posterior synechiae. We have recently seen many instances
illustrative of this disagreeable truth. An excision of iris is a far safer
though less attractive operation" (1. c, p. 24).
The consequence has been that many surgeons have entirely
abandoned its use^ and treat conical cornea, in which it some-
times gave very good results, by other means (see ante), and
replace it in other cases by iridectomy or iridotomy.
Iridectomy. — The incredulity with which many surgeons
received the announcement that this operation would arrest
such diseases as irido-choroiditis and glaucoma seems to have
almost disappeared, kw examination of the principal treatises
published and of the statistical tables of operations performed by
various surgeons during the last ten years shows that the
indications given are, with some slight modifications and
limitations, generally followed.
What are these indications ? What were the changes intro-
duced by Von Graefe ? " One of the first changes in the second
period was the employment of the operation in the very large
class of cases in which the patient can see perfectly with one
eye, the other being more or less diseased. So long as the
ultimate results of the operation remained very uncertain, no
one would, of course, recommend its adoption, provided the
patient's other eye was sound. When, however, better methods
of operating had become more generally known, and success
could reasonably be expected, many surgeons began to operate,
also, in cases where the vision was perfect on the other side.
Thus, Prof. A. von Graefe, who had adopted iridectomy in all
cases as the only means of making artificial pupils with cer-
tainty, utterly rejecting division of the iris, or separation of it
from its ciliary attachments, had, before 1856, performed it in
more than 300 cases of blindness limited to one eye, the other
being sound. The question may be considered as settled since
the time when he published his paper (' Archiv Ophth.,' ii, Abth.
2, p. 193 ; and 'Med. Times and Gaz.' 1857, ii, 267), in which he
showed, by an analysis of these cases, that in some persons"
there resulted binocular vision with its many important
14 Reviews. [July,
advantages, such as the accurate estimation of distance ; that
in the less successful cases, the appearance of the patient was
improved, and the field of vision enlarged ; that even if squint
or double vision occurred, they were quite amenable to treat-
ment ; in short, that it was always advisable to operate on the
blind eye, the other being healthy, provided the artificial pupil
could be made in a tolerably central position.
" In the very next paper in the same journal we meet with
the celebrated article in which von Greefe recommended iridec-
tomy in a great number of diseases, with an entirely different
object from the one of allowing light to pass to the retina ; and
this essay was soon followed by two others, published in 1857
and 1858 respectively, in which he still further extended its
applications. As translations of these papers have been pub-
lished by the New Syd. Soc, it would be quite superfluous for
me to do more than rapidly to enumerate the cases for which
Graefe recommended this operation. Instead of taking them
in the order in which they are mentioned in these papers, it
will be better, I think, to classify them under four heads. 1.
As a prophylactic, to prevent future attacks of iritis, or the
extension of iritic disease to the choroid; to avoid the evil
effects of the pressure of a swollen lens, either after cataract
operations or in accidents; in certain cases, to prevent sympa-
thetic disease of the other eye. 2. To relieve inflammation, or
even only violent pain, as in some cases of choroidal inflamma-
tion, in iritis resisting other treatment, in corneitis where there
is extensive ulceration, in sympathetic disease of a previously
sound eye. S. To diminish in some cases the intraocular
pressure, as in glaucoma, staphyloma, &c. 4. As the best
means of removing small foreign bodies impacted in the iris."^
The assertion that these indications are generally followed
may be proved by a reference to almost any recent treatise, and
scarcely calls for further remark, A short account of some
statistics more particularly full and reliable, may illustrate the
present practice. (See also Cohn, ' Vorarbeiten fiir eine Geogra-
phic der Augenkrankheiten.' Jena, 1874.)
Dr. A. Rothmund, junior, performed iridectomy 89 times out
of a total of 420 operations in 1864 : he distinguishes the results
as good, moderate, or none.
Good, Moderate. None.
For restoring vision . . . 49 . . 28 . . 15 . . 6
As an antiphlogistic . . . 30 . . 16 . . 10 . . 4
Preparatory to cataract-extraction . 10 . . 10 . . — . . —
89 54 25 10
1 T. Windsor, " The Operation for Artificial Pupil : its history and present
state," • Brit. Med. Journal,' 1862, ii, 464.
1875.]
Operative Surgery of the Eye.
15
It was performed as an antiphlogistic 7 times in inflam-
mation of the iris and choroid, thrice for continually increasing
posterior synechise, once in ulcer of the cornea, and 19 times in
glaucoma (3 acute, 6 subacute, and 10 chronic). The result
was always very good in acute glaucoma. In the other cases
the vision was decidedly improved only 9 times. In one case of
subacute glaucoma intra-ocular haemorrhage took place during
the night after the operation and ended in atrophy of the eye.^
Dr. A. Mooren performed MO iridectomies in the year, 1865-
QQ, out of a total of 665 greater operations, of which he gives
the following table ; the figures i, ii, show that the operation
was performed on one or both eyes :
I.
II.
L eucom a cornese centrale vel cicatrix adbcGrens . . 46 .
8
Pra^cipltata plumbea
1 .
—
Pterygium
1 .
—
Symblepharon
^
2 .
—
Ulcus rodens cornese ....
1 .
—
Abscessus vel ulcus cornea) cum hypopio
13 .
—
Vuluus cornese
2 .
Cicatrix cornea) ectatica
4 .
—
Perforatio cornea) cum prolapsu iridis
6 .
Corpus alienum in iride
1 .
—
Kerato-iritis
6 .
—
Iritis parencbymatosa
13 .
1
Irido-cyclitis
3 .
—
Irido-choroiditis
23 .
1
Irido-cboroiditis sympatbica
2 .
Cboroiditis
3 .
Glaucoma
15 .
4
Cataracta accreta ....
6 .
„ traumatica ....
18 .
Iridectomia cum extractione cataracta^
2 .
„ cum extr. linear! per corneam
11 .
1
„ prseparatoria pro extr. catar.
9 .
6
„ cum extract, catar. secundaria)
6 .
2
Total
194
23
The 240 iridectomies were performed on 213 eyes; in 9
cases the operation was repeated twice, in 3 thrice. In the first
four diseases it was indicated for simply optical purposes.^
De Wecker in Paris had, in the second half of 1871, 61 iridec-
tomies— 28 optical, S^ antiphlogistic — out of a total of 248
operations :
^ K. "VVorlitschek, * Mittbeilungen aus der Heilanstalt fiir Augenkranke des
Prof. Dr. A. Rotbmund, junr zu Miincben/ 1860.
2 A. Mooren, ' Opbtbabmiatriscbe Beobachtungen,' p. 179-181. Berlin, 1867.
16 Reviews. [July,
Results.
Good. None
Optical—
for opacity of the cornea with or without adhesion
of the iris
1}-
19 . 5
„ simple closed pupil
„ congenital cataract
1 .
— . —
Antiphlogistic —
for partial staphyloma of the cornea
4 .
4 . —
„ recurrent iritis ......
4 .
„ irido- choroiditis
15 .
,, acute glaucoma
1 .
„ simple chronic glaucoma
9 .
— . —
In 3 of the cases of choroiditis, patients who could hardly see
to walk before the operation, could after it count lingers at
twenty feet.^
The same surgeon had, in 1872, 157 iridectomies in a total of
630 more important operations.
Optical —
Opacity of the cornea . . . . . . . . .31
Leucoma adhaerens 11
Simple closed -pupil 10
Congenital cataract 2
Post, polar cataract . . * 2
56
A NTIPHLOGISTIC —
Corneal abscess 1
Partial staphyloma corneae 9
Recurrent iritis 8
Irido-choroiditis 30
Acute glaucoma 3
Glaucomatous keratitis 1
Chronic glaucoma 36
Wound of the cornea with adh. ii'is 10
Displacement of the lens . . . * 3
101
Dr. J. Hirschberg, in Berlin Q Berl. kl. Wochenschr.,' 1870),
performed 29 iridectomies in 25 patients ; 4 times for glaucoma,
thrice for abscess of the cornea, once for progressive sclerosis
cornese, 7 times for iritis, and the rest for leucoma corneae and
closed pupil. The same surgeon reports from, September, 1870
to September, 1872,117 iridectomies; 72 antiphlogistic, 44
optical, and 1 for removal of foreign body from the iris. (^ Klin.
Beobacht. aus der Augenheilanstalt,' von Dr. J. Hirschberg,
p. 110. Wien., 1874.)
1 "Releve Statistique," par G. Martin, in the *Annales d'Oculistique,' vol. 67,
p. 157. Brux., 1872.
2 " Clinique Ophthalmologique, du Dr. de Wecker, h Paris. Releve Statis-
tique," par le Dr. Georges Mai'tin. Paris, 1873.
1875.] Operative Surgery of the Eye. 17
As to the performance of this operation in glaucoma we find
that in the St. Petersburg Eye Hospital during the four years
1860-63 there were 95 cases of glaucoma with 158 affected
eyes (39 men and 56 women) out of 1943 in-patients.
"The cases were generally treated by iridectomy — an operation
which, indeed, was performed 101 times; once the eyeball was
enucleated, and once paracentesis of the anterior chamber was employed.
In respect to the curative action of iridectomy on the glaucomatous
process, the results were perfectly satisfactory . . . The operation was
performed fourteen times in glaucoma consummatum, when there was
total bhndness, simply for the purpose of reUevmg severe cihary pains ;
87 operations therefore remain, from which some action on vision
could be expected. The results may be arranged in the following
manner : Vision was improved 54 times ; it remained just as before
the operation 26 times ; and 7 times it deteriorated after the operation,
thrice from accidental cataract, the lens being wounded during the
operation, and four times from advancing atrophy of the optic nerve."
The cases were thus distributed : Incipient glaucoma (pre-
monitory stage) 10, acute glaucoma 12, chronic inflammatory
glaucoma 57, glaucoma simplex 11, secondary or complicated 5,
and eyes lost from glaucoma 63.^
Dr. L. Rydel has given a full account of the cases observed at
the Ophth. Clinic of the Vienna University (^ Bericht lib. die
Augenklinik der Wienier Universitat,' 1863-65, p. 132. Wien,
1867). There were in the three years 79 cases (46 men and
33 women); in 15 one eye was affected, in 64 both were
diseased (or in all 143 eyes) ; of these 42 were totally lost.
Iridectomy was performed in 79 cases, in 53 on one eye, in 22
on both eyes (or in all 97 times) ; 90 times with the view of
preserving or improving vision, 7 times on account of violent
pain, &c. The results were as satisfactory as could be expected
with one exception. Many of the more interesting cases are
related by Dr. Rydel at length.^
The use of iridectomy in partial staphyloma, glaucoma
simplex, and exclusion of the pupil deserves some further
notice.
Partial staphyloma of the cornea and projecting corneal cica-
trices.— Beer observed so long ago as 1806 that the prominence
sometimes receded after this operation. The same effect was
noticed after him by Rosas, Heiberg, and Flarer. Chelius, jun.
(' Staphyl. der Hornhaut,' p. 48, Heid., 1847) says positively
that, if possible, an artificial pupil should be made in every
1 See Dr. Magawly, " Contribution to the Clinical History of Glaucoma,"
* Ophth. Eeview,' i, 233, from the * St. Petersb. Med. Zeitschrift,' vi, 193, 1864.
2 A series of cases of iritis, irido-choroiditis and glaucoma will be found in the
appendix to Bonders' 2nd report. Utrecht, 1861, pp. 277-420.
111.— LVI. 2
is Heviews, [July,
partial staphyloma. " By this means the partial staphyloma is
changed into a simple synechia and any further increase pre-
vented." Arlt says (1. c, p. 365) that a conical projection is
more liable to be followed by secondary glaucoma than a spherical
one, whether partial or totah^ Perception of light may continue
for years in the latter ; it is lost in a few weeks or months in the
former. Von Graefe makes some important remarks in his last
paper on glaucoma (^Arch. fiir Ophth./ xv, 3, p. 108, and
* Ophth. Hosp. Reports,' vii, p. 92. Lond., 1871). He has seen
by no means unfrequently cicatrices after central ulcers from
blennorrhoic, diphtheritic, or pustular ophthalmia, where there
had been no perforation, followed by expansion of the anterior
chamber and ultimately by glaucomatous tension.
" Inclusion of the iris much intensifies the danger. For this reason
it is of great importance to prevent synechia anterior in perforating
ulcers and wounds, just as it is to avoid synechia posterior in iritis. As
to both forms glaucomatous tension follows in only the minority, for-
tunately for the patients, yet both are attended by permanent risk in
every case. We have noticed not unfrequently, that eyes affected with
synechia anterior or leucoma adhaerens, after being good for many,
many years, are ultimately attacked by glaucoma on the approach of
old age." '*The greatest attention must be paid to all the objective
symptoms, for these processes usually occur during childhood, when
no great reliance can be placed on functional examination, and the effect
of the treatment depends on the stage of the disease. It is indeed
mournful how many eyes, after escaping entire destruction from ulcera-
tion, as in ophthalmia neonatorum, are afterwards rendered blind by
secondary glaucoma, for which active treatment has not been used in
time ... No doubt it seems desirable for many reasons to postpone
iridectomy in a child. Yet there is one urgent indication, never to be
overlooked, owing to which the operation must be performed at any
age ; that is, an increase of the intra-ocular tension. Its first symptom
in children with leucoma is usually an expansion of the anterior
chamber. . . . To delay in leucoma adhaerens after ophthalmia neona-
torum till the increased tension can be estimated by the touch, would
usually be to wait till too late."
Iridectomy in Glaucoma Simplex.
" Whilst the operation has a perfectly uniform effect in simple in-
flammatory glaucoma, whilst in secondary glaucoma its various results
may be naturally deduced from the nature of the primary cause, we
are obliged to admit that cases of glaucoma simplex vary extremely in
their ultimate course, even when the pre-existing conditions appear to
be exactly similar. The result is often very satisfactory in a relative
sense, when the operation is performed at a late period ; I mean that
after six or seven years the patients continue to see decidedly better than
at the time of the operation ; in some, operated on at an early period,
the vision remains for many years in the same state then gradually
1875.]
Operative Surgery of the Eye, 19
deteriorates ; in some, again, the disease is not rendered perfectly
stationary ; and finally, some, fortunately very rare, patients become
rapidly blind after the operation. When we accurately determine and
record the tension, we find that these dijBferences more immediately
depend upon its variations. Thus iridectomy reduces the tension
directly and permanently to its normal amount in most cases of simple
glaucoma. It reduces it considerably, but does not render it quite
normal in others ; the vision usually continues in the same state, the
eye acquiring, as it were, a sort of adaptation to a moderate increase of
tension ; yet not unfrequently the sight becomes again worse after a
time, or the pressure again increases slightly and gradually, until in
either event by a second operation, which I shall afterwards describe,
it is rendered permanently normal and the vision secured. In a third
series, the tension is normal or but little increased soon after the
operation, whilst at a later period there are from time to time consider-
able increases, which do not always permanently yield to a second
operation. Lastly, iridectomy is sometimes followed by greater instead
of less tension, the result being that vision is lost by progressive impair-
ment or by a sudden attack resembling acute glaucoma.
*' Hence it would almost seem as if iridectomy had such an uncer-
tain effect in simple glaucoma as to render its indication doubtful.
This conclusion is found to be quite erroneous when we consider the
numerical distribution of the varieties described. It has been already
mentioned that in more than half the cases, a single operation renders
the pressure permanently normal, and not only preserves, but even
gradually improves, the vision for a long period. The second category
includes fully one fourth of the cases, and though our object cannot be
said to be fully attained, yet the result is generally satisfactory ; it may
be necessary to repeat the operation in some few cases in order to
secure permanent snccess. A second operation sometimes stops the
progress of the blindness in the third category where the disease recurs ;
it at all events renders the deterioration slower in comparison with the
spontaneous course. The last variety alone is thoroughly unfavorable,
blindness being hastened by the operation. Yet this ' malignant* course
is extremely rare ; I have seen it fully developed only five times in
some hundred cases of simple glaucoma on which I have performed
iridectomy. Judging not only by my own practice but also by that
of others, it does not form two per cent, of the cases of glaucoma sim-
plex submitted to operation. Now an operation that gives permanent
protection from blindness in more than 90 per cent., renders the course
slower in the majority of the remainder, and does harm in less than
two per cent., is indisputably indicated, though exceptional bad results,
such as never occur in an analogous manner in inflammatory glaucoma,
may necessitate prudence in the prognosis '\(1. c, p. 99).
Arlt states that his experience is essentially the same (1. c,
p. 358).
The iridectomy should he repeated when errors in the opera-
tion or after-treatment appear to cause the continuance or
20 Reviews. [July,
recurrence of the glaucomatous pressure. The formation of a
second and large coloboma at the diametrically opposite side is
also advisable when the tension remains great or again increases
after the first operation.
*'Many comparative trials in the years 1865-67 proved that excision
of the opposite piece of iris had a far more decided effect on the tension
than that of the adjacent (even extremely large) portion of iris. Tliese
trials were made a few times when both eyes were in almost exactly
the same state ; the result was decisive, for excision of the adjacent
piece had afterwards to be supplemented by that of the opposite
portion of iris. I must indeed confess that I have become dubious
whether excision of the adjacent piece has any influence over the
tension ; it is, at all events, very slight, and will generally not suffice
in cases where the first iridectomy has had no sufficient or permanent
effect. On the contrary, I could adduce at least a dozen cases where
excision of the opposite piece has had a permanent effect after failure
of the first iridectomy.'' (von Graefe, 1. c, p. 106.)
'*A man, eet. 53 ; left eye atrophied from glaucoma ; right eye with
good central vision, but great contraction of the field ; in the spring
of 1858 a violent inflammatory attack before the operation, which had
been already arranged, was performed. The amount excised was in-
sufficient, owing to the patient, who was not thoroughly under chloro-
form, moving when the iris was seized. The symptoms continued,
though to a less degree. Operation repeated on the tenth day ;
patient more completely chloroformed. Coloboma enlarged downwards
and inwards. Rapid diminution of the symptoms of pressure and
inflammation, but very slow improvement in vision, which had sunk
to mere perception of light. Even in the sixth week the patient did
not dare to walk out alone. From the eighth week decided improve-
ment, so that in the autumn Jager No. 3 could be read with convex 10.
Prom that time till now (autumn, 1873) no change whatever," (Arlt,
1. c, p. 360.)
Posterior synechia. — Though the influence of isolated adhe-
sions in respect to recurrences of iritis is not estimated so
highly by many surgeons as it was by von Graefe, there is no
doubt of the correctness of his assertion that —
** exclusion of the pupil is the point from which the further complica-
tions proceed, especially chronic choroiditis (with progressive am-
blyopia, and in the end atrophia bulbi). By exclusion of the pupil I
understand simply the total adhesion of the pupillary margin with the
capsule."!
Iridectomy is indicated in exclusion, i.e. posterior annular syn-
echia, even though the centre of the pupil is clear, and the
vision relatively good. It may also be employed, it may be
indispensable, in blind eyes to arrest chronic inflammation of
the iris and ciliary body, and to prevent further changes, even
i ' New Syd. Soc. Monographs,' p. 257. Lond., 1859.
1875.] Operative Surgery of the Eye, 21
sympathetic disease of the other eye. The prognosis is at first
good ; it becomes worse when (1) glaucomatous tension and
excavation of the disc occur owing to serous exudation into the
posterior chamber and vitreous body ; or (2) when, on the
contrary, the vitreous body shrinks from the very beginning or
after some temporary increase of tension, and the retina sepa-
rates from the choroid (contracting exudations on the inner
side of the ciliary body and in the vitreous); or finally (3), when
a layer of exudation between the capsule and iris unites them
and the ciliary processes firmly together (total posterior syn-
echia). In the latter the posterior chamber is entirely or
almost entirely absent ; it may be abnormally large in annular
synechia. Occasionally the operation has to be repeated three,
four, or five times before the disease is arrested, and a sufficiently
large pupil persists.!
In respect to the complication first mentioned. Von Graefe
says (' Ophth. Hosp. Rep.,' vii, 77) : —
" Posterior synechiae, the effects of iritis, are very often the cause of
secondary glaucoma. As a general rule, we may say that the danger
of ultimate increase of tension is proportionate to the extent and
number of the adhesions, though occasionally glaucoma is excited by
perfectly circumscribed, pointed synechise. The degree of danger is
also influenced by various conditions, such as the age, with which it
increases. On the other hand, the tension may remain normal through-
out life ; this is, indeed, numerically speaking, the rule even when the
adhesions are numerous and extensive. As soon, however, as they
completely encircle the pupil, causing exclusion, the tension seems to
me to increase almost invariably. There must, of course, be no mistake ;
the most careful examination will sometimes fail to show minute
apertures, through which fluid will pass. In my o^miou, projection of
the iris by ret?'o-iritic fluid is the only sign of complete exclusion.
When this state is clearly shown by the well-known prominences of
the iris, glaucoma is sure to ultimately occur, and the patient is
fortunate if it is not already present."
The use of iridectomy has, as we have seen, been somewhat
restricted by the introduction of other operations, such as
median incision of the cornea. It seems probable that it will
be replaced in some cases by iridotomy. Wecker, who divides
the iris with forceps-scissors, has frequently performed the opera-
tion and speaks strongly in its favour. The results of seven-
teen cases operated on by Prof. Rothmund have been recorded
by Dr. Garvens (' Annales d. Ocul.,' vol. Ixx, p. 123, 1873 ; vol.
Ixxi, p. 115, 1874; and vol. Ixxiii, p. 118, 1875. E. H. Garvens,
1 Arlt, 1. c, p. 348. The case at p. 350, quoted evidently from memory, is
Bomewhat incorrectly reported, if, as there seems no reason to doubt, it is the
aame as Case 17, in 'Bericbt u. d. ' Augenkliuik der Wiener Univ.,' p. 72. Wien,
1867.
22 Reviews, [Ju^^
'Uber die Iridotomie.' Miinchen, 1874; many historical details
will be found in this pamphlet). Many operators avoid it also
in the acuter stages of iritis and irido-choroiditis. Arlt expressly
remarks, to prevent misunderstanding, that it should not be
performed in iritis or irido-cyclitis whilst the inflammation is
florid, but at least during a distinct remission. The only excep-
tion is when increase of tension forbids longer delay.
Its failure is well-nigh constant in sympathetic irido-cyclitis.
Mr. Critchett^ was the first to urge that enucleation is of little
or no value when sympathetic ophthalmia has once commenced,
that iridectomy does not arrest the disease, and consequently
that operative treatment should be delayed till the inflam-
mation has entirely ceased. Mooren, Stellwag and Schweigger
are strongly opposed to any operation before the end of the
inflammation. Mooren thinks that iridectomy in the progressive
stage hastens the destruction of the eye.^
It would almost seem as if iridectomy was considered by
some surgeons to be free from all danger, yet the fact is that,
however well performed, it may be followed by destruction of
the eye. Not to speak of such accidents as traumatic cataract,
loss of vitreous, cystoid cicatrisation, which may be due to
defects in the operation or after-treatment, we find it followed
by purulent infiltration of the cornea (case of leucoma adhserens,
'St. Petersb. Med. Zeitschr.,' viii, p. 50, 1865 ; preliminary to
extraction of cataract, Mooren, * Ophth. Beobacht.,^ p. 181, 1867 ;
V. Graefe, * Arch, fiir Ophth.,' xii, i, p. 214) and by panoph-
thalmitis (arising from a cystoid cicatrix, von Graefe, ' Ophth.
Hosp. Rep.,' vii, p. 92 ; in leucoma adh., Wecker, 'Clin. Ophth.'
p. 6. Paris, 1873). Sympathetic disease has also occurred
(Arlt, von Graefe). Mooren counts on an average | to 1 per
cent, of such unfortunate results (1. c, p. 181). Desmarres out
of 161 ordinary cases of artificial pupil lost two eyes from
chronic irido-choroiditis ending in atrophy, and had one case of
phlegmon of the eye, whilst at the same time he had out of
twenty-eight cases two of phlegmon from iridectomy in blind
eyes C Ann. d. Ocul.,' vol. xlvii, p. 221, 1862).
How can the effect of iridectomy be explained ? Arlt thinks
1 ' Ophth. Review,' i, 178, Lond., 1865, from the * Klin. Monatshl. f . Augenh.,*
i, 440.
2 ' Sympathische Gesiehtsstorungen.* See, on the opposite side, H. Miiller in
his thesis ' Zur Casuistik der Cyklitis,' p. 47-49, Greifsw., 1873. Over-estimation
of iridectomy sometimes led to neglect of other treatment. E. D. Denis (Etude
8ur la Nature et le Traitement de certaines formes d'irido-choroidite,' Paris, 1873)
gives examples of the good effect of general treatment after the failure of
iridectomy. He advises that, when due to a dyscrasia, it should be treated by
appropriate means, any operation being of secondary importance.
1875.] On Inherited Syphilis. 23
scarcely otherwise than by its influence over the circulation in
the iris and choroid. We have to account for two, apparently
opposite, effects ; in ihe one class of cases it causes a diminution
in the intra-ocular pressure, whilst in the other, where the eye
is abnormally soft, it is followed by greater, even normal, tension.
He quotes some recent researches by Dr. Exner, Prof. Briicke's
assistant (' Sitzungsber. d. k. Akad. d. Wiss.,' B. Ixv, 1872, and
* Wiener Med. Jahrb.,' 1873). Direct anastomoses hetioeen the
arteries and veins were found in the iris peripheral to the
portion which had been excised two to four weeks previously
(dog, rabbit). If, as in man, the iris is cut off on the pupillary
side of the circulus art. irid. maj., the proximal portion of the
larger vessels remains, whilst the greater part of their branches
and capillaries is removed. The blood cannot circulate as
before ; large anastomoses are formed, probably by dilatation
of previously existing minute vessels, so that the arterial blood
passes at once into the veins, without the intervention of any
proper capillary system. Should these researches be confirmed,
the explanation would be easy of many practical points ; thus
a broad coloboma would increase the number of anastomoses,
whilst total removal of the iris from its ciliary attachment would
rather increase than diminish the intra-ocular tension.
Thomas Windsor.
II. — On Inherited Syphilis .^
It may, we suppose, be stated as a general rule that our
interest in a disease is, or ought to be, in proportion to the
frequency of its occurrence ; for the more common a disease, the
greater is the amount of suffering it produces, the more often
shall we have to attack it, and the more important therefore is
it that we should understand its nature and its treatment.
Inherited syphilis certainly has this claim upon our attention ;
but it has also another, quite as important, namely, its amen-
1 1. Hare Cases of Congenital Syphilis. By L. D. Bulklet, M.D., A.M. New
York. 1874.
2. Cases of Disease of the Nervous System in Patients the Subjects of Inherited
Syphilis. By J. Htjghlings .Tackson, M.D. London. 1868.
3. On Dactylitis Syphilitica, toith Observations on Syphilitic Lesions of the
Joints. By R. W. Tayloe, M.D. New York, 1871.
4. On Pseudo-paralysis due to a Lesion of the Bones in Infants, the Subjects of
Inherited Syphilis. Pakeot, in * Archives de Physiologie,' 1872.
5. London Medical Record, vol. i, p. 10. Summary of Contributions to the
Knowledge of the Pseudo-paralysis of Inherited Syphilis. By S. Geb, M.D^
24 Reviews. [July*
ability to treatment. It is one of the commonest diseases
affecting the children of the poor ; but fortunately, if we except
the most aggravated cases, it is also one of the most curable ;
wherefore, it seems very desirable that we should be able to
recognise certainly all its manifestations, which are many and
diverse ; and it may be useful to review briefly our present
knowledge of the disease, and especially to draw attention to
some of its rarer and less recognised symptoms.
It will be well to premise that our remarks will be confined
to Inherited or Congenital syphilis, that is to say, to that variety
of the disease which is communicated to the ovum in utero,
and will not concern the Infantile variety, which is acquired
by the infant, either in its passage from the uterus into the
world by contact with sores on the mother ; or after birth, by
other means of inoculation, such as contact with sores upon a
nurse, or vaccino-syphilisation ; which is in fact ordinary ac-
quired syphilis occurring in a child, and is a comparatively rare
disease. We have said that inherited syphilis is a common
disease. This is certainly the fact in London, for a large pro-
portion of the children attending as surgical out-patients at the
hospitals are suffering from some form of the disease ; but it is
right to modify this assertion by stating that there is a remark-
able absence of the affection among the children in many of the
manufacturing districts of the north of England. Then again
it is doubtless more common among the children of the poor
than among those of the rich, because the poorer classes are
less careful to get cured of syphilis, and probably more often
marry while under its infection ; also because their poverty, and
its attendant deprivations and lack of hygiene, renders them
more vulnerable to the disease, and allows it to run its course
with less restraint. Nevertheless it is sufficiently common
among the children of the upper classes, and is apt in them,
probably for the reason that it is to a greater extent modified by
the treatment of the parents, to present more of the uncommon
forms of the disease. And without touching upon the general
questions involved in the application of the Contagious Diseases
Act, we cannot help expressing our opinion that a strong
argument in its favour is afforded by the consideration that as
long as syphilis is allowed to run rife, thousands of innocent
children must every year be born, either destined, after a few
weeks of wretched existence, to a premature, though in their
case not to be lamented death, or with the miserable prospect
of years blighted by the sufferings which pertain to one of the
most dreadful of diseases, and of carrying to their graves the
indelible marks of their direful inheritance.
As, in doubtful cases, the diagnosis of inherited syphilis is
3875.] On Inherited Syphilis. 25
greatly aided by the condition and history of the parents, it is
very necessary to bear in mind the several sources and methods
of infection. These we briefly state.
1st. It may be derived from the father, who, being the subject
of syphilis, conveys the disease to the ovum by means of the
semen. 2nd. From the mother, by means of the placental cir-
culation, whereby the infected blood is conveyed from the
mother into the system of the foetus. 3rd. Both parents may
be syphilitic, and therefore both the above-named modes of
infection take effect. And it may here be remarked that the
reverse of the second method of infection may take place, that
is to say, a healthy mother may, by means of the placental cir-
culation, be infected by a syphilitic foetus, which derives the
disease from the vitiated semen of the father — an occurrence
which explains the cases in which a woman who has never
had primary syphilis, may exhibit secondary symptoms after
nourishing an infected embryo.
The fact that syphilis can be conveyed to the offspring by
inheritance seems to have been first definitely stated by Para-
celsus in 1529, though before that time obscurely hinted at.
Very few facts, however, were observed or recorded, and these
were soon lost in the clouds of speculation in which the period
was so prolific, until Boerhaave in the beginning of the
eighteenth century shed the light of his genius upon the subject,
and once more revived, or rather perhaps originated, the intel-
ligent study of the disease. Since then it has been the subject
of much careful investigation both in this country and on the
Continent, and though every year brings us some fresh know-
ledge concerning it, yet it still remains a disease affording wide
scope for fruitful study.
The malignity of the disease is in proportion to the intensity
of the infection, and this is affected by two causes : first, the
mode of derivation ; secondly, the period of the disease in the
progenitor. As to the mode of derivation, that is, whether from
father, mother, or both parents, the rule is that the infection is
most intense if both parents are diseased ; that disease of the
mother alone is the next most potent cause ; and of the father
alone the least. And as to the period of the disease in the pro-
genitor, it is well established that the more remote the time
of impregnation from the period when the parent first contracted
the disease, the less profound will be the infection of the
children. This is the case even independently of treatment.
Thus a common history is such as the following. A woman the
subject of syphilis had three children born dead ; at the fourth
conception a living child was born, but so powerfully infected
that it soon died ; the fifth child was less diseased and by care
26 Reviews, [July,
and treatment was reared. Should there he other children they
may each be less infected until the latest may only present one
or two symptoms, which in the absence of the history, would
hardly be recognised as syphilitic. In the majority of cases the
symptoms of inherited syphilis do not appear until a few
weeks after birth, although the child often seems feeble and the
skin of an unhealthy hue : there is no doubt, however, that a
child may be born with symptoms of the disease. The greater
number appear healthy at birth, and first show symptoms of
infection about a month afterwards. As Trousseau remarks, it
is unusual for the symptoms to occur before the second week,
ox, for the first time, after the eighth month. But it is important
to remember that a child who has been in apparent health for
months, or even years, may suddenly show symptoms of inhe-
rited syphilis, it may be thought for the first time. We have
lately seen a girl of 14 years in whom this occurred. But on
investigation it will almost always be discovered, as in the case
alluded to, that the child had some manifestations of the disease
soon after birth, to which perhaps but little importance was
attached, or which soon subsided under treatment, and which
having lain latent for a long time, were only again educed by
some depressing influence, such as one of the acute specific
diseases of childhood, bad hygienic condition, or the like.
It is not necessary to enter upon a description of the ordinary
symptoms of inherited syphilis, which are sufficiently well
known ; but there are a few of these which we think are of
greater value than the text-books would lead one to suppose.
For instance, there is none more striking than the physiognomy
of the infant. The physiognomy of disease generally is a subject
well worth study ; every one must recall instances in which he
has diagnosed from the face alone, cases of peritonitis, phthisis,
chorea, and other affections ; and in no disease is the facies more
characteristic than in inherited syphilis. Trousseau has given of
this, as of so many other diseases, a most graphic description. He
describes the complexion as of a bistre tint ; and there is a
striking look of premature old age about these infants ; the
skin too is shivelled, the body emaciated, and often there is a
peculiar smell about the patient, for which we know of no better
comparison than that of a damp vault.
One of the earliest and most constant symptoms is what is
known among the poor as " the snuffles,'^ that is, a thick dis-
charge from the nasal mucous membrane, which blocks up the
nares and causes a snuffling with the respiration, and a great,
and sometimes serious obstacle to sucking. It also produces an
alteration in the voice, so that the infant's cry has a peculiarly
high-pitched or twangy sound. Then there are very constantly
1875.]
On Inherited Syphilis, 27
sores about the nates^ flat mucous tubercles, or round copper-
coloured, rather shining spots having a tendency to desquama-
tion. Mucous tubercles occur also about the organs of generation,
the mouth, the genito-crural fold, the axilla, between the
fingers and toes, between the chin and lower lip ; in fact, as
Diday has remarked (giving the true explanation of their cha-
racter) in any part where the skin is *' thin, moist, and exposed
to friction." The same kind of eruption takes place on the
mucous membranes^ and if the mouth is examined, there are
frequently found white patches or ulcerations of a round or
crescentic form, scattered about its lining membrane. A favorite
position for these is the point of reflexion of the mucous mem-
brane of the lips on to the gums, and the frsenum of the upper
lip ; another is the border of the isthmus of the fauces. The
extension of this eruption to the larynx gives rise, according to
Diday, to another symptom frequently met with, namely, hoarse-
ness, not the high-pitched note associated with snuffles, but a true
hoarseness, very unlike the usual note of an infant's cry. Diday
says this depends upon the eruption specially affecting the edges
of the aryteno-epiglottidean folds.
Of the other eruptions the most common is a roseola, and this
has less of the coppery hue than the other syphilides of infants.
It chiefly affects the chest, neck, and inner part of the thighs,
is an early symptom, and is distinguished from the other exan-
themata, such as scarlatina, but not being accompanied with
febrile disturbance, by its imperfect disappearance on pressure,
and " by its maintaining the same colour and degree until its
termination." On the palms of the hands and soles of the feet
there is commonly desquamation, giving an appearance of psori-
asis. This is very characteristic of inherited syphilis. Besides
this there is a kind of intertrigo seen very often, which differs
from the ordinary intertrigo in its surface having a less bright red
colour, but a much more shining or polished appearance, accom-
panied by a tendency here and there to slight desquamation.
Eczema and impetigo are also not unfrequent symptoms, and
are each of them of a darker tint and less acute character than
when unassociated with syphilis. There has been much dis-
cussion as to whether or not the pemphigus of new-born infants
is a syphilitic eruption. We are hardly able to assert that it is
invariably of syphilitic origin, but certainly the subjects of it
usually present other symptoms of inherited syphilis. Such a
case as that related by Dr. Bulkley, in which the eruption con-
tinued to develop for nearly a year, and the child died of
syphilis, is very strong evidence of its syphilitic character.
Another very common symptom is the existence of fissures or
cracks at the edges of the lips and naresand the angles of the mouth.
28 Reviews. l^^^Jt
the scars of which are often valuable evidence of former mis-
chief. The hair often falls oif ; so do the eyelashes, leaving a
sore edge to the lids.
Among the more important of the consequences of inherited
syphilis are the visceral lesions. These occur very early in the
disease, are mostly of the suppurative type, and progress very
rapidly. It is these which account for the majority of the deaths
from inherited syphilis. They differ entirely from the syphilitic
visceral lesions of adults — the results of acquired syphilis —
which occur in an advanced period of the disease, are very slow
in progress, and are not suppurative. Very little has been added
to our knowledge of these since the publication of Diday's well-
known book, in which they are fully described. In the lungs
they consist of scattered abscesses surrounded by compact yel-
lowish-grey tissue — the symptoms are those of lobular pneu-
monia. Disseminated suppuration of the thymus gland is
another of these syphilitic affections. Of the liver, the lesion
consists in enlargement and induration of the organ in whole or
in part, due to the development of fibro-plastic material between
the cells of the acini, with obliteration of the vessels, and inter-
ference with the secretion of bile. The organ is very elastic ;
a section exhibits *' on an uniform, yellowish ground a more or
less close layer of small white opaque grains like sago." On
pressure no blood is forced out, but only a yellowish serum ; the
general colour is sometimes of a brownish-red tint and the
structure ill-defined. This condition is generally developed
during uterine life, and is rapidly fatal. The symptoms are
vomiting, diarrhoea, and tympanitis ; but, strange to say, no
jaundice. The enlarged and indurated organ may be felt by
palpation. It is probably in connection with this condition, that
the peritonitis described by Simpson as occurring in inherited
syphilis is found. Diday does not mention any affection of the
spleen, but a condition very similar to that found in the liver is
not very uncommon. Dr. Bulkley has described a case which
he supposes one of syphilitic disease of the lung in an infant,
and considers that it was probably of the kind described by
Lorain and Robin as " white hepatization," and quotes Thier-
felder's desciiption of that disease. It is as follows :
" The small air-cells are separated from each other by very broad
bands of interstitial tissue, which consist, in addition to a small amount
of connective tissue and a few spindle-shaped cells situated mostly very
near the vessels, of irregularly arranged masses of cells and nuclei of
syphilitic neoplasm, much the same as observed in syphilitic laryngitis.
This tissue is distributed in the lungs of infants either in the way of
general infiltration of the septa, leaving but small air-interstices ; or
wedge-shaped collections are formed, generally near the pleura,
1875.] On Inherited Syphilis. 39
embracing perhaps a lobule, which have to the naked eye the appear-
ance of firm, bluish-red masses resembling atelectasis."
The infant alluded to by Dr. Bulkley died, however, when
less than four months old, and we do not think that as a rule
the " white hepatization " occurs at so early an age. There was
unfortunately no post-mortem examination, but as the child had
ulcerations of the throat and laryngeal symptoms, it seems more
probable that the mischief extended to the bronchi and gave
rise to lobular pneumonia. Dr. Hughlings Jackson has recorded
some cases of nervous diseases in connection with inherited
syphilis, and suggests that plugging of minute branches of the
cerebral arteries may account for some of these ; and that con-
vulsions, hemiplegia, and even chorea may thus be caused.
There is at present, however, alack of pathological evidence on
this point, which is nevertheless well worthy of further investi-
gation.
If the child lives long enough there are other manifestations
of the disease which it is important to recognise. One of the
best known of these is the characteristic condition of the upper
permanent central incisor teeth, first described by Mr. Hutchin-
son. These teeth are ill-developed and therefore separated, soft,
and marked with a crescentic notch. Moreover the liability to
caries is such that even the temporary teeth become worn to a
peg-shape. Mr. Hutchinson has also shown the connection of
interstitial keratitis with inherited syphilis. These cases are
very common, and we think the symptom a very valuable aid to
diagnosis. The cornea becomes of a diffused opacity (and the
sight^is proportionately interfered with), but does not exhibit
the patches of opacity met with in scrofulous ophthalmia.
Retinitis and iritis also occur, but much less commonly than in
acquired syphilis.
The disease of the nails described by Mr. Hutchinson as
dependent upon inherited syphilis is, we think, much less
common and characteristic than the condition of the cornea and
teeth.
Deafness, ulcerations of the pharynx and tongue, laryngitis,
and lupus are also among the less common of the later manifesta-
tions of the disease. We remember to have seen an unfortunate
child who was very nearly blind from interstitial keratitis, quite
deaf, greatly disfigured about the face from lupus, and in whom
tracheotomy had been performed for laryngitis — a suificiently
striking example of the effects of inherited syphilis. Warts on
the mucous surface are of not uncommon occurrence. They
are found chiefly upon the hard palate and back of the tongue,
and at that stage of the disease when the keratitis occurs. They
are usually multiple, large, and sessile.
30 Reviews. [July,
Another condition dependent upon inherited syphilis, which,
though not uncommon, we have not seen anywhere described,
is a circumscribed chronic cellulitis. This is one of the later
symptoms and is often found in connection with the notched
teeth and interstitial keratitis. It is characterised by the
occurrence of limited indurations of the subcutaneous cellular
tissue. They differ from the commencement of a subcutaneous
abscess in that they are defined, not painful, nor hot ; the skin
over them is natural, they often remain stationary for a long
time, are unaffected by local treatment, but generally eventu-
ally soften and degenerate into a material which can hardly be
called pus, but is composed of the debris of the connective
tissue. When this has occurred the skin slowly becomes
thinned and ulcerated, and one or more openings occur whereby
this debris escapes, leaving a portion of the skin undermined,
and an indolent ulcer upon the surface. These indurations are
defined, often of linear shape, not generally extending to more
than two or three inches, and when cut into appear to be due to
a chronic cellulitis, and not to any specific growth or infiltration.
Their favorite sites are the buttocks and outer and back parts
of the thighs and legs, and, to a less extent, the arms. Attention
has been called during the last few years to a disease of the
bones dependent upon inherited syphilis, which, though by no
means uncommon, is not usually described among the symptoms
of the disease. It has been called by Parrot, whose description
of the disease we have had opportunities of confirming, the
" pseudo-paralysis of inherited syphilis." The name gives an
idea of the most striking characteristic of the disease. The
child is usually brought to the surgeon on account of inability to
use some of its limbs, which hang down as in paralysis or frac-
ture ; or are held fixed as in articular disease. Sometimes almost
all the limbs are affected and the child presents a most helpless
appearance. Parrot says that there are often large abscesses in
the neighbourhood of the joints, which are then fixed and bent,
and that crepitus can sometimes be felt between the shaft and
the epiphysis of the bone. These symptoms depend upon an
inflammatory affection of the end of the shaft of the bone, and of
the ossifying layer of the epiphysial cartilage, whereby the
epiphysis is often separated from the diaphysis. The ends of
the bones become thickened externally and softened within ; and
may eventually be destroyed by a puriform infiltration leading
to destruction of the lamellae and the formation of cavities. The
joint is not usually involved, the muscles and nerves are un-
affected. Several bones are always affected, and there are usually
other well-marked symptoms of inherited syphilis. The order of
frequency in which the bones are affected is, according to Parrot,
1875. J On Inherited Syphilis. 31
as follows : the femur, humerus, tibiaj'ulna, radius, fibula, ribs,
ilium, scapula, clavicle, tarsal, and carpal bojies. This disease
is definite and not easily mistaken, and we have no doubt cor-
rectly attributed to inherited syphilis, of which it is one of the
earliest symptoms. We think, however, that suppuration is of
less frequent occurrence than would be supposed from Parrot's
description. The disease yields rapidly to mercurial treatment.
Dr. R. W. Taylor, of New York, has laid much stress upon
an affection of the fingers and toes, which he considers to depend
upon inherited syphilis, and which he describes under the name
of " dactylitis syphilitica." It consists of an enlargement of
the phalanges, due to the growth of a lowly organized form of
connective tissue in the soft parts around the bone, and an in-
flammation of the bone itself. The swelling is chiefly on the
dorsal aspect of the bone and greatest about its middle, so that
the phalanx has a bulbous appearance, and somewhat of a
wedge-shape on section. Dr. Taylor alludes to cases reported
by Nelaton, Archambault, Liiche of Berne, and others, and Dr.
Bulkley has also reported two cases. We do not think the
syphilitic character of this affection is by any means clearly
established. In the first of Dr. Bulkley's cases, for instance,
which is quite a typical one, there is no evidence of syphilis
either in the child or its parents; and in his second case,
though the mother was syphilitic, the child gave no sign of
infection. Dr. Bulkley quotes a third case, which he himself
considers to be of traumatic origin, in a scrofulous child, but
in which we fail to discover any distinction from the preceding
cases, which are said to be syphilitic.
Dr. Taylor says that these cases are to be distinguished
from scrofulous dactylitis by their chronicity, and the absence
of pain, but we should say that these are precisely the characters
of scrofulous affections ; and he moreover asserts that scrofula
rarely if ever attack the phalanges — a statement from which
we entirely dissent. Diseases of the osseous system are usually
said to be rare in inherited syphilis, but we think are really
more common than is supposed ; but that as they are most often
met with as a late symptom, when the other manifestations of
the syphilitic infection may have passed or been cured, their
character is less well recognised. We have ourselves seen cases
in which children suff^ering from bone caries had apparently no
sign of inherited syphilis ; yet in whom we had had the oppor-
tunity of watching the usual series of syphilitic symptoms from
birth upwards, and in whom the rapid recovery under anti-
syphilitic treatment rendered the diagnosis complete. And we
have certainly seen a large number of children suffering from
nodes upon, and caries of the bones, the undoubted result of
32 Reviews. [July,
inherited syphilis. It is the more important that the character
of these cases should be recognised, as they are unsatisfactory
subjects for operative treatment, but as a rule rapidly recover
under anti-syphilitic medicines. Of the treatment of inherited
syphilis but little need be said, for it resolves itself chiefly into
giving mercury in the early stage, and in the later stages
iodide of potassium, with or without mercury.
There has of late manifested itself in the profession a
growing scepticism of the powers of medicines ; a reaction, as
we think, such as we see in so many other matters, from the
unreasoning and sometimes unreasonable belief in their virtues
which preceded it : but none the more founded upon intelligent
observation and deduction. But we think no one who has
watched the effects of mercury given in cases of inherited syphilis,
ought to doubt the potency of at least that drug. We know
few things in therapeutics more satisfactory than to witness the
improvement of children thus treated ; they rapidly fatten, lose
their shrunken aspect, and change from little old men, to
actual infants ; the eruptions fade, the sores heal, and the
progress is often astonishing. We do not of course assert that
this is the case in all ; there are many children so profoundly
affected by the disease that they die before remedies have time
to act ; or they may be born with fatal lesions already developed.
But we cannot doubt that we possess great power over this
disease, a fact which alone must always give an interest to its
study^ and an importance to its recognition.
III. — Fox on Pathology of Nervous Centres.!
The knowledge we possess of the normal structures of the
nervous centres, and our acquaintance with the pathological
conditions of these organs, are derived from researches that have
been prosecuted within the period of the present generation. So
rapid have been the advances in neuro-physiology and patho-
logy since Stilling and Schroeder van der Kolk first pointed the
way, that the results of the labours of their followers have left
the text-books of their days so far behind as to be now almost
obsolete, if not mere vestiges of a byegone stage in the science of
medicine. To a great extent, however, the vast mass of infor-
mation that has accumulated on our hands is distributed over
^ The Pathological Anatomy of the Nervom Centres. By Edwakd Lono-
Fox, M.D., F,R.C,P. London, 1874.
1875.] Fox on Pathology of Nervous Centres. 33
the pages of our periodical literature, and is daily beinsj added
to in the same, we might almost say, discursive manner. Thanks,
therefore, are undoubtedly due to any one who may exhibit
sufficient industry, and possess a competent knowledge of so wide
a range of subjects, as to be enabled to bring together into a
focus the light otherwise so dispersed. Such a task Dr. Fox
has undertaken, and, we may add, has successfully achieved.
He has presented us with the first complete treatise on the
pathological anatomy of the nervous centres that has appeared
in this country.! ^Yg would not be understood to imply that
Dr. Fox's treatise is simply a compilation — on the contrary, it
has the merit of being, to a large extent, the result of personal
observation and original investigation, carried on during seven-
teen years of hospital work in Bristol.
This treatise is divided into two parts ; the first describes the
pathological anatomy of the brain and spinal cord ; the second
is concerned with the mode in which pathological results are
grouped in certain conditions to which symptomatically have
been given special names, as mania, melancholia, &c.
"This division," Dr. Fox remarks, "is simply for the sake of con-
venience. Its imperfections are manifold ; specially because in many
instances it is logically a cross-division. As an example, in the first
part, the fifth section, on tumours, stands by itself without any connec-
tion with the second section, on abnormalities of the vascular system.
Yet tumours of the brain and spinal cord are pathologically divided
into those connected with the membranes, those having their origin in
the walls of the vessels, and those springing from the neuroglia, the
connective tissue of the brain and spinal cord."
Dr. Fox submits a classification of the lesions of the various
anatomical constituents, which, although it involves a certain
degree of tautology, is certainly, speaking pathologically, a more
logical division of the subject.
As it would be impossible fully to do justice to the whole
contents of this volume of lectures, we propose to set before our
readers a few points whence we think they may judge of the
entire work.
We take, as occurring early in the volume, the section on
cerebro-spinal meningitis. This affection, sometimes sporadic,
sometimes epidemic, presents different characters in different
cases. In some instances there has been scarcely any trace-
able changes in the organs, whilst in other cases there has been
extensive exudation both within and beneath the arachnoid.
^ An elaborate German work, embracing also the normal anatomy of the
nervous system, is new in the course of publication, viz., ' AUgemeine Pathologie
der Krankheiten der Nervensystem,' von Dr. Gustav Huguenin, Professor iu
Ziivich.
Ill— LVI. 8
34 Reviews. [July?
Dr. Fox states that in the cords he has examined he only once
found evidence of disintegration, and adds that specimens of
local softening have been shown by Drs. McDowel and Hayden,
of Dublin.
" Softening of the substance of the eneephalon, though also un-
common, appears to be more frequent than the corresponding condition
of the cord. Allusion is here made only to cases of white softening,
but Klebs, on two or three occasions, in rapid cases of cerebro-spinal
meningitis, has found foci of softening, varying in shade from straw-
colour to red in the centrum ovale, and in each of these cases he has
found indications of recent endocarditis.'*
In connection with the description here given, the following
sporadic case by Dr. S. T. Dowse^ may be quoted. The patient
was a female aged 26 years, having a syphilitic history.
Through the whole course of the disease, about six weeks, the
sensorium was unaffected. Acute muscular pains, formication,
and paralysis occurred. The special senses were not impaired.
The temperature was as high as 105°, whereas in the epidemic
form it rarely exceeds 100°. There was an absence of reflex
irritations and convulsive spasms, due in all probability to rapid
change in the grey matter.
*' The substance of the hemispheres, as well as the central ganglia of
the lateral ventricles, was healthy ; the latter contained a normal quan-
tity of fluid. Upon exposing the base of the brain to view, it gave at
once the characteristic smell and appearance of gangrene. Over the
surface of the anterior lobes, as well as over the middle and posterior,
the arachnoid membrane was thickened and of a semi-opaque appear-
ance, but in the immediately central line over the parts forming the
floor of the third ventricles, and on either side in connexion with the
middle lobes, pons Varolii, crura, and medulla oblongata, it was
thickened, opaque, and fibrillated. Over the surface of the lobes of
the cerebellum, on each side of the medulla, the membranes, both pia-
mater and arachnoid, were striking, and of a dirty green colour. Upon
their removal, the brain-substance underneath was found to be softened
to the depth of a quarter of an inch, and presented the same charac-
teristic features, and so did also the parts forming the floor of the fourth
ventricle. The same condition pertained to the parts forming the floor
of the third ventricle, as well as the corpora quadrigemina and geni-
culate bodies. The right and left crus were considerably disorganised,
and of a greyish-grepn colour to the depth of about half an inch. The
arteries forming the circle of Willis, as well as the anterior inferior
cerebellar arteries, were firmly bound down by inflammation. The
substance of the pons and medulla were apparently healthy. The cord
with its membranes when removed weighed fifteen drachms. Upon
slitting up and reflecting the dura mater, the anterior surface of the
cord was found coated iti the cervical and dorsal regions with a layer
1 ' Lancet,' Jan. 31, and Feb. 7th, 1871.
1875.] Fox on Pathology of Nervous Centres, 35
of thick, purulent, lymphoid, corpuscular material ; it presented, like
the hrain, a stinking odour, and in parts a greenish colour. The arach-
noid and pia-mater could not be separated ; they were adherent to the
substance of the cord itself. All hyper-vascularity, if it had existed,
was only to be found at the extreme ends of the cervical portion on
the one hand, and the lumbar on the other. Between these extremities
the substance of the cord differed in different parts. In the dorsal
region it was considerably softened, and about the origin of the sixth,
seventh, and eighth pairs of nerves it was of the consistence of thick
cream, and presented a mottling of a greenish-blue colour, and a putrid
smell. In the cervical and lumbar regions, where the cord Jiad under-
gone the least change, the posterior columns were found to be com-
paratively healthy."
Dr. Fox proceeds to treat of hydrocephalus, and of myelitis.
Under the latter he discusses the inflammatory origin of certain
forms of degeneration.
Under the head of degenerations he includes atrophy, softening,
and sclerosis.
"The distinctions between these varieties," the author admits, "are
arbitrary, and can only be defended on the ground of convenience.
Thus atrophy may depend upon or be intermingled with softening, or
again, with sclerosis. It may be due to inflammation, as also may at
least one variety of softening, and it is an open question whether all
forms of sclerosis do not own a similar inflammatory origin."
This question is affirmatively answered by some Continental
pathologists, who place all forms of sclerosis under the cate-
gory of myelites chroniques, parenchymatous,. and interstitial.^
Atrophy also is usually found to be associated with the evidences
of inflammation ; " thickening of the meninges, and patches of
meningeal ossification, with fluid in the ventricles, or, if the
atrophy is unilateral, with fluid in the ventricle of the affected
hemisphere, with thickened ependyma, and indurations of the
ventricular wall. . . The process in order of sequence being
inflammation, then softening with fatty degeneration, then
partial absorption and so atrophy."
Atrophy of the brain, however, may take place without the
agency of inflammation. The cells and nerve-tubes will be
found shrunken. The vessels will have undergone also a
shrinking from the surrounding brain substance in which the
nutritive processes having fallen short, an atrophied condition
has been the consequence.
Atrophy of the cord. Dr. Fox points out, will be found to
depend either on atheroma of the smallest vessels, or on myelitis,
most usually chronic, or on grey degeneration, or general or partial
sclerosis, disseminated or non-disseminated.
Sur les Myelites," par M, Clement, ' Archives de Medecine,' 1874.
36 Revieivs. [July,
The opposite condition, hypertrophy of the brain, is to be
regarded as merely a hyperplasia of the connective tissue. There
is, observes Dr. Fox, no real hypertrophy of nerve-cells. It
may, however, be doubted whether this proposition can be
maintained — we have seen some of the multipolar cells of the
spinal cord so markedly large, when compared with others near
them, that we could but consider that they had undergone a
hypertrophic change.
Dr. Fox gives a very full and exact account of the various
forms of softening of the brain, describing the diagnostic
differences of red or acute, from those of the chronic or white
softening, and of the intervening stage of yellow softening,
with their relation to the phenomena of embolism. In like
manner the author presents us with a complete summary of the
views at present entertained upon the nature of the wide-spread
lesions spoken of as grey degeneration, sclerosis, &c. These
terms, he observes, are used variously by different writers. To
some they express various conditions, to others they are one and
the same thing ; to others, again, we believe, they convey no intel-
ligible idea. Dr. Fox quotes the classification of E-indfleisch, with
reference to these pathological conditions, viz. 1, simple non-
inflammatory— grey degeneration proper ; 2, indurating inflam-
matory form — sclerosis.
Grey degeneration Dr. Fox states to consist of " amorphous
matter, finely granular, between the nerve-tubes, disappearance
or atrophy of the latter, numerous nuclei of connective tissue,
amyloid bodies, and fatty granulations." What these last may
be, or how they may be distinguished, we are at a loss to know.
It is nevertheless a pathological condition of which we find
frequent mention by Continental writers. The lesion repre-
sented thereby we suspect to be the miliary form, that has
been described by some British pathologists. Several well-
drawn illustrations accompany the author's description of this
lesion. These give a very exact representation of the spots
of colloid and amyloid degneration, as well of the miliary and
diffused forms of sclerosis.
These forms of degeneration, Ave agree with the author, are
very frequently found together in the same case, and indeed
seem in some instances so to run one into the other that it
Avould not be easy to distinguish grey degeneration, colloid,
and the so-called miliary sclerosis, from each other. The
description of grey degeneration will apply, almost verhatim,
to that of miliary sclerosis — viz. excess, and proliferation of
connective tissue ; compression thereby, and consequent de-
generation of the nervous filaments, accompanied with a
granular degeneration of the neuroglia.
1875.] Fox on Pathology of Nervous Centres. 37
" The only anatomical distinction," Dr. Fox very rightly remarks,
" that can he drawn between sclerosis and grey degeneration is in the
greater or less proliferation of this fibrous network, and in the fact of
the presence of corpora amylacea in grey degeneration. It is wholly a
question of degree, and I am loth to agree to the one being inflammatory
and the other not. It is probable that both are of inflammatory origin."
The observations of Rindfleisch are quoted as confirmatory
of this inflammatory origin of sclerosis, viz. that sclerosis starts
from foci having in the centre of each a distended blood-vessel
cut across. That traces of this condition may sometimes be
met with we do not dispute, but that it is the mode of com-
mencement of the change in the miliary form, our own exami-
nations have not confirmed. On the contrary, the spots of
sclerose degeneration may be traced from their largest patches
down to minute amorphous bodies presenting no contained
structures. That their origin is in nerve-fibrils, or degenerated
corpuscles of the neuroglia, is much more consistent with their
microscopic characters.
The miliary and the grey degeneration are much less
frequently met with in the grey matter than in the white
substance — the latter appears to be its special seat, and only in
instances of extensive degeneration is the grey matter either
of the cord or brain invaded.
Sclerose en plaques is a form of lesion so called by French
pathologists, more correctly designated " insular sclerosis" by
Dr. Moxon. It is met with both in the brain and spinal cord.
Clinically its presence may be inferred by paralysis with a
peculiar tremor of the muscles, as in paralysis agitans. Micro-
scopically, it is similar to the condition above described, —
proliferation of nuclei of the connective, hyperplasia of the
reticulated fibres of the neuroglia, with degeneration of the
nerve-elements. Having thus described the lesions that con-
stitute the various forms of sclerosis. Dr. Fox very aptly adds, —
** It must be remembered that the aggregate of symptoms does
not depend on the special form of invasion of the disease, but
on the foci which are attacked ; and when we come to speak of
other diseases, you will find there is in many cases no broad
line of demarcation between them and cerebro-spinal sclerosis."
As it is in chronic forms of mania that the degenerations here
referred to have been very frequently met with, it may form a
profitable sequence to the previous remarks to follow Dr. Fox
in his observations on insanity, and to endeavour to see how far
his pathological researches bear out the statement sometimes
hazarded that in the majority of cases of insanity no change
can be detected in the structure of the brain. To most of such
statements we should be inclined to oppose the worthlessness
38 Reviews. [July,
of any other than microscopical examinations, admitting at the
same time the possibility that appreciable alterations may have
existed, and have disappeared with life.
'' There are," observes Dr. Fox, *^ at least four conditions
that may induce very serious cerebral symptoms, and yet leave
little or no change to be recognised after death; 1, a condition
of the blood itself, as in ursemia, spansemia, phthisis, &c. ; 2,
a variation in the normal blood supply to the brain ; 3, a reflex
irritation, though this may perhaps be classed under the second
head, as irritation radiating from some distant organ would be
likelv to induce, by reflex action, contraction of the arteries ; 4,
shock."
It is conceivahle that the first of these conditions may be a
very efficient and potent element of causation, independently of
structural change. This view, indeed, has been adopted by
some very distinguished alienists as sufficient to account for the
symptoms in acute mania, without the existence of structural
change.^ It is not so clear, however, that the second, third, and
fourth conditions here laid down do not of themselves involve
structural deviation from the normal state of the vessels of the
brain. In fact, the lesions of texture afterwards recorded in
this volume would seem to confirm this view. Dr. Fox states
that Dr. Thompson, of the Bristol Borough Lunatic Asylum,
has, by sphygmographic tracings in general paralysis, shown
that this affection is marked in its very earliest stages by per-
sistent spasm of the vessels. Extensive vascular changes are
the most prominent of the pathological phenomena that are
observed after death. The same may be said, as the author also
points out, of mania and melancholia. The lesions of the
vessels, nerve-tissue cells and neuroglia found in- chronic mental
maladies are all of such character as may be referable to a past
inflammatory condition. The degenerations may in many in-
stances be traceable to the changes incidental to old age, or to
premature decay. The condition of the vessels and of the brain
tissue has been described with great care by Dr. Batty Tuke,
whose researches Dr. Fox has duly studied and appreciated.
Dr. Fox in the next place describes the changes that occur
in the membranes; and after referring to the recorded obser-
vation upon deviations in the weight of the brain in various
forms of insanity, presents a resume of the various lesions that
have been put upon record as met with in insanity.
From the preceding remarks our readers may be enabled to
form an idea of the completeness with which Dr. Fox sum-
marises our pathological knowledge with reference to the ner-
1 This doctrine was ably expounded by Dr. Henry Monro, in a singularly
elegantly written essay " Ou Insanity, its Nature and Treatment." 1851.
1875.]
Carter on Mycetoma. 39
vous centres. The work that is being carried on will doubtless
rapidly place in arrear the extent of knowledge conveyed in
this excellent treatise, but will not supersede the value of the
volume as a storehouse of facts and as a landmark for future
investigators.
It is incumbent upon us to state that several other subjects are
treated of in these lectures besides those already referred to, e. g,
abnormalities, inflammation, and tumours ; the pathology of
delirium, of insanity, and of the many forms of paralysis, epi-
lepsy, chorea, tetanus, hydrophobia, &c., receives consideration.
We must not omit to draw especial attention also to the
graphic illustrations that Dr. Fox has himself executed,
amounting to nineteen in number, which most faithfully repre-
sent the lesions they are intended to illustrate.
Every student of pathological science will do well to consult
this comprehensive essay on nerve-pathology.
IV. — Carter on Mycetoma.^
A STUDY or desire to learn facts and the cultivation of habits
of investigation in order not to overlook or despise little things
in the natural processes of health and disease, are some of the
characteristics of the age we live in ; notwithstanding that there
are fewer material rewards for the investigator in these than in
other departments of life.
As might have been expected, well-directed scientific inquiry
is constantly showing the fallacy of many views which were
considered proven years gone by, and so in like manner our
labours will, no doubt, in their turn be subjected to a similar
process of refining or refuting by our successors.
Perhaps there is no subject of greater importance, and
certainly none which occupies a higher place in thinking
men's minds, or is fraught with more interests to humanity
at the present time, than the relations which animal and vege-
table organisms bear to the production and propagation of disease.
It is a subject regarding which there has been necessarily
much controversy, which still continues, and leading observers
advocate in many cases opposite views, so that we are unable
with anything like absolute certainty to distinguish between
cause and effect. Regarding the larger animal parasites the
difiiculty may not be so great as stated ; but when microscopic
organisms of a doubtful nature — animal or vegetable — are
^ On Mycetoma ; or, the Fungus Foot of India. By H. Vandyke CJlETBE,
M.D., Indian Army. London, 1874.
40 Reviews. [July,
concerned, it is no easy matter to determine their exact value in
disease, since it is well known that they sometimes are found
to exist in the perfectly healthy body.
Consequently some microscopists and other observers have
gone so far as to advance theories and make statements to the
effect that the various diseases termed zymotic, including
epidemic and many other diseases, are actually caused and
propagated by fungi or bacteria, which multiply and produce
effects rapidly ending even in a speedy death. For a period
extending over more than fifty years, efforts have often been
made to trace cholera in its various degrees of virulence to a
fungoid origin, and of late Professor Hallier of Jena believed
that he actually detected the fungus in cholera evacuations ;
but more recent investigators have shown that he was mistaken,
for the fungus he has described and figured is not peculiar to
cholera, but is to be met with in healthy evacuations in man
and animals, as we ourselves have seen.
During the^ last thirty years Indian surgeons became ac-
quainted with, and reported in the current medical journals,
cases of a peculiar affection of the foot, which, though before
that time known to native medical practitioners as keerenagrah
(worm disease), tuberculous disease of the foot, &c., did not
attract sufficient attention previous to the general introduction
in India of European surgeons. We are indebted to Dr. Vandyke
Carter, who was the first to discover a fungus in that disease, and
to give a detailed description of the peculiar appearances and
the microscopic anatomy of the disease, now generally known
by the name of Mycetoma or fungus-foot of India. Dr. Carter's
various communications on this subject in the Transactions of
the Medical and Physical Society of Bombay, &c., with some
additions, have been embodied in an elaborate monograph,
which contains eleven well-executed chromo-lithographs, illus-
trating the external appearances of the disease affecting the
hands and feet, and the general and microscopic anatomy of
the diseased tissues. This work is a valuable contribution to
the literature of the fungoid orign of disease, and the plates
alone reflect great credit on the author as an artist, since some
of them represent most accurately specimens which we have
seen and are familiar with.
It will undoubtedly be the means of introducing the fungus
disease to the notice of the profession, both at home and abroad,
and will stimulate to further investigation, which is still much
to be desired, in order to determine and corroborate many points
stated by the author.
The name Mycetoma (from Mvktjc a fungus) has been given
to the disease, as the author believes that it is produced by the
1875.]
Carter on Mycetoma. 41
entrance in some unknown way into the skin and tissues, and
subsequent development and multiplication there, of the spores
of a red mould of the genus Mucorini, and named by Dr.
Berkeley, in honour of the discoverer, Chionyphe Carteri.
The natural habitat of this red mould of the genus Chionyphe,
whether in the soil or in the water, or growing on plants, has
yet to be determined, but it appears to us to resemble some
forms of aquatic fungi which we have seen.
There are two varieties of the affection — melanoid and ochroid
— to be distinguished, however, only when sinuses are formed
in the foot or hand, discharging matters which are characteristic
of each variety, and from which the red mould has been
produced spontaneously and by cultivation.
It commences after a period of incubation not yet determined,
in various ways, sometimes by a little, livid, localised induration
of the skin without any pain or tenderness ; at others by a
vesicle, an abscess, or a boil in the sole, and the foot begins to
swell, usually in a globular form from thickening of the tissues,
and may attain a size measuring even twenty inches round the
dorsum. Sinuses, often leading down to the bones, form in the
sole and at various places, discharging profusely, and this
condition may continue for years, until the patient's strength
is exhausted, or until he is cured by amputation of the diseased
mass. With reference to the reputed fungoid origin of the
disease, it is very important to observe the time when the
fungoid particles are first detected, or at what stage they appear,
and accordingly at p. 14 it is stated, " Immediately consequent
on the vesicles and abscesses, and sooner or later following the
hard lump (which becomes softened at one part, and furnishes
a soft bleb soon bursting), there appear sinuous openings, from
which exudes a thin sanious or sero-purulent discharge, con-
taining the characteristic fungus particles;" and again at p. 47,
" Let me add that in order of time the fungi are to be seen at
the moment when a sinuous opening is formed, and the latter
seems to be produced for the purpose of giving exit to the
particles." " The fact we have ourselves established, and the
inference is a necessary one." If such be the case, and there is
no reason to doubt the statement of such an accurate observer,
then it is evident that the fungus must have existed, multiplied,
and fructified in the tissues, previously to the formation of
abscess or sinus, and it is more reasonable to believe that the
spores or sporidia of such fungus at some previous period made
their way into the tissues from without, rather than that they
should be developed de novo from the tissues in the interior of
the foot — a view which is not without its supporters.
When the disease is far advanced the whole foot becomes
42 Reviews. [July,
disorganized and burrowed by membrane-lined canals, which
usually intercommunicate, and contain in the melanoid variety
black gritty particles varying from -^V to -rV of an inch in
diameter, made up of fungi or their debris ; while in ^the pale
or ochroid variety the fungus-growths assume a pink, orange,
or buff colour.
The appearances on section are thus described : — " A section
of a much diseased foot presents at first sight an appearance of
general confusion of parts ; but this apparent disorder will be
found upon attentive examination to resolve itself into some
degree of method." " The pale or non-vascular appearance of
the section is another marked feature ; there is less vascularity
than even in health." " The cavities in which are lodged the
fungus particles are neither abscesses nor cysts ; the membrane
lining them and the canals is sometimes thin, but as often
thick, velvety, pale, non-vascular, and friable ; it is thrown
into folds running longitudinally in the canals, but in the
larger cavities (which are but lateral or terminal dilatations of
these passages, and on section give rise to the semblance of
cysts) the membrane is frequently arranged so as to impart to
their inner surface a sacculated or even follicular aspect, owing
to the formation by its foldings of numerous closely apposed
secondary loculi, in each of which is lodged a separate accumu-
lation of fungus particles; probably an even more intricate
arrangement may obtain in the largest growths, but by patience
the true disposition can always be made out."
Many persons in India and in England acquainted with the
disease ascribe it to a constitutional origin, and consequently the
author takes considerable trouble to prove by comparison with
caries, elephantiasis, non-malignant tumours, &c., that it is a
local affection, and in doing so we think that he advances strong
arguments and has to a great extent succeeded to substantiate
his opinion.
Judging from the general description given, it resembles
caries perhaps more than any other disease ; but the author
states that it has neither the typical, local, nor common general
characters of caries, and also that it possesses a special feature
in its attendant discharge of small organic particles, which
caries in Europe has never been known to present for notice.
The bones are usually affected either primarily or secondarily,
and in a few cases myeloid cells were observed, but considered
to be merely accidental products. The changes in the bones
are described as peculiar and different from those of caries, &c.,
inasmuch as they contain small spherical cavities, surrounded
by healthy bone, averaging from i to f of an inch in diameter, and
communicate with one another and with the sinuses. The cavi-
1875.] Carter on Mycetoma. 43
ties contain fungoid masses of a globular form, which, by pressure
on the surrounding healthy bone, produce the excavations. The
joints, it is stated, are never primarily affected, but may become
diseased from pressure of the foreign bodies.
The malady prevails chiefly among the agricultural population,
in men more than women in a proportion of about 10 to 1, and
is common from puberty to old age. It is strange that it has
never been noticed in a European or Indo-European, though it
affects the rich natives equally with the poor. Patients usually
date the onset or commencement from a scratch, puncture,
abrasion, hurt or prick of a spine of some prickly bush.
It is now many years since Carter's views were made public,
and we are not aware of any inoculation experiments with the
mould (^Chionyphe Carteri) having been made on man or animals.
There could not be any grave objections to inoculate con-
demned criminals or animals with the spores of the mature plant,
or with the fish-roe-like particles, or the pink particles or the
black particles of the melanoid variety. In future investigations
it would be well to observe if the disease spreads from one
member of a family to another, or in hospital from one person
to another, in other words, if it be contagious.
Nothing certain is known as to the manner of introduction of
the spores, but Carter assumes it to be through the medium of
hair follicles, or of the orifices of sebaceous glands and sweat-
ducts, or else by abrasions of the surface. This notion is, how-
ever, purely hypothetical, for the spores have never yet been found
in the above situations. The early symptoms of the disease most
commonly commence in the sole, in which there are the orifices
of the sweat- ducts, and of course the entrance of the spores
in that region is quite possible ; but we think that the discharge
from the ducts would tend rather to prevent them from entering.
The author shows that cases of mycetoma, if left to nature,
proceed from bad to worse until the patient dies from exhaustion
or the supervention of some induced disease; therefore the
prognosis is invariably bad.
A few pages are devoted to treatment and preventive measures,
and as regards the latter he recommends the wearing of shoes,
&c., " and the daily application of wood-ashes or tarry liquids to
the feet during the rains," probably with the object of preventing
the entrance of the fungoid spores ; and we can fancy the diffi-
culty and novelty of daily tarring the soles of many millions of
Her Majesty's subjects, since the affection is *' very widely
spread in India."
In proof of the local nature of the disease he points also to
the effects of treatment and the relatively small rate of mortality
after operation (only a little more than four per cent.), and shows
44} Reviews. [Jii^v,
that cases treated by amputation beyond the affected parts
seldom or never recur — results which in a constitutional disease
would be different. The same success can be attained in incipient
forms by the use of other measures, such as excisions of the
affected skin and soft parts, nitric acid^ potassa fusa, the actual
cautery, &c., and cases illustrating the beneficial effects of the
various methods of treatment adopted by different surgeons are
recorded. In ordinary fungus diseases of the skin, tonics and
general treatment are beneficial, but in mycetoma they are
unattended with decided benefit — another proof, the author
thinks, of its local and parasitic nature. There appears to have
been no trials made of the effects of injecting into the sinuses
the various reputed chemical solutions which are extensively
employed locally in diseases of supposed parasitic origin, but the
subject is referred to as worthy the attention of future in-
vestigators.
A minute description of the hard black particles of the mela-
noid variety is given at length. These were formerly considered
to be collections of fungoid structures, but are now held to be
*' sclerotia," composed, as in the common mildew and other
moulds, of mycelium filaments. He shows by a series of figures
in Plate IX that the masses are made up of fungi, but admits
at page 72 that there may be varieties of the sclerotioid particles
in which the fungus structure is lost or destroyed, so that an
ordinary observer examining such specimens might reasonably
infer that a fungus structure never existed in them. Would
such an explanation serve to show why other observers have not
been successful in detecting a fungus in cases of Mycetoma ?
The effects of reagents on these bodies are slight; acetic acid,
the alkalies, and ether have but little influence on them, while
iodine, it is stated, produces a brown tint, distinctive of cellu-
lose, and hence it is inferred that the particles are of a true
vegetable nature.
In the ochroid or pale variety of the disease the fish-roe-like
masses are termed malacotia, and " the fungoid elements assume
the character of pink, light brown, yellowish, or pale buff
particles of minute size and soft consistence; their number is
immense, and their prevalence is universal in the affected foot."
In a specimen of a foot with madura disease, the only one of
its kind ever seen, the new material was of a general pinkish hue,
and under a high magnifying power appeared to be formed of
round, ovoid, quadrate, dumb-bell shaped, double or even quad-
ruple-shaped bodies, the figures of such being quite different from
any structures we have been accustomed to examine, and what
their pathological significance may be is a matter of conjecture.
The soft particles generally met with are composed of a cen-
1875.] Carter on Mycetoma. 45
tral body from -^V to ^i^,- of an inch in diameter, and surrounded
by colourless crystalline spiculae not freely acted on by reagents.
The author says, page 76 : " This indifference of these pale, soft
particles to chemical influence is to me strong evidence of their
vegetable rather than animal nature, and the occasional
absence of amyloid material, &c., is no objection whatever to
the conclusion which is here drawn."
This view of the composition of these bodies has been disputed
by other microscopists, who could detect no trace of fungus after
the application of various reagents; but it is stated, nevertheless,
that from one of such particles after cultivation in rice, the
growth of Chionyphe was observed by the author.
In some sections of the diseased parts in both varieties, pink
coloured streaks were observed in various situations and adjacent
to the canals, and were supposed to indicate the commencement
of the fungoid growth by ante-inoculation from pre-existing
spores in the sinuses. The pink deposit referred to is composed
of minute bright-tinted and clear globules from ^~'o"o to tuVo
of an inch in diameter, and their connection with bacteria is con-
jectured. " In short," Dr. Carter writes, '' the first known trace of
the entophytic growth occurs under a form seemingly referable to
a bacteroid origin," and this is, no doubt, an inference from the
fact that " according to the opinions of competent observers from
the spore of a fungus may directly proceed bacteroid bodies, and
that as a normal process.^' (Hallier, Huxley, &c.)
This appears to us a very poor guess, but the author goes fur-
ther, and traces a resemblance in structure between the pale
particles of mycetoma, the micrococcus-colonics of Hallier, the
bacteria colonies of Klebs, and a peach-coloured bacterium
described by Mr. E. R. Lankester as occurring in putrescent
water. In a note, page 83, he writes : " It is, I may add, satis-
factory to myself to have at last found the type of structure to
which may, to all appearance, correctly be referred these hitherto
anomalous bodies found in the human disease," and again at
page 84, " Once for all, I would state that the presence of a
Bacterium, whether moving or motionless in connection with the
early (or perhaps any) stage of Mycetoma has not been demon-
strated." No assistance will be rendered in future investigations
into the pathology of the disease by reckless speculation or by
stating that " the soil of both field and lane in India so invari-
ably swarms with decaying vegetable matter, and this at certain
seasons in a moist condition, that one can only wonder that the
barefooted native does not far oftener become affected with the
fungus disease."
The Rev. Dr. Berkeley hazards the conjecture (page 93) that
the disease might be produced by the spores of Saprolegnia in
46 Reviews, [July,
stagnant pools. Saprolegnia is an aquatic fungus found growing
parasitically on the bodies of dead flies, lying in water, also on
fish, frogs, &c., and occasionally on decaying plants,
A specimen of diseased foot (Carter's pale or ochroid variety)
was exhibited by Dr. Tilbury Fox before a meeting of the Patho-
logical Society of London in 1869, and the Report of the Com-
mittee appointed to examine it was to the effect that ** there
was no trace of structure that could be set down as that of
fungus. '^ In 1871 a specimen of the melanoid variety was
exhibited before the same society, and reported on by Dr. Bris-
towe, who found fungoid structures abundant; but he could not
" decide whether the fungus is the cause of the bone disease or
only a consequence of it."
Dr. Fayrer, of the Indian army, has recently published a work
entitled ^'^ Clinical and Pathological Observations in India," and
at page 637 reference is made to a case of Madura foot. It was
carefully examined microscopically by himself, Professor Ewart,
and Dr. Timothy Lewis without finding anything to support the
theory that the disease is due to the presence of a fungus.
Fayrer, who has had a great deal of experience in Indian diseases,
inclines to the belief " that the fungoid growths, when they do
occur, may be aconsequence and not a cause of the disease, whose
affinities are more probably to be referred to Elephantiasis or some
allied constitutional disorder than to the presence of a vegetable
growth possessing the strange and seemingly improbable power
of finding its way into the depths of the tissues forming the
foot."
Dr. T. Lewis, of the Army Medical Department, well known
for his investigations in India, endeavoured to cultivate the
fungus by adding thirteen specimens of the material forming the
diseased patches in the case above quoted, to thirteen various
cultivating media or their combinations placed in moist cham-
bers. The specimens were watched from the 14th of August to
the 7th of November, 1871, and so far as the appearance of any
peculiar fungus was concerned, the results were negative. On
the other hand. Dr. Carter accounts for the failure of these cul-
tivation experiments by the lateness of the season at which they
were undertaken, and on this point writes that " the new
growth appeared only at a certain time of the year, which for
Bombay may be regarded (other facts being corroborative) as
the close of the hot season and setting in of the rains, or from
April to July or August."
In the February number of the * Indian Medical Gazette,'
there is an article on '^ The Etiology of the Madura Foot," and
though the name of the writer is not given, it has evidently
been written by one possessing a knowledge of fungi in general
1875.] HoRTON on Diseases of the Tropics. 47
and of this subject in particular. Any accurate observations by
a person as it were present on the spot where the disease is
endemic should have due consideration, and this observer, no
doubt from a study of the disease, differs from the conclusions
arrived at by Dr. Carter, or, in other words, does not admit as
proven that the affection is produced by a fungus.
Dr. Carter hints at some relation between fungus foot and
guinea-worm disease, and it is difficult to comprehend what that
relation is ; but it certainly seems strange that the spores of a
fungus should enter the integument, penetrate the solid
tissues, and form canals on something like a definite plan and
sometimes in situations which give the least resistance.
This subject is well worth investigation both with regard to
the other points we have noted and to many others. As we have
seen, there is above all no unanimity regarding the etiology of
the disease.
The book contains a good deal of repetition, possibly from a
desire of the author to impress his views deeply on the minds
of his readers ; nevertheless we recommend it as a most valuable
and careful record of investigations into the nature of a disease
still surrounded with a great deal of mystery.
V. — Horton on Diseases of the Tropics.^
It is now fifteen years since the last work of any size or
pretensions which treated generally of the diseases of the
tropics appeared in England. Some small works on the
diseases of India by Peete, Moore, and others, have come out
since, but do not seem to be extensively known, and the second
edition of Morehead^s clinical researches continues to be our best
and most modern work. Not that there has been any want of
labourers in the field of Indian medicines. Detached papers
in Indian journals, and admirable official reports, such as those
of Bryden, Cunningham, Cornish, Lewis, and Cunningham, are
abundant. Indeed, it may be a question whether these public
documents do not to a certain degree interfere with the labours
of individuals. We have had of late years a few articles and
books of some consideration on Indian medicine, as Gordon,
Macpherson, Macnamara on cholera, Chevers on public health,
and Oldham's ingenious discussion on malaria. But we have not
been supplied with any general view of the present state of
1 The Disease of Tropical Climates and their Treatment, with Hints for the
Preservation of Health in the Tropics. By J. A. B. HoETON, M.D. Edin.,
F.R.G.S., Surgeon-Major. London, 1874. Small 8vo, pp. 657.
48 Reviews. [July,
Indian medicine, and especially with no work that brings into
one focus all our most recent knowledge respecting the fevers of
India, and endeavours to determine their relations to each other.
In former days there was no lack of such works, many
of them bearing the impress of the individual character
of their authors. Lind and Clarke were followed by James
Johnson, Twining, Annesley, Gedder, Martin, Macgregor, Mac-
kinnon, and the series seems to have wound up with Morehead.
In like manner for the West Indies, besides the various works
on the diseases of sailors, we had Hunter, Bell, RoUo, Manby,
Chesterton, and others. But of late years, with the exception of
the reports on yellow fever, and Milroy's late report on leprosy,
we have little but what is to be found in the official reports of
the army and navy. The French have contributed good
material in their accounts of the semi-tropical climate of Algiers
and of parts of Africa; and Boudin and Armand have illustrated
the geography of tropical disease. Some American writings on
the climates of their southern States are also of value. Still we
are not aware that any country has furnished a good manual
of tropical disease. Every one complains of the non-existence
of such a work, and a laudable desire to supply the want has
induced Dr. Horton to come forward. It was a bold task for
him to undertake, living in a situation of comparative isolation
on the western coast of Africa, and away from libraries, but
he has performed it with very creditable success. It was scarcely
to be expected that he should be able to produce a completely
satisfactory work, embracing an outline of the whole subject. He
seems to have consulted all the authorities he could, and he
mainly rests on the labours of others ; he especially follows
Martin, whose work having grown out of Johnson's older one,
was never quite up to the knowledge or practice of the day,
and we see no evidence of his being really acquainted with the
writings of Morehead, although he makes reference to them when
speaking of the use of ipecacuanha. We think Dr. Horton would
have been better occupied in giving an account of his personal
experience of the diseases prevalent on the coast of Africa. All
works giving a faithful picture of actual observation are valuable,
but the present book is singularly deficient in the local information
which he must be well able to supply. It is not necessary to
enter into a lengthened review of a work which handles so
many subjects, but we shall glance at a few points which have
struck us. We could easily take exception to the style, which
is often ungrammatical and obscure. We do not quite under-
stand his selection of subjects ; why, for instance, dyspepsia, con-
stipation, and rheumatism should be specially selected for dis-
cussion in a work on tropical diseases.
1875.]
HoRTON on Diseases of the Tropics. 49
One of the best chapters is on splenic enlargement, and its
occurrence as a result of endemic influences, or of simple chronic
malaria poisoning independently of any accession of fever. This,
we believe, is of more frequent occurrence than is usually sup-
posed, and is developed chiefly, as our author remarks, in per-
sons of mixed blood, and in those who are born in the tropics.
He states that occasionally infants are born with enlarged spleens
like their parents. We hope that he has entirely satisfied him-
self as to the accuracy of this. It is difficult to know what Dr.
Horton thinks on the subject of dracunculus in infants ; he says,
" one is sometimes told," that it attacks children a few months
or weeks after birth. He does not say that no such case is
Avithin his own personal knowledge : but that the worm could
not be transmitted through the mother, as the embryo worms
are too large to make that possible. Then, again, in the case of
Guinea-worm in the scrotum, he ascribes this to direct local
contact with an infected person, which is surely an impro-
bable cause. The chapter on ardent continued fevers is one of
the least satisfactory. Febris perniciosa, malignant or typhoid
fever of the tropics, are given as synonymous terms. Now, if by
febris perniciosa is meant the jievre pernicieuse of the French,
that is an aggravated remittent or intermittent, which is some-
thing entirely different ; and as to typhoid fever of the tropics,
although he does mention ulceration of Peyer's patches, surely
he does not describe enteric fever. However, this is the only
notice he gives of that disease, and perhaps after all he does
allude to it, as he says that its true cause is putrefying animal
matter, and the contamination of drinking water by it. His
treatment, which consists of 1 grain calomel, % grains of quinine,
and -^ grain of opium every hour, is remarkable, but does not
throw much light on the question of what sort of fever he had
in view.
Dr. Horton often lays down the causation of disease in a
somewhat positive manner, which, however, is a not very
uncommon practice at the present day. He tells us that " when
the system is much surcharged with miasmatic effluvia, it
(what?) makes its escape through the intestine by causing
irritation in its coats ; this form of disease is called malarial
diarrhoea." He informs us that when there is much ozone in
the air, there is less malarious fever ; and also that when this
is the case, smaller doses of quinine are sufficient to cure it :
interesting facts, no doubt, if they have been duly ascertained.
A more important statement, and one opposed to the ordinary
belief, is that it is a mistake to suppose that Africans, and
especially that West Indian blacks, enjoy any immunity from
malarious fevers. Dr. Horton says that in dysentery *' evacua-
111— LVI. 4
50 Reviews, [July,
tion is mostly in lumps or hardened balls resembling forced-
meat-balls, but harder, but they are by no means frequent."
Does he mean that these hardened balls or the evacuations are
rare?
The accounts of endemic diseases are on the whole poor, that
of dracunculus the best. The remarks on treatment are
generally judicious. Dr. Horton does not care for very large
doses of quinine, and thinks that eight-grain doses will answer
almost any purpose. He believes in the usefulness of quinine
taken in small doses as a prophylactic against fever — a matter
which is very questionable. He speaks nearly as sanguinely
as others of late have done, of the specific effect of ipecacuanha
in dysentery, although he has occasionally observed alarming
effects, he thinks, from too long continued doses.
It is wonderful what vicissitudes of unlimited employment
and of nearly as universal disuse in dysentery, that root has
gone through. Dr. Cockburn wrote in 1736, "We were
religious adorers of a specific, the ipecacuanha, as well as the
French for half a century, but the French have been cured
of their credulity for some years." Its first employment was
nearly as early, at least as early known to us, as bel, the
remedy for chronic diarrhoea. We are able to confirm, from
personal experience, what is said of the valuable effects of
sugar of lead in some cases of dysentery, especially in natives
of the tropics. We think Dr. Horton need not dread the produc-
tion of symptoms of lead poisoning. He does not seem to have
heard of the use of large enemata in that disease — a practice
for a time in vogue in India, on official recommendation, but
one, we believe, now nearly forgotten. He maintains a
judicious reserve as to almost miraculous effects in spleen and
in goitre, ascribed by very competent authorities of late years
to the local application of ointment of iodide of mercury.
Of his remarks on tropical hygiene we shall only say, that
the maxims culled from various sources are sensible enough,
but many are redundant, and clothed in such queer language,
that they almost seem intended to cast ridicule on the subject.
For instance, " A strict moral principle is beneficial in the
tropics : " " The Christian religion has a more beneficial influ-
ence on the minds of men in the tropics than either Moham-
medanism or any other religious tenets."
It would be easy to point out many such strange and barely
intelligible statements. Nevertheless, with all its defects, the
book is one that is not without its use to medical men visiting
the tropics for the first time.
Instead of following Mr. Horton further, as we have said
that a book on tropical diseases is a desideratum, it may be better
1875.] HoRTON on Diseases of the Tropics. 61
to sketch our notion of the sort of treatise that is wanted, and
of the subjects which it should comprise. Of all the works
that we have seen, Morehead^s is the most satisfactory, and a
new edition of it, with certain modifications and additions,
would be most valuable, but a little known book was published
in India in the year 1848 by the late Dr. K. Mackinnon, which
in its scheme embraced nearly every subject which should find a
place in a work such as we contemplate, although its execution
was not equal to its design. Indeed, such a subject cailnot be
treated adequately in a book no larger than his or than
Dr. Horton's manual. When we talk of a manual being
urgently wanted, it is not so much that there are many
important novelties, either in the pathology or the etiology
of tropical diseases, which have only been made out of late
years. But in all sciences we like to have new '^ present-
ments " of the subject. Even if the matter is chiefly old, still
we like to have it, like our coats, shaped according to the
fashion of the day.
We have already alluded to some of the chief sources from
which aid in the construction of such a work should be derived.
It is to be hoped that ample references will be given to those
sources — a want of such references makes us often entirely
forget that the ground we are going over has already been
trodden by other observers.
A writer who shall put together a satisfactory work, must be
able to combine in his own person both a knowledge of the
opinions of others, and a practical familiarity with disease.
Many sanitary reports, both in Europe and in the tropics,
are drawn up (and in a very positive and confident tone also)
by men of little actual experience of disease. Many popular
manuals have been produced by writers who knew little or
nothing of the bedside. Useful though such works may be,
the practitioner on referring to them cannot fail to observe
a certain want of practical knowledge, which detracts greatly
from their value. The latest microscopical researches, and the
most recent modes of treatment are too often advanced in an un-
qualified way as matters entirely beyond question, instead of
being received and considered in a judicial frame of mind.
This leads us to remark, in passing, that the two Indian
microscopists, Drs. Lewis and Cuningham, distinguish them-
selves from many of their brethren in Europe, by the caution
with which they avoid hasty generalisations. A work of the
kind we speak of, might easily be made to include whatever
was special to the case of sailors or of coolie emigrants,
or to the condition of soldiers, and no doubt would be welcomed
by army and navy surgeons, as well as by those of our mercantile
52 Reviews, [July,
marine. It is comparatively an easy thing to plan such a work
— to execute it would be a matter of difficulty and of labour.
Different modes of arranging the material will suggest them-
selves to different minds, but a work of the sort we speak of,
might treat of the following subjects.
The differences between climates temperate and tropical,
extremes of variation of diurnal temperature ; of atmospheric
pressure, amounts of rainfall and of moisture in the air, of what
is termed malaria ; the effects of seasons on the prevalence of
particular diseases ; a slight sketch of the geography of
disease.
Hygiene of the tropics ; hints on food and drink and dress ;
improvement in the value of European, query, of native life (on
which there has been much interesting discussion lately); effects
of change of place, everywhere an important remedy, but espe-
cially so in the tropics. This would include some account of the
effects of diminished and increased atmospheric pressure on the
system, of mountain climates, and of hill-stations.
Endemic diseases might be more fully alluded to than has
usually been the case. They have never hitherto been treated
of with the completeness that might have been expected. If we
now enumerate chiefly diseases of the natives of the East
Indies, it is because we happen to be more familiar with them.
Some affections of the digestive organs, as dry belly-ache, dirt
eating, colic, aggravated dyspepsia as pet sool / of respiratory
and circulatory organs, as epidemic catarrh or nacra, affections of
lungs ; prevalence of aneurism and of nervous diseases, as teta-
nus, especially in women and new-born infants ; liability to pa-
ralysis from early excess, from cold ; local ansethesia, burning of
the feet ; insanity induced by drugs ; sleeping disease of Africa ;
nyctalopia, amaurosis, spleen, land scurvy, beri-beri, leprosy,
elephantiasis Arabum, endemic hydrocele, syphilis.
Cutaneous affections, boils, cracks in soles of feet, calculus,
chylous urine, bloody urine, goitre, and cretinism.
Helminthiasis, dracunculus, generation of maggots, bites and
stings, of mosquitoes, sand flies, chique, serpents, jackals, dogs,
hydrophobia.
Other divisions of the subject may be more briefly alluded to,
as they are obvious to every one. What are called ordinary
tropical diseases are :
Fevers and their varieties, coup de soleil, cholera, diarrhoea,
dysentery, liver diseases and their effects, chronic diarrhoea,
visceral enlargements, neuralgia, local paralysis, and anaemic
conditions. These might be treated of, as they are influenced by
hill-climates, sea-voyages, and residence in Europe. On the in-
fluence of European climate Sir R. Martin's book is of value, and
1875.] Heredity. 53
we might hope to have the experience of the hospital atNetley and
especially of Professor Maclean. Affections with which we are
most familiar in Europe should likewise be treated of as they are
modified by tropical climate, — eruptive fevers, scrofula, phthisis,
heart and lung affections, diseases of the kidneys, rheumatic
gout, haemorrhoids, delirium tremens, and syphilis. Morehead
has worked out portions of this division.
Additional chapters, too, are wanted on the diseases of women,
and the influence of tropical life on their systems ; and on the dis-
eases of children. In these last the mildness of eruptive fevers is
counterbalanced by the severity of the affections of the ali-
mentary canal. To fill in the sketch we have made, would
necessarily be a work which could not be executed well, unless
it were written with due deliberation.
But as we have already remarked, our most pressing want is
an account of fevers as they occur in the tropics, a consistent
history of their varieties. Besides differences of opinion about
yellow fever, there are diverse ideas regarding enteric fever in
India, regarding the nature of the devastating Burdwan fever,
and the gaol fever of the Punjab. A good account of the fevers
of the tropics might be furnished with comparative ease by some
of those who are now labouring in the field of tropical medicine.
While this is passing through the press, we observe that
several French works have appeared on tropical climatology
and disease.
VI.— Heredity.^
Is hereditary taint, tendency, and transmission an established
and trustworthy truth, and, if so, what are the elements handed
down from generation to generation ? The present seems to be
a suitable stage in the progress of science to attempt to discover
an answer to this question, when the subject has assumed such
vast proportions and is ever widening its range, when it pos-
sesses a voluminous and ever-increasing literature of its own,
when we have introduced Gallicisms into our language in order
to give greater precision to the inquiry, and when the inherit-
ance of forms and qualities is employed as a universal solvent for
physiological and pathological difficulties otherwise irremov-
able, and, we suspect, for many such difficulties as are to a
1 1. Heredity, a Psychological Study of its Fhenomena, Laws, Causes and Con-
sequences. From the French of Th, Eibot, author of Contemporary English
Psychology. London, 1875. Pp. 393.
2. Heredity and Hyhridism. A suggestion by Edwaed S. Cox, S.L., author
of What am /? &c., &c. London, 1875. Pp. 66.
3. Herediiarij Genius, an JiJnqinri/ into its Laws and Consequences. By
J^BANCIS GALTOJf, F.R.S., &c. London, 1869. Pp.383,
54 , ileviews. [JuV»
certain class of minds altogether insoluble. The all but uni-
versal assent with which the dogma of heredity is accepted by
the learned and unlearned alike is referable, we conceive, to
the observation of the similarity in form, feature, and character,
in families and races — in fact, to the recognition of what con-
stitutes species — when science was not, to the equally early
perpetuation of castes, occupations, trades ; to the popular
craving for wonder-working influences, and, above all, to the
sanction afforded by the scattered memorabilia collected by me-
diaeval physicians. Since the age, however, when common Fevers,
even a Quartan Ague, were supposed to be transmissible from
mother to child, and since that time, when Haller recorded that
the Bentivoglios had a slight tumour on the body, and when
superstition or fancy, we hope, added that this nsevus warned
them of changes in the weather, and increased in size before the
approach of moisture, the province conceded to heredity has
been so enormously enlarged as to embrace all diseases, disposi-
tions, depravities, peculiarities in form, function, even some
acquired habitudes and oddities, descending from the noblest
attributes of Reason to intolerance of the touch of metals (as
exemplified in an existing noble family), and has been elevated
into the rank of a symptom or the substitute for less palpable
symptoms in disease, and in the instances of insanity and
responsibility to take the place of better appreciated and more
justifiable grounds for depriving the victim of his personal
liberty and social rights. The heterogeneity of the various in-
ternal and external marks of defect or redundancy, traced in
large families and long lineages, might be legitimately urged as
a valid objection to the whole theory, but is here introduced
merely to indicate the lack of simplicity and the data upon
which it is founded, and in order to show that there must be a
multiplicity of factors at work, and totally different laws in
operation in the process of trar.F^mission, should such a process
be found actually to exist. It will now be seen that the terms
of the question initiating these remarks were advisedly selected,
and that the descent or diffusion of syphilis cannot be identified
with a tendency to drink, steal, or to seek and obtain distinction
in oratory or music, and that neither can have any affinity with
the reappearance of muscular strength and rickets, of personal
beauty and elegance and deformity, in a long line of relatives.
How clumsily such morbid genealogies are sometimes con-
structed may be illustrated by that of the Caesars, which is
generally advanced as a clieval de hataille in such encounters.
In this stream, supposed to be so continuous, it falls to be noted
that the mother of the great Caesar was no ordinary woman,
that his daughter, who married Pompey, was famed for feminine
wit and beauty ; that the heritage of these rulers of the world
1875.] Heredity. 55
appears first in talents so great and varied that they would
have distinguished either a statesman or a soldier, but asso-
ciated with epilepsy ; next in Augustus as valetudinarianism ;
then in Tiberius as ichorous disease of the skin and face;
fourth, in Caligula, as pallidity, pervigilium, and delirium ;
fifth, in Claudius, as physical imbecility ; and, lastly, it is con-
summated in Nero, as unequivocal insanity. The enumeration
is not cited as a reductio ad ahsurdum, but as embodying many
of the vices and defects detectable in the attempt to demonstrate
the course and features of Heredity. Here there are, first, a
fountain of intellectual power and bodily perfection, but giving
forth turbid and polluted springs, which have not only lost their
original purity, but are gradually poisoned by additions, which
appear to have little connection with each other, and can scarcely
be regarded as showing a common origin, or even a similarity,
between the different causes from which they may have pro-
ceeded. By an extreme stretch of imagination we may admit
that the epilepsy of Caesar and the madness of Nero were of
kindred root, but no recourse to ingenuity or to the hypothesis
of atavism could invent a link between the valetudinarianism of
Augustus, the skin disease of Tiberius, and the physical weak-
ness of Claudius. In fact, history tells little more than that
this family were of diseased constitution, and remarkable by
their power, position, mental strength, or moral weakness.
The practice of endeavouring to establish a law of heredity by
pointing out the liability of certain families or communities to
certain classes, though not to the same class of diseases, is pre-
valent in the present day, and we have elaborate treatises and
tables to prove that scrofula, phthisis, gout, rheumatism, con-
vulsive affections, and insanity frequently afiect members of
the same family or their collateral connections, with the implied
or appended inference that thiey are congeneric afiiections, and,
though separated so widely by the tissues involved, and the
nature and event of the maladies themselves, they may be
traced to a common factor in hereditary tendency. To this
generalisation the character of the latter member of the series,
insanity, although believed by many to have its seat in an im-
material principle, and by many more to be influenced and
cured exclusively by moral agents, seems to present no insur-
mountable obstacles to the authors of these speculations. To
mental diseases the advocates of the doctrine of the propagation
of psychical contamination have constant recourse, as affording
abundant and inexpugnable evidence upon the subject. This
step is natural and justifiable, as, apart from the publicity given
by gaps in the social circle and the misfortunes they entail when
patients thus afflicted are consigned to hospitals, where the
56 Reviews. [July,
cause and concomitant circumstances of their malady are re-
corded, their antecedents may be approximately ascertained.
But, in examining such cases, and running over the items
founded upon such histories, and finding there three or four
generations and several individuals belonging to each genera-
tion, it is impossible to avoid the conclusion that, in order to
admit even a modified heredity, we must take these items in
the lump as shadowing forth the proneness, the susceptibility
of certain consanguine groups to cerebral disturbance, but not
to the same kind or phase of mental perversion. We saw,
upon one occasion in the same institution, a mother, her son,
and daughter, and the daughter of the latter, who were all
insane ; but, on investigation, it appeared that the mother was
a composed, though garrulous, incendiary, who set fire to her
cottage when it contained all her children ; that the son was a
coarse, drunken, delirious person, of limited capacity ; that the
daughter was a violent, destructive, paroxysmal maniac ; while
her daughter was a weak-minded melancholic ; so that, though
connected by blood and a common lot, there was no other rela-
tion between their several conditions than that of mental dis-
order. Moreau de Tours has estimated that of lunatics nine
tenths are hereditarily affected. Other authorities make the
proportion one tenth ; but M. Ribot calculates that one half or
one third owe the origin of the disease to this cause. But, if
this gross number be analysed, it will become obvious that the
predisposition to lypemania, or to other very distinct species of
depression, may have been sanguinary and impulsive mania ;
that the vain monomaniac or proud general paralytic may
have had a progenitor who committed suicide, and that indi-
viduals labouring under confirmed dementia have had among
their ancestry odd or excitable and intemperate notabilities.
That many instances of dipsomania and drunkenness may occur
in the same family, may eventuate in lunacy or even structural
disease of the nervous system, and may recur in descendants, can-
not be doubted; but, unless the whole postulate, that the required
habits and vices are inherited, and unless the effects of imita-
tion, similarity of disposition, and positive training, be ignored,
it will be difficult to trace out satisfactorily such a heritage ;
but the most striking feature in the supposed influence of
drunkenness over the moral constitution of progeny is con-
tained in the proposition first enunciated by Howe, now received
almost as an axiom, that more than one third of the idiots in
America are the offspring of intemperate habits. In this country,
although examples of such causation may be met with, their fre-
quency is not so great, nor would it be philosophical to dissociate
this cause from the general dissoluteness, tht> disease, and the
1875.J
Heredity. 57
poverty, which may exercise a greater influence over such a
result; but, even if idiocy and imbecility could invariably be
connected with habitual intoxication on the part of a father, it
is difficult to see why the temporary saturation of the brain
with alcohol, on the one side, should lead, by any law of
heredity, to the non-development of intellect upon the other;
it is difficult to see why the brief obscuration of mind in the
propagator should almost always lead to structural deformity
and imperfection in the propagated, and still more difficult to
concede that, if the law of heredity be inflexible, as is repre-
sented, the stalwart frame of the father, as well as his brief
obscuration of intellect, should not have been imparted con-
temporaneously to the child. But in many respects this law is
neither rigid nor regular in its application. Confining our
present view to pathological considerations, it is notorious that
the morbid taint often passes over a generation, that perfectly
healthy and robust individuals may be the only connecting
media between others suffering from gout or consumption ; and,
in order to obviate this apparent contradiction, the theory of
atavism, the recognition of which is attributed to Haller, has
been propounded. While it is inconsistent with even what is
generally admitted as to heredity, to affirm that a pure and un-
vitiated stock should produce a corrupt seed, the obstacles to a
clear comprehension of the relations of these links in the chain
become insuperable when several generations have been free
from disease, when the proclivities of collaterals have to be
taken into account, when, in the search for some peculiar or
poisoned source, we are carried back for scores — perhaps a cen-
tury— of years, during which the stream of life has been flowing
apparently without contamination or marked deviation from its
natural course. But this artificial expedient of reversion is found
to be inadequate to connect the phenomena, and cross or inter-
current between the sexes, collateral, and even avuncular heredity
is resorted to, which M. Piorry, though viewing with suspicion,
and ignoring altogether the effects of old and strong over youno*
and feeble minds, of punishment, praise, and of the instruction,
so often usurped by uncles and aunts, conceives to be probable.
But this difficulty is obviated by another hypothesis, which, with
all deference to those who hold it, may be styled untenable and
undemonstrable. In order to bridge over the gap between the
persons affected with disease, whether that gap include one or
many undiseased persons, it is asserted that the taint is present
in all, but lies latent, dormant, inactive, but is infallibly ulti-
mately called forth. We are much tempted to quote, as appro-
priate, '^De non apparentibus et existentibus, &c.," but shall
content ourselves with suggesting the rashness of arguing upon
latent, that is, non-appreciable, qualities, upon taints which have
58 Reviews, l^^^Jy
no symptoms, upon tendencies which tend to nothing in the indi-
vidual, wliether they affect the species or not, and with the for-
midable commentary that this latent germ does not bud nor bear
fruit until called forth — that is to say, until vivified by surround-
ings which are in themselves perfectly equivalent to the produc-
tion of the effect attributed to heredity. Were the doctrines of
atavism and latency pushed to extremity, in place of pointing
to exceptionally degenerate races, we would fail to discover a
single clan, tribe, family, exempt from the causes of such dete-
rioration, or in which the tenure of life and sanity was not
precarious.
Let it be supposed that the fact of latency were admitted, it
is next incumbent to determine what the thing, the undeveloped
germ which passes through a succession of living beings, but
appears in certain members only of the series, whether it be a
faculty or force, a primordial form or fantasm, a poison or a
panacea ; or whether we must rest content with the vague
generalisation of a beatific or morbific proclivity, slumbering
far down or awaking as the case may be, in the depths of struc-
ture or sensibility. But the perplexity is augmented when it
is considered that many such proclivities must run through the
same channel, sometimes connate, sometimes antagonistic,
sometimes mutually destructive. Authors alive to the import-
ance of these views have attempted various explanations. In
reference to the transmission of mental powers or perversions,
it has been held to depend upon the form of the head, the
quantity or quality, or the proportions of the cerebral sub-
stances, but this dependence of the issue upon the natural or
malformed cerebrum where distinguished talents or irregulari-
ties of conduct appear as characteristic manifestations, or where
imbecility occurs, or where age or circumstances press too
heavily upon some weak or wounded part and the whole fabric
falls ; was obviously begging the whole question. Again, it was
argued that insanity and all the allied deviations of eccentricity,
extravagance, weakness, might be propagated as specific diseases,
depending upon an unhealthy condition of the brain or of some
other organ acting dynamically, which was roused into activity
by the slightest causes, and may burst forth into disease from the
acceleration of the circulation in fever or passion, or from the
influence of internal emotions or external events. But, as such
causes directly produce similar consequences, there does not
appear to be any necessity for speculating as to latency, but,
where these consequences do not follow, such exemption may
generally be referred to one of three sources : 1. Either one of
the parents has been of robust and pure constitution. 2. The
natural physical powers and training of the individual exempt
have been such as to afford protection ; or, 3. It is rank or
1875.] Heredity. 69
position, or profession in society, has removed him from the
influence of the excitement, fluctuations, and reverses of fortune
which are so fertile of clanger. In scrofula, gout, lepra,
syphilis, a distinct virus has heen supposed to be the medium
of communication, where particular features, departures from
ordinary conformation, or actual deformities, appear in families,
a change of type, effected by external or internal in-
fluences, of which we know nothing, has been believed to take
place. But, if deficiency or redundancy of fingers or toeS;, dis-
tortions of the limbs, ears, nose, be produced, be acquired by
any external cause acting upon the structures of one individual,
it will become necessary to show why circumcision, tatooing,
disfigurement of the cranium, as practised in certain nations,
have not become permanent forms transmissible by heredity.
Where no such flagrant deviations from nature either took
place or were to be expected, a taiiit, an infection, an un-
healthy element, was suspected of interpenetrating the system,
which cannot have been other than disease in its first stage ;
which cannot explain the development of new diseases such as
smallpox, syphilis, &c., dependent upon social customs or
corruptions, nor the origin of epidemics or contagious diseases.
Again, a tendency or predisposition has been conjectured to
exist which, if it means anything more than "as the twig is
bent the tree's inclined," must express the fact that certain
individuals from defects in structure or strength, from certain
pursuits, propensities, &c., are more exposed to external cir-
cumstances than others. Again, a laxo is imagined to be im-
pressed " in our members," which cannot be otherwise under-
stood than as that form of organization and those functions
which constitute the species to which we belong. But still
more transcendental solutions have been essayed ; certain of
these have been sought in chemistry, certain in mathematics ;
and Serjeant Cox has sought refuge in anatomy. The learned
Serjeant conceives that reproduction is not the initiation of a new^
but the iteration of an old life j that while there is a homo-
geneous germ of life common to all organised beings conferring
the type of species, the character and form are eliminated from
this by nerve influence. But even were it conceded that the
ovum is not merely a congeries of molecules, but a force, we
must demur, as Wollaston demurred, to the notion that the
Soul, or even *^ a manifestation of soul," is thus transmitted.
Serjeant Cox goes on to say that considering the simplicity of
nature it would be a fallacy to attribute to one parent what
must be due to both, and regards the more recent as the
more rational theory, that the father supplied the germ, and
the mother was the nurse. The twofold is not duplex, as
a sculptor would have made it, but two halves. These two
60 Reviews. [Ju^y^
germs, which are undeveloped nerve-centres, are attracted to
each other by a force unknown to us, and thus acquire the
material necessary for unity. Upon such germ, which is defined
to be a cell, not a protoplasm, are stamped life, shape, qualities,
the type not merely of the species, but of the individual animaVs
progenitors, which are not obliterated when the minute creature
grows by expansion. It is not regarded as an exact fac-simile
of the parents, but as in conformity with their original and
developed nervous systems. Upon this compound development
appears to hinge the learned Serjeant's doctrine of heredity, the
interfusion of the maturer or developed qualities of the respective
factors preserving uniformity, but preventing multiplicity in the
characteristics handed down to the offspring. This duplicity in
union is advanced to elucidate the existence of double organs,
symmetry, the occurrence of twins, of monstrosities, &c., and
it might have been pushed as an explication of the contrariety
of disposition in the same mind ; of the dissimilarity of the two
sides of the body, the one resembling the father, the other the
mother, and of Dr. Wigan's notion as to the independent action
of the two hemispheres of the brain. Dr. Coxe imagines that
this likeness to parents is more detectable in the mental than
the bodily qualities, and that the cropping out of such traits in
the descendants is the proof of the original hybridism.
Had there been perfect stationariness and immutability in
the operation of inneite and heredity, it is quite clear that we
must have remained the exact representatives or simulacra of
the primeval inhabitants of the earth ; that, notwithstanding
the omnipotence of evolution, the transition and the steps
by which the passage was made from the bone to the stone,
from the stone to the copper, &c., ages, would become incom-
prehensible, that the influence of external impressions and in-
fluences would have been nullified, that the efforts of genius
and discovery could have but feebly elevated the destiny of
our race, and that this institution of natural primogeniture
would have bequeathed to us an enslavement of fatalism un-
heard of in ethical or religious systems. Of course such an
outcome does not prove that the premises are destitute of
validity, and it is prudent to trace out the process which, al-
though binding nature " fast in fate," may have " left free the
human will.'' It is confidently asserted that heredity is the
original factor of instinct and psychological development; al-
though, unless there be growth, addition from one point to
another, that is a departure from and in the element trans-
mitted, it is impossible to grasp the origination here indicated.
If the mechanism upon which heredity depends explains the
rise of the lower instincts, it may likewise explain the develop-
ment of higher psychical conditions; but if it fails in the former
1875.]
Heredity. ^^^^^T' 61
it must fail in the latter. The next assumption is that instinct
is an unconscious form of intelligence determined by organi-
sation, in other words, a product of cerebral matter, underlying
what we know or feel, deep down in the profundities of latent
mind, or '^ unconscious cerebration," and only coming within
the sphere of our conceptions when they have acquired a new
and complex psychical nature. Without suspending this
analysis, it should be here pointed out that unconscious cere-
bration, which appears to us to be nothing more than inatten-
tively perceived and imperfectly remembered impression, is here
made to contain or embody an instinct which has not previously
existed, or which has not, at least, emerged into the sphere of
consciousness. Even, according to M. Ribot, unconsciousness
is not the zero of the condition, but the minimum of con-
sciousness. If we go back from composite to simple strata
in mentalisation, we arrive at what may be called rudimentary
states or principles, from which all higher expansions of in-
telligence may be held to be derived ; but there is no evidence
that these two apparent extremes of the mental pole differ from
each other in degree or dignity, that there has been ascent or
descent from the one to the other, that there has been pro-
gression at all. These primitive states or instincts have the
same relations as cell to organization, and what may have been
originally reflex actions grow into habits fixed by heredity.
How reflex actions grow into habits founded on volition is dif-
ficult of elucidation. It is thus affirmed, and truly, that the meli-
pona would have gained by making its cells closer, and it is then
rather summarily concluded that their gain has been accom-
plished in the perfect constructions of the hive-bee, by evolution.
To those who are of opinion that instincts, whether simple or
complex, perfect or imperfect, as well as all higher mental func-
tions, have been from the origin of the species and formed a part
of the specific type as much as brain, teeth, antennae, &c., and
that such instincts, though affected by environments, have
never changed in their intimate characteristics, neither by one
species improving upon the errors of another, or by new creations,
these speculations are futile or unsatisfactory ; but it is asserted
that, plus the original mental constitution, the experience of
countless generations is conserved in each individual. This is
extended to individual nerves which are, hypothetically we
hope, endowed with memory of the impressions transmitted
along their course, and necessarily with perception and con-
sciousness, and upon this basis is founded the proposition that
the constant repetition of acts and movements, or sensation as
represented, as involving the latter, become so inextricably asso-
ciated as to constitute habit, which is identified with heredity ;
nay, it is positively asserted that " the permanent effects of a par-
^i R€i)iew3. [July,
ticular virus, such as that of variola or syphilis, in the constitu-
tion, show that the organic element remembers , for the remainder
of its life, certain modifications it has received '' (Maudsley).
In truth, the supposition that a nerve force can be transmuted
into a state of consciousness is purely gratuitous, for even
Tyndall admits that the chasm between love and the right-
handed spiral motion in the brain is impassable. It is, more-
over, fanciful to speculate upon the conservation and conver-
tibility of moral forces as laws resembling those of heat,
electricity, &c. (p. 52). A gleam of light was conceived to be
thrown upon the ascension of new thoughts and combinations
into consciousness, the birth of genius in fact, by what Bayne
has designated spontaneous activity, having an essential con-
nection with voluntary acts, which, if estabUshed, might be
correctly called a personal factor, as originating what has not
been transmitted. But, although not inclined to dispute either
innateness or spontaneity, this inherent independent activity
is no discovery, but is the same with, or a synonyme for, the
motives, desires, pain, which excite the volition, and which
whether full-grown instincts or not, arise and control mental
and corporal acts, without recognisable causation ; but the
latitude given to modern theories upon these points may be
learned from the argument that, although confessing inability
in following out the transition from the period of no thought
to thought, we are entitled, according to M. Ribot, to say that
the organ of thought, the brain, may be modified not only by
things, but by the relations of thing, space, time and causality,
the relations of bought (pp. 316 & 318). Here, then, there
is thought and its relations, which are the products of the
organ of thought, modifying this organ, and consequently its
function, through its structural and formal constituents.
It is superfluous to indicate that all such considerations in-
validate the fixidity or perpetuation of heredity, and that Darwin,
in affirming all acquired instincts to be insoluble or irremovable,
must be incorrect, and his error is still better exposed by the
history and phenomena of neuter insects, where instincts are
displayed, which were not exercised by the progenitor, and
which are arrested in the possessor. But even a better illus-
tration of the fallacy and untenability of such views may be
found in the progressive stages of lepidopterous insects. In the
e^^ must rest not merely multifarous but almost contradictory
laws of heredity, which pass on to the crawling, gluttonous, self-
entombing caterpillar, which again pass on to the dormant, foodless,
and scarcely mobile pupa, suspended by gossamer from a twig,
differing altogether in structure from the matrix, but where
growth and vivification gradually go on ; and which are ulti-
mately expanded in new forms, new habits and a new destiny in
1875.] Heredity. 63
the butterfly. There is even a more profound truth shrouded in
these transmutations, that of identity, for that a faint shadowing
of egoism must run through all the stages, may be inferred from
the care of the perfect insect for its eggs, from the care of the
caterpillar for the safe and suitable disposal of its successor.
M. Ribot says, " that psychology, even experimental psycho-
logy, must admit a certain element which comes before us as a
fact ; this we call the ego, the person, the character : no other
word will designate it properly, but of it we can only say that it
is that which in us is inmost, and which distinguishes and
differentiates us from what is not ourselves ; this it is by which
our ideas, our sentiments, our sensations, our volitions, are
given to us as ours, and not as the phenomena of some-
thing outside ourselves" (p. 343). This seems to concede
the whole matter in debate. It is quite obvious that
whatever may be thought of M. Cousin's extension of
the fact, the feeling of personality precedes all other
mental conditions, moreover it includes all others, the entirety
of conscious states ; it is unassailable by growth, disease, age,
decay ; it may overrule and extinguish all habits and tendencies
from whatever source derived, and stands prominently forward
in contradistinction both to qualities supposed to be trans-
mitted, and to qualities imparted by education and external
impressions. Unless it be held that the whole soul potentially or
actually is inherited, it is impossible to assign a distinct sphere
to heredity in conjunction with personality. But if personal
identity or egoism cannot be handed down, how can the mental
conditions which constitute self? M. Ribot appears awakened
to this difficulty and inquires. Is there not a nescio quid, the ego
which does not and cannot pass from parent to child ? But
after contending that character, determinism, in fact indivi-
dualism, may in some sense be transmitted, he gives up the
argument as inextricable (p. 344). But there are other points
at which M. Ribot makes similar concessions, such as when
attempting to demonstrate the conversion of external impres-
sion into cognitions in the grey matter ; where he comments
upon the failure ofGalton in establishing psychological here-
dity; where he confesses the irreconcilability of heredity Avith
free-will as an insolvable enigma. Moreover, there frequently
occur apparent contradictions and obscurities which may be re-
ferred either to difficulties in the process of translation or to
the intractableness of the subject itself. Of the former, we may
cite the discrepancies between the whole theory of heredity and
of the declaration that people arise by civilisation to conscious-
ness, and that it was perhaps in the last century that this was
reached ; although the highest act of ihis subjectivity, what
Goethe calls converse with God, must have been coeval with
64 Reviews. [Ju^y
the very advent of reason. And further this defect is shown
in the aid which he seeks from historians in support of
heredity in races and the impossibility of changing national
character, who depict the French of to-day as the same as
the Gauls in the time of Csesar, with the same levity, war-
like propensity and incurable variety, forgetting altogether
the individualism of Napoleon, Descartes, Laplace, <&-c., and
his subsequent admission (p. 324) that, after eliminating
all the elements peculiar to the wars, social and religious
disturbances of mediaeval, even recent ages, the state of
the French intellect was not then the same as to-day, and
that the difference between the two epochs is constitutional,
organic. The degeneracy of whole nations once great and
powerful, such as the Italians and Spaniards, and the extinction
and the present degradation of many smaller communities,
present pertinent and palpable exemptions to the assumed reign
and rule of heredity and evolution, but we prefer to examine
such influence and laws as traced through individuals and
families. Of the latter the following may suffice. It should
be premised that M. Ribot has dipped his pen so constantly in
the ink of Herbert Spencer, whom he repeatedly quotes, and has
become so deeply imbued with both his philosophy and
phraseology, that it is difficult to distinguish between the obser-
vations of the master and his disciple. The two heredities
being thus reduced to one, we again sought for the cause of
heredity, and found only a hypothesis, probable indeed, but
which, lying beyond the limits of experience, cannot be verified.
The definite result of these researches, and the point is so im-
portaat that it must be again and again repeated, is that
heredity is identity as far as possible ; it is one being in many.
" The cause of heredity," says Hackel, " is the partial identity
of the materials which constitute the organism of the parent and
child, and the division of this substance at the time of reproduc-
tion." ''Heredity, in fact, is to be considered only as a kind of
growth like the spontaneous division of a unicellular plant of
the simplest organization." Again, having introduced the
w^ords of Herbert Spencer, " And if it be asked whence these
physical forces which through the intermedium of the vital
forces produce the social forces ? we reply, as we have all along,
from solar radiation." M. Ribot says, " In a world where all
things are so firmly linked together, what place is there for
free-will? What right have you, say the determinists, to
break up the series of effects and causes for the purpose of
bringing in an unintelligible spontaneity ? You say when I wish
to move my arm I move it; but this movement is not as you
suppose a creation — it must have already existed in your
organism under a different form ; and the very act whereby
1875.] Herediiy. 65
you form your resolution is conditioned, is subject to deter-
minism. There is ground for believing that every mental state
is determined by organic conditions, and that consequently it
conies indirectly under the laws of universal determinism. Even
though you dispute this, you are in no better case, for at least
you must concede that this state depends on those which pre-
cede it, and that it is subject to the laws of association, called
into existence by association ; but these laws of association are
only one form of determinism " (p. 337).
When attention is given to the rise and gifts of heroic
and representative men, to the bursting forth of genius,
whether in virtue of or in opposition to surrounding circum-
stances, we cannot fail to be struck with the slender con-
nection which subsists between those powers which perhaps
regenerated or revolutionised the world and a superior mother
or a clever grandfather. But even in the instances adduced
in proof of heredity it is instructive to note that only two
generations are recorded, and that where the members of
the series are more numerous, flaws may be detected either
in the line of descent or by the intervention of remote or
extraneous influences. Where the basis is narrow the dura-
bility and tenacity of transmitted tendencies cannot be tested
in contrast to the effects of struggles for moral life and of
collateral interruptions. On this point Lucas says ascending
movement of exalted faculties is arrested in fourth generation,
and Galton has found that eminent are less numerous by one-
half than illustrious men, and that such limitation may be ex-
plained by distinguished statesmen, judges, and so on marrying
for money, while the daughters of highly intelligent and
cultivated families are disinclined to marry at all. From such
and greater and graver obstacles the stream of heredity has
been so arrested, curbed, and carried from its direct course, that
even in aristocracies and close corporations, which would
naturally be adduced as conservative, there is no nobility said
to be of earlier creation than three centuries. But, while the
same names and titles may not appear in genealogies and heralds'
Red-Books, many families may be traced back by indirect
descent for a thousand years; although their memorials and
traditions might be fairly introduced to disclose how varied the
talents and tendencies of the individuals composing this long
lineage have been, how inefficient noble birth and training and
intermarriage are to prevent diff'erentiation, and how often the
highest attributes dwindle and die out in imbecility and
decrepitude.
Proceeding upon the assumption that heredity augments
intelligence by accumulation, that acquirement, or the facility
of making acquirement, goes on progressively, and thus the mind
111— LVI. 5
^6 Reviews. [July,
is rendered capable of further development, it has been postu-
lated that, given one illustrious man, we may calculate the
number of eminent descendants by whom he may be succeeded.
It would be profitless to enter upon Mr. Galton's per-centages,
or even in detail upon M. Ribot's commentaries, but certain of
the facts may be examined, the real dimensions of the foun-
dations upon which the superstructure of heredity has been built.
Taking high reputation as a pretty accurate test of high ability,
the three hundred families of statesmen, judges, divines, &c.j
cited by Galton, comprised one thousand individuals, of whom
four hundred and fifteen were distinguished by talents of some
kind and degree. Does this say much more than that of three
hundred families, highly placed, highly educated, restrained in
the choice of wives solely by rank and riches, moving in highly
cultivated and polished society, in fact in the circumstances most
favorable for the development of different mental powers, four
hundred and fifty were gifted individuals, but gifted in various
modes. In order that this should swell the proof of heredity, it
would be necessary to show that the line of descent was direct,
whereas cousins, half-nephews, uncles, step-brothers, and other
degrees of affinity are all included in the calculation ; secondly, to
prove that the talent transmitted was the same, whereas judges
are traced to statesmen, statesmen to litterateurs, &c. ; thirdly, it
would be necessary to show not merely the number, but the
nature of the exceptional cases, not merely those of mediocre or
non-eminent talent, but where imbecility or depravity indicated
that the course of heredity had been arrested or modified. But
if the different classes of which the republic of learning and
genius and letters is composed be examined, still greater incon-
sistencies are encountered. Thus out of fifty poets, including
names little known to modern ears, such as Sappho, Lucan, &c.,
twenty had eminent relations. But when we find that the
degree of consanguinity in Ariosto was brother and nephew ;
in Aristophanes three sons, one of which was doubtful ; that
in Byron the distinction consisted in having an eccentric mother,
a dissolute father, an uncle a navigator, and that all his other
ancestors were either bad or mad ; and that in Burns and
Schiller the only imaginative influence mentioned is the sensi-
bility of their mothers, we are struck with surprise rather than
with conviction. Of the remainder it seems that six had one, five
had two, one had three, three had four members in their family
worthy of note, but in this estimate all degrees of relationship
and kinds of noteworthiness are included. Of painters twenty-
one out of forty-two had celebrated kindred. The following
examples are the most important : — Bassano had four ; Veronese
four, but one of these failed; Caraccia five, but style totally
1875.] Heredity, 6?
distinct ; Murillo three, all painters ; Titian nine, but this
enumeration is, so far, only conjectural. Of musicians the
most conspicuous examples are, Amati, with three musical
relatives ; Benda, with nine ; Mendelssohn, with one, but tliese
were the offspring of philosophers and authors ; Mozart four, but
one a failure ; Sebastian Bach, possessing musical representatives
for 200 years, of whom twenty-nine obtained distinction; audit
is recorded that, upon one occasion, more than one hundred per-
sons bearing his name assembled together. Allowing ample
force to these anecdotes, it is probable that they embody little
more than an instance of an hereditary trade.
Among men of science there occur actual exceptions to the
law of heredity in Blumenbach, Berkeley, Brewster, Comte,
Hegel, Hume, Kant, Locke, Malebranche, Priestley, &c. But
from data gathered from biographical dictionaries and equally
exceptional authorities, we learn that Arago had four remark-
able relatives \ but these comprise philosophers, artists, &c. ; that
of the nine connections of Bernouilli some were naturalists and
teachers in different branches; that of the Boyle family seven-
teen were savants; that of three Cuviers one was the mother
who superintended the education of the others ; of D'Alembert's
family, that he was the bastard of a witty woman and an artillery
officer, and that one of two remaining celebrities was a dramatic
author ; of four Darwins one was a poet, two physicians, and
one their present representative; of three Galileos the father
was a musician, one the famous astronomer, and one a clock con-
structor ; of the St. Hilaires, the father was an officer, the two sons
naturalists; of the group of fifteen Gregories some were phy-
sicists, some physicians, some mathematicians ; three Hallers
are ranked as one lawyer, one physiologist, one litterateur ;
seven Herschels are divided into two musicians, five astronomers;
the brothers Hunter are examples of connateness ; six Jussieus
may be accepted as a family of botanists. It may be said that
we have arrived at the bathos or the microscopic outcome of
heredity, when we describe the five Watts as including a
superior mother, an astute Glasgow baillie, a professor of mathe-
matics, the Watt an engineer, and his son a geologist. It should
be kept prominently in view that of the causes which broke in
upon the preceding mediocrity and monotomy of such lives as
the Bernouillis and Boyles, and called into life and fame their
great progenitors, we know nothing whatever, and that the
general result is the discovery of circles rather than of succes-
sions of clever people.
The following examples may be given of the development ot
genius in tribes of authors. Addison's father was a learned
divine, but his daughter was an imbecile, and cannot be claimed
68 Reviews. [July,
as an example of heredity. In the two Bossuets the trace again
becomes microscopic, as the one has no other merit than that of
editing the works of the other. The three Brontes were of con-
nate genius, the father being either mad or eccentric. There
were four Etiennes, philologists. The Sept Grotius contained
the expositor of international law ; his grandfather, a scholar ;
his father, curator of University of Leyden ; an uncle, professor
of philosophy and jurisprudence ; and his son, a diplomatist.
Of the Hallams, the parents are spoken of as remarkable ; the
historian was still more so, and his two sons, one of whom was
the subject of " Tn Memoriam," were youths of promise. Of
the well-known Lambs one was a drunkard, one a maniac. Of
the five Macaulays, the progenitor is said to have been an elo-
quent preacher in a small highland town ; his son, a merchant
and abolitionist of slavery, who was the father of the celebrated
historian, who had an uncle a general officer. The two Scaligers
indicate how short the influence of heredity, even when the
quality transmitted is in its most intense degree. M. de
Sevigne had three sons and a cousin notorious as clever de-
bauchees. The De Staels comprise one lawyer, one statesman,
one authoress and wit, one mathematician, and two naturalists,
one of the latter presenting a tincture of mental obliquity.
The effort to establish the heredity of propensities and senti-
ments may be called almost romantic. It proceeds upon a sort
of gradus of petitions. If heredity be specific condition of deve-
lopment of intelligence, and if evolution of sentiments be in
accordance with other intelligence, these sentiments depend
upon heredity ; and pride, and piety, and brutism may run in
the blood parallel to scrofulus taint. What is designated the
acquired feeling of fear, the proof of such acquisition depending
upon the pseudo-fact that the Falkland Island dogs had no
fear — not, in fact, until they were frightened — has been affirmed
in utter forgetfulness that there are tribes of animals naturally
timid as well as others naturally courageous, and that not
merely in the same species, but in the same litter different in-
dividuals display totally different degrees of courage. Whim-
sical peculiarities in men and animals, idiosyncrasies, antipathies,
are all resorted to in order to illustrate the principle, but, so in-
determinate are the states of our moral nature, that it is impossible
to prove transmission. It is true that dipsomania, or the involun-
tary tendency to inebriation, has been seen in several members
of the same family, but the propagation of this morbid craving
can most frequently be seen in certain of its consequences, such
as insanity, idiocy, paralysis, and physical defects. It is like-
wise well established that whole clans, even sections of the
community associated by blood and breeding, are sunk in crime.
1875.] Heredity, 69
but when the intricacies of this tangled and rotten web are
unravelled it becomes apparent that the kind of crime may differ
widely. In fifteen offenders, named Chretien, the depravity ap-
peared in four as murderers, with or without robbery ; the wife
of one of them was of an incendiary stock ; in six as robbery or
theft; and one died a violent death. To these may be added
that kleptorhania has occasionally been seen as the offshoot of
great genius or insanity, and has been associated with brilliant
parts.
That a similar effort to demonstrate the heredity of will is
open to the same objections and exceptions may be learned from
an epitome of the ancestors and collaterals of statesmen and
generals^ of whom this quality is regarded as the prominent
characteristic. Colbert, the distinguished minister, had a brother,
a statesman ; a son, a general officer ; another, an archbishop ;
and a nephew, a diplomatist. Of Cromwell the descendants
were of mediocre capacity, but Waller, the poet, was the nephew
of his cousin, Hampden, the patriot. The Lamoignons, num-
bering twenty or more, all embraced the exercise of law, justice,
or charity as professions, and there was, besides, one precocious
child. It may be fairly suspected that their biography would
disclose position, nepotism, and cliquism, and family interests
and arrangements, as adjuncts to any general law. The same
remark is applicable, with some modifications, to the Medicis
and Peels. The five Sheridans are represented by the grand-
father, who was a friend and correspondent of Swift's ; the
father, who wrote a dictionary and was manager of Drury
Lane ; the brilliant orator himself, his son Tom, defined as a
Sheridan all over, and the Honorable Mrs. Norton. The fol-
lowing commentary by Galton will expiscate the bearing of
this genealogy upon the topic we are considering. " The name
of Sheridan is peculiarly associated with a clearly marked order
of brilliant and engaging, but ^ ne'er-do-weel ' qualities, reckless
prodigality, gambling, and wild living. . . . These
qualities are found in a greater or less degree among numerous
members of the Sheridan family." (P. 120.) Berwick, as an
illegitimate son of James II, and of a daughter of the Duke of
Marlborough, may claim a royal as well as a military origin.
The Bonapartes had an astute mother, but deserve consideration
rather from their connate birth than hereditary talent. Of the
Colignys, grand and pure though the admiral may have been,
it is enough to say that they were a family of princes. Prince
Eugene, classed by Napoleon with Turenne and Frederick the
Great, had the priest-politician. Cardinal Mazarin, as a grand-
uncle. The kingly race who bore the name Gustavus com-
prehended patriots, heroes, philosophers, The reputfition of
70 Beviews» [July,
^Napier, the discoverer of logarithms, was handed down through
eight generals and statesmen. Besides his relationship to the
house of Orange, Turenne derived lustre from his father the
leader of the Huguenots. But how immeasurably separated
in kind are the wisdom and the bravery or warlike abilities of
these statesmen and soldiers.
Even the details of deaf-mutism so triumphantly referred
to in such investigations are more specious than convincing,
for of 148 pupils in the London Institution at one time, there
was one in whose family were five deaf mutes; another in
whose family were four ; in the families of eleven of the pupils
were three each, and in those of nineteen two each. Were the
comparatively insignificant number of the instances of Dal-
tonism, sex-digitism, and of porcupine skin subjected to a
similarly crucial examination, our experience would be very
nearly the same.
It is marvellous that when the elaboration of the descent
of mental tendencies and faculties has been worked out with
so much solicitude and ingenuity that so little importance
has been attached to education, training, example, imitation,
even physical impressions, position, stern poverty, in creat-
ing and constituting character, in correcting passions, pro-
pensities, in engrafting tastes and knowledge, in short, in
transforming whatever may be due to Inn^ite, heredity, or
spontaneity, into new powers, in giving infinite variety and
multiplicity to human development, in making man to difi'er as
much from the primitive mode or type and from all the links
by which he is connected with it, as the mature difi'ers from the
infantile and the civilized from the savage mind. It would be
rash with Lamarck and his followers to refer all physical and
moral changes to the environments, to the exclusion of native
energy ; or to assert, with Locke, that of a hundred men ninety
are good or bad in consequence of external circumstances, but it
is certain that, without the co-operation of these, progress or evo-
lution in its non-technical sense would be a mockery. Even one
of the grand arguments advanced in favour of heredity, the
results of consanguine marriages, appears to militate materially
against the theory. The application of this argument formerly
assumed the form of inferring degeneracy as their inevitable
result. This conclusion is now held to be erroneous, but had it
been true it would have merely proved the danger or evil of the
union of two diseased constitutions. But, in the first place,
consanguinity in breeding animals is found to be advantageous
in the development of new qualities, as size, beauty of form,
increased secretion, obesity in sheep and oxen ; and gracileness
and speed in Kace-horses where intercourse has been going on
for two hundred years. And, in the second place, putting out
1875.] Heredity. 71
of view the castes in India where separation is maintained
more by custom, occupation, habits and cultivation, than by-
race, it is well ascertained that while intermarriage even between
near relatives has gone on for centuries among the Jews, small
Moslem communities in Hindostan, the inhabitants of the coasts
of Barbary, &c., there exists as much dissimilarity in form and
features, and as much individualism in faculties, motives, and
course of action, as can be detected in other races and nations
where such unions are not tolerated and occur very rarely.
By a certain class of thinkers M. Ribot's work will be hailed
as the most profound disquisition upon the many subjects em-
braced which has ever appeared ; by all it may be accepted as
an attempt to produce a philosophical disquisition on what has
been vaguely and fragmentally believed. There is a constant
and strained effort to prove and explain much that must remain
for more advanced stages of science, and the result has been
that rash or premature hypotheses have been ventured upon
where data are insufficient or obscure, and many of the contro-
versies now agitating the world are treated as if adjusted, and
what are still mere postulates are built upon as propositions
either demonstrated or demonstrable. In dealing with the
author's speculations, which we regret are more metaphysical
than logical, it has been our aim, while embodying his particular
opinions, avoiding what appeared paradoxical in them, to point
out the various grounds which render it impossible to admit
heredity otherwise than conditionally and provisionally, without
adopting a positively hostile or antagonistic course. It may be
readily conceded that heredity exists, so far as the characteristics
of species, genera, and classes are concerned; but we must pause
when called upon to believe that " as what intelligence, fixed by
memory, is to the individual, progressive experience, fixed by
heredity, is to the species." We would willingly receive a sketch
of the ascertained phenomena and their relations in heredity
similar to the tracing made by navigators in the Arctic circle of
lands certainly discovered, but separated by gaps when the shore
line has been imperfectly observed, or has not been seen at all ;
but we must decline a chart filled up and finished, but which
unites imaginary continents and perhaps dream-land with the
solid basis on which the truths of physiology and philosophy
at present rest.
Notwithstanding these objections, the chart actually before us
is ably executed, is in many of its features interesting and at-
tractive, and should a second edition be required, as may be
expected, and be pruned of certain obscurities and transcenden-
talisms in theory and expression, the work would be fairly
entitled to rank beside or above the valuable treatise of M.
Lucas.
72 Reviews. [July^
VII. — Review of Sanitary Work in India.^
The registration of the deaths of the civil population in those
provinces of Hindostan, under British rule, which was com-
menced in 1865, has since been steadily continued. It was
at first very imperfect, and though considerable improvements
have been effected, the results are still very far behind what we
are accustomed to in this country; nevertheless, the compilers of
the various reports which form the basis of these remarks all
agree that it has afforded a view of the varying distribution
and incidence of certain diseases, far exceeding any previously
available, the importance and value of which is becoming
apparent in the modification of opinion which it is gradually
leading to. We shall endeavour, in the remarks which follow,
to place a few of these before our readers, and to point out their
bearings on questions agitating medical opinion throughout
the world.
As might be expected, cholera forms the chief topic in the
Indian reports, and while that country presents an unrivalled
amount of material for its study, the system of registration now
in operation over an area nearly as large as Europe, though in-
terfered with at various points by districts under native rule,
still affords a continuous and uniform record of its visitations
which has not yet been attained elsewhere. Though there can
be no question that, for the complete investigation of cholera,
the course of epidemics in every other country as well as in
India must be studied, yet it is of vast importance to have se-
cured a fair record of its manifestations in so extensive a field,
with which the scantier notices from neighbouring regions may
be connected in the first instance, and ultimately brought into
their proper places in the general system. In the Ninth Annual
Report of the Sanitary Commissioner with the Government of
India, the author. Dr. Cuningham, writes :
'* It is only, as I have before remarked, by collecting every fact
1 1. Ninth Annual Report of the Sanitary Commissioner loith the Government
of India, 1^12. Calcutta, 1873.
2. Tenth Annual Report of the Sanitary Commissioner with the Government of
India, 1873. Calcutta, 1874.
3. Report of the Sanitary Commissioner for Madras, 1872. Madras, 1873.
4. Report of the Sanitary Commissioner for Madras, 1873. Madras, 1874.
5. Ninth Annual Report of the Sanitary Commissioner for the Government of
Bombay, 1872. Bombay, 1873.
6. Tenth Anmial Report of the Sanitary Commissioner for the Government of
Bombay, 1873. Bombay, 1874.
7. Annual Report of the Sanitary Commissioner for the Central Provinces, 1873.
Nagpur, 1874.
8. Report of the Sanitary Administration of the Runjaiib for the Year 1873,
J^abore, 1874.
1875.] Review of Sanitary Work in India. 73
that can be gathered regarding an epidemic from its commencement
to its close, that we can be in a position even to attempt to understand
the phenomena which it presents. The collection of facts from all
countries attacked, facts observed and narrated apart from and un-
biassed by any theory, is of the greatest importance. If we only
knew all the facts, the framing of correct conclusions would be easy."
(Par. 114.)
Then with reference to cholera, he says:
" Its sudden and fatal character has made it appear as if cholera
were more mysterious than any other disease, but it is just as difficult
to account for the epidemic spread of other diseases, of epidemic ma-
larial fever for example, or for smallpox, as it is for cholera." (lb.,
par. 116.)
And further •
*' Smallpox, it' is argued, is a contagious disease, and spreads only
by contagion. Cholera belongs to the same class of contagious
diseases, therefore it also spreads by contagion, and by contagion
only. But do w^e know that smallpox spreads only by contagion?
Its annual rise and fall in this country recurring steadily year after
year, its comparative dormancy for a term of years, and then a year of
epidemic violence, are facts altogether inexplicable on the doctrine of
contagion, and prove incontestably that the law of contagion is not
that law which governs the spread of smallpox. The obscure problems
connected with the epidemic prevalence of disease are to be solved, not
by fancied analogies, but, like every other truly scientific inquiry, on
the evidence." (lb., par. 117.)
In the Ninth Annual Report for India, the course of the
cholera epidemic of 1872 is detailed, and in the Tenth the
distribution of the disease in 1873 ; we cannot extract these
here, but may render their more striking features apparent by
giving the number of deaths registered each year in the various
provinces into which the country is divided. In the following
table these are arranged from north to south, as nearly as can
be, except British Burmah, which being to the east of the
Bay of Bengal, cannot be placed among the others ; the deaths
registered in 1871 have been added to give a more extended view
of the course of the disease.
Punjaub ....
North-western Proviuces .
Oudh ....
Bengal Proper .
Central Provinces
Berar ....
Bombay Presidency .
Madras Presidency .
British Burmah
The distribution of cholera in these years, a§ sjiown in the
1871.
1872.
1873.
369
8,727
148
3,473
50,565
15,268
16,032
26,566
3,961
20,396
46,901
64,366
19
1,592
344
581
1,578
5,855
15,642
283
17,656
13,247
840
162
640
8,109
74 Reviews. [July*
maps accompanying the Reports of the Sanitary Commissioner
with the Government of India, is very striking and instructive.
In 1871 there was a continuous body of the disease extending
from the southernmost point of the peninsula up to the 19th
parallel of latitude, fi*om the east coast to the meridian of 80°
E.,and west of that, to a line passing north-west from the point
where the 19th parallel intersects the 80° meridian to the river
Taptee^ and along that to the sea. In this extensive area the
whole of the table-land of the Mysore and the west coast dis-
tricts, extending from 11-^° to to IG^l-^ N., and from long. 78°
westward to the sea, was free from the disease. Another
cholera field occupied Bengal proper, Oudh, and part of the
North-western Provinces ; this was bounded by a line extending
from the coast at Pooree north-westerly to the meridian of 80° E.,
in lat. 27°, and that parallel indicates the northern limit of the
epidemic to the eastward. Thus not only was the Mysore
free from the epidemic, though surrounded by it on three sides,
but right through Central India the two cholera fields were
separated by a tract of some 400 miles in width, in which at
most but a few sporadic cases were met with.
In 1872 all this was changed; cholera as an epidemic had dis-
appeared from the southern part of the peninsula, unless in a
mild form, and in a limited district between the rivers Cauvery
and Palar, and occupying half the space from the scarp of the
Mysore table-land towards the coast. After a considerable in-
terval it commenced again in the low land on the east coast,
north of the Kistna, and occupied this tract as far as Pooree,
where it joined the epidemic area of Bryden ; to the westward
it had occupied a portion of the space left clear in 1871, and
its eastern margin came up to a line, from lat. 13° on the west
coast, extending north-east to the point where the 20th
parallel of latitude cuts the meridian of 80°, then due north to
where that meridian meets the 24th parallel, then north-westerly
to lat. 25-1^° on the meridian of 75° E., from which it curved
down to the sea at Surat. The Bengal cholera field of 1872
had retired from the high ground of Chota Nagpoor, which lies
between the coast and the valley of the Ganges, but had also
extended to the north-west as far as the Indus, just touching
Mooltan on the one hand, and Peshawur on the other, but
nowhere approaching that previously mentioned within 100
miles. In fact, including the limited outbreak in the south,
there were three continuous cholera fields in Hindostan this year,
two of them of very great extent, and which manifested con-
siderable invasive powers, yet at no time did they coalesce at a
single point.
In 1873 there is again a marked change on the face of the
1875.] Review of Sanitary Work in India. 75
map, the whole of Southern India being free from epidemic
cholera, except a slight outbreak in theNellore district in January
and Februar)', causing 476 deaths, and a much slighter one in
the Kulladghee district in the south of the Bombay presidency,
where 90 deaths occurred from January to March, and Bombay
(city) itself, where 93 deaths were registered in the course of the
year. In the north there was a severe epidemic in Bengal, extend-
ing into the North-western Provinces; its western limit was a
line extending from Ganjam on the coast to Agra, and from that
point north-east to the high ground, along the base of which it
skirted more or less closely to the south-east. Coincident with
this epidemic was the severe outbreak in British Burmah.
With his previous acquaintance with cholera, and having the
details of the 1872 epidemic, of which an outline has just been
given, before him. Dr. Cuningham, the Sanitary Commissioner
with the Government of India, was induced to express his
doubts as to the soundness of the opinion then entertained by
various authors as to the causes of cholera, and, in his Report
for 1873, after the further experience of that year, he gives
his conclusions in the following terms :
" 1st — That if human intercourse plays any part in the dissemina-
tion of cholera, it must be a very secondary part.
** 2nd — That the facts of individual outbreaks, and especially the
remarkable immunity of the attendants, are altogether opposed to the
doctrine that the disease is spread by communication with the sick.
"3rd — That the theory which would explain the phenomena on the
supposition that in a year of epidemic prevalence very many sources of
water-supply over an enormous area had been polluted with cholera
discharges, while in a year when cholera is dormant such pollution has
either been rare or has not taken place at all, fails altogether to ex-
plain the facts either of wide-spread prevalence or of individual out-
breaks.
" 4th — That there is no evidence to show that a person affected with
cholera multiplies within himself any specific poison, or that he dis-
seminates any such poison either by means of the intestinal or any
other discharges.
" 5th — That cholera in India appears to be due to certain conditions
of air and soil, or of both combined, as yet little understood, which
are always more or less present in the Lower Provinces of Bengal —
the endemic area, and which appear only occasionally in the Upper
Provinces, the intervals between the times of their appearance increas-
ing as we proceed to the North-West, and being so short in the imme-
diate neighbourhood of the Lower Provinces that it is impossible to
define exactly where the endemic limit ends.
*•' 6th — That these conditions would appear to be often singularly
localized both in the endemic and epidemic areas, as is evidenced by
the very local character which so distinguishes outbreaks of the
disease.
76 Reviews, [July,
" 7th — That the great danger arises from exposure to these con-
ditions, and not from exposure to any emanations from the sick.
" 8th — Tiiat even if the contagious character of cholera could be
proved beyond all manner of doubt, any general system of quarantine
sufficiently strict to be effectual is impracticable, and must do much
more harm than good.
" 9th — That the great safeguards against cholera are sanitary im-
provements— the improvement of drainage, of water supply, of
dwellings, of everything, in short, which can contribute to health. Of
water supply it may be remarked, not that it may be safe only against
cholera evacuations and the results which have been theoretically
ascribed to them, but that it may be safe against every form of
impurity." (Pages 17, 18.)
In his Report for 187^ Dr. Cuningham anticipated the
announcement of these views would call forth vigorous protests
from those who entertained the opinions he questioned, and
that they would complain that if we accept his position we
virtually go back to the state of ignorance we were in many
years ago. To this he replied that "if we are on the wrong
road, the sooner we go back the better, but the question is not
what will be the consequence to any opinions. The only point
of importance is — what is the truth 1 Facts cannot be too care-
fully scrutinized before they are accepted, nor conclusions too
carefully drawn from them." (Par. 118.)
The real cause of difference between Dr. Cuningham and his
opponents lies rather in the conclusions they consider themselves
justified in drawing from certain facts, than in their recognition
of the facts themselves, always supposing that these have been
carefully ascertained, and are not what we meet with so often
in descriptions of disease, basements of fact with superstruc-
tures of fancy, which are deserving of no weight in any scientific
investigation. We shall endeavour to place the views now
springing up in India on this question before our readers, that
they may be in a position to judge for themselves which party
is pursuing the proper course to clear it up.
In the fifth conclusion, given above. Dr. Cuningham states
his belief that, in India, cholera appears to be due to certain
conditions of air and soil, or of both combined, as yet little un-
derstood, which are always more or less prevalent in Lower
Bengal, but which appear only occasionally in the Upper Pro-
vinces. These conditions appear to exist in some other parts of
India as well, for instance, in the South Arcot district in
Madras, where, from the commencement of the registration of
deaths, in 1866, to the end of 1873, there has not been a single
month without one, but much more commonly numerous deaths
from cholera ; and in the Tanjore (district, which adjoins it, in
1875.] Review of Sanitary Work in India. 7?'
the same period, August, October, November, and Decem-
ber, 187;^, and January, 1873, were the only months in which
there was no death from cholera registered ; the district of
Trichinopoly, in the same locality, had deaths registered erery
month to the end of 1872, but none during 1873, so that for
eight years, at least, the causes of cholera had been permanently
in operation in this locality. For the city of Bombay, too, the
monthly returns of deaths from cholera are available from 1848
to 1873, inclusive (with the exception of 1866), or for twenty-
five years ; during that period there were seven months in 1848
and 1849 without a death, but since then only December, 1867,
and February, 1868. The disease has undergone great fluctua-
tion in both those localities in the periods mentioned, as it has
done in what Dr. Bryden has denominated the endemic area in
Lower Bengal.
It will occur to every inquirer to ask what leads to these
fluctuations — what could have led. to such an extensive develop-
ment of cholera throughout Hindostan in 1872, the incidence
of which in 1873 was so altered that cholera had almost dis-
appeared from Southern, Western, and Northern India, while
a severe epidemic prevailed in Bengal and Burmah ? It was a
point much urged by a certain school of epidemiologists that
cholera never travelled faster than man, and the Constantinople
Conference, in 1866, was rash enough to commit itself to the
opinion that now the means of locomotion were greatly in-
creased, and much more rapid than formerly, it would be found
that the diff'usion of cholera, and other epidemic diseases would
be accelerated proportionately. Facts existed, at that time which
should have caused the delegates to hesitate before coming to
this conclusion, and the experience of Europe since then has
shown so completely that extensive and rapid communication
is insufficient to cause the epidemic diff'usion of cholera, that
the late Conference at Vienna, with greater caution, fell back
on the former position, and did not reassert the latter. The
experience of India is altogether to the same effiect. The lines
of railway now open in that country enter and leave the various
cholera-fields without indicating the least power to advance the
limits of these fields beyond the line which marks them out for a
long way on either side of the railway, and far beyond its influence
on the direction of the traffic. In 1871, for instance, the rail-
way from Calcutta to Allahabad was in the cholera-field, from
Allahabad to Cawnpore it was at its outer margin, and from
Cawnpore northwards the cholera-field would not extend, the
railway facilities notwithstanding. Similarly, between Allaha-
bad and Bombay, the railway left the cholera field a little south
of Allahabad, then ran through a country for about 400 miles
f8 RtivtewSk [J^Vi
free from the epidemic, after which it entered the other cholera-
field at that time existing in the Bombay presidency. In 1872,
when there was little cholera in the Madras presidency, the
railway from Madras to the west coast at Beypoor passed
through the cholera-field between the Palar and Cauvery rivers
without conveying the disease beyond these streams towards
either terminus. This year, too, though the Bombay cholera-
field had advanced considerably to the northward, there Avas
still a wide zone between that and the other field including
Allahabad, through which the railway ran, but to which the
epidemic did not extend. In 1873 this feature was repeated ;
the railway from Allahabad to Bombay, after running about
100 miles in the cholera-field, suddenly left it without causing
any extension of the epidemic towards the latter place; and
the line from Allahabad to the Punjaub left the cholera-field at
Agra in the same manner ; there was a slight isolated epidemic
in the Delhi and Goorgaon districts, as had occurred elsewhere
this year, but beyond these places there was none. In addition
to these recent facts, Drs. Cuningham and Bryden have fre-
quently stated that their investigations have shown that
cholera does not travel faster in India now than it did fifty
years ago, when locomotion was much less rapid, and that, even
at the present day, in its epidemic form, it spreads over portions
of country beyond the influence of railway traffic quite as fast
as through those in which the railways run.
Again, though the traffic of the country goes on from year to
year, with little change in those parts of it which have not been
affected by railways or steam navigation, and much as it went on
many years ago, that traffic seems unable to extend the limits of
a cholera-field, as determined for the time by circumstances
we are as yet but little acquainted with, so as to embrace neigh-
bouring populations within the spread of the epidemic. No
one can look at the map for 1873, for instance, without feeling
surprised that the traffic, which must have gone on much as
usual from the districts under the epidemic to those around
them, failed to cause the extension of the epidemic into these,
were all that is necessary for this purpose the mere introduction
of persons labouring under the disease. There are many cases
of individuals, who have been exposed to the causes of cholera
in one locality, moving into another where these did not seem in
operation, before the disease became developed, yet, when this
took place, cholera did not spread among the surrounding popu-
lation so as to become epidemic. Dr. Townsend, the Sanitary
Commissioner in the Central Provinces, in his Report for 1873
gives the following case : — In the end of January the head-
quarter wing of the 31st Madras Native Infantry, left Berham*
1876.] Review of Sanitary iVork in India, ?y
pore for Raepore; at Sonepore, on February 8th, cholera appeared
among the men of the regiment and the followers, and up to
the 19th inclusive there were 81 attacks and 31 deaths, of
whom 5 were soldiers and 26 followers. During this time the
wing continued its march, and, by the 19th, reached the river
Jonk, when the disease ceased. After the troops had passed, a
number of cases appeared among the inhabitants of the villages
bordering on the route followed by them. Some of these had
been in communication with the troops, others not. Dr. Town-
send, who thinks importation is largely concerned in spreading
cholera, naturally concludes that this regiment introduced the
epidemic into the district, assisted by the pilgrims who at that
time were returning from the Dhole Jatra festival, which is held
at Pooree annually, in February. The inhabitants were in-
structed to maintain cleanliness in their villages, to prevent
bathing or washing of clothes in the tanks or pools from which
their drinking water was obtained, and to prevent communica-
tion -with infected places or people. With reference to these
recommendations Dr. Townsend remarks :
" How far the measures of prevention which were adopted by the
District Officers and by the people themselves contributed towards
limiting the duration of the epidemic and the area over which it spread
cannot be determined, but that they were to some extent eifectual
seems probable from the circumstance that while in former epidemics,
which commenced with the return of the pilgrims from the Dhole
Jatra in February and March, the disease continued prevalent through
the hot weather and rains, the epidemic of 18/3 began to dechne as
soon as the stream of pilgrims had passed through, and it had disap-
peared altogether by the middle of April." (Par. 88.)
And he adds the following most important remark :
" Moreover the fact that although cholera was brought into a large
number of villages it spread in comparatively few, plainly shows that
the local conditions which favour the spread of cholera were not at the
time common in the district." (Par. 89.)
This brings us face to face with something else than the sup-
posed introduction of the germ or contagium of cholera by the
troops and pilgrims, and without the co-operation of which,
though the disease obtain a footing, it cannot maintain itself.
Dr. Townsend, we believe, refers to water impure from any form
of decomposing animal matter (not necessarily cholera evacua-
tions), but, if so, with his description of the condition of the
supply in the Central Provinces, this state of the water must be
present to a great extent in the early months of every year in
the Sumbulpur district, where the occurrences under considera-
tion took place, and there is no alternative but to fall back on
Bo Reviews. [July»
something still more general in its operation. Under such
circumstances are not those epidemiologists who trust to personal
communication, or water contaminated with cholera discharges,
to explain the spread of epidemics, open to the criticism that
they confine themselves to minor questions, and attribute to
these the influence exercised by the more general cause or
causes just mentioned, and so invest them with a degree of im-
portance they are in no wise entitled to ? No one investigating
a point in any other branch of natural science, who found him-
self confronted by a cause controlling all the supposed minor
factors patent to him, would think of assigning to these the
sole influence in producing the result; on the contrary, he
would be aware that until he had acquired a tolerably
precise knowledge of the mode of operation of the more
powerful cause, he could form but a very imperfect idea of
how far the minor factors contributed to the result, or even
whether they were in any way essential to it. In epidemiology,
unfortunately, these considerations are too often disregarded,
and, as a consequence, with all the zeal and activity expended
upon it of late years, our progress in generalizing has been too
often slow, if not sometimes actually retrograde.
Dr. Townsend w^ould, no doubt, take up the position that
whatever may be the extent of operation, or nature of the in-
fluences he refers to, still the introduction of the contagium
of cholera is necessary. We find, however, that not only he
himself refers to cases which have appeared without any known
communication with others labouring under the disease, but
Mr. Cornish, who also considers cholera is spread by man,
in the Report for Madras for 1873, tells us that " there is in
South India an endemic form of cholera which seems to difler
from the epidemic variety only in not spreading" (par. 394) ;
that is, at a time when cholera is not epidemic, cases spring
up sporadically, without any known connection with previous
cases, which are not distinguishable from those which occur
during an epidemic. Their causes, then, so far as our knowledge
goes, are connected with the locality or habits of the indi-
vidual attacked, and independent of the occurrence of previous
cases. With such a fact before us for one part of India, and
with similar evidence from many others, if not so constant yet
open to as little doubt, we think those who insist on the ne-
cessity of the introduction of the germ or contagium of the
disease by persons or fomites, are under this difficulty, that
they have failed to exclude the local origin of the disease, and
until that be done, they can never claimfor communication by per-
sonal intercourse, anything beyond a low degree of probability.
It is frequently alleged that malignant cholera, when it occurs
sporadically, differs in its nature from malignant cholera when
1875.] Review of Sanitary Work in India. 81
epidemic ; but is there any ground for such an opinion ? No
one, for instance, considers a sporadic case of smallpox to differ
from those met with during an epidemic, because, under the
latter condition, the cases are more numerous ; this fact merely
indicates that there is something at work which then determines
the more frequent occurrence of cases, without proving there
is any difference in their nature. Hitherto all attempts to
show a distinction between the cases of malignant cholera
which appear sporadically and those which constitute an
epidemic have failed, and therefore we are not justified in as-
signing to the latter a power which we admit the former do not
possess, merely to accommodate them to a theory. As with
smallpox, the only inference the facts authorise is that, when
epidemic, there is something which determines the greater
frequency of the disease than when it occurs sporadically, not
being an attribute of the individual cases, but independent of
them, and which may be in operation without any cause ap-
pearing, though we cannot be certain of its being so in any
locality unless we see cases arise. We shall, no doubt, be met
with the old objection here, that were such an influence, or
series of influences in operation, every place within their range
should show their effects by having cholera developed in them ;
to which we reply, that if we wish to ascertain the process
followed by nature in the production of epidemics, whether of
cholera or other diseases, we must not start by laying down the
limits within which we think she should confine her operations,
but must endeavour from a close study of phenomena to find
out the limits which she herself has imposed.
The description given above of cholera in 1872 and 1873, in
Bengal, leaves no doubt of its causes having been unusually
active both years, particularly so in the latter. In 1872 the
districts of Sambalpur and Bilaspur were not included in the
cholera field, but in 1873 the boundary of this extended some-
what to the south-west, and embraced the former, while it just
touched the latter. The course of the epidemic in these, and the
adjacent districts in the Bengal Presidency, is shown by the
following numbers from the monthly returns of deaths in 1873.
Jan.
Feb.
March
April
May
Balasore
67
255
416
185
. 95
Cuttack
164
343
640
242
. 55
Pooree
40
84
70
14
Sambalpur .
—
40
190
69
Bilaspur
—
—
20
—
—
So that there was considerable mortality from cholera at its
appearance in January, which, in Balasore and Cuttack, went
on increasing till March, after which it declined till May. In
111— LYI. 6
§i MemeiDs. [July,
Sambalpur tlie disease commenced in February, but culminated
in March, and fell off in April ; while Bilaspur was reached only
when the epidemic was at its height in the other districts.
The same wave, therefore, which was experienced at Balasore
and Cuttack, and to a smaller extent at Pooree, extended to
Sambulpur in a slighter degree, and was just felt in Bilaspur.
Dr. Townsend thought the cholera was introduced into Sam-
balpur by the troops, assisted by the pilgrims returning from
the great festival at Pooree, in February and March. Now, in
February, 1872, there was almost as much cholera in the Pooree
district as in February 1873, and the probability of pilgrims
contracting it there would have been much the same in both
years, yet in 1872 they returned through Sambalpur (not in-
cluded in the cholera field that year) without any appearance
of the disease in their track, while in 1873, when Sambalpur
was embraced in the cholera field, both pilgrims and residents
began to suffer, and Bilaspur beyond it and outside the cholera
field, but through which a stream of pilgrims passed, was
scarcely affected. Thus this history is merely a repetition of the
experience afforded by the railways, and, like that, shows that
persons who have been exposed to the causes of cholera within
a cholera field may proceed beyond that before the disease
becomes apparent, but that no active de^/elopment of the
malady takes place unless within those limits which bound the
field, and which vary from year to year quite independently of
the usual course or amount of the traffic. We, therefore, think
Dr. Cuningham is quite justified in announcing '' that if
human intercourse plays any part in the dissemination of
cholera, it must be a very secondary part."
Dr. Cuningham objects, in his third conclusion, to the
theory which attributes the spread of cholera epidemics solely or
chiefly to the employment of water contaminated by cholera
discharges. That the use of such water during an epidemic
period may be followed by cholera in some of those who drink
it, we presume he would not deny, but that it contains the germ
of the disease, which so finds a way of entrance into the system,
he is not prepared to admit. The evidence adduced on this
point, we confess, has always appeared to us as insufficient to
establish it ; water contamination can never take place without
a first case, and the causes which sufficed to originate that are
quite ignored when we come to talk of fresh cases supposed to
have been excited by the water into which the discharges from
it had passed, though these causes may still continue in operation.
When cholera is prevailing, or threatening, anything which will
derange the stomach or induce diarrhoea is very apt to excite
it, and in India it is well known that at such times a dose of any
1875.] Review of Sanitary Work in India* S^.
of the usual saline purgatives, or even of the milder vegetable
laxatives, will frequently lead to cholera, and decomposing
organic matter, whether animal or vegetable, taken as food or in
water, frequently does the same. All we know of the efficiency
of cholera discharges in exciting cholera amounts to no more
than this, that when taken into the stomach they are inert
when quite fresh, but after undergoing a certain amount of
change they acquire the property of lighting up the disease,
and, again, that after a certain period, this property is lost.
But those phenomena only take place when cholera is already
present, and, at such times, the use of decomposing meat or fish,
or ascescent fruit, may be followed by the same result, though
there be no reason to suppose that any of these have been
in contact with cholera discharges.
Drs. Lewis and D. Cuningham have injected cholera dis-
charges, both fresh and putrid, unmixed and diluted with
water, into the veins of dogs, and found that in all these con-
ditions they produce, in a certain percentage of cases, an
intestinal affection which they denominate "haemorrhagic gastro-
enteritis," the lesions and attendant phenomena of which they
state are not identical with those of cholera. Drs. Lewis and
Cuningham also injected a solution of fseculent matter from a
healthy man, both fresh and putrid, and found it produce results
indistinguishable from those following the introduction of the
cholera discharges, only in a reduced proportion. To ascertain
whether these results were dependenton the presence of any germ,
or other living organism, which might increase in the system,
both the cholera and healthy discharges were, in a number of
experiments, boiled immediately before injection ; in these the
toxic effects w^ere even more decided than when the infecting
material had been injected without having been heated pre-
viously. The general result showed that 45 per cent, of those
animals in which cholera material was injected were affected,
whilst only 21 per cent, of those in which healthy fseculent
matter was employed suffered. With reference to these expe-
riments these gentlemen remark :
"Why material, whether choleraic or non-choleraic, should exert its
power in some instances and not in others, or why choleraic material
should appear to possess this power more frequently than ordinary
material, we cannot explain. . . . Something, however, is present
which, as we have already said, is capable of exercising a singularly
pernicious effect on animal life, the most prominent local manifestation
of its action being observed in the intestinal canal." {Tenth Annual
Report of Sanitary Commissioner with the Government of India,
Appendix A, p. 107.)
And again—
84 Reviews, [July>
" Therefore until it be found that living substances can withstand
immersion in a fluid at a temperature of 212° F. of some minutes' dura-
tion, we have no hesitation in stating that the morbid phenomena which
we have observed to follow the introduction into the animal economy of
strained solutions of choleraic and normal alvine discharges, and of
other decomposing animal substances, are not the result of infection
with a material the poisonous properties of which are dependent on its
possessing vitality. (Ibid., p. 108.)
Drs. Lewis and Cuningham have made many examinations
of the blood, both from healthy persons and from cholera cases.
They found the chief character of the latter to be an unusual
quantity of white corpuscles, and what they describe as a " dif-
fluent condition of the red corpuscles " which " showed itself in a
tendency manifested by the corpuscles to aggregate in irregular
masses in place of forming the normal rouleaux, and in ordinary-
preparations where any pressure was exerted, and in which there
was any movement of the fluid, in the ease with which the
corpuscles altered their forms, were drawn out into irregular pro-
cesses or adhered to one another by elastic protrusions " (Ibid.,
p. 82). There was a complete absence of bacteria, or fungi,
or other extraneous bodies.
We imagine few can examine the maps showing the varying
distribution of cholera in India from year tc year, attentively,
without being led to the inference that there must be some one
or more factors of extensive operation concerned in producing
such general results. As yet Dr. Bryden is the only person who
has endeavoured to indicate the nature of this general cause,
so far as cholera is concerned, and, as many may be aware, he
believes that a material is produced in the endemic area in Lower
Bengal which the natural currents of the atmosphere carry through
the country, and that when deposited in a suitable locality, under
favorable circumstances, it is reproduced, causing cholera among
those who are exposed to the new product, and also aff'ording
seed for a fresh growth at the spot, or for being carried to a
farther point, where, under suitable conditions, the same process
would be repeated. Dr. Bryden thinks that this material, con-
veyed from the endemic area by the winds at various seasons,
may account for the distribution of cholera, not only over
Hindostan, but also over other countries, including the East
Coast of Africa, and Islands in the Indian ocean. What leads
to the issue of this body of cholera (as Dr. Bryden occasionally
calls it) from the endemic area being repeated at intervals of
several years, Dr Bryden has not mentioned, though it is
clearly a very important question. Dr. Cunningham evidently
thinks well of Dr. Bryden s theory, though he does not consider
it has as yet been fully established. Its chiefest opponents have
1875.] Review of Sanitary Work in India. 85
been those who believe they could explain the varying
phases of cholera epidemics by personal communication, or by
water supply contaminated by cholera discharges ; as these
gentlemen, however, are now beginning to admit the necessity
of something else to account for the spread of cholera, it is not
improbable that ere long the operation of general causes may be
commonly admitted, and the course of investigation placed on a
more correct basis than hitherto, when the facts we have to deal
with will be interpreted in quite a different manner from what
has been customary of late. We believe this change is impend-
ing, and that its advent will be hastened in no inconsiderable
degree by the results of the registration of deaths in India, and
by the outspoken manner in which Dr. Cunningham has
expressed the opinions which the study of those returns has
enabled him to form.
The year 1872 was remarkable for the very extensive preva-
lence of Dengue in India, and elsewhere in the East. In 1824-
25 it had spread extensively through the East, and, subsequently,
it seems to have appeared at Calcutta in 1836, 1844^ 1853-4,
and isolated cases were met with almost every year. On this
occasion the first report of Dengue having appeared as an epi-
demic was received from Zanzibar, where it broke out, abruptly,
in July, 1870, after the termination of the cholera epidemic of
that year. The next account of it was received from Aden,
where it commenced in the middle of June, 1871, and, after
prevailing very extensively, ceased in the middle of September.
In November it was frequent at Port Said on the Suez Canal.
At Calcutta one case at least was met with in September, 1871.
It was only in 1872, however, that Dengue became extensively
diffused in India; it was first remarked in a detachment of
European troops sent from Bombay to Cannanore, in January,
in the Dalhousie steamer. On landing the cases were segre-
gated, and there were but two or three subsequently among the
residents in the cantonment ; there were thirty cases in Janu-
ary, and one in February, and no others there during the year,
either among the European or native troops. There was a single
case at Rangoon in February among the European troops, but
it was only in April they became frequent. At Calcutta there
were a few cases in March, but in April they became more
numerous ; the North-western Provinces were not affected to any
extent until July and August; the epidemic culminated in them
in September, after which it gradually declined. The furthest
point reached by the disease was Loodianah ; at Umballa there
were a few cases in October, November, and December, among
the European troops. Among the native troops, and prisoners
in the jails, the distribution and period of occurrence of the
86 Reviews. [July,
disease seem much the same as among the European troops. In
the Bombay Presidency Dengue first appeared at Poona,in April,
during which about a tenth of the European troops were attacked;
in Bombay itself they became affected in May ; and in the Ma-
dras Presidency the epidemic (except the outbreak at Cannanore
already mentioned) began in April. The Straits Settlements were
affected early in the year, and the disease was common in China,
at Shanghai in June, at Amoy in August, and at Mecca among
the pilgrims about February. In 1873 there was a slight return
of the malady, but its force was much reduced everywhere, and
the number of stations affected was much smaller in the Ben-
gal and Bombay Presidencies, but the epidemic still retained
considerable, though diminished force, in that of Madras. The
large expanse of country from the Punjaub down to the Central
Provinces was scarcely at any time under the influence of the
disease.
Mr. Cornish, in the Keport for Madras for 187^, points out the
extraordinary immunity from Dengue of the prisoners in the jails.
Those in the Madras, Nellore, and Tanjore jails only were
affected. At Vellore, Dengue prevailed among the civil population
from May to October, the jailor and many of the warders were
attacked, but none of the prisoners, the average strength of whom
was 943. At Trichinopoly, three fourths of the people in the town
were prostrated by the disorder ; the native troops also were very
extensively affected, but not a single case occurred in the jail,
where the average number of prisoners during the year w^as
875 ; and at many other stations where the native troops suf-
fered to a large extent the prisoners escaped altogether. When
European and native troops were quartered at the same station
the latter were attacked in larger proportion than the former.
The comparative immunity of the prison population in the Ben-
gal presidency was also remarkable, though the ratios of attacks
among the European and native troops were much closer than
in Madras. In the Bombay returns the attacks of Dengue are
not given for the prisoners, so we have no means of ascertaining
whether they escaped the disease to anything like the same
extent as in Bengal and Madras.
With respect to the circumstances connected with the recent
spread of Dengue in India, and elsewhere. Dr. Charles, of the
Calcutta Medical College, while regarding the disease as a con-
tagious malady, remarked in 1872 :
"I do not attach very much importance to our being able to trace
where the first case of dengue in Calcutta came from, as other conditions
besides the existence of a previous case of the disease are necessary
before the disease can extend as an epidemic. In our ignorance of
what these conditions are, we term such conditions epidemic influence.
1875.] Review of Sanitary Work in India. 87
To my mind the important point seems to be that such a widespread
atmospheric or other cosmic state existed during the present time as to
favour the diffusion of dengue from person to person over Egypt, Arabia,
and India.'* .... "As soon as these unknown conditions necessary
to allow the existence of an epidemic are over, a long series of years will
follow during which sporadic cases of Dengue will occur in Egypt,
Arabia, and India, as well as in other places in which it is endemic,
and yet the disease will not spread. Under such circumstances we
shall have small communities suffering from local outbreaks, single
towns, or it may be some parts of towns, more or less disturbed by
this most unwelcome visitor, but the pandemic wave which is at
present favouring the universal diffusion of the disease over thousands
of miles being wanting, Dengue will under the altered conditions
spring up and die down within comparatively narrow limits (^Eighth
Annual Report of Sanitary Commission with the Government of India,
p. 112.)
Though vaccination is inculcated assiduously by the authori-
ties in various parts of India, its influence in diminishing small-
pox is still but limited, and epidemics of that disease spread
over the country every few years causing great mortality. In
1867-8 there was a severe epidemic in the Madras Presidency,
which declined there in 1869, but in that year embraced the
Central Provinces, and Berar, Oudh, the North-western Provinces,
and the Punjaub, where also the epidemic declined in 1870. It
may be remembered that early in 1870 smallpox became very
active in the south of France, and in the course of that year
passed northwards, and towards its close showed signs of
increased activity in this country, passing into the severe
epidemic of 1871-2.
Smallpox was at its minimum over nearly all India in 1870.
From that date it increased in the Madras Presidency, year
by year, until 1873, when there were 51,872 deaths from it
registered, or 1'70 per 1000 of the population. In the Bombay
Presidency the increase went on to 1872, when 1*83 per 1000
of the population died of it ; but in 1873 the millesimal ratio of
deaths was just one third of this, or '61. Berar, like the
neighbouring territory of Bombay reached its highest ratio,
3-83, in 1872, but remained at 381 per 1,000 in 1873 ; while in
the Central Provinces, adjoining it, in Oudh, and the North-wes-
tern Provinces, the deaths from smallpox became more numerous
each successive year after 1870, and, in the last two, amounted
to 2*15, and 3' 15, per 1000 respectively. Until the epidemic
pass over it is not possible to define the exact bearing of the
provincial manifestations to each other, nor to indicate its future
progress ; the subject, however, is a most interesting and sug-
gestive one, which the system of registration of deaths now
followed in India is likely to throw much light upon.
88 Reviews. [July,
A very large number of deaths among the civil population
are returned under the term fever, but inasmuch as the vast
majority of these are registered on the information derived from
people unacquainted with the subject, all the authorities seem
agreed that no great reliance can be placed on the numbers so
recorded. Cholera, smallpox, or bowel complaints, have all
sufficiently distinct characters to admit of most persons of
ordinary observation distinguishing them after a very limited
experience, and hence the returns may be accepted, as far as they
go, as representing those diseases with tolerable accuracy, but to
distinguish fevers properly so called, from diseases merely pre-
senting febrile symptoms during their course, requires special
education, which does not now exist even to a moderate extent,
and which cannot be expected to be generally available for many
years to come. Dr. Cuningham, however, is inclined to look
on the variation in the number of deaths from year to year as
affording a fair indication of the fluctuations of fever over the face
of the country, especially when the statistics are borne out by the
returns of the sickness among the European and native troops,
and in the jails. As the registration of deaths becomes more
complete as to numbers, fevers, as well as other diseases, will
appear to have increased above the average of previous years ; but
the fluctuations just referred to may still be detected among the
different districts, and when borne out by the military and jail
returns, may be deemed sufficiently reliable to show the inci-
dence of fevers at various points, though not precise enough to
form the basis of accurate statistical inquiry.
A large portion of the fevers met with in India are of the
malarial class, intermittent or remittent in form ; and, where
these are common, other descriptions of fever may present more
or less of the remittent type, and thus mask their real character.
Those who have not had to watch fever, or indeed other diseases,
in the tropics, or in a very malarious locality, can have little
idea how much they are often obscured by a tendency to alle-
viation or increase of their symptoms at definite intervals. To
this in some measure must be due the tardy recognition of
enteric fever, for instance, which now seems not uncommon in
India, and which, presumably, was equally common formerly.
Notwithstanding the attention which has been drawn to this sub-
ject of late years by Dr. Bryden, it may be doubted whether
even yet more than a small proportion of the cases which occur be
diagnosed during their progress; for, among the European
troops in the three Presidencies, while there were 110 deaths
from enteric fever in 187^, the admissions during that year were
only 221 ; and in 1873, with 79 deaths, there were only 210
admissions ; while our experience in this country, as to the mor-
1875.]
Review of Sanitary Work in India.
tality attending this disease, would lead us to expect a much
larger number of cases would have come under treatment. It
was doubtful for some time whether enteric fever occurred
among the natives, and Dr. Cuningham adverts to the diffi-
culty of recognising the disease with certainty in a person with
a dark skin, and the necessity of caution in adopting such a
diagnosis without the corroborative evidence afforded by post-
mortem examination. In the report for the Punjaub for 1873
three fatal cases in natives are given by Surgeon-Major Johnson,
5th Goodha Regiment, in which the characteristic intestinal
lesion was well marked, which shows the possibility of their
occurrence beyond doubt ; indeed, there was no very clear reason
why enteric fever should not affect the dark races of Hindostan
as well as those elsewhere ; for it has been known for many
years that the negro is quite as susceptible of it as the white
man. Mr. De Renzy, Sanitary Commissioner of the Punjaub,
suggests that as the exciting cause of enteric fever is so generally
present, a very small percentage of native children escapes that
disease in infancy, and hence when they grow up they are less
liable to another attack.
As to the general prevalence of fevers in 1872 the ratio per
1000 among the civil population showed an increase over that
in 1871 in the Madras, and still more in the Bombay Presidency.
The rise also was very marked in Berarand the Central Provinces,
and to a less extent in the North-western Provinces, and the
Punjaub. The increase in Madras was chiefly confined to the
Ganjam, Vizagapatam, Godavery,Kistna, and Nellore districts,
on the east coast, and to Kurnool in the centre of the peninsula.
In Bombay it was apparent in Kulladghee, adjoining Kurnool,
and was continued northwards in the Satara, Poona, Ahmed-
nuggur, Nassick, and Khandeish districts, which last adjoin
Berar. There being no registration for the territories under
native rule in the centre of the country, round which these dis-
tricts are situated, the state of fever there is unknown. In 1873
the deaths from fever were very much less in nearly all the
districts mentioned.
The fever became prevalent in the Madras districts, above
named, after the setting in of the rains, which were very heavy.
Although this has frequently been the case elsewhere, it must not
be concluded from these instances that all that is required to
ensure the prevalence of malarial fever is merely abundance of
rain ; experience, both in India and in other countries, has
shown not only that the rainfall may have been unusually
great, and as far as regards fever, the season healthy, but on
the other hand fever may have become epidemic while the
rainfall for the period had been much less than common. There
90 Reviews, [July,
was a widespread and severe outbreak of fever in India, in 1869,
embracing the Punjaub, North-western Provinces, Central
Provinces, and even Kurrachee at the mouth of the Indus.
Some of the sanitary officers, who had under their supervision
districts in which there was much irrigation, attributed the
prevalence of the disease to that, but Dr. Cuningham showed
that in other districts where there was no irrigation, fever pre-
vailed quite as severely, or even more so than in those where
that was in full operation. Fever, no doubt, is met with in wet
and malarious districts generally, and in ordinary seasons, in
greater frequency than in those which are drier, and free from
marshy ground ; but from time to time it becomes epidemic
over a large area, embracing both descriptions of country, and,
as mentioned above, it may then prevail to as great or even
greater extent, in the latter class of localities than in the
former. There must, therefore, be some factor or factors of ex-
tensive operation, and variable incidence concerned, such as
Dr. Cuningham has shown are necessary to account for the
diffusion of cholera or smallpox, and which, as Dr. Clark re-
marks, in our ignorance of their nature, we term epidemic hi-
fiuences, and until we become better acquainted with these, and
are willing to interpret the phenomena which occur within
their area of activity, in subordination to them, it is hopeless to
expect we can emerge from the confusion of opinion which
prevails at present on the mode of propagation of epidemics.
VIII.— Leudet's Clinique Medicale.^
The author of this volume is the Director and the Professor
of Clinical Medicine in the Rouen School of Medicine. He
writes from twenty years experience and clinical observation
in the large hospital of that city, following upon an " internat"
of six years in the hospitals of Paris under the direction of their
world -renowned physicians, and a period devoted to travel and
study in foreign lands. Yet Dr. Leudet has deemed it neces-
sary to write an apologetic preface, bewailing his exile from the
capital, and referring with much humility to his position as a
provincial physician deprived of the many advantages derivable
from association with the celebrities of the great city, and of
the means of research available to investigators whose better
fortune has lodged them in Paris.
^ Clinique Medicale de VEotel JDien de Honen. Par E. Leudet. Paris,
1874.
1875.] Leudet's Clinique Medicale. 91
And, without question, the practitioners of a capital enjoy
advantages, social and scientific, not attainable by those of the
provinces. Yet they may, as we can testify Dr. Leudet has
done, render great service to the advancement of medicine, and
need not be ashamed of the work they accomplish. Moreover,
as our author points out, physicians of provincial hospitals enjoy
greater opportunities of getting a knowledge of the history of
their cases, as well as of following out that history in the
course of repeated admissions into the local institution. For
example, he remarks that, of 800 or 900 patients annually ad-
mitted into his department of the Rouen hospital, 150 at least
have on. an average been previously under his observation. And
as he takes notes of all his cases he is consequently able to get a
more or less complete history, and to arrive at a comprehensive
clinical review of their maladies.
The volume produced is essentially a practical one, made up
of cases carefully observed and clearly reported, with comments
on pathology and treatment. The author attempts no syste-
matic descriptions of maladies, but presents a selection of cases,
mostly illustrative of the less usual forms of disease. Some of
the essays have heretofore appeared in the medical journals ;
these he has taken the opportunity to revise. Altogether
seventeen subjects are more or less fully discussed, some of
them at considerable length ; and it is satisfactory to observe
that he has in his observations referred to the contributions
both of German and of English physicians. Among the patho-
logical questions treated are — suppurative pylephlebitis conse-
cutive to diseases of the liver and biliary ducts ; the pathogeny
of cerebral accidents in acute articular rheumatism ; annular
ulcerations and strictures of the small intestines; encysted
pleurisies and their terminations ; chronic meningitis and its in-
■fluence in the production of polyuria; congestion of spinal
cord following falls and strains ; the curability of ascites, and the
advantages of capillary puncture in the treatment of that dis-
ease. Long chapters also are given illustrating the clinical
history of entozoa, of glycosuria, and of the influence of alco-
holic drinks in producing inflammations of the liver. The
conclusions arrived at on the review of the clinical histories
detailed are marked by sound practical reflections, and are
very usefully summarised at the end of each essay. Several
such summaries might profitably be quoted, but it must suffice
to give two or three by way of example.
The cerebral disturbances occurring in the course of acute
rheumatism have not been so fully elucidated as they demand.
According to Leudet's experience they are due to several causes.
In the first place we must distinguish from them intercurrent
93 Reviews. [July,
nervous symptoms, dependent on an anterior neuropathic state,
such, for instance, as epileptic and hysteric crises, provoked by the
rheumatism, as they might equally be by any other acute malady.
Other like intercurrent conditions obtain in the case of previously
produced alcoholic saturation, of a scorbutic state, and of a
hsemorrhagic diathesis. The brain and its membranes are not
often attackedby a true phlegmasia, although now and then the
meninges exhibit traces of inflammation. Congestions, or other-
wise angemia, of the brain and of the upper portion of the cord
are the most frequent changes observed. The base of the brain,
the superior portion of the cord, the areolar tissue outside the dura
mater, the meninges, and the cord itself, may be the seat of true
inflammation. This variety of congestion is tolerably fre-
quent. Lesions of the heart, of the pericardium and endocar-
dium, and of the blood, frequently provoke cerebral disturb-
ances in the course of acute rheumatism. Among such are
pericarditis, endocarditis, myocarditis, clots of spontaneous for-
mation within the heart, the haemorrhagic diathesis and purulent
infection. Likewise rheumatic nephritis has a share in their pro-
duction. The forms of cerebral rheumatism are very variable, a
special variety occurs in infancy, and has been well studied by
H. Roger.
The disordered cerebral phenomena may appear isolated, or
else may be united in groups. The brusque onset of comatose
symptoms or of delirium, causing rapid death, is commonly
associated with cardiac lesion : the same probably holds true
with regard to the maniacal and melancholic forms of attack.
Convulsions seem generally due to renal complication. As to
treatment, its indications must be sought in an acquaintance
with the causes of the intercurrent cerebral disturbances.
The author relates two instances of pleurisy with displace-
ment of the spleen — a condition respecting which conflicting
views have been held. Splenic engorgement and enlargement,
common in other inflammations, is a concomitant condition of
the displacement in question. Another factor concerned in the
matter is a relaxed state of the attachments of the spleen ; but
there is no direct relation between the degree of displacement
and the amount of eff'usion in the pleural sac.
The clinique of chronic meningitis in relation to its influence
in producing polyuria exibits no more than the occasional oc-
currence of this disorder where meningitis exists, and does not
sufiice to establish a connection between the two morbid con-
ditions in the way of cause and efi'ect ; although this much
appears, that an aggravation of the symptoms of meningeal
inflammation is attended by an increased flow of urine. It
would, nevertheless, be vain to ignore the accumulated evidence^
1875.] liEUDET^s Clinique Medicale. 9^
derived from a host of observers, of a correlation between brain
lesions and even passing cerebral disorder, and the occurrence
of polyuria, and, still more, even of glycosuria. We have, how-
ever, yet to learn to discriminate those lesions of the nerve-
centres which do provoke polyuria from those that do not. We
have still to unravel the various causes of polyuria, and, we
may add, of glycosuria also.
The excessive discharge of simple urine was, in Leudet's
cases, unaccompanied by emaciation and by cachexia — a cir-
cumstance not always predicable in that functional disturbance.
The examination of his cases of chronic meningitis leads
Leudet to results differing in no respect from those arrived at
by other observers. Like others he notes occasional absence of
intellectual disorder, even where the motor and sensitive nerve-
functions are intensely deranged. And he remarks that at
times the disturbed nervous phenomena manifest themselves in
the splanchnic, or in the vaso-motor nerves, and give rise to
simultaneous or alternate perversions of mobility and sensibility,
or to herpetic eruptions in the course of the nerves.
M. Leudet's experience of cases of entozoa has been con-
siderable. The T(B)iia armata is the only species of Tcenia he
has met with at Rouen ; but 38 cases have occurred to him,
35 of which were among private practice. Cysticerci have been
met with by him in the brain in 5 instances, in the heart in 1,
and in the muscles in 5.
Hydatids he has found in the brain in 3 cases ; in the pelvis
and broad ligament in 2 ; in the liver in 24, and in the lungs
in 3. The youngest sufferer with T(B)iia noticed by him was a
child five years old. In his experience the labouring classes
suffer less frequently than those of higher social position. He
refers despondently to the results of treatment of tape-worm,
but does not inform us what drugs he has employed. His
recorded cases are well worthy of study, particularly those of
hydatid disease ; but his general remarks on the natural history
and the migration of entozoa show a want of acquaintance with
some of the most recent researches on such matters, and we
regret to find that he is not acquainted with the very lucid and
conclusive researches of Spencer Cobbold.
Lead-poisoning is common in Normandy, and much of it is
due to the cider-drinking habits of the inhabitants. The tra-
ditional belief is that the poisoning, recognised by the public
mainly in the phenomena of colic, is due to the acidity or other
unwholesome condition of the cider, and is consequently a
vegetable colic. But such a variety of colic is not known to
Leudet; who, on the other hand, finds lead colic common,
together with the severer consequences of lead-poisoning. He
64 Meviews. [July,
concurs with Dr. Todd in the recognition of lead-gout, and
states that chronic parenchymatous nephritis is common among
the sufferers from lead. Cardiac lesion, usually in the form of
simple hypertrophy of the left ventricle is another consequence
of lead-poisoning. Lead at one time had the reputation of
preventing pulmonary tuberculosis, but, as Leudet shows, it
rested on no satisfactory evidence.
On these conclusions we may remark that the causal con-
nection between lead-poisoning and cardiac disease, in the
shape of hypertrophy of the left ventricle, first suggested by
Duroziez, and now much more confidently put forward by
Leudet, is not, in our opinion, made out. The latter bases the
hypothesis mainly on the post-mortem examinations of 24 cases
of death among sufferers from lead, 17 of which presented
cardiac lesions. But besides these in 8 other such sufferers,
who did not succumb, what he terms an anomalatrophy of the
heart was met with, thus raising the number of instances of
cardiac disease to 25 of a total of 184 cases of lead-poisoning.
Of the 17 examples of such lesion, as found after death, 14
consisted in hypertrophy of the left ventricle. In one of the
remaining the opposite condition of atrophy was found; but if
the tendency of lead is to induce hypertrophy, the reverse
condition can scarcely be attributed to it.
We have seen a great deal of lead-poisoning, although very
few fatal cases, and cannot appeal to the positive evidence for
or against the coexistence of cardiac disease furnished by
examinations after death. But in the many instances we have
had under treatment we have found no such prevalence of
heart disease as Leudet would make out. This negative evi-
dence, however, cannot have great weight assigned to it, since,
as Leudet asserts, the muscular contractions of the heart are
enfeebled, and the force of the pulse is likewise considerably
diminished, as proved by the sphygmograph. In other words,
the signs of hypertrophy are wanting during life ; and no one
consequently can gainsay the inference of Leudet that, although
he can get proof of only 22 examples of hypertrophy of the
heart in 184 cases, yet it may be assumed the lesion was over-
looked in a considerable number. Nevertheless, with such facts
as he advances, we would hint that a cardiac change in one of
eight cases of lead-poisoning is a proportion scarcely sufiicient
to establish an immediate pathological relation between that
cause of sickness and cardiac hypertrophy ; and that, besides, we
need know many particulars of the history of the cases exhibit-
ing the two conditions, so that recognised concurrent causes of
heart disease might be eliminated, before we can accept even
im.]
Leudet^s Clinique Medicate. §8
the figures furnished and deduce from them stable statistical
facts.
On the assumed correlation between lead-poisoning and
renal disease we must also express much doubt. At least we
do not find evidence of it during life. The lesion almost always
noted by those who have made autopsies is parenchymatous
inflammation, leading to contracted granular kidney. When
we look to Leudet's experience we find only two of the 24
cases of death from lead attributed to " albuminous nephritis/'
although, indeed, at a subsequent page, he tells us that of the
17 individuals who exhibited heart disease after death, 10 of
them also presented atrophy of the kidneys with granulations
of the surface of the parenchyma. Hence all the evidence
Leudet has to bring forward to establish his position, that lead-
poisoning and renal disease are related as cause and effect,
appears to be that in 12 of 184 cases of lead intoxication there
was parenchymatous nephritis ; for he makes no mention of the
signs of this lesion among the 160 patients who escaped his
pathological investigations. In our humble opinion, therefore,
the relation assumed cannot be regarded as proven ; and more
particularly wh"en we have the facts before us that the victims
of lead-poisoning at Rouen belong chiefly to the class of house-
painters, and that alcoholic drinks are much abused by the
working classes of that city, who, in other respects, fare very
badly as to diet.
The curability of ascites forms the subject of one of the
longest chapters in the book, and it is certainly a topic of great
interest and well deserving full consideration. Yet, admitting
the value of his cases clinically as exponents of the history, the
causes, course, concomitant features, and pathological characters
of the malady, we must confess to disappointment when we
examine them for the purpose of discovering a foundation
whereon to base a truly curative treatment.
Of idiopathic ascites he has no experience, and believes that
the presumed instances of this affection were examples of
pathological states unrecognised during life. In his own
practice cases have occurred seemingly referable to such a
variety, but the opportunity of a post-mortem examination has
been fatal to the supposition by proving the existence of some
serious organic lesion of one or other organ.
Peritoneal eff"usion in young children appears to be in a
large proportion of cases curable, but even cases of this
sort Leudet cannot admit as furnishing evidence of idiopathic
ascites. He narrates a case of such ascites in a scrofulous boy,
four years of age, appearing after an attack of hooping-cough.
Cod-liver oil and iodide of iron were administered and the dropsy
96 Reviews. [July,
vapidly disappeared ; but when this had happened signs of hip
disease came on, which in its turn yielded to treatment. In
this patient Leudet concludes that there was temporary tuber-
culosis either of the lymphatic glands of the belly, or of the
peritoneum.
The next two cases narrated are connected with tubercular
disease and happened in adults. In the first the ascites accom-
panied tuberculosis of the lungs and right pleuritic effusion.
Under the influence of iodide of potassium and of iodine applied
externally the effusion both in the pleura and abdomen
vanished, and in course of time the patient recovered. The
dropsy in this instance Leudet attributes to a subinflammatory
action in connection with the onset of the tuberculosis of the
lungs, and probably itself due to the presence of tubercular
matter which does not advance beyond a first stage, or one in
which it only produces irritation of the tissue in which it is
deposited. The second case described agrees in its principal
features with the foregoing.
A further example of the spontaneous disappearance of ascites
is given in the case of a man who for years had urethral stric-
ture and chronic double pyelonephritis consequent upon it. The
ascites did not appear till after the lapse of ten years from the
date of urethral troubles, and after lasting nearly six months
passed away with an excessive discharge of urine. The man
himself subsequently died, seven months after, from an attack
of pneumonia, the dropsy having never returned. Here Leudet
assigns the ascites to effusion consequent on a cachectic state
and a subacute inflammation of the peritoneum, probably con-
nected pathologically with the chronic urethral and renal
disease. This form of ascites he calls fibrinous ascites. He
likens this case last mentioned to those intra-peritoneal effusions
sometimes met with in lying-in women and in instances of
some affections of the abdominal viscera, an example of which
he quotes, where the autopsy revealed chronic gastritis with
considerable hypertrophy of the coats of the stomach at the
pyloric end, hsemorrhagic effusion in the peritoneum, and
recent false membranes on the intestinal convolutions. The
liver, spleen, kidneys, and the blood-vessels, were healthy.
The next group includes cases of heart disease accompanied
by general dropsy and ascites, but their examination proves no
more than that the ascites may sometimes pass away for a
time ; that tapping, if not long delayed, may be usefully em-
ployed, and its repetition be borne many times, not only without
injury, but with much relief to the patient. Leudet would go
further, and, — from the appearances of fibrinous bands and adhe-
sions found within the abdomen of two patients who unfortunately
1875.]
Leudet's Clinique Medicate, S?
died and so deprived him of the opportunity of adducing positive
evidence of the truth of his opinion — contend that ascites asso-
ciated with heart disease and anasarca is curable by a subinflam-
matory state of the peritoneum. The author's hopefulness of
cure in the ascites of spirit drinkers with cirrhosis of liver is
equally remarkable. His patients die, but not before, to his
mind, they exhibit signs of approaching cure of their ascites by
the agency of a subacute peritonitis with fibrinous effusion.
He concludes this chapter by a notice of a case of ascites in
a rachitic female suifering with syphilis, hypertrophy of liver,
albuminuria and iritis. By means of calomel and iodide of
potassium the ascites and albuminuria were removed and her
general condition so greatly improved that she was able to be
discharged. This example of the cure of ascites dependent on
syphilitic disease of the liver does not stand alone, but is
confirmatory of the experience of others.
As a rider to this chapter on ascites, Leudet introduces a
short one detailing two cases in which he practised capillary
puncture through an umbilical sac communicating with the
peritoneum, for the purpose of curing the dropsy. In the first
case tapping had been twice previously resorted to and effected
by a large trocar and canula, but was followed by severe prostra-
tion on each occasion. On the next occasion that the evacua-
tion of the dropsical fluid became necessary Leudet tried punc-
ture with a fine capillary trocar, and was very successful
both in the relief afforded and in the avoidance of all the un-
pleasant symptoms that had ensued after ordinary paracentesis.
This capillary tapping he continued to practise over a period of
thirteen months, when the patient succumbed to the general
anasarca consequent upon a diseased heart, cirrhosis of the liver,
and glycosuria. His other case was also a fatal one from heart
disease, but the same mode of practice gave great relief to the
ascites during the seven months it was carried on.
A few extracts may be made from the last chapter but one
of this instructive volume. It is on the question, often debated,
of the influence of alcoholic excess on the production of pul-
monary tuberculosis. In the course of twenty years and among
15,000 patients, Leudet asserts that he has not met with more
than thirty-seven cases of pulmonary tuberculosis among those
addicted to alcoholic excess and presenting signs of alcoholic
dyscrasia. Moreover, from a tabulated statement of his cases of
tubercular spirit drinkers, he concludes that alcoholism does not
manifestly predispose to phthisis; and, further on, he remarks
that the visceral lesions due to alcoholic drinks, while they, on
the one hand, do not hinder the development of tuberculosis, on
the other do not favour its production. In like manner, in his
111— LYI. 7
9S Reviews. [«fuly,
experience, miliary tuberculosis cannot be attributed to the
prolonged abuse of spirituous liquors. On the contrary, tuber-
culosis may be chronic in the victims of spirit drinking. But
alcoholism multiplies intestinal accidents in tubercular disease,
in the form of hsemorrhage and of peritoneal mischief, a result of
the coexistence of amyloid and fatty degenerations of the liver
and kidneys.
The space we have given to this review indicates our appre-
ciation of Leudet's volume of clinical medicine as an honest
attempt to portray disease, particularly in some of its rarer
forms, in a practical aspect, and to advance our knowledge as
well of pathology and pathological anatomy as of treatment.
IX. — Marey on Animal Mechanism.^
It cannot be expected that the reviewer of a book like this of
Marey' s on animal mechanism should be in a position to criticise
experiments which he has heard of for the first time in his hfe — or
even be in a position to repeat the experiments for the mere sake
of finding out mistakes either in details or results. Instead of
being a critic the reviewer is reduced to the more pleasant position
of a student acquiring valuable information from the pen of a
master of experimental physics. The pathway of research of the
present day is, if more difficult to follow, more pregnant with
beneficial results to mankind at large. The study of the move-
ments of animals is not one of recent date, but probably greater
progress has been made in this branch of science during the last
two centuries than previously. Since the time of the first John
Bornoulli the action of muscles has been a constantly recurring sub-
ject of research to Continental and Enghsh anatomists. But pro-
gress has been of exceedingly slow growth, and not any more
accurate for its tardiness. Little more than a hundred years ago we
find a learned professor of anatomy writing as follows : — '^ The par-
ticular mechanism or immediate cause of muscular action has very
much tortured the brains of many philosophers. The extreme
delicacy of the texture of a moving fibre, and a great number of
phenomena, some of them very obvious, which have not been at-
tended to, have hitherto prevented the discovery of this mystery."
He shows that muscular fibre had been supposed to be spongy, vas-
cular, vesicular i contorted, elastic, &c. And concerning the con-
currence of different fiuids with the supposed structure of the
' Animal Mechanism : a Treatise on Terrestrial and Atrial Locomoiion. By
E. J. Maeey.
1875.]
Animal Mechanism. 90
fibre, systems have even been founded wholly on the spring or elas-
ticity of the solid parts of which a muscle is composed." Further,
the same author remarks, " Till some lucky discovery is made, what
can hitherto be gathered from the structure, confirmation, and
action of the muscles, is, that their strength depends on the
number of their fleshy fibres, and the extent of their action on the
length of these fibres.^' This is a fair summary of that which was
known to anatomists a hundred years ago. The next advance made
on the knowledge of muscle tissue is due to the microscope ; and
although not absolutely — yet almost so, this instrument has taught
us structure only. The muscular wave — the zig-zag of Magendie —
had never been accurately defined before the researches of Prevost
and Dumas. The same authors determined a long doubted ques-
tion, namely, whether contracting muscle was increased or dimi-
nished in regard to volume. Borelli maintained that there was an
augmentation; Glisson maintained and illustrated by experiment
the contrary.^ Others continued these experiments with variable
results — that of Barzoletti satisfying Magendie that " the volume
of the muscles changes not during contraction, and whether it did
or not was not of much consequence."
Modern researches have not only determined this their dis-
puted point, but have materially extended our knowledge of the
physical, chemical, and electrical properties of muscles. This
knowledge has been arrived at by actual experiment. Helmholtz
well observes that '^ we of the present day have already sufficient
insight to know that the laws of nature are not things which we
can evolve by any speculative method. On the contrary, we have
to test them by repeated observation or experiment, in constant
new cases, under ever-varying circumstances ; and in proportion
only as they hold good under a constantly increasing change of
conditions, in a constantly increasing number of cases, and with
greater delicacy in the means of observation, does our confidence
in their trustworthiness rise.^' No one has contributed more to
the science of fact than M, Marey. Long known and long re-
spected as an able, talented, and patient searcher after truth — truth
based upon carefully conducted experiments — he has boldly entered
into intricate fields of investigation, which frightened more timid
would-be discoverers — and succeeded in elucidating by his Herculean
industry, mechanical skill, and undaunted perseverance, facts in sub-
stitution of what previously were mere conjectures at the best.
But he has advanced our knowledge in many other respects, and in
no one, probably, more than in giving to the world of English
readers a book so [simply yet so ably written, embodying, as it
does, much that it is necessary to know concerning animal
mechanics.
1 Magendie, * Compendium of Physiology.'
lOO tieviews. t'^^uly,
The introduction of instruments — previously exclusively used in
the science of meteorology — modified to suit altered conditions,
into the physiological laboratory, marked a new era in scientific
research. Much that previously it was impossible to determine
can, by the aid of delicate instruments, be demonstrated. These
instruments have been introduced into physiology by Yolkman,
Ludwig, Helmholtz, and Marey, and are used by almost every prac-
tical teacher of physiology in the schools of this and other countries.
In the chapter on animal motion one of these instruments,
" the myograph,'"* is described and figured, and its function clearly
explained. Tracings are given to sliow the character of the move-
ments produced when electrical shocks are transmitted to muscles.
One of the most beautiful phenomena in connection with muscle
is its wave. The author has given a figure of the appearance pre-
sented by a wave in muscular fibre. It is not a decided success.
But readers of the book must examine a specimen under the micro-
scope, and then they will understand muscular contraction more
readily than from the figure in question.
The chapter on " Harmony between the Organ and the Tunction'^
is very interesting. The author shows that there is harmony be-
tween the form and function of the muscles. "Whenever function
varies in analogous muscles it is attended by a corresponding change
in the configuration of the muscles. This fact is illustrated by the
short sternum and thick pectoral muscles of birds with short wings
and the long sternum and thin muscles of birds with long wings,
the latter during flight offering proportionately a less area of the
whole wing surface than the former. Hence the necessity of greater
and more concentrated motor power.
" The comparison of homologous muscles in mammals of dififerent
kinds is not less instructive under the aspect in which we are now
considering them."" No doubt they are instructive enough. But
the author naively remarks, "One is often embarrassed in this
comparison by the difficulty of recognising the homology."
"The discrepancies are oftentimes so striking that anatomists
have described under various names the same muscle in different
species." If anatomists had confined themselves to so simple a sin
of commission — misleading and perplexing though it is — there
would have been very little mischief done to the progress of science ;
but anatomists have for nearly a century vainly struggled in the
pathway of confusion to pair muscles of one with those of the
other limb, forgetting that difference in function — whatever may
have been the determining conditions of the differences in the
two limbs, or how many hundred or thousand generations it may
have taken to determine the decided difference in function between
the two limbs — is the power or factor which modifies and induces
muscle change. Muscle is merely a mechanical agent, acted on by
1875.] Animal Mechanism. 101
a superior force ; and if the superior force wills that the inferior
should move in a certain direction, owing to new and inaccessible
wants, and the muscle cannot do it, the superior force is capable of
educating the inferior until it can do so. Hence, in a succession
of generations, that which the first cultivator of the application of
a new direction of force could not do without practice its descendants
could easily do, and to a greater degree, even approaching to w4iat
may be considered to be a new direction, though an extension
virtually of the limited original motion of its ancestor.
The author considers that " in the greater number of cases the
homology of muscles is not doubtful.'"' " It is implicitly admitted
by the fact of an identical designation being applied to certain
muscles in different species.^' Well, it is evident enough that the
muscles which extend and flex the toes in the two limbs are homo-
logous and receive similar names ; but where the difficulty practi-
cally lies is not in those which are so self-evident as between those
muscles present in one limb and not in another, and in the limbs
of one animal and not in those of another one. The higher we
proceed in the animal scale, the more difficult — in fact, impossible —
it becomes to adhere to a law of homology; neither is such a
law desirable, even if it could be applied without the aid of an
active imagination.
Discussing the easy recognition of the biceps femoris, &c., the
author states that " If one can rely on the anatomical plates of
Cuvier and of Laurillart, the negro has the perineal insertion of
the biceps not so high as in the white man, thus approximating to
its position in the ape.'^ If this were the case it would be a fact
antagonistic to the theory of evolution. The fact is that in both
ape, black and white, the biceps attains a similar point of attach-
ment indirectly. The ischiatic ligament is nothing more than an
aborted part of the muscle. Beyond these and a few other minor
points of no particular moment, the chapter on organ and function
is of great interest.
The chapter on " The Development Theory " is a brief resume of
the views held by the two schools, the Creationists and the Evolu-
tionists. The author has evidently a conviction that the old school
will in process of time be defeated. The great mistake which both
schools fall into is the requirement of definite productions from a
given status. The Creationist shelters himself behind the "unassail-
able " — in the "beginning'' creation — out of nothing into perfection.
The Evolutionist in the beginning nothing but protoplasm. Erom
this status time and circumstances have produced everything.
Mere argument will not advance our knowledge one jot or tittle.
And thus no amount of research will ever be able to illustrate the
various phases which life has manifested in and on the earth. Nor
^ill it demonstrate to us how — if we ^re to take protoplasm as %
102 Reviews. [July,
starting-point — the immense number of different species of plants
and animals have attained their present status, and maintained so
persistently their characteristic features when perpetuated through
such long periods. If animals can select, plants cannot, and the
latter equally with the former preserve in the majority of instances
isolated characteristics peculiar to their kind. But it must be
granted that the Evolutionist has many facts in support of his
theory. It is not natural selection. If the latter is a potent agent
in modifying, it does not account for all the peculiarities met with
in anatomical tissues and the gradual but steady and persistent
invasion of nerve substance and nerve force. There is an inde-
pendent force which modifies tissues, and what that force is, and
how that force acts, is the task which present and future scientific
observers have to determine. Even Mons. J. Guerin's pithy formula,
" Function makes the organ" though a mere reversion of an older,
equally as pithy a one, is like its more ancient axiom a diminutive
truth shorn of its chief glory, '' the necessity " which creates the
function. And this again leads to the final cause to be sought,
wherefore, or how, the necessity? But speculation beyond the
stage of easy appreciation, borne out by facts, is absurd and useless.
Let the past remain in its arctic tomb until we can read the present.
The very tendons, which M. Marcy has not altogether a very clear
idea of — that is, as to their true significance — teach us one of the
most instructive and forcible lessons in evolution capable of easy
demonstration. It is a lesson which neither the creation nor
natural selection theories can explain, and it answers the very
question asked by the antagonists of evolution.
The fibrous tissue of tendons, aponeuroses, ligaments, &c., are, in
the appendicular parts, aborted remnants of muscle tissue. Tendon
is not lost, at all events, as M. Marey thinks, in descending the
animal scale ; but on the other hand it is gained as we ascend the scale —
the higher the animal and the more definite and declared its tendons.
Muscle wastes in the inverse ratio to the accession of brain tissue.
But natural selection does not satisfactorily account for this irre-
futable fact any more than it is able to explain the fragments of
muscles perfect in lower animals, the peculiarities of bone, and the
progressive massiveness and complexity of nerve tissue, found in
higher animals. Everything that we know of seems to exhibit a
progressive law of evolution. Whatever the beginning, it was evi-
dently simple in status, simple in material, and simple in organisa-
tion— whether by creation, natural selection, or evolution, or a com-
bination of any two or the whole of these forces, is not of vital
importance. Oi^anized and unorganized are, as exhibited to us now,
complicated enough. But analysis undoubtedly shows us that each
and every tissue in both kingdoms have been vastly more simple in
texture than they appear to us now.
1875.] Animal Mechanism. 103
But M. Marey admits the influence of a force or power, whether
natural selection or evolution matters not. ''If it be true that
every foetus brings into the world a contorted humerus, it is no less
true that this form may be considered as the effect of muscular
action accumulated from generation to generation/' The latter
assertion is not so self-evident as it might be when contrasted with
previous assertions as to bone markings and bone ridges, &c. There
is decided law in regard to these markings. They are not entirely
due to degree of muscle appended to them, any more than the
number of sternal ribs depends upon the degree of development of
the ventral trunk muscles. The variability of the muscular system
in its transit from childhood to old age is not so decided in the
human subject. As M. Marey states, "The function of the muscles
changes with the different periods of life, and becoming more and
more restricted employs continually less contractile fibre," &c. Age
cannot account for the invasion of tendon already mentioned, and
its differentiation. Moreover, it is impossible to explain how nerve
force can split tendon from its distal end, and split it so gradually
that in different beings every stage of a muscle may be seen, from a
short distal differentiation of a tendon to its complete and perfect
isolation from the parent mass as a distinct and independent muscle.
The learned Borelli says, " It is worthy of admiration that in so
great a variety of motions, as running, leaping, and dancing, nature's
laws of equilibration should always be observed ; and when
neglected or wilfully transgressed, that the body must necessarily and
immediately tumble down." Locomotion, especially ''terrestrial,"
has long been a subject of interest.
The brief description given of walking, p. 112, embodying some
of the analyses of M. G. Carlet, does not materially differ from that
of Magendie — in fact, there is little beyond difference in words.
But M. Marey's description of his experimental shoe and registering
apparatus, to illustrate pressure on the ground and its intensity, is
as intelligible as it is unanswerable and illustrative of his great
mechanical genius.
The modes of progression used by man and the paces of the
horse are now no longer subjects of conjecture, but of absolute
knowledge. The author truly remarks, " There is scarcely any branch
of mechanics which has given rise to more labour and greater con-
troversy than the question of the paces of the horse."" Again,
" Any one who proposed at the present time to write a treatise on
the paces of the horse would have to discuss many different opinions
put forward by a great number of authors.''
There seems to be a certain unanimity amongst authors as to the
movements of the hmbs in the simpler paces of the horse, such as
in walking and ambling. Various contrivances have been resorted
104 Reviews. [July,
to to interpret that which was almost impossible by unaided
observation.
Marey has succeeded by the direct application of ingenious regis-
tering apparatus in producing a series of experiments alike interest-
ing to the physiologist and artist. From these experiments the
former ^^can derive the expression of the duration, actions, and
reactions of each pace, the energy and duration of each movement,
and the rhythm of their succession •/' while the latter (the artist)
knows ^' exactly the attitude which corresponds with each move-
ment, and is thus enabled to represent it faithfully with the
various poses which characterise it.''''
These experiments have been carried out to verify and amplify
the principles already known and established by Yincent and Goiffon,
Baron Curnien, &c.
M. Marey has not discussed aquatic locomotion. His reason for
not doing so is that the recent experiments of Mons. Ciotti have
thrown great light on the propulsive action of the tails of fishes ;
not that they have overthrown the theory held ever since the time
of Borelli concerning the mechanism of swimming, but they have
approached the question in another manner, that of synthetic repro-
duction of this phenomenon. This method will certainly permit us
to determine with a precision hitherto unknown both the motive
work and resistant work in aquatic locomotion. It will therefore
be advisable to wait for the results of experiments which are now
being made, and which will be of equal service both to mechanicians
and to physiologists.
It is evident, even to the most superficial observer, that whilst
terrestrial locomotion can be readily studied, serial locomotion pre-
sents a series of formidable difficulties to be overcome before trust-
worthy knowledge, based upon actual experiment, can be obtained.
In the former there is a fixed and tangible surface of reaction,
whereas in the latter there is merely an attenuated and shifting
medium, to which the organs of locomotion impart a certain volume
of moving force in a direction contrary to that in which the animal
moves. Hence it is only in proportion to the rapidity with which
it is displaced that the air resists the impulse of the wing.
In studying, therefore, the phenomena of flight of insects greater
ingenuity and delicacy of manipulation are required than in demon-
strating the paces of a horse. The questions to be determined,
according to Marey, are—
1. What is the frequency of the movements of the wing of
insects ?
2. What are the successive positions which the wing occupies
during its complete revolution ?
3. How is the motor force which sustains and transports the
body of the aniinal developed ?^
1875.] Animal Mechanism. 105
These three questions the author proceeds to answer, illustrating
his explanations by a series of beautiful and admirably conducted
experiments. On reading the chapter on " Flight of Insects'^ we
find ourselves more and more impressed with the already established
conviction that we are in the hands of one thoroughly master of his
subject. The method of determining the frequency of the wing
movements, the influences which modify their frequency, the syn-
chronism of the action of the two wings, the changes of plane, &c.
are honestly demonstrated by, what seems to us, experiments as
accurate as they are unanswerable.
It has long been an established fact that the frequency of the
movements of the wings varied according to species. But it had
not been determined with the same precision as by M. Marey. The
graphic is far superior to the old musical note method. "It enables
ns to ascertain almost to a single beat the number of movements made
2^er second by an insect^ s wing."
Pettigrew (-Animal Locomotion,' p. 121) says, "The wing of the
blowfly is said to make 300 strokes per second,^' &c. " Now, it
appears to me that muscles to contract at the rate of 18,000 times
in the minute would be exhausted in a very few seconds/' &c. " I
am therefore disposed to believe that the number of contractions
made by the thoracic muscles of insects has been greatly overstated ;
the high speed at which the wing is made to vibrate being due less
to the separate and sudden contractions of the muscles at its root
than to the fact that the speed of the different parts of the wing is
increased in a direct ratio as the several parts are removed from the
driving point." Marey says, "These exceedingly complicated
movements [of the wings) would induce us to suppose that there
exists in insects a very complex muscular apparatus, but anatomy
does not reveal to us muscles capable of giving rise to all these
movements,'' &c. He explains at length his reasons for the assertion
that " an upward and downward motion given by the muscles is suf-
ficient to produce all these successive acts, so well co-ordinated with
each other ; the resistance of the air effecting all the other movements?^
This brings us to the consideration of the following passage,
p. 187 : — " We thought that we had been the first to point out the form
of the trajectory of the wing of the insect, but Dr. J. B. Pettigrew,
an English author, informs us that he had already mentioned this
figure-of-8 appearance described by the wing, and had represented
it in the plates of his work.^ It will be seen presently that, notwith-
standing this apparent agreement, our theory and that of Dr.
Pettigrew differ materially from each other." Again, in describing
the propulsive action of the wings of insects, p. 199, Marey
I " On the Mechanical Appliances by which Flight is maintained in the Animal
]^ingdom," * Trans, Linn. Society,' 1867.
106 Reviews, [July,
says, "Each stroke of the wing acts on the air obliquely, and
neutralizes its resistance, so that a horizontal force results which
impels the insect forwards. This resultant acts in the descent of
the wing, as well as in its upward movement, so that each part of the
oscillation of the wing has an action favorable to the propulsion of
the animal."''' Further, contrasting the direction of movements in
the trajectory of the wing, Marey shows that the movement is in
opposite directions in the two branches of the 8. Pettigrew makes
them run in the same direction, and, '^ in order to explain the form
which he assigns to this trajectory, Dr. Pettigrew admits that in its
passage from right to left the wing describes by its thicker edge the
thick branch of the 8, and the thin branch by its narrow edge. The
crossing of the 8, therefore, would be formed by a complete reversal
of the plane of the wing during one of the phases of its revolution.
In fact, the author seems to perceive in this reversal of the plane
an action similar to that of a screw, of which the air would form the
nut.'^
Now, it must be granted that as far as the mere discovery of the
figure-of-8 movement is concerned Dr. Pettigrew is entitled to
priority of discovery. But Marey^s independent discovery and ex-
planation of the figure-of-8 movement of the insect's wing is as
different from that of Pettigrew' s as the second law of Kepler (that
the planetary orbits are elliptical, having the sun for their common
focus) is to that of the abstract theory of the curve of the old
Greek geometers. But Dr. Pettigrew is not of this opinion; at all
events was not last year. Eeplying to a criticism on his book by
Euskin ('English Mechanic,' Eeb. 13th, 1874), Pettigrew sum-
marises his views as follows : — " Quadrupeds walk, and fishes swim,
and insects, bats, and birds fly by figure-of-8 movements.'' '^ The
flipper of the sea bear, the swimming wing of the penguin, and the
wing of the insect, bat, and bird, are screws structurally, and
resemble the blade of an ordinary screw propeller."
" Those organs are screws functionally, from their twisting and
untwisting, and from their rotating in the direction of their length,
when they are made to oscillate.
" They have a reciprocating action, and reverse their planes more
or less completely at every stroke.
" The wing describes a figure-of-8 track in space when the flying
animal is artificially fixed," &c.
There can be no question of the fact that either Marey is right
and Pettigrew wrong, or the reverse. Erom a careful contrast of
the two explanations and from other evidence it seems to us that
Dr. Pettigrew's views are not in accordance with fact, and he would
do well either to repeat his own and Marey's experiments or grace-
fully allow to Marey the honour to which he seems to us so justly
entitled. Dr. Pettigrew cannot honorably persist in the statement
1875.] Animal Mechanism. 107
thatMarey admitted the priority of his (Dr. Pettigrew's) discovery.
That statement was made under a mistaken idea of the general
bearing of Dr. Pettigrew's discovery ; Marey now repudiates it, and
he has shown that there are just and decided grounds for so
doing.
Thus far Marey 's researches on flight — and difficult and tedious
these researches have been — verify more or less completely the
theory of flight propounded by Borelli. Dr. Pettigrew maintains
in opposition to several observers whom he himself quotes in his
work, and also to Marey, " that a natural wing, or a properly con-
structed artificial one, cannot be depressed either vertically down-
wards or downwards and backwards. It will of necessity descend
downwards and forwards in a curve. This arises from its being
flexible and elastic throughout, and especially from its being care-
fully graduated as regards thickness, the tip being thinner and more
elastic than the root, and the posterior margin than the anterior."
Again, " The flat surfaces of the wings are consequently made to
strike downwards and forwards, as they in this manner act as kites
to the falling body, which they bear, or tend to bear, upwards and
forwards."
'^ In no instance, however, unless when the bird is everted and
flying downwards, is the posterior margin of the wing on a higher
level than the anterior one."
Dr. Pettigrew has been severely taken to task more than once for
the above statements. Still, he appears to be remarkably confident
in his own views, and even repeats them after criticism. It would
be premature at the present time to decide upon the merits of the
two observers, Marey and Pettigrew.
We prefer to wait until Marey's further researches on the im-
portant subject of flight have been published. In the meantime
Dr. Pettigrew may probably deem it necessary either to bring
forward more decisive evidence in support of his statements, or
show more conclusively than he has yet done that the views of his
opponents are contrary to facts.
M. Mare/s book is one that will be widely read. If it is not
the pioneer into long unexplored fields of research, it is the guide
to them. We have no doubt that it will be the means of stimulat-
ing many enthusiastic workers to greater discoveries than even M.
Marey has made. We wish M. Marey as great and as well-deserved
success in his future as in his past labours.
108 Reviews. [July,
X. — Recent Works on Medical Jurisprudence.^
The list of works we have placed at the head of this article indi-
cates pretty clearly in what direction modern medical jurisprudence
has made its chief advances. It will be observed that most of the
above volumes, except those relating exclusively to toxicology, are
new editions of old and standard works. It is in toxicology, then,
that medical jurisprudence has chiefly progressed during the last
decade. Nor can this be wondered at. When it is considered
what a host of new remedies are beiug yearly added to our list of
materia medica — many of them containing principles of great
potency for good or evil — and the astonishing advances made by
modern organic chemistry, mainly in the direction of the discovery
of new compounds, it can hardly be an object of wonder that the
studies of medical jurists have been much devoted to toxicology. It
is true, nevertheless, that considerable advances have been made in
other branches of the science, but not to a commensurate extent.
In order to verify our remarks let any one take up and compare
the third edition of Guy's * Principles of Forensic Medicine ' with
the fourth edition, now before us, brought out jointly by Drs. Guy
and Terrier. We advise a comparison of the two most recent edi-
tions of this work, because it may fairly be considered to be the
usual text-book read by Enghsh students, just as the ' Principles and
Practice ^ of Dr. Taylor's is the standard work of reference among
lawyers. Both treatises, then, being the writings of able and prac-
tical men, may be fairly taken to represent adequately the assured
facts and assured opinions of medical jurists of the present day. It
will be found that the first two parts of the last edition of Dr, Guy's
manual are substantially the same as those of the previous editions,
whilst the third part of the new edition, treating on toxicology, is
much enriched, and, as we learn from the preface, this has been done
by Dr. Perrier. It is true that a chapter on personal identity is
^ 1. The Principles and Practice of Medical Jurisprudence. By Alfeed
SwAYNE Tatloe, M.D,, F.R.S. Second edition. London, 1873.
2. Wharton Stille's Medical Jurisprudence. Third edition. Philadelphia,
1873.
3. Principles of Forensic Medicine. Fourth edition. By William A. Gtjt,
M.B., F.R.S., and David Feeeiee, M.D. London, 1875.
4. A Manual of Toxicology. By John J. Reese, M.D. Philadelphia and
London, 1874.
5. Die Gerichtlich-chemische Ernmittelung von Qiften. Von Dr. Geoeo-
DEAaENDOEFP. St. Petersburg, 1868.
6. Beitrdge zur Gerichtlichen Chemie einzelner Organischer Gifte. Ibid.
7. Manuel de Toxicologic. Par Deagendoeff, traduit par E. Rittee. Paris,
1873.
8. Beitrdge zur Oerichtlichen Chemie ein?elner Organischer Gifte. Von Dr,
Deagendoeff. Petersburg, 1872,
p, Guy's Hospital Reports,
iSr^.j Recent Works on Medical Jurisprudence. i09
added, a^nopos of the Tichborne case ; but this is interesting, not on
account of new researches or discoveries, but because old and well-
known principles are applied in the elucidation of a special and highly
complicated case.
Not many years have elapsed since toxicology was nearly exclu-
sively confined to the consideration of inorganic or mineral sub-
stances, and rarely travelled — at all events as a science — further
than these and to a few organic, or, as they are now generally
termed, carbon compounds, such as prussic acid and morphine. The
use of strychnine in a few cases which became causes celebres turned
the attention of men of science to the organic principles known as
alkaloids ; and, still more recently, the discovery and application in
the industrial arts of aniline, and the multitudinous hosts of products
derived from, or allied to, that substance, have greatly extended our
knowledge of nitrogenous organic bodies. Moreover, the increased
study, especially on the Continent, of the physiological action
of poisons and remedies generally, has vastly extended the area of
toxicology. Nor has the study of the chemical reactions of organic
bodies been neglected ; indeed, 550 octavo pages of the Trench
edition of Dragendorft's ' Manual of Toxicology ' are nearly exclu-
sively devoted to chemical analysis, and of these about 100 are
taken up with the subject of testing for the alkaloids. Such a vast
array of matter indicates activity of research, more, perhaps, than
exactitude of knowledge.
It is evident that our Continental chemists are far ahead of our
English brethren in their experimental knowledge of the alkaloids.
Dr. Guy treats, indeed, of but some seven or eight of the alkaloids,
and Dr. Eeese of about the same number ; whilst Dr. Dragendorff
gives us the chemical characteristics of about thirty of those interest-
ing principles, all of which may be met with in toxicological inves-
tigations, and his descriptions are much fuller and more exact than
those of the English author. With true insular prejudice British
chemists in great measure despise the alkaloids, and for this reason,
apparently, that their chemical constitution is to us still so much a
mystery. Indeed, one recent systematic English writer of a treatise
on organic chemistry has entirely omitted all mention of the alka-
loids from his work, evidently because their relation to other well-
understood carbon compounds has not been satisfactorily estabhshed.
And thus it happens that, with a few brilliant exceptions, little
has been done in this country to advance our knowledge of the
chemistry of the alkaloids.
But though our knowledge of the chemical relations and constitu-
tion of the alkaloids is still immature, their reactions are, fortunately
for the practical toxicologist, better known, and they are as a class
marked off from other carbon compounds by their multitudinous
so-called colour reactions, which, if not affording evidence for their
110 tieviews. [•'^uly,
detection of the highest order of certainty, may, if taken in conjunc-
tion with their physiological actions, afford a body of evidence
sufficient to enable us to draw sound conclusions as to the presence
or absence of a given poison. It would be out of place here to enter
into details as to chemistry proper ; but the student of toxicology
will find the fullest and latest information as to toxicological analysis
in the French edition of Dragendorff's manual, which, we may add,
embodies nearly all that is contained in the two volumes of Dragen-
dorflp, written in the German language, whose titles we have placed
at the head of this article.
Physiological research has during the last decade done much to
extend our knowledge of the action of poisons ; and our German
brethren have been very active in pursuing this branch of scientific
investigation ; but even on this side of the Channel we have not
been idle, and we have among us energetic and able workers in this
field. We only hope that their labours may not be abridged by the
persistent attacks of the Society for the Prevention of Cruelty to
Animals ; for we believe that pain inflicted upon animals by physio-
logical experiments cannot for one moment be placed in comparison
with the good resulting from the discoveries which are made
through this mode of investigation.
Sufficient attention has perhaps not been given to the application
of physiological taste for organic poisons, although some ten years
ago the attention of the profession was prominently directed to this
promising line of search. Indeed, in 1856, Dr. Marshall Hall first
suggested the tetanic spasms produced in frogs by strychnine as a
means of detecting that poison ; and in 1864 on the occasion of the
trial of M. de la Pommerais for the murder of Madame de Pauw, phy-
siological tests for digitaline were chiefiy relied on as evidence of the
administration of digitaline. In 1865 Drs. Pagge and Stevenson
communicated a long experimental research on this subject to the
Eoyal Society, their object being to show that physiological tests
may be made independent of any relation between the action of
poisons on man and on the lower vertebrata. They endeavoured to
avoid altogether the difficult question of identity of action of poisons
upon men and the lower animals upon which all physiological evi-
dence in cases of poisoning had up to that time been based; and it
appeared to them sufficient that the action of the substance supposed
to contain the poison on the animal experimented on be identical
with the known effects of that poison upon the same hind of animal,
and that these effects be capable of being produced by no other
agent, or only by a limited number of such agents. And, shortly
after. Prof. Penny and Dr. Adams, in describing the methods pur-
sued by them in their search for poisons in the case of Pritchard,
also arrived at the conclusion that it was of little moment that the
phenomena manifested in rabbits to which a supposed poisonous
1875.] Recent JVorks on Medical Jurisprudence, 111
liquid had been administered should differ from those manifested by
the human subject when under the influence of the same agent, so
long as the toxic action was uniform and characteristic when
employed on the same animal. The principles thus clearly laid down
do not, nevertheless, appear to have been generally adopted by toxi-
cologists ; and we imagine the reason for this lies in the fact noted
by Drs. Tagge and Stevenson that a limited group consisting of
few poisons may be apparently identical in their action when ad-
ministered to the lower animals : physiological tests may point
to a group of poisons, but fail to differentiate any single poison of
the group. Spite of this radical defect physiological tests are of
great value and in many cases cannot be dispensed with, since
chemical tests, so far as is at present known, are not always compe-
tent to determine the presence of some of the organic poisons.
Another circumstance militating against, though not absolutely
vitiating, the application of physiological tests for poisons is, that
extracts made from the gastric contents of the higher animals may,
as pointed out by Drs. Fagge and Stevenson, under certain circum-
stances exercise a toxic influence upon the lower animals, as e.g»
frogs, animals which are above all others most available for the
purposes of the toxicologist.
For a reason we have already alluded to, namely, that it is
the most concise English manual of medical jurisprudence, and
is also, as we believe, the one most generally read by medical
students, we shall chiefly confine our criticisms to the work of Drs.
Guy and Perrier ; only noticing the other works named at the head
of this article where special mention appears requisite.
The manual of these authors does indeed form a compact and
handy book of reference, and in it the ordinary medical man will
find all that is necessary to guide him in his practice ; though
lawyers and medical jurists will, we imagine, greatly prefer the
larger and more ponderous volumes of Dr. Taylor. The great
defects of Dr. Guy's manual are that accuracy is occasionally
sacrificed for the sake of brevity ; that statistical details are given
with undue minuteness, and valuable space is thus sacrificed
to the exclusion of valuable matter; and that the book has a
certain hardness and dryness of style which renders it somewhat
repulsive reading, spite of the interesting nature of the subject. We
will endeavour to illustrate these statements by examples taken from
the work itself.
The section in Dr. Guy's 'Principles' which treats of the
detection of spots of blood is not altogether satisfactory. Its
chemistry is obscure and not altogether precise and accurate. Thus,
in order to discriminate between blood pigment and the red sulpho-
cyanate of iron it is stated that the latter gives '' a white precipitate
of oxide of iron " when treated with ammonia, though no white
112 keviews. [July,
hydrate is known to chemists. Again, the mode of applying the
guaiacum test is given without any of the precautions clearly laid
down by Dr. Taylor, and usually adopted by the medical jurist.
Moreover, it is stated that in the microscopical examination of a
blood-stain a quarter-inch object-glass is as high a power as it is
necessary, '^ or, perhaps, desirable,'^ to use ; and it is said that the
corpuscles can be well seen with a good half inch. We imagine
that few experts would nowadays be content with the use of an
object-glass of less focal length than an eighth of an inch, and most
microscopists would prefer to use one of still greater magnifying
power. Indeed, some go so far as to use immersion lenses of -oV,
and even 3-^ inch focal length ; and, it is said, with advantage.
Their treatment of the subject of life insurance is far more satisfac-
tory ; and here Dr. Guy is thoroughly at home. Into the compass of
nine or ten pages they manage to compress a vast amount of valuable
matter — statistical and medical — which the practitioner will find of
great service in enabling him to arrive at sound coiiclusions when
investigating lives for insurance purposes. Of course, details
cannot be entered into, but the general principles inculcated are
excellent. The young practitioner may study this chapter with
profit, for it touches upon a branch of practice which he will in vain
have sought to gain some knowledge of in the schools. Neverthe-
less, the statistics with which this cha})ter is interlarded are at once too
brief and unreliable to be of essential service to the practitioner, and
would have been well omitted. They are based upon the essen-
tially unreliable returns of the Registrar- General, which, useful as
they are in many respects, are valueless in estimating the mortality
from such indefinite diseases as "apoplexy'^ and "heart-disease^' —
names too often used by medical men in certifying the causes of
death without using much discrimination.
In view of the expedition of the exploring ships, the Alert and
Discovery, to the arctic regions, the subject of death from cold
possesses an absorbing interest; and the best means of averting
the effects of low temperatures has received great attention. To
the ordinary medical man practising in this country the topic
usually presents less of interest than its importance deserves ; since
the same means must, as a rule, be taken to avert the lesser as wtII
as the greater and lethal effects of cold.
In estimating the effect of cold on the human body, Drs. Guy
and Terrier lay down three modes by which the body is cooled — by
cutaneous exhalation, by conduction of the air in contact with it,
and by radiation. They say —
**The cutaneous exhalation is increased by dry and diminished
by moist air. Hence the body parts with its heat more rapidly in a
dry atmosphere. On the other hand, the body is cooled by conduc-
tion^ when the air is moist ; so that the body is cooled alike by dry
1875. J Recent IVorks on Medical Jurisprudence. ll^
cold air and by cold moist air. Cold humid winds lower the tem-
perature of the body in a very striking degree. A rapid renewal of
the air, as in a brisk cold wind, lowers the temperature of the
body, both by evaporation and conduction " (p. 341).
Now, we have here no statement of the regulative action of the
nerves upon the animal body by which the system is enabled to
ward ofP or resist the effects of cold. Considering the misappre-
hensioijs which exist as to the means by which the effects of cold
are resisted, such an account would perhaps have not been super-
fluous. The human body is provided with a set of nerves — the
vaso-motor nerves — which regulate the size of the blood-vessels,
and this apparatus is constantly in a state of activity without our
being conscious of it. Should the media surrounding the body fall
in temperature, immediately the above-described apparatus closes
more and more the paths by which heat escapes from the body, i.e.,
by the pores of the skin and cutaneous exhalation. It is literally
true, as has been well said, that the cooling of the skin protects
the interior of the body for a time from too great loss of heat ;
and the converse is equally true. Alternations of temperature
seem necessary to keep the vaso-motor regulative apparatus in
healthy activity ; and no small part of the effects of prolonged cold
are doubtless due to the loss of this activity.
The extract we have quoted also exhibits a manifest inacquaint-
ance with the real meaning of the term '^dryness" as applied to
the atmosphere. The term dryness has a purely relative meaning,
and is intended to express the state of saturation or non-saturation
of the air with moisture. The quantity of moisture which the air
is capable of taking up at different temperatures is very various.
Thus at 35° Fahr. a cubic foot of air will take up two and a quarter
grains of aqueous vapour, at 60° it will take up five and a half grains,
and at 80° ten and a quarter grains. Now, a cubic foot of air at
35°, containing two grains of moisture, and a cubic foot at 80°,
containing ten grains, may both be said to be equally dry, since
they are both capable of taking up the same amount of moisture,
viz. a quarter of a grain. But in another sense the air at 80°
may be said to be much the moister of the two, since it contains
five times so much water as the air at 35°. \Ve are not aware
whether any experiments have been made to ascertain the relative
conductivities for heat of air at different temperatures, when charged
with varying proportions of aqueous vapour; but we imagine that
the conductivity will be found to be proportionate to the percentage
of moisture in the air, and not to its dryness, i.e. relative saturation
with aqueous vapour.
The interesting subject of spontaneous combustion is treated of,
as a matter of course, from the sceptical point of view. Orfila was,
nevertheless, a believer in the possibility of this form of death.
Ill— LTI. 8
Il4 Reviews, [July,
Eewj we imagine, would now-a-days be inclined to adopt Orfila's
opinion on the subject. The cases cited by Guy and Eerrier are
too ancient to either prove or disprove the statement that spon-
taneous combustion is a possibility. There are more recent and
better reported cases than those cited by the authors we have just
named; and it would have been well for them to have given a
critical account of the case of Mrs. Warrack detailed by Wharton
and Stille (§ 865).
The remarks of these authors on the subjects are worthy of at-
tentive consideration, and. embody a cautious and philosophical view
of the question at issue. They say :
" Admitting that the phenomena of spontaneous combustion, so
called, are incongruous with the laws of combustion so far as they
are known, it does not follow that we should with these chemists
(Liebig and Bischoff), reject as unworthy of belief the many curious
and authentic facts on record. These may be true, although
incorrectly accounted for. Indeed, there are many examples of the
spontaneous combustion of organic and inorganic matter, which
chemistry is unable satisfactory to explain. But the number of
cases now known, amounting to between forty and fifty (some of
them, perhaps, indeed fictitious), the uniformity in the description
of the phenomena, and often age and habits of the persons attacked,
require us to regard them as scientific facts yet unexplained"
(§867).
The subject is one which certainly cannot, in view of the recorded
facts, be dismissed with a sneer.
In treating of the important subject of burns, Dr. Guy adopts
the conclusions of Chambert, though, oddly enough, " with modifi-
cations suggested by the more certain of the results,'^ not of the
later but " of the earlier writers." Nevertheless, though the pre-
ference is thus given to the earlier rather than to the later authorities,
his descriptions are generally good, and his conclusions such as are
accepted by most modern medical jurists. We note, however, some
obscurity of diction, and fancy that the average medical student
will be at a loss after reading the text of the book to know what
are the precise signs by which he might discriminate between ante
and post-mortem burns. Thus, it is stated (p. 336) that burns in
the living body caused by substances which do not char and destroy
the tissues, produce two characteristic appearances — redness and
vesication. The redness seen after the infliction of burns during life
is next described, and then the blisters, in which it is laid down that
the albumen is more abundant when wholly due to vital action
than when the burn, being inflicted at the point of death, the vesicle
forms when life is extinct. But, it is added, " these appearances
belong equally to burns made at the point of death and to those
made twenty hours previously/^ From this it would almost appear
1875.] Recent Worhs on Medical Jurisprudence. 115
that the authors thought that the appearances exhibited by burns
made at the point of death were generally identical with those made
twenty hours before death — a conclusion which is at variance with
other statements made by the authors.
In the portion of their book devoted to a description of death
by lightning, we find a brief summary of most that is of practical
importance relative to this most interesting mode of death. Yet
we note that there is an entire absence of any mention of the effects
of different forms of electric discharge upon the animal body, a
subject which has been carefully elucidated by Dr. B, W. Richardson.
This section of the volume will also, we venture to surmise, be
disappointing to those who are skilled in physical science. Judging
by their language, the authors appear to hold most materialistic
views as to the existence of one electric fluid. Thus, in describing
what is known as death from the return stroke, they say — '^ Death
may be caused by an electric shock other than the electric stroke.
This happens when a cloud near the earth is negatively electrified,
while the earth is positive, and the human body serves as the con-
ductor, by which the equilibrium is restored."" In reahty death
from return stroke is as much a death from hghtnhig stroke as is any
other form of death from lightning. A short account of the theory
of electric induction would have been much more intelhgible than
the description we have extracted ; which, indeed, conveys no real
idea to the mind of the reader as to what a return stroke is. It
would appear also from the text of the book that the authors
thought that the mere passage of an electric current through
articles of iron and steel was sufficient to communicate to them
magnetic properties. The true relation of electrical currents to
magnetic properties, and the exhibition of magnetic properties by
all metallic conductors and electric currents are omitted.
The interest attaching to the subject of personal identity has, during
the last few years, been all-absorbing. The Tichborne trial has
attracted an undue amount of public interest, and the proofs and
disproofs of the personal identity of living persons have been the
subject of conversation in every drawing-room and every tap-room.
Hitherto the cases quoted in the text-books of medical jurisprudence
were those of historical rather than recent interest ; but since the
close of the leviathan trial it might be expected that the lesser cases
would in those works give place to the greater. Unfortunately,
when the second edition of Dr. Taylor's ' Principles and Practice of
Medical Jurisprudence' was passing through the press in 1873,
the second Tichborne trial was still dragging along its weary length.
We know, indeed, that the distinguished author kept back the proof
sheets containing his comments on the marks of personal identity
on the claimant of the Tichborne estates, hoping against hope that
the trial would shortly come to a close ; and that it was only on the
Il6 Reviews. [July,
advice of the late Chief Justice Bovill that the edition was at length
sent to the press minus the sheets already prepared. Dr. Taylor^s
volumes are hence deprived of much of the interest they would
otherwise have possessed. The loss has in some measure been
repaired by the publication in the * Guy's Hospital Eeports ' of
the omitted remarks on tatoo-marks as evidence of personal identity.
It is to be feared, however, that they have here much less prospect of
coming before the medical and legal professions than they would have
if they had appeared, as itw^as intended, in the body of Dr. Taylor's now
classical volumes. Eveninthe workof Drs. Guy and Terrier, though
bearing date September, 1874, an appendix to the chapter on per-
sonal identity has been added, having exclusive reference to the Tich-
borne case, for the sheets containing the chapter on personal identity
were already in the press ere that case was concluded. Dr. Taylor con-
fines his observations to tatoo-marks exclusively, whilst Dr. Guy enters
into the whole question of the identity or non-identity of the
claimant with the real Eoger Tichborne. We must say that neither
author gives us entire satisfaction. Dr. Taylor is as usual full and
luminous in his description of all that relates to tatooing, but his
remarks lack condensation. He appears to us also to be in one
respect decidedly prejudiced and unwilling to receive evidence, since
he seems to disbelieve the assertion that tatoo-marks may disappear
in the course of time. He says that ^^it has been rather hastily
assumed that in a certain percentage, tatoo-marks spontaneously
disappear in the course of time.'' He admits, however, that in a
few cases these marks may fade or become less visible ; but he adds
that *' the fading of these marks most probably arises, not from
removal of the colouring matter by the absorbents, but from the
fact that in some cases the tatooing has been superficially performed
on a thick skin, with colours of a fugitive kind or too much
diluted." He sums up by saying that the theory of absorption into
the neighbouring absorbent glands "to explain the removal of
insoluble powders like vermilion or charcoal is unsatisfactory," and
that tatoo-marks once properly made are practically indehble.
Nevertheless he adduces instances where tatoo-marks were actually
detected during the process of at all events partial disappearance,
the pigment having been plainly seen in the neighbouring glands as
well as in the absorbents leading from the tatoo-marks to those
glands. We agree with the doctor that it would in all such cases
be more satisfactory to separate the insoluble colouring matter, and
not to rely upon colour as an absolute proof of the presence of the
pigments. We have ourselves seen in the dissecting room glands
and absorbents in the proximity of tatoo-marks so coloured with
pigments as to leave no doubt whatever in our mind that the
marks had actually undergone to some extent a process of partial
removal by absorption.
1875.] Recent Works on Medical Jurisprudence. 117
In his description of the Tichborne case Dr. Guy follows perhaps
too implicitly the summing up of the Lord Chief Justice to be quite
fair in his remarks, wliich, indeed, are considerably biassed ; but we
believe his conclusions to be in the main correct. He introduces,
moreover, much matter that is irrelevant to a work of medical
jurisprudence, such as the ignorance exhibited by the claimant, his
supposed loss of intellectual power, his forgetfulness, and the like :
matters of supreme importance to the determination of the question
of the identity of Orton with Roger Tichborne, but still matters not
strictly pertaining to the purview of the physician ; and it is to be
regretted that in a short manual the author has not strictly confined
himself, to his immediate subject. Notwithstanding these blemishes
—or, rather, redundancies — we can conscientiously recommend an
attentive perusal of this most interesting appendix to the work to all
medical men. The authors, too, are to be commended for the manner
in which they have introduced engravings of the portraits of the real
and of the would-be Eoger into their pages, and the manner in which
they have availed themselves of the skilful assistance of Mr. Piercy,
the memorial portrait painter. Mr. Piercy 's clever mode of so adjust-
ing the portraits as, without impairing their accuracy, to bring out the
salient points of difference of form and feature, is very happy.
Tf the subject of the identity of a living person is beset with
great difficulty, what shall be said as to the identity of the dead ?
There is, in truth, no branch of medical jurisprudence beset with
greater difficulty than this. The alterations produced in the features
within a short period after death are so marked as to deceive even
those most intimately familiar with those features during life ; and it
is perhaps never safe to speak as to the identity of a corpse without
the examination of marks, defects, or deformities as additional means
of verification. Even then we may be deceived, as the following
case related by Wharton and Stille from Henke will prove :
" The body of a man between sixty and seventy years of age was
found slightly embedded in sand, on the bank of a river ; both eyes
had been picked out by hooded crows, but decomposition had made
no progress. The left ear and the first finger of the left hand were
wanting, having the appearance of having been lost in early life. The
body was conveyed to a suitable place, and persons were requested
by advertisements to come and identify it. After some time two
young women claimed it as the body of their father, who, they
stated, was a lawyer, that he was in the habit of leaving home for
two or three weeks at a time, without informing them where he
went, and that he had lost the left ear, and first finger of his left
hand. They apparently recognised the clothes and the body, and
gave vent to expressions of grief on the event. Subsequently
doubts in the mind of one sister were overruled by the confident
affirmatives of the other. The funeral took place accordingly,
and was attended by the daughters and friends of t^e supposed
118 Reviews, [July^
deceased lawyer. Eetiirning from the funeral, the boatman of the
ferry which they had to cross asked them for whom they were in
mourning, and, upon receiving their answer, laughingly informed
them that he had, only half an hour before, ferried their father over
alive and well, and directed them where they would find him. This,
to their great joy, proved true."
On the whole, we know of no manuals of forensic medicine so
excellent as those of Dr. Taylor and Drs. Guy and Perrier. Dr.
Taylor's is unequalled in its elaborate and carefnl record of cases,
but is, perhaps, too volaminous a work for the ordinary student.
Dr. Guj's manual, on the other hand, forms a useful handbook,
and is of such moderate dimensions that the reading of it is a task
not beyond the powers of every student of medicine.
Of Dr. Eeese's ' Manual of Toxicology ' we cannot speak very
favorably. The book is fairly well got up, and forms, doubtless, a
useful manual. The author has, however, followed Dr. Taylor
almost slavishly, which is, perhaps, a sign of his own not very ex-
tended practical knowledge of the subject of which he treats. Dr.
Taylor's name appears, indeed, on nearly every page of the volume.
A few good American cases are given, which add to the value of the
work. Dr. Eeese has evidently made himself acquainted with what
has been written in English by approved writers or toxicology, and
he occasionally ventures to quote such well-known Prench authors
as Orfila and Tardieu. He appears to have unaccountably omitted
to refer to most that has been done by the great German toxicolo-
gists, with the exception of Casper, who is quoted a few times, but
whose writings on toxicology form the least important of his splendid
contributions to forensic medicine.
The third edition of the well-known work of Wharton and Stille
maintains the high reputation of its predecessors. The three hand-
some volumes in which it appears have had the advantage of careful
editing. The first of these still appears under the auspices of its
original author. Dr. Wharton, and treats exclusively of mental un-
soundness and psychological law ; and since the speciality of psy-
chological law has, since the publication of the previous edition, in
1860, undergone a revolution, it was necessary to write a substan-
tially new treatise. This the accomplished author has done with
marked ability. The volume is filled with the record of instructive
and interesting cases, and innumerable authorities are quoted, so
that the book is rendered not only a valuable text-book for the medical
jurist, but also an indispensable addition to the library of the legal
practitioner. We specially commend to the perusal of our brethren
the study of the chapter on ^^ moral insanity,'' in which views are
inculcated as far removed from sentimental romanticism as from the
repulsive barbarism which at one time disgraced our treatment of
1875.] Recent Works on Medical Jurisprudence. 119
crime and insanity. The key-note to the position maintained is
thus stated by Dr. Wharton in his preface :
•' Since 1880 a great change has taken place. Before that period,
we may say generally, there had been no positive and final repudia-
tion by psychological science of the theory of criminal monomanias.
Since then medical as well as psychological science has rallied, and
from all quarters there has risen, as will hereafter be shown more
fully, almost an unbroken denunciation of a scheme of psychological
romanticism, which sober-minded men have learned to feel is as
repugnant to science as it is hostile to society. And this advance
of science towards a common reconciliatory stand-point is now met
[in America and on the Continent] by a corresponding advance of
law. It has been just stated that one of the causes of early judicial
confusion on this topic was the revulsion from the excessive punish-
ments assigned by the old law to offences of even lighter grade.
Civilisation was shocked at seeeing a man who, from nervous, or
mental, or physical disorder, was incapable of cool premeditation or
exact intent, hurried to the gallows for what might be a comparatively
venial crime ; and it was to the desire to save such that the toleration
of the idea of irresponsibility in such cases is in a large measure
traceable. But it was soon found that this enlargement of the idea
of irresponsibility worked badly. It exposed many persons virtually
sane to the pains and penalties of insanity. It enfranchised a
dangerous class of outlaws, too insane to be punished for crime, and
yet too sane to be restrained. It involved, on the part of the State,
the abdication of one of its chiefest functions — the building up of a
right moral sense in those of its subjects in whom such moral
sense is deficient." — Preface, xiii.
But to enter upon the wide field of the medical relations of
insanity would be to undertake a task to which our space would not
enable us to do adequate justice. Indeed, an article itself would have
to be devoted to this topic alone. We must with reluctance part
from these interesting volumes. Their perusal has afforded us much
pleasure. Dr. Eeese's work is, perhaps, least satisfactory of them,
since we should have desired him to have more explicitly admitted
that his manual is a mere compilation of the writings of others
rather than an original manual of toxicology.
120 Reviews. [July,
XI.— The Controversy on Disposal of tlie Dead.'
I.
The long list of books, essays, and papers that lie before us at
this moment testifiy to the interest that is now felt on the subject
of the disposal of the dead. In the controversy that has been and
that is still being waged varied combatants present themselves.
The hardy man of science and the studious divine, the enthusiastic
layman and the sympathetic laywoman — indeed, we might include
in the controversy all who expect to be disposed of after death
without greatly perverting the history of our time in relation to the
question that lies before us.
The writer of the article in the ^Popular Science Review^
assigns, as the reason for so much controversy and so much differ-
ence of opinion on a very simple subject, the diversities of sentiment
which have ever existed, and which still exist, between different
families of men on the solemn subject of death and after-existence.
To bury, to embalm, to cremate, he asserts, are acts the incli-
nation to either of which depends altogether upon the disposition of
those who have to carry these acts into practice. This disposition,
he further assumes, depends, not on reasoning, but on instinct.
This instinct depends, not on accident, but on the most veritable of
all human endowments — on the organic origin and build of the man,
and of the men from whom the man springs ; in other words, upon
racial and family dispositions and qualities. From this point he
traces out the instinctive peculiarities of the representatives of the
different civiHsations, and comes ultimately to the conclusion that,
in this country, a modified system of burial in the earth is the only
possible large reform for the interment of the dead that is possible
in the present civilisation.
The view that the varied modes of disposal of the dead are indica-
tions of varied forms of civiHsation is indirectly supported by all the
1 1. Cremation of the Dead : its Kistory and Bearings upon Pullic Health.
By William Eassie, C.E. With Illustrations. London, 1875.
2. Cremation : the Treatment of the Body after Death. By Dr. Heney
Thompson. 2nd Ed. London, 1874.
3. On the Disposal of the Dead. By Dr. KiOHAEDSON, F.R.S. Popular
Science Review for April. London, 1875.
4. The Disposal of the Dead. Indian Medical Gazette. Edited by K.
McLeod. Calcutta, April 1st, 1875.
5. Letters in the * Times' Newspaper on the Subject of Burial. By J. Set-
MOTJE Haden, Esq. 1874-5.
6. Proceedings of the American Medical Society. June to December, 1874.
7. Suggestions to Burial Boards providing and managing Burial Grounds.
By the Inspector under the Burial Acts. 1871.
8. Burials in Charcoal. Journal of Public Health, September, 1855.
1875.] The Controversy on Disposal of the Dead, 121
other writers whose works have reached us. On the whole, the
balance of opinion on the two questions — " earth to earth/' or
" ashes to ashes '' — is pretty nearly equal, and the care with which
either ceremony is performed shows that both are regarded with
befitting solemnity, even by the most uncultivated societies. We
know how, amongst our poorest and most ignorant masses, the most
respectful and, we may add, costly attention is paid to and for the
act of burial. The same care and cost is in like manner paid by the
poor of other communities for the act of cremation. On this ground,
therefore, of mere personal respect for the dead the one plan is
much the same as the other in value.
The writer of the article in the ' Indian Medical Gazette ' sums
up all the modes of disposal of the dead except two. The Hindoos,
he says, burn their dead ; the Mahomedans bury witliout any coffin ;
the Europeans bury with a coffin ; the Parsees expose their dead to
be eaten by birds of prey. To these, if he had added that they
who live on the sea commit their dead to the deep, and that a few
wealthy persons still call in the embalmer for the exercise of his
skill, the narrative would have been complete.
We are indebted to this author (who, by the way, though he
does not give his name, we suspect to be Dr. K. McLeod) for one
or two graphic pictures of the mode of cremation that prevails
amongst the Hindoos, and of the mode of burial without any coffin
which prevails amongst the Mahomedan populations. As these and
other modes of disposal of the dead are each being considered and
discussed at the present time, we may with advantage cull one or
two interesting details respecting them.
II.
To commence with the Hindoo system — that is to say, with the
mode of cremation in its natural home — we read the following facts :
— The body is dressed in its best garments, and, after being deco-
rated with flowers, is placed in the sitting posture, and is surrounded
with piles of wood, the richer classes using the scented sandal-wood.
Then, if the deceased be a noble or native magnate of some parts of
India, the heir first breaks open the skull of the corpse with a
hatchet (to make sure, we presume, that the assumed dead man shall
not be burned alive), after which he (the heir) lights the funeral
pyre. If there be sufficient wood, and the wood is a good fuel-
wood, and has been artistically arranged, nothing offensive is ])re-
sented to either the sense of smell or of vision. The devouring
element rapidly envelopes the different faggots until the whole is a
mass of blaze, giving the beholder a very vivid idea that the '^rite"
of suttee could not have entailed a very painful or prolonged death.
Even should the looker-on allow the wind to pass between the
12i Reviews. [July,
flames and his nobility, he distinguishes nothing except, perhaps,
the odour of burning wood, and he sees nothing except fire. Above
the blaze and below the smoke, when the latter occurs from damp
wood, there is a bright ethereal glimmer, somewhat resembling, but
more diamond-like by far, the appearance of the distant atmosphere
on a hot day. Then, as minutes pass, this ghmmer subsides, and
the flame lessens until nothing remains but an insignificant heap of
greyish ashes. The body has changed to something else as different
as the soul in its new Pythagorean abode. A pyre as big as that
of Sardanapalus affords no protection to the ashes of the dead.
Everything has gone, not, perhaps, to dust, but into those still more
subtle ultimate elements from which the dust itself is derived.
There is, indeed, as a result of a well-conducted funeral pyre, an
utter annihilation of the body. It can never, says our author — it
can never again, as a substance, do either harm or good, either by
resolution or by putrefaction. It has, in short, ceased to exist. Of
course consumption is not thus complete at every funeral pile. At
most Hindoo burning-places bodies half destroyed by fire may be
seen in great numbers, and it not unfrequently happens that during
the process of burning there is some unpleasant efiluvium. This,
however, is simply the result of want of precaution or want of fuel,
and is, therefore, only, or at least chiefly, noticed at the funeral rites
of the poor and needy. With sufficient wood the destruction may
always be rendered as complete as has been described.
From this excellent description of the Hindoo method of crema-
tion we may turn with interest to an account of a similar process,
as it is conducted by the subtribe of Path-Utes known as the Cotton
Wood, Corn Creek, Spring Mountain, and Pah-rimp Spring Indians.
The description is supplied to the ^Transactions of the American
Philosophical Society' by Mr. W. J. Hoffman, who in 1871-2 was
attached to Lieutenant Wheeler's expedition through the territories
of the American Indian tribes. The tract of country in which Mr.
Hoffmann found the practice of cremation to exist lies between 110°
and 115° 35' west longitude and latitude north 35° and 36'. Spring
Mountain is the stronghold of the tribe, and is located just north of
the " Old Spanish Trail." Upon the death of one of these Indians,
Hoffman tells us, a pile of wood is prepared in the immediate
vicinity ; this is so arranged as to form a rectangle, to the height
of from two to three feet. The corpse is laid upon this, when the
fire is started, after which wood is continually thrown across the
pile until the body is reduced as much as possible. Mesquite, pine,
and cedar are usually employed, and form excellent coals and an
intense heat. All the remaining property — as wearing apparel,
arms, blankets, dogs, and horse (if the deceased possessed any such)
— is also burned. According to the belief of these Indians, when
an Indian dies his spirit goes to the East, which they consider the
1875. J The Controversy on Disposal of the Bead. 123
" white man's hunting-ground/' and where he would be unable to
hunt were his spirit deprived of these valuable aids. The remains
are then covered with earth. Whether they were really buried the
author could not ascertain. Amongst thirty subtribes of the same
Indian region the Pah-Utes is the only one that " cremates/'
Such is an outline of primitive cremation as it is at present
carried on in uncivilised nations. How far it resembles the
ancient methods of Greek and Eoman days our readers are as
capable as ourselves of forming an estimate. The modern civi-
lised cremationist discards these methods of cremation. They are
to him rude and costly and slow. He calls into his aid the
skill of modern science, and if he does not destroy the dead organism
and tear it into its elements with quite the same rapidity as the
noble author of the " Coming Eace" with its " Kill force/' he makes
some approach to that last-named wonderful imaginary agency. In
the following description we take from Sir Henry Thompson an
account of an experiment in which he cremated the body of
an animal that weighed no less than 227 lbs., and was not
emaciated. The body was placed '^ in a cylindrical vessel about seven
feet long by five or six in diameter. The interior of the vessel was
already heated to about 2000° P. The inner surface of the cylinder
was smooth, almost polished, and no solid matter but that of the body
was introduced into it. The product, therefore, could be nothing
more than the ashes of the body. No foreign dust could be intro-
duced, no coal or other solid combustible being near it; nothing
but heated hydrocarbon in a gaseous form and heated air. Nothing
was visible in the cylinder before using it — a pure, almost white,
interior — the lining having acquired a temperature of white heat. In
this case the gases, given off from the body so abundantly at first,
passed through a highly heated chamber, among thousands of inter-
stices made by intersecting fire-bricks laid throughout the entire
chamber lattice fashion, in order to minutely divide and delay the
current and expose it to an immense area of heated surface. By
this means they wxre rapidly oxidized, and not a particle of smoke
issued by the chimney ; no second furnace, therefore, is necessary by
this method to consume any noxious matters, since none escape. The
process was complete in fifty-five minutes; and the ashes, which
weighed about five pounds, were removed with ease.^'
Mr. Eassie, whose enthusiastic work on cremation we have
included in our list, in speaking of the results of the cremation
of the human subject as practised in a Siemen's furnace in Dresden,
says that in the course of the process nothing whatever is seen that
can in any way be considered objectionable. The body remains of
itself perfectly motionless and without visible contraction or convul-
sion. Several late human cremations, he states, have been pur-
posely witnessed by eminently scientific men and others, through the
124 Reviews. [July,
glass panel door which is always provided for the use of the manu-
facturing operator, and the utter absence of anything which could
prove the least distressing to the mind, the eye, or the imagination
is vouched for by all. The current of combined air and gas simply
plays upon the body with a transparent flame until the whole
becomes incandescent. There is not even the least effluvium. Once in-
candescent the body soon assumes a hue of translucent white and then
speedily crumbles into ashes. Entering still further into detail Mr.
Eassie suggests that if the practice should at all become general the
body to be cremated would be enclosed befqre cremation. The body,
he thinks, would be placed in a coffin made of some light material,
and taken in due time to the mortuary ready for conveyance to the
cinerator ; and as it is desirable that the ashes of the body should
be kept separate from those of any coffin, a shroud of some
imperishable material will be carefully sought after by inventors.
The ancient Greeks, he adds, made use of asbestos, which is a fibrous
form of horneblende ; and those Egyptians who performed cremation
enclosed the body in a receptacle of amianth, a similar incombustible
mineral substance. Whether these materials will resist the intense
heat of a Siemen's furnace, he (Mr. Eassie) is not able to say, but
wood, at all events, is likely to be rejected on account of the residue
of carbon which might not be easily separated from the more
precious relics. Lead would be equally objectionable. In all pro-
bability the most suitable material for the inner coffin, which aloue
is to be submitted to the impingement of the hot blast, will be zinc.
This metal would entirely disappear in the furnace heat, the reason
being that it is volatile, and would distil off below the minimum
temperature that would reign in the chamber of the apparatus.
This same author (Mr. Eassie) further prearranges for the
changes in the service or ritual in the case of a dead body dis-
posed of by cremation. He tells us that in one Dresden arrange-
ment the body is lowered into a receiver below, and the idea of
interment is thus in a manner preserved. In the English arrange-
ment,— which by the way has not yet been carried out on the human
subject, — the coffin is made to slide gradually into the receiver like a
ship launched into water. The anguish induced by the moment of
departure is in this way, he opines, somewhat ameliorated, as there
is no noise of lowering machinery to grate upon the ear. He adds
suggestively that at certain appointed words in our beautiful funeral
service — for instance at the words '^ashes to ashes'" — a curtain might
be partially withdrawn, and the body, enclosed in a suitable shell,
would gravitate slowly into the chamber of the apparatus, whicli
would then immediately close noiselessly, to be opened only after
the due reduction of the body. The utmost privacy would be en-
sured, and no strange eyes could gaze upon the body during the
period of incineration. Mr, Eassie further suggests that the funeral
1S75.] The Controversy on Disposal of the Dead. 12.^
service could if desirable be made to occupy the whole of the time
necessary for sublimation ; or an eulogy or other reference to the
departed might form the subject of a discourse. The ashes could
afterwards be collected and reverentially placed on an urn and
conveyed to their last resting place.
The unciviHsed and the civilised methods of cremation, the pro-
posed and the actual, are now before the reader. We may contrast
these methods with some others that are suggested as modifications
of burial in the earth.
III.
A modification of the ordinary system of burial common in this
country is proposed by Mr. Haden as an improvement on the furnace
system of cremation that has just been narrated. Mr. Haden pro-
poses practically the mode of burial which is practised by the
Mahomedans, with this difference, however, that whereas the Maho-
medan places the corpse directly in earth, enclosed at most in a
shawl or garment, Mr. Haden recommends that it be enclosed in a
wicker basket or coffin surrounded with flowers or enclosed in a
layer of charcoal if the cause of death has been an infectious dis-
order. He instructs us that the body " as soon after death as may
be is to be sponged, the eyes are to be closed, the chin supported,
the limbs composed, and the hands crossed upon the breast. Super-
fluous bedclothes, together with the impediments and rejectments of
the sick room, are to be removed and a window is to be opened a
few inches both at the top and at the bottom. The papers of the
deceased may then be examined, and, if these contain nothing to
forbid it, the first preparations for the funeral may be made in the
following way. As part of the ordinary stock-in-trade of every
turner, brushmaker, or basketmaker will be found, nested one
within the other, and of every form and dimensions, the necessary
covering or coffin ; at every herbalist's or florist's, its garniture.
Both being light and portable maj be delivered at the house in an
hour or two, and the body may be at once laid in it and strewn
(except the face and hands, which should be left exposed) with its
evergreen covering. All this may be done by the nurses or older
servants or members of the family, and no stranger need be admitted.
There is now ample time to consider arrangements — for the visit of
the physician or surgeon charged to verify the fact of death, to
telegraph to friends, and to make final preparations for the inter-
ment. The morrow come, and everything prepared inside and out,
the necessary agents for the interment will enter the house for the
first time and the last, and remove the body in a suitable carriage,
either by railway or by water, to its resting-place outside the city,
one of the male representatives of the family in every case accom-
panying it. There will be no procession through the streets— no
opportunity for display— nothing to ehcit either the sympathy or
126 Reviews. fjuly,
the criticism of the neighbourhood (both on such an occasion equally
out of place) ; but^ arrived at the cemetery, the body will wait in
the mortuary chapel attached to it with those who are to be present at
its interment. These, having been informed of the death, will go
and return, as their desires, affections, or respect for the dead impel
them. The assembly will be in the chapel, and at the grave-side
only, where the mourners, men and women (for since there is to be
no public display both may go), will find the trellissed coffin on its
bier — garnished and beautified by loving hands — awaiting them.
Not a word of our burial service will be omitted, though more may
be said in the chapel and less at the grave-'side, and then all will be
over. There will be no reunion at the house of death. The con-
ventional feast will not be spread. The formal reading of the will
will be at the office of the legal adviser of the family on a day ap-
pointed for the purpose ; and the inmates of the house of mourning
will return to it and be allowed to remain undisturbed. Next day
every one will to his business.' ''
In the article on the disposal of the dead in the 'Popular
Science Eeview/ to which reference has once before been made,
the author holds a similar opinion to that which has been quoted
from Mr. Seymour Haden. He insists that '^it would be vain to
construct the best burial-ground if the present system of enclosing
the dead in coffins of wood or iron or lead were to continue. The
coffin should be nothing more than an easily destructible shroud,
in which the mortal remains may be concealed from view until they
are deposited in the earth. The present coffin is after the mode of
an Egyptian sarcophagus, and is probably an imitation of that
receptacle. In the form of this receptacle there is nothing
objectionable, and if the popular taste wills that it shall be main-
tained, so be it. But the structure must be so modified that the
instant the body is placed in the earth it shall either be in direct
contact with the surrounding earthy matter or shall be separated
from it by some simple organic material that is easily and rapidly
destroyed. The newly proposed wicker coffins would probably
answer the purpose intended, fairly ; but they have the fault of not
being sufficiently destructible. A return to the ancient bier and to
the primitive mode of simply enveloping the body in cloth would
be by far the most rational modification. It is presumed by some
who advocate this direct mode of burial that interment should
in all cases be carried out within a short interval after death ; that
a period of not less than thirty-six hours should be allowed to
elapse between the cessation of life and the disposal of the hfeless
body in the ground. There can be no doubt that the method of
placing the body in the coffin, and of partially or temporarily
closing it up, has led to much error in the manner of detaining the
dead among the living, and it is not less doubtful that when, in any
187&. j The Controversy on Disposal of the Dead. 127
instance, actual decomposition of the tissues has commenced^ the
time for interment, however short it may be, has fairly arrived.
The system of burying without the coffin would therefore in a
sanitary point of view be of advantage. It would lead to inter-
ment, in every case, so soon as the direct evidence of decomposition
had set in, and in the majority of instances that would be within
forty-eight hours from the time of the demise. Third- day burials
would become the rule. This period would be sufficient to estabhsh
the fact of death on the one hand, and to prevent injury to the
living on the other.-''
In relation to the kind of earth that should be placed in the
cemetery, and in which the dead should be buried, this author
enters into some minuteness of detail. According to his view,
"the construction of the soil of the burial-ground is of first
moment, and might readily be made matter of legislation. The
soil that is most fitting for this purpose is a fine carboniferous
mould, or a mixture of carbon and sand. In such a soil the com-
plete removal of the body might, under proper conditions of burial,
be secured within a period of five years ; and in such a soil renewal
of burial might be carried out after every such interval. In Naples
it has been customary to bury in pits of earth in which lime has
been placed ; ^to bury so many bodies in one section on a given day,
to allow that section to rest for a year, then to remove the whole of
the earth of the section with its organic remains, to refill with
new earth and bury again for the year in the new earth. In this
country such a prompt system would not be tolerated ; but the
method of burial in a destructive, but more slowly destructive, bed
would meet probably every view, without creating undue prejudice
at the commencement of the reformation. In some localities a
natural soil would yield all that is wanted for a perfect burial in
earth. In other localities the earth would have to be specially con-
structed. A series of carefully conducted experiments on the
destructive powers of various earths are required before a perfect
system can be evolved. It will probably be found that an earth
composed of equal parts of fine carbon soil, sand and lime, would
be the most rapid of all combinations for the destruction of the
animal matter with absorption of the products of decomposition.
In a cemetery correctly constructed, with twelve feet of prepared
earth as its basis, the soil might remain undisturbed, except for
the purposes of burial, for many years. Long enough, certainly,
for the burial-place of the majority of the dead to be forgotten,
and for the dead body to pass into entire reunion with the earth
from whence it sprang. After a given and due time, without any
injury to sentiment, the soil could be removed in sections, and could
be resupplied with new matter for new burials.
'* The artificial soil which would prove the most efFective for the
128 Ueviews, [Ju^i
purposes of burial is suggested from the facts the author has
gleaned during direct observation of the action of different sub-
stances on dead organic matter. Specimens of such matter buried
in pure carbon, in virgin carboniferous earth, in a mixture of car-
boniferous earth and sand, and in this latter mixture to which lime
had been added, were found to undergo quick resolution, in the last
most effectively, in the first least. A fresh carboniferous earth answers
exceedingly well, far better than simple vegetable carbon. The
rapidity with which it deodorizes even decomposing animal matter
is most remarkable. It may be said to act in a matter of minutes.
The rapidity with which it produces destruction of the organic
substance, especially if it be kept dry, is equally surprising. The
complete destruction may be included in from twenty to thirty
weeks. It is worthy of remark, however, that all the parts of an
animal body are not equally destroyed. The integumentary parts
and the membranes are more slowly destroyed than the muscular^
and the muscular parts are more slowly destroyed than the nervous.
The bony parts are more resistant to destruction than the integu-
ments, and the pigments are more resistant than bone.
" It is not assumed that the above-named description of a pre-
pared earth for the cemetery is perfect. It is an approximation to
the truth. A carefully conducted series of new experiments are
required to bring out the precise facts.""
It is possible, and indeed probable, that in course of time many
of the details which we have quoted will gradually come into
action. The most probable reform is that which relates to cofiBns.
It is not likely that the English people, in imitation of Mahomedan
populations, will ever cast the body of the dead man into the ground
"like a dog" when it is committed to the earth; but that the
heavy wooden coffin and the costly covering of lead will be dispensed
with we have little doubt. At this moment that we are writing a
collection of wicker coffins, on Mr. Haden's plan, is being ex-
hibited at Sutherland House by permission of the Duke of Suther-
land ; and although v\'e do not suppose that such exhibition will in
itself be more than a nine hours' wonder, it indicates at least by
the fact that it is permitted and patronised a tendency on the part of
the people to consider, under a new light, an old and hallowed
subject.
IV.
The silent garden of the Parsee, in which he exposes his departed
to the havoc of the carnivorous birds of prey, is a practice of dis-
posal of the dead which amongst the civilised nations of the earth
would not, we think, gain friends even if the birds of prey were
ready to perform the task of burial. Diogenes himself, sharp as
was his satire when he begged for the little stick to be laid by his
1875.] The Controversy oh Disposal of the Dead. l29
dead body that he might drive off the carnivora, and trite as was his
argument founded upon the request, could hardly persuade the
modern European, American, or other representatives of civilisation,
as it now exists, to follow the Parsee to the place of his dead.
The mode of disposal of the dead by the process of embalming, a
mode very ancient, and, in respect to the disposal of illustrious per-
sonages, all but universal, is still likely to maintain its place. In
America this method has recently undergone a revival, and it is not
uncommon in England to hear that an embalmment has been performed.
Quite recently in the ' Medical Times and Gazette ' a series of
lectures on the art of embalming have been published, in which all the
necessary details are fully suppHed. In the article in the ' Popular
Science Review ' the facts about embalmment as a modern practice
are condensed in a few lines, and the circumstances under which it
is justifiable, because useful, are defined.
Embalming, says the author, has in these days been brought to
such " perfection that it may, when required, be effected without
danger to any one except to the operator. It is performed rapidly
by the process of injection of a preserving fluid into the intestines
of the dead body. This solution consists of chloride of zinc dis-
solved in water ; and when the process is effectively carried out, the
body is left with all its tissues solidified, so that it is all but as rigid
as stone itself.
" In the case of persons who die far from their home, and whose
friends wish to have them retained unburied until they can inter
them in the same burial-ground with other members of the family,
the feeling which dictates embalming is fairly gratified. In the case
of unknown persons who are found dead, and around whose deaths
some doubts hang which nothing but identity can solve, the feeling
which dictated the preservation of the body may be sanctioned by
the requirements of public justice. But when the desire for embalm-
ment is meant only to gratify a morbid craving, on the part of a few
living persons, to retain the mere animal remains of the dead, then
the conditions are changed, and the only circumstances that can
justify the demand fully are those which relate to history. It may
be urged that great historical personages may be embalmed with
advantage ; it may be urged that persons who are not in any sense
great, but who from some peculiarity of physical construction are of
interest to the natural historian, may be embalmed with advantage ;
and here we think the argument in favour of embalmment rightfully
ends." Whether such historical personages, illustrious or peculiar,
would like to be subjected to the process if they knew the base uses
to which they might ultimately come, we will not decide.
Ill— LVI. 9
130 keviews. [J^^Vj
VI.
The suggested plan of burial in the deep sea carries with it many
inducements. It ensures a method for the immediate disposal of the
dead as effective as cremation, in so far as the living are concerned,
and, from what we know of it as a practice at sea, it is, to the
mourners, as simple and inoffensive as the burial in the earth. It
has the disadvantage that it is not readily available to inland popu-
lations, and that it too effectively disposes of the body to satisfy, in
every case, the demands of the law.
VIT.
Practically, we are at this moment driven to deal with cremation
and burial in the earth as the two modes for the disposal of the
dead most consonant with our modern civilisation. Eor our part,
we are free of all personal prejudice as to these modes ; or, if our
own feelings were really influenced, it would be towards cremation.
We confess that we feel as the English lady, whose remains were
subjected to the cinerator at Dresden during last year, that the
readiest, most certain, most wholesome way of being disposed of after
death is to go through the fire and remingle with the air. What
therefore we have to say in respect to these methods and their
relative values will be based on what seems to us the true scientific
and legal aspects of the question.
Speaking, in this sense alone, of cremation, while we admit for it
that it is quite practicable as a general process, inexpensive, free
from any except morbid objections in matter of feeling, and as a
mere sanitary measure excellent, there are against it two objections
which seem to us so powerful as to render it impossible of intro-
duction, for general application.
The first of the grand objections to cremation has been advanced
with great force and effect by Professor Mohr. It is that if the
process were universally adopted and all animal remains passed for
ultimate destruction as organic matter into the hands of the cre-
mator, the organic world would lose one of its important constituents.
If cremation is to be adopted there must, he urges — and indeed all
admit this argument — there must be such complete combustion that
not a trace of organic vapour or gas can escape from the retort.
Any trace of odours and foetid compounds escaping from the retort,
anything in the nature of a distillation, would be so revolting that
no one would tolerate the procedure, and no idea of value from
the products thus given off would compensate for the effects
that would be experienced. To produce the perfect combustion
the temperature must be raised to a degree that shall render the
combustion final. The very gases that are evolved from the burn-
1875. J The Controversy, on Disposal of the Bead, 13l
ing of the body must pass through heated earthenware lattice work^
so that they may be transformed into what can fairly be designated
true inorganic parts. Nothing must remain but carbonic acid,
nitrogen, water, and ash.
In this complete combustion there is the widest possible departure
from the mode in which nature, by her own processes, disposes of
dead animal matter. Her plan is to produce in the course of
decay secondary or intermediate products which shall again prove of
service to the vegetable and, through the vegetable, to the animal
kingdom. One of these products, the staple of the vegetable
kingdom, is that combination of hydrogen and nitrogen known as
ammonia. As yet we have in chemistry no artistic synthesis of this
body by which it can be made available for the purposes of organic
growth, and so we depend for the natural development of it, we may
say exclusively, upon the natural decomposition of dead animal or-
ganic remains. What, therefore, would be the ultimate fate of the
living organic world if the whole of the dead organic matter derived
from the bodies of the dead were swept at once by intense heat into
inorganic compounds which have no sustaining property for the
vegetable kingdom? In the simple natural process the inter-
mediate product, the ammonia resulting from decomposition, escapes
into the air or is washed into the soil, is absorbed by the plants, is
transformed into nitrogenous tissue by them and becomes in turn
available as food for animals. By this wise and provident means a
continuous circulation of ammonia between the animal and the
vegetable kingdoms is sustained. If we stop all source of the sup-
pHes thus afforded we disturb the balance of natural supplies, we
draw upon the ammonia capital of the globe, and in the course
of time, if the spendthrift proceeding were kept up, the loss that
would be sustained could not but be felt through the whole of the
animal kingdom, and could not but lead to a reduction of animal
life. In the case of the loss of ammonia the mischief is incon-
ceivable. There is here no order of compensation going on in
nature, as in the process of the renewal of atmospheric oxygen by
breathing animals, but the deduction is from a finite quantity, and
the descendants of the present races would have to bear, should we
subject them to the ordeal by our short-sighted poHcy, the evil of
our error as we have now to endure the results of the folly of our
ancestors who ruthlessly cut down vast forests, thereby incurring the
penalties of drought in some regions and of flood and inundation in
others.
"What is more, in the act and art of cremation we incur a second
evil of deduction from a finite quantity. To cremate we must
employ fire : to employ fire is to deduct so much from the finite mate-
rials which give forth heat. In a word, we burn the candle at both
ends and have no manner of compensation beyond the present satis-
13^ Reviews, [Ju^j
faction rendered to a few minds from the favour or caprice of a
fashion that defies natural capital and natural law.
There, however, is another side to this question of economy of
the resources of nature which should in fairness be put forward. Sir
Henry Thompson sees in the application of the bone ash of the
burned dead what we may call a " quid pro quo"*' for loss entailed
by other means. We will, that we may miss no point of the argu-
ment, give this author's view in full. Let us, says he, glance at the
economic view of the subject of cremation.
" It is not so important as, unconsidered, it may appear. For
it is an economic subject whether we will it or not. No doubt a
sentiment repugnant to any such view must arise in many minds, a
sentiment altogether to be held in respect and sympathy. Be it so,
the question remains strictly a question of prime necessity in the
economic system of a crowded country. Nature will have it so,
whether we like it or not. She destines the material elements of
my body to enter the vegetable world on purpose to supply another
animal organism which takes my place. She wants me, and I 7)iusf
go. There is no help for it. When shall I follow — with quick obe-
dience, or unwillingly, truant-like, traitor-like, to her and her grand
design ? Her capital is intended to bear good interest and to yield
quick return : all her ways prove it — "increase and multiply" is
her first and constant law. Shall her riches be hid in earth to cor-
rupt and bear no present fruit ; or be utilised, without loss of time,
value, and interest, for the benefit of starving survivors ? Nature
hides no talent in a napkin ; we, her unprofitable servants only,
thwart her ways and delay the consummation of her will.
" Is a practical illustration required ? Nothing is easier. London
was computed, by the census of 1871, to contain 3,254,260 persons,
of whom 80,430 died within the year. I have come to the conclusion,
after a very carefully made estimate, that the amount of ashes and
bone earth, such as is derived by perfect combustion, belonging to
and buried with those persons, is by weight about 206,820 lbs. The
pecuniary value of this highly concentrated form of animal solids is
very considerable. For this bone-earth may be regarded as equiva-
lent to at least six or seven times its weight of dried but unburned
bones, as they ordinarily exist in commerce. The amount of other
solid matters resolvable by burning into the gaseous food of plants,
but rendered unavailable by burial for, say, fifty or a hundred years
or more, is about 5,584,000 lbs., the value of which is quite
incalculable, but it is certainly enormous as compared with the
preceding.
" This is for the population of the metropohs only : that of the
United Kingdom for the same year amounted to 31,483,700 persons,
or nearly ten times the population of London. Taking into con-
sideration a somewhat lower death-rate for the imperial average, it
will at all events be quite within the limit of truthful statement to
multiply the above quantities by nine in order to obtain the amount
of valuable economic material annually diverted in the United
1875.] The Controversy on Disposal of the Dead. 133
Kingdom for a long term of years from its ultimate destiny by our
present method of interment.
" The necessary complement of this ceaseless waste of commodity
most precious to organic life, and which must be replaced, or the
population could not exist, is the purchase by this country of that
same material from other countries less populous than our own, and
which can, therefore, at present spare it. This we do to the amount
of much more than half a million pounds sterling per annum.
" Few persons, I believe, have any notion that these importations
of foreign bones are rendered absolutely necessary by the hoarding
of our own some six feet below the surface. The former we acquire
at a large cost for the original purchase and for freight. The latter
we place, not in the upper soil where they would be utilised, but in
the lower soil, where they are not merely useless, but where they
often mingle with and pollute the streams which furnish our tables.
And in order to effect this absurd, if not wicked result we incur a
lavish expenditure ! I refer, of course, to the enormous sums which
are wasted in effecting burial according to our present custom, a part
of the question which can by no means be passed over. For the
funeral rites of the 80,000 in London last year, let a mean cost of
ten pounds per head be accepted as an estimate, which certainly does
not err on the side of excess. Eight hundred thousand pounds must
therefore, be reckoned as absolute loss to the costs already incurred,
in the maintenance of the system. Thus we pay every way and
doubly for our folly."
To this the same author adds in a subsequent paragraph :
" The problem to be worked is — Griven a dead body, to resolve it
into carbonic acid, water, and ammonia, and the mineral elements,
rapidly, safely, and not unpleasantly."
"With this proposition we entirely concur. It is in truth the
problem. Our argument is that the problem is not solved by the
process of cremation.
It is perfectly clear that the error which the advocates of crema-
tion fall into when they advance the economical side of the question
is twofold at least. They obviously overlook, in the first place, the
all-important fact that by the very perfection of their art they break
up the most valuable of the products of natural decomposition, viz.
the ammonia. If they did not succeed so far their process would
give rise to the emanation and distribution of vapours that would
be detected by the smell, and the success of perfect purity to every
sense which they claim to have attained would be utterly forfeited.
On this ground, consequently, the economy they assert is not main-
tainable in the controversy, The process is one of the direst waste,
for by it the very organic matter of the skeleton, which is so valuable
as an ammonia-yielding product, is resolved into its primary parts_,
its nitrogenous plant-forming value unredeemed.
Jn tjie second place an error not less important, and exceedingly
134 Reviews. [July,
obvious^ creeps into the advocacy, when the subject of the value of
the bone earth comes before us. No one would deny the value of
the bone earth as a fertilising substance, and no one would deny, we
presume, that in cremation the inorganic bone-dust is very effectively
preserved. But it is not easy to see how this precious material —
precious as a relic of the dead — precious as manure — can act
both kinds of preciousness at one and the same time. We mean
by this that if it be stowed away in an urn it cannot fertilise the
earth. But we allow that in due course of time it will by chance
of fate come at last to the earth, and therefore will not be lost.
Here the cremationists are right ; but they are wrong, and in this
their second great economical error lies, that they consider them-
selves performing a novel and wonderfully saving plan by bnrning
instead of burying dead bones. As if bones did not resolve in the
earth ! As if the phosphorus and Hme which make up the inorganic
residue of bone-matter could ever be lost by the act of banking it
in the place from whence it came ! We need push the argument
no further. The man that burns a bone and puts the ash in an
urn is certainly not doing more for the earth than the man who
directly restores the bone to the earth. The difference simply is,
that the first is a miser, the second a prudent husbandman.
Looking at the subject of cremation, then, from these points of
view — looking at it as a conservation or a destruction of the natural
order of events and material changes — we hold it to be a failure on
the principle of natural economy.
The next grand objection to cremation is of a different order, and
although in course of time it might lose its force, it is at present
potent in the first degree. The objection is medico-legal. It is
urged that if a body destroyed intentionally by poison, or by any
other secret and unlawful means, could be carried straightway to the
furnace, and, in the course of an hour, could be resolved into its all
but elementary form, the course of justice would constantly be
arrested; and, not to mince the matter, the cremator would not
unfrequently be the unwitting slave and instrument of the murderer.
The difficulty in the way of cremation, from the risk above stated,
is not ignored by the cremationists. They treat it as ^' an episode"
in the discussion — a mode of treatment ingeniously expressed, but
indifferently reasoned. Sir Henry Thompson would meet this diffi-
culty by having appointed over the dead a new officer — a sort of
universal, omnipresent coroner, who should take the place of the
'' Medecin Verificateur" of Paris, without whose permission no burial
whatever can take place. In cases where there existed any doubt as
to the cause of death he (Sir Henry) would take a strong precautionary
measure. He would have the stomach and a portion of one of the
viscera preserved, say for fifteen or twenty years, or thereabouts,
so that in the event of any suspicion subsequently occurring greater
1875.] The Controversy on Disposal of the Dead. 135
facility for examination would exist than by tlie present method of
exhumation/'
We need not dwell at any length on these propositions. In this
country, where the coroner has even now so much to contend with
in conducting his comparatively simple inquiries — simple, we mean,
in so far as the liberty of the subject is concerned — the '' Medecin
Verificateur^' would indeed stand a poor chance of being able to carry
out his onerous duty. Here, in fact, such an officer and such an
office would be utterly impossible, and simply repugnant to the
genius of the people. The second proposition, that in suspected cases
of poisoning portions of the dead body should be kept m terrorem
over the heads of persons, known or unknown, personally guilty of
murder, were even more inconceivable than, the first. Where would
such relics be stowed ? How would the continuance of their identity
be maintained ? How could it be proved that in the course of " fifteen
or twenty years, or thereabouts," between the times when they were
stowed away and the times when they were taken out to be analysed,
they had been free of all possible chance of contamination ? More
than this, when a body has to be exhumed there is proof that the
person or persons suspected of foul play has or have succeeded in
getting the body buried before the suspicion occurred. If such
cunning and wicked persons could succeed in committing the body
to the earth, could they not, under the proposed new system, succeed
also in committing it to the fire, and, if they did succeed, of what
value were the analytical skill that has so certainly, under the
present system, led to the detection of crime ? We speak with no
diffidence, because it is our duty to speak with earnestness, and our
privilege to speak with the authority of forensic knowledge, on this
subject ; and we affirm that in the present social state the introduc-
tion of cremation as a general system of disposal of the dead would
be a direct and efiective incentive to the perpetration of the most
hideous of crimes. Let no man deceive himself or others on an
issue so solemn. The living world is not yet sufficiently purified in
its soul to purify itself from its dead tenements of soul, by the
unanswerable fire.
VIII.
So we come at last back to the old, old story. The earth gave
up to us from itself the substance of our corporeal organization — the
earth demands the substance back again. This is the order of nature,
and to fight against the fact is waste both of word and labour. On the
line with nature we may improve as we like (to invent is impossible),
and remain secure. Off the line we may make noise, and astonish the
mere lookers-on, but go straight away we cannot. It is open to us
to improve the process of burial, and many of the plans which have
recently been suggested are deserving of our best consideration* The
136 Reviews* [July,
suggestions to burial boards issued by the inspector under the Burial
Acts indicate on every page the desire to introduce every available
improvement, and we do not doubt but that the present agitation
will tend to direct public opinion in the right way to some greater
advancements in the art of burial. To these advancements we have
to refer in detail.
We have 'already seen what one of our authors considers would
be the best soil in which to place the dead. To understand the
practical value of his suggestions, and the reforms that would have
to take place before they can be carried out, it is necessary to recall
the views which are entertained by our Government authorities who
hold office under the Burial Acts. The report of the very able
Inspector under the Burial Acts (Mr. Holland) comes before us with
great effect at this point of our subject. As many of our readers
may not have had an opportunity of studying the official suggestions
that have been supplied, we shall be rendering a service by devoting
a few paragraphs to them. In speaking of the character of the
soils of burying grounds as a subject of great importance, the
Inspector says that '^ dry, open soils which readily admit air and
moisture, allowing the rain which falls upon the surface to enter
readily, carrying air down with it, facilitate decay, and permit
graves to be sooner reopened for subsequent interments. Porous
soils, mixed with vegetable mould, absorb and decompose the
products of decay, and prevent the escape of injurious emanations,
if the quantity of animal matter be not too large in proportion to
the area, and if the soil near the coffin be left undisturbed until
decomposition is completed. Dense clay soils are in all respects
undesirable ; they exclude air and moisture, retard decomposition,
and render it improper to reopen a grave, to nearly its original
depth, within any reasonable period. In some such soils coffins
have remained undecayed for thirty years or more, and therefore
graves in such soils can be used a very limited number of times
only. They are, moreover, expensive to drain ; they retain the
gases of decomposition, and sometimes crack, possibly allowing
dangerous exhalations to escape. It is so difficult and expensive
to remedy these defects, that it is better to select an open than a
clay soil, even though the site be moderately more distant, or more
costly. In some such cases the plan has been adopted of enclosing
separately every coffin buried in concrete or cemented stone or
brick -work, the extra cost of which is to be set against the dimin-
ished cost of less excavation, and less rapid filling of space.
" Soils which have no proper mould, and which consist chiefiy of
stone, may allow of the passage of undecomposed emanations, and
it is difficult and expensive to supply the mould in which they are
deficient. It is always desirable^ before deciding upon a site, to
1875.] The Controversy on Disposal of the Dead. 137
have the soil examined in various places to the depth of at least eight
feet."
Much attention has been paid to the planting of burial places,
and we know that now in the cemeteries near to our large towns
considerable taste is shown both in fencing, planting, and cultivating
vegetation. In his supplementary report on the practice of inter-
ment in towns, '^ Mr. Loudon recommends for planting in cemeteries
trees cliiefly of the fastigiate growing kinds, which neither cover a
large space with their branches nor give too much shade when the
sun shines, and which admit light and air to neutralize any mephitic
effluvia. Of these there are the oriental arbor vitte, the evergreen
cypress, the Swedish and Irish juniper, &c. Por the same reason,
trees of the narrow conical forms, such as the red cedar, and
various pines and firs, are desirable. In advantageously situated
cemeteries, some of the larger trees, such as the cedar of Lebanon,
the oriental plane, the purple beech, the dark yew, and the flowering
ash, sycamores, mountain ash, hollies, thorns, and some species of
oaks, such as the evergreen oak, the Italian oak, with flowering
trees and shrubs, would find places in due proportion." The article
in the ' Popular Science Review' suggests that under a perfect system
of burial there would be demanded a modification of the present
plan of planting the surface of the cemetery. The recommendations
offered are not very different from those of Mr. Loudon, but they
may be noted. The author is of opinion that to surround the place
with trees, not too thickly set, to plant small and handsome trees in
different parts of the grounds by the side walks and in odd spots
where the earth remains undisturbed, would be unobjectionable. The
rugged elm and yew tree's shade might still encircle the homes of
the dead, but inasmuch as the earth in which the burials are made
should be a movable earth it would be impossible, except in parti-
cular instances, to plant over any one body any special or lasting
tree or shrub. The ground levelled at once after burial should be
covered with rapidly growing vegetation ; such quick-growing
grasses as can be mown and utilised either as food for herbivorous
animals or as manure for other land. Thus the products of de-
composition from the dead, which by diffusion would find their way
to the surface, would be removed, by their transformation into new
forms of matter, as rapidly as they were evolved and distributed.
Mr. Holland, who also favours the planting of evergreen and
quick-growing trees in cemeteries, supplies useful directions on the
position the trees and shrubs should hold in the grounds. It is of
importance, he tells us, " that trees and shrubs should not cover too
large a portion of the burial ground, and that they should not be
too closely planted, or should be thinned out as they grow large, to
avoid interfering with the ventilation and with the free passage of
air. A suitable disposal of trees or shrubs along roads or pathways
138 Reviews, [July,
would afford shelter to persons visiting graves, and to funeral pro-
cessions. It is customary in well-regulated cemeteries to avoid bury-
ing close to the boundary fence. On many accounts this is
advisable, as there is no law to prevent houses being built and
wells sunk close to a burial ground; there is, moreover, a disposi-
tion to erect houses in the vicinity of ornamental cemeteries. Much
of the evil may be prevented by draining the ground in such a man-
ner as to prevent the water passing into the subsoil of the neighbour-
hood, and by the adoption of proper regulations as to burial ; but it
would nevertheless be advisable to leave a belt of land for planting
between the fence and the nearest graves. This strip of ground
would not be wasted, for part of it might be used as a walk, and
part for ornamental shrubs. A. surrounding belt of shrubbery
would contribute to the seclusion of the ground, and need not be so
close as to check too much the free passage of air."
It happens in some localities that these requirements for particular
soils and vegetations are next to impossible. The carboniferous soil
does not exist near to the communities for which it is required, and
in the hard clayey bed of earth which is alone obtainable the resolu-
tion of the dead body is long delayed. Cemeteries fixed in such
grounds are of all the most difficult to keep in proper condition, and
many schemes in the way of draining have been proposed in vain.
If any cemeteries are actually dangerous to the community these
are, and so long as the cemetery system lasts they will remain an
equal trouble to the sanitarian and the engineer.
The best mode of burying in such localities is probably that which
was indicated twenty years ago in the ^ Journal of Public Health
and Sanitary Eeview.^ This consists in enveloping the dead in a
layer of charcoal, a process which, says the writer, is nothing more
nor less than a slow combustion. As a proof of the effects of char-
coal in this respect it is recorded that the Messrs. TurnbuU, the
well-known manufacturers of charcoal in Glasgow, made the experi-
ment of burying a horse. They surrounded the carcase of the animal
with eight inches of charcoal, and discovered that every portion of
the carcase, except the skeleton, was destroyed within twelve months.
They observed that during the whole of this time there was no trace
of deleterious exhalation from the decomposing body; and they
further observed that moisture from rain did not materially modify
the destructive process. In commenting on this experiment he
author adds that he had confirmed it on a smaller scale, and that the
had the authority of Dr. Stenhouse for stating that peat charcoal
would answer for the same purpose, and that the reduction of the
substance to a state of fine division is not necessary.
Since the above-named proposition was made in 1855 the system
advocated has many times been carried out, and we believe with
success. The difficulties of its extension have arisen from the cir-
1875.] The Controversy on Disposal of the Dead. 139
cumstances that the introduction of peat charcoal into common use
has been much less easy than was originally anticipated, and that
the price of ordinary vegetable charcoal has considerably increased.
These difficulties, we fear, are not likely to be lessened in the
future.
IX.
As we glance over that which we have written and take a final
survey of the books which have served us for our texts, we are
brought sharply to the conclusion that after all there is nothing
before us that is new ; nothing on which we are able to form any
conclusion of a novel character ; nothing that strikingly indicates a
great revolution in modes of disposal of the dead. Cremation, with
all the fascinations of science which surround it, and with all the
advantages which spring from science practically supporting it, is,
as we have seen, simply impossible at this imperfect stage of civili-
sation. It may one day take a prominent place, and it might,
under an exceedingly wise legislative enactment, be permitted in
this country at a comparatively early day. Concerning it we can
say nothing further.
On the matter of burials in the earth we are convinced that
steady improvements will continue. No one who recalls the
old and loathsome grave-yards, and who contrasts these with the
new and beautiful cemeteries which chasten and even adorn our
towns and villages, can doubt that since the days of Mr. Walker's
magnificent protest advancements have been made which that
ardent reformer could hardly have anticipated. What, therefore,
may be the greater advancements in coming years, when the public
mind is so earnestly being directed to and led into a study which
it has previously avoided rather than courted, it is impossible to
say. But the duty of the man of science, in his capacity as a
practical teacher of the people, is clear. It is his duty, without
too severely wounding deeply-rooted prejudices, which after all have
their origin in the sentiments of reverence and affection, to teach
that nature demands for the perpetuation of the living present, not
the destruction, but the return of the materials of the dead. That
the world of life, constructed from a limited supply of matter,
rebuilds itself out of the quarry of death, and that every plan
which has for its object the restoration of the body to the earth,
with the least possible interruption to the ordination of nature,
should be accepted as the wisest plan, the best for the present, the
best also for the future generations of mankind.
140 Reviews. [July*
XI. — Hospital Reports.^
Regarding hospitals, and particularly those of the metropolis,
with their attached schools, their staff of medical officers enjoying
European reputation, their large fields of experience and unequalled
opportunities of turning that experience to account for the advance-
ment of medical and surgical knowledge both theoretically and prac-
tically, as the chief centres of medical instruction and observation in
the country, no division of medical literature would seem to have a
higher claim upon our attention than the reports of the work car-
ried on within their walls. As we especially look for the enlarge-
ment of chemical knowledge to systematic and continuous work
in an extensive and well-ordered laboratory under the direction of
one or more chemists of repute, so we might naturally look pre-
eminently to hospitals, viewed as laboratories for examining and
analysing morbid conditions, and for the extension of therapeutical
science. And doubtless medicine and surgery are indebted very largely
for the advancement they have made, both directly and indirectly,
to hospitals as fields of practice and inquiry. Yet this good result
has not for the most part appeared as the direct outcome of our
hospitals, but has been filtered to us through the written works
and lectures of their physicians and surgeous ; and, what is more,
has been represented only in one or more phases dictated by the
special views of the particular writers or teachers. Consequently
there seems reason for the production of reports of the general
work done in hospitals ; that the extent, nature, and tendency of
that work may be known; that the purposes aimed at and the
results achieved may be understood, and that the defects and weak-
nesses in our principles and practice may be displayed by the
experience the wards supply. By thus laying open before the
profession the doings of the several principal hospitals of London
and other chief towns, the professional mind might be made cogni-
zant of the direction of modern medical opinion and of the modes
of practice most approved. And as the general public resort to a
chemical laboratory to obtain an analysis, so the members of the
profession should be able to look to the records of hospital work in
elucidation of difficult problems, or might submit questions in
pathology and practice to one or other hospital for solution. This
subject of hospital utilization is one for an essay, and not for the
introductory observations to a notice of Hospital Eeports. We
^ 1. Gu^'s Hospital Eeports. Vol. xx. Third Series. 1875.
2. St. Thomas's Hospital Eeports. New Series. Vol. v. 1874.
3. St. Bartholometo' s Hospital Reports. Vol. x. 1874.
4. St. George's Hospital Eeports. Vol. vii. 1875.
1875.] Hospital Reports. l4i
may remark, however, that no hospital we know of at the present
time approaches a perfect machine for evolving medical truths and
fitly advancing medical science. Nor do any of the Hospital Eeports
pubhshed reahse to us the actual character of work accomplished
within the hospitals. Only imperfectly do they deal with definite
questions in pathology and practice submitted to investigation, and
very rarely do they set before us comparative results.
As matters stand, the several Hospital Eeports published are collec-
tions of essays and reports of cases by the physicians and surgeons of
each hospital, and by gentlemen — outsiders, in practice here or there —
who, as a rule, for the most part have been students of the hospital; and
respecting the contained papers, it may be observed that those from
outsiders are, voluntary offerings ; and, as the maxim directs us
^^ not to look a gift horse in the mouth,^' such contributions cannot be
subjected to a very critical ordeal before insertion (and the less so as
the editors of the reports are called upon to make up a certain quantity
of matter) ; they are thankfully received, and prove of varying im-
portance and interest. Again, as to contributions supplied by the
hospital staff, they are of a heterogeneous character and now and
then look like chance papers, the stray products of the portfolio that
have not found their way into the volumes of transactions of one or
other learned society ; and the impression conveyed by such papers
is that they have been thrown out to appease the hungry demand
of the editor for " copy.^' It may be assumed that the editors of
Hospital Eeports endeavour, for the credit of their volumes and of
their schools, to secure the co-operation of their most eminent col-
leagues; but here again a defect is observable, that those dis-
tinguished individuals are not uncommonly limited, and not con-
stant contributors to the reports. In other words, the principal
individuals in the hospital engaged in its chief work, the best versed
in the operations and experiments performed, and the best trained
for research and the deduction of truths, are the least concerned in
furnishing records of observations and facts — in a word, in giving the
history of its work. Hence it happens that the larger proportion of
the contents of the Hospital Eeport is the production of the junior
members of the staff. We would not imply that the work of the
latter is not of great merit, nor even that, as a matter of course, it is
inferior in quality to what might be produced by their seniors in
hospital standing ; we are arguing only on the broad general principle
that those who have enjoyed a longer and wider range of observation
and experience are to be accounted as more able to instruct their
fellow-men.
The section of the Hospital Eeports under notice that best repre-
sents a record of work done is that of statistics. But to these it may be
objected tliat they are deficient in bringing out facts as to pathology
and treatment available to the practitioner, and, indeed, also to writers
14)1 keviews. [July^
on any special subject. In the case of the Reports of Guy^s and
Bartholomew's Hospitals the statistics are very bald, and afford only
the dry light that can be used by statisticians. But both the St.
George^s and the St. Thomas's Eeports supply, not only figures, but
notes of cases, digests, statements regarding morbid appearances and
treatment. But in one and all of them we lament the scarcity of
summaries calculated to instruct in pathology and in therapeutics, and
of systematic inquiry pursued with the purpose of clearing up the
many problems inherent in the principles and practice of medicine
and surgery, such as might naturally be looked for as the products
of hospital experience.
We are smitten with compunction at what we have written. We
have reversed the example of the son of Beor ; for we sat down to
bless altogether the volumes before us, but some critical spirit has
possessed us thus far and perverted our generous intentions. We change
our point of view, and now look upon those volumes as collections
of valuable contributions calculated to benefit the professional world.
We recognise the painstaking work of many of those contributions,
and our regret is that we cannot present an analysis of them for
the advantage of our readers. Their subjects are very diverse,
ranging over the whole area of medical and surgical knowledge,
and possess, therefore, a varying degree of interest to individuals
according to the particular direction of their studies. The number
of separate articles in the four volumes referred to in connection
with this notice is very considerable, and to make only a few notes
on each of them would involve the production of a lengthened
review such as could not find a place for in the present journal. To
select some, even without making comparisons between the papers
in the several Hospital Reports, would be an invidious task, and one
open to muchcriticism, inasmuch as ourprivate judgment of the interest
and value of this or that article must be much influenced by our
own predilections and special studies. We therefore defer making
quotations, and feel less hesitation in so doing than we might other-
wise do, for this further reason, that those papers best calculated to
place on a surer footing or to widen our range of professional
knowledge are just those which will obtain their due recognition in
the pages of this review, in one or more of those analytical articles
we especially cultivate, intended to exhibit our present state of in-
formation with respect to the principal subjects in medical and
surgical science that arrest attention at the present day. There is
yet another reason for any apparent neglect of the contents of these
volumes, namely, that some of the more important papers are struck
off by the desire of their authors and published as separate
pamphlets, whilst others appear in a somewhat different dress among
the recorded transactions of the medical societies, or are sooner or
later expanded into special treatises, or otherwise get absorbed in
1875.] Hospital Reports. l43
the published teachings of their writers. In other words, in the
struggle for existence, and barring those to which parental fondness
and determination may give a passing existence by spasmodic pains
and expenditure, those essays best fitted to maintain an independent
and worthy vitality are sure to survive and to become sooner or later
objects of attentive consideration and due esteem.
We are glad to observe the amount of support accorded to these
volumes in the way of subscriptions, for the most part contributed
by former students of the hospitals they respectively relate to.
They are well worthy of this support. It might be given with ad-
vantage both to editors and readers in a much higher proportion;
for these publications are replete with valuable and useful know-
ledge, and are calculated to keep their readers aio courant to the
latest growth of medical science, and there is nothing like encour-
agement to improve yet further their quality.
The critical spirit returns to us and compels us, in spite of our
admiration of so many excellencies in these^volumes, to reiterate our
primary observations and expressed views as to what Hospital
Eeports should be, and to put forward the desire that the so-called
Hospital Eeports should no longer be a congeries of contributions
by a multitude of writers both connected and unconnected with the
hospitals, and so far resemble a volume of transactions of a learned
society, but be veritable transcripts of the results, theoretical and
practical, arrived at in the wards, in the laboratories connected with
them, and in the dead-house. That, moreover, they should present
series of observations continued over a lengthened period, and
directed towards well and previously defined purposes. CHnical
lectures delivered to students are out of place in their pages ; and
scrappy notes of cases, few in number and unaccompanied by a
comprehensive review of the morbid states they exemplify, are no
better than encumbrances of their space.
XII.— The Leprous Diseases of the Eye.^
The present work gives for the first time a full account of the
different affections of the eye that are found to occur in consequence
of leprosy. Eevision by an Englishman would have considerably
improved the style, though we must at once add that the authors'
language is easily understood and the matter excellent, giving a clear
insight into the nature of these manifold pathological states. A
short analysis will suffice to call attention to this book, which we
are glad to recommend to all interested in the subject. The authors
1 The Leprous Diseases of the Eye. With 6 Coloured Plates. By Dr, 0. B.
Bull and Dr. S. B. Hansen. Christiania and London, 1873. 8vo, pp. 27.
144 Review^. [July,
distinguish two forms of leprosy^ the tubercular and the smooth :
both are ordinarily well characterised by the difference in their
course. Leprous affections of the nerves occur in both forms.
The diseases of the eye may be distributed into those which are
the immediate result of leprosy and those which are only indirectly
produced by it^ as paralysis of the orbicularis following upon leprous
disease of the facial nerve.
Cornea. — A superficial opacity commences at the margin of the
cornea^ and gradually spreads over a greater or less extent of it in
most leprous patients ; those suffering from the tubercular form are
especially liable to this change. It usually occurs in both eyes at
the same time, although more marked in the one than in the other,
and begins at the upper and outer edge. Delicate vessels can be seen
very often with a lens, and sometimes by the unaided eye, to pass
from the conjunctival and subconjunctival vessels into the opaque
part, and they are sometimes so abundant as to give it a dirty red-
dish colour. Small, more opaque, white spots can also be seen in
and near the margin of the opacity. They are at a greater distance
from one another towards the centre of the cornea, and may be
traced by focal illumination far within the more uniform peripheral
obscuration, separated from it and from each other by perfectly
pellucid spaces.
Such nebulae may appear at very early stages of leprosy ; their
progress is usually very slow. The periodicity, which characterises
the whole disease, may be also noticed in their development.
" The state remains for years unchanged ; then suddenly an hy-
peraemia of the cornea supervenes, during which the whole obscura-
tion may be overcast with vessels extending far over the cornea.
AVhen the hypersemia has existed for some time it goes back again,
but leaves a greater obscuration. The more frequently the vascular
injection occurs the less completely it usually disappears ; and in a
more advanced stage we have always found the obscuration also
microscopically covered with vessels. As the process advances,
more and more of the cornea becomes obscured ; but it is an ex-
ceptional case when the whole cornea is darkened in this manner.
The centre usually remains free ; but we have seen cases in which
the whole surface of the cornea had become opaque, and had the
appearance of dull ground glass."
Small superficial slices of the affected portion of cornea, placed in
a half per cent, solution of chloride of soda, showed under the normal
epithelium leprous elements of the size of a white blood-globule and
even less. Alterations of the corneal cells, which perfectly corre-
spond to those in traumatic keratitis in rabbits, were found in a
cornea removed five hours after death. The vascular part of the
opacity appears to be anatomically just like the pannus, which can
be produced in young rabbits by a thread passed through the eye in
1875.] Leprous Diseases of the Eye. 145
the region of the ciliary body. The author's conclusion is, that the new
cells (leprous elements) are derived both from the corneal corpuscles
and from the blood-vessels ; the greater part indeed from the latter,
" because the mass of altered corneal cells does not stand in any
proportion whatever to the mass of new cells.'''
There can rarely be any question of treatment. A strip of con-
junctiva round the cornea ought, perhaps, to be excised in a few
cases, where the opacity threatens to extend in front of the pupil.
Tuber cornece. — Instead of being diffused over a large surface in
a thin layer, the leprous products may be accumulated into a mass,
so as to form a tuber. This is always preceded by a superficial
opacity, and commences at the margin of the cornea, in the great
majority of cases towards the outer side. Both eyes are usually
attacked and the tubers are placed symmetrically on corresponding
spots. The first indication of this process is given by a circum-
scribed conjunctival and subconjunctival injection, of a triangular
form, with its base close to the edge of the cornea. This is followed
after a time by a yellowish-red elevation, which, as it increases in
size, extends on to the cornea ; the swelling is not uniform, it slopes
gradually outwards, but ends abruptly on its inner side. Its surface
becomes uneven. It may at last entirely cover the cornea and pre-
vent closure of the eyelids. It often remains for years unchanged ;
finally it is absorbed, or in rarer cases ulcerates away, the globe
usually shrinking considerably at the same time.
When the tuber is developed in the deep layers of the cornea, it may
advance between the lamellae like a wedge ; its colour is then less red,
but usually more grey than when superficial. Such growths often
appear simultaneously in the same eye, both on the surface and in the
deeper layers of the cornea. The more superficial take their origin
from an episcleral formation ; from this they advance under the
corneal epithelium, or pass along the vessels into the middle of the
membrane, leaving both the anterior and posterior portions pellucid.
The conjunctiva is freely movable over the episcleral growth. The
most deeply placed tubers proceed from the region of Schlemm's
canal, and extend into the cornea immediately in front of the mem-
brane of Descemet, the spaces between the fibres of the pectinate
ligament becoming closely packed with round corpuscles.
The treatment is unsatisfactory. The authors state that —
** The development of tubers on or in the cornea is far more danger-
ous for the sight than the superficial corneal obscuration ; and these
tubers are (with the tubers on the iris) perhaps the aff'ections which
blind the greatest percentage of leprous patients. In any case very
little can usually be done to prevent their growth, which'ia destruc-
tive to the eye.
" Where as yet only episcleral infiltration has existed, where the
tuber is just begining to encroach on the cornea, it has occasionally
111— LVI. 10
146 Reviews. L*^"^^*
been possible to prevent further progress, for a time, by energetic
cautery applied along the corneal margin. In order to obtain any
result the cautery must penetrate so deeply that all, not only the
conjunctival, but also the submucous, vessels are destroyed by it.
"Wounds from cautery heal easily, and are usually not attended with
much inconvenience to the eye. If the tuber has grown to any
size all treatment is fruitless. It has repeatedly been attempted to
excise parts of the tubers, and cauterize the surface of the wound
with nitrate of silver ; but the results of the operation have not been
encouraging, as the tumours have grown uninterruptedly. The only
thing to be done when the tubers are so far advanced in growth that
they begin to cover the pupil, which is frequently fixed by films of
exudation, is to make a coremorphosis behind the most pellucid part
of the cornea. The operation has no influence on the growth of the
tuber, and can only be considered as a palliative. Against the de-
velopment of tubers in the profound layers of the cornea we are
completely powerless ; operations have been repeatedly attempted,
but without avail."
Keratitis punctata, an affection not specially leprous, often
accompanies iritis, especially in the tuberous form. Numerous dots,
brown or grey, appear in the cornea, of which the lower half is the
part usually affected. In time the cornea may again clear, or on
the other hand the spots may remain for years without alteration.
The sclera is scarcely afi'ected, apart from the infiltrations of the
episcleral tissue, which accompany superficial corneal tubers.
Iris. — As in the cornea, the leprous elements are spread over a
large surface, or, which happens less frequently, collected into
tubers. Traces of iritis are found in 30 per cent, of all leprous
patients. In the smooth form the iritis is usually secondary to
corneal ulceration after paralysis of the orbicularis, and does not
appear till eight or ten years after the commencement of the disease.
It is directly due to the dyscrasy in some exceptional cases. In
tuberous leprosy, where it is a direct result of the disease, it is as
frequent as in the smooth form. It is often chronic ; exudations
along the edge of the pupil and adhesions to the capsule are not
unfrequeutly found in patients who have not noticed pain or im-
pairment of the sight. When acute, it is usually attended with
pain; after severe pain, pericorneal injection, and diminished power
of vision. The vitreous is almost always hazy during, or soon after,
an acute attack. The haziness usually disappears in some months,
though after repeated attacks floating bodies will remain. Both eyes
are usually affected.
" The obscuration of the corpus vitreum, observed during the more
acute inflammations, shows that the corpus ciliare and choroidea
suffer also. Such inflammations are, therefore, to be considered as
iridocyclites or iridochoroidites. We have, however, not yet found
circumscribed atroj)hies, pigmentary spots, nor anything like rem-
1875.] Leprous Diseases of the Eye. 147
nants of circumscribed or diffuse choroiditis in patients who have
frequently suffered from acute iritis. On the other hand, we have
often seen that there has remained a light greyish obscuration o£
the parts of the retina which surround the optic disc, with a
relative tenuity of the retinal arteries. We have noticed in these
cases a considerable diminution in the power of vision, even if
there has not been any synechia or deposit on the anterior capsule
of the lens."
The iris is less liable to tubers than the cornea: those of the
former part are not unfrequently accompanied by similar growths in
the latter. They always commence at the periphery, usually in the
lower half. A partial ciliary staphyloma at the place corresponding
to the tuber is not uncommon. The anatomical changes are ia all
essential points the same as in the cornea. The iritis requires the
usual treatment, atropine, morphia subcutaneously, leeches, &c.
The tubers may be removed by iridectomy.
Retina. — No pathological change, attributable to leprosy, has
been found in the fundus of the eye in more than 200 cases care-
fully examined by the authors, with the ophthalmoscope. A
secondary affection, in the form of white spots near the ora serrata,
has indeed been seen in the dissection of some eyes, but only where
the iris and ciliary body were much diseased.
The eyebrow is a region most liable to leprous deposits. Falling-
off of the eyebrows is an early and characteristic symptom of the
disease. Tubers in the eyelid may be excised when they incon-
venience the patient by their position or magnitude.
The conjunctiva sometimes becomes infiltrated, when a tuber is
rapidly growing in the cornea, but it does not appear to be inde-
pendently attacked. Paralysis of the orbicularis is a result of
leprous disease of the facial nerve. It progresses very slowly, never
becomes quite complete, and is accompanied by inflammatory
changes in the conjunctiva and cornea in no way different from
those produced by other causes. The authors have never met with
anaesthesia of the cornea, and do not believe in the existence of the
" neuro-paralytic keratitis " said to be found in some lepers. They
have had good results in a considerable number of cases of paralytic
ectropium, from sewing up the whole inner canthus as far as the
punctum lachrymale. Tarsoraphy performed in the usual way does
not answer.
The value of the researches of which this is a brief statement
may be shown by a few historical remarks. Scarcely anything was
known except the simple fact that the eyes were often affected in
leprosy, until Boeck i perceived that each of the two forms which
1 C. W. Boeck, * Om den Spedalske Sygdoiu Elephantiasis Gra^corum/
Christiania, 1842. We quote from Prof. Fuchs' review in the * Archiv fiir die
gesammte Medicin,' iv, 268. Jeua, 1843.
148 Reviews, [July^
he recognised was accompanied by a special disease of the eye.
He found that the eyes were affected in 49 out of 111 patients
suffering from tubercular leprosy. The more usual changes were
tubercles at the edge of the cornea, thickening of the conjunctival
layer in front of the cornea, maculae and ulcers of the cornea.
There were also noted chronic iritis (six times), cataract (twice) ;
once the eye had burst, twice it was atrophic. On the other hand,
in 42 cases of lepra glabra (mutilans, Fuchs, ansesthetica, Eobinson)
the eyes were frequently implicated ; they did not, however, present
lesions of the conjunctiva and so on, but ectropium and lagoph-
thalmus (in twenty cases). Ulcers of the cornea, pannus, and
specially iritis, both acute and chronic, were also observed.
His statement that in the anaesthetic variety leprous matter is
deposited on the spinal cord and about the base of the brain, and in
particular that the Casserian ganglion is always affected, has not,
so far as we know, been confirmed byother observers. The expla-
nation hence derived, that the lesions are due, in fact, to neuro-
paralytic ophthalmia (H. J. Vinkhuijzen : geneeskundige opmerkingen
op eene reis door het Noorden, p. 85, 94. Leiden, 1865), is, as we
have mentioned, rejected by Messrs. Bull and Hansen.
The next considerable advance ^ has been made by the publication
of the worK under review, in which, as already stated, we meet for
the first time with a full and minute account of this subject. It is
there shown that the anterior portion of the eye is alone liable to
disease directly caused by the deposition of leprous elements ; that
the latter may be collected into masses (tubers), or spread over a
considerable space ; that inflammatory changes, obscuration of the
cornea, posterior synechise, hazy vitreous, often occur, both with and
without the deposition of leprous elements, and that they are some-
times due directly to the dyscrasy, sometimes indirectly, as when
the eyelids cannot be closed, owing to facial palsy. — T. W.
' Neither an accurate knowledge of details, nor any general view, can be
derived from the cases published by Hubsch (' Gaz, Med. de Paris,' 1854, and
' Ann. d'Oc.,' t. xxxvi, p. 140); Carron du Villards (' Ann. d'Oc.,' vol. xxxvi, p. 145) ;
J. H. Sylvester (' Trans, of the Med. and Phys. Soc. of Bombay,' 1870, and * Ann.
d'Oc.,' vol. Ixvi, p. 235); Chisholm ('Ophth. Hosp. Rep.,' vi, 126); Pedraglia
(' Kl. Mouatstb. f. Aug.,' x, 65). We have found nothing of importance in this
respect in the more general essays by A. Fiddes ('Ediub. Med. Journ.,' ii, 1061) ;
J. Y. Simpson ('Edinb. Med. and Surg. Journ.,' vol. Ivi, p. 301, &c. ; E. Wilson
('Lancet,' 1856, vol. i); Virchow (* Geschwulst-Lehre,' ii); Haser (' Lehrbucb
der Geschichte der Medicin, ii, 73, Jan., 1865); Pruner (' Kraukheiten des Orients,'
p. 163, Erlangen, 1847) ; ' Report on Leprosy by the College of Physicians,' 1866 ;
R. Liveing (' Elephantiasis Graecorum,' Lond., 1873), &c. See also this 'Review,'
vol. XXX (1850), and vol. xlv (1870), and the last edition of T. Fox's work on skin
1875.] 149
Bibliosrapfiiral llecorlr.
Tholozan on the Plague in Persia, &c. — Dr. Tholozan is well known
as one of the best informed and most enlightened epidemiologists
of the present day. During his long residence at Teheran, as
principal medical officer of the Shah, he has most assidiously
watched the course of the principal epidemics which have of recent
years occupied professional attention ; and, being a good scholar,
his stores of information have been derived from very ample and
varied sources. We had lately occasion to refer to his labours in
illustration of the past career of cholera, and we have now to draw
attention to what he has done in respect of certain local outbreaks
of the true Oriental plague, the history of which has given rise to
no small discussion among medical men throughout Europe in con-
sequence of their bearing on some intricate questions of State
medicine.
Like all other scientific physicians, he attaches the utmost im-
portance to the study of geographical chronology in the investiga-
tion of the origin and diffusion of epidemic diseases, and in the
due appreciation of all attempts at their prophylaxis or arrest by
hygienic and sanitary appliances.
The marked unsuccess of most governmental and international
medical congresses has been mainly owing, he thinks, to the neglect
of this indispensable branch of preliminary inquiry, and to the
members of these commissions proceeding at once to frame practical
conclusions on various topics respecting which their authentic
information is always meagre and often uncertain. In 1869, Dr.
Tholozan published a memoir on the outbreak of plague which
occurred in 1867 in the environs of Bagdad, after an apparent
disappearance of the pestilence throughout the Ottoman empire
since 1843-4, when it last prevailed at Erzeroom and other places
in Asia Minor. His researches showed that the development of
the disease had been by no means so sudden and unexpected as is
1 1. Histoire de la Peste Buhonique en Perse. Par J. D. Tholozan, de la
Societe Epidemiologique de Londres. 8vo, pp. 42. Paris, 1874.
2. Histoire de la Peste Buhonique en Mesopotamie. Par J. D. Tholozan.
Svo, pp. 91. Paris, 1874.
150 Bibliographical Record. L*^"^^'
generally imagined, but that for many months previously there had
been a notable tendency in the ordinary endemic fevers of the locality
to being complicated with bubonic affections of the axillary and
inguinal glands. *' La petite epidemic de peste de la Mesopotamie
en 1867 fut precedee de phenomenes pathologiques importants rap-
pelant ces constitutions medicales pestilentielles qui dans le seizieme
et le dix-septierae siecle signalerent quelquefois Farrivee des grandes
pestes dans certains pays d'Europe/' A still more interesting result
is pointed out, viz., that a similar medical constitution prevailed in
some districts of that region during 1857-8, when the partial and
local outbreak of plague occurred at Benghazi in Western Barbary.
Such synchronism of epidemiological phenomena in countries
remote from each other, if well authenticated, is obviously of ex-
treme interest in the genetic history of spreading diseases, and is in
itself sufficient to attest the vital importance of medical geography
and chronology in setiological studies.
The unscientific conclusions of the Ottoman Board of Health in
respect of the Mesopotamian outbreak of 1867 are criticized with
just severity by our author. Notwithstanding the recorded distinct
opinion of their own medical secretary, after a personal examination
of the disease in the affected districts, the Board sitting at Con-
stantinople decided that it was not genuine bubonic plague, but
only a "pernicious paludal fever ^' accompanied with glandular
swellings, — because the outbreak had not been " envahissante,'^ and
did not manifest strongly contagious properties !
Dr. Tholozan's two recent brochures give an instructive record of
all the successive manifestations of the plague in Persia and in
Mesopotamia, as accurately as the very imperfect published data
on the subject enable him to do so. Together, they form a most
valuable contribution to the history of the pestilence in these
regions of the East. The evidence he adduces distinctly con-
troverts many of the statements made by Dr. Bartoletti, the
head of the Turkish sanitary authorities, in his late official
report to his government "sur les mesures a prendre centre la
peste qui sevit en Perse," which appears to have given rise to
voluminous diplomatic correspondence on the part of France, Eng-
land, and Eussia, with Turkey and Persia. Now that the relations
of Quarantine in reference to cholera have been so thoroughly
modified by the decisions last year of the Vienna International
Congress, it may be reasonably hoped jthat the question of the proper
restrictive measures against the two other diseases against which
quarantine has been mainly directed — plague and yellow fever — will,
ere long, be thoroughly investigated by some competent authority, to
the benefit of humanity as well as of scientific truth. To one point
alone, bearing as it does not only on the above question, but also on
the large and intricate problem of the genesis of various fevers.
1875.] Tholozan on the Plague in Persia, 151
domestic as well as foreign, we shall allude, and that is that in all
the local outbreaks of plague, which have occurred during the last
fifteen years, the pestilence seems to have sprung up in the districts
affected as a de novo development, quite unconnected with any dis-
coverable existence of the materies morbi from antecedent cases.
Dr. Bartoletti distinctly declared, in his account of the Benghazi
outbreak in 1858, that "cette peste est nee spontanement." Dr.
Naranzi, describing the epidemic near Bagdad in 1867, expressed
his opinion that it " naissait spontanement dans deux endroits peu
distants Fun de Tautre ;" and Dr. Castaldi uses nearly the same
language in reference to the partial and scattered outbreak in
Persian Kurdistan in 1871. Medical men will differ as to their
acceptance, or otherwise, of these conclusions. Only it behoves
them all to acquaint themselves with the ascertained facts of these
several cases, and not determine the point in their mind under bias
or prejudgment. No question of scientific nosology more strongly
demands a thorough impartial scrutiny.
Postscript. — Since the preceding remarks were written, we have
received the official account' of the late reappearance of Oriental
plague in that part of Barbary which was the seat of the unexpected
outbreak in 1858. The earliest cases occurred about the beginning
of April in two Arab tent-encampments near the village of Medje,
which is eighteen or twenty hours' march inland from the coast
town of Benghazi in the pashalic of Tripoli. It is believed that
sporadic single cases had been seen among the wretched inhabitants
for several months previously j but nothing accurately is known. Dr.
Laval, who subsequently fell a victim himself, was the first to de-
termine the true nature of the fever, that it was genuine bubonic
plague, various contradictory statements having been circulated
about it. Dr. Arnaud did not reach the spot until the fever had
begun to decline in Medje, and after it had attacked several places
in the neighbourhood. Nothing could be more thoroughly unsanitary
than the foul abodes of the poor people, or more miserable than their
hygienic condition in respect of food and clothing. For four or
five years before 1874, there had been a wasting famine, just as had
been the case for some years prior to 1858, so that the inhabitants
had been reduced to absolute want, compelling them to resort to
the use of the most repulsive objects to satisfy the cravings of
hunger. In both instances, the harvest in the plague years was
more abundant, in consequence of the heavy rains which had pre-
ceded and caused the prohfic vegetation. Dr. Arnaud thinks that
the great humidity of the ground and of the atmosphere thus occa-
sioned had something to do with the genesis of the fever which
^ JEssai sur la Peste de Benghazi en 1874. Eapport du Dr. L. Aenatjd, publie
par rAdministration Sanitaire Ottomane. Constantinople, 1875. 8vo. Pp. 62.
152 Bibliographical Record. [Jii^y>
sprung up among a population predisposed to its attack by their
previous indigence and starvation. He is convinced that it was of
spontaneous origin^ as Dr. Bartoletti was in 1858 in respect of the
outbreak that year.
It is a most interesting epidemiological fact that North Africa
was not the only region where plague manifested itself in 1874.
On the authority of the Ottoman administration, we learn that
"pen avant cette epoque la peste etait signalee en Mesopotamie
(Hindie, Divanieh), et des bruits couraient qu'une maladie analogue
existait dans PAssyr (Yemen).''
The fever appears to have been by no means widely spread in the
district near Benghazi, where it originated, and to have gradually
declined and become extinct by the adoption of simple sanitary mea-
sures. That quarantine restrictions had anything to do with its
subsidence seems extremely doubtful.
Erichsen on Hospitalism.^ — Both the subject and the author of
this work deserve special attention ; the former because it has been
a matter of much discussion in both professional and general
circles, and the latter because he is not only an eminent surgical
authority, but also because he is almost a specialist on the subject
on which he writes.
The lectures are so full of thought and so suggestive of thought,
and so decisive in their teaching that they must produce or tend to
produce one result, that is, the extinction of the word hospitalism,
as expressive of a necessary condition. The unhealthiness of hos-
pitals will ever make the general body of the medical profession look
upon hospitals as at present managed as not nearly so healthy as
private houses. Lectures such as these which acknowledge the evil
and point to certain rational remedies, must, however, tend to the
great practical result desired by all, viz. reducing the mortality
from septic diseases.
In Lecture I we are told —
" Surgery in its mechanical and manipulative processes, in its art,
in fact is approaching, if it has not already attained to, something
like finality of perfection. The science of surgery has not advanced
proportionately with the art."
All acknowledge the great advances made in surgery since the
introduction of anaesthetics, and of the principles of conservative
surgery. Yet there is still much to be done, especially in the treat-
ment of cicatrices after burns, of congenital malformations, of stone
in the bladder, and of various forms of pelvic fistula. Moreover,
so long as we rarely get primary union, which usually depends on a
proper adaptation of surfaces, we cannot look upon our art as
1 Hospitalism and the Causes of Death after Operations and Surgical Injuries.
By J. E. Eeichsen, F.R.C.S., &c. London, 1874.
1875.] Erichsen on Hospitalism. 153
perfect. The gist of tlie whole book, however, is really comprised
in the second statement, viz. that the science of surgery has not
advanced proportionately with the art. The rate of mortality has
not decreased in anything like the same proportion as the art has
progressed ; the cause of this mortality is chiefly what has been
called hospitahsm ; the cause of the hospitalism is overcrowding of
cases and want of sanitary precautions ; the remedy for this want
of success is hygiene in its widest sense.
Many do deny that there is any such condition as hospitalism ;
whether there is or not matters very little ; the fact remains, that in
ordinary hospitals maternity wards have been abolished on account
of the high rate of mortality. Ovarian cases are almost always
fatal; pyaemia, septicaemia, and erysipelas are fearfully common;
something within the hospital must be the cause of this state of
things, and it is only rational to suppose that, unless the cause be
partially or entirely removed, many surgical wards will follow the
same fate as maternity wards and be swept away.
Has anything been attempted or done to remedy this state of
things ? Speaking generally, we must distinctly say, no ! Individual
surgeons, much to their credit, have attempted and done much ; but
the majority of surgeons have sought to ignore facts, and have
thrown cold water on attempts at a theoretical and practical
solution of the difficulty.
For example. Prof. Lister's antiseptic treatment has been before the
profession for several years, yet it may be asked how many hospital
surgeons understand it, and how many have fairly tried it ? The
number could be almost counted on one's fingers; yet this method
of treatment professes to do away entirely with all risk of hos-
pitalism or hospital plagues. Professor Lister and others have
published numerous cases treated by this method, and in the
'Edinburgh Medical Journal/ for March, 1875, Professor Volkmann,
of Halle, contributes a remarkable paper on antiseptic osteotomy,
and shows the result of antiseptic treatment in his hands to be
most successful ; he says —
" Since the introduction of the antiseptic method into my clinique
now exactly two years ago (at the end of November, 1872), no single
patient suffering from a compound fracture in which conservative
treatment was attempted, has died. Amongst this number are in-
cluded even those cases in which conservative treatment was only
resorted to, because the patients would not give their consent to
amputation, and also in which we at first under-estimated the severity
of the injury, and afterwards intermediate or secondary amputation
had to be undertaken on account o£ haemorrhage or gangrene. The
number of compound fractures successfully treated without a single
fatal result in our hospital, which is old and always overcrowded,
and offers' the most unhealthy hygienic conditions, amounts at
154 Bibliographical Record. [July,
present to 31 ; amongst these were as many as 19 compound frac-
tures of the leg, in several instances much comminuted, and often
complicated with most severe bruising and laceration of the soft
parts. There were also two compound comminuted fractures of the
patella, both of which recovered with movable joints. No case of
pyaemia has occurred for a year and a half, i.e. since July, 1873,
although during this period alone about 60 major amputations have
taken place."
The paper contains other passages quite as remarkable in showing
the great value of antiseptic surgery in hospital practice.
Seeing, then, how the expectant method (if one may use the term)
in the treatment of injuries and wounds in hospitals has failed, and
how high the mortality is, it appears only a rational course to try
other methods, and especially the plan advocated by Lister, Erich-
sen, Callander, and others. Hygiene in relation to surgery means
a large amount of attention to details in the after-treatment of
wounds, and when this amount of attention is bestowed the surgeon
is usually said to have a " hobby" for that kind of thing.
Holden on the Sphygmograph.^ — Every new instrument of cli-
nical research has to contend with two obstacles which retard its intro-
duction. These are, the over-zeal of its friends, and the prejudice
of the conservative or self-styled practical members of the profession.
The history of the sphygmograph since its introduction by Marey
illustrates the rule. The exaggerated notions which were formed
of its value have given practical opponents plenty of arguments for
a critical disbelief in its usefulness. If the sphygmograph had proved
the ready means of diagnosis in heart disease, and the infallible indi-
cator of the state of the circulation in fever, which some observers
announced, its invention would have been a very doubtful advantage.
It will, indeed, be a sorry day for medicine when any instrument is
devised which will do away with the necessity for careful observation
and cautious induction. We do not therefore regret that the value
of the sphygmograph was overstated, and that a more sober view of
its powers now prevails. That it will eventually prove a great boon
to the physician, we have no doubt, and the day will come when
objections based on the obscurity of its hieroglyphics vi'ill be refuted
by the lucid translation of all forms of pulse trace. The time was,
when many of the revelations of the stethoscope were unintelligible,
and the records of the thermometer still often have a doubtful signi-
ficance, bat on this account few would question the value of these
instruments. The same patient work which has made these the
1 The Sphygmograph : its Physiological and Pathological Indications. The
essay to which was awarded the Stevens Triennial Prize, hy the College of Phy-
sicians and Surgeons, New York, April, 1873. Two hundred and ninety illustra-
tions. By Edgae Holden, A.M., M.D. Philadelphia, 1874.
1875.] HoLDEN on the Sphygmograph. 155
almost inseparable companions of the practitioner will in time esta-
blish the value of the sphygmograph. The chief impediment to
progress hitherto has arisen from the attempt to make the sphygmo-
graph a measurer of arterial tension. This, it is only in a minor
degree. It may serve as a comparatively rough test of arterial ful-
ness, but its great function is to record the forms of arterial move-
ments. The attempt to perfect it as an indicator of tension has led
to the numerous modifications which have been made in the form of
the instrument. Hence has arisen that confusion in the work which
is necessarily the result of having a large number of observations
which are not strictly comparable. The author of the book before
us is a sinner in this respect. Marey^s sphygmograph (which, with
very slight modifications, is in our opinion the best) appeared to
Dr. Holden to be faulty from not registering the displacing power
of the artery as well as its lifting power. He therefore invented a
form of pulse spring to partially surround the artery by means of a
concave surface. Each pulsation transmits to this spring a lateral
as well as an upward motion, and the result is recorded by a lever
moving laterally instead of vertically, as in other sphygmographs.
The second fault which Dr. Holden sought to remedy by his inven-
tion was the mode of application ; all the usual means of fixing the
sphygmograph appeared objectionable, so he aboHshed them, and
simply holds his instrument in position by the thumb and finger.
Whatever value there may be in the altered shape of the pulse spring,
and we cannot estimate this highly, the method of application is in
our experience sufficient to vitiate the results. Any one who has
tried an ordinary sphygmograph by holding it over the artery, knows
how the vibrations of the hand of the observer will spoil most of the
tracings. It may not be so to the same extent with Dr. Holden's
instrument, but that it is so to a great extent the numerous pulse
traces in his book prove by their irregular hues. We have ourselves
collected many tracings vitiated by the same cause.
The book is divided into three parts. The first treats of the
mechanism of the sphygmograph and the pulse ; to this part we have
alluded sufficiently ; the second part considers the special appli-
cation of the instrument to the study of pathological conditions ; and
the third, its value in therapeutical research. A large number of
traces taken in disease are well and clearly printed in the plates, but
we cannot say that they are worthy of a prize essay. Many of the
tracings are so badly developed, and show so few of the generally recog-
nised elements of the pulse-trace, that they are of little value. Others,
which are more worthy of study, are spoiled by the extremely meagre
and often vague record given in the text of the cases which they
illustrate.
In the therapeutical inquiries we are almost equally disappointed.
The most noteworthy point is the large quantity of Cannabis Indica
156 Bibliographical Record, [July,
taken by the author — 420 drops of the tincture — on one occasion
in the course of three hours, and in a second observation 26 grs. of
the fresh alcoholic extract in the same time. The physiological
effects in the first instance appear to have been very slight, and in
the second experiment neither the sphygmographic nor the subjective
phenomena were in proportion to the courage of the self-tormenting
observer. Other experiments were made with aconite, gelseminum,
and quinine, but with little addition to our knowledge.
We are sorry not to be able to congragulate the author on his
work. His great misfortune was, we think, the invention of a new
form of sphygmograph. With one of the original instruments of
Marey, his patience and industry would, we believe, have made more
important additions to the literature of the sphygmograph.
Dunglison's Medical Dictionary.^ — Dunglison's dictionary has
acquired an honorable place in medical literature, and very de-
servedly so by reason of its many merits. A new edition was
much needed on account of the vast multiplication of terms used
in medicine and the collateral sciences, invented by actual or sup-
posed discoverers, and particularly in Germany. We are, therefore,
not surprised to hear that " the present edition will be found to
contain many hundred more terms than the first, and to have expe-
rienced numerous additions and modifications.''^ Nevertheless, it
would be possible for the student versed in Teutonic and French
medical literature to find not a few terms missing, in sufficient vogue
to deserve a place. A defect of this kind is, however, inevitable in
any such compilation, and when the medical pupil has a volume like
the one before us placed in his hands as constituting a mere lexicon
of terms or skeleton of facts that he must transfer to his head and clothe
with abundance of knowledge, he may well cry, hold ! enough !
The author states that his " object has not been to make the
work a mere lexicon of terms, but to afford under each, a condensed
view of its various medical relations, and thus to render the work
an epitome of the existing condition of medical science." This
object we regard as too ambitious and extensive for a work such as
Dr. Dunglison had in view, or was really demanded. An epitome
of the shallowest dimensions representing the actual condition of
medical science, together with that of the several collateral branches
of that science, as comprehended in this volume, is beyond the
compass of a dictionary like that before us, and beyond the power
of most ordinary mortals to produce. And, in fact, the necessities
imposed upon the author have of themselves saved him, in regard to
1 A Dictionary of Medical Science with the Accentuation and Etymology of the
Terms and the French and other Synonyms. By Rob ley Dunglison, M.D. A
new edition enlarcred and thoroughly revised by Richaed J. Dunglison, M.D.
London, 1874. Pp. 1131.
1875.] Manual of Public Health for Ireland. 157
most terms, from his ambitious project ; and where he has ventured
on further detail than is necessary to explain the terms before him, he
is often at fault in introducing obscure and ambiguous information,
doubtful opinions, and questionable practice. His notes of treat-
ment in various important diseases are uncalled for, and are generally
open to strong objections. As a matter of course they are very-
brief, and so far as they apply to disease expressed by some general
term, though comprehending pathological conditions of great variety,
they would, if acted upon, as a rule, prove positively mischievous.
Active antiphlogistic measures, blood-letting to produce a decided
effect, antiraonials and kindred agents, are prescribed, accompanied
by few provisoes, in most inflammatory affections.
The definitions of anatomical terms might, in various instances,
be much amended as regards perspicuity at least, if not correctness.
The classification of the human races, introduced under the heading
Homo, need revision, for that of Blumenbach will not pass muster
at the present day among ethnologists.
Another desideratum of this dictionary, now that it has assumed the
character of an English publication, issued by our great London med-
ical publishing firm, is that, the formulae of the British Pharmacopoeia
should find a place alongside those of the United States Pharmaco-
poeia, which, in the present edition, furnishes the basis of reference
for the pharmaceutical preparations enumerated.
Although we have thus freely spoken of shortcomings, we are fully
sensible of the excellencies of this medical dictionary, and these in
themselves are sufficient to secure for it the good opinion of the
profession, and, as we trust, its success as a publication.
Manual of Public Health for Ireland.^ — Division of labour is
usually valued as a means of economizing time and facilitating pro-
duction. The principle has been applied in the production of the
work before us ; clearly, however, not for the sake of the end com-
monly aimed at in the way of rapid development, for the preface
apologises for delay in execution, but on the assumption presumably
that the special matters comprised within the scope of public health
legislation can be best treated by those specially informed in them.
It is thus we account for the strong force of four writers in the pro-
duction of this small treatise, viz., of two medical doctors, a barrister,
and a professor of chemistry. At the same time, viewing its contents,
we must say that the array of talent seems much in excess of the de-
mand for it. The sections relating to legal requirements are extracted,
as a matter of course, from the provisions of *^The Public Health
(Ireland) Act, 1874," and, as for other portions, they are gathered
1 Manual of Public Health for Ireland. By Thomas W. Grimshaw, M.D., &o. ;
J. Emeeson Reynolds, T.C.S. ; .Uobeet O'B. Fuelonq, M.A. j and John W.
MooEE, M.D., &c. Dublin, 1875.
158 Bibliographical Record. puly,
from well-known and esteemed authorities on the several subjects
dealt with. In short, we feel persuaded that the whole matter
might have been readily elaborated by the general editor, Dr. J . W.
Moore, who has made pubhc health a special study, and is well
known as a medical meteorologist.
The volume is divided into no less than twenty-seven chapters, of
which the first four, presenting an analysis of the Health Act, a
digest of the laws prescribing the duties of sanitary officers, a list
of statutes relating to public health in Ireland, and an index to the
sanitary acts comprehended within that list, occupy nearly a fourth
of the whole ; consequently the many other subjects undertaken get
very slenderly treated, as may be supposed when we say that, besides
chapters on vital statistics, on births and deaths, on population and
the development of man, an attempt is made to examine, in con-
nection with sanitary science, zymotic diseases ; special zymotics ;
diseases arising from insufficient or unwholesome food; diseases
usually termed constitutional ; artisans' diseases ; diseases caused
by vicious habits; food; water supply; examination of water;
house construction ; air and ventilation ; sewage and its treat-
ment ; contagion and disinfection ; accommodation for the sick ;
meteorology and climate ; meteorological observations, and influ-
ence of season on zymotic diseases. However, it is due to the
several writers to state this much, that the information conveyed is
very clearly and succinctly given, even if it afi'ords but a rude out-
line. In proportion to the extent of consideration devoted to other
subjects, meteorology and climate have received a larger share, and
so far may be regarded to approach adequacy of treatment.
Although the profession ha^ been well supplied with manuals of
sanitary medicine, and the general laws of health are alike in Eng-
land and in Ireland, a reason for the pubhcation of a manual for
Ireland specially is to be found in the particular provisions of the
** Public Health (Ireland) Act, 1874;'* notably in the allotment of
the functions of sanitary medical officers to the dispensary medical
officers of the country, and in the designation of the local authori-
ties entrusted with the carrying out of the Act. We doubt not,
therefore, that this treatise will be appreciated by our Irish pro-
fessional brethren. And, indeed, it is well worthy of their good
opinion, for if the information conveyed be too largely superficial, it
is both accurately and well given.
Aitken's Outlines of Medicine.^ — This work is expressly designed
for the use of students, and aims at furnishing a synopsis of the most
important facts regarding the natural history of diseases, and the
lines of treatment by which remedies are to be apphed for the pre-
1 Outlines of the Science and Practice of Medicine. By William Aitkek
M.D., F.R.S. Loudou, 1874.
1875.] C. Fox on Water Analysis. 159
vention or the curative management of individual diseases. Such are
the purposes of this volume as set forth in the preface ; the reputa-
tion of the author will be a guarantee that those purposes are
faithfully and efficiently fulfilled. Its character as a digest of ad-
mitted facts and accepted doctrine, and as a text- book for students,
limits the task of the reviewer to simply recording his opinion of
the completeness and correctness of the matter contained in it, and
of the manner in which the matter is conveyed. Now in respect of
both matter and manner our examination of the treatise has convinced
us that nothing could be better. If fault must be found with the
book, it consists in the concentrated character of the material. It
represents the very essence of physic, and nought but the strongest
digestive powers could continuously make use of and duly appro-
priate-it. For the special purpose of upholding the student through
the febrile heat of examinations, it is admirably suited ; but at other
times, the learner would desire more diluted material, rendered also
more palatable by a commixture of practical remarks and of case
narratives.
To refer to one particularly commendable feature, we would re-
mark on the amount of valuable information conveyed in the sections
treating " of the methods of clinical investigation introductory to
those diseases which are described in groups under the organs or
systems to which they respectively belong." Indeed, we know of
no summary of the use of electricity as a means of diagnosis equal
to that contained in the " guide to the clinical investigation and
diagnosis of diseases of the nervous system.^'
C. Fox on Water Analysis.^ — This work is the substance of a
paper read by its author in the PubHc Medicine Section at the
Norwich meeting of the British ^[edical Association in 1874, and
it is stated in the preface that, in the discussion which followed the
reading, the recommendations of the paper were endorsed. This
statement forms a very doubtful recommendation of the book, seeing
how very few medical officers of health are competent to form an
opinion as to the value of methods of chemical analysis. Indeed, it
may be doubted whether any appreciable number of these officials
have had the opportunities of instituting comparisons between the
method adopted by the author and other rival methods. We fancy,
too, that the medical officers of health must have been taken with
the assertion of Dr. Fox that '•' a complete analysis, then, of a pot-
able water can with practice be accomplished in forty minutes '' (the
italics are Dr. Fox's). Nay, further, he states that the time occu-
pied in answering the question, "Is this water wholesome and
good ? " can be answered with absolute certainty in thirty minutes.
1 Water Analysis as it should, and as it should not, be performed by the
Medical Officer of Health. With illustrations. By CoEJ^ELius B. Fox, M.D
M.R.C.P., Lond. Loudou. '*
160 Bibliographical Record. [Julv,
If these statements could be substantiated, water -analysis would be
a very sim[)le affair indeed, and all the fuss made in these days about
wholesome and unwholesome water would be misplaced.
The author of the brochure before us states that it was written
with the following praiseworthy objects : — (1) For the purpose of
inducing all real medical officers of health to adopt some one reliable
method of water-analysis, so that the results of the examinations of
all might be comparable ; (2) to demonstrate to them the superiority
of the Nessler process to any other ; and, (8), to give to them some
of the results of his experience in the examination of potable waters.
The process on which Dr. Pox relies for the determination of the whole-
someness or unwholesomeness of water is what he terms " the Nessler
process,^' by which he means the process devised by Chapman and
Wanklyn, though the author does not state this. Indeed, his pamphlet
is substantially a reproduction of their treatise, and he inculcates
theirs as the one reliable method of water-analysis. We are not
prepared to deny this to be the case, but, nevertheless, think that Dr.
Tox is not happy in demonstrating this mode of water-analysis as
superior to all others; in fact, he merely shows that the popular methods
of smelling a water, treating it with permanganate, and testing for
nitrates, are not reliable tests for organic contamination. It would,
therefore, have been well not to have attempted ^'to demonstrate
the superiority of the Nessler process to any other.^"* No mention
whatever is made of Prankland's well-known process of estimating
organic matter in waters. AVe note, however, with satisfaction
that all Mr. Wanklyn's dicta are not accepted ; and notably this,
that a considerable quantity of free ammonia in a water containing
•005 per 100,000 of albumenoid ammonia is to be regarded with
suspicion. Dr. Fox quotes good waters which contained '007 of
ammonia ; but he might have gone further, since it is notorious that
some of the excellent deep artesian well waters of the London basin
afford seven or eight times as much free ammonia as he quotes.
Notwithstanding these defects, and some minor blemishes, we
can recommend the work before us to medical officers of health, as
giving an outline of a method of determining the organic matter
very commonly adopted. The modus operandi is, on the whole,
clearly described. We must, nevertheless, protest against the advice
which Dr. Fox gives to operate, for the sake of saving time, upon
minute quantities of water, e.g., 25 cubic centimetres for the deter-
mination of total solid residue. With such a quantity, and even
with an accuracy of weighing beyond the skill and appliances of a
medical officer of health, great inaccuracy of results may result.
It would be well for the author in a future edition to rewrite the
section of his work relating to hardness of waters. Besides a mis-
print of ^^ temporary '^ for " total,'' the mode of calculating the
quantity of carbonate of lime, or other salts equivalent in hardness
1875.] McCall Anderson on Eczema. 161
to carbonate of lime, contained in the waters is inaccurate, and the
mode given for estimating the permanent hardness of a sample of
water (a most important operation) is too indefinite to be of any
value,
C. Fox on Disposal of Slop Water.i — This handy little pamphlet
appears most opportunely, and will form a welcome addition to the
library of every rural medical officer of health. Since the more
general adoption of dry systems of disposing of excrement, great
difficulties have attended the disposal of slop water, and it is the
endeavour of Dr. Fox to show how these difficulties may be over-
come. It may not be superfluous to state that slop water consists
of soapy water, rain, dirty water, and a small quantity of urine, but
where a dry-earth system is carried out slop water is not mixed with
solid faecal matter. Slop water has in consequence a minimum of
manurial value, and as a matter of £. s. d. is valueless. It is ob-
viously inexpedient to discharge slop water into watercourses, and
although such stuff is not sewage — a term which implies fsecal
matter — and hence may legally be discharged into a stream ; the
Local Government Board will not sanction the discharge of slop
water into watercourses. Its disposal without nuisance is con-
sequently a matter of great importance, and often one of great diffi-
culty.
Dr. Fox describes six different and simple methods of disposing
of slop water other than its discharge into streams, and the cases
must be rare, indeed, where one of these methods is not available.
For the description of these methods, we must refer to the work
itself, which is one that ought to be in the hands of every medical
officer of health. We can cordially recommend its perusal to all
who have to do with any administration of sanitary law. It forms
a small but valuable contribution to sanitary literature.
McCall Anderson on Eczema.^ — The opening chapter of this hand-
some volume, which discusses the character and pathology of
eczema, is, as the writer admits, a reproduction of the doctrines of the
Vienna school. It is from what all younger English and American
dermatologists have learnt, either directly or indirectly, from Pro-
fessor Hebra, that our present knowledge of the disease differs from
the views " which previous to the first edition of this work were
adopted and taught by the majority of the profession in this country.^'
Twenty years ago Mr. Erasmus Wilson was the only man in the
1 The Dispoml of Slop Water of Villages. By Coenelius B. Fox, M.D.,
M.R.C.R, Lond. London, 1875.
" A Practical Treatise upon Eczema, including its LicTienous and Impetiginous
Forms. By Dr. McCall Anderson. Tliird edition, with seven woodcuts.
Pp. 208. London, 1874.
Ill— LVI. 11
162 Bibliographical Record. [July*
United Kingdom who knew much more of diseases of the skin
than what had been taught by Willan and Bateman. Since then Mr.
Hutchinson, Dr. T, Fox, Dr. Fagge, Dr. Buchanan, and Dr. Ander-
son himself, with many other good workers, have made exceedingly
valuable contributions to the subject. But, on the whole, modern
dermatology owes to Germany its present " pathological " aspect,
in distinction from the " symptomatic " study of eruptions of the
older British school, and the "diathetic^' theories of Erench writers.
At the same time we think that Dr. Anderson is unfair to Willan
and Bateman, and fails to apprehend the true objects of classifica-
tion when he writes :
*' Defective as any classification of skin diseases must be, there
can be little doubt that the anatomical classification is the most
objectionable of all ; for in this way many dissimilar diseases are
brought together under one group, while violence is done to the
symptomatology of many of them, owing to the necessity of placing
them under the head of one of the elementary lesions. Thus scabies
is ranked with ecthyma and smallpox — diseases which have no con-
nection with one another whatever ; and the first of these (scabies),
though it often shows itself in a pustular form, is still more com-
monly met with as a vesicular or papular eruption, or as a mixture of
all three."
There is no necessity for a classification of skin-diseases to be
defective, except from deficiency of knowledge. What is unavoid-
able is that no single classification can exhibit all the likenesses and
differences of these or any other diseases, for the simple reason that
a " disease " is not a natural object, but an artificial and complex
conception, including a material cause, a physiological state, and an
anatomical structure, together with such psychological conditions as
pain or itching ; while even to these we must, if we follow all
ancient and some modern teachers, add such metaphysical idola
theatri as occult terrene miasms, impurities of the blood, strumous
diatheses, dartrous dyscrasise, and lymphatic temperaments. But if
the classifier does not attempt to classify dissimilar objects, there is
no difficulty in grouping cutaneous like any other diseases, accord-
ing to whatever feature may be selected. Thus, choosing etiology
as a basis, we have a natural class of diseases dependent on animal
parasites, another on the presence of fungi, a third on syphilitic
infection, a fourth on poisoning by copaiba and other irritants. Or,
taking a pathological ground, there is no difficulty in distinguishing
acute and chronic inflammations, congestions, haemorrhages,
atrophies, tumours, &c. If this classification is combined with an
arrangement according to the tissue affected, into diseases of the
horny cuticle, of the malpighian and papillary layers, of the deep
cutis and subcutaneous tissue, of the sweat-glands, sebaceous sacs,
hair-follicles and nails, there results the classification adopted by
1875.] McCall Anderson on Eczema. 163
Hebra from Rokitansky, which is perfectly satisfactory and useful
for the objects intended. Quite independent of this and of great
practical use is a classification by locality ; all diseases of the scalp
have important points of similarity ; so have those of the face, and
those below the knee. The thin skin of the fingers and toes, the
prepuce and the nipple has a peculiar liability to scabies, the flexor
surfaces to eczema, the extensor to psoriasis, the palms and soles to
syphilis. Again, an instructive arrangement of cutaneous diseases
may be made according to their reaction to remedies — those
benefited by soothing applications, by astringents, by caustics, and
those again which are almost unaffected by local treatment, but dis-
appear under mercury or arsenic. Just in the same way we may
classify diseases of the lung by their origin as tubercular, parasitic,
syphilitic, or accidental ; by their pathology, as inflammatory,
atrophic, cancerous, and so on ; by the tissue affected, the bronchia,
the vesicles, the connective tissue or the pleura ; and locally as they
affect one lung or both, the apex or the base.
Now, the anatomical classification of Willan and Bateman is only
objectionable when used exclusively and for purposes of diagnosis ;
a knowledge of the *^ elementary lesions '^ of the skin is as neces-
sary as a knowledge of the elementary physical signs of disease of
the lungs. A student must first be taught to recognise a papule, a
scab, or a vesicle when he sees it, just as he must be taught to re-
cognise a rattle, a rub, or a crepitation, when he hears it. Scabies,
ecthyma, and smallpox have just this connection, that each may
produce pustules ; as cancer of the lung, pneumonia, and phthisis
may each produce bronchial breathing.
After the paragraph above quoted Dr. Anderson goes on to say :
•' There can be no doubt in my mind that the beat classification
of skin diseases is one founded not upon the elementary lesion, but,
as far as possible in the present state of our knowledge, upon the
nature of the affection. This is the basis of the classification of
Hardy, and that which was adopted some years ago by my late col-
league (Dr. Buchanan) and myself."
But we neither know, nor are likely to know, anything of the
" nature " of diseases ; we must be content to study their anatomy,
symptoms, and causes. Alibert''s showy and shallow " system'' re-
mains a warning against premature attempts of the kind, and derma-
tology only gained a solid basis in France when Biett introduced the
" objectional " classification of Willan. Dr. Buchanan's classification,
above referred to, into erythematous and phlegmonous hiflammations,
new growths, and so on, was made on a pathological basis. Mr.
Hardy's, into dartres, scrofulides, syphilides, &c., is essentially
etiological, and each is valuable for a different object. The study
of dermatology will never become scientific till it ceases to be a
164 Bibliographical Record. [July,
specialism, till systems and classifications are recognised at their true
value, and we no longer label every lesion with a generic and
specific name, as if it was a plant. Diseases of the skin are, like
those of any other organ, very complex phenomena, to be studied
under many different aspects, in their anatomy, causation, symptoms,
and treatment, but by the same methods and principles which have
introduced scientific knowledge into the study of tumours or of
fevers.
Dr. Anderson follows Hebra in recognising the fact that the
elementary lesion of eczema is not always and of necessity a vesicle.
It may be a mere erythema, or papule, or pustule. Hence the
diseases commonly known as lichen and impetigo are mere varieties
of eczema, when they are not syphilis or scabies. The symptoms
regarded as essential are infiltration of the skin, exudation on its
surface, formation of crusts, and burning or itching. The form
described by Hardy as " eczeme fendille,^^ and by Dr. Eox as
" eczema fissum," Dr. Anderson prefers to call eczema rimosum.
As to pathology, our author agrees with Eindfleisch and Fox in
calling the disease a catarrhal inflammation of the skin. The
affection, however, which was described by Hebra as eczema margina-
tum, is, at least in most cases, a local variety of tinea, as shown by
Kobner and confirmed by two excellent cases related by Dr. Ander-
son. The following chapter, on the histology of eczema, is illustrated
by drawings from Biesadecki, Neumann, and Rindfleisch. The
causes of the disease, apart from local irritation and hereditary
transmission, are quite unknown. It is, we think, a pity that so
eminent a physician as Dr. Anderson should be content to repeat
such vague and contradictory remarks as the following :
" It attacks by preference the rachitic, the scrofulous, and the
debilitated ; indeed, it may be safely affirmed that debility, in some
form or other, lies at the root of a very great number of cases of
eczema. At the same time it must be confessed that it often attacks
persons who are apparently in the most robust health, in whom
neither external nor internal causes are apparent. These cases must be
referred to some idiosyncrasy — the dartrous diathesis, as the French
call it, which is certainly a convenient word to cloak our ignorance
of its nature.^"*
Why reasonable men must refer diseases to an idiosyncrasy or
diathesis, and why honest men should wish to be thought wiser
than they are, we do not understand.
Dr. Anderson remarks that the skin of persons who are subject
to eczema is darker than natural; that its natural lines and' furrows
are deeper and wider apart than in health, and that there is more
or less desquamation. In 500 consecutive cases treated by him at
the Glasgow Dispensary, 296 occurred in men and 204 in women.
This agrees with the experience of Hebra and of Mr. Wilson.
1875. J McCall Anderson on Eczema. 165
Eczema mercuriale is put among the forms due to local irritants.
Dr. Anderson having never seen it occur from the internal adminis-
tration of mercury. A useful chapter follows on the differential
diagnosis of eczema from (non-eczematous) erythema, from erysipelas,
herpes facialis or preputialis — the latter is actually called a variety
of eczema by Hardy — scabies, psoriasis, pemphigus foliaceus,
pityriasis rubra, lichen ruber, and syphiHs.
Dr. Anderson agrees with Hebra in regarding the supposed
danger of curing an eczema as a mere fancy, and quotes two cases
of the disease being masked by an attack of measles, to reappear
when it passed off. Under the head of treatment he discusses at
length the benefits derived from purgatives, diuretics, steel and
cod-hver oil, where indicated by the early and acute stage of the
disease, by "torpidity of the kidneys'' or "excessive acidity of
of the system,^' or by emaciation and pallor. In chronic cases
without special indications, he recommends strychnia and arsenic —
the latter in increasing doses, which may occasionally be pushed to
ten, fifteen, or even twenty minums of Fowler's solution three
times a day, with impunity and with benefit. Alkalies and sulphur
Dr. Anderson considers of little use, but in chronic cases he has
seen good results from the internal exhibition of tar, though not
equal to those obtained in psoriasis. In prescribing arsenic or
strychnia, the following excellent rules are given : — 1. Begin with a
small dose, and increase it until it disagrees or cures. 2. If it
disagrees, try another form, or w^ait a few days and give it again.
3. Give it a fair trial for several weeks. 4. When the patient is
cured, do not stop the medicine, but let him leave it off gradually.
As to local treatment, Dr. Anderson advises, first, the various
preparations of potash introduced from Vienna by himself and Dr.
Buchanan; and next in importance, especially for chronic cases,
ointments, soaps and emulsions, containing tar, juniper oil, carbolic
acid, or similar drugs. Some interesting cases are given of treat-
ment by the impermeable dressings of vulcanized india-rubber,
first used by M. Colson of Beauvais, introduced thence by Hardy
into St. Louis, and thence again by Hebra to Yienna (see report in
the 'London Medical Record' for June 9, 1875). Dr. Anderson
thinks that this mode of treatment will prove an important addition
to our means of combating eczema. The book concludes with a
careful and practical account of special points in the diagnosis and
treatment of the local varieties of eczema, with tabular statements
of the diflferences between eczema of the scalp and syphilis,
psoriasis, or ringworm, attacking the same region; and between
eczeina of the beard, and ringworm or acne of the part, which
are often confounded together as sycosis. — P. S.
166 Bibliographical Record. [Ju^?
Mapother on Skin Diseases.^ — These lectures first appeared, after
delivery, in the ^ Medical Press/ and were subsequently collected in
a small volume. Their recommendation is their brevity, coupled
with good practical information respecting the leading pathological
features, and the treatment of the diseases described. The note on
the title-page, "with illustrations,'^ will mislead the reader who
may, in consequence of it, anticipate figures illustrative of skin
eruptions, for the illustrations given consist solely of a few rough
woodcuts intended chiefly to portray cutaneous parasites. If, as is
probable, the success of this little treatise encourage Dr. Mapother
to issue a further edition, or to embark on a work of greater dimen-
sions, we would suggest to him the propriety of more attention to
composition, inasmuch as that of the present volume is very slipshod
and too often uu grammatical.
Moore's Physiological Chemistry. 2 — This is a very thin book in
every sense of the word. The title-page is, however, most attractive.
We want clear, compact, and trustworthy " notes of demonstrations
on physiological chemistry " for our students of medicine, but we
shall look in vain for anything of the kind in the fifty ill-written
pages before us. We fancy these "notes'' were pubhshed last
year in the ' Chemical News.' If so, the compiler should, at least,
have taken some pains, when reprinting them, to secure consistency
and freedom from typographical errors. The book, as it now stands,
is really not worth the trouble of detailed criticism, but we will point
out a few of the mistakes which stare us in the face as we hastily
turn over the first fifteen pages.
The statement, on page 2, that vegetable products " never reach
the high atomic weights found in the animal kingdom" {sic) ignores
the existence of such a compound as vegetable albumen. We deny,
moreover, that " it is generally agreed that vegetable products are
ternary compounds (CHO), while animal substances are quarternary
(CHNO)/' Note the spelling of quaternary in passing. On
pp. 2 and 3 the methods given for preparing the ash of animal
matters, and for the recognition of the chief organic elements, are
both inexact and obscure. Here is an example — " Nitrogen, by the
evolution of certain odours peculiar to nitrogenous substances, and
familiar as the ^ burnt horn ' smell." Here the author omits to state
under what conditions the experiment is to be made, not even men-
tioning the application of heat to the substance under examination.
His remarks on the distribution of the elements in animal matters
(p. 4) are not satisfactory.
^ Lectures on Skin Diseases, delivered at St. Vincent's Hospital. By E. D.
Mapothee, M.D. With illustrations. Second edition. Dublin, 1875. Pp. 206.
2 Notes of Demonstrations on Physiological Chemistry. By S. W. MooEE
Pp. ix and 58. London, 1874.
1875.1 West Riding Asylum Reports, 167
Mr. Moore might have omitted the paragraph on Mulder's protein
(p. 5), and given us instead such a description of the method of
obtaining pure albumen by dialysis as would have conveyed some
notion of the process. But our author leaves out two of the con-
ditions essential to success. His plan of preparing syntonin (p. 7)
consists in " mincing a portion of flesh freed from fat, and digesting
in dilute acid for some hours, filtering and neutralizing with sodium
carbonate." We ask, Is fat the only substance to be removed from
the flesh ? May any acid be used ? Will the precipitate be free
from myosin ? On page 14 a formula for glycerine is given, in
which but two atoms of oxygen are shown instead of three,
while the radicle is made a dyad instead of a triad. On the next
page (15) we find the term differentiated used quite wrongly, l^ats
are not " differentiated by their melting points,'^ though they may
hQ recognised to some extent by observing the temperatures at which
they become liquid. So, too, the spectroscope has not " enabled the
chemist to differentiate apparently identical "bodies " (p. 16), though
it has enabled him to distinguish them.
It would be tedious and unprofitable to pursue any further our
examination of this pamphlet. We should not have noticed it at
all, but for the following three reasons : — (1) A simple, condensed,
clear, and authoritative laboratory book on the subject is much
needed ; (2) the title of the volume before us led us to hope that
this need had been at last supplied ; (3) the position of the author
as Demonstrator of Practical Physiology at St. George's Hospital
Medical School justified us in assuming that our anticipations as to
the value of the work before us would be justified.
West Riding Asylum Reports. — In previous numbers we have
taken occasion to note the contents of this volume of so-called
Reports on its annual appearance, and have had the gratification of
generally commending them for their scientific value. Similar com-
mendation is due to the volume last published. Some of the papers
contained in it are valuable on account of original research, whilst all
may be read with instruction. Amongst those of the latter class may be
mentioned the lecture given by Dr. W. B. Carpenter, " On the Phy-
siological Import of Dr. Perrier's Investigations into the Functions of
the Brain." More notable by reason of original observations are the
papers by Dr. Perrier, Dr. T. Lauder Brunton, and Dr. Herbert C.
Major, treating respectively on " Pathological Illustrations of Brain
Function," " Inhibition Peripheral and Central," and the " His-
tology of the Morbid Brain.'' Dr. Charles Aldridge continues his
useful ophthalmoscopic observations in mental disease, and w^e may
^ The West Hiding Lunatic Asylum Medical Reports. Edited by J. Ceichton
Beowne, M.D. Vol. iv. London, 1874.
168 Bibliographical Record. [J"ly>
fairly look forward to some general facts of practical value in patho-
logy from such a series of observations sufficiently extended.
We trust that such a measure of support may be extended to Dr.
Crichton Browne as will induce him to persevere with the production
of this annual collection of papers on nervous and mental maladies.
The title given, however, is not favorable to its success ; for the
article usually purveyed under the title of Asylum Reports is alto-
gether of a different character, and commonly remarkable for its
barrenness of any useful kowledge. Moreover, in no strict and proper
sense can the annual volume under notice be considered a Report of
the West Riding Lunatic Asylum. Its only relation to that insti-
tution is that its editor is its chief physician and superintendent,
and that the asylum affords the field of observations to some of the
authors of the papers contained within it.
Dublin Lectures on Public Health.' — If the public health were
advanced in proportion to the amount written upon it by way of
learned counsel and advice, such a healthful state of affairs would
speedily follow as to render the office of sanitary medical officers a
sinecure. But it is to be feared that the vast amount of sanitary
teaching now expended on the public to reform its material condi-
tions in reference to health will too far resemble, in its imperfect
results, those that have attended on the preaching of truths calculated
to improve mankind in its moral condition. For though it may be
admitted to be more easy to move mankind in behalf of its material
than of its moral interests, yet a like blindness and perversity have
to be contended against in the one as in the other ; and, what is
more, the element of human selfishness operates with greater force
in the case of the former. We must, however, be thankful for the
efforts made in the interests of the public health, and must wish them
" God-speed.''
The contents of the volume before us have already been pretty
fully placed before the profession in the weekly journals. These
lectures were initiated by the Committee of Science of the " Royal
Dublin Society,'' and carried through with the co-operation of the
Council of the "Dublin Sanitary Association;" and our Irish
brethren, particularly those of the capital, deserve great credit for
the zeal they have shown in diffusing a knowledge of sanitary science,
as exhibited, not only by instituting the course of lectures now under
notice, but also by the teaching and other work carried on by Drs.
Cameron, Mapother, and others.
The volume opens with " An Introductory Discourse on Sanitary
Science in Ireland," by Dr. W. Stokes, whose reputation of itself was
calculated to secure public attention to the subject he handled. Nine
1 Lectures on JPublic Health. Delivered in the Lecture Hall of the Royal
Dublin Society. Dublin, 1874. Pp. 203.
1875.1 De E/Enzy's Remarks on Indian Cholera Reports. 169
other lectures were successively given, by Prof. J. E. Reynolds
" On the Discrimination of Unadulterated Tood ;'' by Dr. J. W.
Moore " On Meteorology in its bearing on Health and Diseases /'
by Dr. James Little " On the Geographical Distribution of Dis-
ease ;" by Dr. Grimshaw "On Zymotic and Preventable Disease;"
by Dr. A. Hudson "On Liability to Disease;" by Dr. Robert
Macdonnell " On Antiseptics and Disinfection ;" by Dr. Mapother
" On the Prevention of Artisans' Diseases ;" by Mr. G. C. Henderson,
architect, " On the Construction of Dwelling-houses with reference
to their Sanitary Arrangement," and by Mr. Furlong, barrister, "On
Sanitary Legislation."
Prom this programme it will be seen that the most important
topics in sanitary science or preventive medicine were discussed,
and that the volume of collected lectures may be turned to — and
from the scientific standing of the lecturers, turned to with confidence
— for information respecting the questions with which they deal.
It is further right to add that several valuable diagrams are inserted
in elucidation of the statistical and other facts brought forward ; and,
in fine, the volume may be recommended to all those who would
acquaint themselves with the present aspect of the leading questions
touching "pubhc health."
De Renzy — Remarks on Indian Cholera Report of 1872. — The
author states in page 1, " As the Report is to a great extent devoted to
a refutation of certain views I have published from time to time for
the last five years, I have long wished to offer some explanation in
vindication of my opinions."
And as to the nature of these opinions, we find at page 22, " For
many generations to come it will be impossible to trace the cause of
cholera or other epidemics in this country with any sort of exhaus-
tiveness, and all opinions regarding the origin of any particular
epidemic being due to importation or not will deserve very little
attention. Nor is there much hope of our being able to connect
any particular epidemic with the use of tainted water by evidence of
a direct specific character." And at page 1, " It appears to me
that the proposition that cholera is spread by human intercourse is
so fully proved that it would be superfluous to adduce any further
evidence in support of it. I shall not, therefore, touch on this
point any farther than to show that the facts recorded by Dr. Cun-
ingham do not warrant the conclusion he draws from them. As
regards the dissemination of cholera through water, I hope to show
that the facts quoted in no way invahdate the opinion entertained on
1 Remark on the Report of the Sanitary Commissioner with the Government
of India on the Cholera Epidemic of 1872 in Northern India. By Surgeon-
Major A. C. C. De Renzy, B.A. T.C.D., Sanitary Commissioner, Punjaub.
Lahore, 1874. 8vo, pp. 28, *.
170 Bibliographical Record. [July^
this subject in England, and that there are other facts which strongly
corroborate it/'
We cannot suppose for a moment that Dr. Cuningham would
have thought it necessary to occupy even a small portion of his report
in criticising the views of Mr. De Eenzy, merely because he enter-
tained them, though he would certainly have been open to animad-
version had he not shown the bearings of the evidence which came
before him on the chief opinions now received as to the mode
of diffusion of cholera, opinions entertained by many others in the
profession besides Mr. De Eenzy. People may difTer as to the weight
and value of that evidence, and Mr. De Eenzy was at liberty to draw
his own conclusions from it. Whether these be altogether satisfac-
tory our readers may judge for themselves after perusing the
quotations given above. We have gone over Mr. De Eenzy's
' Eemarks ' carefully, to find whether there were any points sub-
stantiated against the positions taken up by Dr. Cuningham ; we
have met with a good deal of declamatory writing, but a great want of
that "patient investigation of facts" which he agrees with Dr.
Cuningham is the only mode of settling such questions; and we
have finished the perusal with the impression that Mr. De Eenzy has
failed in establishing his own position, and that he has not materially
affected those he attacked, while a good deal has been said which,
in his cooler moments, we hope he will regret.
Shropshire Medical Tariff Scheme.^ — This brief publication
represents a praiseworthy and honest attempt to form a basis for
the valuation of medical services rendered to the principal classes of
society. It is issued in the name of the society, but owes its
present form to the care and labour of Dr. Styrap, who has not simply
sat in solitary judgment on what is right and proper, but has sought
counsel and advice on all sides among those most competent to
render it, and particularly in the case of the surgical tariff, with which,
as a physician, he felt less competent to deal. We have considered
the principles on which the tariff is constructed, and have examined
the tables, and the impression we have formed is that the scale of
charges recommended is one of wide application in this country and
well deserving adoption by medical practitioners. We cannot here
quote or discuss details, for the subject is one that scarcely falls
within our province as a purely scientific journal, but we recommend
our many local medical societies to procure copies, which we
presume will be willingly placed at their disposal by the officers of
the Shropshire Ethical Association.
Unfortunately, schemes like the present will fail, as experience
^ The Medico- Chirurgical Tariff's issued by the Shropshire Ethical Society.
Shrewsbury, 1874.
1875.] Chemistry in relation to Therapeutics. 171
shows, like all other plans to make men of one mind as regards their
estimate of duty and self-interest ; for competition, selfishness, and
greed, are disturbing forces always secretly or openly in operation,
and, unless human nature gets much improved, threaten to pro-
strate all efforts at co-operation in the cause of virtue and mutual
benefit, and in the promotion of that much-bepraised but rarely
seen moral duty of fraternity.
The Toner Lectures.^ — The "Toner Lectures," of which the
present is one, were instituted at Washington by Dr. Toner, and
are intended to encourage the composition of memoirs or
essays relating to some novel or interesting facts in medical
science. The discourse of Dr. Da Costa is devoted to the con-
sideration of the causes producing disease of the heart, which the
lecturer states to be on the increase in the United States. He
divides strain and over-action of the heart into two different
categories, although both may exist together, or one may follow
the other ; and while he denotes, by strain, some injury caused by
sudden or violent effort, he defines over-action, over-exertion or
over-work, as a persistent excitement and derangement due to less
rapidly acting causes. As illustrations of the first, he describes
several cases in which actual laceration of the valves ensued from
some sudden effort, and with regard to the second, he passes in
review the various occupations or amusements which tend to cause
hypertrophy and valvular disease. He inclines to the belief that
moderate exercise, such as rowing, does not frequently induce
disease of the heart, and he has examined several persons who play
at base-hall (the athletic national game of the United States), and
he finds that it is by no means a common cause of cardiac
disorders, although in those who indulge in it immoderately such a
result sometimes ensues, and he gives two examples of the kind.
Chemistry in its Relations to Therapeutics.^ — Dr. Handsel
Griffiths avows himself to be an ardent disciple of the school of
chemical therapeutics, by which he means, of course, the application of
chemical principles to the selection and use of medicinal agents.
Every one knows the difficulty, in too many instances, of reconciling
the effects of drugs with their known chemical characters, and many
1 The Toner Lectures. On Strain and Over Action of the Heart. By J. M.
Da Costa, M.D., Professor of Practice of Medicine in Jefferson Medical College
Philadelphia. Pp. 28. Washington, 1874,
^ 1. Chemistry in its Relations to Therapeutics. By W. Handsel Geipfiths
Ph. D., L.R.C.P.E.
2. On the Teaching of Materia Medica and Therapeutics. By W. Handsel
Griffiths, Ph.D., L.R.C.P.E.
3. Monthly Report on the Progress of Therapeutics. Edited for the ' Edinburgh
Medical Journal.' Nos. Ill to VI. 1874-75.
172 Bibliographical Record. [July,
practitioners are compelled to use their remedies empirically in con-
sequence of the absence of scientific principles for their guidance.
Nor are they to be blamed if they prefer to employ the method
which cures their patients, or seems to cure them, rather than trifle
with their sufferings in the hope, too often a vain one, of making
therapeutics subservient to pure science. Nevertheless, the efforts
now made to combine chemistry, both theoretical and practical, with
the known laws of physiology, and to study both by the light of
clinical experience, are eminently praiseworthy, and Dr. Handsel
Griffiths deserves special commendation for his own efforts in this
direction, which appear to lead to still greater triumphs than any
yet achieved.
The Study of Life^ is merely an exposition of the various views
held by the most advanced scientific men of the present day, inter-
spersed with some vague and somewhat peculiar views of the
author himself, probably given forth to suit the author's audience
and the future benighted readers of his lectures rather than being
honest representations of his own beliefs. Like a great number of
other popular books, this one had its origin in a course of lectures
given at a debating society. Now, many extremely valuable books
have been written on Life by the most talented of original and
advanced observers. These works are within the reach of even the
poorest of the poor, and are written in language that even the most
superficially educated can understand. Hence we must recognise
the fact, although unpalatable, that in this country at all events
there was not tlie slightest need for such a book as the one in
question. Literature of this class is already sadly too abundant —
" Magno conatu nugas " — " Trifles with great effort." Perhaps it
may be argued that this class of writers afford peculiar and limited
advantages to the many in doing good according to their lights, by
explaining in simple language the views of advanced thinkers, and
reducing complex problems into simple and easily intelligible ones,
at the least probable sacrifice of truth. But the question arises, are
the efforts of many men simply confined to this end ? Is not the
end a distinct purpose — and that purpose to acquire knowledge at
the expense of the brains and labours of their superiors ? If we
were to tabulate all the books written with the twofold view of
notoriety and self-interest, the number would be simply immense.
Of the number we would not complain for a single moment. What
we do complain of, and that most vigorously, is the number of
1 1. The Study of Life. By H. Macnatjghton Jones, M.D., Ch.M., Fellow of
the Royal Colleges of Surgeons, Ireland and Edinburgh ; Senior Demonstrator of
Anatomy, Queen's College, Corlc, &c.
2. The Simplicity of Life. By RALPH RiCHABDSON, M.A., M.D., Fellow of the
College of Physicians, Edinburgh.
1875.] The Study of Life. 173
phases under which original ideas are embodied by men largely
possessed of the cacoethes scribendi without the corresponding power
of observation to write anything original, their faculty being
simply one of transposing or metamorphosing words. The book-
writing mania is becoming at once a nuisance and an evil. It is im-
possible to discover where actual truth lies, and searching for it is
as arduous and as thirsty a task as searching for water in an un-
known desert. There are scores of books published without a single
original idea in them ; there are many scores published with just
one original fact, the fact being of little importance ; but to pad it
and increase the importance, not of the fact, but of the individual
who discovered it, the public must be gulled and cozened into
buying a work that contains virtually everything — with an exception
— old, and nothing new.
Further, it is a notorious fact that such pseudo-authors mistake
flowery language for original thought ; e.g., in the book before us
the author speaks of ^' fishes rushing in countless hosts through the
paths of the sea, beholding with disdain the sluggish movements of
their gelatinous and crustaceous antecedents : — of a gigantic Labyrin-
thodon of huge crocodilian form paddling in water and roving
midst ferns and huge horsetails and fir trees, with vast gaping jaws
of Labyrinthian teeth, striking fright and terror into all its weaker
contemporaries : — of an extraordinary fierce and remorseless ich-
thyosaurus, with enormous orbs and 210 teeth, pursuing with
lightning speed its prey : — Of pterodactyls soaring with their huge
eyes by dayhght — darkening heaven with their outspreading
wings, and terrifying the other inhabitants of the earth with the
awakening echoes of their horrible cries,^'' &c. &c. This style of
language is certainly grandiloquent, but it is only fit for readers of
novels of the Aurora Floyd type. The author's ideas are in other
respects certainly above the average ; still, he has much to learn
before he can attain to the position of one familiar with all that has
been done and is being done to bridge the gulf between man and
the lower animals. Man is not separated by so vast a generality
of structural peculiarities from any other animal as the author
imagines. The daily record of facts from original observations and
experiments show beyond the power of refutation that man never
was created as an animal separate and distinct from all others, but
that, like others, he has been progressively formed. He bears in
every part of his body relics of a bygone condition, relics of struc-
tures found in animals lower in the scale than himself in a state of
undifferentiated perfection. Man does not possess a fixed arrange-
ment of the various tissues of his body, neither nervous nor
muscular. Further, the mass of evidence points most unmistakeably
towards a further goal, by the side of which man's present integrity
and perfection are in comparison a pigmy to a giant. Any ana-
174 Bibliographical Record. [July,
tomist who has carefully contrasted the numerous so-called irregu-
larities met with in human subjects with those of animals lower in
the scale must have common sense enough to know that these
irregularities are not — as ancient anatomists once so fondly be-
lieved— " lusus naturse." They are something far more illustrative
of design and definite end. They are design and end worked out
by a great and Almighty power which has manipulated by evolution,
simple, or comparatively so, organisms into more complex, reflective,
and self-sustaining ones, with corresponding powers to maintain
them so. The osseous element, massive and grand, and enduring as it
seems to us, is doomed to progressive disintegration; the motive
power, or complex system of muscles, is gradually tending towards
modified simplicity, while the nervous system, which seems to be
both progressive and aggressive, is the dominant power before which
every other kind of tissue gives way.
The question of evolution is not one to be superficially discussed.
The more it is investigated the more forcibly does the truth dawn
upon us that man, with everything in nature, has had a common
origin. And although man is the last and best of God's great
handiwork, he has been manipulated through multitudinous phases
before he arrived at his present status. But the life which pervades
him, whether it be a cause or a result of organization, is as much a
mystery to us at the present day as it was to the ancients.
The title of the second work under review is ' The Simplicity of
Life.'' But we say with the champion of all modern English
authors (Carlyle) that " The mysterious live embers of vital fire are
not to be reduced to the degraded position of verbal simplicity."
Despite the logical definitions of the meaning which certain words
are meant to convey to us, and in what sense only they ought to be
used, the author of ' The Simphcity of Life ' has succeeded only in
telhng us what should be meant by what is said by such men as
Huxley and Beale, as superior as scientists and observers as he
would be in the art of plain speaking. To quote Carlyle again,
" The speculative mystery of life grew ever more mysterious to me,"
and even after reading ' The Simplicity of Life ' this holds good.
The author has certainly advanced the stage of inquiry a step in one
direction by showing that authors in future must be careful in using
certain terms. But as regards what life really is, he might just as
well have left his essay unwritten and unpublished for all the light
that he or the authors he quotes so extensively have thrown upon
this perplexing question. At the present time we do not want
Dominie Sampson ; there have for ages been ssadly too many of this
class. What we really require are earnest and simple-minded men,
who are willing to undergo the necessary training to be able to
study nature and her works to advantage, to be able to observe her
operations and to record them in language, if not logically correct, at
1875.] American Ophthalmological Society. 175
least capable of being understood by others working in the same
direction. The science of so-called metaphysics, equally with logic,
was never a science of truth. Any question raised by the one or the
other can be argued efficiently from two distinct sides, the one
equally as plausible as the other. But firet<ide scientists, tireside meta-
physicians and logicians, are babes feeding on milk in comparison
with the bold adventurers into the unknown paths of biology. The
author of ' Simplicity of Life ' has given us a readable work. But
if he had been a worker in the great field of biological science like
Huxley, Beale, and others, he certainly would never have tabulated
at the end of his work such a miserable olla podrida of oddities,
neither would he have wasted his time and energies in collecting a
series of assertions from every known author from Hippocrates to
Huxley. The same amount of time judiciously spent in actual
observation would have placed the author of the book in question
in the foremost rank of original observers. It must be granted that
he has given us a far more readable book than the author of ' The
Study of Life.' But we must say that both have much to learn and
much to do before their names will be handed down to posterity on
terms similar to the names of the two or three men whom they
criticise.
Transactions of the American Ophthalmological Society.' — We
are glad to learn that the society has decided to give more perma-
nent form to this record of its proceedings. The numbers will be
paged continuously, so that four or five together will form a volume
of about 700 pages. The first will consist of the reports of the
several meetings from the second to the eighth, and is to be fur-
nished by Dr. H. D. Noyes, with a profuse account of the forma-
tion of the society, and a notice of its first meeting. We should
like to suggest that the price of each number be printed on the cover.
The following communications seem to us the more important ;
for them and for the rest — there are in the two reports before us, fifty
in all — we must advise the reader to examine the ^ Transactions ' for
himself.
H. Knapp reports 114 extractions of cataract, C. H. Agnew 118,
and H. W. Williams 25, by the median flap. Iridectomy in one of
Knapp's cases destroyed " an eye which before counted fingers at
five feet. In this case, which looked very favorable, and would un-
doubtedly have done well had I made an ordinary iridectomy, I
tried a new method of operating. I made an opening into the
lower segment of the cornea with a lance-shaped knife, then thrust
the sharp-pointed blade of a delicate pair of scissors through the
iris, and cut it obliquely upward and outward ; then I carried the
^ Transactions of the American Ophthalmological Society, Ninth Annual
Meeting, Newport, July, 1873. Tenth Annual Meeting, Newport, July, 1874
New York, 1873, 1874.
176 Bibliographical Record. ■ [July,
blade of the scissors back to the first point of the incision and made
a second incision, nearly at a right angle with the former one,
upward and inward. The angular piece of iris thus formed con-
tracted towards its attached base, and left a beautifully clear pupil.
The patient had pain during the night ; purulent iritis and par-
ophthalmitis followed from the second day. This kind of angular
iridectomy tempted me by its rational appearance, yet I had tried it
with the same unfortunate termination not long previously. This
was in an eye where closure of the pupil had followed traumatic
cataract. I made the first steps of the operation as I did in the
case just related, then I endeavoured to pull the retracting triangular
piece of iris out, in which attempt I did not succeed. Suppurative
iritis followed, produced, I thought, by the bruising of the iris in
the endeavour to draw a piece of it out. Since the avoidance of
such bruising in the second case did not obviate suppuration, I made
up my mind never to try again the operation."
H. Derby contributes a paper on the importance of an accurate
record of all operations for cataract, in which he gives a form for a
cataract-register, and suggests that : —
" 1. Tables of cataract operations by a single method, intended to
serve as a basis of comparison with the results of other methods,
should include only cataracts that are neither the result of local
injury, tangible, local, or general bodily disease.
"2. In recording vision the full fraction should be stated, the
number of test-type seen, and the distance in which it is actually
seen, no attempt being made to reduce the fraction to lowest terms.
"3. The test card should be artificially illuminated by a light of
fixed power, placed at a stated distance from the centre of the card.
" 4. The date of testing, as distinct from that of the performance
of the operation, should be invariably stated. And every effort
should be made to ascertain and record any variations in vision that
may subsequently occur.
"5. A definite standard of success should be agreed upon ; that
is, that fraction should be settled which must be at least equalled by
the acquired vision, in order that the result of the operation may
justly be regarded as successful."
J. Green, in his remarks on the form of the corneal section, re-
commends the use of diagrams, three in number (front and profile
view of cornea, and a part view of the iris), for securing greater
precision in reporting operations and results.
Thomas K. Porley (p. 43) reports another case of scleral wound
treated successfully by suture. A case of herpes zoster ophthal-
micus is narrated by H. D. Noyes (p. 70), in which the one eye
was lost during the attack, and the other ten months afterwards
from (sympathetic) irido-choroiditis. There are two cases of herpes
with loss of the eye (B. Joy Jeff'ries, p. 73), one where the whole
side of the nose was involved without implication of the eye (O. F.
Wadsworth, p. 219), and twelve cases by B. J. Jefiries (p. 221),
187^.] American Ophthatmological Society, 177
and (A. Mathewson, p. 228). Galvanism gave great relief to the
pain in several of the latter.
H. Derby gives an account of the atropine treatment of myopia
(p. 139j, and appends a series of tables containing an analysis of
the condition and results in sixty -seven eyes treated by him in this
manner.
It is generally a very difficult problem, and one requiring much
patience for its solution, to determine the refraction of the eye in
certain myopic complaints — astigmatism and amphyopia. Theo-
retically the concave glass, spherical or spherico-cylindrical, pro-
ducing the most accurate vision of distant objects, would measure
the refraction, the ordinary rule, that the weakest of several other-
wise equal glasses is chosen, being remembered. In these cases,
however, the vision is usually very defective, even though the
patient is provided with the most appropriate glasses ; their use
alone cannot prove the correctness of the diagnosis. The ophthal-
moscope gives not unfrequently great assistance. The results attain-
able and the difficulties experienced are well exemplified by some cases
reported in the present reports, three being of conical cornea cor-
rected by suitable glasses (W. Thompson., p. 132) and one of extreme
myopia (H. D. Noyes, p. 155) . They are too long for quotation, and
any abstract would fail to do them justice. A few words from the
commencement of Mr. Thompson's paper will, we hope, induce some
of our readers to consult the original.
" On inspection the first presented slight evidence of the conical
condition, the second was more marked, whilst the third would be
recognised at once as a characteristic case of conical cornea, with
sight so imperfect that the patient, who had been using -|j spherical
for several years, could only read at his far point, with his glass, viz.,
six inches, type of a large size; and whose correction would have
been considered by me impossible by glasses but for the experience
obtained from the study of the preceding ones. The high degree of
acuity of vision, and the increased working power and comfort which
has been gained by the correction in these cases, would encourage me
to persevere in the analysis of any future ones that might present
themselves before proceeding to any operation ; although it would
be impossible in the limits of this paper to give a true picture of the
difficulties encountered in the hours of prolonged and wearisome
examination into the refraction of these eyes."
The fact was observed by Wollaston and confirmed by Young that
the small luminous point seen through a prism appears to be tri-
angular. The eye cannot be accommodated so as to make the whole
spectrum a line ; for, if the focus be adapted to collect the red rays to
a point, the blue will be too much refracted and expand into a sur-
face ; and the reverse will happen if the eye be adapted to the blue
rays. The amount of chromatic aberration can be measured by
111— LVI. 13
178 Biblographical Record. [ July,
glasses; that for yellow as compared with red equals about -pl^, and
the total amount is tt^o or -V. Dr. J. Green points out {'^ On Colour-
tests for Ametropia, based upon the chromatic aberration of the eye "
(p. 179), that this fact may be utilised in determining the refraction of
the eye, as indeed had been already attempted by Helmholtz and
Pope. He says :
'*We have thus a direct and delicate test for ametropia, not
dependent upon the recognition of letters, and one which, unlike
Steiner's experiment so admirably utilised by Thomson, does not
require a large pupil for its application. In measuring myopia by
this method I have succeeded best by directing the attention to the
red apex of the spectrum, the weakest concave glass, through which
the apex appears as a sharp red point, being the measure of the
myopia for red rays. Adding to this the correction for the brightest
part of the spectrum, viz., the yellow, a correction which I have found
to be about y^^, we have the measure of the actual myopia in the
meridian corresponding to the direction of the refracting edge of the
prism. Turning the edge of the prism then through any angle, in a
plane perpendicular to the axis of vision, and again measuring the
•ametropia in the new meridian, we detect any difference in refraction,
and by thus examining one meridian after another we may work out
even very complex cases of asymmetry.
'* In hypermetropia, also, it has seemed to me most satisfactory to
take the red end of the spectrum for observation, noting the
strongest convex glass, through which the apex appears perfectly
sharp, and applying the correction, minus -j-J^, to obtain the measure
of the hypermetropia for yellow rays."
Other noticeable papers are : Cases of optic neuritis, by W. F.
Norris (p. 163, wdth chromo-lithographs) ; syphilitic gumma in the
ciliary body, by E. S. Loring, jun., and H. C. Eno (p. 174, wdth a
charming etching by the latter gentleman) ; a new method of treat-
ing blepharospasm, by A. Mathewson (p. 207) ; a band of india
rubber fastened to the lid and to the forehead so as to elevate the
lid moderately ; canthoplasty, a clinical study, by H. Althof (p. 232);
and a new method of operating for strabismus, by J. F. Noyes
(p. 273). We have said enough to show the considerable value of
these transactions ; we are glad to recommend them to the atten-
tion of Enghsh ophthalmic surgeons. — T. W.
Beigel on Diseases of Women.^— This first instalment of Dr.
Beigers work contains the general anatomy and pathology of the
1 Krankheiten des WeihlicJien QescMecMes, voin KliniscJien Pathologischen, ttnd
Therapeutischen Handpucktes, aus Dargestellt. Von Dr. Heemann Beigel.
Vol. i.
The Diseases of Women fro7n a Clinical, Pathological, and Therapeutical Point
of new. By Dr. Heemann Beigel. Vol. i. -
1875.] Beigel on Diseases of Women. 17^
female organs^ the therapeutics of menstruation and of diseases of
the ovaries. In treating these subjects the author has collected
admitted facts and enumerated the various plans of treatment,
instrumental and otherwise, put forward by the best writers of the
day. His object would seem to have been to lay before
his countrymen all the most recent improvements in gynae-
cology, and more particularly and fully those introduced by
British practitioners, who are most copiously quoted.
The works of German, Erench, and American authors have also
been laid under contribution. The descriptive anatomy of the
female organs of generation is remarkably clear and minute, aided
by well-executed plates. Following anatomical details is a chapter
on the physiology of these parts. In this section the connection
between the breast and uterus and other points of equal interest are
touched upon, but the reader is disappointed to find that nothing
new in the way of explanation of the phenomena mentioned is
offered.
The changes which occur in the organs of generation during
menstruation and pregnancy are next treated of, Graily Hewitt
and Kundrat being quoted with respect to the condition of the
mucous, and Farre as regards that of the muscular tissue. In
illustration of the facts detailed, plates have been copied from the
works of the above authors, and also a table compiled by Schnept
exhibiting the different measurements of the uterus at different
periods of life. The physiological chapter is followed by one on
the medico-legal proofs of virginity. After mentioning the import-
ance which has, in all times, attached to this subject, the author
cites some of the customs pursued in regard thereto by different
people. A large part of the section is devoted to a relation of the
proceedings and ceremonies observed at the marriage of a chief of
the Fiji Islanders, with the view of proving the virginity of the
bride. This account is taken from a paper by Mr. W. T. Pritchard^
published in the ' Memoirs of the Anthropological Society of
London.'
In the chapter which treats of obstetrical diagnosis we have proof
of the author's skill in compilation, and the engravings are abun-
dant. Among the latter are representations of the different couches
recommended for the purpose of digital or specular examination,
and figures of the different kinds of instruments in use for the aid
of diagnosis. In its abundance of illustrations the book at this
part almost rivals a ' Maw's Catalogue,' over which, however, it has
one advantage ; the illustrations not only show the instruments, but
also their method of employment.
Tlie same characteristics stamp the next section, which treats of
obstetrical therapeutics. Interspersed among the figures of the
instruments are prescriptions for pessaries, copied from papers by
180 Bibliographical Record. [July,
Tanner and Martin in the ^Obstetrical Transactions;' and formulse for
the administration of various drugs, by other authors.
We next come to what is called the special part {Specieller Theil),
in which menstruation — its physiology, irregularities, and diseases —
is considered.
Some space is occupied in the discussion of the ovular theory
of menstruation. Dr. Barnes' Lumleian lectures on the convulsive
diseases of women, and the works of other authors who have written
in opposition to the ovular theory, are freely quoted.
The volume closes with an account of the diseases of the ovary.
Towards the end of this section the pages again present somewhat
the appearance of an illustrated catalogue.
What, indeed, must strike the reader of this first portion of
BeigeFs treatise is, the large amount of facts collated, the number
of authors consulted, and withal an almost entire absence of original
matter.
Troisier on Pulmonary Lymphangitis.l — The author commences
his work by an account of the minute anatomy of the lymphatic
vessels of the lungs. In the course of this description he mentions
several experiments, by means of which he has satisfactorily proved
that there exists a free communication between the lymphatics of
the lungs and the cavities of the pleurae.
With regard to the term lymphangitis, the author wishes it to be
distinctly understood that he does not by its use necessarily imply
that the morbid alterations he describes are, strictly speaking, of an
inflammatory nature, but are due to the action of some irritating
cause. The consideration of the lesion is divided into two parts —
first, of that form which is dependent upon some pre-existing cancer ;
and, in the second place, of those less serious forms which he calls
adenomatous, tuberculous, simple, and purulent.
Cancerous lymphangitis is considered under two forms, distin-
guished by their locality. They are called respectively superficial or
pleural lymphangitis, and pleuro-pulmonary or disseminated lymphan-
gitis. The first, as its name implies, attacks the lymphatic vessels
lying on the pleural surface of the lungs. It presents the appear-
ance of a number of whitish nodules, sending off processes in all
directions. These processes are, according to Dr. Troisier, the
lymphatic vessels, which present on section the appearance of canals
filled with a caseous maquia. The explanation given is that the
cancer is propagated along the lymphatics at the expense of their
endothelium.
In the pleuro-pulmonary lymphangitis not only are the deeper
lymphatic vessels of the lungs aff'ected, but also the pulmonary,
1 MecJierches sur Lymphayigites\ Pulmonaires. Par le Dv. Emile Tkoisieb,
Interne des Hopitaux cle Paris.
1875.]
Barrett on Infancy and Childhood. 181
bronchial, and tracheal glands. The appearances are described
both from a microscopical point of view and from that presented to
the naked eye. The result of these observations leads the author to
conclude that cancerous lymphangitis of the lung has its origin in
some pre-existing cancer. This disease is seldom recognised before
death, the symptoms to which it gives rise being common to it and
to other forms of pulmonary and bronchial disease.
The less malignant forms of lymphangitis described by the author
are adenomatous, which is secondary on a swollen and inflamed
state of the lymph- glands. Tuberculous lymphangitis consists of a
propagation of the tuberculous matter along the lymphatic vessels,
giving rise on their walls to fresh growths of tubercle. Simple
lymphangitis is seen in cases of pleurisy. If a section be made
through the exudation and the subjacent pleura, the lymphatic
vessels will be found gorged with material of the same nature as the
exudation. Purulent lymphangitis is secondary to suppuration,
either of the pleura or of the lungs. There is no doubt that, in
this variety, fresh inflammatory processes are carried on in the
lymphatics themselves.
The fact of the connection between the lymphatic vessels of the
lungs and the pleural cavities may be of material importance in
future examinations of the various pathological conditions of the
lungs. The observations recorded by the author, on the subject of
the propagation of cancer, may also lend further strength to the
arguments put forward to prove the morbific agency of the lymphatic
vessels.
Barrett on Infancy and CMldhood.i — It is perhaps doubtful
whether books on domestic medicine are worthy of notice in the
pages of a scientific review : being written for the edification of the
unlearned amateur they are of no intrinsic interest to the educated
professional; at the same time. the popular demand for such works
makes it expedient that they should receive approval or the contrary
at the hands of those who are qualified to judge of their merits. It
is right also that the attention of the profession should be directed
to the publications of this kind which issue from time to time from
the general press.
Mr. Barrett states that he has written his book, firstly, '^for
use in emergencies;" secondly, in order that mothers who will
not, or who from distance, as in the colonies, are unable to obtain
the aid of "a medical man, may have that which is next best " [sed
quanto intervallo ?] ^^ his written advice;'^ thirdly, "to give an
insight into the maintenance of health and the remediability of
disease."
1 The Management of Infancy and Childhood in Realth and Disease. Pp. 627.
By HowAED Baekett, M.R.C.S., &c. London, 1875.
183 Bibliographical Reeord, [July ,
The first part of the book treats of the management of infancy
and childhood in health — the diet, clothing, air, and exercise suitable
to infantile age. The second and third parts treat of the manage-
ment of children in disease — of fevers, of constitutional diseases,
and disease classified according to its situation in the body ; then
follow surgical injuries and diseases. The book concludes with
tables of diets, of weights and measures, of recipes and statistics,
and has a capital index.
Out of the multitude of topics offered to the unlearned and
ignorant we shall glance briefly at those likely to be of service to
them, and we give our author full praise for the care with which he
has elaborated those subjects.
How infants ought to be fed, nursed, and clothed, the evil con-
sequences of improper feeding, the quahties and uses of the various
artificial foods suitable to later infant life, the virtues of cleanliness,
of fresli air and ventilation, are all minutely detailed, and good
practical advice is given on these subjects, so greatly important to
the welfare of the little ones.
Having instructed the mother as to her child in health, Mr.
Barrett comes to the child in sickness.
He graphically pourtrays the expression of the face, the de-
meanour and gestures of the sick child, teaches the mother to
distinguish the different cries of her infant — whether they are caused
by hunger or pain or illness, and to recognise the sleep, the pulse,
the breathing, the temperature of the skin, and the signs afforded
by the mouth and tongue, the skin and flesh, and the evacuations
when they vary from their normal conditions. He explains fully the
benefit vaccination has conferred on the human race, nor do we think
he has written a word too much, though this chapter extends over
seventeen pages. The section on minor surgical injuries is practical,
and the directions for the treatment of wounds, scalds, burns, stings,
sprains, boils, &c., are clear and sensible. We do not, however, find
any reference to fractures, and counsel as to what should be done
until the surgeon arrives. Hitherto we have been well pleased with
the book, but we must take strong exception to the chapter on the
administration of remedies and to the second half of the book, ex-
cepting such part as we have already spoken of, and we cannot do
better than quote the author himself in his own condemnation.
He says :
" The second half of the book is occupied with descriptions of
disease which are only intended as mere sketches. The informa-
tion is not to enable the mother to undertake the medical care
herself, but to arm her with salutary knowledge in case of emergency.
It is undesirable and dangerous to put sharp-edged tools into the
hands of those who are incapable of using them aright."
We quite agree with Mr. Barrett in these strictures, and wish he
1875.] Pathological Society* s Transactions. 18S
had adhered to them in practice, and not have written the pages
which follow this preface. Instead of bewildering the mother with
names of diseases and numerous brief imperfect pictures Mr.
Barrett might have sketched broadly the outline boundaries which
separate health from disease. Had he limited the mother's phar-
macopoeia to castor oil, senna, sal volatile, Gregory's powder and the
like, he would have been on the safer side than in recommending
calomel as " a useful purgative in teething or in feverish and in-
flammatory complaints," or Grey powder " as a most valuable
medicine in most disorders and diseases of children."
We only hope that the infants who have flourished under the
healthy regimen of the first part of the book may not be done to
death by the physicking described in the second, and that experi-
mental mammas may not indulge their proclivities in trying the various
recipes given in the appendix on their neighbours' or their own
children.
Pathological Society's Transactions.^ — The ' Annual Eeport of
Council ' (1873-74) now appears for the first time in the volume of
the ' Transactions/ It congratulates the members upon the con-
tinued prosperity and usefulness of the Society, whilst the appended
balance sheet shows that '^ in financial as in scientific matters the
Society continues to flourish."
But what is odd in this Eeport, considered as an integral part of
the present volume, is, that it refers to proceedings of a previous
session, and to records of an important discussion on phthisis and
tubercle, printed in exienso in a previous volume ; whilst at the same
time it takes no note of a like extended discussion on cancer
during the session. 1873-74, now reported at large in the volume
before us. The inference is that this Annual Eeport of Council
dropped out by some mischance from the volume to which it refers,
and that the Eeport that should be attached to the newly issued
volume has got mislaid.
The extent of the discussion on cancer indicates that the opinion
expressed by the Council, ^^ that future debates of the kind may be
conveniently condensed, so as to interfere less with the ordinary
work of the Society," was not generally concurred in by the
members. The debate on cancer was as lengthy as that on
phthisis and tubercle, and occupies in its report about an equal •
amount of space in the volume of ^ Transactions.'
These records of debates on some leading pathological questions
will, if not very contributory to their definite solution, be at least
valuable for historical reference. Besides the record of the cancer
^ Transactions oj the Pathological Society of London. Vol. xxv. London,
1874.
184 Bibliographical Record. [July,
discussion, the volume is as usual occupied with reports on patho-
logical objects exhibited before the Society, which of themselves
render it a valuable addition to that rapidly augmenting repertorium
of facts upon which the advance of scientific pathology must
be based.
Infant Diet.' — This little book on infant diet deserves commen-
dation. It is not made up of recipes for babies^ food, with milk-and-
water teachings concerning feeding; but, whilst conveying many
valuable practical lessons, endeavours to instruct its readers re-
specting the physiology and chemistry of food and digestion and the
principles which must guide them in the selection of diet. It conse-
quently demands intelligent and thoughtful study on the part of
its readers ; and if it errs at all, errs on the assumption that its popu-
lar users are gifted with good intelligence and desirous of learning
to deal with infants upon physicological principles, in a higher ratio
than the state of society seems generally to warrant. On the other
hand, the circumstance of its being in some measure the production
of a doctoress will recommend it to some readers and encourage its
perusal. It does not appear for how much of its contents we are
indebted to Dr. A. Jacobi on the one hand, and to Madam Dr. Jacobi
on the other ; the contributions of the two are so blended and har-
monised that the truth of the proverb that " two of a trade never
agree '' appears fairly contravened in this example of harmonious co-
partnership of medical man and medical wife.
Clinical Lectures on Various Important Diseases.^ — We do
not know if we are to accept the present small volume as an average
example of the clinical teaching in the United States, for it has not
been our lot to meet with treatises professedly illustrating the style
and matter of such teaching in that great country. If it be an
example of the current clinical teaching, it exhibits many commendable
quahties, particularly those of a practical character. But when
we compare these lectures with those given to students and published
from time to time in our periodicals, and also as independent volumes,
we observe a great contrast in regard to the minute analysis of
symptoms and the discussion of pathological processes. Our Enghsh
lecturers are most minute in their examinations, and most fertile in
their interpretation of symptoms and of morbid appearances, and
withal, as it sometimes strikes us, weak in elaborating facts which
shall stand their hearers in good stead when they are called upon to
deal with disease at the bedside on their own account. Such a fault,
^ Infant Diet. By A. Jacobi, M.D. Revised, enlarged, and adapted to popular
nse by Mary F. Jacobi, M.D. New York, 1874.
2 Clinical Lectures on Various Important Diseases, being a Collection of the
Clinical Lectures delivered in the Medical Wards of Mercy Hospital, Chicago.
By Nathan S. Dayis, M.D. Edited by Feank Davis, M.D. Second edition.
Philadelphia, 1874.
1875.] Clinical Lectures on Various Important Diseases. 185
if it will be admitted a fault, does not present itself in Dr. Davis's
clinical instruction. He examines his cases less as a pathologist than
as a practitioner. He comments on the most important symptoms
and reads them in the light of modern pathology, but he finds his
most congenial duty to be the indication for treatment to be pur-
sued.
The subjects selected for the lectures do not nearly range over
the general field of pathology, and if the diseases discussed are, in
the words of the preface, important diseases, they are so chiefly by
reason of their being such as will most frequently fall to the lot of
the ordinary practitioner. They are not, that is to say, important
by reason of peculiar features calculated to throw hght upon the
less understood questions of practical medicine.
He commences with two lectures on continued fever, under which
appellation he includes both typhus and typhoid fever. We find
him not very clear upon the pathology of fever, and among other
things he refers to disease of Peyer^s glands as a feature common
both in enteric fever and in typhus. "To repress the intestinal
evacuations " (which, by the way, are spoken of as symptomatic of
continued fever, regarded as a special morbid condition), he advocates
the use of turpentine combined with opium.
As an example of his pathological and therapeutical ideas, we
may quote his observations on this combination " to repress the in-
testinal evacuations.^' He considers no remedy more efficacious than
the one just named ; '' it not only exerts a peculiar action on the
mucous surface of the intestines, by which the tone or contractility
of the capillaries is increased and the accumulation of blood con-
sequently diminished, but it also increases the activity of the whole
capillary vascular system. Hence it not only fulfils the local indica-
tion, but adds materially in accomplishing the third object named
(viz. to sustain the functions of the nervous and vascular systems)."
A modern rationalistic pathologist might object to the postulate
implied in this explanation of the action of Dr. Davis's favorite
medicine, and remark on the want of precision in doctrine, and of
demonstration by reference to approved experiments of the peculiar
action of the mixture on the intestinal surface and of the increase
of tone or contractility of the capillaries.
''To devise remedies (he adds) that will relieve the extreme con-
gestion in the lungs, and promote reabsorption of the dark blood
infiltrated into the posterior and lower parts of these organs, is no
easy task."*' However, Dr. Davis is equal to the task, and we find
his suitable remedy to counteract the pulmonary congestion is a
mixture of chloride of ammonium, tartar emetic, and morphia, with
syrup of liquorice. He has, moreover, a second line of defence
against " depression of the excito-motory centres " besides the tur-
pentine and opium above quoted, viz., a mixture of strychnia, nitric
1 86 Bibliographical Record, V^'^Jt
acidj and opium. And it will be especially gratifying to teetotallers
to learn ^' that nearly thirty years of careful observation at the bed-
side of the sick has satisfied (Dr. Davis) that strychnia is a far more
reliable remedy for sustaining the nervous functions than alcohol ;
while the effects of the latter in diminishing the decarbonization of
the blood make it positively detrimental to the already seriously
embarrassed condition of the lungs .^^
Other lectures are devoted to the clinical history of periodical
fever, of rheumatic fever, of scarlatina, of several respiratory affec-
tions and pulmonary tuberculosis, of diseases of the alimentary
tract, of summer complaints of children, of dropsy and the causes
of cardiac disease, of neuralgia, nervous and cerebral affections, of
cerebro -spinal disease, of various cutaneous diseases of mania a
potu and chronic disease of the brain, and, lastly, of pneumonia.
The miscellaneous character of the contents of this volume will
appear from this enumeration of the subjects lectured upon. The
manner and the matter are such as would be looked for from a good
practical physician in passing from bed to bed in a hospital ward,
and, as we commenced by saying, do not resemble the well-studied
and elaborate disquisitions on disease delivered in the lecture rooms of
our British hospitals under the title of clinical lectures. Each de-
scription of teaching has its advantages, and it would be well could
the two be combined. But a volume of clinical lectures like that
before us would be pronounced in the old world a superficial
production.
On the Functional Derangements of the Liver .1 — We owe
an apology to the author and the publishers of this volume
for the delay in noticing it in our pages. However, the de-
mand for notice was, we felt, not so pressing as in the case of a
book containing matter for the first time made public, inasmuch as
these lectures have already been placed before the profession both in
the lecture room and in the pages of our weekly contemporaries.
They will have consequently won their position in pubhc favour, and
need not a commendatory notice from us. At the same time, it is
both a duty and a privilege to direct the attention of our readers to
the particular value of these lectures on liver derangements, know-
ing the large amount of instruction they contain.
The liver is a well-abused organ both by the pubHc and by pro-
fessional men, and particularly so in years now passing by. Liver
derangement has long been a popular complaint, and in cases of
illness where no satisfactory cause has been made out the liver has
very frequently been found chargeable. In recent days liver com-
^ On the Functional Derangements of the Liver, being the Croonian Lectures
delivered at the Hoyal College of Physicians, in March, 1874. By Chaeles
MUECHISON, M.D., F.E.S. Londou, 1874.
1875.] Functional Derangement of the Liver, 187
plaints were declining in fashion, and other organs were beginning
to have their due share of blame as sources of human ills attributed
to them. But after reading Dr. Murchison's able lectures we appre-
hend a revulsion of sentiment and to see again liver disorders in
the ascendant.
For a consideration of the three functions assigned to the liver
and of the various directions in which those functions may be
deranged, viewed in connection with the author's classification of
the derangements, opens up to our view the fons et origo of a vast
multitude of diseases which trouble mankind. It is sufficient to
notice the classification in exemplification of what we say. Under
it the derangements stand as — abnormal nutrition, abnormal elimina-
tion, abnormal disintegration ; derangements of the organs of
digestion, of the nervous system, of the organs of circulation, of
the organs of respiration, of the urinary organs ; and abnormal con-
ditions of the skin. How wide a category of diseased states is in-
cluded in the area of hepatic derangement may be gathered from
this classification as adopted by Dr. Murchison in discussing the
subject before him.
He commences his lecture by a review of the past and present
views of the functions of the liver in health, and closes by remarks
on the causes of functional derangements and on their treatment,
passing under notice the most celebrated liver medicines in
use. With respect to mercury, he does not look upon the experiments
made by Dr. Bennett and others with that drug on the lower animals
as decisive of its character as a cholagogue. On the contrary, he
holds that in its action it is a true cholagogue ; that besides increas-
ing " the discharge of bile from the bowel, mercury exerts a beneficial
action in many functional derangements of the liver, in whatever
way this is to be explained
" It is not impossible that the good effects of mercury on the liver,
and in some forms of inflammation, may be due to its property of
promoting disintegration,"" and this view the author considers to be
supported by the observation of the fact of mercury rendering
"effused fibrine less cohesive, and so more readily removed by
absorption than it otherwise would be/^ He likewise prefers mer-
cury to podophyllin as more certain in its action and less likely to
produce griping and mucous stools.
We have, in conclusion, only to repeat our high opinion of the
value of this small volume of lectures, which, whilst replete with
pathological facts and discussions, offers at the same time that sort
of information which is most valued by those practically engaged in
attendance upon the sick.
188 [July,
(J^riguial Communuatiansi*
I. — The Pathology of the Contracting Granular Kidney.
By T. J. Maclagan, M.D.
That form of Bright^ s disease which is characterised by the
presence of a small, red, granular kidney, is regarded by most
pathologists, not as a local disease of the kidneys, but as a con-
stitutional ailment, whose most marked local manifestation is the
production of renal mischief. This view is, no doubt, correct.
Regarding the manner in which the granular contracting kidney
is produced, and the sequence of events by which the pathological
change in the organ is brought about, there are three different
opinions, corresponding to the three different elements of which the
kidney is composed. Dr. George Johnson holds that the disease
consists " primarily and essentially in disintegration and destruction
of the gland-cells which line the convoluted tubes." Dr. Dickinson
and others believe that the essence of the disease is hypertrophy of
the inter- tubular fibrous tissue. Sir William Gull and Dr. Sutton
regard this form of Bright^s disease as essentially a disease of the
vascular system, which does not necessarily involve the renal vessels
first, and which consists in a " hyalin-fibroid ^^ formation in the
outer coat of the vessels.
The disease being a general one, we naturally turn io the con-
stitutional derangement to see whether from a consideration of the
cause of the local disease we can determine which of the renal
structures is likely to be first affected. Here we are met by the
difficulty that w^e know little or nothing regarding the constitutional
cause, except that it is frequently associated with the gouty
diathesis, and that workers in lead are peculiarly liable to be affected
by it. There is nothing in this to debar from consideration any
one of the three views which have been advanced : there is nothing
in it which particularly favours any of them.
As a means of determining the question as to which of the
constituent parts of the kidney is primarily affected, there remain
to us, first, a consideration of the local changes which take place
1875.] Pathology of the Contracting Granular Kidney, 189
in these glands ; and, second, a consideration of the symptoms by
which such changes are accompanied.
The disease comes on so gradually, and is so chronic both in its
constitutional and local aspects, that it is impossible to fix the date
of its commencement. The constitutional affection exists prior,
may be long prior, to its local manifestation ; and this latter has
generally made considerable progress before there are produced
such symptoms as render an accurate diagnosis possible, or even
make the patient feel that he is ill. For this reason the malady
can never be detected in its earliest stages. The renal affection is
never studied before all the structures of the kidney are more or
less involved. Such being the case it is difficult to see how from
mere microscopic examination reliable information can be got
regarding the mode of production of the changes which are noted
in these glands. Such examination is most valuable in determining
the changes which have already taken place; it is, indeed, the
most reliable means of doing so. By the aid of the microscope
we see and satisfy ourselves that there is atrophy of the tubes,
with hypertrophy of the inter-tubular tissue and of the minute
arteries : by its aid we can also determine the extent to which
these various changes have taken place. But in endeavouring to
determine in which of the structures the morbid change com-
menced, we find the microscope afford much less satisfactory results
than the other methods of research to which we shall have recourse.
The morbid anatomy of this form of Bright's disease has of late
years been the subject of much research and discussion. I do
think that too much has been expected from a study of its micro-
scopic anatomy ; and that too little attention has been devoted to
the careful study and interpretation of the phenomena, and changes
other than microscopic, by which the malady declares its presence.
Hitherto microscopic examination has led only to diversity of
opinion on the part of the most accomplished observers. That
structure which Drs. Dickinson, Grainger Stewart, and others
regard as the one primarily involved in the renal changes, Dr.
Johnson says has no real existence. The vascular changes attributed
by nearly all other observers to hypertrophy of the muscular coat
of the minute arteries are regarded by Sir William Gull and Dr.
Sutton as the result of a change in the outer coat of the vessels.
Where sucli observers so widely disagree, I would not intrude an
opinion founded solely on microscopic examination of the affected
glands. I would rather attack the difficulty from another point,
and try by a careful analysis of the symptoms and changes which
accompany the development of the renal disease to advance our
knowledge of the true pathology of the contracting granular
kidney.
The phenomena with which we have to deal are, first, the local
190 Original Communications. [July,
changes which take place in the kidney ; and, second, the symptoms
and changes which result therefrom.
The local changes are [a) loss of gland cells, or intra-tubular
atrophy ; {b) increase of fibrous stroma, or inter- tubular hypertrophy ;
and (c) thickening of arterial coats. Now in what order do these
different structures become implicated in the local disease? Can
any one of them give rise to the other two ? Can loss of gland-
cells lead to increased growth of fibrous tissue and hypertrophy
of minute arteries ? Can increased growth of fibrous tissue cause
loss of gland- cells, and thickening of arterioles? Can hypertrophy
of minute arteries give rise to increase of interstitial fibrous
tissue, and loss of glandular apparatus ? Or do any two or all
three changes take place simultaneously ?
A careful consideration of each of these propositions, and
an unprejudiced effort to explain by each the phenomena of the
disease, local and general, have led me to adopt, with some modifica-
tions. Dr. Johnson's view of the mode of production of the renal
changes, and to regard loss' of gland- cells as the primary and
essential feature of the granular contracting kidney.
Holding this view, it is incumbent on us to give some explanation
of the changes which we regard as secondary.
These may be considered {a) as they affect the kidneys, and {b)
as they affect other organs. The former call lor attention first.
We shall commence with the vascular changes.
These consist in hypertrophy of the muscular coat of the minute
arteries. This change in the renal arterioles, first described by
Dr. George Johnson, is attributed by him to the lessened demand
for blood in the kidneys, consequent on loss of their gland-cells ;
these vessels contracting, and ultimately becoming hypertrophied in
their efforts to curtail the blood-flow to the diminished and diminish-
ing renal tissue. That is a plausible explanation, but there appears
to me to be a more satisfactory one.
Those products of retrograde tissue-metamorphosis, which it
falls to the kidneys to eliminate, are not formed in these glands,
at least in any quantity, but are produced in other organs whence
they are conveyed in the blood to the kidneys for elimination.
The formation of these excreta continuing in due amount, and the
glandular surface of the kidneys diminishing in extent, it is evident
that the retention of urinary excreta can only be prevented by
increased rapidity of the circulation through the kidneys, and by
increased activity of what remains of their glandular apparatus.
1 I prefer this term to that of destruction or disintegration of gland-cells. I do
not think there is evidence to prove that the cells are necessarily- destroyed.
They unquestionably often do go throngh a pi'ocess of granular disintegration,
but such change may not commence till after they are shed, and have ceased
to perform any function.
1875.] Pathology of the Contracting Granular Kidney, l9l
We know that the kidneys are capable of eliminating much
more than the normal quantity of excreta (witness the large excess
of urea which is thrown off in many inflammatory and febrile
ailments, in diabetes mellitus, and in azoturia), and that if one
gland be removed or destroyed^ the other may do as much work
as was previously performed by two. Such being the case, we
cannot fail to see that loss of part of the glandular apparatus may
be compensated for by increased activity of what remains sound, or
comparatively so ; and that even a general and equally distributed
disease of both glands may, in its early stages, be insufficient to
lead to such loss of function as would result in defective excretion.
From what is observed in cases in which one kidney is somehow
lost, it may safely be inferred that retention of urinary excreta
does not take place till the normal eliminating power of the kidneys
is reduced one half : that, as Dr. Bence Jones has remarked, is a
large margin for safety.
In the early stage of the contracting granular kidney, the loss
of gland-cells which characterizes the ailment is compensated for
by sending to what remains of the glandular apparatus a larger
quantity of blood for purification. The earliest result of the loss
of the gland-cells of the kidneys is thus not, as Dr. Johnson holds,
a diminished flow of blood to these glands, but an efi'ort to com-
pensate for the decrease in their eliminating surface by an increased
flow of blood through them. .
How is this brought about ? It clearly cannot be due to increase
in the vis a fronte, to increased attraction for the nutritive fluid in
the glands themselves : the loss of renal structure which necessi-
tates the increased flow precludes such a possibility. It must,
therefore, result from increase in the vis a tergo, from greater force
and frequency of the heart's action.
The early stage of the contracting granular kidney thus consists,
first, in loss of secreting cells ; and, second, in a consequent in-
crease in the quantity of blood which flows through the kidneys in
a given time ; a condition which is more likely to be accompanied
by dilatation than by contraction of the minute arteries.
The loss of the gland- cells being progressive, a time necessarily
comes when increased rapidity of the circulation through the kidneys
can no longer compensate for the decrease in their eliminating
surface. Urea and other excretory products accumulate in the
blood, and are conveyed to what remains of the renal gland-cells in
quantities too great for their eliminating powers. This constant
presence of an excess of their normal stimulant cannot fail to prove
irritating to kidneys unable to respond to the call which is thus
made upon them. This impression being conveyed to the renal
vaso-motor centres, there results contraction of the minute arteries,
which, being permanent, necessarily results in hypertrophy. There
l9^ Original Communications, [J^^y,
is thus produced that thickened condition of the minute renal
arteries which is noted in the advanced stage of the contracting
granular kidney ; a condition which, it will be seen, is an indirect
result of the loss of the renal gland-cells.
What of the inter-tubular fibrous tissue? While agreeing with
Dr. Johnson in regarding loss of gland-cells as the essence of the
disease, I cannot homologate his opinion as to the non-existence of
inter-tubular fibrous tissue. I agree with Dr. Dickinson in regard-
ing increase of this tissue as a part of the renal changes : I disagree
with him in regarding it as the essence of the disease. I believe
that there is some increase of the inter-tubular tissue, but that such
increase is not so extensive as Dr. Dickinson describes ; that it plays
an unimportant part either in the pathology or symptomatology of
the disease ; and that it is always secondary to the changes which have
been described as taking place in the tubes and in the circulation.
Sir Wilham Jenner has shown, and all pathologists allow the
accuracy of the observation, that the continued presence in an organ
of an increased quantity of blood gives rise to induration of its
substance, that is, to increase of its fibrous tissue. In the kidneys
such a change is frequently noted as a result of venous congestion,
consequent on valvular disease of the heart, and is occasionally
observed as a consequence of similar congestion resulting from the
pressure of a gravid uterus. In these cases there can be no doubt
that the cause which gives rise to the increased growth of fibrous
tissue, which constitutes the induration, is the continued presence
in the kidneys of an abnormal quantity of blood. The increase of
fibrous stroma thus produced is similar to that which is noted in
the contracting granular kidney ; " in their minute anatomy there is
no appreciable difference between the two forms'*' (Dickinson).
There is one very noteworthy difference, however ; in the true
granular contracting kidney, the organ is much reduced in size
from shrinking of the tubules ; whilst, in that form of induration
which results from chronic valvular disease, such marked diminution
is not observed.
I'inriing that the continued presence in the kidneys of an increased
quantity of blood gives rise to an increase in their fibrous stroma
similar to that which characterizes the contracting granular kidney ;
and finding on a careful examination of the phenomena of the
latter, that there is good reason to believe that in it too there is,
for a considerable period, persistent hypersemia of the affected
glands ; and knowing of no other cause which is capable of pro-
ducing such a result, we cannot fail here also to note the connexion
between the two conditions ; to associate tliem, as in the other case,
as cause and effect, and to conclude that the increase in the inter-
tubular fibrous tissue, which is found in the contracting granular
kidney, results from the continued flow through these glands of an
1875.] Pathology of the Contracting Granular Kidney. 193
excess of blood, an excess which is rendered requisite by the loss of
part of their gland-cells.
Increase of the inter-tubular fibrous tissue we, therefore, regard
as secondary to the intra- tubular changes, which thus become the
primary and essential feature of the disease.
Other evidence in support of this view of the pathology of the
renal changes we have in the appearance which the kidneys present
to the naked eye. They are small in size, and red in colour.
Why are they small? Diminution in size is, of course, due to
loss of substance. The only part of the kidney whose bulk is
diminished is the renal tissue proper : the gland-cells are shed, and
the tubules shrink in consequence. This shrinking of the glandular
apparatus is regarded by Dr. Dickinson, and those who adopt the
cirrhotic view of this form of Bright^s disease, as a result of the
contraction of the new growth which " encloses and compresses
such parts of the gland as are in its path.'' This seems to me an
inadequate explanation of the loss of bulk which takes place. Loss
of gland-cells and falling-in of the tubules are alone quite sufficent
to produce it. But if this change in the tubules be brought about
by the compressing influence of a new inter-tubular growth, it is
difficult to see how there could result such a marked decrease of
size as is so frequently found : for, assuredly, the great and continued
increase of fibrous tissue which, on Dr. Dickinson's view, takes
place as the malady advances, would suffice to prevent such marked
diminution in size as is noted in advanced caees. The gland sub-
stance might waste, but its place would to some extent be occupied,
and the bulk of the organ to some extent maintained, by the
increased growth of fibrous tissue whose presence produced, by
mere physical pressure, the wasting of the tubular portion.
Why are they red ? Clearly because of the presence of blood,
and the absence of such changes as would produce a blanched
appearance of the glands.
Here again it is difficult to see how such an appearance is com-
patible with the changes which Dr. Dickinson describes as charac-
terizing the disease : for, assuredly, increased growth of fibrous
tissue, which is colourless; loss of gland- cells, and obliteration of
tubules, the parts to which most blood goes ; and narrowing of the
calibre, and thickening of the coats of the colourless vessels by
which that fluid is conveyed, are changes which are all calculated to
lead to bloodlessness and loss of colour, rather than to the main-
tenance of the normal red hue of the gland.
Neither does Dr. Johnson's view of the vascular changes consist
with this appearance : as described by him these would give rise to
a diminution in the quantity of blood supplied to the glands, and
consequent loss of colour.
The redness of the contracting granular kidney is one of the
111— LVI. 13
194 Original Communications. [July,
phenomena of the disease which must be explained. It can only be
accounted for by the presence in what remains of the gland of a
normal or more than normal quantity of blood. It has already
been shown that the loss of gland-cells which characterizes the
disease is to some extent compensated for by increased activity and
vascularity of what remains : it is this increased vascularity which
imparts to the contracting granular kidney the redness which
forms one of its characteristics. What remains of the glandular
structure has sent to it more than a normal quantity of blood for
purification : it possesses, therefore^ a normal, or more than normal,
degree of coloration.
The effect on the renal secretion of the changes which have been
noted is very marked. The condition with which we have to deal is
that of a kidney which has lost its gland-cells to a greater or less
extent, and through which there is a consequent and compensatory
increase in the blood-flow. Now it is evident that increased rapidity
of the circulation through kidneys whose tubes are unobstructed,
whose gland-cells are diminished in amount, and whose vessels
present no obstacle to the blood-flow, must result in increased flow
of urine deficient in solids. There is, up to a certain period, no
obstruction of the tubes, no hindrance to the free elimination of
water, but simply loss of gland-cells, and consequent decreased power
of eliminating solids. Combined with this is an increased flow of
blood which, in consequence of increased force of the cardiac action,
passes through the renal vessels at a higher than normal pressure.
The necessary consequence of all this is an increased flow of urine of
low specific gravity ; and this we know is one of the earliest indica-
tions of renal mischief in this form of Bright's . disease. For some
time after the onset of the renal mischief the/amount of urinary solids
eliminated in a given time may be quite normal ; but in order to
efi'ect this result there must be an increased flow of blood through
the kidneys.; a necessary consequence of this will be an increase in
the quantity of water eliminated by these channels. In accordance
with this we find that the increase in the flow of urine is less marked
in the very early stages of the disease, when the diminution in the
glandular apparatus and the compensatory increase in the renal
circulation are slight, than it is when the renal changes are further
advanced, and when the decreasing extent of eliminating surface calls
for a greatly increased rapidity of the blood-flow. By-and-bye, when
increased rapidity of the circulation no longer suflices to make up
for the loss in the secreting cells, when many of the tubules have
become shrunken and shrivelled, when urinary excreta accumulate
in the blood, and when the renal arteries become contracted and
thickened, the flow of urine again decreases, and dropsical symptoms
may be developed, sometimes as a result, and sometimes without the
occurrence, of inflammatory mischief in the kidneys.
1875.] Pathology of the Contracting Granular Kidney, 195
A decided increase in the flow of urine in this form of Bright's
disease marks not the earliest stage of the renal mischief, but that
stage at which a much increased rapidity of the circulation is required
to compensate for the loss of the renal gland-cells. Subsequent
diminution in the amount of water eliminated marks the period at
which the loss of the gland-cells can no longer be compensated for
by increased blood-flow through the kidneys, when retention of
urinary excreta becomes inevitable, and when ureemic symptoms may
be looked for.
We thus find that the changes which take place in the renal secre-
tion are likewise such as may ultimately be traced back to loss of
renal gland-cells. In this connexion we find an additional argument
in favour of the view which regards such loss as the essence of the
disease. . -
Here, again, it is difficult to see how the view which regards the
increase of the fibrous stroma as the primary feature of the renal
mischief can adequately explain the phenomenon with which we are
dealing, the occurrence of an increased flow of urine. According to
this view the increased growth of fibrous tissue gives rise to such
pressure on the renal tubules that their contents are more or less
destroyed, and they themselves have their calibre greatly diminished,
lyiow, it is evident that such a process of contraction and narrowing
of the renal tubules could not go on for any length of time, or involve
much of the renal structure, without producing a serious physical
obstruction to the passage of fluid along these channels, and con-
sequent diminished flow of urine ; the very opposite of what we know
takes place. According to Dr. Dickinson the physical changes which
take place in the fibrous stroma are primary, and those which take
place in the tubules secondary. Increased flow of urine must,
according to this view, be secondary to the constriction of the tubules
through which it flows ; a combination and sequence of circum-
stances which appear to be improbable, if not impossible. According
to the view which I advocate the falling-in of the sides of the tubules
takes place only after their secreting cells are lost, and after they
have ceased to eliminate solids, and never results from external
pressure. While portions of the kidneys are undergoing this change,
other parts are the seat of a compensatory hyperaction which, while
it prevents for a time retention of excreta, produces an increased flow
of water. Though much of this increased flow comes from tubules
whose gland-cells are actively eliminating solid excreta, there can be
no doubt that a considerable quantity also passes along tubules which
have lost their cells, but which have not yet lost their power of ex-
creting water. There is thus a double reason why there should be an
increased flow of urine ; first, because an increase flow of blood, and
a corresponding increase in water elimination, are requisite to enable
the sounder portions of the kidneys to throw off an extra quantity
196 Original Communications, [July,
of solid excreta ; and second, because tubules which have lost their
gland-cells, but are still pervious, may continue to be the channels of
water elimination after they have ceased to excrete solids.
A consideration of the changes which take place both in the
kidneys and in their secretion, we have thus seen, supports the view
that the primary change in the contracting granular kidney is loss ot
renal gland- cells.
To the same source may likewise be traced back the changes
which occur in other organs. We shall confine our attention to
those which take place in the vascular system. Of these the most
striking is hypertrophy of the heart. This is usually attributed to
the difficulty which that organ experiences in driving along the
impure blood. Such an explanation seems to me unsatisfactory, and
that for two reasons ; first, because it has not been shown that
impure blood circulates with greater difficulty than pure ; and
second, because such hypertrophy is rarely, if ever, noted in the
inflammatory and waxy forms of Bright's disease, in which the blood
impurity may be as great.
Dr. Johnson regards the cardiac hypertrophy as the result of the
increased force which is requisite to drive the blood through the
contracted arterioles. That is a much more feasible, and, to some
extent, true explanation of the increased size of the heart. But it is
not the whole truth : for though in the later stages of the disease
contraction of the minute arteries may increase the heart's work, it
is not the initial cause of its hypertrophy. Nay, I believe that
cardiac hypertrophy not only exists to some extent prior to, and inde-
pendently of, the occurrence of contraction of the systemic arterioles,
but that it may even have some share in initiating such contraction.
We have seen that one of the earliest results of loss of the
renal gland- cells is an increased flow of blood through the kidneys,
a result which is brought about by increased force and frequency of
the cardiac action. This is the first step towards the production of
hypertrophy of the heart. Be it noted that this increased cardiac
action commences so soon as the loss of the gland cells is such as to
call for increased work on the part of those which remain, and that
the demand thus made on the heart continues to increase as the renal
disease advances. Be it equally noted that retention of urinary ex-
creta does not occur till a considerably later period, when increased
force of the cardiac action, and increased rapidity of the circulation
through the kidneys, no longer suffice to counterbalance the increased
loss of renal gland-cells. The necessity for increased force of the
cardiac action thus exists prior to, and independently of, the reten-
tion in the blood of urinary excreta. When such retention does
take place (as with the advance of the renal mischief it inevitably
must) there is brought about contraction and hypertrophy of the
renal arterioles in the manner already explained. The increased
1875.] Pathology of the Contracting Granular Kidney. 197
resistance to the flow of blood through the kidneys thus occa-
sioned no doubt tends to exaggerate the already existing hyper-
trophy of the central organ of the circulation. That increased force
is requisite to drive the blood through the kidneys at this stage of
the disease has been experimentally demonstrated by Dr. Dickinson.
According to Dr. Johnson it is subsequent to the period at which
such retention occurs, and as a consequence of the blood impurity
which then commences, that the systemic arterioles contract with the
object of excluding to some extent the impure blood. It is at a still
later period, therefore, according to this view, that cardiac hyper-
trophy begins. Though a very plausible, I believe this to be an
imperfect interpretation of the somewhat complex and complicated
phenomena with which we have to deal. The true sequence of
events I believe to be as follows : — There is loss of renal gland-
cells, the result of some constitutional cause ; there is increased
activity of, and increased transmission of blood to, the cells which
remain ; to effect this there is increased force and frequency of the
heart's action, which, being continuous, in time gives rise to hyper-
trophy of that organ. Now this central force, while sending an
increased quantity of blood through the kidneys, must likewise send
that fluid with equally increased force to all the organs of the body.
The kidneys being the only organs in which such increased flow is
called for, it is probable that the minute arteries of the other organs
will contract to some extent so as to prevent the passage to them
of such an excess of blood. The cardiac hypertrophy thus
becomes the initial cause, rather than a result, of the contraction of
the minute systemic arteries, other than the renal.
It is not probable, however, that the contraction thus induced
can suffice altogether to prevent the passage to other organs of
more blood than they really require. In this persistent hypera3mia
of other organs, the liver and lungs, for example, we have a possible
explanation of the changes which are frequently noted in their
intimate structure in this form of Bright's disease ; a change which
essentially consists in increased growth of their fibrous tissue, and
is probably due to the same cause (hypersemia) as gives rise to a
like increase in the fibrous stroma of the kidneys.
In the increased call upon the heart, and in this generally deranged
state of the circulation, we have the explanation of the cardiac
disturbance and irritability, the inability for exertion, the shortness
of breath and even dyspncea, the giddiness, the dyspe})tic and
other symptoms which are so prominent in this form of Bright's
disease, even before there is retention of urinary excreta.
Though hypertrophy of the muscular substance of the heart and
contraction of the minute systemic arteries thus exist independently
of blood impurity, it is probable that the occurrence of this con-
dition tends to exaggerate these changes in the manner described
198 Original Communications. [July,
by Dr. Johnson. The primary cause of the cardiac hypertrophy,
however, is not retention in the blood of urinary excreta; but the
effort which nature makes to prevent such impurity of the nutrient
fluid by sending an increased quantity of blood to the kidneys for
purification.
Though, perhaps, the time has not yet arrived for giving a de-
cision on the accuracy or otherwise of the observations of Sir
William Gull and Dr. Sutton, it is impossible to pass unnoticed
their important contribution to the literature of the vexed question
of the pathology of the contracting granular kidney.
I refer to it the more willingly as I believe that their observations
and Dr. Johnson's are not so antagonistic as is usually supposed,
and that they are even capable of being to some extent reconciled.
It is admitted that the granular contracting kidney is not simply
a local disease of the kidneys, but a general constitutional affection.
Dr. Johnson has studied the morbid anatomy of the disease from
the renal side ; Sir William Gull and Dr. Sutton from the constitu-
tional. The former has described the changes which take place in
the minute vessels as a consequence of the advance of the local
disease. The latter have endeavoured to find the evidence of the
constitutional affection, and the cause of the symptoms which exist
prior to the occurrence of renal mischief, in morbid change of the
minute arteries and capillaries, and have described under the name
of " arterio- capillary fibrosis " a change in the outer coat of these
vessels which they regard as 'Uhe primary and essential condition of
the morbid state called chronic Bright's disease, with contracting
kidney."
At the time that the essay of Sir William Gull and Dr. Sutton
was published, I had just finished translating M. Bouchard's work
on the pathology of cerebral hsemorrhage, in which is given a
careful and minute description of certain changes which M. Charcot
and he had observed in the minute arteries in cases of cerebral
haemorrhage, and which are described by them under the names of
sclerous arteritis, chronic peri-arteritis, and arterial sclerosis. On
reading Sir William Gull and Dr. Sutton's paper, it at once struck
me that their arterio-capillary fibrosis bore a very close resemblance
to, if it was not identical with, Charcot and Bouchard's sclerous
arteritis. During the last three years I have further investigated
the subject, and have been led to the conclusion that the changes
described as having taken place in the minute arteries by Sir
William Gull and Dr. Sutton have a real existence, and that what
these physicians have seen and described is the same morbid con-
dition w^hich MM. Charcot and Bouchard had described five years
before under the name of sclerous arteritis. A comparison of the
respective descriptions given by the French and English pathologists
]875.] Pathology of the Granular Contracting Kidney » 199
of the changes observed by them in the minute vessels will make
apparent the identity of the pathological changes observed by each.
The following is a summary of Charcot and Bouchard's' account of
what they saw : —
" This arteritis is diffuse : it extends to the entire system of small
intra- cerebral vessels. Studied only in the small vessels of the
brain substance, this sclerous arteritis is characterized by changes
in the peri-vascular sheath, by lesions of the adventitious tunic,
and also by changes in the muscular and internal coats. The
principal changes take place in the most external parts ; they pro-
gress from without inwards, thus justifying the name peri-arteritis.
This change is observed in the arterioles of every calibre, which are
situated in the substance of the brain-tissue. The lymphatic sheath
may present only a striated, wavy appearance, like a bundle of
subcutaneous cellular tissue. The cavity of the sheath generally
presents nothing abnormal. On the principal arterioles the adven-
titious coat may present two different conditions. Sometimes there
is simple thickening, imparting to that membrane a thickness which
is occasionally equal to the calibre of the vessel. Its substance is
striated longitudinally, like a bundle of fibrous tissue, and encloses
fusiform corpuscles of connective tissue, arranged in the direction
of the axis of the vessel. At other times, the change in the
adventitious coat may consist exclusively in a multiplication of the
connective nuclei, without thickening, and without a fasciculated
appearance of the membrane.
" In connexion with this change in the most superficial parts of
the artery, is observed a change in the muscular coat, sometimes
general, at others limited to certain points. This lesion of the
muscular coat consists in a change in the transverse fibres, without
fatty degeneration, the result of which is thinning and separation,
and at some points total disappearance of these fibres. This simple
atrophy of the muscular elements does not appear to be primary,
but seems to depend on the more superficial change already described.
Indeed, the peri-arteritis is often seen to be limited to the sheath
and adventitious coat, the muscular showing no appreciable change ;
it is also seen that the superficial arteritis is most marked at those
points at which the muscular elements are most defective, or even
altogether awanting.
" The only change in the internal tunic consists in a multiplication
of the large ovoid longitudinal nuclei of that membrane. This
multiplication, which may be recognised even in the true capillaries,
seems to be much less marked than it is in the adventitious coat or
lymphatic sheath ; it may even be altogether awanting."
^ A study of some points iu the pathology of cerebral haemorrhage. By Ch.
Bouchard, M.D., translated by T. J. Maclagau, M.D., p. 76.
2C0 Original Communications. [July^
Sir William Gull and Dr. Sutton say that the change which they
observed " is due to a hyalin-fibroid formation in the walls of the
minute arteries,, and hyalin-granular change in the corresponding
capillaries ; that this formation occurs chiefly outside the muscular
layer, but it also occurs, though to a less extent, in the tunica
intima of some of the arterioles. Purther, that the degree in which
the affected vessels are altered, and the extent to which the morbid
change is diffused over the vascular system of the different organs,
vary very much in different cases. The muscular layer of the
affected vessel is often atrophied in a variable degree.'^'
On comparing these two descriptions, it is evident that the same
pathological change has been observed in both cases, and that the
arterio-capillary fibrosis of Gull and Sutton is identical with the
sclerous arteritis of Charcot and Bouchard. The description of the
one would serve, indeed, for the changes seen by the other : any
little difference which may appear being readily explained by the
fact that the French pathologists were studying cerebral haemorrhage,
and the English pathologists chronic Bright's disease with granular
kidney. Bearing in mind the frequent and intimate relationship which
exists between cerebral haemorrhage and this form of Bright^s disease,
it is not matter of surprise that the French and English pathologists
should have found and described the same vascular changes.
I believe, then, that Sir William Gull and Dr. Sutton have given
an accurate description of a real morbid change in the minute
arteries and capillaries ; but that they have erred in regarding this
change as the primary and essential condition of chronic Bright's
disease with contracting kidney. They themselves have, indeed,
pointed out that such change may take place without the kidneys
being at all affected.
The contracting granular kidney, and sclerous arteritis, being
both diseases of adult or advanced life, and the latter being so very
common, it is evident that the two must frequently co-exist.
If the former have the start and predominate, the changes in the
minute arteries described by Dr. George Johnson will be more
marked than those resulting from the sclerous arteritis. If the
latter be well advanced before the Bright's disease set in, the
changes consequent on the onset of that ailment will not be inter-
fered with, except at points at which the muscular coat is atrophied ;
the two conditions will progress side by side ; but those which take
place as a result of the sclerous arteritis will exaggerate the ten-
dency to cerebral symptoms (retinitis, headache, dehrium, &c.), and,
by rendering the vessels more brittle^ will greatly increase the risk
of cerebral haemorrhage.
1 Both Gull and Sutton, and Charcot and Bouchard are careful to point out
that the changes which they describe are rare in youth, but common in
advanced life.
1875.] Pathology of the Co7itracting Granular Kidney. 201
1 believe that Dr. Johnson on the one hand, and Sir William
Gull and Dr. Sutton on the other, have represented with perfect
accuracy changes which really take place in the minute arteries ; but
that the former only has dealt with the changes which necessarily
occur in connexion with the granular contracting kidney. The
latter observing those changes, already figured and described by
Charcot and Bouchard under the name of sclerous arteritis ; and
observing, further, the frequent co-existence of this condition of
the minute arteries, and of the granular contracting kidney, have
been led (erroneously I think,) to regard arterio- capillary fibrosis
as having a necessary and causal connexion with the form of Bright's
disease which we havebeen considering. The two conditions have,
I believe, no necessary connexion, though they very frequently co-
exist.
The coexistence of this change in the vessels, and of the granular
contracting kidney, has a decided efi*ect on the symptomatology of
the latter, and is, I beheve, one great, if not the chief, cause of the
frequent occurrence of cerebral hsemorrhage in connexion with that
form of chronic Bright's disease.
202 Original Communications. [July,
II. — On the Value of Fluctuation as a Sign.
By T. H. Bartleet, F.R.C.S., &c.
Fluctuation in surgical affections is a symptom so common, and
is in so many cases looked upon as pathognomonic of the presence
of fluid, that I have thought it might be interesting to consider its
true value.
I suppose it has occurred to most surgeons to have passed a knife
into a swelling, feeling assured that fluid would exude, but have
felt surprise, perhaps chagrin, at the crucial test they had applied,
forcing upon them the conviction of an erroneous diagnosis.
I need hardly describe what fluctuation is ; we all know that the
sensation is due to the in compressibility of fluid, and its conse-
quent equal movement in all directions upon the application of
pressure. The degree of movement felt depends upon many con-
ditions, such as the limpidity of the fluid, and its quantity, the
depth at which it lies, and the compactness of its covering, the
thickness, and the compressibility of the sac enclosing it, and also
the tension of the fluid in its sac. I need hardly illustrate this,
since it is evident that a fluid becoming nearly solid or semisolid,
would evidently not even intimate this sensation as clearly as a
limpid fluid, and inasmuch as the depth may vary from that of the
thickness of the skin to that of many inches in the human body, and
the compactness of the tissues covering it from cutaneous to osseou?,
it is evident that this symptom fluctuation must present various
degrees of distinctness, and that often only the " tactus eruditus^'
will enable a surgeon to ascribe to a sensation of fluctuation its true
value. Various terms have been given by surgeons to describe these dif-
ferences of sensation, and doughiness and elasticity are often described
as varieties of fluctuation, and I think rightly so described, since, in
very many cases, a sensation is perceivable by the touch which assures
us of the presence of fluid, which sensation is widely different from
the undulation or thud, which is the most marked kind of fluc-
tuation, and which is so distinctly perceptible in thin-walled
ovarian cysts or in many cases of ascites. I shall not enter into
the general considerations of how best to detect fluctuation, viz., by
the gentle tap, the gentler the better. I have often myself in large
collections best felt it by baring the wrist, placing this, say, on
the distended belly, and gently tapping by one finger of the same
hand ; the impulse is, I think, better felt in this way than by applying
the two hands, as usually directed. I may mention also that when
fluid is covered by oedematous superficial structures, the pressing
out of the fluid in the areolar tissue will frequently enable the
fluctuation to be more clearly felt.
1875.] On the Value of Fluctuation as a Sign. 203
I may also allude to the sense of fluctuation which may_, and some-
times can onlyy be felt by one finger, as in post-pharyngeal abscess,
or in retrouterine hoematocele or periuterine abscess, where the
presence of fluid may be frequently diagnosed with absolute cer-
tainty by a pushing or ^' prodding" action with one finger, but in
certain cases we undoubtedly get fluid without being able to detect
fluctuation as in hydroceles, where from frequent inflammation the
tunica vaginalis has become much thickened, and even in very tense
hydroceles, where the coverings are still thin ; in some cases also of
pus firmly bound down by fascia it is extremely difficult to differen-
tiate between solid and fluid, as in deep mammary abscess. But while,
on the one hand, it is often difficult to detect fluid when present, it is,
on the other hand, by no means uncommon for even experienced
surgeons to come to the conclusion that fluid is present when it is
not so. As an example, I may allude to the sense of fluctuation
given by the pulpy degeneration of the synovial membrane in
white swelling of the knee, and to the prognosis of cysts in
breast tumours, where on section none are found to exist. But my
clinical note to-day has reference to another cause of false or sup-
posititious fluctuation. Let me relate a case.
A man was under my care for a severe injury to the left knee,
and I had associated with me in the case a surgeon of the highest
skill and reputation. The leg became gangrenous, and there was
considerable oedema of all the tissues of the thigh. My friend in-
sisted that there was deep-seated pus, to which opinion I demurred
on strong representation, having always a respect for the opinions
of others ; on the following day I passed into the most prominent
and fluctuating part of the swelling a flne knife, which I always carry
in my case, made like a fine tenotomy knife, and which I am accus-
tomed to say will go almost anywhere without injury. I passed
this to the bone with no result. My friend still insisted that there
was a bag of pus, and that I had missed the sac, so I requested
him to try his hand, and he made one or two incisions, with a similar
result ; at last the man died and dissection showed the absence of
any collection of fluid, although the symptom "fluctuation" had
been most marked.
Another case, a woman with a large prominent swelling below
the ensiform cartilage, which she said was hydatid cyst, and which
had been tapped by a metropolitan hospital surgeon, and
fluid drawn out. This patient, too, was seen by many skilful
physicians and surgeons who I believe without exception came to
the conclusion that there was a bag of fluid of some kind or other.
I passed an aspirator needle, and by that I mean that the aspi-
rator was used as an exhausted needle, the stop-cock connecting the
aspirator with the needle being opened, directly the needle had
penetrated the skin, thus insuring that on sac existing should
not be entirely passed, though, and notwithstanding this, no fluid
204 Original Communications, [July,
came. On another occasion I passed a small trochar subsequently
connected with the aspirator^ the trochar penetrating 1| inches,
while on the former occasion the needle penetrated 2^ inches, and
still no fluid came.
Now, there must be some peculiar or ill-understood or ill-recog-
nised condition which led many skilful and careful men into error,
and which are constantly leading our students into similar mistakes.
I believe this false fluctuation to be generally due to the combi-
nation of two causes of error, one being muscular or glandular
elasticity, and the other being muscular or glandular displace-
ment.
I think any one who tries the experiment will be surprised at the
sensation of fluctuation which can be obtaiued by pressing alter-
nately, as in endeavouring to find the sense of elasticity or fluctuation
of an abscess, a muscle across the direction of its fibres, say the
biceps, or by similarly manipulating across the direction of the
ducts, a firm and fairly large female mamma; either one of these
two before-mentioned causes alone might mislead : I mean either
the displacement of the gland or muscle or the elasticity of the
gland or muscle : but when you get combined the elasticity and the
displacement, a supposititious fluctuation is felt so like to the real as
to be almost if not quite undistinguishable from it. How, then, are
we to be certain, especially in these positions, v here either a gland or
muscle are liable to mislead us, that the fluctuation we feel is really
due to fluid ? By a very simple plan, which I have never known to
fail, and which is not clearly enunciated to my knowledge in any of
our text-books, viz. by practising the manoeuvre of palpation, not
only across the line of the muscular fibres or of the gland ducts,
but also in a direction at right angles to this.
If the fluctuation be fluid it will be equally felt in all directions ;
if it be due to muscular or glandular elasticity or displacement, or
both combined, it will be only felt in one direction, viz. across the
muscular fibres or the gland ducts.
Let me mention one more case. I have at present under treat-
ment in the General Hospital a young man with hip disease. There
was present a barely recognisable pulsation behind the trochanter,
and it was a question whether or no there was fluid. I diagnosed
that there was. Now, in this position you have the fibres of the
gluteus running obliquely downwards, which will give the sensa-
tion of fluctuation, while beneath these you have the gemelli
pyriformis tendon and quadratus femoris running from side to side,
so that it is necessary to palpate in at least three if not four directions
to be quite sure that the fluctuation that is felt is not supposititious.
By practising this manoeuvre I was able to satisfy myself and to give
a positive diagnosis of the presence of fluid, a diagnosis that was
conflrmed by the use of the aspirator. I would just sum up my
1875.] On the Value of Fluctuation as a Sign. 205
conclusions, — that fluctuation of the most distinct kind may be caused
either by the elasticity of muscular fibres or by the displacement of
muscle : by the elasticity or displacement of glandular tissue ; that this
only occurs in one direction, viz. across the fibres of the muscle
or the general direction of the gland ducts ; that palpation at right
angles to this will differentiate the false and the true fluctuation,
inasmuch as false fluctuation is felt only in one direction, while
true fluctuation is felt equally in all directions ; that where different
layers of muscles take different directions, care must be taken to
palpate at right angles to each layer of muscles.
206 [July,
Cbronitle of i¥leliicat ^titntt.
REPORT ON PHYSIOLOGY.
By Heney Power, F.E.C.S., M.B. Lond.
Senior Qplithalmic Surgeon to St. Bartholomew's Hospital.
Blood.
1. Mich. Laptschinskt. Ueher das VerTialten dev rothen Bluthdr-
perchen zu einigen Tinctionsmitteln und zur Gerhsdure. (' Wiener
Akad. Sitzungsberichte,' 1874, p. 148.)
2. R. Thoma. Der Einjluss der Concentration des Mutes und der
Oewehsscifte auf die Form und Ortsverdnderungen farhlosen
BlutJcorper. (' Virchow's Archiv,' Band Ixii, 1874, p. 1.)
3. Ch. Rouget. Migrations et Metamorphoses des Globules Blancs.
(' Archives de Physiologie Normal et Pathologique,' 1874,
p. 821.)
4. R. Heidenhain. Die Einwirhunq sensihler Beizung auf den
Blutdruck. (' Pfliiger's Archiv,' 1874, Band ix, p. 250.)
5. Drs. Drosdoee and BoTSCHETSCHKAEorr. Die physiologische
Wirhung der Waldenhurgschen Apparate comprimirten Luft auf
den arteriellen Blutdruch der Thieve. (* Centralblatt f. d. Med.
Wiss.,' 1875, p. 65.)
1. Laptschinsky has made experiments upon the blood-corpuscles
with anilin blue, rosanilin, tannin, ammonia, and carbonic acid gas,
partly in watery solution, partly in solutions of common salt of various
degrees of concentration, which have led him to the following con-
clusions : — Every corpuscle is composed of two substances — one, the
stroma of authors, is smooth, soft, extensible ; the other is trans-
parent, and can only be perceived after precipitation or swelling. It
alone becomes coloured by reagents, and by its coagulation and pre-
cipitation gives rise to the most diverse microscopic images. On
account of the invisibility of this last material the relation of the two
substances to each other during life cannot be satisfactorily made
out.
2. Thoma has studied the influence of the fluids surrounding the
colourless corpuscles on the molecular processes of their amoeboid
movements, not only in blood withdrawn from the body, but in the
living animal. If frog's blood be placed in a gas chamber, and made
1875.] Report on Physiology. 207
richer in water by the presence of watery vapour, so that the well-
known influence of water upon the red corpuscles is beginning to be
visible, many (about 82 per cent.) of the colourless corpuscles exhibit
lively changes of form, especially if they are adherent to the cover
glass, and also movements of locomotion, whilst, if the plasma be
made more concentrated by the transmission of a current of dry air,
only about 12 per cent, of the cells exhibit movements, and these are
of a sluggish character. In this case most of the cells undergo
remarkable molecular changes ; they become round, strongly refract-
ing, their nuclei are only indistinctly visible or disappear altogether,
and with high degrees of concentration the edges of the corpuscles,
under high magnifying power, appear to be beset with fine and very
short hair-like projections. Similar changes were seen when a drop
of water was added to concentrated leucocytotic frog's blood under
a cover glass, and allowed to diffuse from one side of it. The same
influence of the concentration of the bloodTplasma upon the white
corpuscles was established in mammals, 39 per cent, of those of dogs
moving actively in concentrated plasma, and 69 per cent, in diluted
plasma. Similar changes were observed in the corpuscles of frogs
contained within the body when the plasma was diluted by the injec-
tion of water, or was concentrated by the injection of a 3 per cent,
solution of common salt, and the same occurred in the cells which
had migrated into the tissues of the tongue after a wound of the
tongue was irrigated with a | per cent, or 1^ per cent, solution of
common salt.
3. Renewed investigations upon the phenomena of the circulation
in the tadpole have satisfied M. Rouget that the red corpuscles in
their diapedesis through the walls of the blood-vessels are com-
pletely passive. The intra-vascular pressure forces one blood-cor-
puscle after another through the cell-protoplasm and structureless
cuticula of which the walls of the young capillaries consist. As the
red corpuscles are not capable of performing spontaneous move-
ments, they are not able to regain their pristine form, which is lost
as they traverse the capillary wall. They consequently soon break
down in their new position. The white corpuscles originate in the
multiplication of the fixed connective -tissue corpuscles, and are car-
ried by the lymphatics into the blood-current. By virtue of these
amoeboid movements they are capable of traversing the capillary
wall independently of the blood-pressure. As soon as they come
into contact with the red blood-corpuscles outside the vessels they
invest them, and in their interior the red blood-corpuscles break up
into pigment-molecules, and consequently convert the white cor-
puscles into pigment-cells. These last are, like the original white
corpuscles, capable of spontaneous movements. They in part pene-
trate into the interior of the vessels, where their further destiny is
unknown, and in part they form the pigmented tunicse adventitise
ofthe vessels and nerves, as well as the chromatogenous layer of the
subcutaneous connective tissue ; white corpuscles spring, again, from
the stellate subepidermoid pigment-cells. When traumatic stimuli
are applied the pigment-cells originating in white corpuscles accu-
208 Chronicle of Medical Science. [July,
mulate around the cicatrix and form neoplasm, the structure of
which is very like the " proud flesh " that appears in the wounds of
mammals.
4. Heidenhain maintains, in opposition to Cyon, that irritation of
sensory nerves (when the activity of the cerebrum has been abolished
in order to eliminate the influence of pain) increases the blood-
pressure, and establishes the fact by new experiments that, even in
chloral narcosis, the elevation of pressure only fails if the respiration
be coincidentally deepened and hastened, or in those cases in which the
life of the animal is in danger from too strong a dose of the narcotic,
or in which much blood has been lost. In the latter case elevation of
blood-pressure did not occur if the animal (not narcotized) exhibited
symptoms of severe pain in consequence of the sensory irritation.
If artificial respiration be performed in an animal which under the
influence of chloral exhibits no elevation of blood-pressure, such
elevation immediately occurs; the fall which follows the rise is
partly the consequence of the quickening of the respiration, and
partly of the exhaustion of the vaso-motor centre.
5. Drs. Drosdoff and Botschetschkaroff have made a series of
experiments, in Professor Botkin's laboratory at St. Petersburgh,
on the effects of breathing compressed air upon the blood-pressure.
The method of experimenting was the introduction of a canula into
the trachea, which could at will be supplied with air from a chamber
in which it was compressed, or from the ordinary air. The air in
the chamber was at an increased pressure of 34*2 mm., which equals
gV of the ordinary pressure. They obtained the following results : —
1. The blood-pressure fell as soon as the animal began to breathe the
compressed air, and rose again directly it breathed ordinary air. 2.
Coincidentally with the fall of the arterial blood-pressure the inspira-
tory and expiratory curves became much more marked in comparison
with those observed in breathing ordinary air, being two or three
times longer and higher after section of both vagi. 3. The respiration
of the compressed air caused immediate depression of the blood-
pressure, which fell below the normal, but rose again when the
animal breathed ordinary air, and the usual changes seen after
section of the vagi are observed. 4. The number of cardiac beats
was but little altered by breathing the compressed air after section
of the vagi. 5. The physiological effect of irritation of the peri-
pheric extremity of the vagus during the respiration of the com-
pressed air was weaker than on breathing ordinary air. 6. Irritation
of the central extremity of the sciatic was not followed by any
different effects from those usually observed when the ordinary air
was breathed. On killing the animal by bleeding, whilst breathing
the compressed air, no convulsions preceded death.
ClECULATION.
1. MM. Tabchanoff and Puelma. Sur Veffet de Vexcitation
alternative des deux Fneumogastriques sur V arret du Cceur.
1875.] Report on Physiology. 209
2. Stuart Eldridge, M.D. Mode of Illustrating Lectures on the
Circulation of the Blood.
1. MM. Tarchanoff and Puelma, in a note read before the Society
of Biology in Paris on 24th April, 1875, state that in pursuing their
experiments on the arrest of the heart in mammals they have noticed
a fact which appears to them to be of importance for the theory of
the action of the pneumogastrics in stopping the heart's action,
and to which other experimenters have not paid attention. They
believed that they could maintain the heart of the dog in a state of
prolonged inaction by exciting alternately the peripheric extremi-
ties of the pneumogastrics alternately. With this object in view
they exposed the two vagi and took up the two peripheric extremities
with ligatures. In order to observe the action of the heart, they in-
troduced, through a hole made between the fifth and sixth ribs, a finger
into the cavity of the chest, so that the movements of the heart could
be directly felt. This method of observation is preferable to that
made with a manometer, since this last is subject to error in
consequence of the coagulation of the blood in the canula. If one
of the vagi of a dog be excited with strong currents till its action on
the heart is completely exhausted, as is manifested by the recommence-
ment of contraction, and the opposite vagus be now immediately ex-
cited, arrest of the action does not again occur, nor indeed is there
any alteration in its activity. Yet the nerve last excited has by no
means been exhausted. If, however, one or two minutes be allowed
to elapse before the second nerve is excited, its inhibitory action is
fully exerted. This experiment shows clearly that each of the pneumo-
gastrics calls into play the whole of the inhibitory ganglia situated
in the walls of the heart, and that when once this apparatus is ex-
hausted by the excitation of one pneumogastric it cannot be called
into play by the excitation of the other. It shows also that this
state of exhaustion of the inhibitory apparatus of the heart rapidly
disappears on repose.
2. Dr. Eldridge, who is Surgeon-in- Chief, N. District of Japan,
states that, being engaged in teaching medicine to a class of stu-
dents but few of whom have a knowledge of any western tongue,
and whose native language is peculiarly unfitted for conveying ac-
curate description, even with the aid of the best interpreter, he
has found object-teaching of even greater assistance than with
students at home. His apparatus is ingenious, and serves the purpose
well, but requires a woodcut to render it intelligible.
Absoeption.
1. E. Calberta. Ein Beitrag zur Kenntniss der Besorptionswege
des Humor Aqueus,
1. In order to settle the disputed question in regard to the nature
and functions of the canal of Schlemm, Calberta introduced
some fresh blood mingled with cinnabar into the anterior chamber
of white rabbits, and, when the hyphaema had disappeared, hardened
the eyes in Miiller's solution. He found on examination that the
111 — LVI. 14,
210 Chronicle of Medical Science. [Ji^ly,
principal part of the cinnabar was contained in Fontana's space in
the stroma and vessels of the iris, corpus ciliare, and circulus venosus,
and he is therefore of opinion that Leber's view is correct, and that
Schlemm's canal is not a lymphatic space.
Seceetion.
1. E-. Malt. JJntersuchungen ilber die Gallenfarhstoffe. (' "Wien.
Sitzungsber.,' 1874, B. Ixx, Abth. iii.)
2. Prince Taechanoff. Zur Kenntniss der Gallenfarbstoffhildung ,
(* Pfliiger's Archiv f. gesammte Physiologic,' B. ix, 1874, p.
239.)
3. H. Pink. Zur Lehre vom Diabetes mellitus insonderheit zur
Lehre von der Glycogenhildener. (' Inaug. Dissert.,' Konigsberg,
1874, and ' Centralblatt,' 1875, p. 43.)
4. G-. Heidenhain. Beitrag zum Lehre des Diabetes mellitus
insonderheit zur Lehre von der Glycogenbildung in der Leber.
(*Inaug. Dissert,' Konigsberg, 1874.)
5. y. WiTTiCH. Zur Statik des Leberglycogens. (' Centralblatt
f. d. Med. Wiss.,' 1875, p. 113.)
6. D. Feiedeich Eeismann. Zur Physiologie der Wasserver-
dunstung von der Haut. (* Zeitschrif t fiir Biologic,' xi, Heft 1,
p 1, 1875.)
7. MM. MuscuLUS et De Meeme. Sur un nouveau corps quon
trouve dans Vurine apres Vingestion dliydrate de chloral. (Note
read before the Academic des Sciences, April 12th, 1875.)
1. Maly has made an analysis of the biliary colouring matter
biliverdin, and finds that it has the formula CjgHjgN204, Stadeler
having found it to be CigNgQN^O^. He has also analysed a gall-stone.
It was composed of almost one third of bilirubin, and contained
in 100 parts — soluble biliary substances 18'09, aether extract 5*28,
calcium phosphate and bilirubin combined with lime 1'41, bilirubin
28-1, ashes and loss 47'13. The residue was olive-coloured ; contained
some bilirubin combined with lime, humus-like substance, and
inorganic salts.
2. Pfliiger remarks that it has already been demonstrated by Schiff
that, if the biliary acids are injected into the intestines and undergo
absorption, the liver appears to have the power of abstracting them
from the blood and again excreting them in the bile. The liver, ac-
cording to Tarchanoff, has the same power in regard to the biliary
colouring matter. Bile excreted in a given time presents an enormous
increase in the amount of colouring matter if a solution of haemo-
globin have been injected into the vessels, or even if only water have
been injected (in the dog), whilst there is a relative diminution in the
solid constituency, and the results of these experiments admit of a
double interpretation. It may either be said that the liver forms
and excretes an increased quantity of biliary colouring matter from
the dissolved blood-colouring matter injected, or that this transfor-
mation takes place in the blood, and the liver only abstracts it from
thence and excretes it. In favour of the latter view is the fact that
1875.]
Report on Physiology. 211
after injection of the solution of bilirubin there is an increase in the
amouut of biliary colouring matter excreted, and this is accomplished
so rapidly and completely that no biliary colouring matter can be
demonstrated either in urine taken from the bladder or from the fis-
tula of the ureter. The same thing had already been demonstrated
by Feltz and E/itter in 1870, who injected 60 grains of bilirubin into
a dog, whilst Tarchanoffonly injected 1*5 grains. If to this be added
the fact that biliary colouring matter can be formed in the blood
outside of the liver, there appears to be good reason for believing
that the colouring matter of the bile is formed outside the liver and
is only excreted by this organ. This affords an explanation of the
yellow tint of the skin and tissues generally in icterus. Tarchanoff
does not find that the injection of solution of haemoglobin solution
into the bladder causes any increase in the amount excreted by the
liver, and he is therefore satisfied that the bladder is incapable of
absorbing biliary colouring matters from the urine.
3. Pink first set himself to determine how long rabbits must be
kept fasting to render it certain that their livers contain no glycogen,
the method he adopted being to examine one part of the liver for
glycogen, and to digest another with saliva and test it for sugar.
He found five days of fasting requisite to remove all traces of gly-
cogen ; he then in others, after this period had passed, injected from
30 to 45 grains of purchased grape sugar into the mesenteric vein
and examined the liver in the same way, and found that in the first
portion of liver there was glycogen, but only traces of sugar or
none at all ; whilst from the second portion abundant quantities
of sugar could be obtained, as the sugar in the second portion could
only originate from glycogen. Schopfer's statement was corro-
borated that sugar injected into the mesenteric vein is capable of
being converted into glycogen. From experiments with pure sugar
and with glycerine he arrived, however, at opposite results, the
first portion of the liver, when^wre grape sugar, and on one occasion
when glycerine, was injected, containing no glycogen, and the second
no more sugar than the first. In other experiments fine sugar
and pure glycerine were injected into the stomach, where abundant
formation of glycogen took place ; hence Pink arrives at the con-
clusion that both of these substances, when taken by the mouth,
are in some way altered by the stomach and made capable of con-
version into glycogen.
4. Heidenhain also occupied himself with studying the effects of
the injection of chemically pure grape sugar into the mesenteric vein
in fasting rabbits, in order to settle the question whether sugar
really undergoes conversion into glycogen. He examined one por-
tion of the liver before or a few minutes after the injection, and a
second larger portion after the lapse of from 20 to 45 minutes ; the
result was that, with only one exception, there was always a greater
or less increase in the amount of glycogen after the injection of the
pure sugar. His results are therefore opposed to those of Pink ;
nevertheless, the quantities of glycogen obtained were always re-
latively small when compared with the amount of sugar injected.
212 Chronicle of Medical Science. [July,
The latter amounted to from 60 to 140 grains, whilst the glycogen
obtained was only from two thirds of a grain to one and a half
grains. The statement of Schopfer that the liver can convert nearly
two grains of sugar into glycogen per minute is not correct. The
small quantity of glycogen present Heidenhain agrees with Pink
in referring to some action of the stomach or intestines on the sugar,
and to test this view he tied the pylorus, and then found that after
the iujection of sugar but very little glycogen was formed, and there
was none in the urine.
5. V. Wittich made some experiments on the amount of glycogen
contained in the liver, examining first a piece removed from the
living animal after previous application of a ligature to prevent
bleeding, and then determining the amount of glycogen contained
in the remainder after the lapse of a few minutes ; he arrives at
the conclusion, which is in accordance with the previous observations
of Heidenhain, that the production of glycogen is either not equally
distributed over the whole liver, or that the extirpation of a lobe
materially diminishes the production of glycogen in the remaining
portion.
6. Dr. Erismann first made some investigations upon the eva-
poration of water from the dead skin of man, and found that the
amount of evaporation taking place from the free surface is the
same whether the internal surface be moistened with water or with
serum. In other experiments he found further that the amount
of evaporation progressively increases with the temperatui*e ; so
that whilst at the lower temperatures a few degrees make little or
no difference, the same number of degrees at a higher temperature
makes a considerable difference in the amount of fluid that eva-
porates. Care, he shows, must be taken that the skin be taken from
the same or corresponding parts of the body, and if possible from
the same person, for fluid evaporates from some parts much more
actively than from others ; as, for example, with more activity from
the sole of the foot than from the chest or abdomen, notwith-
standing the thickness of the skin is so much greater in the former
position. It readily suggests itself that there is some connection
between the number of the sweat-glands in the two parts, Krause
having shown that there are 2685 sweat-glands in one square
inch of the skin of the sole of the foot, and only 1136 in that of the
belly. Erismann found that increased pressure produced by
throwing in injection into the vessels did not augment the amount
of evaporation. No difference occurred whether 1000 or 6000 litres
of air was made to pass over the given portion of skin in a certain
time. Little difference was observed whether the skin was covered
with clothes or not. A dead body, carefully weighed after all orifices
had been plugged with wax, lost in twenty-four hours 617*6 grains
in weight ; the temperature was on the average 63° Fahr., and the
relative moisture 64 per cent. The subject was a young woman who
died in childbed. Krause, perhaps operating on a larger body,
found that 1900 grains were given off" from the whole body when
exposed to air dried with sulphuric acid. Experiments made upon
1875.] Report on Physiology. 2^3t
the living body showed that the most important external factor in
regard to the evaporation from the surface is the relative moisture
of the air ; the next most important factor is temperature, the
amount of evaporation increasing with its rise ; and next, the ven-
tilation, which, in opposition to its effect on the dead body, has
some, though still not a considerable, influence on the living. Strong
pressure in the vessels, as by drinking a large amount of hot fluid,
favours materially the amount of insensible perspiration in the
living body ; work, even when sweating does not occur, augments
the evaporation of fluid. Krause and Bonders are of opinion that
a good deal of the insensible perspiration takes place through the
epidermis generally, though sweating is effected through the sweat-
glands. Eanke and Erismann, however, hold that very little of the
evaporation is effected through the epidermis, but that nearly the
whole takes place through the agency of the sweat-glands.
7. MM. Musculus and De Merme observe that the question
may be asked, how and in what condition are foreign substances,
introduced into the body, again ejected ? and in reply it may be said
that they may be divided into three groups, viz. into —
1. Substances which traverse the organism without being altered,
such as creatine and acetamide, which are found intact in the urine.
2. Substances the products of the decomposition of which are
found in the blood, saliva, or urine, such as leucine and glycocoll,
which yield urea.
3. Substances which combine chemically with some product of the
organism, and thus pass into the urine. The type of this group is
benzoic acid, which, in combining with glycocoll, is eliminated in the
state of benzoic acid.
Now the question arises, what becomes of chloral ? According to
Liebreich, this body belongs to the second group. It undergoes
decomposition by the blood into formic acid and chloroform, and it
is to this last that its narcotic action is due. Bouchut was the first
to suggest that chloral traversed the organism without being
altered. Madlle. Tomaszewic, in Hermann's laboratory at Zurich,
has demonstrated the presence in the urine of a small quantity of
chloral and the complete absence of chloroform. Recently Feltz
and Eitter have found in the urine of dogs poisoned by chloral,
chloral, sugar, and another organic substance which was, however,
obtained in such small quantities that no analysis could be made
of it. MM. Musculus and De Merme have administered from
60 to 75 grains of chloral per diem to various patients, and have
been able to isolate an acid having the following properties : — It
crystallizes in stellsB, and under the microscope resembles tyrosine ;
it is very soluble in water and alcohol, less so in alcoholized ether,
and still less so in pure ether ; it strongly reddens litmus paper
and decomposes the carbonates with effervescence ; it is not dis-
placed by acetic acid ; on ebullition it reduces the alkaline solutions
of copper, bismuth, and silver ; it decolorizes sulphate of indigo ; it
rotates the plane of polarised light to the left, as does also its potash
salt ; it is rapidly decomposed by heat ; it becomes yellowish, evea
214 Chronicle of Medical Science. [July,
at 212° F. ; on being heated with a solution of potash it becomes
brown, disengaging an odour of caramel and giving up its chlorine
to the potash. The authors are thus induced to think that the
chloral ought to be ranked with benzoic acid in the third group,
and they propose to give the acid the provisional name of uro-
chloralic acid.
Gland. — Secretion.
1. WiNKLEE. Bau der Milchdriise. (' Jahresbericht d. Gesellsch.
f . Natur und Heilk.,' in Dresden, 1874, p. 70.)
1. According to "Winkler's investigation, the larger lacteal ducts
in rabbits and in mice possess cubical epithelium, the smaller cylin-
drical. In rabbits there are some muscular fibres in the inter-
alveolar tissue. In regard to the formation of the milk, Winkler
believes that the numerous white corpuscles adhering to the alveolar
walls take part in the production of the milk by undergoing fatty
degeneration.
Nervous System.
1. Y. THANHorFEE. JJeher den Bau der spinal Ganglionzfillen,
(' Centralblatt fiir die Med. Wissenschaften,' Apl., 1875, p.
305.)
2. Otto Soltmann. Zur electriscJien Reizharheit der Grosshirn-
rinde. (' Centrallblatt, f. d. Med. Wiss.,' 1875, p. 209.)
1. Y. Thanhoffer states that from repeated observation he has
convinced himself that not only may two cells exist in one sheath in
the spinal ganglia-cells, but that some cells in these ganglia exhibit
cell-nuclei inflected at their centre, the two knob-shaped halves
having a nucleolus at their distal extremities, all of which points
speak strongly in favour of the division of the ganglion-cells.
2. Soltmann, repeating Hitzig's experiments on young animals,
finds that the application of electrical stimuli to the cortex of the
cerebrum in new-born puppies causes no muscular movements. These
first make their appearance some days after birth, from the ninth to
the eleventh day. The extent and form of the motor area vary, and
do not correspond in young animals with those of old animals.
Geneeation.
1. De. Heintze. JJeher den feineren Bau der Decidua. (* Cen-
tralblatt fiir die Medicinische Wissenschaften,' 1875, p. 33.)
2. John Williams. On the Structure of the Mucous Membrane
of the Uterus. (Pamphlet ; reprint of paper in * Obstetrical
Journal,' 1875, pp. 28 ; with three plates.)
1. Dr. Heintze, in investigating the structure of the decidua,
availed himself of the method of interstitial injection suggested by
Ranvier, and threw in solutions of osmic acid, common salt, gelatine,
and other fluids, under a constant pressure of 150 mm. He thus
obtained preparations adapted for breaking up with needles, but not
for section. In the former preparations fasciculi of fibres were seen,
1875.] Report on Physiology. 215
as well as fine, delicate, isolated fibres, which became completely
invisible on the addition of glycerine. Connected with and attached
to these fibres and fasciculi were flat cells, the so-called decidual
cells, composed of large, variously formed, and more or less granular
masses of protoplasm. The endothelial cells of the tissue of the
decidua were distinguishable from the endothelia of the vessels,
which were also present, only by their larger size and their denser
and more o^ranular protoplasm.
The fibres were not prolongations of the decidual cells, but the
cells were attached and sealed upon the fibres, as could be shown by
slight pressure upon, and sliding movement of, the cover glass. In
order to cause artificial oedema of the villi of the chorion, he injected
into the umbilical vein a solution containing 05 per cent, of com-
mon salt, and then a 2 per 1000 solution of osmic acid ; good sections
could be made in twelve hours. The placenta had then become as
hard as a board, and here and there, in consequence of the increase
in volume of the villi, fissures had formed in the decidua scrotina, but
in otherwise undamaged placenta the villi remained intact. Fine
sections showed the tissue of the decidua serotina to consist of a net-
work of fine decussating fibres, in the meshes of which, and attached
to the fibres, were more or less oval cells, composed of firmly granu-
lar protoplasm and large nuclei. The structure of the decidua was
thus completely analogous to the mucous membrane of the non-
pregnant uterus ; the only diflference being that the elements of the
interglandular tissue, and especially the cells, are hypertrophied,
whilst the glands are transformed into cavities lined with more or
less flattened cells.
2. Dr. "Williams refers to the difficulties which present themselves
in the way of obtaining uteri in which, at the time of death, those
changes were taking place which occur normally in the organ during
the menstrual flow and the intermenstrual interval. Dr. Williams
has taken advantage of twelve opportunities that have presented
themselves to him, in which the date of the last menstrual period
could be accurately determined, to examine the changes that the
mucous membrane undergoes in one entire monthly cycle. In the
first case the woman died in typhoid fever whilst still menstruating.
The cavity contained a few shreds of soft membrane, together with
some bloody mucus. The surface was blood-stained, and attached
to it were many small shreds of membrane, which gave it an uneven
or flocculated appearance. On tracing the lining membrane upwards
through the cervix of the uterus it was found to terminate abruptly
above the internal orifice with a well-marked margin, and above this
point the mucous membrane was wanting. In a second uterus,
taken from a woman who had just finished menstruating, the mucous
membrane was also found to be deficient near the os internum ; the
muscular fibre-cells were more exposed in the uterine cavity, but at
the upper part they were covered with a brown layer composed of
blood-corpuscles, round granular cells, fusiform cells, short rod-
shaped bodies, bits of gland, and broken blood-vessels. On the
addition of Liq. Potassse the muscle-cells could be seen penetrating
216 Chronicle of Medical Science. [July,
the stained layer, and in many places passing through it to the sur-
face. In a third uterus, taken from a woman of twenty, three days
after cessation of menstruation, the inner surface of the uterus w as
pale and smooth, and there were no membranous shreds. The cavity
contained but little mucus. The breach of surface at the os internum
was less marked, though recognisable. The surface was studded
with small white points. On section, the mucous membrane appeared
as a very thin pale layer in the lower two-thirds of the body, to
which it was limited. This portion of the cavity was lined by
columnar epithelium, the cells of which measured ^^^Q^th of an inch in
length. The remaining third of the body, as well as the fundus, was
uneven, having attached to it small brownish shreds, similar to those
found in the first two uteri, but much smaller in size. They ex-
hibited a structure similar to that presented by those in the preceding
uteri, namely, fusiform and round cells, in a state of fatty degenera-
tion, together with blood-corpuscles and ends of torn blood-vessels.
The muscular fibres did not in this uterus reach the surface in its lower
part, but was covered by a layer of soft tissue, composed of round
and fusiform cells, short straight rods, and glands, embedded in a
structureless matrix. The glands opening on the surface were not
very numerous, though immediately below the surface glands were
found in great abundance, apparently in diff'erent stages of develop-
ment, and arranged more or less obliquely to the surface. The fifth
uterus, in comparison with the third and fourth, showed considerable
development of the mucous membrane, which was much thicker,
and had everywhere a covering of columnar epithelium, and the
glands were longer and more developed. We must refer to the
original for the details of the change undergone by the uterus in
the later periods, merely adding that Dr. Williams is of opinion that
his observations tend to show that there is no period of uterine rest,
but that the organ is ever undergoing those changes which either
make it a fit receptacle for the ovum when impregnated, or which
prepare to carry off the ovum when impregnation has failed. If any
one stage of the monthly interval could be appropriately termed a
period of uterine inactivity, that one would be, he thinks, the bleed-
ing period, for then the mucous membrane undergoes fatty degene-
ration and disintegration ; while this disintegration, however, is
going on, the subjacent muscular wall is in a state of active prolifera-
tion for the formation of a new mucous membrane, so that in reality
there is no period of uterine inactivity.
1875.]
Report on Surgery. 317'
REPORT ON SURGERY.
By H. a. Reeves,
Assistant-Surgeon and Demonstrator of Anatomy, London Hospital ; Surgeon to the Hospital for
Womeu, and Surgeon to the East London Hospital for Children and Dispensary for Women.
Gyn^cologhcal Surgeet.
The treatment of cancer of the uterus hy Liq. Ferri Perchlor. —
The ' Brit. Med. Journ.' of February 13th, 1875, contains an article,
by Dr. C. J. Gibb, of Newcastle, which gives the results of his ex-
perience in several cases of carcinomatous ulceration treated by the
local application of the perchloride of iron. He says — '*I have
always used the strongest pharmacopceial solution undiluted, as I have
only used it to secure a caustic action. At first I applied it on a piece
of sponge or lint, but finally found cotton to answer best, as it sucks
up any quantity that may be required, parts with it easily, and can
be moulded into any form so as to fill a cavity or cover over and
adhere to any growth. It has happened occasionally that I have
found the cotton wool still adherent over the sore a week or more
after its application, and when removed it is always a black or choco-
late-coloured mass, frequently quite solid from the quantity of blood
or albuminous matter absorbed in its meshes and clotted therein ;
indeed, one patient gravely told me she had passed a solid brown egg
a few days after one of her visits. No doubt it was the hardened
wool, although she declared she had cleared the vagina the day after
his visit."
According to Dr. Gribb, this treatment does most good, and appears
to cure even bad cases, when the disease is purely epithelial and
chronic, and violent in character, and confined to the surface. The
application of the iron seldom causes pain. In four or five cases the
patients, on returning home, have been confined to bed for a few days,
and in one of the successful cases for upwards of a fortnight, in
consequence of a severe colicky pain in the region of the uterus,
lower abdomen, and back. Dr. Gibb thinks that in these cases the
wool has been over-saturated in the perchloride, as it has only occa-
sionally happened that the solution has flowed from the vagina over
the vulva, after the patient had left his consulting room, and
those parts have been blistered and excoriated as a consequence.
He, therefore, is now very careful to wash away with a syringe all
discharges from the surface of the cancer, and to raise the breech of
the patient to prevent any overflow of the solution over the vulva (it
is much easier and more satisfactory to use Dr. P. Smith's expanding
speculum, which secures an excellent view of the parts and makes a
pond around the cervix), and after applying the perchloride to suck
up with a sponge from out of the bottom of the vagina any super-
abundant solution which a slight pressure on the saturated wool over
the sore may cause to flow out ; after that, to retain the wool in place
218 Chronicle of Medical Science. [July,
by a loose plug of tow in the vagina ; and lastly to dry and oil the
vulva before the patient rises from the couch.
Emphysematous cysts of the vaginal mucous memhrane. — These
crepitating tumours have been observed by Prof. Braun and by
"Winkel in the vagina, but Prof. K. Schroeder was the first to discover
emphysematous cysts in the vaginal mucous membrane ; he removed
two small tumours from this membrane, and by opening them under
water ascertained that they contained a gas. In ' Schmidt's Jahrb.
Dr. Kormann states his belief that these tumours are follicular cysts
from whose serous contents gas has developed.
'Pendulous tumour of the mammary areola.^-Dv. McSwiney lately
exhibited to the Dublin Pathological Society a tumour removed from
the right breast of a single woman, set. 50, who had ceased to menstru-
ate six years previously. At this period she noticed a wart immediately
adjoining the nipple of the right breast, which gradually increased in
size and became ultimately pendulous, but as it gave her no in-
convenience she did not consult any one. Seven or eight weeks before
applying to Dr. McSwiney it commenced to trouble her, but was sore
rather than painful, and at the very terminal point of the bulb of the
tumour an abrasion of the cuticle took place. This abrasion became
a sore through the friction of her dress in moving about, and from
it, after a time, there exuded a muddy fluid evidently serous in cha-
racter, for it stiff"ened the linen wetted by it. She then became
alarmed, and asked for advice. The tumour was six or seven inches long
and pendulous, and the bulbous extremity measured between five and
six inches in circumference. The pedicle sprung from the areola, and
almost from the nipple of the breast, and included the greater por-
tion of the nipple. Its colour was normal. A considerable artery
could be felt pulsating in it. The bulbous extremity had rather a
remarkable appearance ; it was warty, irregular, fissured, indented,
and of diff'erent colours — purple in one part, grey in another, and
perfectly white in the deep indentations. From the abrased portions
there exuded a disagreeably-odoured fluid. Fearing that it might, if
left, undergo malignant degeneration, Mr. Kane removed it at Dr.
McSwiney's request. Dr. McSwiney refrained from giving any his-
tological status to the growth, but expressed his opinion that it was
innocent and consisted of an hypertrophy of one or more of the
scattered glands and sebaceous follicles which abound in the areola
of the female breast. In the ' Dublin Journal ' of 1847 Mr.
O'Ferrall gave the history of a case identical with the present one,
and the drawing accompanying his description would most accurately
represent the condition of the tumour Dr. McSwiney exhibited. At
p. 485 of the * Dublin Journal of Medical Science ' a representative
drawing is given.
Intra-peritoneal hcematocele cured hy free incision and drainage. —
A woman, 8Bt. 38, consulted Dr. John Hemans for a tumour six or
seven inches in diameter in the left hypogastrium. It was roundish,
not tender, movable, quite elastic, but not distinctly fluctuating, and
descending into the pelvis. The uterus was normal, and could be
moved to the right, but not to the left. While defecating seven
1875.]
Report on Surgery. 219
weeks previously, she was suddenly seized with a severe pain in the
left hypochondriac and iliac regions, which was followed by chills.
The following day she observed a tumour, which was the size of an
egg and very tender, in this region. She had chills and vomiting at
intervals. After aetherization, Dr. Hemans introduced the needle of
an aspirator through the abdominal walls, and about seven ounces of
dark reddish fluid were withdrawn. The tumour was thought to be of
the same nature as a retro-uterine haematocele. Suppuration in the
sac followed. Three days later the tumour had increased in size,
and was very hard. There were pain and increase of temperature
and pulse. She was sBtherized again, and tapped with a common
trocar through the vagina, and about two pints of dark brown,
bloody, oifensive fluid escaped. The sac refilled in a few days. The
operation was repeated, the opening enlarged, a large elastic tube
introduced, and drainage established. The sac was washed out
daily with warm water. In four days the tube was removed, the
discharge gradually became healthy, induration disappeared, and at
the date of the report only a little inoffensive serous fluid was
secreted. No subsequent trouble was experienced. — ' Boston Med.
and Surg. Journ.,' 4th March, 1875.
The infantile uterus. — The ' Obstetrical Journal of Great Britain
and Ireland ' for Feb., 1875, contains an article by Dr. Grrigg on a
peculiar condition of the uterus which is not unfrequently the cause
of sterility. He discusses three forms, two being congenital, of which
one is, and one is not, curable, and a third superinduced as a sequence
of parturition at an early age, and is sometimes known under the
name of super-involution of the uterus. Each of these forms is briefly
described, also the various modes of treatment likely to prove
available. Dr. Grigg concludes by advising a careful diagnosis, as the
prognosis diff'ers greatly in the diff*erent varieties.
Injection of tincture iodine into the cavity of uterus. — Although
this paper, which is by Dr. Trask and is contained in the * American
Journal of Obstetrics, &c.,' has more special reference to post-partum
intra-uterine injections, yet the gynaecological surgeon may have
frequent occasion to apply this method, therefore we include it in
our surgical report. After discussing the subject of intra-uterine
injection of iron perchloride and stating its risks, dwelling specially on
the septicaemia which not unfrequently supervenes, says — " The im-
portant question arises, are those other agents at our command,
which can be substituted for the salts of iron, equally efficient in
controlling haemorrhage and free from the risks incident to these ? "
The perusal of the discussion at the London Obstetrical Society
reminded Dr. Trask of an article which he had read many years ago
in the ' North American Medico- Chirurgical Eeview,' vol. i, 1857,.
by Dr. Dupierris, of Havana, recommending the injection of tinc-
ture iodine into the uterine cavity, and giving three cases in which
it was successful, and which were certainly not inferior in gravity to
those reported as treated by injection of iron salts. Dr. T. says —
" That recovery should have taken place in Dr. D.'s third case is
very remarkable ; but even in this case we see that the stimulus of
220 Chronicle of Medical Science. [July,
iodine was sufl&cient to excite the apparently extinct reflex action
and secure contraction of the womb." After discussing and often
combating the views of our leading gynaecologists, especially those
of Dr. Barnes, who introduced the intra-uterine iron injections of
Kiwisch into this country, and stating his conviction that the cases
are very few indeed in which the iron acts permanently beneficially
by its coagulating power, but rather by exciting uterine contractions,
and after referring to the cases in which tincture iodine was success-
fully used by Drs. Emmett and Gr. T. Harrison and Prof. Lusk, he
closes an interesting and practical paper thus : — "In recapitulation we
may briefly say that we have sought to show —
" 1st. That a very considerable proportion of cases in which the
injection of salts of iron has apparently saved life have been those
in which it accomplished this end not in virtue of its local styptic
action, but because of its power to exite reflex action when cold,
friction, pressure, ^c, have failed.
" 2nd. That when it produces coagulation of blood in the orifices
of the blood-vessels, there is danger that the coagulation may follow
the vessels into the substance of the uterus, producing dangerous
thrombi ; and that the blood already collected in the cavity of the
uterus also may become converted into a hard, intractable coagulum,
which the uterus cannot expel, and which may after a few days
decompose and give rise to septicaemia.
" 3rd. That there is evidence for believing that, as an exciter of
dormant reflex action, tincture iodine may be substituted for the iron
with advantage, from its efficiency as an excitor and from its anti-
septic properties.
" If these points are established, the use of iron salts in a solution
sufficiently strong to induce coagulation of blood in the uterine
vessels should, at any rate, not be resorted to until tincture iodine
has been tried and failed."
Vagino-cerviplasty in lieu of amputation of the cervix uteri. — Dr. M.
A. Fallen, Lecturer on the Surgical Diseases of Women at the Uni-
versity of New York, contributes to the ' American Journal of Obste-
trics, &c.,' the description of a new operation which will be specially
interesting to gynaecological surgeons. Dr. Fallen thinks " that
an amputation of an elongated intra- vaginal cervix, however great it
may be, when the measurements do not exceed three inches is a mutila-
tion, and should not be done until other procedures have failed."
Further on he says — " The amputation of the cervix, as advised and
performed by Huguier for hypertrophic elongation, is familiar in its
details to every gynaecological surgeon, but so enthusiastic was he in
its recommendation, that its dangers have in a measure been over-
looked."
There are cases recorded where the peritoneal cavity was opened
with the ecraseur — by Marion Sims, whose case recovered after
stitching the wounded surfaces ; by Breslau, where the vaginal sec-
tion was followed by an extrusion of the intestine ; by Biefel, where
death from peritonitis followed an opening into the bladder ; by
some Parisian surgeon (reported by Blanquinque), where death
1875.] Report on Surgery. 221
ensued from haBmorrhage and peritonitis on the same day ; by Langen-
"beck, where the peritoneum was also w ounded ; by Meadows, who
described another ; and by Peter, the French translator of Bennet,
who. mentions still another fatal one. Why such an accident takes
place during ecrasement is readily understood when we recollect
that in all cases of hypertrophic elongation the peritoneum is
dragged down with the cervix sometimes as low as the level of the
sacculated bladder, almost always in the retro-uterine space, and may
even pass out of the vulva, as in a specimen in St. Thomas's Museum
and figured by Barnes. But to these cases the procedure of vagino-
cerviplasty is not applicable ; they are merely mentioned as illustra-
tive of the dangers of amputation of the cervix by linear iecraseraent,
to which may be added the further hazards of haemorrhage when the
conoid operation of Hugnier is made.
Yagino-cerviplasty is applicable to those cases wTiere the longitu-
dinal diameter of the utero-cervical cavity does not exceed three inches,
but where the intra-vaginal portion of the cervix is so long as to inter-
fere ivith either locomotion^ sitting, coition, menstrtiation, or conception ;
and for the removal of which Marion Sims devised his double-flap
operation, and other surgeons the galvano- cautery loop.
The next two pages are devoted to a description of the operation,
and the paper concludes with the following three cases, which, are
certainly very encouraging^ and indicate that amputation of the
cervix, except in malignant disease or hypertrophic elongation, may
give place to a plastic operation that saves the woman from an
unnecessary mutilation."
Case 1, operated on four years ago, was that of a woman, set. 26,
seven years married, who suffered so intensely during coitus that it had
not been attempted for three years prior to the operation ; she was
of course sterile and somewhat hysterical. The intra-vaginal cervix
measured an inch and eleven lines in the posterior and one inch and
nine lines in the anterior cul-de-sac, and when the rectum was
loaded with scybala the os tinea protruded from the vulva when
she sat down. Forty- four months after the vagino-cerviplasty the
intra-vaginal portion of the cervix was less than ten lines long, both
posteriorly and anteriorly. "While the sterility has not been over-
come, the dysmenorrhoea is trifling, and the dyspaneuria does not
exist ; her marital relations, which had been unhappy, are har-
monious, and the cervix is quite two ifiches from the vulva.
Case 2. — This case was operated on in May, 1872, The sound
entered two inches and nine lines ; the intra-vaginal cervix was
acuminated and projected from the posterior cul-de-sac one inch and
nine lines, showing that the vaginal implantation was about on a
level with the os internum. The patient was thirty-one years old,
and menstruated first when twenty-two years old. She suifered
greatly from dysmenorrhoea, and in certain positions the elongated
cervix protruded about half an inch from the vulva and irritated the
clitoris. The consequences of this mechanical attrition were most
deplorable and readily explained her hysteria and hypersesthesia.
There was profuse leucorrhoea and the peripheral mucous mem-
222 Chronicle of Medical Science. [Ji^ly*
branes about the os externum constantly eroded. The vaginc-
cerviplastj consisted of stripping the cervix for an inch and one line
anteriorly and one inch and three lines posteriorly. Seven silver
sutures were passed and the patient kept in the horizontal position
for nine days. On the thirteenth day the sutures were removed,
and menstruation, which was less painful, supervened three days
subsequently. In six months the intra-vaginal cervix was seem-
ingly normal, with the exception of a very small os externum and
her menstruations comparatively comfortable. The hysteria and
hyperaesthesia ceased altogether. The patient was under observa-
tion till September, 1874, and had no recurrence of her former
troubles, and was pursuing her avocations with uninterrupted satis-
faction and zeal.
Case 3 was that of a lady, ast. 24, married, and of course
sterile. Marital efforts had ceased for about a year, as the
dyspaneuria was so great that it was followed by extreme prostra-
tion and sometimes by syncope. Leucorrhcea was abundant and con-
stant, and there were the usual erosions on the cervix, which was
slender and acuminated, with an intra-vaginal dip on its anterior
surface of an inch and seven lines, and upon its posterior of one inch
and eleven lines. The sound penetrated the uterine cavity to the
depth of two inches and ten lines. Here was another case of im-
plantation on a level with the isthmus. When this patient suddenly
sat down the cervix impinged on the bladder, frequently giving rise
to pain, always to vesical, and sometimes to rectal, tenesmus, as the
inclination of the entire uterus was towards retroversion, but not
actually retroverted save under the downward pressure of the super-
incumbent viscera, when in the sitting or squatting position.
Chronic catarrh of the bladder was likewise a complication. She
had been advised to submit to amputation of the cervix, and came to
Mr. P — for that purpose from the State of Tennessee, but vagino-
cerviplasty was performed instead, and the sutures removed on the
twelfth day. IJnlike the other two cases, her menstruation was
usually attended with so little pain that it could hardly be called
dysmenorrhcea. The subsequent vaginal hot-salt-water douches
were given, and the topical applications made to the cervical
erosions: The leucorrhosa ceased, but the cystitis persisted. The
cervix, however, had been shortened in its dip to six lines anteriorly,
and eight lines posteriorly. As she could not remain in the city for
a longer period, she passed from observation after the second mens-
trual period subsequent to the operation. Mr. P — heard from her
medical attendant in July, 1874, who stated that her dyspaneuria
was quite relieved^ and that the cervix was fully two inches from the
vulva, and that the cystitis had almost disappeared in consequence of
the removal of the irritation caused by the impinging cervix.
Tke treatment of vaginismus. — M. Bouchut, of the Hopital dea
Enfants Malades, writing on this subject in the ' Grazette des H6-
pitaux,' May, 1875, says that he has seen several young women who
after marriage had at the inferior part of the vaginal orifice near
the fourchette a small longitudinal fissure which was very painful to
1875.] Report on Surgery. 223
the touch. The contact of the finger produced an acute pain just
like that due to anal fissure. The same phenomenon supervened on
attempting coitus and checked its accomplishment. It is not correct
to say that vaginismus is only seen in non- virgins, as M. Bouchut has
observed it in a virgin, affected with lymphatic leucorrhcea, who had
been ordered injections, but these had to be discontinued on
account of the pain which the syringe caused. In this case a slight
fissure of the hymen was the cause of the pain.
M. B — does not think that forcible dilatation of the vagina, as in a
similar affection of the rectum, is the best mode of treatment,
and recommends the following plan before having recourse to
operative measures. He says — " In many cases I have cured patients
without operation and by the most simple means, such that every
medical man may employ every day. These consist in the use of
vaginal suppositories containing cacao-butter five grammes, extract of
rhatany three grammes, and of baths of bran- water. One supposi-
tory should be introduced night and morning, then every day for an
hour the patient should take a bath of bran-water."
In this way M. B — cured several cases of vaginismus without
having recourse to an operation as disagreeable to the women as to
their husbands.
Hydrocele in a female. — Dr. G-. A. Baxter (' Southern Med.
Eecord,' Feb., 1875) narrates the case of a woman, set. 32, who two
years previously, while lifting a heavy bucket of coal, felt a sharp
pain in the inguinal region, which passed away in a few minutes.
Some days after she experienced pain in the same region, extending
into the labia majora, and accompanied by swelling. These sym-
ptoms continued, when, on lying down one day, the swelling and pain
suddenly and almost entirely disappeared.
The tumour remained in this state for nearly two years, when,
having fallen over a chair, the labia majora became bruised, and the
tumour began to increase, without giving any pain. Dr. Baxter
found a tumour as large as an ordinary egg^ whose apex pointed to
the external inguinal ring, and whose base was large, and caused
bulging of the upper portion of the labia majora. The swelling was
first taken to be a hernia or an abscess, and under the latter sup-
position it was opened, when serum instead of pus was evacuated.
She rapidly recovered.
The treatment of uterine fibroid by ergotin. — The * Clinic ' of
January 23rd, and the ' Philadelphia Med. Times ' of May 1st, 1875,
contain the account of a case of submucous fibroid, recently under
Dr. Bartholow's care. An aqueous solution of ergotin, in one-grain
doses, was hypodermically injected night and morning. The follow-
ing afternoon the patient began to feel expulsive pains, which
increased continually in severity. After a fortnight the injections
were used only once a day. A week later the pains had diminished
in severity, and on examination the neck of the uterus was found
very much dilated and plugged with a tumour, which was then
easily removed with the ecraseur. Full recovery ensued, and the
patient has not made any complaint since the growth was removed.
224 Chronicle of Medical Science, [July,
In connection with this subject we could draw the attention of
our readers to an article by Dr. Hildebrandt, " On the Treatment of
Uterine Myofibroma of the Uterus by the Hypodermic Injection
of Ergotin," in the * American Journal of Obstetrics and Diseases of
Women and Children ' of Feb., 1875, which contains a full account
of the preparation, mode of application, advantages, &c., of this mode
of medication in uterine fibro-neoplasms.
Extraction of a calculus from the bladder tJirough a vesico-vaginal
fistula. — Mr. 5?eevan, of the West London Hospital, has lately had
under care a woman, aet. QQ, the subject of a vesical calculus. There
was a fistula in the roof of the vagina, which admitted the tip of the
finger (index ?), and a stone, apparently of small size, was felt with
the sound, lying close to the fistulous opening.
On September 1st, the patient being setherized, Mr. Teevan intro-
duced a pair of narrow-bladed forceps into the bladder through the
fistula, seized the stone, which was lying just above the ovoid opening,
and extracted it. The calculus was phosphatic, and measured 1-J inch
in length and 2| inches in circumference. Though incision was made
but few drops of blood escaped from the distended edges of the
fistula. The bladder was then examined with the finger, and found
to contain a large quantity of dShris, which was mortar-like, and
was removed with a scoop. The viscus was washed out, but no
attempt was made to close the fistula, as the parts were in too un-
healthy and inflamed a condition to admit of any operation. The
patient was much relieved, but still complained of " soreness,"
owing to the urine dribbling away, and was discharged at her own
request on September 22nd.
Soon after her return home she again began to pass "grit," and
complained of pain. Shortly after her feet and legs became dropsical,
and she died on Dec. 6th, rather more than three months after the
stone was extracted.
Mr. Teevan thought that the fistula was due to the ulceration
accompanying chronic cystitis, or to the result of the employment
of a metal catheter, which had been used for some time by an un-
professional person.
On serous ovarian cysts. — Dr. Panas read a paper on this subject
at a recent meeting of the Academie de Medecine, and drew
the following conclusions, which are contained in ' Le Mouvement
Medical ' : —
1. That among the cysts called ovarian there is a class of uni-
locular cysts containing a special fluid, the treatment of which is as
simple as it is certain in its results.
2. The characters of the cystic fluid are, complete absence of
viscidity, perfect diaphaneity (with occasional exceptions), poverty
in protenious material (modified albumen), and its relative richness
in alkaline salts, principally chloride of sodium. Slightly or not at
all precipitated by heat and nitric acid, the liquid in question is
precipitated by alcohol. In this respect this fluid bears a certain
analogy to that found in the spermatic cysts of men, as we may be
convinced by comparison of the two fluids.
1875.]
Keport on Surgery. !^26
3. We are at present ignorant as to whether the point of origin
of these cysts is actually in the ovary, or is not rather in the par-
ovarium (body of Eosenmiiller) .
4. The treatment of these cysts is still more simple than that
suggested by Boinet, who proposed puncture by means of a trocar,
followed by injection of iodine. A simple puncture by the trocar
is sufficient to bring about a cure, by removing the fluid completely
or even partially.
5. By this process not only is all danger avoided, but even the
slightest pain to the patient. In a word, the treatment of these
cysts is easier than that of simple or spermatic hydrocele in men,
which requires, almost always, the subsequent employment of caustic
or strongly irritating injections.
"We need scarcely add that, both for patient and surgeon, Dr.
Panas's paper is a most important one. We should b* very glad to
know if British or American experience corroborates the views set
forth in it. At present we are under the impression that our expe-
rience of tapping, even in such cases, is not by any means so favor-
able, as regards cure, as that which Dr. Panas seems to have
experienced.
Dermoid cyst of the ovary. — M. Terrier, in ' Bulletin Gen. de
Therap.,' 15th March, 1875, narrates the case of a patient who came
under his care for a large tumour occupying the right iliac fossa,
and presenting all the characters of an ovarian cyst.
An exploratory puncture revealed the existence, in this tumour,
of epithelial cells, of hair, and of a thin greyish-white liquid. An
operation was decided on, and was executed without difficulty, the
results being favorable. The temperature never exceeded 100*5° P.
AVithout appreciable cause the urine became retained at the end of
five days. (Eetention of urine is not uncommon after ovarian ab-
dominal section, and it is the best practice to draw off the urine,
and spare the patient the discomfort and straining which often
accompany voluntary micturition in such cases. — Bep.)
Microscopic examination of the sac showed that it presented, on
its internal aspect, the appearance o£ skin. In fact, hair, fatty
granules, sudoriferous glands, &c., were found.
StoUz's operation for cystocele. — We recently saw Dr. Heywood
Smith operate, at the Hospital for Women, on a case of cystocele ;
and at the suggestion of Professor Stoltz, lately of Strasburg, and
now of Nancy, performed his (Professor Stoltz's) operation for the
relief of this deformity. The method consists in removing a circular
piece of mucous membrane about the size of a five-shilling piece,
and, when bleeding is checked, in passing a silk suture around the
bared surface, about a quarter of an inch from its margin, in the
same manner as is done in making an ordinary calico bag. On
drawing the two ends together the edges of the wound are approxi-
mated, and the calibre of the vagina much diminished in length and
circumference.
The after-treatment resembles that of otlier plastic vaginal opera-
tions. The result was very satisfactory, the prolapse of the uterus
111— LVI. 15
226 Chronicle of Medical Science. [July,
being overcome, as its cervix was retained in a pouch above the
narrowed vaginal surface. The woman was middle-aged.
We draw attention to this operation, not only because of its success,
but also because we have not been able to find any account of in it
any works on gynaecological surgery that we have read.
Four cases of echinococci in the female "pelvis. — Drs. Freund, of
Breslau, and Chadwick, of Boston (' American Journal of Obstetrics,
&c.'), after referring to the extreme rarity of this disease, and showing
that the cases previously supposed to be of this nature were in all
probability hydatid moles, refer to the case of Dr. Graily Hewitt as
''the first perfectly authentic case on record in which true hydatids
have been found in the uterus," and say that their first case belongs
to the same category ; it is as follows :
Case 1. — Echinococci in the ])Osterior wall of the uterus ; incision
with evacuation of hydatid vesicles; new colonies in the pelvic cellular
tissue ; spontaneous perforation into the bladder and rectum. — M. S — ,
set. 57. Menstruation began in twentieth year, had always been
scanty; was married at twenty-five, and been sterile. Menses ceased
several months ago. Hardness in lower part of abdomen. Has sufiered
much for past six years from difficulty of micturition and defecation,
as well as a sense of weight in the abdomen. For several weeks the
retention of faeces and urine has been nearly complete. Only pro-
duces dejections by means of large enemata passed very high up
through a long tube.
On examination the bladder was found distended so as to rise
three inches above the pelvis, and was displaced somewhat to the
right. To the left of the bladder, in the inguinal region, was a smooth
elastic tumour. The vagina was reduced to two thirds of its normal
length by an elastic tumour that completely filled the small pelvis.
Upon passing the catheter to evacuate the bladder, the uretha was
found greatly elongated, as happens with retroflexion of the gravid
uterus. A great quantity of thick urine was drawn off. The tumour
was clearly recognised as belonging to the posterior wall of the
womb, for it could be traced into the posterior lip of the os, which
was completely drawn out. The external os appeared as a narrow
transverse cleft, bounded posteriorly by the tumour, and anteriorly
by the very attenuated anterior lip. By the bimanual examination
the uterus was found to correspond in size with the pregnant organ
at the third month. The sound entered five inches, and showed that
the anterior wall was extremely thin throughout its whole extent.
Sim's speculum brought only the surface of the tumour into view,
the OS being pressed forward against the symphysis pubis. Upon
these data a cystic tumour of the posterior wall of the womb was
diagnosed, and it was thought to be a fibro-myoma with a secondary
cyst.
In order to relieve retention of urine and faeces, as well as to aid
the diagnosis, a trocar was introduced into the tumour very near
the OS. As a clear watery fluid gushed from the canula, the open-
ing was at once enlarged with a bistoury, and a great amount of
uid escaped, containing numerous vesicles varying in size from a
1875.] Report on Surgery. 2%7
pea to a cherry. The posterior wall did not collapse as much as
might have been anticipated from the amount of fluid evacuated ; it.
felt thick and rough. The authors emphasize this point as suggesting
a likelihood of the parent- vesicle being located in the uterine wall.
The fluid was limpid, contained no sediment, and only traces of al-
bumen. A more exact clinical examination was superfluous, because
the microscope told the tale ; with it structureless stratified mem-
branes, scolices, and separate echinococci-hooks were seen.
During the week after the operation a thick greenish fluid con-
taining .shreds and flakes of membrane escaped from the incision.
She said that immediately after getting home she was taken with
high fever and symptoms of gastro-enteritis, accompanied by a pro-
fuse discharge of very off"ensive fluid from the vagina. General health
good, but micturition and defecation were few {sic). The nodular and
enlarged uterus was moderately anteverted ; the posterior wall still
much thicker than the anterior, but in the right side of the anterior
wall were felt irregularities and round hard nodules. Precisely
similar nodules were felt behind and to the right of the womb ; the
bladder was firmly adherent to this mass, whereas on the left side
it was freely movable with the catheter and distensible. With the
speculum the anterior lip was seen to have become much thicker
than before, and presented many degenerated follicles. The posterior
lip was rough, and of a grey colour.
In April, 1871, she again appeared with fresh complaints. She
had a constant desire to urinate, and when successful she had much
strangury. She exhibited many vesicles which had passed with her
urine. A large catheter brought away a little thick urine filled with
vesicles and shreds of membrane. She said that similar membranes
and pus had often been discharged from the vagina after severe
tenesmus. A firm infiltration of the cellular tissue to the right and
behind the womb was made out ; in this the cervix was embedded.
The discharge through the bladder ceased about the middle of May.
In October, 1872, she brought vesicles which she had passed through
the rectum. She had had several profuse hsDmorrhages from the
vagina. The womb was more firmly held than before by the para-
metric infiltration, which then half enveloped the rectum with an
unyielding arch, yet the mucous membrane of the rectum was only
attached to the underlying tissues at one point ; no perforation
could be discovered. Through the speculum the vaginal portion of
was seen to be very broad ; the anterior lip diff'ered completely from
the posterior ; it surrounded the latter like a half-moon, and was
only one third as thick. Its appearance was peculiar. The surface
was smooth, the mucous membrane seemingly intact ; its external
border was of carmine-red colour, the rest of brick-red with brighter
radiating stripes ; in the spaces between these latter yellow points,
varying in size from a millet-seed to a pea, were scattered. The pos-
terior lip looked like a complete vaginal portion ; it was greyish,
rough, and irregular. The yellow points in the anterior lip proved
not to be vesicles, but only ovula JN"abothi.
The chief interest of this case rests upon the unquestionable
228 Chronicle of Medical Science. [July,
presence of echinococci in the parenchyma of the uterus. That
this site of the vesicles was primary is more than can be asserted, for,
as the same time that they were found in the womb, they were like-
wise discovered in the surrounding tissues. They may have been
first developed in the uterine walls, or have penetrated into them
from the cellular tissue, or even from the peritoneal cavity. In the
latter alternative, the case would be analogous to those in which the
same entozoon has been known to pass from the pericardium into the
substance of the heart ; and according to the best pathologists it is
never developed primarily in the last-named organ. The case is, at
any rate, a new proof that echinococci may exist in the parenchyma
of the uterus.
Case 2. — Echinococci in the liver, spleen, great omentum, and
pelvic cellular tissue. — Miss J — ■, set. 22, began to menstruate when
fifteen, and has always been regular. Has been in poor health for
three years, and her abdomen has been gradually swelling in its
upper and middle parts. Catamenia have lately been more scanty,
and there is frequent desire to micturate. Is much emaciated, left
thorax is somewhat distended, the heart pushed upward and to the
right, with its apex in second intercostal space. Beneath the heart
is the spleen, much enlarged, and extending downwards to the edge
of the ribs. The liver extends from the fourth rib to two inches
below the thorax. Uterus pushed down towards pubes. A part of
the stomach can be made out by percussion projecting beneath the
spleen. The ascending, transverse, and descending colon can be
distinctly traced around a tumour, whose surface is broken up by
smooth prominences. This reaches to the symphysis pubis, and gives
the most perfect hydatid tremor on percussion. Vagina much com-
pressed, and uterus held firmly against pubes by an elastic tumour,
which projects from the right side of small pelvis towards the
middle. Eectum pushed over to right and somewhat constricted,
yet defecation not impeded. Puncture of tumour per vaginam
revealed all the characteristics of echinococci ; after its evacuation
small round tumours were still to be felt behind the uterus. The
cyst was evacuated, and the tumours remaining in the pelvis are un-
mistakably situated in its extra-peritoneal cellular tissue. It was
assumed that the hydatids composing the abdominal tumour were
in the omentum, and also extra-peritoneal. In these particulars
the case resembles one reported by Leudat (' Graz. Med de Paris,'
No. 27, 1856), where the diagnosis was corroborated by the autopsy.
Case 3. — Echinococci of liver, spleen, great omentum, and probably
of right ovary. — Mrs. E, — , aet. 25, first menstruated at fifteen, and
has had one child. The right side of the abdomen has been enlarging
for six months. Menstruation is regular. During last six weeks
the tumour has been growing rapidly, and there are severe abdominal
pains, fever, great thirst, and prostration. The heart is displaced
as in the previous case, but the spleen is even larger and projects
two inches below the edge of the ribs. The liver extends from the
third rib to three inches below the margin of the ribs ; the left lobe
IS chiefly enlarged, and forms a very prominent tumour, which gives
1875.] Report on Surgery, 229
the liydatid tremor. This tumour is separated from the symphysis
pubis by convolutions of the intestines. The uterus is easily-
grasped bi-mauually and is anteverted. Obliquely behind it is a
small cystic tumour resembling in every respect an ovarian tumour.
To relieve the dyspnoea the cyst in the left lobe of the liver was
punctured three times at intervals of three weeks. It discharged
the usual contents of an hydatid cyst ; the last time of tapping the
fluid was purulent and the cavity did not refill. The omental
tumour was similarly treated, but was not completely emptied. The
patient felt so well that she declined any further treatment.
Case 4. — Echinococci, of hepatic origin, in Douglas's pouch. —
Mrs. E — , aet. 55, had a tumour on right side of abdomen, but knew
nothing of its mode of growth. Abdominal organs seemed healthy,
except the genitals. The senile uterus was pushed forwards and to the
left side by a tumour as large as a child's head at birth ; it was
rough, hard, and not fluctuating, and seemed to be adherent to the
posterior wall of the uterus, and not to be connected with any other
abdominal organ. Her suiFeriugs arose from repeated attacks of
circumscribed peritonitis in the region of the tumour. She died of
some intercurrent afi'ection and a firm tumour was found at the
spot mentioned, which was adherent to the uterus, and at first
appeared to have no connection with the other organs ; but a careful
search discovered a band a foot long and as fine as a thread, running to
the right lobe of the liver. The tumour consisted of a dead echinococcus
cyst with an immense number of secondary vesicles. The connect-
ing band and the deep yellow colour indicated the liver as the original
site of the cyst. It had developed in the liver, protruded and
become pediculated, and hanging down into the pelvis had formed
adhesions there. In this connection we may refer to a recent paper
by Dr S. Spiaggia in the Gazette Glinica dello Spedale Civico di
Palermo, January, 1875, on " Oligsemia from Metrorrhagia and
Acephalocysts of the Uterus," &c.
Virchow says that echinococci develop in the lymphatic vessels ;
each cavity, containing a parent cyst, has two walls, one belonging
to the organ and one to the animal. The membranes of the cyst,
when discharged, always roll up inside out, raising a doubt among
the ignorant as to whether the animals do not grow on the outside.
If there is any roughness on one side of the membrane, it is safe to
conclude it is the inner surface. These irregularities are not as a
rule young echinococci, but only pathological appearances common
to old age. On section the membrane is seen to consist of many
strata, arranged with the greatest possible regularity. Each principal
layer is divided into many thinner ones. A similar though less
regular appearance is seen in an ordinary fibrinous coagulum, but
acetic acid causes the latter to swell and the stratification to dis-
appear, which is not the case with echinococci membrane.
A sediment is commonly found at the bottom of the cyst, con-
sisting chiefly of egg-shaped formations of carbonate of lime, as
deposited in the body of the animal. They only appear in old
animals and their number increases with age. These are of great
value in the diagnosis, but are not absolute.
230 Chronicle of Medical Science. [July,
Tiie booklets are like young h} oid bones in sbape, and are the
surest indications of the entozoon when it is no longer present. One
hook and a few lime formations are sufficient for a diagnosis. The
cysticercus has similar but much larger hooks and likewise lime
deposits.
The local treatment of cystitis in women. — Dr. Braxton Hicks
communicates his views of this subject to the ' British Medical
Journal,' July lltb, 1874, and after stating that he has little faith in
drugs given by the mouth as a direct means of cure, proceeds to
describe the local treatment. In this connection we may mention
that we have recently treated three or four cases of cystitis in
females after an ocular inspection of the affected parts by means
of simple instruments devised for the purpose, an account of which
will shortly appear in the 'British Medical Journal.' Dr. Hicks says,
" the first point to make out is whether the urine be acidulated or have
become alkaline Supposing it is alkaline and ammoniacal,
then proceed in this way. Take a well-oiled gum-elastic catheter
open at its end, and pass it gently into the bladder. Draw off the
urine, but be careful only just to enter the bladder, and when the
bladder is on the point of being emptied, withdraw the catheter just
without the neck. This prevents the mucous membrane from flap-
ping down on its end. Then inject warm water slightly acidulated with
either nitric, hydrochloric, or acetic acid (vinegar does very well) ;
if nitric or hydrochloric acid be used, two drops of the strong
solution to one ounce of water suffice. Directly the patient com-
plains of a desire to micturate, let it flow out. Bepeat injection
till the bladder seems clear of phosphates and mucus. About
half a pint of the acidulated water will generally suffice. Then in-
ject one grain of morphia dissolved in one ounce of water,
withdraw the catheter quickly, and tell the patient to retain the
injection as long as possible. It is a very rare instance if this
single application do not produce very marked benefit. In very
acute cases the introduction of the catheter requires tenderness
and care, because of the great sensitiveness of the urethra and lower
bladder. By only introducing the catheter just within the bladder,
much pain is saved. The exact distance can, at the first passing, be
marked on the instrument. To avoid the contact of the instrument
with the vesical coats, Dr. Hicks always injects without entering
the bladder, and if the injections are to be withdrawn, then the
instrument can be made to enter, but only so far as necessary to
allow the fluid to flow out. As the urine must be drawn off at least
twice daily, the treatment should be repeated if the case be severe
the same number of times.
It is undesirable to pass the instrument more frequently than
absolutely needful on account of the urethral irritation produced by
catheterisation ; but frequent micturition, itself, causes soreness or
abrasion of the urethra, so that if we succeed in mitigating the
frequency of urination we shall compensate for this, and this is
effected by the treatment described. If the urine be not strongly
alkaline a simple morphia injection may do, but by first washing out
the bladder with warm water or warm solution of Pot. Permang.
1875.]
Report on Surgery. 231
three times as strong as that generally used, the cure is much
expedited. After some days of this treatment try a three to four
grain solution of Pot. Chloratis ; use plenty, draw it off and inject
the morphia, the dose of which must be regulated according to the
constitutional effect produced. Dr. H. has never seen any un-
pleasant symptoms from two grains, but if blood appear in the
urine it is a sign of some abrasion, and in such case the morphia is
more likely to become absorbed. " The more we use, without affect-
ing the system much, the better ; locally subduing the nerve irrita-
tion and the tenesmus of the bladder, and the crushing of the
mucous membrane which the contraction produces.
As the acute symptoms subside use more astringent washes, such
as two to three grains of tannin in one ounce of warm water, or
three or four drops of solution of JPerri Perchlor., using morphia
immediately afterwards. If the urethra be very tender, omit all
treatment for a day or two, and if, after a fortnight, the main
symptoms be subdued, but the urethra very tender, apply an
astringent directly to it. This may be done by introducing a bougie
or catheter, covered with tannin, made very smooth, and dipped in
gum-water, or a probe on which a film of Arg. Nit. has been fused.
Pain, of course, succeeds, but on its subsidence patients are much
relieved. This urethral treatment must be avoided in the acute
forms of cystitis unless there be much irritation of the passage.
Later on other remedies may be tried, such as fused anhydrous
Zinci Sulph., or mopping the urethra with solution of Ferri Perchlor.
"When cystitis has become chronic the injection of a solution of
Arg. Nit., five grains to ten, or even fifteen to the ounce, is of much
service. The latter strength caused severe pain for a short time,
but much relief followed. Two grains of morphia must afterwards
be left in. This treatment may be repeated a week later, and instead
of the silver, Perri Perchlor., ten minims to the ounce, may be used.
In the chronic stage it is well to intermit the treatment, to see how
far the local interference may be keeping up the irritation. In the
acute stages the warm hip-bath and warm sponges to the genitals
are not to be omitted, and general treatment must be attended to.
This method of treatment is very beneficial in cases of paralysis ;
and in malignant disease the simple injection of acidulated warm
water gives amazing comfort, removing the phosphates and ammonia,
and when to this is added the morphia a wonderful comfort is felt.
So much relief is felt that the presence of a large calculus in the
bladder is almost entirely unfelt if morphia be daily injected.
Irritability commonly exists for a considerable period after
cystitis has lasted some time. This is much lessened by occasional
morphia injections ; but when it is due to the contracted state of the
bladder, which cannot be quite overcome by the will, the patient should
be instructed to try and hold her urine, because such exercise in-
creases the power of the sphincter, and consequently the capacity of
the bladder. In such cases we may often succeed by gently dis-
tending the bladder with warm water and repeating this treatment
till the capacity and tone of the bladder and sphincter are increased.
Erhdometritis cured hy the continuous galvanic current. — Dr. T.
232 Chronicle of Medical Bcience, l^^^Ji
Clark, of Bristol ('Brit. Med. Jour.,' Feb. 27tli, 1875), relates the
following case : — S. H — , jet. 39, married and had four children. After
her fourth confinement she suffered severel}^ from leucorrhoea,beariDg-
down pains, tenderness in left iliac region, and dysmenorrhoea. This
lasted six months, when she was able to go about the house. On
examination, the fundus uteri was found lying obliquely and to the
left, the OS uteri patulous and superficially ulcerated ; and during the
introduction of the fluid a porter-coloured very offensive fluid flowed
from the OS. Under the local use of Arg. Nit., and the internal use
of Pot. Bromide, iron and sambul, with rest, she became very much
better, and reported herself well. In the November following she
caught a severe cold and all the symptoms returned. She was now
confined to her bed and no treatment seemed of use. She was
ordered away, and to continue the iron and Pot. Bromid., and Arg.
nit. was applied at intervals of a week. In August of the ensuing
year Dr. Clark introduced a partly insulated wire into the uterine
cavity, and attached it to the negative pole ; the positive was con-
nected with a moistened sponge and applied over the pubes for 20
minutes. This was repeated three days, after which treatment the
offensive discharge ceased and never returned, thus effecting that
for which this method [was undertaken, viz. altering the secreting
property of the uterine mucous membrane. It was some months
after that the hysterical condition subsided, but now, two years
after, she is and has been perfectly well and is able to perform all
her usual household duties.
Three cases of successful removal of fibro-cysiic tumours of the
uterus. — Dr. Thomas Keith, of Edinburgh, relates the history of 2
of these cases in the 'Lancet,' of May 15th of this year, and his
account will deeply interest gynaekological surgeons. We need
not occupy space by giving the cases, as no doubt they are now fami-
liar to all interested, but will just remention one or two points of
interest which occur in the course of their narration, and conclude
with Dr. Keith's remarks. Attention is drawn, in describing the
first case, to a paper by Dr. Foulis in the Pebruary, 1875, number of
the ' Edin. Med. Jour.,' which tends to show that secondary epi-
thelial growths on the peritoneum may originate from escaped
epithelium elements from burst cysts (simple ? or originally carci-
nomatous ?) and set up exhaustive peritonitis. The stump in this
case was too large for any clamp and after the bladder was freed
downwards, a steel wire was secured round the lowest part of the
uterine neck, just above the vagina, by Koeberle's instrument. The
healthy right ovary was not removed, but the tumour was cut away
and the cavity of the uterus was opened and found to contain a
small polypus. The wound was closed tightly round the neck, a
strong soft needle bent in the middle securing the whole outside.
The growth weighed eleven pounds.
The tumour in Case 2 was dusky brown and covered by enormous
veins. It was attached to the right iliac fossa, right lumbar region,
and partly to the abdominal wall. The hand could not be passed
into the pelvis below the tumour. More than sixty ounces of dirty
1875.]
Report on Surgery, 233
nmddisU serum were removed from the large cyst without much
diminishing the size. The hand was then passed behind, and with
one strong sweep of the arm all adhesions were brol^en up, the inci-
sion enlarged, and the tumour turned out of the abdomen with the
left ovary. In a few minutes the patient became faint from rapid
loss of blood. The pedicle, i.e. the neck of uterus, was treated as
in the former case. The broad ligaments were very vascular, but
only the left ovary was included in the ligature. From the previous
elevation of the cervix the stump was secured in the lower angle
of the wound with less tension than in the previous case. Several
bleeding points high up near the posterior margin of the liver, where
the adhesions commenced, were secured with much difficulty. The
first part of the operation occupied only a few minutes, but it was
upwards of two hours ere the wound was closed. A glass drainage
tube was left, passing down to the lowest point in the pelvis. The
patient was pulseless when placed in bed, and the pulsation did not
return in the left radial for upwards of half an hour. The canal of
lymph, which after a few days forms round the drainage tube,
seemed to have led to the adbesion of folds of intestine at angles,
and thus became the occasion of much distress and of no small
danger to the patient. As in the previous case, the slough extended
beyond the wire, and a very large cavity was left on its separation,
which had quite cicatrized in five weeks.
In the first of these cases there was a mistake in diagnosis, the
only one in 194 operations, as hitherto Dr. Keith has had the good
fortune to avoid cases of soft fibrous or fibro-cystic tumours of the
uterus, but as such a mistake in diagnosis may occur to any one. Dr.
K. never goes to perform ovariotomy without being prepared to
remove the uterus if necessary. In this case, fortunately, the
surgical treatment required was the same, as large fibro-cystic
tumours of the uterus often kill as rapidly as do ovarian tumours.
These are the only cases in which Dr. Keith has interfered with
uterine tumours by abdominal section, and they are enough to satisfy
him that the removal of an enlarged uterus and ovaries is an opera-
tion not to be lightly undertaken. The personal attention afterwards
necessary was, in each case, greater than in six average cases of
ovariotomy ; while in the third case there was such profuse secondary
haemorrhage seven days after the operation, that had not Dr. Keith, by
mere accident, been on the spot almost immediately after the alarm
was given, the patient must have died in a few minutes.
Dr. Keith deprecates the removal, by abdominal section, of uterine
growths, even those that are pediculated and surgically very tempt-
ing, as our experience has not been encouraging, and also because
the greater part of uterine tumours, if not malignant, give little
trouble ; yet there are a certain number of cases in which the patients
lead useless, dependent, miserable lives, full of sufi'ering which ends
only with life, and it is for this class of case that he expresses the
hope that the time is not far distant when many of these unfortunates
will look to surgery for relief with as much confidence as those
afflicted with ovarian disease now do.
234t Chronicle of Medical Science, [July,
EEPOET ON TOXICOLOGY, FORENSIC MEDICINE,
AND HYGIENE.
By Benjamin W. Eichabdson, M.D., E.E.S.
1. Toxicology.
On poisoning hy the smoke of tobacco. — The subjoined is the record
of a case in which death was induced by the excessive smoking
of tobacco. The facts came under our own observation. The patient,
who was between thirty and forty years of age, was a small but well-
built man, of very active habits, and reported to be exceedingly dili-
gent and able in commercial pursuits. Previous to the occurrence
about to be narrated he had been very much worried with business
aiFairs, and had, no doubt, been trying to carry out labours which,
if not beyond his own natural powers, at all events taxed them
severely. He returned from business in the city of London one
evening extremely fatigued, took a very slight meal, smoked several
cigars and cigarettes — the precise number being unknown — and
retired to bed. During the night he was heard moving about as if
restless, and early the next morning he rose to work. He dictated
some letters and other documents to his private secretary, and,
declining all food, recommenced to smoke a cigar. He continued
this process of smoking and dictating during the greater portion
of the day, taking no food and, except a small quantity of brandy
and water, no drink. In a period of less than twelve hours he had
smoked forty cigarettes and fourteen full-sized, full-flavoured cigars.
As the evening advanced he became prostrate, excited, and restless,
refusing food and only sipping at drinks. Late at night he still
refused to take either nourishment or medicine. He agreed, however,
to give up smoking, and he went to bed and essayed for a few
hours to sleep : he could not sleep, but continued excited and
restless.
Early on the following morning he came for the first time under
the observation of the reporter. He was at this time half dressed
and out of bed. He was in a state of continuous muscular tremor,
and when he moved across the room to reach his bed his legs
seemed bent or bowed as if he were permanently deformed, which,
however, was not the fact. He had evidently lost the full use
of the muscles of the lower extremities, and he climbed into bed
with considerable difficulty. When he reclined in the bed a con-
tinued movement of the muscles of the arms and legs was kept
up, and the facial muscles moved occasionally in an involuntary
manner. The pupils were widely dilated and the eyelids were in
persistent movement, half voluntary. The tongue was dry and dark
red in colour. The surface of the body was cool (96°Fahr.), clammy,
and perspiring. The speech was faltering and the mind uncertain.
The pulse was soft, full, and feeble. Both sounds of the heart were
clear, but the action was relaxed and occasionally intermittent.
The respiratory sounds, at this period, were clear, but the respiratory
1875.] Report on Toxicology ^ Forensic Medicine ^ ^c, 235
movements were irregular aud sighing. The breath and the cuta-
neous secretion were oppressively charged with the odour of tobacco.
There being no direct antidote yet discovered for the poison of
tobacco, the treatment was directed to sustaining the powers of the
patient and to promoting the elimination of the poison. Of course
all farther resort to the cigars and cigarettes was forbidden, and
fluid nourishment was ordered as freely as it could be given, together
with small quantities of alcohol ; it was directed that the temperature
of the room should be sustained at 70° Fahr., with free ventilation ;
and in order to sustain the process of elimination full doses of the
solution of acetate of ammonia were administered every four hours.
It was also carefully observed that the urinary bladder was kept
free of distention from urine, a practical point of great importance
in the treatment of all forms of narcotic poisoning.
The food and medicine prescribed for the patient were much
objected to by him, his mind being entirely listless and every exertion
seeming to be a source of annoyance. Still, he took and retained
some food, and under its influence became warmer. But as the day
advanced he gradually grew more and more unconscious, the
muscular paralysis increased, extending from the lower limbs to the
arms ; every now and then there occurred a faint general convulsion,
and the breathing became noisy and embarrassed. In the evening
the patient was quite unconscious ; his bronchial passages were
filling with condensed watery fluid ; he was unusually cold ; there
were constant jactitating movements of the muscles, and the collapse
was complete. Death took place a short time after this change. A
post-mortem examination could not be obtained, but the final mode
of death was evidently by asphyxia from the accumulation of fluid
in the pulmonary bronchial tract.
"We have not unfrequently observed in confirmed smokers a series
of symptoms identical with those recorded above, except in the
matter of severity and in immediate result. The symptoms tally, in
the main, also with those we have seen induced in the lower animals
by the action of nicotine, and they were, we believe, due entirely
to the poisonous influence of that alkaloid. The action was dis-
tinctive ; all the mus(;les that are under the involuntary nervous
control were paralysed ; the semi-voluntary muscles were partly
paralysed ; and the centres governing the volitional powers were so
distended that their functions were perverted. Together with these
changes there was a reduction of the animal temperature owing to
an interference with the chemical changes of the body, and there-
upon the final catastrophe succeeded of condensation of fluids in the
pulmonary organs, a catastrophe common as a direct cause of death
in those who are under the effects of other narcotic poisons than
nicotine, as, for instance, chloral hydrate.
The great question that remains to be solved is the treatment of
cases such as the one described. In a case of poisoning by tobacco,
in a boy who smoked aud chewed tobacco for the first time, we found
an emetic of signal service as an adjunct to treatment by the em-
ployment of external heat and the administration of a stimulant.
236 Chronicle of Medical Science, [July,
But in the treatment of a confirmed smoker an emetic would only
depress the more, the stomach being in fact paralysed by the action
of the poison. We have previously found the general plan that was
adopted in the instance narrated — that, namely, of sustaining the
external temperature of the body, promoting free elimination by the
skin, keeping the urinary bladder properly relieved, and adminstering
food with a judicious supply of alcohol — a perfectly successful method.
On the present occasion all these measures proved unsuccessful, and
would, we believe, be again unsuccessful in so extreme a case. It
has occurred to us since that perhaps transfusion of blood might
have saved the life, and in another emergency of a similar kind,
we should propose to give it a trial. — Original Report to Brit, and
Foreign Med.-Chir. Rev., July, 1875.
Researches on strychnia. — Dr. D. Yitali indicates that the most
brilliant reaction of strychnia is that which results from its treat-
ment with oxidizing agents. A minimum quantity of the alkaloid
dissolved in concentrated sulphuric acid with the addition of a
small proportion of bichromate of potassa, of binoxide of lead, of
peroxide of manganese, of ferro-cyanide of potassium, or of per-
manganate of potassa, evolves the magnificent blue-violet color,
which after a time changes into a red wine tint, and then turns to a
reddish yellow. Among these oxydizing substances the bichromate
and permanganate of potassa distinguish themselves by the readiness
with which they produce this reaction. Not long since Wenzel
suggested a new method of rendering the same test still more
sensitive and certain. By adopting the modification proposed by
him strychnia may be discovered in a liq^uid more than nine times
diluted. For this purpose he advises the use of permanganate of
potassa dissolved in sulphuric acid in the proportion of one part of
the permanganate in two hundred of the acid. A few drops of this
liquid produce instantly, incalculable minute traces of strychnia, by
the above-mentioned colorations.
As regards the readiness and rapidity of the reaction obtained by
this modification no doubt can be raised. But Yitali considers it
ought to be noted that its author, when announcing it, passed over
one circumstance in silence which should be remembered as of the
highest importance. "Wenzel does not tell us whether the strychnia
or the substance suspected of containing strychnia ought to be
found in the solid state in order to be well assured of the ri'sult.
Hence, wishing to judge from the underlined words above referred
to, it would appear that it was at least indifferent. That is not the
fact, since, passing lightly over that condition, the risk might be
run of believing in the presence of strychnia, when in reality, in the
liquid under examination, there does not exist the slightest trace.
This is the reason. The solution of the permanganate in the con-
centrated sulphuric acid is of a green colour. But when it is diluted
with water this coloration disappears to give place immediately to a
vivid violet tint, which might be thought to proceed from strychnia
even when that may not be the case.
Wishing to explain how it happens that the sulphuric solution of
1875.] Report on Toxicology, Forensic Medicine , ^c. 237
permanganate of potassa, green in itself, becomes of a violet colour
in the presence of water, Vitali says first of all that the sulphuric
acid, reacting upon the permanganate, would render the permanganic
acid free from it according to the equation —
But the permanganic acid, being unable to exist in the presence
of an excess of concentrated sulphuric acid, a body greedy of water,
changes itself into permanganic anhydride, which is the cause of the
green colour of the liquid. In fact,
„/Mn03")p.\ H|^ MnOg-)^
^( H i^)-HJ^=Mn03J^
The permanganic anhydride, then, when water is added to the
sulphuric solution, changes itself into permanganic acid, the forma-
tion of which is the cause of the change of the green tint into a
violet tint.
^iiOg") ^ , H") ^^ /MuO, f ,,
He considers the publication of the present note useful in order
to prevent any sinister equivocation into which an inexperienced
person might possibly be led, who, having recourse to Wenzel's
method of reaction, might not have calculated on the precautions
suggested in it. — Dioscoride Vitali. Annali di chimica, No. 3.
Eascicolo di Marzo, 1875.
Oxygen as an antidote to phospliorus. — Professor Thiernesse and
Dr. Casse make mention of a proposition made by E-ommelaere of
using the essential oil of turpentine as an antidote for phosphorus.
At the meeting of the 25th of April, 1875, of the Eoyal Academy
of Medicine, this proposition was under discussion. The experi-
ments of Vigier and Currie, reported by Currie, should have
demonstrated that it is not the purified essential oil of turpentine
which exhibits an antidotal virtue against phosphorus, but really
the oxygenated essential oil of turpentine, because the former will
not combine with the phosphorus, whereas the latter will produce
a combination which, even in not very large doses, robs the phos-
phorus of every poisonous effect.
It is the oxygen presented in the ozonic state by the essence of
turpentine which exerts the oxydizing action upon the phosphorous
poison. This is confirmed by the results obtained by Crocq upon
animals poisoned by phosphorus, in which the blood manifested
itself as in a pitchy state, and reacquired its normal properties under
the action of oxygen or of oxygenated water.
The following results reported to the Belgian Academy of Medicine
were obtained from twenty-two" experiments with oxygen upon ani-
mals. They indicate that oxygen is really endowed with an anti-
2^8 Chronicle of Medical Science, [July,
dotal power, as regards phosphorus introduced into the circulation :
it neutralizes the pernicious eifects of the phosphorus in the
blood as well as in the organs which ordinarily undergo serious
mischief from the presence of the poison.
In order to obtain the desired end, it is necessary, however, to
infuse the oxygen in large quantity, and shortly after the absorp-
tion of the poison, that is, before the poison has produced serious
changes in the organism, for when the phosphorus has deoxydized
and put to death the blood-globules the poisoned animal is fatally
doomed. This is the reason, in many cases, why the poisoned sub-
ject cannot be saved even when injected with defibrinated blood
charged with oxygen.
Out of twenty- two experiments nineteen gave favorable results
when the poisoned animal could be injected with a sufficient quantity
of oxygen. The three unsuccessful results may be explained by
the circumstances, either that the poison was injected in the form
of phosphorous oil in too large doses (viz. 10 grammes of oil, con-
taining 20 centigrammes of phosphorus, into a dog weighing 10 j
kilogrammes), or that the quantity of oxygen infused was too weak.
The doses of phosphorus employed were generally from 16 to
20 milligrammes, at least, for every kilogramme of the weight of the
animals', and in the larger number of the cases in which the results
were favorable the phosphorus had been administered under the
form of a yolk-of -egg emulsion, which ought certainly to have aided
in the absorption of it.
The experiments performed are all in favour of the intravenous
infusion of the oxygen against poisoning by phosphorus, even when
used in large doses and associated with materials which facilitate its
poisonous action.
Professor Melsens, invited by Professor Thiernesse, confirms the
opinion that it is not the essence of turpentine, but the oxygen it
contains, which is the real agent endowed with the antidotal pro-
perty against phosphorus ; that oxydized essence of turpentine
possesses the property of burning and oxydizing many substances,
mineral as well as organic, which oxygen does not ordinarily attack ;
that it acts after the manner of ozone ; that it transforms, even at
a distance from the air, arsenic into arsenic acid and phosphorus
into phosphoric acid ; that it attacks divided silver, converting it
into acetate of silver in the presence of acetic acid. Its powerful
oxydizing properties display themselves perfectly on a sulphuric
solution of indigo; it discolours this in the same'way as doee chlorine.
Phosphorus, burned by the active oxygen of the essence, is
changed into phosphoric acids, which are in fact inofiensive bodies
in comparison with the corresponding quantity of poisonous phos-
phorus. ^Annali di Chimica, fascicolo No. 5, Maggio, 1875.
Bulletin de VAcademie Boyale de Mid. de Belgique, t. ix, 3rd
serie, No. 1.]
On poisoning hjj aconite and chloroform. — Dr. John Ellis Blake
reports a very important and rare case of poisoning by a mixture of
aconite and chloroform. A young lady who was on a visit at New York
1875.] Report on Toxicology , Forensic Medicine , ^c, 239
took by mistake something more than one drachm of a mixture con-
taining equal parts of tincture of aconite-root and chloroform.
Her own carelessness must be held solely to blame for mistaking
the bottle containing the poison for another which held the simple
medicine she intended to take ; for the one containing the poison
was plainly marked " aconite and chloroform," "poison," "liniment."
The mistake was made about half-past eleven o'clock a.m. on Feb-
ruary 2nd, 1875. The burning taste of the chloroform caused the
error to be detected at once. The patient herself immediately took
a potion of mustard and water, and then, accompanied by a friend,
walked to Dr. Blake's house, a distance of one eighth of a mile.
Allowing five minutes for this walk, it is assumed that the patient
was before Dr. Blake in from fifteen to twenty minutes after she had
swallowed the poisons.
So soon as the recital of the accident had been given, the author
administered a full emetic dose (from fifteen to twenty grains) of
sulphate of zinc. No vomiting followed U23on this, so the stomach-
pump was used, and nearly two quarts of water were passed through
the stomach. The water returned smelling strongly of chloroform
and coloured by the tincture of aconite. Much of the aconite was
removed by the pump, but sufficient had been absorbed to produce
effect. Numbness of the cheeks and tongue began to be perceived
before the operation of evacuation of the stomach was finished, and
this numbness rapidly extended over the shoulders and back and
down the arms. Some stimulants which the patient was able to
swallow were administered, but soon afterwards embarrassment of
the respiration was manifested, and the patient, articulating with
great difficulty the words, " All is dark now, doctor, I cannot see at
all," at once became unconscious. Dr. Blake observes specially on
the rapidity with which the poison, once commencing to act, over-
whelmed life. Within an hour her breathing became imperceptible,
she was growing cold, and she was pulseless. No pulse whatever
could he detected even in the aocilla, and she remained without any trace
of pulse for a period of over three hours^ The treatment now pur-
sued was to keep the head low and to maintain artificial respiration.
The artificial respiration was kept up by Earadic electricity, passed
in powerful currents through the muscles of respiration. One
electrode was applied on the right side of the neck, the other " near
the diaphragm over the solar plexus." A deep inspiration followed,
and by breaking and closing the current about eighteen or twenty
times a minute the action of natural breathing could be imitated. The
current used was very strong, strong enough at each application to
twist the neck and body to one side, yet it utterly failed at one time,
during the first hour to excite respiratory action, and Dr. Blake, who
was now^ ably and devotedly assisted by Dr. T. (iaillard Thomas, was
obliged to resort to Marshall Hall's " ready method " of artificial re-
spiration, happily with success. By these means respiration was sus-
tained for several hours, but there were periods when it was more
difficult than at other periods to maintain it, " The lethal influence/*
the author remarks, " which was benumbing the nervous system,
240 Chronicle of Medical Science. [July,
although never seceding entirely, yet at varying intervals came
rolling in upon this young life, as it were, in a great wave, and at
some times it was hard to say if that life had not been utterly
overwhelmed." It was observed also that in order to excite
respiration the head had to be kept very low, the tendency to
syncope being great, and continuing even when consciousness had
returned.
About the end of the first hour the symptoms were most critical.
The temperature of the body within the mouth was between 95° and
96° Fahr. ; there was cyanosis of the face and the same symptom
extended to the nails. At this point of the case Dr. Thomas
suggested the administration of pure oxygen gas mingled with
common air. A cylinder of oxygen was therefore procured and was
used in the following manner. A small india-rubber tube was
connected with the copper reservoir; the other end of the tube,
terminated by a small nozzle, was inserted in one nostril, leaving
the other nostril free to admit common air. A small jet of gas being
now permitted to escape, on closing the galvanic circuit the lungs
were filled with this highly oxygenated air. Keeping up artificial
respiration with this additional agent, good efiiects were soon seen in
a lessening lividity of the face and a less corpse-like look generally.
The amount of oxygen used was four hundred gallons.
After a periodof from three to four hours, dating from the time when
the pulse ceased and when nothing but a feeble and uncertain flutter
could with difficulty be heard, at times, over the region of the heart,
and after artificial respiration with the oxygen had been maintained
about two hours, a feeble thrill at the wrist could, to the great joy
of the operators, be detected. It was not much, it was not constant,
but it was sometimes there, and that was a great source of hope.
By five o'clock in the afternoon, that is to say, five hours and a
half after the poison had been taken, the patient was so far restored
to consciousness that she could articulate a word or two feebly. It
was believed now that the battery might be stopped and the natural
respiration be relied on. This, says the author, was well nigh a
fatal error. Before six o'clock a crisis of unusual severity occurred,
and although both the battery and the oxygen were at once put
into action there was a time when it was feared they had failed.
The tendency at this period was towards death by coma. The
patient's condition became as follows. There was a strong tendency
to sleep, which, if permitted, showed a sure and rapid tendency to
pass into a death-like coma. The pulse would grow more and more
feeble, and disappear altogether. To the numbness of the skin had
succeeded a state of hypersesthesia of a sensitiveness so acute that
she could be roused by a current from the battery so feeble as to be
almost imperceptible to others, but sinking back at once into coma
on its discontinuance. "When so roused she generally gave a sharp
scream and uttered some expression of distress. The action of the
battery was kept up constantly all night ; if discontinued for more
than ten minutes the pulse would flag and coma supervene.
Dr. Blake asks at this point of his narrative, " AVheuce thi^J
1875.] Report on Toxicology, Forensic Medicine^ ^c. 241
tendency to fatal coma ? " He considers that it was indirectly the
effect of the aconite and chloroform, but directly resulted from the
state of the kidneys from paralysis of the excretory function of those
organs due to the action of the poisons. A specimen of the urine of
the patient obtained at 8 p.m., showed that the kidneys had scarcely
acted at all during the day, and the secretion was loaded with
albumen and with fragments of casts.
At five o'clock on the following morning, the kidneys having
resumed their activity, the sleep became natural, and the use of the
battery was discontinued after it had been in almost constant use
for sixteen hours. The specimen of urine at this time obtained was
copious in amount, and was loaded as before with albumen and
fragments of casts, but in time this condition passed away. Dr.
Blake adds that in the course of treatment warmth was applied to
the surface of the body, and that as enemata were not retained he
injected hypodermically thirty minims of cognac six times in the
course of the afternoon. On February 13th the patient was
convalescent. She ultimately recovered. — New York Medical Journal
for April, 1875, vol. xxi, No. 4. ^
[The case here recorded by Dr. Blake is, indeed, full of interest,
as illustrating once again what can be effected by continuous
artificial respiration. In the patient whose history has been given,
the action of the heart was reduced to that lower tension of action
which we have described in the Croonian lecture "On Muscular
Irritability after Systemic Death," as the tension of syncope. The
heart-stroke in such cases is sufficient to keep up a feeble pul-
monic circuit and a sufficient systemic circuit to prevent pectous
changes ; but the nervous centres are not effectively supplied, and
the respiration therefore fails to be excited. In such examples, a
little assistance to the respiration is a means of maintaining the
circulation of low tension for a very prolonged period, and when
the depression of the heart is from an agent that is susceptible of
elimination from the body under the continuance of vital motion,
the artificial respiration becomes a means of restoring life that is
even startling in the grandeur of its results.
In recording Dr. Blake's report, with sincere admiration of his
and his colleagues' courage, endurance, and skill, we would venture
to make an observation or two derived from experimental and
clinical experience bearing upon the details of the treatment. We
think that in another similar case, after the stomach has been
emptied, it would be advisable not to administer alcohol. Alcohol
diluted assists to distribute the alkaloidal poisons the more actively
through the tissues, and to hasten the symptoms of poisoning in all
their intensity. Then in respect to artificial respiration, we would
submit that in the cases under consideration, it is better to main-
tain it by the double-acting bellows, that is to say, by force supplied
by another person than by the force of the patient excited into
motion by the electric stimulus. We have tested the two methods
by careful experiment on the deeply narcotized animal, and, by
means of the metronome regulation of the Taradic current, have
111.— LVI. 16
342 Chronicle of Medical Science. [July,
made the respiration excited by the current as regular as the
ordinary natural respiration of the animal. By this means, it is
true that the artificial respiration can be long sustained, but it is
at the expense of the force of the animal, and is, therefore, ex-
hausting to an extreme degree. When the artificial respiration is
sustained by the operator, it is equally effective as an artificial aid,
and it relieves the patient of all exhaustion. Between the two pro-
cesses, there is, in short, just the difference that occurs between
stimulating a worn-out animal to walk to a destination, and carrying
it to the same destination. Thus, in our experiments, we found we
could even destroy muscular action by the current through the
exhaustion it produced, and when we succeeded in restoring by it
it was always with the result of an after- debility and drowsiness
which is unknown when the simple hand method is employed.
Once in Dr. Blake's case, at the period when he and his learned
colleague had to resort to Marshall Hall's plan, this exhaus-
tion of muscle under the galvanic stimulus did occur, and the rest
from that stimulus with mechanical maintenance of respiration was
the saving modification of treatment.
The employment of oxygen as an adjunct to artificial respiration, on
which Dr. Blake naturally dwells with so much emphasis, introduces
to our notice a practical matter which we have tried many times to
study by experiment. We have no doubt that the use of the oxygen
in the diluted form, as suggested by Dr. Thomas, was of service. At
the same time, if oxygen be not at hand, no operator need be under
any anxiety from its absence. We have found that to raise the tem-
perature of the common air supplied by artificial respiration to 75°
Pahr. is as effective, in quickening the oxidation of the blood, as is
increase of oxygen. Indeed, on the whole, the warm air method is
safest, because an excess of oxygen, the precise degree of which
excess is not yet defined, is actually injurious.
We incline altogether to the view expressed by Dr. Blake that the
secondary symptoms of collapse and coma were due to a uraem.ic
condition. Por this very reason we would urge the more strongly
the importance of simple mechanical artificial respiration by the
double-acting bellows — through which no waste of tissue or forma-
tion of secondary product of tissue is involved — to the muscular
respiration excited by galvanic stimulus.
We fail to see the value of the hypodermic injection of the cognac,
but we do not, in the absence of inquiry into it, by direct appeal to
experiment, dispute its value. On the whole we have rarely met, in
twenty years of reporting on toxicological subjects, with a record
more valuable to medical science than this which Dr. Blake has
supplied. As a result it is one of the practical fruits of experimental
research which every true investigator must recognise, especially
at this moment, with extremest satisfaction.]
On the presence of alkaloids in decomposing organic substances
and in the bodies of the dead. — We have noticed in a previous
report the fact that some Continental authors have been testing the
tissues of the dead for evidences of alkaloidal bodies which have
1875.] Report on Toxicology, Forensic Medicine^ ^c, 243
formed spontaneously in the processes of decomposition. The inquiry
has been further pursued by M. Schwanert, who has obtained from
decomposed human livers, spleens, and intestines, a non-crystalline
alkaloid, which cannot be obtained from fresh corpses. This sub-
stance was obtained in quantity sufficient for some little examination
from the organs of a corpse that had remained sixteen days at about
30°, and was quite decomposed. The viscera, either alone or mixed
with zinc chloride, were repeatedly treated with alcoholic tartaric
acid, and the extract thus obtained purified by the Stas-Otto process,
and then shaken with ether ; excess of alkali being then added the
new base was extracted from the liquor by ether. By evaporation,
at as low a temperature as possible, the substance is left as a yellow-
ish oil which does not solidity, and possesses a peculiar odour recalling
that of propylamine, but has no bitter taste ; it volatilises completely
on long standing or when heated, and changes red litmus to a deep
blue ; it forms a crystalline deliquescent hydrochloride, readily vola-
tile, readily soluble in water, less so in alcohol, and developing white
vapours of a peculiar unpleasant odour on addition of soda-ley.
Sulphuric acid dissolves the hydrochloride, forming a colourless
solution, gradually becoming a dirty brown colour after standing,
and greyish-brown on warming : the colourless solution yields, on
warming with sulphuric acid solution of sodium molybdate a beau-
tiful blue shade, which gradually becomes green ; with potassium
dichromate it becomes first red brown and afterwards grass-green.
Nitric acid dissolves the compound, producing a yellow colour.
The platinum ssalt is a dirty-yellow precipitate consisting of micro-
scopic six-sided stars, and contains 3135 per cent, platinum. Gold
chloride gives with an alcoholic solution of the hydrochloride an
amorphous yellow precipitate ; mercury chloride a white crystalline
precipitate ; potassio-mercuric iodide a dirty white, and iodised potas-
sium iodide a clear brown precipitate. Tannic acid gradually
renders the liquid turbid ; sodium phospho-molybdate gives a yellow
precipitate, clotting together and becoming blue with ammonia. —
Deut. Che7n. Ges. Bet., vii, 1332, and Journal of the Chemical
Society, March, 1875.
[The subject here broached is not new, as some of the recent experi-
menters seem to suppose, but is one of those experimental inquiries
which observers in England have for many years past had under in-
vestigation. !So far back as 1862 Dr. Letheby pointed out that organic
decomposing bodies yield, not only ammonia, but also other volatile
nitrogenous substances which are peculiar to organic decomposition.
Dr. Stenhouse, as Letheby has shown, described in 1849, in
speaking of the products of decomposition of nitrogenous organic
matters, that whenever ammonia is generated in large quantities from
complex substances, either animal or vegetable, it is always accom-
panied by the formation of a larger or smaller amount of volatile
organic bases.
Dr. Grace Calvert discovered, in the volatile alkalies of some putre-
fying flesh, complex chemical bodies yielding carbon, hydrogen,
nitrogen, phosphorus, and sulphur. Dr. Odling detected in similar
244 Chronicle of Medical Science. U^Y*
substances complex volatile alkalies containing carbon, and we
ourselves in 1865 isolated from the serum derived from the peritoneal
cavity of the human subject an alkaloidal body which possessed
poisonous qualities found to be communicable and to which we gave
the name of septine. It is but just to claim for the English school
the priority in these advances of science before they are retranslated
here from foreign sources and reproduced, as they assuredly will be,
in a manner intended to convey the idea of an origin anywhere rather
than in the English mind.]
II. — FoEENsic Medicine.
Survivorship after injuries to the head. — Some of the most
curious cases on record, in a forensic point of view, are those which
relate to survivorship after injuries to the head. Dr. Day, of
Stafford, has enriched medical literature with a most interesting
record of a case in which a man travelled on foot a long journey
(from Stafford to London) with a portion of a gun-lock lodged in
his cranium. Some further valuable illustrations bearing on the
same class of injuries are recorded by Mr. Eobert Harvey in a
report of the Madras legal returns received from civil surgeons of
the Bengal Presidency during the years 1870-73.
The question, says Mr. Harvey, as to how long a patient could
have lived after a fatal injury to the head is frequently asked in
courts of justice, and is of practical importance. The point is men-
tioned in too few cases to allow of any fixed rules being laid down,
but a sufficient number is given to show that one opinion, which is
not unfrequent, viz., that a certain injury must have caused instan-
taneous death, can very seldom be justified, numerous cases of life
being prolonged for many days after very severe injuries are recorded.
A few have been incidentally noticed already in connection with
inflammation within the skull. Mr. C. L. Eox, civil medical officer
of Muzuffargarh, gives the case of a Mussulman!, aged 25, in hia
return for August, 1872. She had been struck three blows on the
head with a plough-handle as thick as a man's wrist. All the bones
of the face, except the lower jaw, were fractured ; the lower part of
the parietal bone, both orbits, and the lesser wings of the sphenoid
were comminuted, many fragments being driven into the brain,
which also protruded from the external wounds ; she died on the
fifth day. A man at Delhi lived seven days after receiving blows
from a blunt weapon, which produced a compound fracture of the
lower jaw and extensive fracture of the base. Another at Kohat
died of cerebritis ten days after a fracture through the left orbit into
the base. Two men at Sitapur lived, one 16, the other 17, days after
extensive fractures extending into the nose. In a case at Jhilum a
man hit on the head on the 2nd of April, 1870 sustained a fracture of
the left parietal and frontal bones, involving the orbit. Head
symptoms came on the 4th, and he was trephined, dying next day.
Surgeon J. P. "Wright gives a good case in the Nursingpur return
for December, 1870 :
Subject, a Brahmin, aged 60 ; admitted on the 18th November 1
1875.] Report on Toxicology, Forensic Medicine, ^c. 245
with ten contused wounds on the head, apparently caused by a blunt
cutting weapon. Fracture of outer table of skull to right of fore-
head. Partially unconscious, but could be roused with difficulty.
Began to improve on 22nd, and went on well till 1st December,
when " his appetite fell off and he began to lapse into insensibility,
not complete, but of evil omen." Several pieces of bone were
removed, but he continued to sink, and died on the 7th of Decem-
ber. Post-mortem examination revealed " extensive fracture of the
frontal bone with an abscess formed in the brain and considerable
effusion of black blood on the surface. The separated portions, four
in number, had been removed during life, and the brain protruded
through the vacant space. The injuries are quite sufficient to cause
death, and it is only a matter of surprise that he lived as long as 19
days."
In the Mirat return for November, 1870, is the case of a man who
died of compression of the brain six days after an injury which caused
extensive fracture of the vertex with effusion of blood on and beneath
the membranes. He had left hemiplegia, and was insensible
throughout. A man at Maimansing lived three days after a starred
depressed fracture at the fronto-parietal point, with blood on the
brain. He also was comatose, as in all probability most of them
were.
In other cases the patient lived a few hours only. A man at
G-ujranwala lived 16 hours after a blow from a stick, which separated
the coronal suture, and another at the same station 16 hours with
depressed fracture of the vertex, and separation of the sagittal and
right lambdoidal sutures. Another at Pmd, Dadan Khan survived
26 hours with a depressed fracture of the skull and laceration of the
brain ; and a man at Muzaffargarh ten hours after a similar injury.
The most remarkable case is one by Mr. E. P. Eoberts, of Kaniganj.
A Hindu, aged 35, was hit on the head by a fragment of a burst
boiler. " The right side of the skull had been driven in, and a large
portion of the brain forced out," yet he lived for an hour and a half.
Similar instances might be multiplied, but those given are sufficient
to show that patients may survive for long periods after head
injuries, and do in fact seldom die instantaneously. In some of the
cases where death was reported as immediate, a fact is no doubt
recorded, but in many it is an opinion merely, and the following
shows how easily mistakes may be made. A civil surgeon in the
north-west provinces, finding a transverse fracture extending from
the vertex down to and right across the base in a man who had been
felled by a lathi blow from behind, reported that " death must have
ensued instantaneously." It was proved on the trial, however, that
in spite of the very serious injury he had received, he had lived about
an hour after being carried home. No harm was done in this case,
and death, though not instantaneous, was very rapid; but had the
man lived for some days, as it is obvious from some of the cases
above quoted he might have done, serious discredit might have
attached to the medical officer. — Indian Medical Gazette, April 1,
1875.
246 Chronicle of Medical Science. [July,
III. — Hygiene.
On the origin of cerebrospinal meningitis. — Dr. Henry B. Baker,
of Lancing, Michigan, reports to the State Board of Health upou an
epidemic in Monroe and Lenawee counties, in Michigan, and adds
to his report a study of some other facts relative to the cause of this
disease. The author has collected evidence concerning eighty-eight
cases. An abstract of this report has already been published, and
Was the subject of comment in this country as well as in America
last year. We shall, therefore, now only notice certain of the new
facts that are embodied in this elaborate report. (1.) Dr. Baker
disputes the propriety and correctness of the name given to this
epidemic disease. The lesions of the cerebrum and of the spinal
cord which are usually found may, he thinks, be secondary only.
He inclines, on the whole to accept the name suggested by Dr.
Bodenstein, and to call the malady ^^ tetanoid fever.'" (2.) The
definition of the disease by its symptoms he supplies from Dr.
Clymer : — " It is an acute specific disorder, commonly happening as
as an epidemic, general or limited, and rarely sporadically, caused
by some unknown external influence ; of sudden onset, rapid course,
and very fatal. Its chief symptoms, referable to the cerebro-spinal
axis, are — great prostration of the vital powers, severe pain in the
head and along the spinal column, delirium, tetanic and occasionally
clonic spasms, and cutaneous hypersesthesia, with, in some cases,
stupor, coma, and motor paralysis, attended frequently with cutaneous
haemic spots ; its morbid anatomical characters being congestion and
inflammation of the membranes of the spinal cord, particularly the
pia mater, although there is reason to believe that the evidence of
these changes may be wanting even in cases of long duration." (3.)
On the subject of the communicability of the disease, Dr. Baker states
that the majority of observers have come to the conclusion that the
disease is incommunicable from the sick to the healthy. But a
minority hold a diff'erent opinion, and he cites certain details which,
as far as they go, corroborate this view. His own observation is that
contagiousness of a like character to that of smallpox, scarlet fever,
or typhus, is not possessed by the malady under consideration. The
question is — Does epidemic meningitis, like typhoid fever or cholera,
possess a peculiar contagiousness of its own, a property of communi-
cability peculiar to itself? This question still remains to be solved.
(4.) The symptoms which characterise the cerebro-spinal meningitis,
or, properly speaking, tetanoid fever, are more correctly and fully
described in this essay than in any we have previously seen. The
records are from the pens of six physicians, namely, Drs. Paquette,
S. L. Jones, G-. W. Jackson, M. Wilcox, C. T. Southworth, and
H. C. Wyman, all evidently most careful and thoughtful observers,
and all residents and attendants of the sick in the affected districts.
Prom these records it is clear that the epidemic showed differing
shades of character and intensity in the area of its temporary
locality. The symptoms varied from those of an ague to those of
an extreme tetanus. Erom these learned observers we find
1875.] Report on Toxicology, Forensic Medicine ^ ^c. 247
that in the remarkable epidemic they witnessed the leading sym-
ptoms were as follow : — The symptoms varied somewhat in different
cases according to the period of time in which they were in pro-
gress, but they represent a more perfect whole of the phenomena
of the malady than has yet been recorded. At first there was
fever, which often ran high, but was not always persistent ; in some
examples, indeed, the fever was so intermittent that the earlier
attacks resembled ague. Upon the fever there followed delirium,
which was sometimes associated with deafness. The eyes were
commonly affected with squint, which was generally convergent,
but now and then divergent. The eyes were glassy, with a peculiar
stare ; the lids did not freely raise or lower, they did not wink with
natural frequency: The pupils were generally dilated, but they
contracted under the influence of opium. There was always pain in
the head, headache usually most severe in the back of the head and
extending down the back. The head was often drawn back, and in
a few instances there was lock-jaw. The mouths were dry. These
were the leading phenomena aftecting the head, face, and mouth.
Most of the patients suffered from vomiting, and this symptom,
which came on early, was often very troublesome. The vomited
matter looked like chopped grass in water. The bowels, as a rule,
were constipated. The surface of the body was tender to the touch,
the tenderness being most marked over and along the spine. The
skin was generally spotted, the eruption consisting of bluish
evanescent spots which disappeared on pressure. The temperature
of the body was irregular, it was sometimes raised at first, and then
would become lower than natural. Dr. Jackson notes that the
highest temperature he observed was 105° Eahr. The pulse was
frequently almost normal, sometimes slower than usual, but acce-
lerated after a few days. It was very often intermittent. The
respiration was irregular. The most marked symptoms of all were
shown in the muscular and nervous systems. Dr. Paquette uses on
this point a very quaint expression, which, we agree with Dr. Baker,
embodies an important fact. He (Paquette) says, the nerves were
**taut," by which he means that there was general muscular tonicity
which was increased by any irritation of the skin, because of its
increased sensitiveness. With this tonicity of the muscular system
there occurred tetanic convulsion, sometimes locked jaw, and
delirium. Dr. Southworth alt^o names, as a characteristic symptom,
a falling-in of the abdominal walls, the abdomen appearing as though
it had been dug out or emptied of its viscera. The urine was not
passed freely, and was of high colour, resembling coffee grounds in
some cases. Tiie duration of the disease was extremely varied.
Some cases terminated fatally in so short a time as three hours.
Others extended over several days.
A very careful inquiry into the cause or causes of tetanoid fever
is finally recorded by Dr. Baker. He shows that atmospheric cold
and the reaction which arises from it is a powerful disposing agent
to the malady. He shows again that the mental condition known
as fear is another equally important disposing influence. But as
248 Chronicle of Medical Science. [July*
regards the actual cause of the malady his argument in the main
supports our original theory that the disease is a form of ergotism,
that the active agent is a fungus or smut occurring in the grain, and
that the bread food from such grain, eaten by the sufferers, is the
source of the poison. — Second Annual Beport of the State Board
of Health of Michigan, 1875.
ly. — Summary.
On the Bfects of Strychnia. By P. A. Falh, M.D. Bevue ThSrapeu-
tique Medico-Chirurgicale, 15 Juillet, 1874. — The physiological action
of strychnia, its place as a poison, and the tests by which it is recog-
nisable, are noticed by the author, who, if he adds little that is
origiuai, writes with sound judgment and knowledge.
Diseases of the Mystics, Louise Bateau. By M. Warlomont. Ba
Bevue Scientifique, April 10, 1875. — This is a report made tohe
Academy of Medicine of Belgium on the whole case of the stigmatic
bleeding and fasting girl of the village of Bois d'Haiue in Hainaut,
Louise Lateau. It is a splendid answer to the work of M. Lefebvre on
the same subject. Warlomont throwing aside all the superstition,
exaggeration, and we may say imposture, which surrounds this case,
faces the facts on physiological and pathological grounds, and shows
the pure physical nature of the phenomena.
Bagjpootana Dispensary, Vaccination, Jail and Sanitary Report
for 1873. Calcutta. By W. J. Moore, Surgeon-major. Published
by authority. — The report is short, but is an admirable condensation
of a series of observations which, considering the area of the districts
the author had to study and the mass of facts with which he had to
deal, are truly laborious. We observe two striking notes in respect
to the origin of cholera: (a) that human intercourse alone did not
explain the irregular extension of the disease in Eajpootana in
1869, and (b) that the malady was extended by human intercourse
after it had once originated.
The Science of Disinfection.. By John Dougall, M.D. Separate
Treatise. Glasgow, 1875. — This paper was read before the Health
Department of the Social Science Congress of 1874. It defines very
clearly the physical difference between the processes of fermentation
and putrefaction. It shows also that many so-called antiseptics have
for their specific properties the power of preserving organic
poisonous substances, and that to quench decomposition of organic
bodies is a very different thing from the art of killing infection.
Every practitioner will read this short and able paper with profit.
The Longevity of Brainworkers. By George M. Beard, A.M., M.D.
Separate pamphlet. New York, 1875. — Dr. Beard assigns as the
causes of the exceptional longevity of great brainworkers — 1. That
great men usually come from healthy, long-lived ancestors. 2. That
a good constitution usually accompanies a good brain. 3. That great
men who are permanently successful have corresponding greater will
than common men, and force of will is a potent element in determin-
ing longevity. The one requisite of great success is "yr^V." 4.
1875 .J Report on Toxocology, Forensic Medicine, ^c, 249
Great men work more easily than ordinary men. 5. Great brain-
workers have not all been rich nor all been poor ; the majority have
been most of the time surrounded with at least moderate
comforts.
The Diagnosis of Blood- stains. By Joseph G. Bichardson^ M.D.
American Journal of the Medical Sciences, April, 1875. — Dr. Joseph
Kichardson in this short paper defends his previous position from an
attack made upon it by Dr. J. J. Woodward in the previous issue
of the above-named journal. Dr. Woodward maintains that we can
never affirm truthfully on the strength of microscopical investigation
that a given stain is positively composed of human blood. Dr. Joseph
Richardson agrees with this as being literally true, but not the
whole truth, because it often happens m practice that evidence other
than microscopical narrows down the conditions of a case to the
question : Is this stain human blood or that of an ox, pig, or sheep ?
The question thus narrowed can be answered by the mrcroscopist
according to our author, and we entirely agree with him in his
opinion. We further agree with him in the caution he displayed in
his former paper in not suggesting to the criminal population what
bloods of inferior animals are difficult of differentiation from human
blood.
Biver Pollution, with a special reference to the Bv/re Water Supply of
Towns. By Jabez Hogg. Beprintfrom the Journal of the Society of
Arts, May 12th, 1875. — Mr. Hogg, in his interesting paper, argues
that the use of the large supplies of water stored up in the deepest
recesses of the earth w ill alone remove the evils of water supply
under which we labour. Such water stores are absolutely pure and
brilliant. They are entirely free from all suspended matters, from
decaying organic substances, and faecal refuse. JN'either spores, seeds,
fungi, ova, nor the larvae of animalcules can possibly penetrate to the
deep recesses of the earth. Deep well water contains probably the
inorganic products of the thunderstorm of a century or more ago —
a little lime dissolved out of the chalk as it passes through the rock,
a little chloride of sodium, washed out of the sea ages gone by and
deposited in the soil, but it contains no ammonia in organic com-
bination, and no albuminoid ammonia. It contains what we prefer,
fixed air, which, while it imparts a briskness to it, renders it in no
way unsuited for domestic and dietetic uses.
250
Books, ^c, received for Review.
[July,
BOOKS, PAMPHLETS, &c., RECEIVED FOR REVIEW.
A Manual of Diet in Health and Disease.
By Thomas Kinp^ Chambers, M.D., &c.
London, Smith, Elder & Co. 1875. pp.
352.
A Course of Lectures on Physiology, as
delivered by Professor Kiiss, of Strasburg.
Edited by Mathias Duval. Translated by
Robert Amory, M.D. Illustrated by 150
woodcuts. Boston, James Campbell. 1875.
pp. 531.
Clinical Lectures on Diseases peculiar
to Women. By Lombe Atthill, M.D.
Third Edition. Dublin, Fannin & Co.
1875. pp. 294.
St. George's Hospital Reports. Edited
by J. W. Ogle, M.D., and Timothy Holmes,
F.R.C.S. Vol. VII, 1872-4. London,
Churchills, IB75. pp. 396.
Consumption in Australia. By C. E.
Reeves, M.D. Melbourne, J. Brooks.
1874. pp. 154.
On Leprosy and Elephantiasis. With
?lates. By H. Vandyke Carter, M.D.
,ond., H. M. Indian Service. Published
under the sanction of the Secretary of
State for India. London. 1874. Large
4to., pp. 248.
On Life, and on Vital Action in Health
and Disease; being the Lumleiau Lectures.
By L. S. Beale, M.B., F.R.S. London,
Churchills, 1875. pp. 110.
Manual of Instructions for the Guidance
of Army Surgeons in testing the range
and quality of vision, and in distinguish-
ing the cause of defective vision in sol-
diers. By Surgeon-General T. Longmore,
C.B. Second Edition. London. 1875.
pp. 134.
On Paralysis from Brain Disease in its
Common Forms. By H. Charlton Bastian,
M.D., F.R.S. With illustrations. London,
Macmillan & Co. 1875. pp. 340.
Anatomv, Descriptive and Surgical. By
Henry Gray? F.R.S. Seventh Edition.
With an Introduction on General Ana-
tomy and Development. By T. Holmes,
M.A. Loudon, Longmans. 1875. pp.
788.
On Diet 'and Regimen in Sickness and
Health ; and on the Interdependence and
Prevention of Diseases, and the Diminu-
tion of their Fatality. By Horace Dobell,
M-D. Sixth Edition, revised and enlarged.
London, Lewis. 1875. pp. 248.
Cyclopaedia of the Practice of Medicine.
Edited by Dr. H. von Ziemssen. Vols. I,
ir, and III. : Acute and Chronic Infectious
Diseases. London, Sampson Low & Co.
1875. pp. 708 and 751.
Guy's Hospital Reports. Edited by H.
G. Howse, M.D., and Frederick Taylor,
M.D. Third Series, Vol. II. London,
Churchills. 1875. pp. 624.
Syphilitic Lesions of the Osseous System
in Infants and Young Children. By R.
W. Taylor, M.D. New York, Wood &
Co. ; London, Sampson Low & Co. 1875.
pp. 179.
Lectures on Diseases of the Respiratory
Organs, Heart, and Kidneys. By Alfred
L. Loomis, M.D. New York, Wood &
Co. ; London, Sampson Low & Co. 1875.
pp. 549.
St. Thomas's Hospital Reports. New
Series, Vol. V. London, Churchills. 1874.
pp. 451.
Clinical Lectures and Essays. Bv Sir
James Paget, Bart., F.R.S. Edited by
Howard Marsh. F.R.C.S. London, Long-
mans. 1875. pp. 428.
Sixth Annual Report of the State Board
of Health of Massachusetts. Januarv,
1875. Boston, Wright & Potter, pp. 379.
Medical Reports by the Surgeons to the
Customs at the Treaty Ports of China.
Shanghai, 1875.
Transactions of the Obstetrical Society
of London. Vol. XVI for the year 1874.
Accompanied by a General Index to the
Transactions, Vols. I to XV. London,
Longmans. 1875. pp. 303.
On Diseases of the Skin, including the
Exanthemata. By Ferdinand Hebra,
M.D., and Moriz Kaposi, M.D. Vol. IV.
Translated and edited by Waren 'J'ay,
F.R.C.S. New Sydenham Society. 1875.
pp. 247.
The Marriage of Near Kin, considered
with respect to the Laws of Nations, the
results of Experience, and the teachings
of Biology. By Alfred Henry Huth.
London, Churchills. 1875. pp. 359;
with appendix, pp. 67.
On the Psoriasis, or Lepra. By George
Gaskoin. London, Churchills. 1875.
pp. 206.
Health in India for British Women ; or,
the Prevention of Disease in Tropical
Climates. By E. J. Tilt, M.D. Fourth
Edition. London,Churchills. 1875. pp.134.
Cases in Surgery illustrative of a New
Method of applying the Wire Ligature in
Compound Fractures of the Lower Jaw.
By Hugh Owen Thomas. Second Edition.
Liverpool, T. Dobb & Co. 1875.
Nouveau Dictionnaire de Medecine et
de Chirurgie Pratique, illustre de figures
intercalees dans le texte. Tome XX. —
Lacr, Lux. Paris, J . B. Bailliere et fils.
1875. pp. 802.
Parasites des Organes Sexuels Femelles
de I'homme et de quelques animaux.
Par le Dr. D. Haussmann. Traduit par
le Dr. P. E. Walther. Paris, J. B.
Bailliere et fils. 1875. pp. 198.
Recherches sur Lymphangites Pulmo-
naires. Par Dr. Emile Troisier. Paris,
Masson. 1874.
Etude sur I'Hypertrophie generale de
la Glande Mammaire chez la Femme.
Par le Dr. E. Labarraque. Paris, J. B.
Bailliere et fils. 1875. pp.138.
1875.]
Books J S^c.j received for Review.
251
De I'Arthrite Tuberculeuse : demon-
stration de r existence de cette affection
?ar inoculation de produits synoviaux.
'ar le Dr. J. Roux. Paris, J. JB. Bailliere
et fils. 187/5. pp. 50.
Le<jons sur la Structure et les Maladies
du Systeme Nerveux. Par J. Luys. Re-
cueillies par J. Dave. Paris, J. B. Bailliere
et tils. 1875. pp. 79.
Traite des Injections sous-cutanees a
effet local. Par le Dr. A. Luton. Paris,
J. B. Bailliere et fils. 1875. pp. 380.
De la Localisation dans les Maladies
Cerebrales. Par le Dr. K, Lepine. Paris,
J. B. Bailliere et fils. 1875. pp. 160.
Des Paralysies Bulbaires. Par le Dr.
Eallopeau. Paris, J. B. Bailliere. 1875.
pp. 152.
Des Contractures. Par le Dr. Isidore
Strauss. Paris, J. B. Bailliere. 1875.
pp. 94.
Etude sur le Traitement de quelques
Complications des Beirecissements de
I'Urethre. Par Edouard Martin, M.D.
Paris, J. B. Bailliere et fils. 1875. pp.
207.
Hypospadias Peno-scrotal complique de
condure de la Verge, redressement du penis
et urethroplastie par inclusion cutanee ;
guerison. Par M. Theophile Auger.
Paris, G. Masson. 1875.J'
Cliuique Chirurgicale de I'Hotel Dieu
de Lyon. Par A. D. Valette. Avec
figures intercalees dans le texte. Paris,
J. B. Bailliere et fils. 1875. pp. 720.
Sulla Teoria della Febbre indagini, del
Dott. Augusto Murri. Fermo. 1874. pp.
132.
Estadisticas Clinicas de los Hospitales
San Jose y San Lazaro de Lisboa. (Capi-
tulo IX.)
Pamphlets.
Dispensary, "Vaccination, Jail, and Sani-
tary Report of Rajpootana for 1873. Cal-
cutta. 1874.
Typhoid Fever, its Cause and Preven-
tion. By Eben. Duncan, M.D. Glasgow,
1875.
The Longevity of Brain Workers. By
G. M. Beard, MiD. (New York.)
An illustrated Report of the Chemical
and Microscopical Examination of the
potable Water of Cape Coast Castle during
the late Ashantee War. By J. Fleming,
M.D., Surgeon and Pathologist to the
Expedition.
On some Microscopic Leaf Fungi from
the Himalaya. By Joseph Fleming,
M.D., &c. (Reprint.)
Reports of the Asylums of Middlesex,
Sussex, Hants, Halifax (Nova Scotia),
Hereford, Edinburgh, New York State
Asvlum, Utica.
Reports (weekly and monthly) of Births
and Deaths from the Registrar General.
The Army Medical Service in the Past
and Future; an Expostulation By A.
M. D. Loudon, Churchills. 1875.
On the Excretion of Nitrogen in the
Urine. By J. B. Power. (Reprint.)
Dublin. 1875.
Scleritis Syphilitica, its Pathology,
Course, and Treatment. By F. It.
SturgisM.D. (Reprint.) New York. 1875.
The Patent Question in 1875 : the Lord
Chancellor's Bill and the Exigencies of
Foreign Competition. By R. A. Macfie.
London, Longmans.
Twenty-seventh Annual Report of the
Trustees of the Massachusetts School for
Idiotic and Feeble-minded Youth. Boston.
1875.
Forty-third Annual Report of the
Trustees of the Perkins Institution and
Massachusetts Asylum for the Blind.
Boston. 1875.
Address of the President of the Royal
College of Physicians to the Fellows at
the Annual Meeting, 22nd March, 1875.
Wildungen, its Baths and Mineral
Waters. By Dr. A. Stoecker. Translated
from the German by Charles Harrer, M.D.
London, Triibner. 1875.
The Present Status of Electricity in
Medicine. By W. F. Hutchinson, M.D.
Providence, Rhode Island. 1875.
Report of the Sanitary Condition of
Birkenhead for 1874. By Francis Vacher,
Medical Officer of Health.
The Province of Psychology. The In-
augural Address at the first meeting of
the Psychological Society of Great Britain.
By the President, Mr. Serjeant Cox.
London, Longmans. 1875.
Contributions to Clinical Thermometry.
By James Sawyer, M.D. (Reprint.) Bir-
mingham. 1875.
The Medical Press and Homoeopathy.
(Reprint.) London. 1875.
Rupture of the Perinaeum, with a De-
scription of a New Operation. By D. W.
Brickell, M.D. (Reprint.)
The Graphical Representation of the
Movements of the Chest-wall in Respira-
tion. By Arthur Ransome, M.D. Loudon.
1875.
An Address delivered at the Annual
Meeting of the Bath and Bristol Branch
of the British Medical Association, 1874,
on the Progress and Changes in Oph-
thalmic Surgery. By Frederick Mason,
President of the Branch. Bath. 1874.
On the Sense of Taste, and its Relation
to Facial Paralysis and Anaesthesia. By
A. Davidson, M.D., Physician to the
Liverpool Northern Hospital, &c.
On the Treatment of Secondary Syphilis.
By J. L. Milton. (Reprint.) 1875.
Rules for the General Management of
Infants, recommended by the Obstetrical
Society of London. 1875.
Myringomycosis Aspergillina (Fungus
Ear Disease). By J. P. Cassells, M.D.
Glasgow. 1875.
The Science of Disinfection. By John
Dougall, M.D. Glasgow. 1875.
Sir Charles Bell and Sir James Simpson :
252
Books, §-c., received for Review. [July, 1875.
a Biographical Study. By Sampson Gam-
gee, F.R.S.E. Birmingham. (Reprint).
Delancey Fever Hospital Keport for
1874. Cheltenham.
Professor Volkmannon Antiseptic Osteo-
tomy. Edinburgh. 1875. (Reprint).
Impressions of German Surgery. By
James F. "West, F.R.C.S. Birmingham.
1875.
On the Mechanical Structure of the
Cancellous Tissue of Bone. By W. W.
Wagstaffe. (Reprint.) London. 1875.
New Inventions in Surgical Mechanisms.
ByRichard Davy, F.R.C.S. London. 1875.
Ichthyosis of the Tongue and Vulva.
By Robert F. Weir, M.D. (Reprint.)
New York. 1875.
Medical Reports for the half year,
1874, forwarded by the Surgeons to the
Customs at the Treaty Ports in China.
Shanghai. 1875.
Annual Report of the Devonshire Hos-
pital and Buxton-Bath Charity for 1874.
Pythogenic Pneumonia. By T. W.
Grimshaw, M.D., aud J. W. Moore, M.D.
(Reprint.) Dublin. 1875.
Opiophagism ; or, Psvchology of Opium-
eating. By W. A. F. Browne, M.D.
(Reprint.) London. 1875.
Remarks on the Origin, Varieties, and
Terminations of Idiocy. By G. W.
Grabham, M.D. Earlswood. 1875.
Analysis of One Thousand Cases of Skin
Disease ; with Remarks on Treatment.
By L. D. Bulkley, M.D. (Reprint.)
Louisville. 1875.
On the Treatment of Simple Fracture
of the Shaft of the Clavicle. By Francis
Vacher. (Reprint.) 1875.
Note sur le Cerveau d'une Imbedle.
ParleDr. S.Pozzi. Paris, E. Leroux. 1875.
Ectasie Aneurismoide interne de 1'
Art^re radiale consecutive a une Brulure.
Par le Dr. S. Pozzi.
Jahresbericht der allgemeinen Poli-
kUnik in Wien fiir 1874. Wien. 1875.
Journals.
Dublin Journal of Medical Science.
(Monthly.)
Edinburgh Medical Journal. (Monthly.)
Journal of Mental Science. (Quarterly.)
Journal of Anatomy and Physiology.
Conducted by G. M. Humphry, M.D.,
F.R.S., and W. Turner, M.B., &c. Second
Series. No. XVI. London, 1875.
Irish Hospital Gazette. (Monthly.)
Journal of Psychological Medicine and
Mental Pathologv. Edited by L. S. Forbes
"Winslow, M.B., D.C.L. New Series. No. I.
April, 1875. London, Smith, Elder & Co.
Indian Medical Gazette. (Monthly.)
Canada Medical and Surgical Journal.
(Monthly.)
Medical and Surgical Review (Austral-
asian). (Monthly.)
Melbourne Medical Record. Vol. IV.
1875. (Weekly.)
Lancet, Medical Times and Gazette,
Journal of the British Medical Association,
and the Medical Press and Circular.
(Weekly.)
New York Medical Journal. (Monthly.)
Chicago Journal of Nervous and Mental
Disease. (Monthly.)
The American Practitioner. (Monthly.)
Archives of Dermatology : a Quarterly
Journal of Skin and Venereal Diseases.
Edited by L D. Bulkley, M.D. New York.
Nos. I. and II.
The American Journal of Obstetrics and
Diseases of Women and Children. Edited
by Paul F. Munde, M.D. (Quarterly.)
The Druggist. New York. (Monthly.)
Philadelphia Medical Times. (Weekly.)
New Remedies : a Quarteily Retrospect
of Therapeutics and Pharmacy. Edited
by F. A Castle, M.D. New York April,
1875.
Schmidt's Jahrbiicher der Gesammten
Medicin. (Monthly.)
Archiv fUr Gynakologie redigirt von
Crede und Spiegelberg. Bund VII.
Berlin. 1875.
Archiv fiir Pathologische Anatomie und
Physiologie. Von Rudolf Virchow.
Monthly. 1875.
Vierteljahresschrift fiir Dermatologie
und Syphilis. Heft 2 und 3. Wien.
1874.
Deutsches Archivfur Klinische Medicin .
Band XV. Heft 3 und 4. Leipzig.
1875. ^ ^
Nordiskt Medicinskt Arkiv, Redigeradt
af Dr. Axel Key. Stockholm, 1875.
Bund VII. Heft 1.
Archives Geuerales de Medecine.
(Monthly.)
Bulletin General de Therapeutique.
(Fortnightly.)
Gazette Hebdomadaire. (Weekly.)
Revue des Sciences Medicales en France
eta I'E Iran ger. (Quarterly.)
Gazette Medicale de Bordeaux. (Fort-
nightly.)
Journal des Sages-Femmes. Edited
by H. Fontan. (Fortnightly.)
Annales des Maladies de I'Oreille et du
Larynx. No. I. March, 1875. Paris,
Masson.
Annales de Dermatologie et de Syphili-
graphic publiees par le Dr. A. Doyon.
Paris, Masson.
Bulletins et Memoires de la Societe d«
Chirurgie de Paris. Tome I. No. 4.
Paris, Masson. 1875.
Annali Universali di Medicin a e Chi-
rurgia. March aud May. 1875. Milan.
Lo Sperimentale for March, 1875.
(Monthly.)
0 Correio Medico de Lisboa. (Fort-
nightly.)
El Amfiteatro Anatdmico Espanol.
(Weekly.)
Gaceta Medico-Quirurgica Jerezana.
Ano I. No. 3. Abril, 1875.
THE
BRITISH AND FOREIGN
MEDICO-CHIRURGICAL REVIEW.
OCTOBEE, 1875.
^nalptical anli OTritical Mebietog.
I. — The Present Position of Antiseptic Surgery from a Practical
Point of View.
What is " antiseptic surgery " in the sense in which Lister
and those who have endeavoured to understand and follow out
his process and method understand the term ? This is by no
means a very easy question to answer.
In the first place it is not a wild, energetic, and indiscrimi-
nate use of carbolic acid as a lotion, an unguent, a paste, or a
bandage. No amount of carbolic acid, unless used under special
precautions and with special aims, can of itself make a dressing
antiseptic in Lister^s sense of the word. The keynote of his
method is struck when the surgeon says I am to aim at the
^ 1. Cases illustrative of the Antiseptic Use of Carbolic Acid. By Joseph
Bell, F.K.C.S. Edinburgh, 1869.
2. Address in Surgery at Annual Meeting of British Medical Association held
at Plymouth, August, 1871. By Joseph Listee, F.R.S.
3. Lister's Lectures in 'British Medical Journal,' January 14th, 1871.
4. An Inquiry into the Theory and Practice of Antiseptic Surgery. By JAME3
CuMMiNG, M.D., M.K.C.P.E., L.R.C.S.E. Edinburgh, 1872.
5. Langstaff on Hospital Hygiene, 1872.
6. Du Traitement des Plaies en General et en Particulier d'un Mode Nouveau
de Pansement Antiseptique, Par le Docteur Louis Beau de Toulon, 1873.
7. Sulla Medicatura Antiseptica alia Lister in ^hirurgia. Pel Dr, Gesualdo
Clementi. Catania, 1874.
8. Volkman on Subcutaneous Osteotomy. ' Edin. Med. Journal,' 1875.
9. Papers on Antiseptic Surgery. By Joseph Listee, in ' Lancet,' passim,
1875, and in ' Edin. Medical Journal,' Sept. 1875.
10. Annandale's New Operation for Knock-knee. ' Edin. Med. Journal,' July,
1875, p. 19.
11. Klinische Ergebnisse der Lister'schen Wundbehandlung und ilber denJErsatz
der Carbolsaure durch Salicylsdure. Von C. Thieesch. Volkmann, • Samm-
lung klinischer Vortrage,' Nr. 84 and 85.
On the Clinical Results obtained by Lister's Treatment of Wounds, and on the
Substitution of Carbolic Acid by Salicylic Acid. By Professor C. Thieesch, of
Leipzig. Volkmann's ' Collection of Clinical Lectures,' Nos. 84 and 85.
112— LYI. 17
254 tieviem. [Oct.,
prevention of putrefaction in a given sore, abscess, amputation
wound, or compound fracture. I am not to be satisfied by
deodorizing it or concealing it when it has once begun. Carbolic
acid may be, and doubtless is, often with advantage used as a
deodorizer, in the same way that permanganate of potash in
solution is most valuable in a ward or applied to a sore fetid
with the gases of putrescence. It may make an excellent stimu-
lant and caustic to a sloughing chancre, and act in its own way,
as nitric acid or bromine do, with the best effects ; but in none
of these ways does it act as an antiseptic dressing in the sense
in which Lister uses the word.
Nor is it necessary for an antiseptic dressing that carbolic
acid be used at all. There are other agents which have been
used, and others may be discovered, far better for the purpose.
Carbolic acid has many inconveniences and even disadvantages.
We believe that many of the misconceptions regarding the mode
of treatment, and much of the want of confidence felt in its
results, have arisen from the confusion in the minds of surgeons
between carbolic acid as a general panacea for surgical ills, and
the special use which Lister has made of it as a convenient
vehicle in his antiseptic dressing.
Let us inquire, then, first. What is the principle on which
true antiseptic surgery is based ? 2nd, What are the methods
by which he endeavours to carry out and apply this principle ?
and -this second head will demand a little historical retrospect
into the past as well as a description of the present ; and, ord.
What are the results obtained by Lister and others ? There
will also open up to our mind a fourth most difficult question
to settle — we fear almost impossible with our present knowledge,
and yet one for which the profession must ask for an answer :
i. e. Is this great theoretical discovery to become a practically
useful one ; is mankind to be the better for it -, can it be used
in private as well as in an hospital; is the ordinary practitioner,
in his country rounds, bound to make himself the slave of a most
elaborate and expensive and time-consuming mode of dressing
his patients ? If he does not do so is he diminishing their
chances of recovery ? If he does use it is he alleviating their
sufferings, shortening their sickness, and hastening their cure ?
These are questions to the conscientious and painstaking
surgeon of almost infinite importance ; the responsibility is great
in trying to answer them ; and alas ! as yet the data are few.
While theoretical castles in the air raise their heads into an
ether in which all germs have been either killed or rendered
harmless, the steady foundation of well-recorded cases, with
accurate observations of pulse and temperature, are few and far
between. Isolated cases, wonderful in their loneliness, general
1875.] Present Position of Antiseptic Surgery. 255
conclusions, dealing in the vaguest manner with hospital
hygiene, tell ns too much or not enough. " Pysemia and hos-
pital gangrene have been banished from the hospital since the
antiseptic methods have been used;" indeed, very gratifying,
but not so remarkably confirmatory of the value of antiseptics,
if they have been banished equally from the wings of the hos-
pital in which antiseptic surgery has been used and those in
which it has not.
In this short notice we can do little more than group together,
in as short and compact a way as possible, a few of the scattered
materials we have on which to form an estimate of the method,
value, and results of the surgical dressing known as Lister's
antiseptic dressing.
The principle on which the antiseptic method of treatment is
based may appear to be comparatively unimportant ; it might be
supposed to be sufficient to carry out the details aright. Not
so, however, is it in the estimation of Professor Lister. While we
do not find him saying that the method must stand or fall into
Pasteur's theory, yet, in his opinion, it is on this theory that
the antiseptic system of treatment is based. In July, 1868, in
an address delivered before the Medico-Chirurgical Society of
Glasgow, in directing the attention of the society to an experi-
ment founded on one of Pasteur's, but with slight modification,
he says —
*' On this theory the antiseptic system of treatment is based, and
I venture to say, that without a belief in the truth of that theory
no man can be thoroughly successful in the treatment. If any one
believes that putrefaction through atmospheric influence is due to
the operation of the atmospheric gases alone upon the putrescible
materials, he will be perpetually meeting with the most perplexing
anomalies, and will be liable to commit the most serious practical
blunders ; the truth being that on the one hand the most complete
exclusion of the gases of the air affords no security against the
occurrence of putrefaction, and that on the other hand the freest
admixture of air into the putrescible contents of a wound or abscess
will fail to induce putrefactive changes, if the germs if that air
have been removed by filtration or deprived of vitality by a germ
poison." 1
Again, in 1871, Mr. Lister gives still stronger expression to
the same opinion, and, to avoid repetition, and, at the same
time, to state fairly his own views, we must allow him to speak
for himself as to the importance of the principle : —
"Among the causes which have hitherto interfered with the
general acceptance of this mode of treatment, by far the most preju-
dicial is the doubt of its fundamental principle instilled by various
1 * British Medical Journal ' for July IStli, 1868, p. 54.
256 Reviews, [Oct,^
authors who have opposed the germ-theory of putrefaction, and who,
supposing themselves to be advocating the cause of truth, have not
only, as it appears to me, espoused the side of error, but have un-
consciously inflicted an amount of material evil upon their fellow-
creatures such as mere speculative opinion is seldom able to produce.
Tor few medical men in active practice have the leisure to sift and
weigh the facts and arguments of such a discussion; yet, if they
lose firm faith in the guiding principle of the treatment, the attain-
ment of a full measure of success becomes with them a matter of
impossibility. * Felix qui potuit rerum cognoscere causas ' was
never more applicable than here."
And next as to the facts on which the principle is founded :
*' Those of which I have first to speak have reference to the well-
known experiment of Pasteur of boiling a putrescible liquid in a
flask with an attenuated and contorted neck. It is now nearly four
years since I introduced portions of the same specimen of urine into
four glass flasks, so as to make each about one third full, and, after
washing their necks, drew them out with a spirit-lamp into tubes
less than a line in diameter, and then bent three of them at various
acute angles, while the fourth was left short and vertical, though
equally narrow. Each flask was then boiled for five minutes, the
steam issuing freely from the orifice ; after which they were left
with the ends of the necks still open, so tliat air might pass in and
out freely in obedience to the condensation and expansion caused by
the diurnal changes of temperature. The boiling, I need hardly say,
was for the purpose of killing any organisms contained in the liquid
or adhering to the side of the glass : the bending of the necks in
three of the flasks was with the view of intercepting particles of
dust, which, according to the germ-theory, are the cause of putre-
faction, as distinguished from the atmospheric gases ; while the
fourth neck was left short and vertical for the sake of contrast, to
aff'ord opportunity for dust to fall into the liquid, where such
portions of it as had the nature of living organisms might propagate
and induce in the fluid any changes of which they were capable. The
result was, that in the vessel with short and upright neck two
different kinds of fungi, visible to the naked eye, soon made their
appearance, and these grew steadily till they had attained large
dimensions, the liquid meanwhile gradually changing from its pale
straw colour to a deep amber tint, implying alteration in its chemi-
cal constitution. But in the flasks with bent necks the fluid remains
to this day entirely unaltered.^ I regret that the distance from
Edinburgh to Plymouth is too great to permit me to bring these
objects before you. One perilous journey they have already had,
when I took them from Glasgow to Edinburgh nearly two years
ago, nursing them carefully during the railway journey, to the
amusement of my fellow-travellers ; and in the drive from the station
^ Some minute sliining crystals have of late been deposited on the bottom of
the flasks, probably from condensation through the very slow evaporation con-
stantly go'mg on.
1875.] Present Position of Antiseptic Surgery, 257
to my house the violent rocking of the vehicle churned up their
contents till the upper part of the body of each flask was full of a
frothy mixture of the putrescible liquid with the atmospheric gases ;
yet no harm resulted, and the fluid in the bent flasks still retains its
original pellucid clearness and pale hue. Briuging these in imagina-
tion before you, as represented in this diagram, consider what these
facts imply. Let us not push them one tittle beyond their inevitable
interpretation. The drops of moisture deposited in the bent tubes
from condensation of the steam when the lamp was removed dried
up in a few days, so that the necks have been for nearly four years
open and dry from end to end. Comparing the capacity of the part of
the body of the flask containing air with that of the narrow neck,
it is manifest that a considerable portion of fresh air has passed
into the flask every night, in consequence of the fall of the tempera-
ture, a corresponding portion passing out again by day, though not
the same which entered ; for the difi"usion of gases would ensure
its mixing freely with that previously present. Hence, during
nearly four years this putrescible liquid, this boiled urine, has been
freely exposed to the influence of the atmospheric gases, yet it has
not putrefied. About half a year after the commencement of the
experiment I decanted a little of the liquid from one of the bent
flasks into a wineglass, and found it sweet in odour and faintly acid
to test-paper, while an honest search with a powerful glass failed to
detect even the minutest organism. Covering the glass to prevent
evaporation, I found it in two days stinking, while under the micro-
scope it already teemed with various organisms, and a few days later
it showed fungi to the naked eye. Thus the fluid was demonstrated
to be still putrescible and a favorable nidus for organic develop-
ment ; yet both these changes have been prevented for nearly four
years by the circumstance that the air, in gaining access to it, had
to pass through a narrow bent tube of clean dry glass. Now such
a tube could not by possibility arrest any atmospheric gas. It can-
not possibly have stopped anything but the atmospheric dust. It
follows, therefore, not as a matter of theory, but as an inevitable
inference from fact, or, in other words, as a truth, that, so far as
this particular instance of a putrescible liquid is concerned, both the
development of such organisms as the microscope enables us to
detect, and the concomitant putrefactive changes, are occasioned by
particles of dust suspended in the atmosphere, but not by the at-
mospheric gases. I confess, Mr. President, I am ready to blush
for the character of our profession for scientific accuracy when I see
the loose comments sometimes made upon this experiment ; and I
am tempted to doubt whether some of the commentators can have
enjoyed the advantages of sufficient education either in chemical
physics or in logic. The simplicity and perfect conclusiveness of
the experiment constitute its great charm, and render it, as it appears
to me, deserving of your careful consideration. Yet, having before
published an account of it, although nearly two years have since
elapsed, so as to add considerably to its weight, I do not know that
I should have felt justified iri bringing it forward on the present
258 Reviews. - [Oct.,
occasion, if I have not an additional fact to communicate respecting
it besides the results of further lapse of time. We have seen that
we have been forced to the conclusion that, though the gases of the
air certainly pass into the body of the flask and out again every
twenty-four hours, its dust, even though of extreme minuteness,
must be arrested by the contorted tube. Now, inevitable as this
inference is, it will be satisfactory to have it converted into the
position of an observed fact. This Professor Tyndall's simple but
beautiful mode of investigation with a condensed beam of light has
lately enabled me to do. Having prepared two dry glass flasks,
one of them having the neck drawn out and contorted, I arranged
them, through tbe kind assistance of my colleague. Professor Tait,
BO that the body of each was pierced by a beam of highly condensed
sunlight in an otherwise dark apartment. The beam, scattered by
the floating particles of dust, showed white in the surrounding dark-
ness, within the flasks as well as without, proving that the air within
the flasks was dusty like that outside. I now closed with sealing-
wax the orifice of the unbent flask, and, leaving the other open,
allowed both to remain undisturbed in the laboratory. A fortnight
later I again submitted them to the solar beam, condensed as before,
and now found that in both flasks alike the visible part of the beam
terminated abruptly at the glass on each side, showing that in both
the air was, as Tyndall expresses it, " optically empty," or, in other
words, that it was destitute of even such minute particles of floating
matter as could produce the faintest nebulosity. During the time
between the two observations, the force of gravity had led to the
subsidence of even the minutest floating particles ; and, though the
changing temperature of the laboratory had of necessity induced the
daily entrance of air into the open flask, the bent form and fine
calibre of the tube by which it was admitted had effectually filtered
it of suspended material, though in a very dusty apartment.
** The other class of facts in this division of the subject to which
I am anxious to direct your special attention was also suggested by
one of Tyndall's experiments with the condensed luminous beam —
that, namely, in which he proved the perfect manner in which cotton-
wool filters the air of its suspended particles, by blowing against the
beam with a pair of bellows having a mass of the cotton tied over
the nozzle ; the result being that the beam, elsewhere white from
illuminated dust, became perfectly black at the part on which the
current was directed through the cotton-filter: hence the idea
naturally suggested itself that cotton-wool might be used with ad-
vantage as an antiseptic dressing. Of course it would be useless to
apply ordinary cotton without special precautions, for, according to
the germ-theory, putrefactive particles must exist among the fibres
and lie scattered over the wool. But if the cotton were impregnated
with some volatile material capable of destroying the vitality of the
septic organisms, and then placed upon the wound after washing it
with a lotion containing the same substance in solution, the result
ought to be, supposing the theory true, that, after the volatile anti-
septic had become dissipated by diff'usion from the dressing and from
1
1875.] Present Position of Antiseptic Surgery. 259
the wound, the cotton-wool, though destitute of any chemically anti-
septic properties, should effectually prevent, by its filtering pro-
perty, the access of any putrefactive agents, and keep the wound
sweet, while in itself a perfectly bland and unstimulating applica-
tion. Accordingly I prepared four samples of cotton- wool by
diffusing through each, one of the following substances — chlorine
gas, sulphurous acid gas, carbolic acid vapour, and the vapour of
benzine — four materials very dissimilar in chemical properties, but
having a common hostility to low forms of life. Chlorine, sulphurous
acid, and carbolic acid, are well known to have such a property ;
and, knowing that benzine is used by the entomologist for killing
insects, and having ascertained by experiment the potency of its
vapour for the destruction of pediculi, I thought it probable that it
would also answer our purpose. I then dressed with these four
kinds of prepared cotton-wool various suppurating sores, excoria-
tions, and contused wounds, after washing the surface with the
corresponding lotion, or, in the case of benzine, with the undiluted
material. The results in every instance corresponded exactly with
theory. After about twenty-four hours' exposure at the temperature
of the body, the cotton-wool was found to have lost the odour of the
antiseptic, yet the blood, serum, or pus, as the case might be-, re-
mained perfectly sweet for an indefinite period, while healing
advanced in the satisfactory manner that might be anticipated from
the absence of all irritating quality in the dressings. There was,
however, one circumstance, highly instructive in itself, which inter-
fered sadly with the utility of this application ; namely, that, if the
discharge happened to be sufficiently copious to soak through the
cotton-wool and appear at its external surface, putrefaction occurred
throughout the entire mass of the moistened part down to the
wound, even within the first twenty-four hours after the dressing,
if the fluid were sufficiently copious to penetrate within that period.
It is only when dry that cotton-wool can arrest the progress of
microscopic organisms, which have ample room to develope among
its meshes when filled with a putrescible liquid.
" And now, gentlemen, allow me, at the risk of seeming tedious,
to endeavour to bring home to you a little more closely the inference
that is to be drawn from these facts. But, first, let me describe in
detail the manner in which the dressing with carbolated cotton-wool
was practised. The cotton-wool having been impregnated with
about a two hundredth part of its weight of the acid in the form of
vapour, the surface of a granulating sore or abrasion was washed,
together with a portion of the surrounding skin, with a solution of
the acid in about forty parts of water. A piece of oiled silk of the
size of the sore was then applied, to prevent the dressings from
sticking through dryness. Over this was placed a piece of folded
linen rag, rather larger than the oiled silk, and impregnated with
the carbolic acid vapour in the same manner as the cotton- wool ; the
object of the rag being to absorb the discharge and prevent it from
trickling down, as it was otherwise apt to do, below the slightly ab-
sorbent cotton, involving its early appearance at . the surface and
260 Reviews, [Oct.,
consequent spread of putrefaction to the wound. Lastly, a well
overlapping mass of the carbolised cotton-wool was securely fixed
by . a bandage. The result, as before stated, was that, though all
chemical antiseptic virtue left the dressing within a day or two,
putrefaction was excluded by the cotton-wool for any length of time,
provided the discharge did not penetrate to the exterior of the mass.
Consider, now, the circumstances of the serum or pus that oozed
from beneath the edges of the oiled silk into the folded rag ; let us
suppose a week after the application of the dressing, when all traces
of the volatile antiseptic had certainly disappeared. Here was a
highly putrescible liquid, not subjected to boiling, as in the flask ex-
periment, or acted on by any chemical agent whatever, yet remaining
free from putrefaction in a rag moistened with it at the temperature
of the human body, simply because it was covered over with pure
dry cotton-wool. How, then, did this cotton-w^ool exclude the causes
of putrefaction in the atmosphere ? It certainly did not keep out
any of the atmospheric gases. The same cause that led to the
escape of the volatile antiseptic necessarily occasioned a perpetual
intermingling between the external air and that between the meshes
of the fabric, as any one acquainted with Graham's beautiful re-
searches into the laws of gaseous diffusion must at once admit. The
only constituent of the atmosphere which the cotton-wool would
possibly exclude is its dust ; and this we know, from Tyndall's
experiment, it did exclude. Here, then, we have another inevitable
inference from fact, another truth, and that in itself all-sufficient,
with reference to the antiseptic system of treatment ; the truth,
namely, that pus, blood, and the dead tissues in contused wounds
do not putrefy through the influence of the atmospheric gases, but
through the operation of particles of dust, which may be permanently
deprived of septic energy by the vapour of an agent like carbolic
acid. I do not ask you to believe that the septic particles are
organisms. That they are self-propagating, like living beings, and
that their energy is extinguished by precisely the same agencies as
extinguish vitality, such as heat and the various chemical substances
to which I have referred, is certain, and is of the utmost practical
importance. But if any one, in spite of these facts, and in spite of
the strong analogy of the yeast-plant, and the various kinds of fungi
which we term mould, prefer to believe that the septic particles are
not alive, and to regard the vibrios invariably present in putnefying
pus or sloughs as mere accidental concomitants of putrefaction, or
the results, not the causes, of the change, with such an one I, as a
practical surgeon, do not wish to quarrel. Nor do I enter upon the
question whether spontaneous generation can take place at the
present day upon the surface of our globe. To do this would
be to engage in doubtful disputations which I promised to avoid.
" But I do venture earnestly to beg of all of you who are engaged
ill surgical practice, that you will give these simple facts your care-
ful consideration ; and if you think the interpretation I have given
a sound one, do not let any statements, whether in books or in
journals, shake joiir belief in the truth that putrefaction, under
1875.1 Present Position of Antiseptic Surgery. 261
atmospheric influence, as it occurs in surgical practice, is due to
particles of dust ever present in the atmosphere that surrounds our
patients, and endowed with wonderful chemical energy and power
of self-propagation, yet happily readily deprived of energy by various
agents which may be employed for the purpose without inflicting
serious injury upon the human tissues. With this as your guiding
principle, you will find yourselves successful with the antiseptic
system of treatment ; but without it, whatever theory you adopt,
you will ever be walking in the dark, and therefore ever liable to
stumble."
Having thus briefly described the principle on which anti-
septic treatment is founded as far as possible in the inventor's
own words, we will now give a brief historical resume of the
stages through which the use of carbolic acid as an antiseptic
agent has passed in the hands of its inventor and his disciples,
describing at some length and in full detail the present mode,
and then, before passing on to discuss results and objections,
give a brief notice of one or tw^o other antiseptic agents recently
introduced, either as handmaids to or supplanters of carbolic
acid.
As an illustration of the gradual manner in which the anti-
septic method has been evolved, and the numerous changes
through which it has passed and may still have to pass, though
the principle always remains the same, we may give a brief
abstract from Dr. Cumming's excellent thesis, of the various
ways in which abscess has been opened and dressed antisepti-
cally between 1866 and 1871. These, again, may be contrasted
with the present method, described afterwards.
In 1866 a piece of rag, soaked in an oily solution of carbolic
acid, one part of acid to four of oil, is laid over part to be
opened. The upper edge of this being kept in position by an
assistant, the lower edge is raised by the surgeon, and liis knife,
previously dipped in the same oily solution, is plunged into the
abscess, under the curtain of the rag, which is at once dropped
over the aperture as the knife is withdrawn. The pus is then
squeezed out from under the rag, a piece of lint soaked in the
same oily solution put in the wound to keep it open, and the
wound is then covered by a piece of block tin, on the under sur-
face of which a layer of carbolic paste or putty, a quarter of an
inch in thickness, is spread. (This was the oil mixed with pre-
pared chalk, and seems to have been both a dirty and trouble-
some application.) The tin was laid on with adhesive plaster,
and a folded towel fixed over all so as to absorb discharge, and
secured by a bandage.
At every subsequent dressing new pieces of rag, block tin
putty, &c., were to be used.
262 Reviews. [Oct.,
(Both faith and patience must have been needed, and must
have been often severely tried, to tempt a surgeon in this nine-
teenth century to work away with such troublesome and filthy
applications.)
1868. — A double layer of plaster (lined with gutta percha and
brushed over with bisulphide of carbon) was substituted for the
paste dressing.
(This is all Dr. Gumming tells us of the plaster, so we do not
know its constituent parts.)
1869. — Additional cautions are needed. Anoint the neigh-
bouring parts well with oily solution and remove any hairs.
The piece of lint as drain is to be soaked in a weaker solution,
1 — 10. A new preparation, consisting of shellac 1 — S (?), is
applied as a dressing, overlapping the wound by several inches,
fixed by pieces of adhesive plaster two and a half inches in
breadth (applied equally on the plaster and the skin) . A syringe
charged with carbolic lotion is used in changing the dressings,
the nozzle to be inserted beneath the edge of the plaster to refresh
the wound. Sinuses to be injected with a lotion of 1 part of
carbolic acid to 5 parts of methylated spirit. When the discharge
has diminished a weaker shellac plaster may be used, 1 — 6.
May, 1871. — Antiseptic gauze introduced as now in use,
instead of the lac dressing, changed under the protection of
dropping from a syringe containing a 1 — 40 solution of carbolic
acid in water.
Thus there has been a double line of improvement steadily
going on in (1) means used for purifying air and preventing
entrance of germs during an operation, and (2) in the means of
dealing with the inevitable soaking of discharges, blood, serum,
or pus, after the operation. For the first, the lint or rag soaked
in carbolized oil of 1866 has improved into the syringing of
1869-71, the hand spray-producer of 1871-75, up to the steam
spray-producer of 1875 ; while the dressings have altered from
oiled rag, putty, or paste on block tin, shellac plaster, up to
antiseptic gauze. So far all the alterations seem to have been
improvements, though still to many surgeons the complexity of
the dressings and the constant supervision and care required
will, we fear, act as stumblingblocks to their acceptance of the
method.
Listeria Practice in 1875.
To do justice to his method it is still necessary to give details,
for success depends on the closest attention to every step in the
process. Let us take the mode of dealing with an abscess, a
compound fracture, and an amputation respectively.
1. An abscess. — Let us suppose a p^ons or lumbar one which
I
1875.] Preserit Position of Antiseptic Surgery, J^63
must be opened. The skin in the neighbourhood, after the most
careful washing, is still further to be purified and deprived of
any septic organisms by a thorough sponging with a saturated
watery solution of carbolic acid (1 — 20). The dressing is to be
prepared, drainage tubes of various sizes at hand, a piece of oil-
silk protective, and some pieces of carbolic gauze, in a basin with
1 — 40 solution, with which also a syringe is ready loaded. The
knife to be used and any other instrument required are all to be
previously soaked in the 1 — SO solution.
The dressing is composed of eight, twelve, sixteen, or even
thirty- two layers of the carbolic gauze.^ This is intended to
absorb, and at the same time to render harmless, all the dis-
charges which are to come from the abscess between the first
and second dressings; but lest these discharges should soak
through all the layers, and thus reach the external air, and
thence absorb septic organisms, there is put between the outer
layer of the dressing and the one next it a layer of some imper-
vious substance (macintosh cloth). The dressing should be
large enough to overlap the wound to be made, for many inches
in every direction, and its size should to a certain extent be
proportioned to the amount of discharge expected and its
nature.
All being ready, and the patient, if need be, thoroughly under
chloroform, the part, hands of operator and assistants being again
soaked in the solution, the antiseptic spray is set to work over
the part, either by hand-spray producers, or, what is far better,
by the steam-engine lately introduced for the purpose. This
spray should reach the part in a state of fine division, and not
weaker than 1 — 40. The knife, previously dipped, should then
be used to open the abscess freely, so that all its contents, not
merely pus, but fragments of connective-tissue, masses of coagu-
lated albumen, &c., be freely evacuated without pressing or
undue squeezing. The incision should be large enough to avoid
all risk of retention of subsequent discharge and consequent in-
flammatory tension. A drainage tube of sufficient calibre is
then to be inserted into the abscess, long enough to reach to the
deeper parts of it, yet not so long as to curl up or exert any
pressure. Its orifice should be flush with the surface, and it is
to be prevented from falling into the abscess and being lost, by
pieces of knotted carbolized threads, which are to be left
outside.
A good illustration of the method, defects, and dangers of any
mistake in the use of drainage tubes is found in the following
account of the progress of a case in which Mr. Lister recently
^ For a full description of the appearance and preparation of this material,
fiee the ' Lancet ' for March 13th, 1875.
264 Reviews. [Oct.,
opened into an inflamed knee-joint with antiseptic precautions
and inserted a drainage tube.^
" The subsequent progress of this case has illustrated well the
remarks made at the demonstration, with regard to the effects of a
free opening, or the contrary, under antiseptic management. When
I saw the patient on the following day, I learned that he suffered
unusual pain in the afternoon after the operation, which became very
severe during the night, and though somewhat less in degree at tlie
time of my visit, was still very considerable. The temperature had
risen on the previous evening to 102'4° F., and was now 101 "8°. Such
a state of things would at one time have alarmed me, and would have
made me fear that putrefaction had occurred. This, however, I felt
confident could not have been the case, and another probable expla-
nation suggested itself. The peculiar bulging above alluded to,
situated over one of the pouches of the synovial capsule beside the
ligamentum patellae, had tempted me to make the opening in that
situation ; but the bulging part collapsing on escape of the fluid, the
only way in which I could ensure complete introduction of the
drainage-tubes into the joint was by passing their ends under the
ligamentum patellae ; and I thought it not unlikely that they might
have been compressed, and their function so interfered with. Accord-
ingly, on changing the dressing, I found that the gauze presented a
bloody stain, which appeared sufiiciently accounted for by oozing from
the surface of the wound while the joint was fully distended. And
it appeared that the disturbance to which the articulation had been
subjected had led to unusually rapid effusion from the synovial sur-
face, and this being unable to escape, had produced great tension,
attended with pain and fever. I at once placed him under chloroform,
and made a fresh incision at the outer side of the limb into the pouch
above the patella, and introduced a drainage-tube larger in diameter
than the little finger, after pressing out the clear serous and fibrinous
contents of the capsule. This was of course done with antiseptic
precautions, and a dressing like that employed the day before was
applied. The result was that almost immediately after awaking
from the chloroform sleep, he felt himself entirely relieved of his
pain ; and not only has that which was induced by the first operation
left him, but he has entirely lost that which had annoyed him for so
long a period previously. The temperature in the evening was found
to have fallen to 99° F., and has since remained normal, and the
discharge, which has continued to be merely serous, has so diminished
in quantity, that when I last saw him (15th August) I substituted a
drainage-tube of medium size for the large one, and was able to direct
that an interval of three days should be allowed to pass before the
next dressing. I must add, that he has tested the limb, contrary to
orders, by getting out of bed and resting his weight upon it, but
without any of the pain which he had formerly experienced on so
doing. In all other respects he is in perfect health."
If a drainage tube is not at hand, a piece of lint soaked in oil
' J *'£din, Medical Journal,' Sept. 1875, pp. 198, 109,
1875.] Present Position of Antiseptic Surgery. 265
in 1 — 10 carbolic acid will make an excellent substitute ; part of
it should be inserted between the lips of the wound. The oil-
silk protective strip is then put next the wound, a piece of
dipped gauze over it, and the large dressing over all. When next
day the surgeon comes to dress the wound, there will be very-
little to be squeezed out of it, perhaps only a little transparent
serum. The drainage tube may be withdrawn, cleansed in car-
bolic acid, and reintroduced with as little disturbance as pos-
sible, and new dressing applied in same manner as before,
still under the protection of the spray. Day after day, soon at
intervals of three or four days, this may be repeated ; the abscess
cavity rapidly contracts so that the drainage tube must be
shortened at every dressing and in time the abscess will heal.
But till the last trace of discharge of serum is gone no relaxa-
tion in the vigilance of the surgeon can be permitted and
fullest antiseptic precautions must be used, or all may go Avrong.
This is exceedingly likely to take place from weariness on the
part of patient or surgeon in cases of psoas or lumbar abscess
connected with diseased vertebrae, in which the duration of the
treatment must be measured by years rather than months or
weeks.
2. A compound fracture. The wound being thoroughly
washed externally and if necessary the hair shaved cleanly off
all the vicinity of the injured parts, the bone is replaced and
adjusted, all completely loose fragments being removed and
those still adherent to periosteum replaced in position. If this
cannot be done without undue tension a portion of the pro-
truded end of bone may often be removed with advantage. If
recently inflicted it is then sufficient to wash out the wound
carefully by a syringe loaded with 1 — 40 carbolic lotion. If of
long standing a stronger lotion may be needed.'
3. An amputation. If sufficient pains be taken, an antiseptic
management is both possible and may be very advantageous.
Let us suppose a railway smash involving an amputation of the
thigh in a muscular man, one of the most fatal of all surgical
injuries. Such a case will exhibit the difficulties and disadvan-
tages of the procedure as well as its possible gains.
Collapsed and cold as the patient may be, the first essential is
1 For cases of compound fracture seen for the first time several hours after tlie
accident, Mr. Lister has of late used a still stronger antiseptic in the form of one
part of carbolic acid dissolved in five parts of spirit of wine, introduced into the
recesses of the wound by means of a gum-elastic catheter connected with asyrinije
by a piece of caoutchouc tube. In this way the antiseptic is made to penetrate
the coagula in the various parts of the wound more effectually than it could be
by forcing it in through the external orifice, while at the same time we avoid the
needless disturbance which this procedure may entail in consequence of the
irritating liquid being driven for a greater or less distance through the cellular
interstices of uninjured parts. — ' Lancet,' March 13th, 1875.
266 Revieios. [Oct,,
the removal of his wet dirty clothing and the most careful wash-
ing of the limb above the seat of injury with carbolic lotion ; the
hair is to be shaved from the limb. The shattered remains of
the leg are to be enveloped in a towel wrung out of carbolic
acid, and confided to a dresser. The tourniquet, being put on
high up, the limb and operator are to be sprayed upon in the
freest manner all through the operation. The vessels, even the
femoral, are to be tied with carbolized catgut ; every bleeding
point is to be secured, and the surface of the wound thoroughly
washed with 1 — 40 lotion. The edges are then to be brought
together with carbolized silk sutures and the whole wound must
be thoroughly drained, to prevent retention of discharges, either
by two, three, or more short tubes stuck in at intervals, or, in
some situations more conveniently, by one long drainage tube
pierced with numerous and large side-apertures drawn through
the whole breadth of the flaps near its base. Just before the
dressings are applied a final washing of the stump may be
given by syringing through the drainage tubes with 1 — 40 lotion.
A large dressing is then ready which (after the exact edge of
the wound has been first covered by a strap of oilsilk protective
and a deep dressing of dipped gauze') is to be rolled round
the stump, overlapping it by some inches below, and reaching
up at least as far as the perinseum. It is made to embrace the
limb pretty tightly and then the free end of the tube is folded
so as thoroughly to close it in, and the whole affair secured in
position by a large bandage made of the same antiseptic gauze
as the dressing, which should be carried up as a spica bandage
to take at least two or three turns round the pelvis.
We have now briefly discussed the principles and the method
in which carbolic acid is used. A word may be due here to
other antiseptic agents which may possibly take the place of or
supplement carbolic acid ; these are chloride of zinc, boric acid,
salicylic acid.
Chloride of Zinc. — Chloride of zinc, a powerful escharotic,
irritant, astringent, deodorizer or disinfectant, according to the
strength and method in which it is used, is a useful agent in
antiseptic surgery. Well known to surgeons since Mr. Camp-
bell de Morgan's interesting paper on the use of chloride of zinc
in surgical operations and injuries, it is used not only in the
hope of destroying germs of cancer possibly latent in the vicinity
^ The use of these may be best explained in a note. The oilsilk protective is
put along the edge of the wound to prevent the irritating effect of the carbolic
gauze on the cut surface itself. The deep dressing of dipped gauze is merely a
strip of gauze previously soaked in carbolic lotion, so as at once to destroy and
neutralize any germs which may have rested in the protective or dressing. That
such precautions are necessary illustrates both the complexity and difficulty of
the whole question,
1875.] Present Position of Antiseptic Surgery. ^&t
of an operation undertaken for the removal of the original growth,
but also because it has an excellent effect in preventing, or
perhaps rather postponing, putrefactive changes in granulating
or recent wounds.
In superficial cancerous sores it is an excellent escharotic
and at the same time so far an antiseptic, that beneath its
scab formed over the sore, healing may take place absolutely
free from odour or contraction. Mr. Lister has pointed out
that its use after Mr. de Morgan's method after excisions of
maxillary bones or other operations about the face greatly
diminishes or prevents the subsequent foetor which is so often
communicated to the breath and which doubtless has in it an
element of danger by possible blood-poisoning. Used after
excision of ^lamma, we have sometimes seen it followed by rapid
healing, if free exit be given by drainage tube or otherwise to
the large amount of salmon-coloured discharge which follows
its use ; in other cases, again, differing in no very marked
way, union has been delayed and attended by excessive sup-
puration.
Lister, at one time, seems to have used chloride of zinc in
solution (40 grains to an ounce of water) as an application to
putrid sinuses (by injection), but finding that if used too strongly
and becoming diffused into the cellular tissue it caused slough-
ing he seems now to have given up its use.^
Though from its want of volatility chloride of zinc will not
do as a permanent antiseptic dressing, still its power of pre-
venting suppuration or putrefaction for some days after a single
application to a cut surface renders it of great value as an anti-
septic in many operations, as it gives time for granulations to
form.
Boracic or boric acid is another antiseptic recently introduced
into surgical practice in this country by Professor Lister. A full
account of his obtaining the knowledge of its virtues from Dr.
Stang, of Sorweg, in Norway, and of the experiments he made
with it will be found in his lecture on improvements in the
details of antiseptic surgery in the ' Lancet ' for May 1, 1875.
He had been suffering from an onychia of the little finger,
and found, as patients not unfrequently do, that a weak watery
solution of carbolic acid caused almost intolerable pain, and yet
did not destroy the pungent ammoniacal odour. The Swedish
amykoSy the active principle of which is boric acid, was abso-
lutely painless and yet perfectly removed the odour. This was
the starting-point of a series of experiments with it which have
proved not only in Mr. Lister's hands, but in those of many
1 ' Lancet,' March 20th, 1875, p. 401.
268 Reviews. [Oct.,
other surgeons, that boric acid has certain valuable qualities as a
dressing.
In prurigo ani and eczema of the legs it is sometimes of
great value. Stored up in lint in very considerable quantity it
makes an excellent mild, comparatively unirritating antiseptic
application for fetid ulcers. Such storing up is easily managed,
for the acid is dissolved very freely in boiling water and very
sparingly in cold ; so that lint dipped in a saturated solution
at or near boiling point and allowed to dry will be found to have
absorbed a very large amount of the acid, and as the crystals
are soft and unctuous, such lint makes an agreeable dressing as
well as one which will act as an antiseptic for a considerable
time even in cases where discharge is profuse.
In the * Edinburgh Medical Journal^ for Sept., 1874, a very full
account is found of the method of using the acid in granulating
wounds by Professor Lister, and in the discussion which followed
Mr. Lister's statement Dr, Chiene stated that he had used
boracic acid in ointment and powder in eczematous ulcers so
long ago as 1872.
Salicylic Acid. — Professor Thiersch, who has for some time
been using Lister's mode of dressing wounds antiseptically, has,
within the last year, been using salicylic acid, which in March,
1874, was put at his disposal by Professor Kolbe.
This substance has been for some time known to chemists as
a constituent of the oil of winter-green (^Gaultlieriaprocumbens),
and of the essential oil of Monotropa Hypopithys, &c.
It may be made from dry powder of sodium-phenol, by con-
ducting into it dry carbonic anhydride at 170° C. Salicylate
of soda is formed, and this is decomposed by hydrochloric acid
into sodium chloride and salicylic acid, which is precipitated.
A good account of it is given by Dr. Squibb, in a paper read
by him before the New York Academy of Medicine, and subse-
quently published in pamphlet form. The acid, bleached or
unbleached, occurs in minute broken acicular crystals, giving
it the appearance of a granular powder, which is odourless and
nearly tasteless, but leaves a sweetish astringent after-taste.
It is very slightly soluble in cold water, but very soluble in
hot. The presence of neutral salts, as of sodium phosphate, has
the power of increasing its solubility in water, three parts of
the latter salt causing the solution of one part of the acid in
fifty parts of water. It is much more soluble in alcohol and
ether than in water. It melts at 125° C, and sublimes at
200° C.
Dr. R. GodefFroy has an interesting paper on the subject of
this acid, in the Zeitschrift des allgemeinen osterreichischen
Apothekcr- Vereines, April, 1875. He states that salicylic acid
1875.] Present Position of Antiseptic Surgery. 26^
may be obtained in various ways besides by tbe metbod which
we have detailed above. It may be prepared by the oxidation
of salicin, a glucoside contained in the barks of some species of
salix. It may also be got by the oxidation of saligenin, by
heating oil of gaultheria with potassium-hydrate, and by de-
composing potassium-salicylate by hydrochloric acid. Salicylic
acid may be considered to be an oxidation product of benzoic
acid, since it contains one atom more of oxygen, thus : C^HgOa
= benzoic acid, and 0-11603 = salicylic acid. It differs from its
isomers, oxybenzoic acid and paraoxybenzoic acid, by giving a
beautiful violet colour with solution of ferric chloride. — 'Edin.
Med. Journ.,' July, 1875.
The preparations used by Professor Thiersch are :
1. Salicylic water, a solution containing one part of the acid
in 300 of water ; or about as much as distilled water at the
ordinary temperature of a hospital ward is able to take up.
S. Salicylic cotton of two degrees of saturation, 3 per cent, and
10 per cent.
3. Salicylic jute, admirably soft, a powerful absorbent and a
cheap and satisfactory disinfectant.
The manner in which these are prepared is thus described in
the ' London Medical Record ' for June 2, 1875.
For 3 per cent, salicylic cotton, 750 grammes are dissolved in
750 grammes of spirit of specific gravity 0*830, the solution is
then diluted with 150 litres of water at a temperature from
156° to 176° Fah., and the mixture is used to saturate 25 kilo-
grammes of cotton-wadding freed from fatty matter; different
proportions of same ingredients are used for the 10 per cent,
saturation. The saturation of the cotton is best done in a large
shallow tub, and it is best to use only a small quantity of cotton
wool at a time to allow of an equal distribution of the acid.
After saturation of the cotton in successive layers, the salicylic
acid crystallizes in the progress of cooling, and it is then care-
fully dried.
Jute dressing is prepared by 3 or 4 per cent, saturation with
the addition of 20 per cent, of glycerine to prevent the acid
being given off too freely in the form of dust. The jute dress-
ing is most suitable for suppurating wounds in consequence of
its being able readily to absorb fluids, in which process the
cotton is comparatively deficient.
Salicylic acid has some advantages over carbolic acid if it can
be found to be equally efficacious as an antiseptic. It is much
less irritating ; it is inodorous, and it is non-volatile, so that it
can be trusted for a longer time.
As it is less irritating, it in some measure may be expected
to involve less complicated dressings and manoeuvres. So that
112— Lvi. 18
Mo Reviews, [Oct.,
ill its use, in many cases, the oilsilk protective may be dis-
pensed with, and perhaps even the macintosh v^^hich Lister
puts between his outer layer and the one next it. On the other
hand, salicylic acid provokes coughing and sneezing, both as a
dry dressing and when used as spray.
One advantage of immense importance it possesses over
carbolic acid, — that it seems to be much less poisonous. The
frequency of fatal poisoning by misadventure by carbolic acid
has, of late years, been most striking and alarming.
As is the case in carbolic acid irrigation, salicylic acid will
after some time be found in the urine ; it indicates its presence
by an olive-green colouring.
As to results Professor Thiersch prefers it to carbolic acid,
and in his hand it has entirely superseded the use of the latter.
The statistics he gives, as quoted in ' Medical Record ' for May
26, 1875, are by no means striking or encouraging.
Of twenty-two cases reported four were amputations of the
thigh with fatal results ; and in two cases of amputation of the
forearm, three of amputation of the leg, four of the hand, and
six of the artery, the course was not remarkable — three suc-
cessful amputations of the thigh and leg occurred in children.
Dr. Thiersch has arrived at the conclusion (we fear, perhaps, on
rather insufficient data) , from a consideration of the unsuccessful
cases, that, although salicylic acid may not prevent all decom-
position, and although offensively smelling products of decom-
position may be found, it prevents that form of decomposition
which leads to pygemia.
Lister, while he does not believe that salicylic acid will take
the place of carbolic, finds salicylic acid useful in preventing
decomposition in cases where the bandage has to be left on a
considerable time, say a week.^
Risks and Objections.
We can take these in no regular order, but just as we find
them cropping up as we watch the treatment or in the writings
of unbelievers and critics.
Risks. — Every remedy which has potency for good has also
when misapplied or abused an equally power to hurt. Car
bolic acid is no exception to this rule. One of the saddest]
results of the great frequency of its use, as an antiseptic, as
lotion, or a deodorizer, is the alarming frequency of cases ol
poisoning by accidental swallowing of this too potent external]
remedy.
Even in the surgeon's hands, however, sad results have fol-
1 * Edin. Med. JOurn.' for July, 1875, p. 95.
1875.] Present Position of Antiseptic Burgery. 27l
lowed its rash and indiscriminate application. On its first
introduction a zealous house-surgeon after injecting a compound
fracture with the strongest obtainable solutions of the glacial
acid kept pledgets of lint soaked in the same solution applied
to the limb, causing a most distinct and rapid caustic action
which necessitated amputation. Too energetic injections of
cellular tissue with a strong syringe loaded with a strong solution
have produced similar unfortunate results.
Apart from these results, which may be put down to abuse of
the remedy, in certain constitutions and in certain states of
system, very marked effects followed the use of the drug even in
careful hands. For example, in many patients, the opening of
an abscess with the antiseptic precautions described above, which
includes the washing out of the abscess cavity with one or more
syringefuls of a 1 — 40 solution, is followed within a few hours
by the passing of urine which immediately on exposure to air
assumes the characteristic smoky tint seen after the internal
use of carbolic acid.
In one case under the writer's observation this persisted for
weeks, even when the strength of the antiseptic injection was
much reduced, and the urine at times contained broken-down
blood-discs indicating considerable renal congestion.
Still more dangerous and more marked are the distinct symp-
toms of general carbolic-acid poisoning of the system which
have been observed to occur after the use of antiseptic dressings
for extensive abrasions or destructions of the skin, as after a
severe burn. Valuable as the gains in the subsequent treatment
are of having a large burn rendered antiseptic we believe that
carbolic acid is not an agent which can be invariably or indeed
frequently used for this purpose with safety. For such cases,
sulphurous, boracic, or perhaps salicylic acid will be found
safer means of obtaining the desired results.
While thus acting the unpleasant role of advocatus diaholi,
and stating some of the risks attending the use of this valuable
drug, we must not forget a not unfrequent troublesome though
not dangerous symptom, which we have frequently observed in
cases (for example) of excisions of the mamma under antiseptic
precautions. The irritation of the gauze sets up a form of cu-
taneous erythema, eczema, or even impetigo of a most trouble-
some kind, which goes on increasing so long as the dressing is
kept on and does not disappear even for many days after it is
removed.
It cannot be predicted or prophesied in any given case whether
this will be the result or not ; it occurs in otherwise healthy
people and does not imply any previous tendency to skin erup-
i7i Reviews, [Oct.,
tions, nor is it more frequently observed in scrofulous or
syphilitic cases than in unimpeachable constitutions.
0}i Granulating Wounds. — On a granulating surface the
action of a carbolic- acid dressing is rarely beneficial. If it is
in immediate contact with the granulations, it almost invariably
acts as an irritant, delaying cicatrization, by causing the for-
mation of a peculiar yellowish layer apparently of coagulated
serum and pus resembling a diphtheritic pellicle. This remains
for days unchanged, and the wound beneath it, though painless
and inodorous, makes no progress whatever. In fact, once a
wound or ulcer has assumed a granulating surface, and deep
parts are consolidated, the period at which carbolic- acid dress-
ings are useful seems for that wound to be past, and boracic or
salicylic acid may be used if antiseptics are to be continued at
all, or very frequently water dressing may be substituted with
advantage.
N.B. — This applies only to superficial wounds,as after excision
of tumours with loss of substance, ulcers, &c., not to cases in
which deep abscesses have been opened with antiseptic precau-
tions. In these cases at the risk of irritating granulations, full
antiseptic precautions must be maintained with the utmost care
and accuracy till the wound is absolutely healed from the bottom
and not a drop of discharge is either retained or escapes. This
is specially the case when the abscess has depended on, or is
connected with, the presence of dead or diseased bone, as in
psoas, lumbar, or joint abscesses.
While for exposed granulations carbolic acid even with all
possible precautions of protective oilsilk, &c., does not seem
useful, it is far otherwise when the surgeon has to deal with a
blood-clot effused between the lips of an incision as in an ampu-
tation, or in removal of a superficial tumour. If the antiseptic
method be successfully carried out, the remarkable sight is
witnessed of the clot not only not suppurating^ but of its
actually becoming organized, and being utilised to fill up a gap,
or supply deficiency of material, under the protection of the
antiseptic dressing. Those who have used it often are familiar
now with the changes on the blood-clot, its partial contraction,
its vascularisation in the first six or eight days, and its gradual
approach in appearance and usefulness to the character of
normal cutis.
A very interesting case of the using of a blood-clot with the
intention from the first of filling a gap and preventing contrac-
tion we quote from a recent number of the ^ Edinburgh Medical
Journal : '
^^ Mr. Ghiene showed a patient to tlie Medico- Chirugical Society of
Edinburgh, suffering from a simple malady, but whose case illustrated
m
'5."] Present Position of Antiseptic Surgery, 273
the organization of a blood-clot in an open cavity. He believed that
this was the first systematic attempt to fill a cavity with a blood-clot.
The patient sufiered from a horn on the heel, which he had removed
along with a triangular piece of skin, each side of the triangle being
1|- inches long. He had then cleared out all the tissues down to the
OS calcis, thus making a cavity half an inch deep. He next applied
protective and a gauze dressing before removing the tourniquet, in the
hope that blood would ooze from the sides and fill the cavity with a
blood-clot. This operation was performed on the 18th of April. Six
days after, the cavity was filled with a dark jelly-like substance. On
the twelfth day this clot was of the same colour, but firmer in
consistence. On the sixteenth day it bled when scratched. On the
twenty-sixth it was evidently organized and red in colour. Epider-
mis began to cover it on the thirtieth day ; and on the thirty-fourth
it was completely covered and entirely healed, without any contrac-
tion. This organized blood-clot was therefore half an inch deep, and
like an equilateral triangle, each side being an inch and a quarter in
length. It was still a point of clinical interest whether the contrac-
tion would ultimately take place. On this point he would satisfy
the Society by showing the patient in July. He only wished furthier
to state, that no retentive apparatus had been employed, as he had
no proof when he operated that there would be contraction.*'
Another from Mr. Lister's own practice : ^
" The next case is one of ununited fracture in the lower part of the
femur of a year's standing, in a man 36 years of age. Twelve days
ago, I cut down on the outer side of the limb, a very long incision
being required. Einding the fragments overlapping about an inch,
I removed portions with the gouge and hammer from the posterior
surface of the upper fragment and the opposing part on the anterior
surface of the lower one, so as to leave two fresh osseous surfaces in
apposition. Without antiseptic treatment, this would have been a
very dangerous operation. The risk of pyaemia would have been so
great that, in common with most surgeons, I should have regarded
such interference as unjustifiable ; but I think we may venture to
say that, with antiseptic treatment in its present form, all such risk
may be certainly avoided. It is now twelve days since the opera-
tion. Eor the first few days blood and serum were effused very
copiously, and we had an arrangement by means of which a large
mass of gauze could be applied in considerable extent under the
limb. But the time has come when it might be put up in a more
permanent form. This plaster-of- Paris arrangement was applied
yesterday, while the limb was kept well extended by the pulleys, the
patient being under chloroform. I have here a limited space for the
dressing, and therefore use a correspondingly thick mass of gauze.
This you will find often a matter of importance, as in operating for
strangulated hernia, where you have not much space between the
wound and sources of putrefaction in the perineum. And so in the
1 ' Edin. Medical Journal,' Sept. 1875, p. 203
274 Reviews. [Oct.,
present case, the window left in the plaster-of-Paris is occupied by
a very substantial mass of gauze. The discharge of the last twenty-
four hours has caused, you see, merely a small brownish stain upon
the gauze, the result of a slight amount of serum, tinged with the
colouring matter of the blood. The ends of the wound were stitched
up for about three inches at each side ; those parts united by first
intention, and are completely healed. The central part of the
wound was left open for the orifices of three large drainage-tubes.
And herein we see the persistent blood-clot. Two days ago, I took
out for the first time the drainage-tubes, and they were, just as in
the case you last saw, lying in tubular moulds in the coagulum.
One of them was permanently removed ; the other two were re-intro-
duced after being considerably shortened by cutting portions off
from the deeper ends. In taking out drainage-tubes you must be
particularly careful to have the spray properly directed. For as the
drainage-tube comes out, air must enter to take its place, and this air ~
will be septic or not as the spray is not or is over the wound. Here
we see the orifices of the two drainage-tubes, one of which may pro-
bably now be dispensed with altogether. As I remove them, you
observe the tubular beds in which they lay. And here, as in the last
case, we have as yet no suppuration whatever from the open wound."
Effect on Hospital Mortality and on the Health of Wards, _
Here we approach the very key of the position, and as yet,^
we regret to say, that really valuable comparative statistics are
few and far between. We have abundance of general impres-
sions— vague splendid generalities. Some few continental au-
thorities will be quoted immediately.
What we want are series of statistics or observations of two
kinds. (1.) Alist of operations, amputations, herniotomies, ovari-
otomies, &c., sufficiently large to be compared on the one hand
with similar sets of cases in other places, or on the other with sets
of cases under similar conditions except no antiseptic precau-
tions. Materials for such a comparison surely cannot be want-
ing, and we would like to see an equal number of Lister's cases
compared with Mr. Callender's magnificent results in St.
Bartholomew's with his special mode of dressing stumps, or with
the very carefully prepared tables of splendid successes in am-
putation by Professor Spence in neighbouring wards of the
same hospital in which Mr. Lister works — these last obtained
without any antiseptic precautions. (2.) Much would be learned
from a series of careful observations of pulse and temperature
of cases treated antiseptically. So far as we can discover, the
only really precise thermometric observations by which septic
and antiseptic cases under similar conditions can be contrasted
and compared are those by Joseph Bell,^ of Edinburgh, who in
1 ' Edin. Med. Journ.' for August, 1873.
1875.] Present Position of Antiseptic Surgery, 275
the same hospital as Lister, follows out, we believe, the anti-
septic system.
He has given charts of temperature in twenty-five cases, too
small a number to found much on, but he seems to have assured
himself of the truth of — and to be on familiar terms with — the
following axioms or ideas.
'' 1. Suppuration^ even very profuse, does not necessarily imply
any great rise in temperature, so long as it is not putrid.
" 2. Foetor or putrefaction of suppuration always induces a rise
in temperature.
" 3. A high temperature, lasting for more than three or four days
after the injury or operation, indicates mischief impending, such as
sloughing or abscess.
" 4. The temperature generally gives warning a day, or even two
days, before the pulse.
To illustrate these points, he has divided his cases into three
sets : —
"1. Cases of recovery from operation or injury without pu-
trefaction of suppuration 13
"2. Cases where temperature warned of the approach of mis-
chief . . . . 8
"3. Cases of fatal issue with high temperature ... 4
His cases are briefly recorded, but some of these are very
remarkable, especially the following : —
" 3. Excision of Breast and Glands. — J. Gr., aet. 40. Extensive
scirrhus of right mamma and axillary glands. I removed the breast,
and dissected out axilla with great care. She made a very rapid
recovery ; discharge abundant, but quite sweet ; and. except the
day of the operation, her temperature did not exceed 99*6°, and her
pulse kept under 78. This was a remarkable case, from the extent
of surface involved.
*' 7. Excision of Knee- Joint. — Mrs. P., set. 26, had a very bad
knee-joint, with abscesses and great destruction of bones. She
was losing ground. I excised the knee-joint during a very feverish
condition from pain, and the relief was so great that both pulse and
temperature fell the very day of the operation. She made a good
recovery, and her chart shows a very rapid return to her normal
standard, both of temperature and pulse. Discharge in her case
was profuse, but antiseptic.
" 8. R., set. 16, was also a case of excision of knee-joint, in which
recovery was exceptionally rapid and perfect. I reiter to his case
only to show how uneventful is the chart of his pulse and tem-
perature. For about five days he suff*ered a good deal of pain in
the leg, after which he could hardly be called a patient at all, as
he ate and slept perfectly."
This surgeon also published in the same journal^ a series of
cases illustrative of the antiseptic use of carbolic acid.
1 * Edin. Med. Journ.,' May, 1869.
276 Reviews. [Oct.,
While in his account of each case there is a want of rigorous
scientific accuracy of description, and perhaps a suspicion of
youthful enthusiasm, some of the cases are very remarkable,
especially two cases of wounds of knee-joint recovering without
suppuration, and a case of compound dislocation of the elbow-
joint.
In summing up the results, he gives in a few words the ex-
pectations he had been led to form from the antiseptic method :
" I trust, however, that the cases I have mentioned will prove to
the Society that we are warranted in believing that in the antiseptic
principle, explain it as you will, and simplify it as I hope we may,
we have a very great addition to our means of combating disease.
Even if on theoretical grounds surgeons may deny the possibiHty
of preventing suppuration, and ignore our facts, still if it be granted
that by this method we can diminish the amount and destroy the
foetor of pus, we have done much to improve the sanitary condition,
and diminish the fatality, of our great hospitals."
Mr. Annandale, another surgeon in the same school, seems to
have faith in antiseptics ; and in an interesting paper published
in the Edinburgh Medical Journal of January, 1875, he advo-
cates the use of special exploratory incisions with careful
antiseptic precautions in cases of doubtful diagnosis. Several
classes of such cases are described. Two of early suppuration
of hip and knee-joint afford good examples of the boldness and
success with which surgeons who have learned to trust anti-
septics cut into important joints and obtain cures without sup-
puration or anchylosis. Readers of this and other similar
papers by the surgeons of the northern school who believe in
antiseptics will be struck by the confident manner in which
they speak of the result of cases if they can only he kept sweet,
and the freedom with which they cut into joints, expecting
that even after such interference mobility of the joint will
result.
In Hospital practice we have not only the patient's own
welfare to seek and strive for — and we think that some cases
nearly prove that a patient whose discharge is sweet runs less
risk than if it were putrid or offensive — ^but we must remember
that each patient has an effect for good or evil (generally the
latter) on the ward and his neighbours in its beds. Every foetid
ulcer, every putrid amputation or excision, adds its quota of
filth — call it germs, call it bad air or what you like — to the atmo-
sphere of a room which can hardly hold its own against the
respiratory and secretory emanations of twenty sick men, and
any mode of treatment which will diminish such foetor is of in-
calculable value to the ward and its occupants. In watching
practice in Edinburgh we have often geen cases putrid from the
1875.] Present Position of Antiseptic Surgery, 277
first, patiently dressed with many layers of gauze, which have
prevented any odour from the case, and even sometimes by
time and patience the once putrid sore has been rendered anti-
septic.
Another most important question in reference to the value of
antiseptic dressings in hospital practice is, as to the power of
preventing erysipelas — pyaemia and hospital gangrene.
On this subject we have many fine vague generalities.
Gumming has no misgivings. He writes :
" A relationship between pyaemia, hospital gangrene, and erysipelas
(the dreaded scourges of our large hospitals) may be traced from
the fact of their disappearance — -coincident with the introduction of
antiseptic surgery."^
Brave words indeed !
Lister's own views on this subject may be given in his own
words :
" And the effects of this rigid antiseptic management upon the
hospital atmosphere forms one of the most important features of
the treatment. Last evening I learnt from one of the surgeons of
a large Liverpool hospital the gratifying news that pyaemia has
almost, if not entirely, left wards that were very subject to it
before ; and this, as far as can be ascertained by the surgeons, from
no other cause than the careful carrying out of antiseptic treatment.
The results of my own experience in this matter in Glasgow were
published nearly two years ago ; and I may repeat now what I then
said, that wards once among the most unhealthy in the kingdom
were converted into models of healthiness, simply as the result of
antiseptic treatment. A year ago I published equally satisfactory
evidence regarding my practice in the Edinburgh Infirmary for
nearly a year. Another year has since elapsed, and during the
whole of my Edinburgh period — now almost two years — in wards
containing nearly sixty beds, we have not had a solitary case of
pyaemia, whilst we are also entirely free from hospital gangrene and
from erysipelas. Yet in those wards the beds are placed much
closer than is in accordance with modern notions. At first I had
them thinned ; but learning that patients were placed on *' shake-
downs " for the night, and finding that, in spite of this arrangement,
which of course was the same in efi'ect as if all had beds, the wards
remained perfectly healthy, I had the number restored to its original
figure. Now I was myself at one time house-surgeon in those same
wards for a year and a quarter, and I need hardly say that the
surgeon under whose care they used to be was a man under W'hom
things were managed as well as they could be with the means then
at a surgeon's disposal — I allude to Mr. Syme ; yet I may safely
say that such complete immunity from hospital-diseases never existed
in those wards before the antiseptic system was introduced.
1 Op. cit., p. 58,
278 Reviews. [Oct.,
" Nor has such testimony been borne by myself alone. Professor
Saxtorph of Copenhagen, in a letter which I communicated to the
' Lancet ' a year since, published most striking information as to a
very large hospital previously extremely liable to pyaemia, so that
the smallest wounds often gave rise to it, yet remaining for a year
absolutely free from the disease, and, so far as he could judge, from
no other circumstance than the rigorous adoption of the antiseptic
system. Equally satisfactory evidence regarding the healthiness of
hospital wards brought about by this means has been given in one
of the Blue Books of the navy by Dr. Bernard of the Naval
Hospital here."— ^ Brit. Med. Journ.,' Aug. 26th, 1871.
Berlin. — At the Charite Hospital, Professor Bardeleben uses
Lister's treatment carefully and with excellent results. He
opens abscesses under spray and attends to all the minutiae,
making free use of drainage tubes and carbolized sponges. An
eye-witness reports^ some interesting cases in which serious
wounds healed without suppuration. Langenbeck lately per-
formed an operation in Professor Lister's presence with anti-
septic precautions for the first time. It is not often that a man
so distinguished and at an advanced age is ready to try new
ways. Nussbaum at Munich has found, after the use of anti-
septic methods, a great decrease in the amount of pysemia and
hospital gangrene.
On the other hand, we have conflicting opinion as to the
power of antiseptic dressings in preventing erysipelas.
Thiersch finds no benefit from its use.
" Erysipelas has occurred sometimes more, sometimes less severely.
In 1873, there were seventy-five cases among 1902 patients; in
1874, among 1921 patients the number of cases of erysipelas was
distinctly less. In both years antiseptic treatment made no difter-
ence. As has been recognised on all sides, antiseptic treatment has
no power to prevent the occurrence of erysipelas ; it occurs under
the use both of carbolic and salicylic acid, sometimes frequently,
sometimes rarely, sometimes in a severe and sometimes in a mild
form."2
BelP records two cases of erysipelas, both fatal, coming on
during the progress of antiseptically managed wounds. Our
own experience of the gauze as a dressing would rather lead to
the conclusion, that in certain skins the constant application of
the irritant carbolic acid produces a sort of erythema, which
may pass into a distinct attack of erysipelas, in others may
cause a species of eczema, which, if the dressing be continued,
as remarked above, will pass into impetigo.
1 ' Lancet/ June 19th, 1875.
2 * Medical Record,' June 2nd, 1875.
3 Op. cit. • Edin. Med. Journ.,' August, 1873.
t
^^w^.
] Present Position of Antiseptic Surgery. 279
Objections. — 1. From the point of view of the Hospital
Committee. — It is expensive ; at first very expensive, and even
now certainly it is dearer, that is, surgical dressings now cost
much more than thej' did prior to the coming into use of anti-
septics in the Edinburgh Infirmary.
We have obtained the following from a friend in Edinburgh.
In the Infirmary there, where only three out of the five sur-
geons use antiseptic dressings, in 1874 there was used 44,930
yards of gauze at an expense of nearly £600, if the macintosh
cloth and oil-silk be also added ; while there is no equivalent
diminution in the expense for lint bandages, &c.
Well, be it so, this is not a valid or even an important objec-
tion if only the results to limb and life are better than those
obtained under the old or other systems of treatment. Really
good devoted nursing is also much more expensive than the old
Mrs. Gamp style ; palatial wards, pleasant couches, and high
feeding are all expensive ; yet no one doubts that the expense
is not only justifiable but unavoidable. Perhaps antiseptic
dressings will yet justify their expensiveness.
2. From the surgeon's point of view. — Such minutiae in
dressing are tedious, it takes up my time ; it is troublesome,
and requires to be watched ; consequently I must myself dress
or watch the dressing of every case. I cannot leave it to house-
surgeon or dresser.
This is quite true so far, that certainly each patient's every
dressing will take longer time than it does under the old system.
Yet, perhaps, in the end time may be saved ; for once the case
is fairly antiseptic, it need be dressed so seldom — once in three
or four days instead of every day ; and few will deny that in
the end it is for the patient's advantage at least that the surgeon
himself should see his wound every time it is dressed ; and for
the students who visit the hospital, the oftener the surgeon sees
his cases the better. We are rather disposed to believe that it
is one of the chief advantages of the antiseptic system that it
demands a very special individual watchfulness over each
patient, if it is to succeed.
But, alas ! not only must the patient be watched, but the most
unremitting attention must be paid to every action during the
period the wound is exposed to view. Is a friendly surgeon
going round your ward ? — a touch of his finger if unprotected by
washing in carbolic acid may ruin the case. Does an instrument
fall to the ground or even lie for a second on the table ? — to in-
troduce it into the wound again unless dipped is theoretically
destruction to your hopes. Is it a warm day, and are you
liable to sweat ? — a drop falling into the wound or on the dressing
280 Reviews. [Oct.,
will be fatal to its success.^ Such being the case, it is not wonder-
ful that in the practice of many who honestly aim at following
out antiseptic treatment and believe they succeed, the results
have not always been equal to expectation.
Another objection, theoretical perhaps, but still very hard to
answer, meets the advocates of antiseptic surgery at the very
threshold of their innermost defence. Let us grant, they say,
the existence of germs, also that their presence is as dangerous
and their absence as delightful as you say it is, how are we to
know that these precautions of yours are sufficient to destroy
these germs, which are, you tell us, so indestructible ? Will
one dip of the knife do for the ones on it ? Will your spray, fine
as it is, suffice to destroy those floating about in the ward atmo-
sphere ?
This difficulty cannot be put aside or ignored. Possibly an
answer may be found in experiment of Demarquay,^ who
found germs still present, though apparently innocuous, in the
serum from perfectly sweet wounds, as if the antiseptic had been
enough, without actually destroying the germs, to so far remove
any dangerous results from their presence.
Will antiseptic surgery, in its present form, ever make its
way into private practice of surgery in the hands of the gene-
ral practitioner in the towns, or of the country surgeon ?
Not to any great extent unless the procedure is very
much simplified. The surgeon cannot be expected to lug
about with him a steam engine, which requires twenty minutes
to get up its steam, or an assistant to work a hand-spray
every time he wants to dress an abscess or an ulcer. Nor
can a parochial board be expected to furnish antiseptic gauze,
protective, macintosh, and bandages out of the rates.
Fortunately in the ordinary routine of country or general
practice of surgery antiseptics are not needed. Mother
Nature may be trusted to heal most wounds if she is only
let alone, and every surgeon who has really seen much good
work in private has many a case to tell of, equally remark-
able in rapidity of healing, and uneventfulness with those
that are vaunted as antiseptic miracles.
Cases there are, however, which, even in the purest air
and under the most wholesome conditions, will be treated
more safely, rapidly, and fortunately by the adoption in all
1 Pi'ofessor Eberth's, of Zuricli, researches on sweat are in this point of view
most interesting. He finds in the axilla, breast and inner side of thigh of persons
in a state of perspiration, an enormous number of bacteria. In most cases they
originate from minute bodies found upon the hairs in these regions. The}' rapidly
increase in number and are nearly indifferent to reagents — concentrated acids,
alkalies, ether and chloroform ! ! ! In ' Virchow's Archiv ' for February, 1875.
r * Gazette Medicale de Paris,' August 29th, 1874.
lB75.] Recent Researches in Nerve Pathology, Ssl
its strictness of antiseptic treatment. Chief among those are
all abscesses connected with or dependent on the presence of
diseased bone, lumbar, psoas, joint, «&:c., all cases of com-
pound fracture except the very simplest, and some cases of liga-
ture of great vessels.
With regard to these last, however, those who advocate
antiseptics will find it difficult to answer those who may say
to them. Do not preach on the blessings of antiseptics till you
can show us a series, like Syme's, of thirty-seven cases of
ligature of the femoral for aneurism without a single death.
Great men lived before Agammemnon, and we all have read
in the classics of surgery of statistics of amputations, which
will be hard to beat. Still progress ought to be our aim, and a
science which stands still is going back.
In closing this brief, imperfect, and (from the very nature
of the subject and state of the question) unsatisfactory notice
of antiseptic surgery, we must say that, in common with many
others who have visited Edinburgh to watch the system in
operation, we have been deeply impressed by the zeal and
simplicity, the patience and scientific method, brought to bear
on the subject by its inventor.
II. — Recent Researches in Nerve Pathology.'
Paralysis Agitans and Insular Sclerosis. — The two diseases
which are here considered together have very close affinities in
many important particulars. Alike in the obscurity of their
causation, alike in their morbid anatomy, alike in their clinical
features, their resemblance is still further increased by the
slowness with which each has gained a footing amongst recog*
nised diseases in this country.
Although paralysis agitans was described as long ago as 181T
by our countryman Parkinson, and although it has been elabo-
rately treated of by Dr. Sanders in 'Reynolds' System,' the
number of complete cases published in England may be counted
on the fingers of one hand ; and as to insular sclerosis, so little
attention has it attracted that a learned French author can
^ 1. Leqons sur les Maladies du Systeme Nerveux faites a la Salpitriere. Par
J. M. Chaecot, Professeur a la Faculte de Medecine de Paris, &c., &c.
2. mgJd Cases of Insular Sclerosis of the Brain and Spinal Cord. By W.
MoxON, M.D., * Guy's Hospital Reports,' vol. xx, 1875.
3. On the Morbid Histologif of the Spinal Cord. By W. B. Kbstevbn,
F.R.C.S., ' St. Bartholomew's Hospital Reports,' vol. viii, 1872.
4. Miliary Sclerosis ; its Pathological Significance. By W. B. Kesteveit,
P.R.C.S., • British and Foreign Medico-Chirurgical Review,' July, 1874,
^8:4 Reviews. [Oct.,
express a doubt as to whether the disease is even known on this
side of the Channel.
The most complete description of these maladies is contained
in Prof. Charcot's admirable ' Lectures on the Diseases of the
Nervous System;' a work which we commend to our readers
as containing on many subjects, and especially on the diseases
of the spinal cord, the most recent, exact and comprehensive
knowledge obtainable, related with all the national precision of
idea and of diction, and with an infusion of interest, sometimes
amounting to enthusiasm, which is peculiar to the author. So
accurate have become the observations in the clinic, and so
definite the morbid changes discovered by new methods of ex-
amination, that Prof. Charcot is able to map out the cord into
pathological regions and to say with precision what symptoms
shall follow from disease of each one, and, conversely, -what
regions shall be found diseased when such and such symptoms
are presented. When it is remembered how short a time it is
since locomotor ataxy was definitely located as disease of the
posterior columns, and wh6n it is considered that a standard
text-book still in use can describe multitudinous nervous dis-
orders, amongst others chorea and epilepsy, as symptoms of a
disease called " spinal irritation," it will be seen how vast is
the advance which these lessons indicate.
Doubtless Prof Charcot's work is not free from the defect,
inseparable from the method pursued, of sometimes drawing a
sharp distinction between things which in nature merge into one
another, thus rendering it difficult for others to obtain the
same definite results that he does. To instances of this kind, we
shall subsequently direct the reader^s attention ; but so slight a
drawback may be readily pardoned in view of his very success-
ful attempt to reduce the chaos of spinal disorders into some
definite order.
Dr. Moxon's report of the eight cases under his care is the
only account of insular sclerosis in the language, and his cases
were the first in this country in which the disease was diagnosed
and the diagnosis verified. His readers are greatly indebted to
him for the acumen with which he has separated the essential
symptoms from the non-essential, and presented a most concise
description of the usual features.
Mr. Kesteven is well known for his laborious and very valu-
able researches into the morbid histology of the spinal cord ;
and his name is especially associated with a change known as
miliary sclerosis, which must be carefully distinguished from
that called insular sclerosis, which we are about to consider.
The one is a change invariably associated with a definite group
of symptoms ; the other, although a gross and destructive
1875.] Recent Researches in Nerve Pathology, 2S^
change, is common to a great number of diseases most diverse
in their manifestations.
It will, perhaps, give the reader the best warrant of the com-
pleteness of the lectures, and at the same time the most vivid
idea of the diseases, if we relate an imaginary case of each
compiled from Prof. Charcot's account, checking it where
desirable by comparison with the other works.
Taking first paralysis agitans, we find that the patient may
be of either sex, and of any profession or station in life ; he is
more than forty years old; he has, perhaps, lived in a cold
damp place, and has suffered much mental distress. For some
time before he comes under care he has suffered from a sense of
great fatigue, or it may be from rheumatic or neuralgic pains in
the limb which is about to be attacked by tremor. Gradually
the agitation from which the disorder takes its name begins to
affect, say, the forefinger and thumb of the right hand. These
digits are perpetually quivering and striking together as if the
patient were taking pinches of snuff or rolling pellets of paper.
Little by little the tremor affects the other fingers, then the
hand ; and to this it may remain restricted for a long while,
even for years. Eventually, however, it spreads up the right
arm, and at the same time the right foot becomes involved; and
after a while the left hand and left foot follow the same course.
The muscles of the face do not become tremulous. On the
contrary, they become unusually immobile, and give the face a
remarkable fixed, sad, dogged expression, which of itself is
almost diagnostic of the disease. This fixity of the face is but
part of a general rigidity which at a later period affects the
muscles of the neck, trunk, and some at least of those of the
extremities. The effect of this rigidity is to impose on the
patient a most remarkable attitude and gait. The head is
strongly inclined forwards, and the body also leans in this
direction ; the elbows are a little away from the sides, the fore-
arms flexed on the arms, the hands flexed at the wrists and
resting on the waist, while the fingers maintain their constant
oscillations. If the patient be told to walk, he rises slowly and
with difficulty from his seat, hesitates for some seconds, and
then starts into a rapid shuffling trot, '' as if," says Prof. Charcot,
" he were running after his centre of gravity, which still escaped
him." Or, instead of this, he may have a tendency to go
backwards.
It is to be remarked that the patient has no nystagmus, nor
is his articulation affected as it is in Sclerosis, unless indeed the
agitation of the body be so great that it communicates an inter-
ruption to the voice like that which affects a novice in equitation
when his horse begins to trot. As a rule, however, the voice.
§^4 Reviews. [Oct.,
far from being tremulous, has a monotony of expression similar
to that of the face. The patient speaks abruptly in mono-
syllables or short sentences, and uses no cadence, but maintains
his voice at one invariable pitch from the beginning to the end
of his sentence, a peculiarity which renders his tone very
striking.
Besides these motor troubles, the patient has affections of
sensation, which, though'they cannot be called painful, are some-
times sufficiently severe to render his life quite burdensome.
There is a constant feeling of tension in the muscles, a sense of
fatigue, and an indefinable uneasiness which urges him to
incessantly change his position. Besides this, there is a feeling
of excessive heat which compels him even in the depth of
winter to toss off all his clothes. In spite of this, however,
the temperature is not raised, and this is in accordance with
the rule which Prof. Charcot and Dr. Bouchard have enunciated,
that in static contraction of muscles, or that contraction whicli
is chiefly tonic, the temperature is raised, while in dynamic
contractions, or those which are chiefly clonic, the temperature
remains normal. This is what we should a priori be led to
expect, since in the former case the work done is wholly out of
proportion to the vigour of the contraction, and we should
therefore expect a production of heat in lieu of the arrested
mechanical motion, while in the latter case, since the limbs
are moved, work is done, and, the greater part of the force being
expended in mechanical motion, there is but little to be con-
verted into heat.
We have related these symptoms as occurring continuously,
but the reader must understand that they are spread over a very
long time, ten, twenty, or even thirty years elapsing before
the terminal period arrives. Sooner^ or later, however, the
motor trouble increases to such an extent that the patient is
obliged to remain in his chair all day, and at last is confined
to bed. Then his nutrition suffers, his intellect becomes obscured,
he gets more and more prostrate, at last bed-sores appear on
his sacrum, and he dies from gradual exhaustion ; the charac-
teristic tremor having much diminished and perhaps altogether
ceased during this terminal period.
Such is the general course of a typical case of paralysis
agitans, but of course there are many variations in the severity
of the different symptoms, and it is comparatively rare to meet
with a case which presents them quite like, the foregoing. Prof.
Charcot states that there are rare cases in which the muscular
rigidity is one of the earliest symptoms, so that before the
tremor has appeared, or when it is but very slight, the attitude
and gait are already very pronounced. We believe that it is
1875.] Recent Researches in Nerve Pathology. 285
not uncommon for the fixed expressionless face, the peculiar
voice and the characteristic attitude to exist early in the
disease, when tremor must be narrowly looked for to be detected
at all. The agitation is not, as the nomenclature implies, the
most characteristic symptom. The termination, too, is more
often brought about by some intercurrent affection, by pneumonia
for instance, than by the course of the disease itself.
There is a certain satiric humour in Prof. Charcot's notice of
the morbid anatomy of paralysis agitans. He divides the
autopsies hitherto made into three groups. In the first group
nothing at all was found. The second group comprises cases of
supposed paralysis agitans, which Prof. Charcot considers were
in reality sclerosis ; and the third group contains the case of
Parkinson subsequently mentioned, and a similar case by
Oppolzer which is treated with similar distrust. There are,
however, other cases on record which give much more satisfactory
results. Leyden has reported one in which the agitation was
limited to the right arm, and a sarcoma the size of a large nut
was found in the optic thalamus of the opposite side. Murchi-
son and Cayley have reported a case in which very definite
changes, partly of sclerosis and partly of cell growth, were
found in the cord ; but as in this case the symptoms are described
but very briefly, it is possible that Prof. Charcot would place it
in his second group. Joffroy, however, took especial care to
investigate this point, as to whether the cases were really
paralysis agitans or insular sclerosis, and he states that two out
of his three cases were clearly paralysis agitans. In these two
there was exuberant growth of the epithelium of the central
canal and of the nuclei around. In the third case, which
seems not to have been a very doubtful one, there was in addition
a sclerosed patch in the medulla.
In the brief historical introduction to insular sclerosis Prof.
Charcot notices the total absence of all mention of this disease
from the standard works of this country, and says that even
to this day he does not believe we have heard of it. It is im-
possible not to admit the justice of the implied reproach, al-
though had Prof. Charcot paid a visit to the wards of our
hospitals he would have found that the disease is by no means
so unknown as its absence from our literature would seem to
indicate. Nevertheless, it must, as Dr. Moxon says,
" appear strange that the singular and definite disease . . . has not
yet been admitted by the profession in this country, when we
know that it not only has constant and characteristic symptoms,
but also a quite peculiar and very remarkable morbid anatomy."
When it is considered that in insular sclerosis there is a gross
112— LYI. 19
286 tleviem. [Oct.,
change which may affect any part or any combination of parts
of the cerebro-spinal axis, it will be readily understood that
the symptoms to which this change may give rise will differ
very widely with the part of the nervous centre involved ; and
when it happens to involve a part which is a common seat of
other changes, the symptoms of sclerosis will closely simulate
those of other diseases. Apropos of this peculiarity Prof. Char-
cot relates how a distinguished physician, who, however, was
not familiar with the symptoms of sclerosis, paid a visit to the
hospital where it abounded. Prof. Charcot's colleague showed
him a case of the new disease ; it was a beautiful specimen of
the cerebro-spinal form. The patient left his bed and made a
few steps down the ward. " He is an ataxic," said the visitor.
" Perhaps,'^ replied the host ; " but what do you think of these
rhythmic movements with which the head and upper extremities
are affected ?" " 1" see," replied the visitor, " he has chorea
besides, or perhaps paralysis agitans." The patient was then
interrogated, and replied with a peculiar defect of articulation,
and often with slight tremor of the lips. " I find," said the
physician, " you wish to puzzle me by showing me a case of
extreme complexity. Here are now the symptoms of general
paralysis. We will go no further; your patient unites, perhaps,
in himself the whole pathology of the nervous system."
In spite of this, however, it is by no means difficult, at any
rate in an advanced case, to diagnose the disease, which we
shall now proceed to describe in the same manner as the last.
When the malady first appears the patient is a young adult.
The first symptom noticed by her (for it is more common, accord-
ing to Prof. Charcot, in women than in men) is a gradually
increasing enfeeblement of the lower limbs — a symptom common
enough, but which excites suspicion of sclerosis if there is no
accompanying disturbance of sensibility, no atrophy of the
muscles, no bladder or rectum trouble, and particularly if there
are intermissions in its course. This may remain the sole
symptom for months or even for years before the advent of the
characteristic tremor places the diagnosis beyond a doubt.
The tremor of insular sclerosis is quite peculiar, and by the
exercise of ordinary care may be easily distinguished from other
forms which at first sight resemble it closely. When the patient
is in the recumbent posture, abandoned to complete repose, there
is no trace of tremor in any part of the body. When she is
seated there is no tremor in the extremities, which are at rest, but
the head and trunk, which are sustained by muscular action,
are agitated by a slight trembling motion. Now, if she be told
to carry a glass of water to her mouth, immediately the arm
begins to move tremor is developed, and the more prolonged
-1875.]
Recent Researches in Nerve Pathology. 387
and extensive the movement the greater become the excursions
of the tremor. When first she grasps the glass the tremor is
scarcely noticeable, but as she continues the movement the
agitation becomes more and more severe until when it reaches
the mouth the glass is clattered against the teeth and the water
is spilt. Similarly, when first she begins to walk the tremor
does not interfere greatly with her progress, but at each step she
staggers more and more until it is necessary to support her in
order to save her from falling. Let her now be placed on her
bed and immediately all tremor ceases.
The tremor of paralysis agitans, with which, no doubt, insular
sclerosis has often been confounded, unites with great general
similarity several points of marked difference.
In the first place, the tremor of paralysis agitans exists just as
much during repose as during exertion, and never departs except
under the influence of slumber. Dr. Moxon says that "in para-
lysis agitans the patient is much less disturbed by it [the tremor],
and there is not that extreme, almost idiotic helplessness of man-
ner which characterizes sclerosis, due doubtless to the extensive
destruction of brain," &c. It is evident that this applies to
those cases only in which the brain is involved as well as the
cord. Again, while the head, and particularly the lips, are
greatly agitated in sclerosis, in paralysis agitans they are remark-
ably fixed. Then, too, in the latter affection the shocks of the
tremor have less excursion, are more regular, more rapid, more
crowded together, as it were, than they are in sclerosis, in which
the oscillations are more ample and more approach the gesticu-
lations of chorea.
It is always easy, however, to distinguish the disorderly and
hizarre movements of chorea from the rhythmic oscillations of
sclerosis ; indeed. Dr. Moxon says that the latter are not in the
least like chorea, and that he will not waste time in giving differ-
ences. It is only necessary to notice that in sclerosis the general
direction of a movement, as for instance that of carrying the
hand to the mouth, persists in spite of the tremor, while in
chorea the act is interefered with by absolutely contradictory
movements.
Then also in locomotor ataxy, although there are abrupt dis-
orderly gestures, there is no true tremor, no rhythmic succession
of shocks, as there is in sclerosis ; and in the latter malady
closure of the eyes has no effect on the movements.
In mercurial poisoning tremor occurs which is wholly indis-
tinguishable from that of sclerosis, but in which, according
to Dr. Moxon, there is not the embarrassed helplessness of
sclerosis.
This gradual enfeeblement with the accompanying tremor, the
1^88 Reviews, [Oct.,
most striking as it is the most characteristic symptom of sclerosis,
spreads at length to the upper extren)ities ; and when these the
spinal symptoms are well developed, a new set of symptoms
dependent on affection of the intracranial ganglia become super-
added to them. This group of symptoms comprises certain af-
fections of the eyes, of the articulation, and of the intelligence.
The patient may have diplopia, but it will be only a passing
symptom ; and she will be likely to have amblyopia with or
without optic atrophy ; but the most remarkable symptom which
appears about this period is the peculiar movement called nys-
tagmus— a rapid simultaneous oscillation of the two globes from
right to left and from left to right, sometimes disappearing
when the eyes are at rest, but instantly called into play by fixing
the gaze on an object.
The defect of articulation is very like that of general paralysis ;
the same tremor of the lips, the same drawling utterance, the
syllables being prolonged and broken into a bleat, and the
same difficulty with certain consonants, particularly h, p,
and g.
The defect of intelligence is of the nature more of a general
enfeeblement of mind than of any special defect. The patient
laughs and cries with unusual facility, is hopeful or depressed
without reason, and loses to a considerable extent her memory,
but there is seldom any actual alienation. Dr. Moxon says of
one of his patients —
" Her intellect was narrowed without unclearness, so that on the
daily course of things before her eyes she replied tolerably well, but
could not go much beyond this. There was no delusion, and her
conduct and demeanor were always as right as the . . . disabilities
allowed."
The complete development of the foregoing symptoms indicates
the approaching termination of the first stage of the malady — a
stage which dates from the first appearance of the symptoms to
the time when the tremulous mobility of the limbs gives place to
a spasmodic rigidity, and which may last for two, four, or even
six years.
The rigidity characteristic of the second stage begins by slight
isolated attacks, which gradually increase in length^and severity
until the members are reduced to a condition of permanent
immobility by the spasmodic contraction of their muscles. At
this period the lower limbs take the following position : — The
thighs are extended on the pelvis, the legs on the thighs, and
the feet are in the position of talipes varo-equinus. The knees
are generally so closely applied to one another that they can only
be separated by using considerable force. If the extremity of
one foot be taken in the hand and briskly extended, the whole
1875.] Recent Researches in Nerve Pathology, 289
of the corresponding member is seized with a convulsive tremor
which reminds us of that produced by strychnia poisoning.
This tremor, which may even extend to the opposite limb, and
which will continue for several minutes if left alone, may be
immediately arrested by sharply and forcibly flexing one of the
great toes. The same tremor may be caused by various kinds
of irritation, and sometimes develops spontaneously or on at-
tempts at voluntary movement. The complete accuracy of
Prof. Charcot's description will be at once acknowledged by
those who have clinically studied this curious phenomenon,
which, as Prof. Charcot observes, is identical with the spinal
epilepsy of Brown-Sequard. It is, however, remarkable that with
such complete loss of power, dependent on a spinal lesion, there
is no diminition of electric irritability in the affected muscles.
Before the spasmodic rigidity appears the irritability is certainly
normal, and after the accession of the rigidity the reflex ex-
citibility is so great as to render observation exceedingly
difficult.
There is one other symptom which the patient is most
likely to exhibit at this stage of the malady ; this is the
occurrence of epileptiform or apoplectiform attacks, further
developments, no doubt, of the vertigo which occurs as one of
the earlier symptoms. These attacks may be slight or they
may be very severe, even so as to be the immediate cause of
death.
With all this motor disturbance there is no anaesthesia, no
loss of cutaneous sensibility ; and Dr. Moxon remarks that the
rule in all organic spinal palsies is that the motor power is lost
much more quickly,* certainly, and entirely than the sensory
power. On this point, indeed, all observers are agreed.
After a period of several months or years the commencement
of the third stage is indicated by a general impairment of the
vital function. Habitual want of appetite and diarrhoea bring
on progressive emaciation ; the sphincters lose their power ;
the mucous membrane of the bladder becomes inflamed and
ulcerated,* bedsores appear on the sacrum and on every
point exposed to pressure, and rapidly increase until they attain
enormous dimensions. At the same time the original symptoms
become exaggerated, the obscuration of the intellect increases
to actual dementia, and the defect of articulation becomes such
that the patient can only express himself by an unintelligible
growl. When matters have arrived at this pitch death is not
far off, and may be brought about by the continuance of the
foregoing symptoms or by some intercurrent pulmonary or
intestinal affection.
Such is the course of a complete case of disseminated cerebro-
290 Reviews. [Oct.,
spinal sclerosis, but the reader will understand, as before, that
these symptoms may be met with in very various combinations,
according to the parts of the central nervous system involved
in the disease. Sometimes the disease is limited to the cord,
and the symptoms are correspondingly incomplete; in other
cases the brain only is involved, and then the converse obtains ;
yet a third class of cases have in addition an unusually com-
plete involvement of the posterior columns, and then the sym-
ptoms of locomotor ataxy will be superadded to those of scle-
rosis. There is a fourth variety which, although very uncom-
mon, is sufficiently important to deserve separate mention. In
some cases the patients are suddenly seized with the symptoms
of bulbar paralysis, better known in this country as glosso-
labio-laryngeal paralysis, to which they rapidly succumb, the
autopsy displaying the cause of death in a recent patch of
sclerosis in the medulla oblongata.
The main symptom displayed by the two diseases here con-
sidered, the symptom which groups them together and separates
them widely from almost all other diseases, in which are to be
found their closest resemblance and their clearest difference, is
tremor. This symptom has at present attracted little attention,
and remains wholly unexplained except by such solutions as
are offered by Jaccoud, who says — '* L'affaiblissement de I'inner-
vation de stabilite est la condition pathogenique du tremble-
ment ;" and Charcot, who says — " The transmission of voluntary
impulses still takes place through the denuded axis-cylinders,
but it takes place in an irregular, jerky fashion, and thus is pro-
duced the tremor which embarrasses the execution of voluntary
movements." Tremor appears to us a phenomenon of such
importance, as well on account of its physiological bearings as
from its diagnostic value, that we propose to examine it in
some detail.
In a discussion on ^* tremor in general" which introduces the
chapters on paralysis agitans and insular sclerosis Prof.
Charcot insists that a sharp distinction should be drawn be-
twixt two varieties of tremor. The first variety affects the
patients only when they perform voluntary movements ; while
they are at rest their limbs are perfectly still. The second
variety is continuous. Whether they are in action or in repose,
whether sitting, standing, or lying, the limbs of these patients
are agitated by a ceaseless trembling which leaves them only on
the advent of sleep. Prof. Charcot claims, not only that this
is a most important clinical division, which it undoubtedly is,
but even that the two varieties are physiologically distinct, and
he quotes with approbation Van Swieten's classification into
tremor coactus and tremor a debilitate. Although it is with
1876.] Recent Researches in Nerve Pathology. 291
diffidence that we place ourselves at variance with Prof.
Charcot on a subject which he has made so peculiarly his own,
it appears to us that in this instance he has allowed his desire
for extreme clearness to induce him to make a separation in
kind where in nature there is only a difference in degree.
The continuous action of the muscles in health, the unsteadi-
ness of fatigue^ the intermittent tremor of sclerosis, the per-
petual agitation of paralysis agitans, and the rhythmic action of
the heart, appear to us only degrees of the same phenomenon.
The sustained contraction of a voluntary muscle has been
shown by well-known experiments to be the result of innumer-
able separate contractions of the muscle repeated at extremely
small intervals of time, thus becoming confluent and producing
a uniform effect ; in the same way that, if the edge of a card
be pressed against a revolving cog-wheel, we hear, not the
separate taps of the cogs against the card, but a continuous
musical note. If the wheel be made to revolve more and more
slowly, the pitch of the note becomes lower and lower until at
last the sounds become discrete and we distinctly hear each
separate tap as each cog strikes the card. .It is the same with
the muscular contraction. If the interval of time between each
two successive shocks become greater and greater, the relaxa-
tion which takes place after each one has time to become more
and more complete, until the continuous contraction becomes
first remittent and then intermittent. Hence the sole difference
between the rhythmic action of the heart and the continuous
action of the voluntary muscles is that in the former the long
interval between each shock and its successor allows of com-
plete relaxation, while in the latter no sooner has the relaxation
begun than a new shock catches the muscle and recontracts it
before the relaxation is considerable enough to be appreciated
except by the most delicate instruments. Similarly, the differ-
ence between the same continuous action and the remittent
action in sclerosis is that the minute interval of the former
becomes in the latter great enough to be appreciated by the
unaided senses.
The question of course arises, what is the cause of this
lengthening of the interval ? which involves the question, why
is there an intermittent action at all — why is it not continuous ?
The answer is easy. Not, only as in the foregoing cases, may
an intermittent cause produce a continuous effect, but conversely
a continuous cause may produce under certain circumstances
an intermittent effect. The most obvious illustration is sup-
plied by physics. When the disc of an electrical machine is
turned, electric tension increases continuously on the prime
conduct or until it exceeds the resistance of the air, and then »
292 Reviews. [Oct.,
sudden discharge takes place, which is repeated again and again
at successive intervals whenever the tension is brought up to
the proper pitch, the rate of production of the electricity re-
maining constant. Here, then, is an intermittent effect produced
by the continuous accumulation of a force opposed to a constant
resistance. More than this, it is found that by increasing the
resistance, say by lengthening the distance the spark has to
travel, the tension necessary to overcome the resistance is in-
creased, and therefore also the time during which the tension
must accumulate, in other words the interval between two suc-
cessive shocks. Similarly, by diminishing the resistance we
may render the shocks more rapid. As a corollary from this
we have the necessary result that the longer the interval be-
tween two successive shocks, that is, the slower the shocks, the
more powerful are they when they do occur. Since it seems to
be an established doctrine that the function of nerve-cells is to
store up and expend force, the application of these principles to
nerve-muscle phenomena seems quite allowable. The dis-
charge of force from the nervous centre to the cardiac muscles
takes place at considerable intervals of time ; the effect of each
discharge is therefore great, and we have no doubt the reason
is that the resistance is great also. The normal discharge to
the voluntary muscles takes place, we suppose, under extremely
low resistance ; the discharges therefore follow one another
with extreme rapidity, and the effect of each one is exceedingly
small, the visible effect being that of the aggregate of a great
number.
Now let us suppose that this resistance is increased, by
which, of course, we mean the resistance to be overcome by the
nerve-current descending from the nerve-centre to the muscles,
resistance analogous to that expressed by (R) in Ohm's law.
The necessary consequence will be that the discharges will be
slower and stronger ; and instead of the fine remission of
normal contraction is produced a coarser remission which
breaks the continuity of the normal action into a fine tremor.
If, therefore, we can show that in paralysis agitans and sclerosis
the resistance to the passage of the current along the nerve-
fibres is increased, the tremor is completely explained on purely
physical grounds. In the description of the minute anatomy
we shall show that the nerve-fibres are deprived of their insu-
lating material, that they are strangled by the contraction of a
fibroid growth, by which they are warped and wrung out of
their normal positions, and that their diameter is very greatly
diminished. There is no doubt that these conditions do mate-
rially diminish the conducting power of the fibres ; that is, they
increase the resistance.
1875.] Recent Researches in Nerve Pathology. 293
Whether the tremor of fatigue be flue to increased resistance
or to diminished rapidity of accumulation in the centre is not
material to the argument, but the fact that fatigue does cause
tremor in healthy subjects, tremor which first shows itself on
movement only, and, if the fatigue be greater, at rest also,
proves that the two varieties of tremor are not radically
distinct.
The description of the morbid anatomy of sclerosis shows that
Prof. Charcot carries into the post-mortem room and the labora-
tory the laborious observation and the same minute attention to
accuracy which render him so excellent a guide in the clinic.
Taking first the macroscopic appearances, he describes the mor-
bid change as consisting in a number of grey patches, irregular
in shape but of definite and clearly marked outline, scattered
over the whole length of the cord and extending up to the
medulla, the pons, the cerebellum, even' invading parts of the
cerebrum itself and the central ends of cerebral and spinal
nerves. On making a section across one of these patches it is
found that they extend to variable depths and in the most
irregular manner into the substance of brain and cord, so that
the surface markings afford no reliable criterion of the extent of
tissue affected. The patches have a firm consistence, a clean
section, and their colour is a rosy grey.
When a low power of the microscope is brought to bear
on a thin section of the cord it is found that the sharp separa-
tion between the healthy and the diseased parts is only apparent,
and that really they merge into one another by insensible gra-
dations. Directing our attention first to the healthy portion of
a transverse section, Prof. Charcot describes the well-known
appearance of the white substance, the numerous discs formed by
the cut ends of nerve-fibres, each with its central axis -cylinder
and its sheath of myeline. Between the fibres appears the
much-discussed connective substance, neuroglia or reticulum,
to which, as the seat of the principal and probably the primary
change in sclerosis. Prof. Charcot devotes great attention. He
adopts the view that the neuroglia is a true lymphoid connective
tissue, composed of nucleated stellate cells, by the union of
whose processes the reticulum is formed. Although, however,
he states some of the objections to this view, he does not men-
tion those which appear to be the most powerful — the argument
of Robin that, whereas all the other connective tissue is developed
from the mesoplast, the nervous centres are developed wholly
from the epiplast; and the observations of Henle and Meckel that
the chemical reactions of the neuroglia are the inverse of those
of ordinary connective tissue. However, as Jaccoud truly says,
the difference is merely whether we term the morbid change i;
294 Reviews^, [Oct.,1
hyperplasia of a tissue pre-existing or a neoplasia, and the dif-
ference makes not the slightest alteration in the clinical signi-
ficance of the change.
Passing from the normal cord into the peripheral zone of a
patch of sclerosis, it is noticed that the trabeculse of the reticulum
are notably thickened, having sometimes double their nor-
mal diameter. At the same time the nuclei which occupy
the intersections of the reticulum have increased in size and
number. Jaccoud, following Rindfleisch and Frommann, lays
great stress on the accumulation of the nuclei, which he re-
presents as being very abundant, but Prof. Charcot relegates
this change into a subordinate position. The nerve-fibres ap-
pear more distant from one another ; in reality they are di-
minished in volume, the decrease being due solely to loss of the
myeline sheath, the axis-cylinder remaining normal or becomiug
slightly hypertrophied.
Taking a part nearer to the centre of the patch (zone of transi-
tion), the nerve-fibres are seen to be still further diminished.
Many of them seem to have disappeared; in reality they have been
deprived of their sheath of myeline, and are represented only by
their axis-cylinders, which have acquired, according to Prof»
Charcot, ^^ colossal " dimensions. The trabeculae of the reticulum
have become more transparent, their outlines are less definite,
and in certain parts they are replaced by long and fine fibrillse
like those of ordinary connective tissue.
In the central region of a sclerotic patch the change has
become extreme. The fibrillated connective tissue is now very
greatly developed at the expense of all the other elements.
The fibroid reticulum has disappeared ; the nuclei have di-
minished in size and number; the myeline has vanished. Still
a certain number of axis-cylinders remain intermixed with the
fibrillse, but they have no longer the dimensions that they had
in an earlier stage ; most of them, indeed, are diminished in
size so that they can with difficulty be distinguished from the
connective-tissue fibrils. The persistence of a certain number
of axis- cylinders is a constant occurrence in insular sclerosis,
but probably the majority undergo the change, described by
Frommann, of first showing a longitudinal striation, these strise
then breaking up into granules which disappear by absorption.
Besides these changes in the normal constituents of the cord,
there appears another element which is not found except in
disease. Among the nerve-fibres are found bodies of irregular
rounded outline, having the double contour and the other physi-
cal properties of myehne. Existing in the peripheral zone in
large isolated masses, they become smaller and more numerous
as the change advances, until they are at last represented by
1875.] Recent Researches in Nerve Pathology, 995
minute granules Avhich have all the appearance of fat. These
granules are not found in the centre of the patch, but only in
the peripheral and transition zones ; and, as they are there found
in great abundance around the vessels and in their lymphatic
sheaths, it is probable that they are thus absorbed.
Having studied the successive appearances presented by a
patch of sclerosis when examined from the periphery towards
the centre, that is, from the most recent changes to the most
advanced, we are in a condition to consider what is the sequence
of the appearances we have witnessed, which are primary, and
which are merely subsidiary. On this head Prof. Charcot has
no doubt. Incontestably, he says, the multiplication of the
nuclei and the hyperplasia of the reticulate fibres of the
neuroglia are the initial fundamental fact, the necessary ante-
cedent. The degenerative atrophy of the nervous elements is
secondary. Dr. Moxon, too, says that the minute anatomy is
evidently that of chronic inflammation, and describes it as be-
ginning in the medullary rays of the connective tissue, involving
the nerve-fibres secondarily. Jaccoud also speaks of sclerosis
as constituted by two acts of the connective tissue — first abnor-
mal development or proliferation, and then contraction and
compression. Rindfleisch is of the same opinion. So that there
can be little doubt that sclerosis of cord is strictly analogous to
those changes which have so long been known to take place in
other organs, in which the same sequence of proliferation and
contraction of connective tissue leads to the same disastrous
effects on the structure and function of the organ.
The cause of the peculiar distribution of the patches of
sclerosis is at present unknown. Prof. Charcot does not hazard
any hypothesis. He states that Rindfleisch has brought for-
ward the notion that the point of departure is in the vascular
system — that inflammation of the walls of the small vessels is
the first change, and that from these, as from centres, it is
propagated. Rindfleisch, however, clearly distinguishes two
kinds of sclerosis. In one form there is invariably a thickened
vessel in the centre of the patch ; in the second, besides other
differences, he distinctly states that the behaviour of the vessels
is of subordinate significance. The fact that he limits the term
sclerosis to the first variety, and calls the other grey degenera-
tion, has probably given rise to Prof. Charcot's error. A second
hypothesis brought forward by Dr. Moxon deserves attentive
consideration, both from its novelty and from the connection it
would establish between disorders at first sight widely different.
The supposition is that there is reason to regard insular sclerosis
as eruptive — to look upon the phenomenon of eruption as by no
means confined to the skin, but producing characteristic ap-
296 Reviews. [Oct.,
pearances in many other organs. In smallpox the mucous
membranes, the inward reflexions of the tegument, show the
characteristic eruptions. In syphilis the same kind of action is
found in muscles, bones, &c., in the form of gummata. But
the closest resemblance to sclerosis is found in the subacute
arteritis occurring in patches, which Dr. Moxon has described
as inflammatory mollities. The fibroid substances in brain and
artery resemble each other very closely, and the form of distri-
bution of the charge — round blotches — is the same in both. In
either case we meet with a disease of unknown origin, which
presents itself as an eruptive outburst of more or less circular
foci of subinflammatory action. In neither case is there any
correspondence of the figure of the patch with any structural
component of the texture. Dr. Moxon believes that both
maladies have an essentially eruptive nature, by which he
means that the local disease is set up by some agency which is
of specific kind and not native in the part in which the change
is seen. It is to be hoped that Dr. Moxon will further elaborate
an idea of such fruitful promise — an idea which, if really
established, will give us a far clearer insight into a class of ob-
scure diseases, and furnish very valuable indications for pre-
ventive and curative treatment.
It remains now to consider what is the connection of the
symptoms of the disease with the peculiar change in the nervous
centres, and here, again, the deficiency of our knowledge is con-
spicuous. The uniform coexistence of the morbid change with
the peculiar group of symptoms described leaves no more doubt
of its causal relation to them than of the causal relation of
sclerosis of the posterior columns to the staggering gait and
electric pains of locomotive ataxy ; and this is further confirmed
by the fact that in other diseases (cerebral change with descend-
ing wasting, pachymeningitis, primitive symmetrical sclerosis,
&c.) damaging the antero-lateral columns there occur paralysis
and spasmodic rigidity. But in what way it is that change in
this region gives rise to these symptoms is at present unex-
plained. We have endeavoured to show that tremor may be ra-
tionally accounted for by the existence of such a condition in
the nerve-centres, but to discuss the dependence of the other
symptoms on the anatomical condition would, in the present
state of our knowledge of the functions of the different regions
of the cord, merely lead us into idle speculation.
Our knowledge of the etiology of these, as of most other
nervous diseases, is still in a very unsatisfactory condition. It
is indeed gratifying that the three things which have so long
been credited with the parentage of every kind of nervous
disorder — syphilis, masturbation and sexual c:jvcess — seem at
1875.] Recent Researches in Nerve Pathology, 297
length to be losing their time-honoured reputation. None of
these is mentioned by Prof. Charcot. The imaginations of
pathologists on this subject have been much like that of the
celebrated sailor to whom was granted the fairy privilege of
having three wishes fulfilled. After he had secured all the rum
in the world and all the tobacco in the world by his first two
wishes, he could think of nothing further to wish for than a
little more rum. After crediting all nervous disorders to sexual
excess and syphilis, pathologists have no explanation of a new
disease but a little more sexual excess.
It is interesting to note the contrary results to which two
excellent observers are led by reasoning from insufficient data.
Jaccoud finds that sclerosis attacks young or adult individuals
without distinction of sex up to the age of forty-five years, and
he has known two cases over fifty. Prof. Charcot considers it
established that the malady is much more common in females
than in males — that it rarely appears after thirty, and never
after forty. Jaccoud finds that of eighteen cases ten are male
and eight female. Prof. Charcot, out of thirty-four cases, finds
nine male and twenty-five female. Both observers agree, how-
ever, in recognising the powerful influence of moist cold in
causing both paralysis agitans and insular sclerosis, and the
latter adds vivid emotions as another fruitful cause. In this,
as in all similar cases where such very common conditions are
arraigned as causes of such rare diseases, it is evident that they
cannot be the sole nor even the principal causal conditions, or
the diseases would be far more common. If, as Prof. Charcot
states, the anxiety caused, for example, by an illicit pregnancy
can give rise to sclerosis, the disease would scarcely have
remained so long unrecognised on account of its rarity.
Much more importance must be attached to a fact noticed by
Dr. Bourneville, that the appearance of the symptoms of sclerosis
is often preceded by some acute illness. It is possible that a
damaged cord, which was able to perform its functions without
great defect so long as the general health was good, gave way
suddenly when the vital condition was lowered. This, at least,
was suggested as being the case in a patient whom we recently
saw with an able pathologist and physician. A woman had cen-
tripetal paralysis of all four extremities with muscular atrophy,
and she dated these symptoms from her confinement two months
before. The view of the case, founded on a general examination
of her system, was that she had had disease in her cord for a
very long period before the symptoms showed themselves, and
that the confinement had brought them out in some such way
as this. Suppose a fibroid thickening of the vessels of the cord
such as, judging from her clinical history, there was no doubt
298 Revieivs. [Oct.,
she had in other organs, so long as the heart retained its full
power, the vis a tergo would be competent to force the plasma
through the thickened walls of the vessels in sufficient quantity
to sustain the nourishment of the cord nearly up to the normal
standard ; but when the heart's power was suddenly much
diminished the cord would be very insufficiently nourished,
and its function would rapidly fail. In view of these circum-
stances a very favorable prognosis was given, it being believed
that as the heart regained power the cord would regain its
function ; and this was fully justified by the event. The patient
recovered. The case, however, is not decisive, for she took
iodide of potassium.
Keeping in mind the profound alteration of structure on
which the symptoms undoubtedly depend, we should antici-
pate that drugs would be useless in the treatment of this
disease. What drug could restore the lost myeline to the
nerves, or reconvert the dense fibrillar connective tissue into
cobweb-like neuroglia? We are prepared to hear, there-
fore, that the whole catalogue of so-called nervines — chloride of
gold, phosphate of zinc, nitrate of silver, bromide of potassium,
arsenic, belladonna, strychnine, ergot of rye, and the rest — have
one and all failed to benefit the patients, although several of
them have appeared to exaggerate the symptoms. Rather,
we should imagine, by careful abstinence from fatigue and
anxiety, by rigorous- dietetic and hygienic rules, by the removal
of any concomitant maladies or sources of weakness, should the
general standard of nutrition be raised to the highest possible
pitch ; so that although we cannot renew the damaged patches
in the cord, yet by ensuring them a copious supply of pure,
rich, well-oxygenated blood sent by a powerful heart, we place
those elements that yet remain under the most favorable con-
ditions possible for retaining and improving their function.
III. — Paget's Clinical Lectures and Essays.^
Some of the most useful teaching of men of large experience
and wide scope of mind is that which may be gathered from
the casual reflections and remarks which are called forth by par-
ticular subjects under investigation. Herein the teacher is not
hampered by the necessity of reducing his thoughts to a sys-
tematic form ; he can throw out hints and state impressions
1 Clinical Lectures and Ussays. By Sir James Paget, Bart, F.R.S., D.C.L.
Oxon., LL.D. Cantab. Edited by Howaed Maesh, F.R.C.S.
1875.]
I^AGET^s Clinical Lectures and Essays. SSQ'
which would be out of place in a formal treatise ; and his ob-
servations have the additional interest which is always given by
an immediate application. In this way also the listener's intel-
lect is stimulated to the filling up of suggestive outlines, or the
pursuit of indicated paths of inquiry. This it is which gives so
great a value to the conversation of men of learning and wide
observation, some of whose best thoughts have been thus trans-
mitted. Unfortunately the pace of our present mode of life
gives but little opportunity for sustained rational conversation.
People in the present day have not time for the " talk " whereby
men such as Johnson or Coleridge used to recreate and improve
themselves and others. The result of this has been an increase
of periodical literature, containing short essays and papers, cor-
responding in style very much to the conversation of former
days. It is well for us, then, when one having such excep-
tional materials for and such unexampled powers of teaching,
as distinguish Sir James Paget, gives to us in a collected form,
some of his occasional and less systematic lessons, and thus
enlarges, as it were, the circle of his pupils. The volume of
' Clinical Lectures and Essays ' which Sir James Paget has
recently published is modestly prefaced by the statement, that
it is not intended for ^^ those who are in large surgical practice
or familiar with surgical literature. Its chief purpose will be
attained if it be useful to students and to those who have too
few opportunities of studying surgery in either large practice or
large books." But we think there are few in the profession
who will not be glad to profit by the sagacious reflections and
mature advice contained in the book, and to possess, in a con-
venient form, the valuable essays which are therein gathered
from many scattered sources.
These essays also have a high value as models of method and
style. A man of high scientific attainments recently expressed
to the present writer his opinion that the members of the medical
profession excelled chiefly in their powers of immediate deduc-
tion, but were, as a rule, not skilful in carrying on sustained
chains of reasoning. This we believe is, generally speaking,
true ; but Sir James Paget has given many evidences of the
possession of very high reasoning powers, and the student may
gather from his writings numerous examples of cautious and
well-sustained argument, as well as of subtle analysis and accu-
rate deduction. Moreover, it may be noticed with what modest
reticence he abstains from attempting explanations when the
facts are insuflicient — an example too little followed by many
medical writers ; and the style has, besides the clearness which
belongs to a thorough comprehension of the subject-matter, a
classic eloquence which makes it most attractive reading.
800 Reviews, [Oct.,
Mr. Marsh, besides having edited tlie volume, has added
some valuable notes, which we shall notice in their place.
The first essay is on the various risks of operations, and gives
us many useful notes whereby we may distinguish those patients
which are, from those which are not, favorable subjects for opera-
tions. Those who recover best from operations are not they who
are most healthy for active life, but boys between the ages of
twelve and sixteen years, and chronic invalids who have lived
carefully and temperately, and ^' to whom an operation brings
no great change of habits." The boys, we presume, owe their
good recovery very much to the soundness of their bodies,
which have not yet been exposed to much damage by wear or
dissipation ; the chronic invalids to their careful living and the
little change of habits involved by an operation.
Children are likewise, in many respects, free from dangers
which beset their seniors, and are in danger chiefly from the
shock of an operation. They bear pain ill, and, as Mr. Marsh
points out in a note,^ may be reduced, by a few hours of acute
pain, to a state of dangerous collapse. Mr. Marsh very properly,
therefore, advises the free use of anaesthetics and of opium —
advice which we would earnestly endorse.
Children take anaesthetics very well, and we possess in ether
one which not only has the advantage of producing insensibility
to pain, but which also, by its stimulant effects, acts as an an-
tagonist to shock. We think that the value of opium in the
traumatic fever and nervous irritability, following operations
in children, is by no means sufficiently appreciated. The effect
upon them of small and frequently repeated doses is most ex-
cellent, and we quite agree with Mr. Marsh, that " it is, per-
haps, the most valuable medicine that children ever take."
Mr. Marsh also questions the accuracy of the opinion that chil-
dren bear the loss of blood badly. We consider that their large
reparative power enables them rapidly to make up the loss ; but
we think also that they are in graver danger at the time of the
haemorrhage, than adults would be from a proportionate bleeding,
on account of the profounder impression made upon the ner-
vous system. It is quite true, as Mr. Marsh says, that convul-
sions do not often follow large haemorrhages in children ; but
coma does, as we have several times seen, after not very copious
bleeding.
The author remarks that children are much less liable than
adults to pyaemia after operation, and the editor adds that they
more often recover when it does occur. This should encourage
us to operate on children in the early stage of pyaemia, when
1 P. 399.
n
875.] Paget's Clinical Lectures and Essays, 301
y so doing we can remove the source of the blood-poisoning.
Wc have ourselves seen a child, who was unquestionably suffer-
ing from pyrcmia, make a rapid recovery from the time when a
diseased limb was amputated. The tuberculosis which some-
times seems to be set up by an operation may, we think, be
occasionally due to the interference with old caseous material
which the operation often involves.
Age is, of course, a source of danger to the subjects of opera-
tions, and the author wisely reminds us that we must judge of
age, not by years, but by the amount of degeneration present.
Old persons bear the loss of blood badly, and we are warned
against keeping them long recumbent, or over-feeding them.
" They that are fat and bloated, pale, with soft textures, flabby,
torpid, wheezy, incapable of exercise, looking older than their
years," are characterised as "very bad" subjects for operations.
The scrofulous are said to exhibit, in reference to operations,
chiefly want of healing power. This is no doubt true, and the
rapid recovery which follows the removal of the majority of
joints affected by chronic disease, is evidence that many of such
cases are miscalled " scrofulous." The syphilitic and the gouty
do not seem to incur any special risk from operations, excepting
in so far as the latter are liable to have granular kidneys or
other degenerations ; neither do the cancerous nor the plethoric.
The very fat, especially those who overeat and drink, and have
pendulous bellies and defective portal circulation, are referred
to as a very bad class for operations. Here the author gives a
wise warning concerning the prevalence of habitual soaking,
and the fatal harm that many persons, who pass for highly
respectable people, thereby do themselves.
Dyspepsia is spoken of as increasing the risk of chloroform or
ether sickness. This may, perhaps, be so ; but we think that
renal disease is by far the most common cause of the after-
sickness from anaesthetics. We not only agree with the author
that constipation for a few days after an operation is harmless,
but would go further, and say that it is very often beneficial to
prevent the disturbance accompanying an action of the bowels,
and that after an operation for strangulated hernia it is desirable
to give opium for this purpose.
We think that Sir James Paget rather over-estimates the
danger of operating on those with amyloid enlargement of the
liver, which, when coincident with long-continued suppuration,
may be even an additional reason for removing by operation,
the disease which may be its cause.
We are surprised, moreover, to see that he is rather in favour
of operating for fistula in phthisical patients; and we question,
indeed, whether many persons in ill health, even when not
112— LYI. 20
302 Reviews. [Oct.,
phthisical, are not more harmed than benefited by the " free
incisions " which are usually thought applicable to sinuses and
abscess about the anus.
The danger of operating on the subjects of albuminuria is
alluded to, and there is a useful warning against incautious
catheterism, which, with some remarks on operating upon the
insane, the pregnant, and the suckling, bring this subject to a
close. Then follows a chapter on " The Calamities of Surgery,"
which, it is shown, are sometimes to be averted by careful atten-
tion to details, but are sometimes by no skill to be avoided.
The author justly says that a man who is to be submitted to an
operation ought at least to be inspected with a care equal to
that expended upon a candidate for life insurance, and he
recommends for guidance the questions which an insurance office
requires to be answered.
There is a great element of safety in the consultations, usually
held in hospital practice, upon all cases in which an operation
is proposed.
We regret to notice that Sir James Paget still speaks some-
what doubtfully of the advantages of ether over chloroform,
although, in a note, he states that '^ for the last two years I have
used only sulphuric ether, or, for short operations, nitrous
oxide gas or ether-spray." Certainly, deaths from anaesthetics
are among those calamities of surgery which may be notably
reduced by the careful selection of the safest available agent.
Nothing can be better than nitrous oxide for short operations,
and it might be much more frequently used for such than it is
at present ; but for operations of longer duration, it has been
abundantly shown that ether is by far the safest anaesthetic
which we at present possess, and that it can be given as easily
and conveniently as chloroform. Moreover, it is less liable
than chloroform to produce after-sickness, and is, by its stimu-
lant effect, antagonistic to the shock of an operation. Examples
are given of the value of attention to small things in surgery,
and of the lessons that may be learned from failures and mis-
takes. " But there are some people who seem to have a happy
art of forgetting all their failures, and remembering nothing but
their successes, and, as I have watched such men in professional
life, years have always made them worse instead of better sur-
geons. They seem to have a faculty of reckoning all failures
as little, and all successes as big ; they make their brains like
sieves, and they run all the little things through, and retain all
the big ones which they. suppose to be their successes; and a
very mischievous heap of rubbish it is that they retain.''
The short essay on " Stammering with other Organs than
those of Speech" gives the key to understanding a class of cases,
'^R.
] Paget's Clinical Lectures and Essays. 303
til
I
that without it, would often be puzzling. This is the note of
these cases : — " Stammering, in whatever organs, appears due
to a want of concord between certain muscles that must con-
tract for the expulsion of something, and others that must at
the same time relax to permit the thing to be expelled." In-
ances of this discord or stammering are given, affecting the
inary organs, the oesophagus, and the rectum.
The next lecture is on " Cases that Bone-setters Cure."
ome of the most successful of such cures are due to the rup-
ture of adhesions between the joint-surfaces, others to the more
gradual lengthening of shortened structures outside the joints.
The author gives some useful guides towards the discernment
of the cases that are suited to such treatment. For it m^ist be
remembered that although the public hear but little of the
failures and injuries done by the ** bone-setters," yet such
treatment is sometimes followed by the gravest mischief. We
doubt whether adhesion or ulceration takes place in joints as
the result of mere immobility, though the surrounding soft
parts may become contracted or wasted ; and we think, there-
fore, a careful inquiry should be made in all cases of stiff joints
for the occurrence of even the slightest inflammatory attack,
and that this should very much influence us as to whether the
joint should be suddenly, or gradually moved. The gradual
stretching of an adhesion, as a rule, does harm, whereas its
rupture is often at once curative ; but when the stiffness of a
joint depends upon the structures around, and not within it,
the slower method of rubbing and exercise is much more suc-
cessful than any sudden and extended movement, which, indeed,
may do much harm. Sir James Paget refers to a case, related
by Mr. Butlin, of ankylosis of a knee-joint which was long
kept straight for the treatment of a fractured femur; but the
case is not a conclusive one, for there had been a recent frac-
ture of the lower end of the femur, when the knee-joint might
possibly have been injured ; these were ulcers of the articular
cartilage which were surrounded by vascular patches, and the
bone was somewhat softened. Moreover, Dr. Reyber has shown
that absorption of the cartilage of a fixed joint takes place
when the parts are not in contact, and not where they are in
apposition, so that the wasting of the cartilage is due rather
to loss of function than to pressure.
The lectures on " Strangulated Hernia" are full of valuable ex-
perience gathered from the author's notes of his cases, but con-
tain less of novelty than the rest of the book. Among the signs
of strangulation commanding the operation for hernia, the most
reliable is said to be vomiting, the importance of which, we
believe, cannot be too much insisted upon.
304 Ueviews. [Oct.,
With regard to the peritonitis occurring in connection with
strangulated hernia, Mr. Marsh, in a note, alludes to Mr.
Hutchinson's opinion that peritonitis very rarely occurs before
the operation, unless there be perforation, and that when it
occurs after the operation it is chiefly caused by the return of
inflamed intestine and flakes of lymph, and by the injury
inflicted by fingers, &c., introduced into the sac. We admit
the rarity of peritonitis before the operation, unless there be
perforation ; and we believe that by far the most common cause
of its occurrence after the operation, is the return of inflam-
matory products into the peritoneal cavity.
Recent experiments have shown the intense and rapid inflam-
mation that may thus be set up, and we think this is one of the
strongest arguments for opening the sac in the majority of
operations for strangulated hernia. If the hernia has been long
strangulated, inflammatory products are almost certainly found
in the sac, and, moreover, the condition of the intestine must be
the more doubtful ; and if an operation is called for after a very
short time of strangulation, the case is probably an acute one,
and inflammatory exudation is again probable. To this lecture
Mr. Marsh appends an excellent note on the ^' aspiration" of
strangulated hernia, and gives, we think, a very just estimate of
the value of that method of treatment. The paper on " Chronic
Pya3mia" describes several cases of that disease, one of which
extended over three years. Its frequent association with acute
necrosis is pointed out. " The frequency of death from acute
pyaemia in this disease is well known, yet I think there are no
cases of pyaemia in which death is more often escaped."
Perhaps the most interesting and valuable lectures in the
volume, are those on " Nervous Mimicry ;" they notably display
the sagacity of the author. Herein we are warned against the
common error that neuromimesis "is to be found only or chiefly
in the silly, selfish girls among whom it is commonly supposed
that hysteria is rife or an almost natural state." Rather are
we to look for it in those of unusual mental or emotional
character, and to remember that "1 cannot," though it often looks
like " I will not," really may be '* I cannot will." Very impor-
tant in aid of diagnosis is the family history, which often gives
evidence of ancestral or consanguineous insanity, and the
author justly lays great stress upon the hyperneurotic diathesis
of these patients, and the fallacy of supposing " that nervous
mimicry or hysteria, or any of the allied forms of disease, can
be referred to any malady of any other part than the nervous
system." But it must also be remembered that there are nume-
rous cases of trivial disease or injury, made to seem severe by
hysteria or other nervous fault." Excellent advice is given foi
1875.] Paget's Clinical Lectures and Essays. 305
the diagnosis of the real from the mimic disease, and there is a
description of a nervous dihitation of arteries simulating aneurism,
of which we have seen several examples, but of which we have
not elsewhere met with a description.
The lecture on " Carbuncle" asserts the uselessness of the cut-
ting, stimulating, and feeding which used to be thought necessary;
|and the value of fresh air and careful dressing of the wound.
ur experience is quite confirmatory of this, and we think
hat, thanks to Sir James Paget's teaching, the more rational
reatment he advises is gaining ground. The mortality of the
disease has been much over-estimated, and in Sir J. Paget's
opinion " there is no other disease of the same extent and
general severity which is attended with so little risk to life."
This statement refers, of course, to uncomplicated carbuncle,
for, like any other extensive suppuration, it may be the fatal
addition to existing disease, as, for instance, it not unfre-
quently is to diabetes. The fatal affection called "facial car-
buncle" was, when the lecture was first given, considered by the
author as a separate disease, but he now ^^ feels nearly sure that
the disease of the lip is true carbuncle which, because of some
peculiarity in the textures of the lip, especially in young per-
sons, is peculiarly apt to infect the blood and generate acute
pyaemia." To the remarks on dressing carbuncles, we would
add that nothing has seemed to us so efficient, both for comfort
and progress, as the application of the oakum now used for
dressing wounds.
There then follows a most admirable chapter on what the
author has well named " sexual liypochondriasis." It seems to
us a model of the method in which such subjects should be
treated, namely, by straightforward, conscientious, plain-speak-
ing. It will be very helpful to many of less authority, to be
able to quote Sir James Paget's denunciation of the false
teaching of Lallemand and his followers; and, we doubt not,
that many wrong and harmful opinions will be neutralised by
the excellently wise words in which Sir James treats of some of
the difficult questions connected with this subject,
A paper on " Gouty Phlebitis" is founded upon several inter-
esting cases which are related. Among other results of this
affection, one not commonly known, is the hypertrophy of the
muscles of the limb to which the author calls attention.
The essay on " Residual Abscesses" describes a class of cases
frequently seen, but often misinterpreted, and gives, we believe
for the first time, the real explanation of their nature. " Under
the name of residual abscesses" are included " all abscesses
formed in or about the residues of former inflammations. Most
of them are formed where pus, produced long previously, has
306 Reviews. [Oct.^
been wholly or in part retained and become dry, or in some
form obsolete ; but some of them, it is probable, are found in
the thickenings, adhesions, or other slowly organised products
of inflammation long past.'' These abscesses remind us of
what we think is too often forgotten — that the effects of disease
frequently remain when the disease itself has been long at an end.
We think that this is the explanation of some of the cases
spoken of by Sir J. Paget in a subsequent chapter as " senile
scrofula,^' in which, because of advancing years or broken
health, some of the latent products of old inflammation are the
seat of fresh suppuration. We cannot but think that John
Hunter was right in regarding scrofula as a disease of youth.
The paper on '^ Dissection Poisons" is a description with
commentary, of the illness from which its author suffered, in
consequence of poisoning during a post-mortem examination of
a patient dead of pyaemia. Sir James points out the curious
but indubitable fact that immunity from this kind of poison is
acquired from constant contact with it, and that such immunity
may be both local and general, also that after a time this immu-
nity is lost. Most of those much engaged in morbid anatomy
can confirm this. In speaking of his own liability to pneu-
monia the author usefully reminds us '' that there is no disease
so specific but that its signs may be confused or complicated
with the things that are peculiar to the patient." Thus are
explained the various eruptions and other troubles sometimes
educed by, and bringing discredit upon, vaccination ; " they
come out from the personal constitutions of the several
patients, which are disturbed by the vaccination, as they might
have been by anything else producing some slight fever.
A short paper on " Quiet ^jecrosis" (we cannot help a passing
expression of our admiration for the happy titles which Sir J.
Paget gives to his essays), describes the exfoliation of bone
and cartilage which sometimes occurs " without any of the
attendant phenomena of either inflammation or fever."
The essay on "Scarlet Fever after Operations" draws attention
to the fact that '' there is something in the consequences of sur-
gical operations which makes the patients peculiarly susceptible of
the influence of the scarlet fever poison." The disease in these
cases is variously modified, but in all of them the period of
incubation is unusually short. In a note on this subject Mr.
Marsh gives some striking facts collected from the records of the
Hospital for Sick Children. We think he clearly shows that
the disease is really scarlet fever, and that " both the explana-
tions of Sir James Paget are correct, though of course in dif-
ferent cases." These explanations are as follows : " Either the
condition induced in a patient by a surgical operation is one
1(,
875.] Medical Missions, 307
hat gives a peculiar liability to the reception of an epidemic or
contagious poison, and any one of these, being imbibed imme-
diately after the operation, produces its specific effect in much
less than the usual period of incubation ; or else those who
suffer with scarlatina within a few days after operation, had
^T)reviously imbibed the poison, but would not have manifested
^Hts effects so soon, if at all, unless their health had been ex-
^^pausted or disturbed." These facts have a great practical import-
^Hince for those engaged in operative surgery, and should be espe-
^Hially remembered in connection with plastic operations, wherein
^Rmmediate union is essential to success. We have certainly
^Heen a considerable number of such operations fail from the
^■occurrence of scarlet fever immediately after the operation. The
remainder of the volume consists of " Notes for the Study of
some Constitutional Diseases." These notes are extremely sug-
gestive, and will furnish the thoughtful reader with rich
material for reflexion and investigation. They do not profess
to be more than " fragments," but they display in a notable
degree that sagacity and exact observation — that ayxivoia and
ciKpi^eia — which give so great a value to all the writings of their
author, and which make these *^ fragments" of more worth than
many a bulky tome.
We resist the temptation to quote any part of these notes,
but would point out as especially interesting and suggestive,
the remarks on ^^ the variation of constitutional diseases in
hereditary transmission" and those on " the evolution of
diseases."
We recommend our readers not to lose the pleasure and
instruction to be derived from a perusal of this book, which we
consider one of the most valuable recent additions to surgical
literature. Mr. Howard Marsh, besides editing the work, has
increased its value by the admirable notes to which we have
alluded, and by a copious index ; he also gives some useful
references to the literature of some of the subjects treated.
IV. — Medical Missions.
Some of our readers may ask. What is a medical mission ?
It is well, therefore, that we should at the outset explain the
^ 1. The Quarterly Paper of the I^dinhurgh Medical Missionary Society.
2. The Medical Missionary Journal. Published monthly by Dr. Buens
Thomson.
3. Memorials of James Henderson, M.D., F.R.C.S. JEd., Medical Missionary to
Chitia, 1872.
4. Seedtime in Kashmir; a Memoir of W. J. Elmslie, M.D., F.R.C.S. Fd.,
Medical Missionary in Kashmir,
308 Reviews. [Oct.,
meaning and' scope of the term. A medical mission is an agency
for niiuistering to the sick ; and^ while their minds are softened
and touched by kindness, or by the physical relief they have
experienced, taking the opportunity to inculcate tlie first princi-
ples of Christianity. A medical mission has thus a twofold
aspect. It addresses itself to the cure of the body and at the
same time to the enlightenment of the mind. But this is not
the place to dwell upon the religious aspect of the subject.
However scriptural and reasonable such a mode of extending
the limits of Christendom may be, a medical review is not the
fittest place for enlarging upon it. We shall, therefore, confine
ourselves to speaking of medical missions as they aim at the
relief of sickness and disease. This will afford us a sufficiently
wide scope and a sufiaciently varied field of observation. It
will carry us back from our own days to the commencement of
the Christian era j it will transport us from the large cities of
our own country far off" to China and Japan ; and from the
aggregated masses of our own crowded courts to the secluded
Zenanas of Hindostan.
In dealing with the subject we shall give, first, a slight sketch
of the history and progress of medical missions, and then we
shall speak more in detail of their rapid development during
the last thirty years. For it is their recent development, and
the variety of forms in which they are now advancing, that
gives to medical missions their present interest, and makes them
a suitable subject for consideration by such a review as this.
We have said that our subject carries us back to the earliest
days of Christianity. We need but remind our readers how
the Divine Founder of our religion *' spake of the kingdom of
God, and healed them that had need of healing;" and, furtlier,
that He enjoined upon His disciples *^ to preach the kingdom
of God and to heal the sick."
In the third and fourth centuries many instances are re-
corded of Christians Avho devoted themselves with the utmost
assiduity to the relief of suff'erers from the plague and other
epidemic diseases ; amongst these may be mentioned Columba,
the noted apostle of the Picts and Scots, whose skill and success
was so remarkable as to make many regard his cures as
miracles — a thing which has often occurred to medical mission-
aries from his time to the present.
Later on in the middle ages many societies of monks were
instituted to provide physical and spiritual relief for the sick
and the ignorant. Thus one order was founded in France to
furnish nurses for persons attacked by St. Anthony's fire, as
erysipelas was then called. This disease was in those days a
far greater scourge than it now is, and caused a terrible mortality
Medical Missions. 309
"iTiroughoat Europe Others, both male and female, devoted
themselves to tlie care of lepers, and founded large establishments
in which to receive and nurse their patients. Jacob of Vitry
says of such, '^ For Christ's sake they bring themselves to
endure, amidst filth and disgusting scents — -by driving them-
selves up to it — such intolerable hardships that it would seem
as if no sort of penitential exercise which man imposes on
himself deserved a moment to be compared with this holy
martyrdom." Tlic Jesuits also, following the example of Loyola,
have always paid especial attention to the care of the sick in
their foreign missions; and to this, no doubt, a part of their
success may be traced.
It must be borne in mind that in the middle ages learning,
in all its branches, was in the hands of the ecclesiastics. Hence
it was almost a necessity that all measures for the relief of the
sick should emanate from them ; and that every one who was
attracted by the study of medicine, or who had a natural apti-
tude for nursing;, should join himself to one of the religious
orders, and exercise his vocation under the protection of the
church. But though some of these orders doubtless owed their
origin to a genuine religious zeal in their founders, yet in course
of time they so far degenerated that even Papal edicts were issued
against the fraudulent tricks of the monks who went about
collecting for the ^^spittals" large sums of money, of which
but a small portion was ever expended upon them.
The history of British medical missions may be traced back
to the year 1701. -The earliest effort in this direction was due to
General Codrington, an English officer, who was the possessor
of estates in the West Indies. A portion of these he left to the
Society for the Propagation of the Gospel in Foreign Parts in the
following terms : —
" General Codrington gives and bequeathes his two plantations in
the island of Barbadoes, and part of his island of Barbuda, to the
Society for the Propagation of the Christian religion in foreign parts,
created and established by his good master King William the Third ;
and desires that the plantations should continue entire, and 300
negroes, at least, be always kept thereon, and a convenient number of
professors and scholars maintained there, who are to be obliged to
study and practise physic and chirurgery as well as divinity, that bv
the apparent usefulness of the former to ail mankind they may both
endear themselves to the people, and have the better opportunity of
doing good to men's souls while they are taking care of their bodies ;
but the particulars of the constitution he leaves to the Society com-
posed of wise and good men."
Many difficulties attended the carrying out of this will, but
finally an establishment was formed f^ud supported out of these
310 Reviews. [Oct.,
estates consisting of a President and twelve scholars, and allow-
ances were made to those who wished to prosecute their studies
in England. The annual value of the property so bequeathed
is said to have amounted to £2000, a larger sum of money than
has ever been devoted to medical missions by any single indi-
vidual before or since.
A little later in the eighteenth century two medical men,
Dr. Hocker and Mr. RuefTer, were sent by the Moravians to
Persia. They might have settled at Ispahan with every pro-
spect of advantage to themselves, as the Persians set a high value
upon the skill of European physicians, but, as they found no
scope for missionary exertions, they fell back upon Cairo. Mr.
Rueffer died before reaching that city in consequence of the
hardships which they underwent, while Hocker continued
the practice of his profession in Egypt for thirty years.
In 1787 Mr. John Thomas, surgeon to the " Oxford," East
Indiaman, who had made several voyages to Calcutta and
become deeply interested in the miserable condition of the
Hindoos, resolved to remain in Bengal, and labour among the
natives. He was a most devoted missionary, and his surgical
skill gave him great influence. Multitudes flocked to him for
advice, many from distant parts, and when he travelled
through the country his progress was often hindered by the
crowds who came to him to be treated ; and in consequence of
the interest in Christianity which his words, no less than his
benevolent work, had created, the well-known Dr. Carey was
sent out by the Baptist Missionary Society in 1793.
A few years later Dr. Vanderkemp was sent to South Africa
by the LondonMissionary Society. He laboured among the Caffirs
with the utmost zeal, and his medical skill won for him a high
place in their affections. The strong footing which Christanity
has since obtained in South Africa is probably in no small
measure due to the influence of this medical missionary.
The first effort in this direction made in China was in 1819,
when Dr. Livingstone, a surgeon of the East India Company,
called the attention of the Rev. Dr. Morrison, an agent of the
London Missionary Society, to the Chinese system of medicine.
He was struck by the number of medicinal plants which were
exposed for sale in the markets, and which were not known to
the European pharmacopoeia. Dr. Morrison took up the subject
warmly, and appears to have seen how much it might assist him
in gaining the confidence of the Chinese if he took some steps
to relieve their bodily sufferings. He, therefore, purchased a
complete Chinese medical library with an adequate assortment
of Chinese medicines ; he engaged the services of a Chinese
physician and apothecary, as well as a herbalist, whose entire
1875.] ■ Medical Missions. 311
stock he purchased for Dr. Livingstone's examination. He then
opened a dispensary at which he himself endeavoured to be
present two or three hours daily, and Dr. Livingstone also
frequently gave the patients the benefit of his services. This
effort appears to have originated chiefly in the desire to ascer-
tain what value there might be in the Chinese medical system,
and how far it might be advantageously studied by a European
surgeon. It was at least a matter of curiosity to see whether
their medical system was worthy of the name, and whether it was
possible that their materia medica might contain some articles of
real value. The conclusion arrived at was that 2000 years ago
the Chinese were greater proficients in medicine than any of
the nations of the West ; but that since that time few improve-
ments have been introduced, whilst an abundant crop of errors
has sprung up in every department of practice.
In 1827 Dr. Colledge opened an eye infirmary at Macao.
Eight years later a similar institution was commenced at
Canton by Dr. Peter Parker, an agent of the American Board
of Missions. The success of his treatment produced a great
sensation, and patients of all ranks flocked to the hospital
from all parts of the empire. In the course of two years 4575
persons passed under his care. Reports of the cases were
published quarterly in the ' Chinese Repository,' which con-
tain many interesting particulars relative to the diseases of
the eye, which are so common in the " celestial empire." He
did not, however, confine his attention altogether to ophthalmic
practice. Indeed his success in all branches of surgery was so
great that we cannot be surprised at the esteem in which he
was held by the Chinese. The following extracts from his
reports will show both the importance of the operations which
he sometimes had to undertake and the mode in which the
natives expressed their gratitude. *' They were much struck,"
he writes, " by the case of a beggar from Macao, who had a
tumour of extraordinary magnitude upon the side of his face
and head. When it became so large as to disable him from
labour, he had no resource but that of begging. This burden,
though one that would weary a man to bear an hour, he
could not put ofl" for a moment day or night. He had lono-
been a loathsome and pitiable object to the citizens, and when
I was at Macao, as I passed him in the streets, he pre-
sented written appeals, from unknown authors, to my sym-
pathy, and requests that he might be relieved of his burden.
The tumour, measuring 2 feet 6 inches in circumference,
and weighing a few ounces short of nine pounds, was lately
removed. The man quite recovered in three weeks. He is now
porter to the hospital, where he acquits himself well. The
312 - Reviews. [Oct.,
magnitude of the operation, the elliptical incisions being about
eighteen inches in length, and the adhesion of the base over tlio
carotid artery and the parotid gland being deep and stron'j-,
rendered it impossible it should be performed without solicitude."
The following is a specimen of one of the scrolls of gratitude
%vhich were not unfrequently presented to the doctor by pa-
tients who had been cured by him. Dr. Parker writes : —
*' February 26, 1849, Chusher, a manchu, set. 54, had a fun-
goid tumour of the size of an orange situated upon the back
and spine. The tumour was readily and successfully removed.
Before leaving the hospital the patient made repeated solicita-
tions to be allowed to send an artist to take the portrait of the
surgeon. His importunity was at length acceded to, and soon
there was presented a portrait, taken in water coloiirs, by the
side of which, on the same canvas, was the following inscription
in poetry, and an account of his case, and what he had seen in
the ht)spital : —
" "What man is that ? America's noble and disinterested man,
who does to others as he would that others should do to him. His
country is different from ours, his feelings are the same. In all
distresses and diseases he feels the sorrows and joys of others as
though they were his own. Those cases w^hich require the use of
instruments, and which are difficult to others, are easy to him. He
cherishes a mind that is divine, and bears the visage of Budha ; a
full halo of glory surrounds his deeds, and he deserves immeasurable
longevity. Parker's meritorious virtues are as numerous as the
sands of the ever-flowing river. I denominate him as Ye- Sir.
"What say you, yes or no ? "
- Indeed, China has always been a favorite field for the work
of the medical missionary. The people are so opinionated, and
so proud of their semi-civilisation, that it is difl[icult to get them
to give a fair hearing to the religion of Christendom, but they
can at once perceive the value of the science which the medical
missionary brings along with him. In 1838 a local medical
missionary society was formed — *' The Medical Missionary
Society in China" — of which Dr. Colledge was (and still is) the
president. The thirty-sixth Annual Report, which has just reached
us, is a most interesting pamphlet. With its details of work
done at the various dispensaries and hospitals in connection
with the Society, its Chinese woodcuts of remarkable cases,
with their explanations in Chinese characters, and its allusions
to the peculiarities of the natives, it gives in a brief space a vivid
picture of what medical missions are doing in a far distant
field.
In 1839 the London Missionary Society sent out Lockhart
and Hobson. The former, who has now returned to this couu-
1875.] Medical Missions. 313
try, laboured at Shanghai for nearly twenty years. Mr. Hobson
settled at Canton, and opened a hospital there in a good situa-
tion, easy of access both by road and water. There was a good
dispensary with separate entrances for men and women, and
there were twelve rooms on the ground floor, capable of con-
taining 45 beds, besides extra accommodation for a hundred
more patients, if at any time it should be needed. This hos-
pital was resorted to by about 20,000 patients annually. Mr.
Hobson paid particular attention to the education of Chinese
youths in the principles of European medicine, aud for this
purpose published several small works in Chinese on anatomy,
surgery, medicine, midwifery, comparative physiology, &c.
He also trained several young Chinese in the science and
practice of medicine, and they afterwards became his assistants.
In 1840 Dr. Parker visited this country. Articles which had
appeared in newspapers on the subject of the medical work
going on in China had attracted the notice of several members
of our profession, and had prepared them to take an interest in
the matter. Dr. Parker had interviews with most of the lead-
ing medical men of the metropolis, and one result was that the
Royal College of Surgeons undertook to educate, free of ex-
pense, such Chinese youths as might be sent to this country for
medical training, and three scholarships were founded at King's
College for the education of medical missionaries.
The most notable result, however, of Dr. Parker's visit to
this country was the formation of the Edinburgh Medical Mis-
sionary Society, which was founded in 1841, partly to assist the
Chinese missions, and partly to aid the Syrian Medical Associa-
tion. This brings us to what may be considered the modern
development of medical missions, for to the Edinburgh Society
may be traced almost all the w^ork which has been done in this
direction by this country during the last thirty years. The first
President was the late Dr. Abercrombie, who took a lively interest
in its proceedings and frequently attended its meetings. But
Dr. Abercrombie was not the only distinguished medical man
who actively supported the infant society. Among those who
have been its friends, and who have passed away, we may men-
tion Dr. Alison, Dr. Coldstream, Professor George Wilson,
Professor James Miller, and Sir James Simpson. While a
glance at the present list of directors shows that many of
the most eminent men in Edinburgh take an. active part in
its promotion, it has at various times arranged for the delivery
of lectures and addresses to students on medical missions, and
it publishes a Quarterhj Pa/?<?r giving current information upon
the subject. To these sources we are indebted for many of the
details contained in this article. The Society maintains a mis-
314 Reviews, [Oct.,
sionary dispensary in the Cowgate, and also a training institu-
tion in George Square. There are now in this institution fifteen
students, who are prosecuting their studies at the University or
at the College of Surgeons,, with the view of becoming medical
missionaries. The Society also maintains at the present time
three medical missionaries abroad — Dr. Elder, at Madras, Dr.
Palm, in Japan, and Dr. Vartan, at Nazareth. Indeed, the
operations of the Society in all its branches have been so steadily
increasing that the need of larger and more convenient premises
has been much felt, and an effort is now being made to raise
£10,000 in order to erect a suitable building to embrace both
the dispensary and the training institution, and this new build-
ing it is proposed to associate with the name of David Living-
stone, the great African explorer and medical missionary.
To those who have followed the course of medical missions
during their recent development there is no name more familiar
than that of Dr. Burns Thomson. For many years he was the
superintendent of the work of the Society in Edinburgh. He
had been one of their earliest students, he "wrote a prize essay
on the subject, and his devotion to the cause and his energy of
character led to his appointment to this important post. Under
his guidance the Society made rapid advances both at home and
abroad. Though he is no longer connected with it he still
devotes himself to medical missionary work, and carries on a
dispensary of his own and a convalescent home. He moreover
supports three agents abroad — two medical men and one trained
nurse in Madagascar. He publishes monthly the ' Medical
Missionary Journal,' which was the first serial devoted to this
subject, and much of the information contained in this article
has been gleaned from its pages.
So early as the year 1824 the attention of the London Society
for Promoting Christianity among the Jews was directed to the
importance of establishing a medical mission. In that year they
sent Dr. Dalton to Jerusalem with this object; but in 1826 he
died, and the plan appears to have remained in abeyance for
some years. In 1842 Dr. Macgowan was sent out as the Society's
medical agent, and in 1844 a hospital containing 25 beds was
opened. From that time to the present it has been actively
carried on. It is now under the medical charge of Dr. Chaplin,
and last year he and his qualified assistant saw 7771 out-patients,
besides making 11,445 visits to sick Jews at their own houses.
During certain seasons Dr. Chaplin makes a tour of Palestine,
halting for a short time at each of the towns where the Jews
chiefly congregate.
It may be well here to explain the way in which the work of
the missionary dispensary is carried on in Edinburgh, as it is the
1875.] Medical Missions. 31 5
model upon which other institutions of the same kind have been
framed, both at home and abroad. The accommodation pro-
vided is much the same as that of ordinary dispensaries, and
consists of a waiting-room, a consulting-room and a pharmacy.
The patients assemble as usual in the waiting-room, and at a
fixed hour a passage of Scripture is read and explained in a
simple manner. A short prayer concludes the brief service;
and then the patients are seen separately in the consulting-room,
and prescribed for. Besides receiving patients at the dispensary,
the medical man and his assistants visit the sick at their own
houses, which indeed constitutes a most important part of the
work of all ordinary dispensaries. These various opportunities
of seeing the patients give the medical missionary the means of
becoming intimately acquainted with their moral condition, and
he is able to graft upon the dispensary different classes, meet-
ings, &c., for elevating and Christianising the population among
whom he labours. In those foreign stations where the dispensary
has grown into a hospital the work is carried on in substan-
tially the same manner, though it will easily be believed that
the hospital is found a more efficient basis ; and in many cases
the ministerial duties are conducted by a clerical missionary,
who acts somewhat in the capacity of chaplain to the institu-
tion. Dr. Burns Thomson has very properly laid great stress
upon the importance of training missionary nurses, and this is
now being done not only in Edinburgh but also at several of
the foreign stations.
To many persons it has appeared desirable that the general
treatment of the sick poor should be carried on by means of
medical missions, and that direct moral and religious influences
should accompany the practice of medicine and surgery among
the ignorant and degraded classes of society. This has led to
the establishment of medical missionary dispensaries and hospi-
tals in many of the large cities of the kingdom. Starting from
Edinburgh as a centre, they are now to be found in Aberdeen,
Glasgow, Liverpool, Manchester, Bristol and London ; while if
we cross the channel we hear of them in several of the populous
towns of Europe, and, if we travel yet further eastward, we
meet with them in Syria, in Madagascar, in India, in China,
and in various other places.
We have named at the head of this article the two serials
which are devoted to the spread of information upon the subject
of medical missions, and also the memoirs of two medical mis-
sionaries who have lately passed away while they were still
actively engaged in their self-denying labours. It is not possible
for us to do more than to touch upon a few of the salient points
of our subject. But if any one wishes to obtain a comprehensive
316 Revieivs. [Oct.,
view of what medical missions are doing he should study these
periodicals, and if he desires to see how they are carried out in
detail he should read these biographies. The men whom they
pourtray were both of them remarkable, and their lives were
full of interest, apart altogether from their bearing upon our
present subject.
Dr. Henderson was the son of a poor labouring man in the
Highlands of Scotland. His mother was left a widow when he
was scarcely three years old, and his early years were spent in
much poverty. His mother taught him to read, but this was
all the instruction he had. As a young boy he was employed
by a farmer to herd cattle. A little later he was engaged by a
country doctor as groom. At this time he began to have an
earnest longing for more information, and subsequently, Avhen
he had obtained the situation of footman in a gentleman's
household, he set to work in the most diligent and self-denying
manner to educate himself. The butler, who had himself been
trained for a higher position, was a kind friend to him, and ren-
dered him great assistance. It was at this time that he first
entertained the idea of aspiring to a University training to lit
himself for the ministry. He had, however, no friends to aid
him, and he was discouraged from the attempt by all whom he
consulted. But he adopted as his principle, " There is nothing
that has ever been accomplished by man in past times which I,
as an individual, may not accomplish, provided that other things
are equal ;" and having by the most rigid economy laid by a
small sum of money, he gave up his place, and took lodgings in
which he shut himself up all day, and worked and studied in-
cessantly from early morning till past midnight. He lived in
the most frugal manner, spending for his board and lodging no
more than 4s. 6d. a week. After five months he decided on
going to Edinburgh, and there he was fortunate in obtaining a
situation as footman to a lady who paid him good wages, while
she left him a great deal of time at his own disposal. This
leisure he employed in study, and he engaged the assistance of
first-rate masters in Latin, Greek, and mathematics. In this
way he prepared himself for college, and saved sufficient money
to pay his fees. He was now 25 years of age. He had received
no encouragement to enter the ministry, while his attention had
often been drawn, amid his humbler friends and acquaintances,
to the beneficent aspect of our profession. He felt that it aff'orded
opportunities for doing good quite unknown in any other calling ;
and it became the object of his ambition to qualify himself for
it. In 1855 he entered himself at Surgeon's Hall, gave up
domestic service, and studied with his wonted assiduity
throughout the whole of his course, and acquitted himself most
Medical Mission^. 317
editably. When he received his diploma he was offered a
practice that woiikl have yiehled liim £700 a year. But he had
ah-eady made up his mind to be a medical missionary, and, after
a very short delay, he was engaged by the London Missionary
Society to proceed to China. When he presented himself before
the Board in London his self-possessed manner, gentlemanly
bearing, and frank answers, excited special interest in him,
while his manifest intelligence and proved energy of character
secured his immediate nomination. His destination was Shang-
hai, where he succeeded to the work of Dr. Hobson, and his
time was soon fully occupied by the numerous patients who
Hocked around him. During the first year he prescribed for
more than 16,000 persons, whilst 169 patients were treated in
the wards of the hospital. He was assisted by Chin Foo, a
native apothecary and house surgeon, of whom he wrote : —
" He has been in the hospital now about eight years, and assisted
Drs. Lockhart and Hobson. He is attentive to all his duties, very
intelligent, and kind to the patients, has carefully read all Dr.
Hobson' s medical works in Chinese, and, were it not that he wants
practical anatomy, he would be a good surgeon ; but, owing to the
stupid prejudices of the Chinese, he has never even seen the interior
of a dead body. I have tried to teach him from anatomical plates,
but these are not sufficient. He can, however, perform the minor
operations well, under my direction."
After about two years' residence in Shanghai Dr. Henderson
returned to this country to be married. But he remained here
a very short time, and was back again at his post in eight
months. From this time till the date of his death in 1865 he
continued his work at the medical missionary hospital. His
popularity among the Chinese was great, and the number of his
patients steadily increased. In 1864 he was made F.R.C.S. Ed.,
on account of his scientific acquirements and of his researches
as vice-president of the Chinese Branch of the Royal Asiatic
Society.
Dr. Elmslie's career was in some respects not unlike that of
Dr. Henderson.
He was born in Aberdeen in 1832. His father was a shoe-
maker, and, as soon as his son was old enough to help in the
work, he insisted on his beginning to learn his trade. He would
not hear of his being sent to school. If it had not been for the
encouragement of his mother, and his own energy, he would
have remained ignorant even of the rudiments of learning. She
did all she could to help him, and in the evenings after work
his young friends often taught him something that they had
just learnt at school. He himself was eager for instruction,
and used frequently to fix a book in front of him and study
H2--LYI. 21
318 Heviews, [Oct.,
while he was at work. He became very skilful in his trade,
and thus earned money which enabled him at the age of sixteen
to enrol himself as a pupil in the grammar school of Aberdeen.
Eut still during his spare hours he was obliged to work as a
boot-closer. Notwithstanding these disadvantages, in his second
year he gained a bursary by competition, and at the end of the
next session he carried off the first Greek prize. In 1853
Elmslie passed from school to college. His father's failing health
now made him more than ever dependent upon his son's exer-
tions. He, therefore, undertook an engagement to teach in a
school in Aberdeen, and he had also several private pupils.
Being a first-rate student, and of gentlemanly manners, he had
no difficulty in getting as much employment as he wished.
After he had taken his degree in arts he gained another bursary
by competition, and entered the Free Church Divinity College
in 1858 with a view to becoming a minister. But about this
time his attention was directed to medical missions, and he
resolved to qualify himself to take part in them. To a man
who had no resources and no friends the four additional years
of study, which were requisite, were a serious matter. But he
braced himself for the struggle. Again he taught in the academy,
received private pupils, stitched the " uppers " of boots and
shoes, and pored over his books. In July, 1862, he passed his
second professional examination with much credit. At an early
stage of his studies he had heard of the Edinburgh Medical
Missionary Society, and it would have been a great advantage
to him if he could have joined their institution, and thus obtained
his education free of expense ; but his family circumstances
tied him to Aberdeen. He was quite alive to the benefit which
he would derive from studying — if it were only for a time —
under such men as Syme, Simpson, and Miller. He, there-
fore, determined to go up to Edinburgh for the last year of his
course ; and in 1862 he became an inmate of the Medical Mis-
sionary Dispensary. He distinguished himself greatly in his
classes ; but, notwithstanding, when he returned to Aberdeen to
take his degree, he was plucked in those very subjects for which
in Edinburgh he had received a gold medal and a certificate of
merit. Judging — and perhaps not incorrectly — that the
authorities at Aberdeen looked with disapproval on his removal
to Edinburgh, he decided on leaving altogether the former
university and graduating at the latter. But this involved an
extra year of study, and again threw him upon his own resources ;
for he honorably declined to allow the expense incurred by his
failure to fall upon the Medical Missionary Society. This year
was the time of his hardest struggle, for he had to earn his own
living at the time when he was reading more diligently than
' 1875.] Medical Missions. 319
^^^er. But he was rewarded with success ; and he finally re-
^H^ved his degree in 1864, his examiners being abundantly
^Htisfied with the excellence of his papers.
A few months previously he had accepted the post of medical
missionary in Kashmir under the Church Missionary Society ;
and he sailed for India in September of the same year. The
first winter was spent at Lahore, where he worked hard at the
language, and spent three or four hours daily in the government
hospital in order to become familiar with Indian complaints.
He reached Kashmir early in the following May, and opened
his dispensary a few days after his arrival. Before the close of
the first month he had as many as fifty patients a day, and had
performed several important operations. The number of
his patients steadily increased, but in September he was obliged
to leave the valley, in accordance with the rule which was then
in force, that no European should remain in Kashmir during
the winter months. This law continued in operation during
the seven years of Dr. Elmslie^s missionary life. He returned
to his post in the spring, and left again every autumn, spending
the winters, for the most part, in similar work at Umritsar.
His work increased upon him till at length there were often as
many as 170 patients in a day. When it is remembered that
he had no qualified assistant, and that even when performing
operations and administering ansesthetics he could only have
such help as a young native, whom he was training, could give
him, the arduous nature of his duties may be appreciated.
The native doctors, even if they had been ready to co-operate
with him, could have afforded no assistance. They are utterly
unacquainted with anatomy ; the superstition of the country
forbidding all post-mortem examinations. An idea may be
formed of their ignorance by the following incident. " The
Maharajah's native doctor being annoyed that most of his pa-
tients were leaving him for the mission dispensary on account
of the superior surgery, in an evil hour for himself and his
patient thought he would try his hand at surgery. He pro-
ceeded to open a boil in the groin of a sepoy : in doing so he
cut into the femoral artery, and his unfortunate patient bled to
death." More than once during Dr. Elmslie^s residence in
Kashmir the valley was visited by the cholera. The poverty,
filth, and immorality which abound there were favorable to its
development, and its ravages were fearful. Dr. Elmslie was
indefatigable in his labours, going in and out amongst the
people, and visiting from twenty-five to thirty cholera cases a
day. In this emergency he was even admitted to see the women.
Formerly, when in rare cases he had been called upon to give
advice to native ladies, he was obliged to form his diagnosis with a
320 t^eview^. [Oct.,
thick veil between him and his patient, through a hole in which
he examined the tongue. Now, in their dire extremity, this
custom of the country was not enforced. The hakims confessed
that they were powerless, and the chief confidence of the
people, from the Rajah downwards, was placed in the wearing
of amulets and charms.
After he had spent five years in his medical mission work
Dr. Elmslie returned to this country. During his residence in
Kashmir he had, besides his professional labours, endeavoured
to reduce the language to writing — a thing which had never
before been attempted, and his chief employment whilst at
home was passing through the press a Kasmiri vocabulary and
dictionary. He worked so hard at this self-imposed task that
he brought on an illness from the effects of w^hich he never en-
tirely recovered. The work was not out of the hands of the
publishers till Dr. Elmslie had returned to India ; and a com-
pleted copy, intended for him, reached Umritsar the day after
his death. Whilst at home several appointments of value -were
offered to him, but he declined them all to return to his mission
work. On the S3rd of February, 1872, he was married, and
on the 5th of March he and his bride left Edinburgh for India.
The succeeding summer, which he spent in Kashmir, was a
particularly trying one. At the end of the first month it is
noted, " he has just had to-day his eleven hundredth patient
and finished his seventieth operation in a month." There also
occurred, in August of this year, one of those inundations which
are frequent in the valley. There was a great deal of general
sickness at the time, and an epidemic of cholera followed.
Besides the 'cases seen at the dispensary 382 cholera patients
were visited in their own homes. It is no wonder, then, that
the close of the season found Dr. Elmslie quite exhausted from
overwork, and more fit for repose than for an arduous journey
across the passes of the Himalayas. Repeated requests were
made, both to the Maharajah and to the Governor of the
Punjab, that he might be allowed, at least, to delay his journey.
A special application was also forwarded to the Supreme Govern-
ment at Calcutta, and the request that he might be permitted
to winter in Kashmir was at last granted. But the necessary
permit only reached Mrs. Elmslie the day after her husband's
death. He left Kashmir the last week in September. The
journey across the snowy mountains, at a height of 11,900 feet,
was one of fearful suffering to a man Avhose heart and lungs
were both seriously affected ; the rough jolting of the " dandy"
by day and the imperfect shelter at night aggravated his suffer-
ings. He had no companion but his young wife, who was
nearly exhausted by fatigue and want of sleep. His symptoms
1875.]
Medical Missions, 321
became more and more urgent, and just as they had arrived at
Goojerat, and were within reach of friends and medical assist-
ance, he died.
Thus was a valuable life sacrificed to an absurd rule, which
has now happily been abolished. The mission, however, has
not been given up. It is now conducted by Dr. Theodore
Maxwell. Tlie Maharajah has built a hospital, and it is hoped
tliat the work will in future be carried on throughout the year
without interruption.
The Society for the Propagation of the Gospel in Foreign
Parts carries on a college in the West Indies in conformity with
the terms of General Codrington's bequest, to which we have
already alluded ,• but the medical training given to the students
seems to be altogether subordinated to the teaching in divinity.
Indeed this society has done but little in the way of employ-
ing medical missionaries. It can point to two bishops — Dr.
McDougall, late of Labuan, and Dr. Callaway, of Kaffr aria —
who were both actively engaged as medical practitioners before
they became clergymen, and who have found their medical
knowledge of no small use to them in their distant dioceses.
Mr. Strachan, of Madras, who is an agent of this Society, is also
a qualified medical man. But with these exceptions it can
scarcely be said that the Propagation Society has taken any part
in the recent development of medical missions which forms the
subject of this paper.
The Church Missionary Society maintains an opium refuge
at Hangchow, of which Dr. Gait is the medical superintendent.
Dr. Theodore Maxwell, of Kashmir, is an agent of the same
Society; and it has just sent out Mr. E. "SV. Forster to Fast
Africa. The Rev. W. H. Collins, of Peking, is also a member
of the Royal College of Surgeons.
The London Missionary Society has made more use of our
profession than any other. It supports at present Dr. Dudgeon
at Peking ; Mr. Kenneth McKenzie at Hankow ; Mr. G. W,
Parker at Fianarantsoa, Madagascar; Dr. T. S. Thomson at
Neyoor, Travancore ; and Dr. G. A. Turner at Upolu, Samoa,
South Seas.
The various Presbyterian churches, both north and south of
the Tweed, have shown that the same zeal which led, in the
first instance, to the formation of the medical missionary dis-
pensaries in Edinburgh, leads them also to send medical mis-
sionaries abroad. At their foreign stations there are something
like a dozen fully qualified medical men.
It has been a common practice with all the missionary socie-
ties to encourage their clerical agents to acquire such medical
knowledge as they can pick up by the way. Thus^ the studeritg
322 Reviews, [Oct.,
of St. Augustine's College, Canterbury, attend the hospital regu-
larly during their last year of training, and receive instruction
from one of the physicians. Moreover, the societies have often
established dispensaries and hospitals at their foreign stations,
and engaged some local practitioner to attend to the patients.
This is all very well, and these plans have, no doubt, been the
means of alleviating a great deal of distress, and introducing
among the natives more correct ideas with regard to the care
and the nursing of the sick ; but neither of these methods of
proceeding fall within the scope of our present paper. We con-
fine ourselves to medical missions as they are carried out by
those who devote their whole time and energies to them, and
who bring to the work all the knowledge and skill of highly
educated and fully qualified practitioners.
If it is allowed that we confer a great boon by carrying the
advantages of European medical knowledge to those nations
that have no medical system at all, or only one which is worse
than useless, a little reflection will show that it is not enough
to send medical men to India and the East. This would but
half supply the need. It must be remembered that there the
women and children are secluded in the Zenanas, and that even
the native hakims are seldom admitted to see them unless the
patient is in extremis. The treatment of the native doctors is
not only ignorant, but also excessively meddlesome, and calcu-
lated to do irretrievable mischief, when they are called in ; but
as a rule the females of India ara in their times of sickness
given over to the care of native nurses whose practice is even
more harmful than that of the doctors. Very sad effects often
follow from their gross ignorance and unlimited meddlesome-
ness. The death-rate among Indian women and children is
enormous, quite out of due proportion. Dr. Elmslie says, *'on
account of the social habits of the people medical aid, to be
extensively accepted, must be given by women. They alone,
whether they be natives or Europeans, have free access to the
Zenanas. Native gentlemen would only be too glad to call ixi
even a European missionary lady, possessed of the necessary
medical knowledge, to see a beloved wife in the hour of her
trial, or a darling sick child, the pride and hope of their home.
.... Western medical and surgical skill is esteemed everywhere,
is everywhere greatly needed, and, we believe, would be every-
where readily and thankfully received by the women of India,
if offered to them in a manner harmonising with the social cus-
toms of their country." Such considerations as these have led
to the employment of missionary nurses by several of our
societies — such nurses have generally received more or less
training in medicine, more particularly in midwifery. For
1875.] Medical Missions, 323
instance, in Delhi there has been for eight \ears past a mis-
sionary accoucheuse, supported by the Delhi Female Medical
Mission, who was trained in Europe, and who worked in con-
nection with the Society for the Propagation of the Gospel.
Her services have been so much appreciated that the work has
extended. A dispensary for women and children has been
opened, which is at present presided over by a Kaiserwerth
deacon ness, who not only attends to the patients, but is also
training a class of seventeen native nurses. The benefit thus con-
ferred upon the women of India has been recognised by the
municipality of Delhi, a body largely composed of Mahomedan
and Hindoo gentlemen, which grants £90 a year in scholarships
to the native women who are thus trained ; while the Punjab
government contributes 410 rupees a year for medicine. This
is a specimen of what is being done in different parts of India
by our own country women, while the Americans have gone a
step further, having sent out fully qualified medical ladies to
act as missionaries. One such is stationed at Bareilly, another
at Umritsar, and others elsewhere. These ladies not only train
nurses to act under them, but are endeavouring also to raise up
a class of native female practitioners. Whatever may be the
feeling with regard to such practitioners in this country, there
can scarcely be a difference of opinion as to the advisability of
encouraging such a class to meet the wants of the female part
of the population of our Indian empire. To the missionary
societies is due the credit of having taken the first steps in this
direction, and thus giving the earliest impulse to a movement
which must have a most important bearing upon the sanitary
condition and domestic management of the people ; while at
the same time it cannot fail to raise the social status of Indian
women, and to emancipate them from the thraldom in which
they are -now kept. We were glad to observe in the Madras
Mail, of the 11th of March, that the attention of Government
has been given to the same subject. It is desirous of affording
every encouragement to ladies to study for a degree in medicine.
It has been decided that in order to do so they must attend the
full curriculum of prescribed studies, with certain specified
exceptions, these exceptions being midwifery, surgery, and one
or two lectures in anatomy and physiology. For instructing
them in these subjects special arrangements have been made;
and as a further encouragement it has been determined that,
for the present, no fees shall be required from lady students.
The amount of work, in a single department of practice,
which the medical men attached to foreign missionary stations
may have to perform is well illustrated by the following brief
extract from the last report of the Medical Missionary Society
334 Reviews. [Oct.,
in China (1874) — a report to which we have already referred,
and which is in every way most creditable. We there read that
at Canton, and the five affiliated dispensaries
" There were thirty-eight operations for stone by lithotomy, with
four deaths, and eight by lithotrity, all which were successful.
Three operations for elephantiasis of the scrotum were performed
with successful results. Extraction of the crystalline lens for cataract
has been performed fifty-three times, and with restoration of sight
in all but four cases. In addition to the above, other operations,
amounting in numbers to more than a thousand, have been performed,
giving partial or temporary relief to some, and efi'ecting permanent
cures in many. Altogether the year's work may be considered satis-
factory."
In the same Report Mr. J. Vacken, who has a dispensary at
Fuk-wing, says :
" I beg to oft'er my acknowledgments to Mr. Kofi'er, of the Medical
Hall, Hong Kong, for the gratuitous supply of one lb. of the root
of a Siamese plant, the name of which seems not yet to be known.
The extract of this root yields a specific remedy for the cure of ring-
worm, which disease is very prevalent here. This medicine lias
proved unfailing in all cases, and therefore this root ought to become
more generally known, and to find its deserved place in modern
pharmacy."
Is this plant known to our dermatologists ? If not, it would be
worth while to inquire what it is, for the introduction of new
medicines is one of the benefits which we may expect from the
enterprise of medical missionaries.
It would be easy to multiply quotations from the reports of
the different missions, giving particulars most interesting in a
medical point of view — for example, of leprosy and its treatment ;
of opium smoking and its eff'ects; of poisoning from eating the
roe of the torpedo ; of alcoholism in Mongolia, from the use of
arak made from mares' milk ; of a peculiar form of epithelioma
met with in Kashmir, depending upon the habits of the people ;
of the successful introduction of vaccination in various remote
regions ; as well as of many other remarkable medical and
surgical cases. But space forbids. We can, however, assure
our readers that if they refer to the reports themselves, they
will find a mass of interesting medical and surgical details
which will well repay perusal.
The medical missionary societies are Avell aware of the fact,
that if a country is to be properly supplied with doctors, it can
only be by training natives. Their attention is, therefore, always
more or less directed to this object.
There cannot be a better example of what may be effected
by medical missions in developing a native school of medicine^
1875.]
Medical Missions. 325
and substituting an enlightened system of treatment for the
absurd and often harmful practices of the ignorant medicine-
men of heathen countries, than what has occurred in Madagascar
Avithin the hist fifteen years. Dr. Andrew Davidson, a pupil of
Dr. Burns Th.omson's, was sent to Antananarivo, the capital of
that island, by the London Missionary Society in 186^. He
opened a dispensary the first week of his arrival. His patients
during the first year amounted to between 5000 and 6000.
His successful treatment of the native prime minister, who had
been a martyr to gout for nine years, procured him the favour
of that officer, who built a house for the doctor, and granted
him premises for a larger dispensary. He was shortly after-
wards chosen Court physician, and received the medal of the
order of Radama for his successful treatment of the king's
son. During the political troubles through which the island
soon afterwards passed the French physicians were obliged to
leave, and Dr. Davidson remained alone, the one European
medical man in an island with a population of fully 7,000,000.
This gave him great opportunities, and he was not slow to
avail himself of them. In January 1864 the foundations of a
hospital were laid. The people entered heartily into the work.
The nobles contributed largely to the expenses of the building.
The Queen sent officers, with music, Slc, to represent her on
the occasion of laying the foundation stone, and expressed her
sense of the value of the institution by desiring that it should
be called the "Royal Hospital." Dr. Davidson's next step
was to start a medical school in connection with the hospital,
and Dr. Mackie was sent out to assist him. These two set
themselves diligently to prepare text-books for the use of the
students, feeling that if any good was to be done of a permanent
and widespread character it must be by training native doctors.
They appear to liave found them apt students, and several are
already taking the charge of outlying missionary dispensaries.
A trained nurse was some years ago sent out to the " R-oyal
Hospital," and she has a large class of native women under her
instructions. From such a nucleus as this how much may be
expected in the. future for the amelioration of the physical con-
dition of the Malagasy ! Dr. Davidson is literally introducing
to a whole kingdom and nation the blessings of European
medical know^lege in the place of the grossest and most super-
stitious practice ; and his training college bids fair to be not
merely a medical school, but also the first step towards a na-
tional university. This is the medical mission which derives
its pecuniary support chiefly through Dr. Burns Thomson.
The space at our disposal will not allow us to enlarge upon
what has been done by the medical missionaries of othcv
336 Reviews. [Oct.,
countries. We have been obliged to confine our attention
almost entirely to the work which has been accomplished by-
men sent out from this country. We must, however, remark, in
passing, that the American Board of Missions have shown them-
selves fully alive to the value of this agency, and have sent out
many most useful medical missionaries. Among the most
remarkable of these was Dr. Asahel Grant, who laboured chiefly
among the Nestorians of Persia (1836), and who, at a time when
the life of a foreigner was scarcely safe in that country, traversed
its mountain passes in perfect security, his only weapon being
the cataract needle ; such was the reputation that he had gained
by the successful use of this little instrument. In reading the
reports of our own medical missionaries, especially those in
India and China, we come across frequent mention of American
medical missionaries who are carrying on the same work in
adjacent stations. And, as we might expect from the greater
prominence which has been given in the United States to the
medical education of women, we find that they have not only
sent out nurses, but also, as we have already mentioned, they
have been the first to send out fully qualified lady doctors, to
extend to the secluded inmates of Eastern Zenanas the benefits
of a rational system of medical treatment.
To some of our readers the subject of medical missions may
be altogether new ; while others may, perhaps, derive from this
paper a clearer and more systematic idea of their scope than
they have previously had. But to all alike it must, we think,
be obvious that they are rapidly gaining in public opinion.
They are in accordance with the spirit of the age, inasmuch as
they are an attempt to spread to other nations some of the
benefits of European civilisation, and we have no doubt that in
years to come we shall hear more and more of their progress.
Such has been their development in our own day, so numerous
are the lines upon which they are advancing, so various are
their adaptation to the diverse needs of humanity, that, having
once made a fair start, they can hardly fail to win a large
measure of public support and to advance with accelerated
speed. Already the demand for suitable and well-qualified men
is greater than the supply. At the present time the Edinburgh
Society has before it ten applications which it is unable to meet.
A new call is being made upon our profession. New paths are
opening up before our students — paths which, if they do not
lead to worldly advantages, are yet replete with scientific
interest, and are particularly fitted to inspire the ardour of high-
minded and generous men.
1875.] The Teaching of Histology. 327
v.— The Teaching of Histology.^
For some years past there has been a cry for '' practical
instruction " in all departments of medical study. This cry is
not of yesterday, though it is louder now than it has been for a
generation. There was a time when systematic lectures formed
the only recognised channel by which anatomy, chemistry,
nay, even medicine and surgery, found their way to the average
practitioner during his student-days. Steadily, and not very
slowly, when the obstacles to such reform are taken into account,
the lecture system in all these branches of the medical curri-
culum has been supplemented, first by an organised system of
demonstrations, secondly by measures to enable each individual
learner to acquire an immediate personal familiarity with a part
or the whole of every subject taught. Physiology has been the
last to yield to the stream of change ; but it too has yielded,
and a course of " experimental demonstrations," with a class of
" practical physiology/' now figure in the prospectus of every
medical school which wishes itself to be thought on a level with
the demands of the age. The recent regulations of the licens -
ing bodies, making some such instruction compulsory on all
candidates presenting themselves for examination, have power-
fully contributed to hasten the progress of this fundamental
change. In its latest phase the movement is no less than
revolutionary j some of the advocates of " practical instruction'^
desiring to see lectures wholly abolished, as a mere waste of
time. The text-book is to supersede the professor, and the
student is to give up all his hours to the dissecting-room, the
laboratory, and the hospital ward.
It may be worth while briefly to consider the logical issue of
this tendency in its more general relations, before proceeding to
discuss its bearing on the teaching of histology. It should be
clearly understood that the change from simple lecturing to
lecturing with demonstration, is different in kind from that in-
volved in the substitution of " practical instruction '^ for profes-
sorial teaching. The former is the legitimate development of a
method consecrated by long usage; the latter is a revolution.
Whether a teacher appeal solely to the ear, as in lecturing, or
to the eye together with the ear, as in demonstrating, he is still
putting the stamp of his individuality upon a material more or
^ 1. The Histology and Sisto- Chemistry of Man. By Prof. Heineich Feet.
Translated from the fourth German edition by Asthtjb E. J. Baekeb, Surgeon
to the City of Dublin Hospital. London, 1874.
2. Sandhooh for the Physiological Laboratory. Edited bj' Dr. Btjedon
Sandeeson. Part I. — Histology, by Dr. E. Klein, Assistant Professor at the
Brown Institution. London, 1873.
328 Reviews. [Oct.,
less plastic; the student still receives what the teacher has to
give. But the scheme favoured by the most advanced school
of reformers tends to substitute personal initiative for passive
receptivity as a means of acquiring knowledge. The student is
to teach himself; he is to be provided with all needful books
and appliances and left to make his own way, the office of the
teacher sinking to that of a convenient dictionary to be consulted
at the learner's option.
This is not the place for a discussion of the absolute merits or
defects of a proposal which we have designedly sketched out
in its most extreme form. There is much to be said in its favour,
when the end in view is to produce original investigators of a
high order. Granted exceptional capacity, unlimited time, a
limited sphere of effort, and an intention to penetrate into the
domain of the unknown, — the best results might fairly be anti-
cipated from a scheme under which no germ of latent power could
fail of finding its appropriate soil and the requisite medium for
its expansion. But are these preliminary conditions fulfilled in
the case with which we are now concerned ? It is sufficiently
obvious that they are not. Ardent reformers in this department
do not always appear to realise the immense extent of the field
over which the mind of the medical student is expected to range
during the four, or at most five, years of his pupilage. No
other profession makes anything like the same demand upon
the brain. The haughty boast, " I have taken all knowledge
to be my province," becomes little more than a statement of
fact in the mouth of a candidate for the London University
degree. Now, an encyclopaedic training of this sort can only be
carried out in a limited time, on the condition that whatever
independent powers the learner may possess shall be husbanded
with the utmost economy, and turned into the narrow channel
of strictly technical acquirement. They must be concentrated
on medicine, surgery, and obstetrics, where every detail is of
immediate value, and where the question of time occupies a
relatively subordinate position, since the whole of the student's
after-life is given up to these subjects. As regards the vast
substructure of the physical sciences, it should be clearly ad-
mitted that an understanding of their leading principles is all
that can be expected or desired, and that the greatest saving
of time and labour may be achieved by allowing the student lo
remain a passive recipient. Systematic lectures and demonstra-
tions must occupy the foremost place ; they may be supplemented
by " practical instruction," strictly limited to such points as are
of intrinsic utility, or lend vividness and interest to the theore-
tical teaching.
In illustration of these principles we may take anatomy and
1875.]
The Teachwg of Histology^
32^
chemistry, two subjects in which the " practical" metliod has
been followed for some considerable time. In the case of the
former, besides attending lectures and demonstrations, the
student has to dissect. Dissection — individual research — is an
indispensable feature of anatomical instruction for two reasons :
first, because it forms the only introduction to operative surgery ;
secondly, because without it the multitudinous facts of descrip-
tive anatomy, appealing almost exclusively to the memory and
hardly at all to the reasoning faculties, could not be adequately
imprinted on the learner's mind. The same method is followed
in the teaching of chemistry, but no longer under the same
conditions. The theoretic foundations of this science are not
only capable of being taught in systematic lectures, but they
can hardly be taught in any other way. The experimental facts
on which the laws of chemistry are based can be demonstrated
by a skilful teacher to a large class of students, while any
attempt to make the student work them out for himself would
prove futile. Scientific chemistry rests on quantitative analysis.
The course of '^ practical chemistry " attended by medical stu-
dents consists chiefly, if not entirely, of qualitative analysis;
and there is no prospect of immediate usefulness to set against
this theoretical deficiency. Chemical analysis stands in no such
intimate relation to any branch of medical practice as that which
subsists between practical anatomy and operative surgery. The
simple processes employed by the physician in examining
urine, &c., might easily be learned at a subsequent stage of the
student's career, without any of the elaborate machinery which
has to be set in motion under .the existing system, and, in point
of fiict, they are thus learned. The reductio ad absurdum of the
present arrangements is to be found in the frequent inability of
a student, who has gone through a course of practical chemistry,
to ascertain the presence of chlorides in urine. The truth is
that, notwithstanding the excellent method which is now
pursued, and the conscientious zeal of very able teachers, the
average student fails to carry away or to retain any real fami-
liarity with even the commonest processes of analysis. He
has wasted a ^ood deal of time, and a quantity of expensive
reagents ; and the result — except in a few cases — is ridiculously
out of proportion to the means employed.
If we look at the teaching of histology from the same point of
view, we cannot but perceive that the students of this subject
fall naturally under two distinct categories. It may be difficult,
or even impossible, to distinguish at first between the indi-
viduals belonging to the one and those belonging to the other.
The majority, in any class of medical students, purpose to devote
their lives to practice; for them the results of histological re-<
330 Meviews. ^Oct.>
search, in their bearing upon general anatomy and pathology,
are the main desideratum ; they want results, not methods ; or
only so much of method as shall give a certain life and reality
to the study of results. A minority, on the other hand, and in
our English schools a very small minority, consists of men who
will devote themselves to the prosecution of research. It is
clear that for the former and larger group, who desire to obtain
a maximum of information in a minimum of time, a dogmatic
method and systematic completeness of exposition are required ;
the subject should be treated as a whole, and with a nice dis-
crimination of the relative importance of its parts. Vexed
questions, problems awaiting a solution, should be left, as much
as possible, on one side. For the smaller number, an opposite
mode of instruction is more profitable ; their attention ought to
be turned to the doubtful and uncertain borderland in which
adventure may be crowned with discovery. For them it is an
intellectual hindrance to view the subject as complete.
In our medical schools, at least for the present, the interests
of the minority must be postponed to those of the majority.
The minority must seek what it requires in private laboratories
or abroad. We have to deal with a class of learners for whom
systematic method is the prime requisite, both as a surer basis
for the superstructure of professional attainment, and because
it effects the greatest saving of time and labour. It behoves us,
therefore, to consider in limine what it is that we desire to teach
under the name of Histology.
The attempts of such men as Leeuwenhoek and Ruysch to
unravel the minutiae of structure, though productive of much
valuable knowledge on special points, failed to impress any dis-
tinctive tendency on scientific thought. The true foundations
of histology were laid by Bichat's great work on general
anatomy, at the beginning of this century. They were laid,
singularly enough, with hardly any reference to structural
details beyond the range of the unaided eye. It was not until
the cell-theory, in the original form given to it by Schwann, had
furnished a scheme capable of embracing and co-ordinating the
multitude of isolated facts which came pouring in from all
quarters, that histology, in the sense in which we now under-
stand the word, was definitely constituted. Our conceptions of
the cell-theory have been greatly modified during the last thirty
years ; but it still remains the only framework by which the
countless facts of tissue-structure, whether normal or morbid,
are held together and rendered capable of being assimilated by
the mind.
The word histology is constantly used to denote two perfectly
^distinct conceptions, and this loose and ambiguous employment
1875.] The Teaching of Histology, 331
of the term breeds endless confusion. On the one hand, its
etymology would naturally incline us to apply it to that
branch of science which concerns itself with those simpler
elements of which the more complex organs of the body are
built up ; on the other hand, the services rendered to that
branch of science by the microscope are so many and so
great, that the means have almost come to overshadow the
end, and a term primarily suited to denote an intellectual
conception has come to be frequently applied to a method of
research. In other words, histology is sometimes made sy-
nonymous with general anatomy, and sometimes with micro-
scopic anatomy. Now, the former is an abstract conception,
and was arrived at, as we have akeady noticed, without the
aid of the microscope ; the latter is not a branch of science, but
the fruit of an artifice by which our field of vision is enlarged.
General anatomy stands in much the same relation to descrip-
tive anatomy, as mathematical astronomy to the simple observa-
tion of the heavenly bodies ; the former is not necessarily more
dependent on the microscope than the latter is upon the tele-
scope, though these instruments are indispensable for their
prosecution ; and any confusion of histology with microscopy,
any attempt to place the method of observation on a par with
the science to which it happens to be auxiliary, ought to appear
as unphilosophical to the histologist as corresponding language
in reference to the telescope would appear to the astronomer.
It follows, moreover, that we ought not to fall into the mistake
of looking to a more minute analysis of structure as the road to
progress in histology. Supposing it were possible — a possibility
nothing less than chimerical — to push our magnifying powers
so far as to enable us to discern the chemical structure of the
matter subjected to our instruments, to see the molecules in
their rhythmic dance with the bodily eye, as we now see them
with the eye of the imagination, we should not thereby enlarge
the boundaries of general anatomy ; we should simply penetrate
by a new path into the domain of physics or of chemistry. The
r scientific completion of general anatomy must be worked out by
*^he study of development. When once we are able to trace all
the steps by which a particle of bioplasm is multiplied and
lifferentiated into the complex variety of parts of which the
idult organism is made up, we shall have done enough for our
mrpose. All questions as to the nature of bioplasm and the
)urce of its singular endowments, lie outside the limits of mor-
phology, and must be investigated by way of experiment, not by
"lat of observation alone.
Histology admits of being taught in a course of systematic
[ectures illustrateil by diagrams a^d specimens, both naked-eye
B3^ Heview^. [Oct.^,
and microscopic. Strictly speaking, it ought not to be separated
from anatomy, normal or morbid, of which it forms a part ; it is
only by accident that it has come to be associated with physio-
logy, and the connection has not been a happy one for the latter
subject. For many years, indeed, the teaching of physiology
in our medical schools was fairly crushed by the unnatural
usurpations of its yoke-fellow.
The course of '^ practical instruction " which is now all but
universally added to lectures on histology, includes many. things
which do not properly belong to that science. It might, with
greater justice, be termed a course of instruction in the use of the
microscope for purposes of anatomical and physiological research.
The two books whose titles head the present article illustrate
the " systematic '' and the " practical " modes of approaching
the subject respectively. One appeals primarily to the larger
group of students referred to above, the other to the smaller
one. Neither of them is absolutely limited to histology, strictly
so called, for Professor Frey devotes sixty-two pages to an ac-
count of the chemical composition of the tissues before pro-
ceeding to describe their structure, while Dr. Klein includes
an account of various applications of the microscope to physio-
logical experimentation.
Frey's work may be regarded as the legitimate successor of
KoUiker's * Manual of Human Microscopic Anatomy,' which
it very much resembles in scope. Compared with the latest
edition of KoUiker's manual, however (that published in 1860),
it presents two obvious advantages. In the first place, it has
been rendered into clear and readable English; in the second,
it avoids any elaborate discussion of those questions on which
the most eminent European histologists, for the present, agree
to differ ; questions interesting to the specialist, but which leave
the ordinary student utterly bewildered — in that state of mind
which was humorously alluded to some years ago by Professor
Huxley, when he said that among the candidates in physiology
at the University of London he found men disposed, when
asked whether the blood circulates, to answer that " Professor
Langkopf was of opinion that it did, while Professor Breitkopf
believed that it did not."
The first part of Frey's manual is devoted, as already stated,
to an account of the ''elements of composition" of the body —
in other words, to a brief sketch of its proximate chemical con-
stituents. This is done simply, and without that display of
graphic formulse which meets the student in some modern text-
books. The next part contains a full description of the simple
and compound tissues ; while in the third, the circulatory,
respiratory, digestive, urinary, generative, bony, muscular,
1875.] The Teaching of Histology. B33
nervous, and sensory organs are dealt with seriatim. The
whole is abundantly illustrated by upwards of six hundred
woodcuts, many of which are decidedly coarse, but their num-
ber may be allowed to compensate for any shortcomings of
artistic quality. The entire work is characterised by a tone
of robust and orderly common sense, and no part of it is
allowed to usurp an undue predominance over the rest. In
these points it is a model of what a student's text-book ought
to be.
Of the changes which have been wrought in pure histology
during the last fifteen years, and which render a new text-book
indispensable, some idea may be formed by comparing Prey's
chapters on the lymphatic system, and on the minute structure
of the great nerve-centres, with those in Kolliker's manual.
The progress has been essentially due to the employment of
new methods^of preparation.
As regards the lymphatic system, it may be truly said that
we were ignorant alike of its glandular and of its canalicular
portion. The labours of Frey and Teichmann, of Recklinghausen
and His, of Ludwig and his pupils, of Sanderson and Klein,
have cleared up most of the difficulties by which the subject
was surrounded, and furnished a secure basis for inquiring into
its functional and pathological relations. Injection by simple
puncture (Hyrtl's method) has proved to be an easy and
effectual way of eluding the opposition of the valves by which
the larger lymphatic channels are guarded, and of determining
their general arrangement and distribution in the various organs
of the body. In many instances, the result of such injections
might remain ambiguous, but for the aid of the silvering process.
The demonstration of a limiting layer of condensed connective
tissue forming the proper wall of every channel, and capable of
being resolved into a mosaic of nucleated area?, suffices to meet
the argument that the injected liquid has simply forced its way
along interstitial crevices and fissures. The endothelial mark-
ings are so easily defined by the nitrate of silver, and so charac-
teristic, that there is no longer any difficulty in tracing the most
minute lymphatic canaliculi even without the aid of injections.
The continuity of the great serous cavities of the thorax and ab-
domen with the lymphatic system by means of distinct stomata,
(a continuity originally foreseen by Mascagni,) has also been
established within the last few years, and will prove fertile in
consequences. It is especially satisfactory, moreover, that the
methods by which these facts have been ascertained are so
simple and so constant in the results they yield, that they can
be successfully employed even by beginners in the art of micro-
Kopic research.
r
334 . Reviews. [Oct.,
The anatomical study of the cerebro -spinal axis is a much
more intricate matter. Here, too^ the progress which has been
made is due, in the main, to the means we now possess of
obtaining large sections in which the mutual relations of the
elementary parts are preserved. To make a sufficiently thin
section of the cortex cerebri, or spinal marrow, without dislocation,
it is necessary to harden the pulpy tissues ; but hardening in-
volves opacity. This difficulty is now easily overcome ; we
know several agents by which tissues hardened in chromic acid,
bichromate of potash, &c., can be rendered perfectly transparent ;
those most commonly employed being turpentine and oil of
cloves. Sections treated in this way, and mounted in dammar
or Canada balsam, are quite transparent, and show all the
tissue-elements in situ. By plunging them into various staining
fluids before they are mounted, a still more complete differentiation
of elementary parts may be obtained, and the structure of the
nervous centres becomes as demonstrable as that of the kidney
or of bone. Moreover, by substituting the microtome for the
ordinary razor or Valentin's knife it becomes easy to make any
number of successive sections in parallel planes, so that a given
portion of the spinal cord may be thoroughly explored without
any breach of continuity. Finally, by means of the freezing
microtome, we are able to make trustworthy sections of almost
any organ without the expenditure of time and labour required
for hardening, &c. By methods such as these, our knowledge
of the intimate structure of the great nerve-centres, both in
health and disease, has been rendered as precise as that which
we possess concerning the remaining organs of the body. Lock-
hart Clarke, Luys, Meynert, and others, have succeeded in
demonstrating the invariable association of definite and localised
lesions of nerve-centres with some of the most obscure diseases
of the nervous system, thus redeeming one of the waste- lands
of pathology from the neglect to which its apparent inaccessi-
bility had long condemned it.
Dr. Klein's part of the ' Handbook for the Physiological
Laboratory ' differs widely from Frey's manual both in its
merits and defects. Every scrap of information as to the methods
employed in histological research has its value when coming
from an acknowledged master in the art of technical manipula-
tion ; and there is hardly a sentence which does not carry intrinsic
evidence of its source in personal observation and experiment.
Though professing to deal only with methods of investigation,
the work contains much teaching of a dogmatic kind. The
student is told what he will see as well as how he should set
about seeing it. The number of engravings, too, is far greater
than is strictly needed for the purpose of illustrating methods
i
t
1875.] The Teaching of Histology. 395
These engravings stand on quite a different level from those in
Frey's book. They are all of them original, and are meant, not
as semi-diagrammatic sketches to elucidate the statements in the
text, but as faithful representations of particular objects. Some
of them are very beautiful, and reflect the highest credit both
on draughtsman and engraver. Indeed, if we put aside the
exquisite woodcuts which adorn many of Dr. Beale's books and
monographs, we have not much to be compared with them in
our micrographic literature. It may almost be said that they
are too good for the purpose for which they are intended.
Minute fidelity in the representation of microscopic objects is
perhaps of less importance to the beginner than it may seem,
at first sight, to be. If the alternative lie between a small
number of accurate and highly finished drawings of particular
specimens, and an abundance of rough woodcuts which, without
actually misrepresenting anything, omit many of the finer
minutiae of structure, the latter ought certainly to be preferred in
an elementary text-book. It should be borne in mind that a
drawing, however accurate, represents not so much the actual
specimen under observation as the inference drawn from it by
a skilled observer. The impression conveyed to the mind of an
histologist by certain appearances is a complex product, resulting
from the inspection of lines and points in a series of horizontal
planes, and from the comparison of a great number of similar
specimens. It is this impression which is really embodied in a
drawing. Those who have had occasion to employ a skilled
draughtsman, unaccustomed to the microscope, in delineating
an object under a moderately high power, will have been struck
with the difficulty he finds in seeing what appear to be most
obvious features. He draws what he sees ; and he sees only
those lines and points which are in focus at the moment. For
a like reason photography is never likely to prove an efficient
substitute for drawing in microscopic work. The camera is un-
biassed and draws no inferences ; for that very reason it yields
information of scanty value. Hence, too, the most perfect
drawings can never quite take the place of personal observation in
the teaching of histology ; some practical work is indispensable,
even for medical students. Diagrams or rough sketches are
sometimes better than true pictures for elementary instruction,
the absence of detail enabling the main features to be more
readily seized by the pupil, while he is never allowed to fall into
the error of supposing that he has found a substitute for the
labour of studying the objects themselves.
There are some positive defects in Dr. Klein's work to which
it is worth while to draw attention, since they are of a kind
" at may be remedied in future editions. These defects are
ievtews.
[6ct.,
particularly objectionable in a laboratory handbook, intended
for reference during the press of actual work, rather than for
methodical perusal in the study. They may, for the most part,
be attributed to carelessness or haste. It is by no means easy
to find what one wants without a long and vexatious search, in
which the general index aifords but little help, while the ar-
rangement of the sections in each chapter is, to say the least of
it, arbitrary. To add to the reader's perplexity, the numbering
of the sections, adopted throughout the remaining divisions of
the handbook, is unaccountably omitted in this part of it.
Moreover, the connection of the text with the engravings is often
left to the reader^s ingenuity ; the latter (issued in a separate
volume or atlas) are sometimes unprovided with any reference
to the letter-press, or provided with a reference not specific
enough to be of much service. The text ignores the illustrations
even more than the illustrations ignore the text. Considering
their rare excellence, it is somewhat annoying to find that out
of 188 engravings only 30 are referred to in the body of the
work. Had the text been produced by one author and the
illustrations by another, their mutual independence could
scarcely have been more vigorously asserted than it is. It is
further to be regretted that the excellent plan recommended
and invariably adhered to by Dr. Beale, of adding to each
drawing the magnifying power in diameters, should not have
found favour with Dr. Klein. The prevalent Continental custom
of stating that a particular object was drawn under " Hart-
nack's oe. 4, obj. 7, tube half drawn out," is not only wanting
in scientific . precision, but is highly inconvenient, especially
as the magnifying power of the various combinations of Hart-
nack's lenses is nowhere given, and their use, at any rate in
this country, is far from being universal.
In its present state, therefore, this portion of the handbook
is better suited to the wants of the advanced student and the
original worker, than to those of the beginner. AVhere the end
in view is to enable a number of medical students, of various
degrees of ability and industry, to obtain ocular demonstration
of facts which have been communicated to them by systematic
lectures and text-books, clearness and simplicity of arrangement
are of the first importance. Any obscurity of exposition, any
disproportion between the amount of time and labour given to
a particular question and the importance of that question rela-
tively to the entire science, is sure to make itself disastrously
felt in the confused and blundering impressions left on the mind
of the average learner. The only scheme, so far as we are
aware, under which an ordinary class can be guided through
the entire subject during the limited time available for the pur-
1875.] The Teaching of Histology. 3Ji7
pose, is that which was followed hy Professor Rutherford during
his tenure of office at King's College.^
The following quotations embody the leading features of his
plan, and exhibit its eminently practical character:
" It is not advisable to teach more than five-and-twentj, or, at the
outside, thirty students at a time ; to teach even this number satis-
factorily requires three skilled assistants — senior students who have
been through the course and can assist the uninitiated. The whole
of histology may be gone through in twenty-four lessons, each lesson
lasting from an hour and a half to two hours.
" The plan I now adopt on all occasions is to treat my class like a
regiment of soldiers, making every one do the same thing at the
same time. The interest is thoroughly kept up by making the class
a sort of debating society. While every one looks at the same
objects, I ask one student after another to describe what he sees.
The observations of one student are in this way checked by the
observations of another. The class resembles a little army of in-
vestigators ; it is, in fact, a miniature of the histological world. The
power that every student has of criticising the observations of his
fellows makes, as might be supposed, every one exceedingly careful.
A simple object like yeast is taken first. I give no description of
the torula, but I ask the student to describe and then to draw what
he sees. Any one may be called on to do this. Any one who dis-
agrees with any statement is asked to do so, and to give a demon-
stration in support of his opinion. To facilitate such descriptions
every student has a card on which are printed the following points : —
1, shape ; 2, edge ; 3, colour ; 4, transparency ; 5, contents ; 6,
size ; 7, effects of reagents. The card prevents the student from
getting bewildered, and teaches him method and thoroughness. Care
is taken that no one ever becomes idle. If his preparation is made,
and he be waiting on his neighbours, he occupies his time in drawing.
When we come to complex structures, such as bone, I give a brief
preliminary account of the subject, in order that every one may
understand what he sees. By questioning the student as the demon-
stration goes on it is easily ascertained if he knows what he is about.
On all occasions, however, I make the student describe what he sees.
This method really educates him in a way such as no other method,
in my opinion, can. When necessary I show preparations which
have been previously made.
" At the beginning of the course a general account is given of the
microscope and accessory apparatus. The student is instructed how
to clean the instrument, how to measure its magnifying power, how
to measure the size of an object, and how to draw. After this every
student is provided with his microscope, and the regular work of
demonstration begins. From time to time, as the course advances,
short accounts are given of the preparation of objects, &c. These
are not entered into, however, until the student has had a little ex-
perience of the effects of agents upon torulse, blood-corpuscles, &c."
^ PabUshecl in the ' Quarterly Journal of Microscopical Science,' Jan., X872.
338 Reviews. [Oct.,
The arrangement of Dr. Klein^s manual conforms more
closely to that followed in systematic works on histology than
would perhaps be found convenient in teaching a class. Of its
two principal divisions, one is concerned with the preparation
of the simple, the other with that of the compound tissues.
The first chapter is devoted to the blood-corpuscles. The mode
of observing the amoeboid movements of the leucocytes in the
blood of homoeothermic and poBcilotiiermic animals respectively
is fully described, as also the effect of gases, liquid reagents,
electricity, heat, and moisture, on both red and colourless ele-
ments. The next chapter gives an account of epithelium and
endothelium, including the study of ciliary motion and the
employment of nitrate of silver. The third chapter describes
the methods of preparing and examining the various connective
tissues (fibrous, elastic, and areolar tissue, the cornea, different
kinds of cartilage and bone). The fourth deals with striped
and unstriped muscle, including Briicke's method of investi-
gating the former by means of polarised light. In the fifth
chapter we have an account of nerve-cells, nerve-fibres, and
their terminal distribution. The second part opens with a
description of various modes of cutting sections, hardening the
compound tissues, embedding, staining, and mounting them.
The different processes for injecting the circulatory system are
then discussed, the discussion leading up to an account of the
structure of blood-vessels, and the way to observe the circula-
tion in the living organism. The next chapter is devoted to
the lymphatic apparatus, and includes a description of the
methods adopted in an investigation whose results have re-
cently been published in the form of a monograph. This part
is more lavishly illustrated than any of the others. The organs
of respiration and digestion are dismissed in two relatively
brief chapters, followed by an account of the skin and the
genito-urinary apparatus. The organs of special sense come
next in order. Lastly, we have a chapter on embryology which
is too diificult of comprehension for the beginner, while it is too
concise for the wants of the advanced student. Now that we
are in possession of the admirable monograph by Foster and
Balfour, this chapter may be regarded as superfluous. A short
appendix gives some of the methods of studying the process of
inflammation in epithelial structures, cartilage, the cornea and
tongue of the frog, &c., methods which have been so fertile in
valuable results during the last few years, but which belong
rather to pathology than to normal histology.
Briefly to recapitulate. The teaching of histology to a class
of medical students should, under existing circumstances, be
rigidly systematised, and connected as closely as possible with
1875.] Chambers on Diet in Health and Disease » 339
that of anatomy. Frey's manual is probably the best guide we
have for this part of the course. The " practical instruction"
by which lectures ought, in all cases, to be supplemented, must
not be suffered to usurp their place, but should be carefully
subordinated to them. Its principal requirements are order
and method, if the interests of the majority of students are to
be preferred to those of a small minority. Dr. Klein's treatise,
in its present form, is better suited to the wants of the private
student than to those of a mixed class ; it contains, however, a
mass of exceedingly valuable material which might easily be
modelled, by a practised teacher, into a thoroughly workable
scheme.
VI. — Diet in Health and Disease.^
What to eat, drink, and avoid, is a branch of knowledge of
no mean importance to our bodily and mental welfare. It is
one, indeed, more or less cultivated, and yet most grievously
neglected, by mortals generally. It is a constant subject of
conversation and a matter upon which every individual considers
himself more or less an authority, and upon which also he is
most ready to give instruction to others. It is, moreover, a
subject whereon each individual is apt to regard himself as the
best judge relatively to himself, and yet is one about which the
self-taught and self-satisfied individual is most prone to make a
mistake, or to meddle with to his own detriment. Lastly, it is a
branch of knowledge on which many books have been written ;
some of these have rather darkened knowledge, whilst others
have embarrassed their readers by overmuch philosophy,borrowed
from the chemist and physiologist, or have harassed them by
one-sided theories of nutrition and impracticable rules of diet.
Nothing can be more foolish, and too often mischievous also,
than the conceits and notions respecting diet prevailing among
the public. Doctors are ever at work correcting those notions
and counteracting their consequences, but their labour is too
much like that of Sisyphus. There is a downward gravitation
to folly and self-indulgence frustrating all their efforts. Their
disciples are often prejudiced, and oftener unwilling, learners.
They have to encounter a giant enemy to their dietetic rules in
the shape of idiosyncrasy, a shadowy form, in truth, in many
instances, but sufficiently formidable to effect their frequent
discomfiture. And what is more inimical to their efforts, the
doctors are much divided among themselves ; they have favourite
^ A Manual of Diet in Sealth and Disease. By Thomas King Chambees,
M.D., &c. London, 1875.
840 Reviews. [Oct.,
crotchets, pet axioms, phantom fears ; they follow fashion, or
court singularity by opposing it; they lend themselves to
extravagant doctrines and swear by stimulants or by teeto-
talism.
These remarks would seem tantamount to saying that the
principles of dietetics imbibed by medical men are uncertain
and without influence among them. In some degree this may
be true, but it is not the whole truth. There are principles,
based on well-determined truths in chemistry and physiology,
and held in common by all instructed medical men ; but there
is likewise a mass of knowledge concerning food and drinks
never systematically placed before medical men during their
career as students. They pick up incidentally, here and there,
maxims of living, as chance directs^ wholesome or vapid, which
cleave to them as long as they practise, with small modification.
They adopt the current opinions of their time with reference to
most points, and they find it hard to decide, particularly when
called on to determine the dietary of disease, between the
doctrines held by rival teachers.
It is with regard to the '* dietetics of sickness " that concur-
rence of medical opinion is most called for, as well in the
interests of the profession as of the public. It is a matter upon
which the public look for general agreement ; and it is, more-
over, one regarding which we ought to be enabled to arrive at
definite and established principles, inasmuch as it falls within
the limits of experimental science. Unfortunately, however,
experiment is little resorted to with regard to diet compared with
-what it is with reference to drugs, although diet is frequently
as important as the latter. Whilst this great question is, there-
fore, undecided among the doctors, to whose particular pro-
vince it appertains, no marvel is it to find a host of contradictory
notions prevalent among their clients.
Agreeing as we do with Dr. Chambers that man is an omni-
vorous animal, small astonishment need be expressed at the
diversities of opinion among mankind respecting the whole-
someness of various sorts of food. The normal people are those
who know not they have stomachs ; when the discovery is made
much of their happiness is lost, and the question of diet crops
up for solution, and their eyes are opened to the difference
between good and bad. These normal people would abound on
the earth, were not the conditions of healthy animal existence
deranged and overturned by the habits, the fashions, and the
exigencies of civilised life. From these the ills of the stomach
originate, and each conscious possessor of that organ has ever
before him the problem of what to eat, drink, and avoid, and
among the multitude of edibles before him each man in the exer-
1875.]
Chambers on Diet in Health and Disease. 3 11
cise of free choice, though hampered by prejudices and fashion,
selects those most pleasing to him, and which, too, he is prone
to regard as also superior in digestibility and nutritive qualities
to those approved by his neighbour.
It is well when he is content with the contemplation of
his own discernment and does not wish to enforce his dietary
upon his neighbour. It is well when charity aboundeth between
him who eateth herbs and him who eateth meat, between the
drinker of wine and the abstainer from it. Unhappily, as daily
observation exhibits, such charity is largely displaced by intole-
rance, whilst liberty is denounced and its destruction demanded.
Any book that can correct popular misapprehensions about
diet, that can set forth in plain language the accepted principles
of dietetics, and expand our notions with reference to them and
their application, and that can withal do this from a liberal
point of view, untrammeled by party cries, and can for its
groundwork appeal to ample experience and observation, is one
that must be welcome to the masses to whom we have referred
as so much in need of instruction. We have carefully examined
the treatise before us, and can confidently recommend it as a book
of the sort.
The author. Dr. King Chambers, is well known to the pro-
fession by previous publications of great value, particularly by
their truly practical character. His volume of clinical lectures
admirably illustrates the cogency and clearness both of his
teaching and of his literary style. And the subject of his
present book is one by no means newly taken in hand. In the
volume of lectures already referred to, the dietetics of sickness
occupied no mean space ; whilst in his treatise on " the Indi-
gestions " diet, as a matter of course, constituted a special topic
for consideration. We may consequently say that the subject
of diet is one he has peculiarly made his own, and the profession
will on this account, even apart from his known high position
as a metropolitan hospital physician and teacher, receive with
much confidence this his latest production, 'A Manual of Diet
in Health and Disease.'
But itis time to give some particulars of the contents of thebook,
although we do not propose to review them at great length: not
but that he has supplied material available for the exercise of the
critic's art, particularly in doctrines and statements respecting
matters somewhat outside the subject, to discuss which, however,
we do not esteem it our present business. For instance, we
cannot concur in all the opinions conveyed in his chapter on
"noxious trades," or in that on *' athletic training." We are
not so impressed with the demonstration of the harmlessness of
boat-racing attempted by Dr, Morgan, as Dr. Chamber? appears
342 Reviews. [Oct.,
to be ; nor can we accept it as sound general doctrine that there
is no actual increase of muscular tissue in a limb actively used,
or, to use the author's words, " that they [the muscles] become
larger is extremely problematical ;" nor admit " that, if muscles
did by training grow bigger, as reckoned in a state of repose, it
were a result not at all to be desired ;" nor, again, the assertion
that hypertrophied muscular organs lose their shape and power ;
for the examples he quotes in illustration of it are taken from
morbid states,, and will not on examination bear out the dictum.
As just now remarked, such matters are somewhat outside the
special subject of his treatise, and a captious critic could point
to many paragraphs in respect of which exception might be
taken as not sufficiently cognate with the subject-matter in hand.
In short, the teacher of the practice of medicine and of pathology
is here and there too prominent. His utterances are good, but
do not truly belong to the subject of diet.
The work is divided into three parts — general dietetics,
special dietetics of health, and dietetics in sickness. The
first includes chapters on the theories of dietetics, on the
choice of food, on the preparation of food, on digestion, and
on nutrition. The chapter on the theories of dietetics is
marked by much moderation in chemical and physiological
detail, yet withal conveys a large amount of information re-
specting the essential characters and the purposes of food. This
moderation in detail will be thankfully accepted by most of his
readers, who, wanting to be instructed in dietetics, do not require
a dissertation on the anatomy and physiology of the stomach,
or on the chemistry of food in general. For, so far as medical
men are concerned, — and to them such works as the one under
notice are especially addressed, — it may be assumed that
they possess a fair knowledge of the stomach and its functions,
and of the chemistry of articles of diet in common use. Yet
what is more common in medical literature than to find in
special treatises, preliminary disquisitions on the anatomy and
physiology of the organ or organs treated of pathologically ? as
though their medical readers had for the first time to be in-
structed in those matters. Such dissertations belong to the sort
of literary lumber called " padding ;'^ they are a nuisance to the
reader seeking for enlightenment on questions important to him
as a practitioner, and professional opinion should be pronounced
against the practice of introducing them.
Treating on the ^' choice of food/' Dr. Chambers notices
seriatim the principal articles of consumption, including wines,
making excellent practical remarks on their value as food, on
their character when wholesome and genuine, and on the adul-
terations practised with regard to them. He discourses on the
i
1875.] Chambers on Diet in Health and Disease, 343
ocular and tactile qualities of flesh, fish, and fowl like a well-
instiucted housekeeper, imparting lessons which it would be
well that every housekeeper might obtain.
Wines he reduces to seven classes, viz. — 1, strong dry wines;
2, strong sweet wines ; 3, aromatic wines ; 4, acid wines ;
5, sparkling wines ; 6, perfect wines; and 7, rough wines. Of
these several sorts the reader will like best to know what are
" perfect wines." These are defined to be —
'* such as possess the virtues derived from, the presence of alcohol,
of water, of sugar, of etherial flavours, of fruity extractive, and of acids,
without any of them being so predominant as to mask the others, or to
require artificial additions for the preservation of soundness and
flavour."
The example of such perfection is found in " claret" — not, in-
deed, in the fine-named varieties, such as Chateau Lafitte or
Chateau Latour, but in the unnamed sorts known in the wine
trade as " first, second,, and third quality clarets " — the genuine
fermented juice of the grape without admixture for the sake of
special flavours, or, what is more objectionable, for the purpose
of fortifying with spirit what is damaged or imperfect of its kind.
" Against the adulteration of claret [he adds] which does not pre-
tend to be anything else than* first,' ' second,' or * third ' quality, we have
the valuable safeguard of the enormous quantity that is made, and the
small profits which could be got out of the labour and risk of adulte-
rating it."
Much truth undoubtedly exists in these remarks. They con-
vey a wholesome lesson to the buyers of the fine-named wines so
forcibly and persistently pressed upon us by interested adver-
tising dealers, who seem of late years to have multiplied like
locusts, and are well-nigh as unmitigated plagues. At the
same time we should not entertain an equal feeling of security
with Dr. Chambers against adulteration, if content to purchase
nameless clarets on the ground that adulteration of such would
not pay, for both in the country of their growth as well as in
England it has been our lot to meet with vile stuff sold as
claret without name, and beyond question sophisticated in no
slight degree.
The author proceeds to observe that " the common Burgun-
dies and the red Rhine wines run our claret very hard in the
race for perfection ; they err in containing too much fruity ex-
tractive, which, except the wine happens to be very strong in
alcohol, causes decomposition." Beaujolais when good receives
commendation, but the Hungarian wines are " damned with
faint praise."
" On the preparation of food " the information conveyed has
34 1< Reviews. [Oct.,
the same practical and precise character as that respecting the
choice of food. Dr. Chambers discourses on cookery with
the air of a professor ; likewise, when we reach the following
chapter on digestion his teachings lose little of that decided
and unhesitating or dogmatic character with which the previous
pages of his treatise have made us familiar. This feature we
notice, though not as a fault. On the contrary, it is a merit
in a teacher who has got distinct opinions, based on study and
experience, to offer, and a fortunate circumstance for his pupils.
It is for the latter to sit at the feet of their master, to receive,
but presently to " prove all things and hold fast that which is
good."
Opinion has differed, and even still differs, respecting the
desirability of an after-dinner nap. It is a matter, however, on
which the author has made up his mind. Instinct, he admits,
tells us to take rest after meals, but the rest must not be in
excess, and '^ sleep, for example, after dinner retards digestion,
and allows the distended stomach to act injuriously on the cir-
culation of the brain. It is proper only for very aged persons
or invalids." For though instinct prescribes rest. Dr. Chambers
would not have us take for example " dogs and other carnivorous
animals who betake themselves to sleep after a repast ;" because,
in his view, this instinct is a vicious one consequent on the bad
habit such animals are apt to follow of unduly gorging them-
selves with food, especially when living in a wild state. For,
as he further asserts, '' dogs which live in the company of men,
and feed on the mixed and cooked diet of their masters, usually
give up the practice of sleeping after their meals along with
their gluttony," and, as a reward of merit, suffer less from
indigestion than their wild companions.
This teaching is admirably distinct and decided ; but, we con-
sider, it is to be received with modifications and exceptions.
The old argument by analogy from the lower animals does not,
we conceive, lose much of the validity it has been thought to
possess by the objections urged against it; nor can the physio-
logical arguments used against sleep be accepted in their
entirety, or as so universally true as Dr. Chambers would have
us believe. It may be difficult to prove, as the author remarks,
that the wdld animals who sleep after a feast have their lives
prolonged thereby, but the proof that they are the worse for the
sleep is equally not forthcoming. People wdio sleep after food are
not in the habit of so doing except after their principal meal ; and
when that meal has been duly earned by labour, it will need
some distinct evidence, something more than general physio-
logical dicta, to convince us that a short siesta is detrimental to
health, We have in view, not the lethq,rgic sleep of pampered
I
75.] Chambers on Diet in Itealth and Disease, 345
and lazy people, but the apparently instinctive sleep of the
labourer when time and opportunity are afforded him.
Part II of the volume is devoted to the *^ Special Dietetics of
Health," and the instruction it contains is marked by the same
good sense as other portions. It is also interspersed with
incidental literary remarks and allusions, as elsewhere met with
throughout the treatise, which render its perusal a pleasure as
well as a profit. But there is little to detain us in its several
chapters until we reach the last, viz. that on alcohol. To this
article of diet and medicine Dr. Chambers has given very full
consideration, and his observations on this ^inflammatory' matter
are distinguished by moderation and judgment. In his chapter
on the dietetics of literary life he has well summarised the pro-
perties of alcohol as a restorative, when taken with food, of
nerve-power.
" The physiology of the action of alcohol [he writes] has a very
practical bearing on the physical regimen of the mental functions.
Alcohol has the power of curbing, arresting, and suspending all the
phenomena connected with the nervous system. We feel its influence
on our thoughts as soon as on any other part of the man. Sometimes
it brings them more completely under our command, controls and
steadies them ; sometimes it confuses and disconcerts them, thea
breaks off our power and the action of the senses altogether. The first
effect is desirable, the others to be avoided. When a man has tired
himself with intellectual exertion, a moderate quantity of alcohol taken
with food acts as an anaesthetic, stays the wear of the system wliich is
going on, and allows the nervous force to be diverted to the due diges-
tion of the meal. But it must be followed by rest from mental labour,
and is, in fact, a part of the same regimen which enforces rest — it is an
artificial rest. To continue to labour and at the same time to take the
anaesthetic is an inconsistency. It merely blunts the painful feeling
of weariness, and prevents it from acting as a warning."
The popular notion, fostered by many a bacchanalian song,
that wit and humour are evoked by alcoholic drinks, receives
no encouragement from Dr. Chambers. " An abstainer [he
says] in a party of even moderate topers finds their jokes dull
and their anecdotes pointless, and his principal amusement con-
sists in his observation of their curious bluntness to the absur-
dity of their merriment." But so far as this statement is worth
anything, the topers might find another interpretation, and
assert that the abstainer's wits are too dull to understand or
appreciate their jokes and anecdotes, and need to be sharpened
by good liquor. However this may be, we are not disposed to
subscribe to the general denial of the quickening or brightening
influence of alcohol on the mental powers. Observation both
in olden and modern times is opposed to it.
346 Reviews. [Oct.,
To turn, however, to the special chapter on alcohol (one of
the longest in the book), we find Dr. Chambers in the character
of an original experimenter on the physical effects of that sub-
stance. His first experiment was made on a healthy man,
from three to six ounces of brandy being given daily in portions
with the four meals; the second, made on the same indivi-
dual, consisted in giving six ounces in doses of half an ounce
every hour ; the third was carried out on a man used to more
full living than the previous one, the brandy being an addi-
tion to his usual allowance of stimulants in the shape of from
five to seven glasses of port or sherry. To these experi-
ments is appended an observation made in the case of a young
woman who had fallen into liabits of excess. The conclusions
gathered from the first experiment were, that alcohol is not a
diuretic, but that it increases the formation of urea, and con-
sequently provokes a more active destructive assimilation and
a more active reconstruction of the nitrogenous elements of the
tissues, and that accompanying this interstitial growth is a
temporary rise of the digestive powers of the stomach ; further,
that the excretion of phosphorus is decreased, a circumstance
arguing diminished chemical changes in the brain and nerves,
with consequent lessened and blunted function, and lessened
general vitality, as exhibited by decreased ability to generate
heat.
Where food, he argues, is keenly enjoyed without recourse to
stimulants, "their consumption is certainly useless, and possibly
injurious. So long as alcohol, in the indirect mode mentioned,
augments vital metamorphosis, it ministers to the force of the
body. But it is not a source of force, and its direct action is
an arrest of vitality." On the other hand, where the intellec-
tual or muscular energy is borne down by pressure of work,
there a fair ration of beer or wine at their evening meal is of
material service. Most wisely and energetically does Dr.
Chambers warn his readers against the drinking of spirituous
liquors in the morning, and equally wisely and well docs he
pronounce against taking stimulants between meals.
His second experiment comes in support of these protests,
by proving that alcohol, in small divided doses and between
meals, " deranges the metamorphosis of the tissues, and in the
direction of arrest ; and persistence in the habit must lead in
the end to permanently diminished organisation, degeneration,
atrophy."
It were well could these doctrines be instilled into the rising
generation of our commercial towns. We are pained to see ,
our young men resorting to luncheon bars and taverns at all j
hours of the dav between meals, to drink a glass of bitter beer.
1875.] Chambers on Diet in Health and Disease, ^4^
or, not unfrequently, some liqueur. It is a growing vice, fruit-
ful of evil, physical and moral — one that has been much
encouraged by the comparatively modern institution, the
" luncheon bar."
Towards the close of the chapter the author sums up, under
thirteen heads, his conclusions relative to the influence of
alcohol upon a healthy man, and deduces therefrom four rules
and many corollaries as to the virtues and uses of that agent.
We should be pleased to reproduce them here, but they are too
long to be transferred to our waning space.
He looks for reformation in the abuse of alcoholic drinks
to the habits and silent pressure of amended social life. Pro-
gressive improvement in our habits and customs must, he affirms,
avail more than all repressive legislation ; and to forward such
improvement he holds to be a special duty of medical men.
Special legislation in behalf of dipsomaniacs receives small en-
couragement.
" There is [says Dr. Chambers] a difficulty in sending a drunkard
to an asylum, but he is easily sent to ' Coventry ' and made to feel a
degraded animal. There may possibly be some rare cases to be found
of true ' dipsomania,' where, without any other mental disease, the
patients are carried off by an uncontrollable impulse to drink ; but
they certainly are very rare indeed, and every alleged instance that I
have investigated has always exhibited also some other form of in-
sanity sufficient to justify the imposition of restraint, or else proved
to be using the cant of the day as an excuse for self-indulgence. The
exceptional cases may be separately dealt with when they occur;
but as a rule I think it better to give men the education of being
their own gaolers than to let them lean on the weak crutch of State
inebriate asylums."
The third and last part of the book is occupied with ''Diete-
tics in Sickness ;" — including acute fevers, inflammatory states,
weak digestion, gout and rheumatism, gravel, stone, diabetes
and albuminuria, deficient evacuation, nerve disorders, scrofula,
rickets and consumption, and disease of heart and arteries.
To the medical man this section of the treatise will possess a
special interest ; it exhibits within a very brief compass the
lessons gathered from a very long and large experience.
However, as much of the teaching has heretofore appeared in
other works of the same author with which the profession is
familiar, it is not here necessary to produce it. It is, in our
opinion, very sound and safe teaching — curt, decisive, and easily
remembered, and presented in a clear and engaging manner.
A companion portion is attached to several chapters, setting
forth " recipes " for various articles of diet suitable to the sick,
and some useful supplementary information is supplied with
348 neviews. [Oct.,
regard to change of climate, particularly in the case of gout
and rheumatism.
From the preceding remarks a fair notion may be gained of
the matter and manner of this most recent EngUsh book on
diet. A review of the whole work justifies us in strongly
commending its perusal to all our readers.
VII. — Microscopic Organisms in Health and Disease.^
The series of memoirs whose titles we have enumerated
below are all the fruit of the well-directed energies of the
Sanitary Commission of the Government of India, and reflect
as much credit on that organization, as do the valuable researches
issued under Mr. Simon's direction, on our own Privy Council
Medical Department. The subjects have been well selected,
the researches ingenious and exhaustive ; and success, which
does not always wait upon experiment, has crowned the labours
of the indefatigable investigators.
The inquiries with which we are now concerned have, in
spite of their variety, a certain unity of aim, being all directed
to investigate the influence of organized beings, animal or
vegetable, on human life ; and, as regards the vegetable organ-
isms, with a special view to detect any influence of such organ-
isms on cholera. It may not be superfluous to point out that
Drs. Lewis and Cunningham are peculiarly fitted to pass a
judgment on these points, since, besides their medical and biologi-
cal training, they have worked under the great fungologist, De
Bary, with the special object of becoming acquainted with
microscopic vegetation. We may, therefore, conclude that they
know, as far as may be known, what is and what is not a
vegetable organism, which could hardly be asserted of all inves-
tigators who have attacked this diflicult theme.
Their researches fall under three heads, which we will
consider separately: — 1. The microscopic examination of air.
^ 1. Microscopic Examinations of Air. By P. Douglas Cunningham, M.B.,
attached to Sanitary Commissioner with Government of India. (Not dated.)
2. Report of Microscopical and Physiological Researches into the Nature of
the Agent or Agents producing Cholera. By T. E.. Lewis, M.B., and P. D.
Cunningham, jM.B. Calcutta, 1872.
3. Report on Cholera. (Second Series.) By the same authors. Calcutta, 1874.
4. On a Rcematozoon inhabiting Human Blood, and its Relatioti to Chyluria
and other Diseases. By T. R. Lewis, M.B., Assistant- SurgeoH, attached to Sani-
tary Commissioner with Government of India. Calcutta, 1872.
5. The Pathological Significance of Nematode Hcematozoa. By T. R. Lewis,
M.B. Calcutta, 1874.
18^5.] Microscopic Organisms in Health and Disease. 349
2. Direct investigations on cholera. 3. Researches on entozoa,
which are not immediately connected with the other topics.
I. — Microscopic Examination of Air.
Dr. Cunningham has contributed some important observations
on atmospheric micrography, as it may be called, which are of
importance, negatively, in the question as to the presence of
germs of disease in the air. He first gives a review of the lite-
rature of the subject, which is very full and careful. The
results of previous observers are characterized with justice as
extremely contradictory, some affirming, others denying, the
presence of organized bodies or their germs in the atmosphere.
But, as it seems to us, the preponderance of number and
authority is on the side of those observers who have found in
very many cases the germs of fungi in dust or suspended in the
atmosphere.
Dr. Cunningham's observations were made with the view of
determining, if possible, whether there were any connection
traceable between the prevalence of special bodies in the atmo-
sphere and the occurrence of particular forms of disease. With
this object the air of two large jails at Calcutta was examined
on fifty-nine occasions by an apparatus used by Dr. Maddox in
similar experiments, consisting of a sort of funnel, the open end
of which was kept always exposed to the prevailing current of
wind, by freely rotating on a spindle, and having a broad vane
at the other end. The current of air was made to impinge upon
a cover-glass smeared with glycerine, by which all dust was
retained. The glass was allowed to remain for twenty-four
hours, and then transferred to the stage of the microscope. The
apparatus was placed about five feet from the ground on an
open space of grass.
The solid matters thus collected aie classified as follows :
1. Particles of siliceous matter.
2. Particles of carbonaceous matter.
o. Fragments of hair and other animal substances.
4. Fragments of cellular tissue of plants. Starch-corpuscles
nearly always.
5. Pollen-grains, amongst which those of several common
grasses could be easily recognised, and a few belonging to plants
of other natural orders.
6. Alga?, but not in great numbers. Among these were frag-
ments of Oscillatorise, Desmidiacese, &c., with some lower
genera.
7. Sporidia of lichens were frequent.
8. Spores and sporidia of fungi, often at once referable to
their proper genera, formed, in fact, by far the greater part of
112.— LYI. 23
350 Ueviews. [Oct.,
the bodies found. The most common forms were sporidia of
Sphceriacea, frequently in a state of germination, but names of
numerous other families are given by Dr. Cunningham. He
does not himself venture to affix generic names i but this has
been done to a considerable extent by the Rev. J. M. Berkeley,
in an article in the ' Quarterly Journal of Microscopical Science'
for April, 1874, which we have made use of in estimating the
value of Dr. Cunningham's researches. The judgment of this
eminent botanist must be regarded as decisive of the true nature
of the organisms. He observes that the extraordinary quantity
of fungus-spores carried about by the air is very remarkable, and
refers to the observations of Ehrenberg on the existence of
fungus-spores in the dust of the trade-winds, thousands of miles
from land (Ehrenberg, however, found in ordinary dust vegetable
much less numerous than animal organisms, such as infusoria).
Such observations obviously supply a perfectly adequate expla-
nation of the apparently spontaneous growth of fungi when
moisture and other circumstances are favorable.
Some miscellaneous observations, in addition to this regular
series, remain to be considered. A certain number of specimens
were collected specially with the view of ascertaining whether
bodies definitely recognisable as bacteria occurred constantly or
frequently in the air. In these observations there was a general
absence of distinct bacteria, but, " as is almost always the case
in atmospheric dust, a general diffusion of minute particles
resembling those included by Robin under the term micro-
coccus," with respect to which " it is impossible to deny that
many of them may be of a bacterial nature." Bacteria were,
however, developed in abundance from dry dust, collected from
various localities, such as the leaves of trees, even in the hottest
and driest seasons of the year at Calcutta, when this was added
to suitable fluids, such as urine, though the same fluid remained
quite free from bacteria when no dust was added. Similar
observations have, of course, been repeatedly made.
With respect to the composition of dust as commonly occur-
ring in Calcutta, one interesting point brought out by numerous
observations was the almost entire, if not entire, absence of
infusoria, their cysts or ova ; though they have been repeatedly
observed {e, g. by Ehrenberg) as occurring in abundance. Per-
haps the scorching heat and dryness of th'e Calcutta climate
may explain this.
A series of observations was also made on the organisms in
rainwater, intended chiefly to throw light on the question of
the existence and difl'usion of bacteria in the air. The result
was that specimens of rainwater in Calcutta, collected with
every precaution to ensure their freedom from contact-con-
1875.] Microscopic Organisms in Health and Disease, 35 1
tamination, frequently show sooner or later the presence of
spores, mycelium, zoospores, monads, bacterioid bodies, and
distinct bacteria. The zoospores are demonstrably derived from
the mycelium, arising from common atmospheric spores ; and
there is every probability that the monads and bacteria have a
similar origin. Thus, while Dr. Cunningham expresses no
opinion on the question of the ultimate origin of bacteria,
whether by heterogenesis or the contrary, his conclusions are to
a certain extent at variance with those of Dr. Burdon Sander-
son, who has been led to deny the transmission of bacteria or
their germs through the air. As a rule, none of the higher
forms of infusoria were present, a result as much at variance
with the statements of Ehrenberg as were those of the observa-
tions on atmospheric dust.
A final series of observations was undertaken on the air of
sewers, care being taken that the air should be really within
and not merely in the neighbourhood of the mouths of the drains.
Comparing the solid particles found in the air thus obtained
with those of other localities, the principal points of difference
were —
" The comparatively small quantity of the common coarser constituents
of dust in the form of silica, &c. ; the presence of oily matter in consider
able quantity in several of the preparations ; the existence of distinct
bacteria in four out of the eight specimens ; the constancy of the presence
of greenish cellules, apparently the spores of aspergillus ; and the
prominent feature imparted by the relative abundance of fine molecular
matter."
The presence of bacteria is very noticeable and
"Accords with Cohn's observations on their conveyance by watery
vapour, and suggests that their apparent absence in ordinary atmo-
pheric air is due, not to their not entering it in large quantities, but to
the fact that, unless the amount of watery vapour present is very great,
they lose their characteristic appearance by which, in default of move-
ment, they can alone be recognised."
These observations again conflict with the exclusive reference
of bacteria to contact-inoculatioYi which Dr. Burdon Sanderson
has deduced from his experiments.
Since the connection, if any, of such atmospheric germs with
disease was the chief aim of the researches, statistics of the
prevalence of five special diseases were kept during the period
that the atmospheric observations were made. The diseases
selected were diarrhoea, dysentery, cholera, ague, dengue, four
of which were among the most prevalent forms of disease during
the period of observation, though the fifth, cholera, could
scarcely be said to be prevalent at the time. The statistics
extend over not only the day of the microscopic observations/
352 Review^. [Oct.^
but also three days before and three days after, and the results
are given in elaborate diagrams. The only conclusion was that
no connection Avhatever could be traced between the numbers
of atmospheric cells and the prevalence of any of the observed
diseases, there being no constant coincidence either of agree-
ment or discord. Nor, again, was the presence of any special
form of cell at all connected with the prevalence of these dis-
eases.
These conclusions, though negative, must be considered as
the most important reached by Dr. Cunningham's researches.
They show that, whatever the physical contagium of epidemic
diseases may be, it is not among the solid impurities yet detected
in air, and supply a much-needed commentary on the facile
generalizations respecting *' Dust and Disease " which have been
made popular at the Royal Institution.. The motto of Dr.
Cunningham's work would surely be " Dust and no Disease."
On the other hand, very important "concomitant variations"
are brought to light on comparing the amount of atmospheric
dust with physical conditions. So that Dr. Cunningham is
able absolutely to state — ►
"The amount of inorganic and amorphous particles and other
debris suspended in the atmosphere is directly dependent on conditions
of moisture and of velocity of wind."
We should add that the memoir is illustrated by fourteen
well-executed plates, containing a vast number of figures, suffi-
ciently minute to enable a botanist like Mr. Berkeley to recog-
nise distinct organic forms, and that every page of the report
is^ to use Mr. Berkeley's words, worthy of careful study.
II. — Reseakches on the Agent or Agents PRODUciNa
Cholera.
The researches on cholera, conducted by Dr. Lewis and Dr.
Cunningham jointly, must, of course, be regarded as the most
important of all, as being, in fact, the pivot upon which the
others turn. We have to notice two reports of these, one dated
1872, the other 1874. Each is divided into three heads, viz,
(1) The microscopic examination of blood, (2) Experiments
on the introduction of choleraic and other organic fluids into the
system, and (3) Experiments on the section of the splanchnic
and mesenteric nerves. It will be best to take together the
observations under each head contained in both reports.
1. Microscopic examination of blood. — The observations under
this head are of a very fundamental character, and do not refer
to cholera alone. The necessity of this extension of the field of
research is shown in the following sentence :
1875.] Microscopic Organisms in Health and Disease. 353
**In the instructions issued by the Army Sanitary Commissioners for
the conduct of this inquiry particular stress is laid on the importance
of accepting no statement bearing on the question of the mode of
origin and diffusion of cholera as proven, no matter how distinguished
the authority on which it may have been made, until an opportunity
occuried for verifying it for ourselves.'*
The authors have frankly accepted the arduous task thus im-
posed, and begun with the study of the microscopic appearances
of normal blood. Their methods of examination were two —
first, to expose a small drop of blood on glass to the fumes of a
two-per-cent. solution of osmic acid, and then mount the speci-
men in a solution of acetate of potash ; secondly, to subject
the blood to continuous observation in wax cells for periods
varying from one day to nearly three months, the object of the
latter method being to watch the changes which a small portion
of blood undergoes when secluded from the external atmosphere,
but in presence of an adequate amount of air and moisture. The
advantage of these continuous observations may not at once be
obvious to all readers, but they supply, in fact, a particular
kind of information which cannot be obtained in any other way.
It is desirable to ascertain not only whether any or what organic
particles may be present in a specimen of blood, but of what,
if of any, the germs may be present. By such observations it
has been attempted to show the presence of sarcinse in normal
blood, and to establish the existence of peculiar corpuscles
characteristic of syphilis, the phenomena being in both cases
apparent only in blood which has been carefully preserved and
subject to continuous observation during a certain time. The
same method is adopted to show the development in some
specimens of blood of bacteria not observed in it when fresh, and
proceeding, in all probability, from some germs not visible or not
recognizable with our optical resources. Moreover, the changes
which the elements of the blood themselves undergo are subject
to variation, and have been thought to be significant. The
results arrived at in the first series of observations have lost
some of their importance in consequence of the numerous re-
searches which have been made of late years by other observers,
but the comparative observations made on healthy blood and on
blood from cholera patients are interesting and valuable.
Cholera blood exhibited at first nothing abnormal. The num-
ber of white corpuscles at first visible was small and not note-
worthy. Coagulation took place in the ordinary manner, a ring
of clear serum being formed round the contracting clot ;
" But with the formation of the ring of clear serum a series of
most remarkable phenomena constantly presented itself. Normal-
sized white corpuscles began to migrate into the fluid, hut in additioi}
354 Reviews, [Oct.,
to these, and in far greater numbers and activity, were larger and more
delicate bioplastic bodies ; cells they were not, for they had not at this
time the faintest differentiation of walls, contents, or nucleus. They
were simply masses of fluid bioplasm, so fluid and diluted as to be
scarcely distinguishable by refraction from the surrounding medium."
Gradually these masses became more distinct, and showed
both changes of form and movements of progression. We can-
not follow their fortunes minutely. Suffice it to say that, after
subdividing and breaking up into a second generation of bio-
plasts, they became motionless, presenting the appearance of
aggregations of pus-like cells, ultimately either breaking down
into monad-like colonies or forming something more resembling
nucleated cells. The active stage of the bioplasts, in sealed
preparations, was not usually more than twenty-four hours, but
in the motionless condition they sometimes remained unchanged
for many days. The most important result of these observa-
tions on the blood is undoubtedly the explanation they are
capable of affording of the bioplastic bodies and cells so abund-
ant in, and characteristic of, the evacuations passed in cholera,
to which the bioplasts of the blood bear the most marked re-
semblance, if they are not identical with them. The same
is true of certain " hyaline-cells " found equally in the blood
and in the evacuations, which appear to be modified bioplasts.
It would seem, then, that the cellular elements found in the
intestinal discharges are derived from the blood, and that in
both situations they are modified elements of the body itself,
not extraneous organisms. In fact, the blood of cholera patients
was found, as an almost invariable rule, free from bacteria or
other foreign organisms, either actual or potential — that is to
say, they were neither present at the moment of examination
nor seen to be evolved when the specimen was subjected to
continuous observation.
These phenomena are not (and the authors draw attention
to this point) wholly without precedent in the case of normal
blood. In a certain number of normal specimens examined in
the manner above described amoeboid corpuscles, similar to
those seen in cholera blood, were seen creeping out of the clot
after coagulation, and went through similar metamorphoses.
The difference consists in the far greater number of such cor-
puscles seen in the cholera specimens, and in their greater
permanence, the bioplasts in normal-blood specimens rapidly
becoming disintegrated. Still the authors believe that they
could always distinguish a specimen of choleraic from one of
normal blood on the second day of observation, even though
they might appear indistinguishable when first examined with
the microscope. This is certainly a solid result, if confirmed
1875.] Microscopic Organisms in Health and Disease. 355
by subsequent observation, and we must admit that the authors
have discovered a property y if not a criterion j of the blood in
cholera.
Other interesting observations, which we must pass over, were
made on specimens of normal blood, especially in relation to the
occurrence under ordinary conditions of monads or bacteria,
which were found to be present only in a very few cases either
of healthy or diseased blood, even when observed continuously
for a considerable time. For these and other reasons, the
authors express somewhat strongly the opinion that there is no
evidence in favour of attributing any diseased conditions to the
causative action of bacteria or similar organisms, even when they
are proved to exist ; but we hardly think they have always done
justice to the evidence which has been furnished. For instance,
to say that the bacteridia of Davaine, found in the blood in
cases of splenic apoplexy of sheep, and malignant pustule in
man, are nothing more than coagulated fibrine filaments,
appears to us to be nothing more than a conjecture ; again, the
authors appear to us greatly to exaggerate the difficulty of
distinguishing minute particles of an undetermined nature,
which may have some mechanically produced movements, from
bacteria, and it seems hardly worth while to quote such a writer
as Bechamp. Thatthis is difficult or sometimes impossible in blood
preparations must be granted, because it is difficult to apply the
crucial test of solubility in strong solution of potash. That
bacteria, properly so called, are not dissolved by this reagent,
while particles of albuminous and fatty nature are so, cannot
admit of doubt ; nor that collections of particles insoluble in
potash are found in the solid tissues of patients dying of certain
diseases. Neither does it appear to us at all decisive, or even
very important, that such bodies should not be found in speci-
mens of blood taken during life. Very few may be passing
through the blood at the. same time, and the distribution of
these may be extremely irregular. The presence of such bodies
in the tissues in certain diseases we regard as indisputable,
though the question will still arise, what relation they bear to
the disease, and Messrs. Lewis and Cunningham may be quite
right in supposing that the explanation of cholera is not to be
found in this direction.
Again, we quite adopt the explanation indicated by the
authors in their second report on cholera (p. 32, 1875), that the
occurrence of bacteria of ordinary putrefaction may be the ex-
pression of the fact that changes usually observed after the death
of the organism have taken place in certain diseased fluids and
tissues before death. Such cases, e. g., gangrene, urinous infil-
tration, &c., are, we think, distinguishable without difficulty
356 Reviews. [Oct.,
from cases of pysemia or certain specific diseases where bacteria
not resembling those of ordinary putrefaction occur in the blood
during life or the tissues after death. One suggestive observa-
tion is recorded in the second report, viz. that leucocytosis,
or an abundance of white corpuscles in the blood, appears to be
inconsistent wdth the coexistence or development of bacteria.
The latter, if introduced into the circulation, disappear, being
apparently worsted in the struggle for existence, so long as the
leucocytes are in a state of activity. In vaccinia produced by
inoculation and in syphilis the authors found bacteria to be as
little constantly present as in cholera.
2. Introduction of choleraic and other fluids into the system. —
The experiments on the introduction of choleraic and other
fluids into the system form two important series. In both series
dogs were the animals chiefly experimented upon, at least in
those experiments which are recorded, it being found that great
fallacies attend the performance of such experiments upon
smaller and more delicate animals, such as the rodents.
In the first series seventy-nine such experiments are recorded, in
which the matter of choleraic dejections, or a solution of it, or in
some instances other organic fluids, such as blood, either fresh or
kept for some days, were injected into the veins of dogs, being
also in some experiments introduced into the peritoneal
cavity. Ansesthetics were used in the most careful and com-
plete manner, so as to spare all pain to the animals, and besides
thorough post-mortem examinations the blood was in most
instances examined with the microscope.
The general results of this first series of experiments were as
follows : — The injection of choleraic material into the veins
proved fatal in about forty per cent, of the cases, and excluding
cases where death appeared to be due to the operation the rest
of the cases recovered. The mortality was less when the
material was much diluted, but it was greater when the mate-
rial had been kept some days than when it was fresh. The
injection of ordinary faecal matter -was fatal in a certain num-
ber of cases, the average mortality being about thirty per cent,
instead of forty, a difference which does not seem clearly to show
any specific lethal property in the choleraic matter. The chief
peculiarity noticed at the post-mortem examination w^as tliat
great disorganization, or at least congestion with other compli-
cations, affected the whole of the small intestifies with the
exception of a portion extending one or two feet above the
ileocecal valve. The authors cannot in any way account for
this special distribution of morbid change or reconcile it witli
any known facts of anatomical structure. No similar limitation
is seen in cholera. No special affection of the intestinal glands
1875.1 Microscopic Organisms in Health and Disease. 357
"was in any instance observed, and the stomach and large intes-
tine were always healthy.
In three cases large numbers of vibriones or actively moving
filaments were observed on the mucous surface of the intestines
and detected further in the mesenteric glands, but not in the
blood — a condition which the authors compare to what is called
mycosis intestinalis ; but with this exception no relation to
vibriones or bacteria was made out. It is a little singular
that the same materials injected into the peritoneum pro-
duced a somewhat different series of morbid changes. Peri-
tonitis of course resulted, and in a considerable number of
cases pericarditis; but in the intestines no disorganization of
the mucous membrane was observed, great congestion and a
sort of sanguineous exudation being alone remarked.
This series of experiments, then, failed to induce lesions or
phenomena identical in nature with those of cholera, nor did
" it afford any evidence in favour of the existence of a specific
poison contained in choleraic excreta peculiar to them alone,
and giving rise to special phenomena." It clearly points,
however, to the influence of decomposing animal matter, even
when not extremely foetid, in producing intestinal disease.
The number of these experiments did not appear sufficient
to warrant any inference as to any difference in degree between
the toxic effect of choleraic and other alvine discharges, nor did
it appear to the authors that a sufficient number of experiments
had been made with perfectly fresh choleraic material. To
supply these differences was partly the object of the second series
of experiments, but they were also intended '^ to test to the
utmost the influence of bacteria in these processes," and, lastly,
" to ascertain whether the product resulting from lesions thus
produced invariably possesses the property of reproducing the
phenomena in a more marked or even equal degree."
The general result of the two series of experiments was that,
while both choleraic dejections and those from persons in health
may when injected into the veins produce intestinal affections,
this result was produced much more frequently by the choleraic
material. Fresh cholera material appeared to be undoubtedly
more poisonous than that which had become putrid ; and what is
a very important fact, heating the material to boiling did not in
the slightest degree diminish its poisonous effect. Almost the
same was true of the toxic properties of ordinary alvine evacu-
ations, so that the authors draw the unhesitating conclusion that
the cholera poison cannot be a living substance, no such sub-
stance, they think, having been proved capable of surviving
exposure to a temperature of 212° in fluid.
It is noteworthy that the authors could not confirm in any
358 Reviews. [Oct.,
way the fact recorded by so many experimenters with respect to
artificial septicaemia, namely, the increase in intensity of the
virulent properties of inflammatory products caused by their
transference from one animal to another. In fact, solutions of
excrementitious matters introduced directly into the peritoneum
were more poisonous than the fluids resulting from the inflam-
mation thus caused — a result at variance with those of Burdon
Sanderson and Klein, and of the French experimenters. In
only two instances were they able to transfer the morbid action
more than twice. The only conclusion we can draw from this
fact is that it suggests a multiplicity of poisons, some, perhaps,
being more capable of rapid increase than others.
It is fair to give the final conclusion in the authors' own
words :
" Something is present [in choleraic matter] which is capable of exer-
cising a singularly pernicious eff'eet on animal life, the most prominent
local manifestation of its action being observed in the intestinal
canal.
" What is this something ? Is it visible ? Is it a living substance ?
*' With regard to the first question, we should not presume to speak
decisively, though we have ourselves searched for it in vain with lenses
which have the reputation of being the best yet constructed, and have
been uniformly unsuccessful in associating it with any constant
visible phenomena.
With regard to the second question, the authors think that —
** Until it be proved that living substances can withstand immersion
in a fluid at a temperature of 212*^ F. of some minutes' duration, we
have no hesitation in stating that the morbid phenomena which we
have observed to follow the introduction into the animal economy of
strained solutions of choleraic and normal alvine discharges, and of
other decomposing animal substances, are not the result of infection
with a material the poisonous properties of which are dependent on
its possessing vitality."
3. Section of intestinal nerves. — Before leaving the subject
of cholera, we must refer to the experiments on the section
of the nerves distributed to the intestines, first performed
by Moreau. This experimicnter found that, when the branch of
the mesenteric nerve distributed to a loop of intestine was
divided, the paralysis thus produced was accompanied by a
copious secretion of watery fluid from the mucous membrane.
Now, comparing the results of the experiments just detailed, in
which choleraic or other animal matters were introduced into
the circulation, with the phenomena of actual cholera, one of the
most striking differences is the absence, in experimental condi-
tions, of that increased secretion of fluid which is so charac-
teristic of the disease. The authors therefore hoped that, if
1875.] Microscopic Organisms in Health and Disease, 359
they could in any way induce a greatly increased secretion, they
might assimilate the morbid phenomena of experiment some-
what more closely to those of disease. Hence they determined
to repeat Moreau's experiments, but first attempted to ascertain
whether by section of the splanchnic nerve the whole of the
intestine simultaneously could be affected, and not merely one
or two loops as in the method of the French experimenter.
The result of two series of experiments was, however, to show
that section of the greater splanchnic nerve on one or both sides,'
even when combined with excision of the semilunar ganglion,
had no effect whatever on causing exudation or other change
on the intestine. By section of the mesenteric nerves, on the
other hand, they confirmed in a great number of instances the
results of Moreau, the contrary instances being apparently due
to imperfection in the experiment. The almost invariable result
was a copious secretion of fluid, entirely independent of the
detachment of the epithelial covering, but sometimes associated
with an exudation of bioplasts upon the surface. Similar con-
firmation has, we may say, been given to Moreau's statements
by Dr. Lauder Brunton, and the subject is now under investi-
gation by a committee of the British Association.
Let us hope that Drs. Lewis and Cunningham, having already
reproduced, in some degree, two of the chief morbid phenomena
of cholera, may be ultimately able to effect the synthesis of the
whole, and thus explain, in the only really satisfactory way, the
whole morbid process.
IV. — Researches on Entozoa.
Dr. Lewis's investigation of the disease known as chyluria
has led to very interesting results, some of which may be now
pretty widely known ; but as others have scarcely received due
attention, it will be worth while to give a brief resume of the
whole subject. In the year 1870 Dr. Lewis first observed in
the milky urine of a patient suffering from *^ chyluria," numer-
ous specimens of a small nematoid worm, which, being con-
stantly found and evidently not accidentally present, was re-
ferred to as the probable cause of the disease. Some fifteen or
twenty cases subsequently examined fully confirmed the
hypothesis, filarise being present on every occasion. At this
time the parasite was not detected in the blood, but about two
years afterwards, when examining the blood of a patient with
diarrhoea. Dr. Lewis observed nine minute nematoid worms on
a single slide. The investigations to which this incident gave
rise have now satisfactorily established the presence of the
parasite in the blood as well as in the urine in all such cases ;
and the name Filaria sanguinis hominis given to the parasite
330 • Reviews. [Oct.,
has been shown to be well deserved. So numerous are the
parasites that they may always be seen in a minute drop of
blood taken from any part of the body ; and supposing them
to be uniformly distributed, Dr. Lewis calculates that there
may be, on a moderate estimate, 140,000 in the body at once.
In one case the patient aifected with chyluria suffered from a
chronic "inflammation'^ of the conjunctivae, and milky fluid
was constantly welling from the corners of the eyes, which, on
examination, was found also to contain the parasite. Although
the body is so universally affected, nevertheless no characteristic
post-mortem appearances were recorded in the few cases where
an autopsy was obtained.
" Not the remotest clue is afforded as to the nature or as to the
cause of the disease by the pout -mortem appearances visible to the
naked eye ; nor is there any sufficiently-marked lesion to account for
the condition of the urine during life, nor for the rapid manner in
which the patient (in one case) ultimately succumbed."
The microscopic examination of the kidneys, however, showed
that numerous minute filarise were contained in every part of
them.
The constancy of these results was of itself quite sufficient to
establish the fact of the association of the parasite with the dis-
ease, its habitat in the blood, and its elimination by the kidneys.
It still appeared strange that the constant infection of the blood
should have been overlooked in the earlier instances where the
chylous urine was found to contain parasites, and a remarkable
coincidence enabled Dr. Lewis to supply this omission. It hap-
pened that a compositor in the Government printing-office, who
was actually engaged in setting up this very essay, was the
identical patient in whose urine two years before filarise were
first detected, and whom Dr. Lewis had vainly endeavoured to
find for the purpose of further examination. No difficulty was
found on this occasion in obtaining numerous filarise from a few
drops of his blood. The man had been engaged in his occupa-
tion without suffering inconvenience from his complaint, and
indeed in many instances the disease appears to have been ex-
tremely slight, so that the patients refused to remain in hospital
to be treated, or even concealed their condition. The incident
illustrates also the length of time (two years and a half) for
which filariae can remain in the body without giving any evi-
dence of a tendency to undergo further development. In fact,
as Dr. Lewis says —
" For aught we know to the contrary, these filariee may live for
many years, and thus at any moment, no matter how long after a
previous attack, nor in what country the person may reside, he may he
I
1875.1 Microscopic Organisms in Health and Disease. 36l
surprised by the sudden accession of chyluria, or any other obscure
disease, such as will be readily understood by the physician when he
becomes aware of the state of the blood."
We cannot dwell upon the anatomy or the life-history of the
hsematozoon. It'^ is a worm-like animal, the average diameter
of the body being about that of a red blood-corpuscle, and its
average length about forty-six times its greatest diameter ; that
is to say, its greatest transverse diameter is about -jtoit of an
inch, and its length about yV of an inch. When seen on the
stage of the microscope it is extremely active in its movements
and difficult to observe, but the body is evidently contained in
a transparent, elastic, tubular sheath, closed at both ends, which
is capable of elongation or shortening. This seems to show,
Dr. Lewis thinks, that in the present stage of its existence the
home of the parasite is in the blood, as it has no visible means
of perforating the tissues, and does not show any tendency to
migration. There is evidence, however, that it may also pene-
trate the minute channels of the lymphatic system. From what
we know of the life-history of parasites it is clear that that of
the hsematozoon, thus far known, is quite incomplete. This is
an embryonic form which must have other stages and trans-
formations, though these are at present quite unknown. Dr.
Lewis conjectures merely that the parasite will ultimately be
traced to the tank, either to its water or its fish.
In the second report on this subject another formidable dis-
ease is referred, with great probability, to the action of the same
parasite, viz. an elephantoid condition of the scrotum, and also
in one instance of the foot. We do not gather that Dr. Lewis
attributes all the monstrous tumours known as elephantiasis to
this cause, but in the cases recorded there w^as infiltration of
subcutaneous tissue with fluid, and hypertrophy of the sur-
rounding parts, so as to produce a large tumour, which in one
case was of the size of a man^s head.
Although, as we have said, the life-history of the Filaria
sa7igumis Jiominis is quite incomplete, and even its transmission
through the body imperfectly understood, much fuller informa-
tion has been obtained on both these points with respect to
an allied form of nematode haematozoon from the dog, which
forms the chief subject of Dr. Lewis's second memoir. The
parasite there described appears to be quite distinct from the
blood-parasites which have already been found in the dog by
different observers, and enumerated by Dr. Lewis in an historical
sketch, which we have not space to notice. It has been found
in two stages — the embryonic and the mature. The embryo
bears a close resemblance to the human hsematozoon spoken of
above, and, like that, lives in the blood. The mature form (or
362 Reviews. [Oct.,
what is believed to be so) is a nematode worm from one to three
inches in length, corresponding very nearly, though not pre-
cisely, to the Filaria sanguinolenta of Rudolphi ; it is found in
solid fibrous tumours along the aorta and oesophagus. Dr.
Lewis's belief is that the mature worm is produced from an im-
mature larval form, which is swallowed by the dog, and attaches
itself to the mucous lining of the oesophagus, then working its
way through the tissues till it reaches the thoracic aorta where
the worm lives coiled up in a small nodular elevation on the
inner surface of the vessel. Here it enlarges; ultimately ad-
jacent worms migrate into each other's abodes, and a tumour
the size of a filbert or larger may be formed, which, when cut
into, contains a little colony of mature pinkish worms, the male
being from one to two inches long, the female from two to three
and a half. The females become impregnated and produce innu-
merable ova, which are imbedded in a thick, yellow, gelatinous
fluid, and pass through an orifice in the tumour, either into the
blood on the aortic side or into the alimentary canal on the
oesophageal. The ova develop into embryonic worms, which are
the hsematozoa already described, and these appear to undergo
no further transformation in the blood. Of this history there
is, as Dr. Lewis confesses, no direct proof, but we must allow it
a very high degree of probability. The human hsematozoon
(though a distinct species) must almost certainly have a similar
history, and hence, to understand its development, we should
have to find a filaria somewhere in the solid tissues of the
body. We may only point out that the hcematozoic stage can
hardly be a normal stage in the metamorphosis of either species.
The embryos which find their way into the intestinal canal and
escape must be those which propagate the canine species, though
in the Filaria sanguinis hominis the immature form ejected in
urine or lymphoid discharge may undergo further transforma-
tions in some appropriate field. Those that remain in the blood
stop at the same immature stage of development.
The whole of the two reports on hsematozoa, which we have
been obliged to notice very imperfectly, will well repay perusal,^
and are, like the others, admirably illustrated.
^ An abstract of the second report, with figures, will be found in the ' Quar-
terly Journal of Microscopical Science ' for July, 1875.
1875.] On tnter-Marriage, 363
VIII. — On Inter-Marriage.^
Marriages of kinsfolk must have been coeval with creation.
Whether the race originated in one pair, or in pairs corre-
sponding in number to its varieties, such unions in primeval
times were inevitable. Moreover, wherever communities or
colonies were founded or formed by a few individuals, or wher-
ever such associations were or are isolated geographically, or
by race or social conditions, the same course must have been,
and must still be, pursued; or where the proportion between
the two sexes is destroyed by the infanticide of female infants
or otherwise. It would be premature to inquire whether such
arrangements were beneficent or pregnant with evil, as, under
the circumstances, their consequences could neither be known,
nor dreaded, nor escaped from. But, independently of the
limitation of choice, other influences may have contributed to
multiply such alliances. It can be readily conceived that early
associations, the affections, the friendship subsisting between
relations, the strong sympathies created by an identity of
language and interests, by a similarity in habits, pursuits, pre-
dilections, may have brought about, under the agency of freewill
and preference, by the very attractions between the sexes which
have guided men in all ages, those consanguine connections
which, under certain circumstances, seem to have been more the
result of the tyranny of position than of the promptings of in-
stinct, for that dissociation or divarication between members of
families, now so glaring, must have occurred in comparatively
modern times. In the daylight, as well as in the dawn, of
civilisation, even now, there are families who consciously and
advisedly shrink from the formation of new connections, marry
within the bounds of consanguinity, and have hence been called
cousin-families. Even in our own country, amongst the remain-
ing representatives of the Celtic race, within a short period, and
in other countries at the present time, clanship has been main-
tained by cousinship, and the pride of pure blood was as indo-
mitable in the vassal as in his liege lord — in the serf, who could
scarcely trace his genealogy, as in his chief.
The Bible, taken strictly as a biographical record, and under
this aspect it has never been assailed by sceptics, reveals the
1 1. The Marriage of Near Kin, considered with respect to the Laws of NationSt
the Results of Experience and the Teachings of Biology. By Henry Htjth.
London, 1875. Pp. 426.
2. Marriages between Cousins in England and their Effects. By Geobge H.
Daewin, M.A., Fellow of Trinity College, Cambridge. 1875. Pp. 29.
3. Medical Frohlenis of the Bay. The Annual Discourse before the Massa-
chusetts Medical Society, June 3, 1874. By Nathan Allen, M.D., LL.D*
Lowell, Mass. Boston, 1874. Pp. 92.
364 keviews, [Oct.,
course which must have been long followed by primitive peo-
ples. Brothers must have formed unions with sisters, and so on,
even if nearer ties were not occasionally created ; and even in
what may be called the mediaeval period of Jewish history, when
the exigencies of a sparse population had disappeared, we find
that even leaders and lawgivers sanctioned connections between
blood relations ; and even after legal restrictions upon such had
been imposed there remained a national prejudice against mar-
riage with aliens. Wherever the genesis of human association
has to be recommenced, or wherever small communities are
shut out from surrounding peoples by accident, as in the case
of the mutineers of the Bounty, — by design, as in that of the
Vaqueros of the Pyrenees, and the voluntary recluses of St. Kilda
— or by compulsion, as in isolated tribes in Iceland, Westmannoe,
&c. &c. — similar institutions have prevailed. Motives of a
higher or lower character, as they may be variously estimated,
have induced and justified the same relation between the sexes.
The Ptolemy rulers of Egypt, either in obedience to an
ancient custom or to guard against the pollution of the royal
blood and caste by admixture with subject or servile, and there-
fore impure, streams, habitually married sisters, nieces, and
cousins. This incestuous intercourse prevailed during thirteen
reigns at least. Impelled by similar incentives, the Peruvians
and Persians are proved — and the inhabitants of a large portion
of the world, designated by the Greeks, barbarian, including
India, Mesopotamia, Parthia, Assyria, all the north of Africa,
are asserted — upon good authority, to have chosen their mothers,
daughters, or sisters, as wives. In fact, it would be difficult to
point out any region in which, anciently, this custom did not
prevail, especially among the dominant and privileged classes ;
and even our own ancestors, while in a semi-savage condition,
imitated their more civilised contemporaries. But whole tribes
of men, not actuated by the desire to transmit an uninterrupted
and uncontaminated lineage of princes and rulers, but by the
wider conservative principle of keeping their people free from
all foreign ties and influences, have encouraged marriage be-
tween members of the same sept or tribe. The Arabs, before
their conversion to Mohammedanism, practised incest in its
grossest form, and the Bedouins are still so proud of their race
that they will not marry an alien, or even a female of different
descent, and are as rigid in carrying out this rule as they
are in preserving pure the pedigree of their horses. The Affghans
and natives of Beloochistan, all presenting a magnificent physi-
cal development, are so proud of their lineage, and so exclusive
in guarding it, that recognition of incorporation is never ob-
tained until six descents can be proved, and they, accordingly,
i
1875.] On Liter- Marriage. 365
never ally themselves with even neighbouring, and, perhaps,
congeneric clans. The Parsecs, or Guebres, are as scrupulous
and exacting as to genealogy, although religious as well as
tribal scruples may regulate their conduct. The Gypsies of the
same region live almost promiscuously, the children belonging
to the horde, and not to particular parents, as is affirmed to
have been the rule formerly in China, where even mothers re-
mained members of their sons' harem ; and the Mingrelese on
the Black Sea, handsome and beautiful in person, associate
nearly in the same degraded manner, but whether from selfish,
territorial, or patriotic motives has not been ascertained. But
in Hindostan there is an imperium in imperio — a separation of a
vast population, which must have had a common birth, into sects
and castes; first, into four great divisions, which are again
differentiated into more than a hundred others, by descent, by
occupation, and by moral antipathies. They will not inter-
marry, they will not help, tolerate, touch, each other, so that
Brahmins are united to Brahmins, and Sudras are united to
Sudras, through successive generations, and, unless where the
written or traditional custom is violated, and the distinctions of
society outraged, the connections between blood relations in
given localities must be intimate and intricate. The Ceylonese
acknowledge the same tyrannous prohibition against the mar-
riage of the high and the low, and the rich and the poor, and
incest, polygamy, and polyandry are the natural concomitant, if
not direct results. The latter revolting tie exists in Thibet as
it anciently did in Sparta, as well as in Central Africa, but
under very different domestic and social regulations, and upon
what pretext is not well ascertained. Where polygamy is
allowed or enjoined by law, as among the Mongols, a man may
marry three sisters at once, and two families may intermarry
for centuries. Creed, superstition, sectarianism, even politics,
which lead so largely to the segregation of communities, are as
fertile in bringing together in closer and nearer affinities the
individuals composing the sections separated. Marriage within
the pale was, at one time, a cardinal virtue and an omnipotent
rule. Even in the very remote and pleasant land of Polynesia
the royal race contracted marriages with blood relations, and
" Taniehandra married a relation, while his son married a
sister, and, from love to his father, one of the latter's widows.^'
The marital affinities in these islands, where all save the human
soul is beautiful and divine, are of the most lax and indefinite
character, and are determined rather by passion, temperament,
or abundance of food, than by any of the factors previously
enumerated. It should be here noted that the Circassians,
consisting of several fraternities, never marry within their
112-Lvi. 24
366 Ueviem. [Oct.,
limits, that the Kalmucks have a great abhorrence of marriages
between near kin, that the Tartars do not seek wives within
their own clan, that the Dyaks, among whom the decapitated
head of a foe is the most acceptable gift to an affiancee or bride,
are interdicted from marrying first cousins, in order to place
prominently the proposition that such repugnance must depend
upon individual, or national, or climatic differences and mutual
constitution, as the majority of mankind have at one stage of
progress or another followed an opposite course.
At certain periods of advancement almost all nations have
instituted prohibitions against consanguine unions. The rea-
sons for such a step, the grades of relationship embraced in the
law, and the extent and modification of the restrictions, differ
widely in different races. Sometimes the interdict is connected
with the inheritance of property, sometimes with asceticism, but
rarely with any perception of the laws of health or with the
evils supposed to arise from the violation of these. -In fact, it is
most probable that the belief in the existence of deterioration
has been suggested by such enactments and by the rigidity with
which, both in heathen and Christian lands, they were enforced.
Had degeneracy been palpable and clamant, it must have
appealed so constantly and clamorously to the hearts and con-
sciences of families and sodalities that no police, or penal, or
priestly interference would have been required, and it may be
argued that, had the infirmities of body and mind now traced
to this source been multiplied in proportion to the frequency of
the practice, the blood-corruption must have been so universal
and so appalling that it could not have failed to attract the
notice and excite the fears of the most ignorant and stolid of
the governed as well as of the governing body. To the Israel-
ites a code of regulations as to marriage was promulgated
between 1571 and 1620 B.C., when the circumstances deter-
mining the earlier post-diluvial marriages had ceased to press.
By this code, tantamount to the condemnation of previous con-
nections, a Jew was not permitted to marry his mother, sister,
step-mother, and other degrees within blood-kinship. A
slight amount of restraint was created in Egypt by considera-
tions of rank, riches, and the sacredness of caste ; but there
was, besides, no union permitted in the direct ascending line,
nor collaterally with a sister. A check is said to have been
given by Alexander the Great to the incestuous intercourse
between members of sovereign Persian families. The Greeks
were, like other nations, surrounded by barbarians, endogamous,
and their proliferation by emigrant colonies was the result of the
exclusion of children of mixed descent from citizenship, and it
is presumable that the disposition to breed in and in was not
1875.]
On inter- Marriage, 367
effectually counteracted until tlie effect of Christianity claimed
the supremacy over the selfish impulses^ although the same
limitations prevailed as in Egypt. Rome, in its rise as well as
in its decline, seems to have equalled less powerful and less
polished communities in the contraction of blood-marriages,
although perhaps the most flagrant and frequent instances are
to be found in its lusty youth. Such ties seem to have been
dictated by pride, patricianism, and the transmission of property.
The Tarquins were but examples of the practice among the
nobles; all ranks recoiled from espousal with a foreigner; the
equestrian disdained a plebeian connection ; heiresses were bound
to marry kinsmen. The union of uncle and niece was permitted.
Mohammed originated wide and strict prohibitions, but he him-
self married his first cousin and a daughter-in-law ; but Con-
stantino and Constantius attached the penalty of death to such
marriages, and Theodosius introduced a law against the mar-
riage of cousins. Many fluctuations of opinion and legislation
may be detected, even after Italy and other parts of the Western
Empire had been converted to Christianity, and no fixity or
permanency was imparted to the extent of prohibition until the
time of Gregory I, a.d. 550, who denounced the union of third
cousins, although he had been anticipated by the Ostrogoths,
who interdicted marriage within the fifth and sixth degrees,
while Gregory III, a.d. 731, extended this restriction to the
sixth or seventh degree, or between sixth cousins. It would be
profitless to prosecute further research during the Christian era,
as the canonical laws above alluded to have been observed with
greater or less fidelity ever since among the lower orders, over
whom the priesthood exercised, and still exercises, great, if not
supreme, authority. But among the royal and princely families
of Europe the dispensing power of the Church has so broken
down these bonds and barriers that even heralds have a difli-
culty in unravelling the tangled web of propinquity produced ;
and had vengeance, under the guise of morbidity and mor-
tality, really pursued the offenders against a sanitary as
well as a sacred law, no representative of imperial or feudal
lords could now exist. Nor has the shadow of such ecclesias-
tical absolution from the impediments of canonical law altogether
passed away. The modern histories of Spain and Portugal
'afford many illustrations of this, and thus in 1826 a Papal bull
would have set aside the prohibition of marriage between an
uncle and a niece in the case of Donna Maria da Gloria and
Don Miguel, but was nullified by the treachery of the latter ;
and even the plebeian mountain shepherds called Vaqueros,
who will not marry out of their tribe, still pay more money
for dispensations than the whole province of the Asturias.
368 Reviews. [Oct.^
Royal edicts have in like manner set the canonical laws as to con-
sanguinity at defiance, and within a short period such a relaxation
was passed in Sweden permitting the marriage of first cousins,
and in the same country a man may marry his sister-in-law by the
king's authority. It may be inferred from what has been
stated that there was no inherent dislike or indisposition on the
part of relatives to marriage ; that, on the contrary, there existed
many inducements to such connections, and that, although a
different doctrine has been propounded, to the effect that an
identity of sentiment and impulse, even in widely separated
peoples, may have led to the establishment of similar customs,
the only natural impediment is in the age of the parties. It is well
known that, whatever the views of the early Jewish Lawgiver,
whether dictated by inspiration or religions policy, those have,
for better or worse, guided civilised nations since the epoch
when they were delivered. Gregory is said to have reproduced
them, and the Church of which he was a Saint is conceived to
have injured the world by placing limits upon the increase of
population, while it marvellously raised the standard and sway
of morality by placing woman in a new and purer and more dig-
nified relation to the other sex. The conventual life, the with-
drawal of large numbers by celibacy from the reproductive
classes, must have tended to disturb the equilibrium between
the sexes as to marriage, and must have served as an indirect
check upon fertility. It has been afliirmed that the cloister was
resorted to as a sanctuary from unholy unions and from the
curse which was conceived to impend over the fruit of those
who eat of the forbidden tree. What, then, was this curse ? Did
it bear the fruit of mere moral and ultimate retribution — was it
wreaked in physical disease, deformity, decrepitude, in sterility,
impaired fecundity, idiocy, paralysis, and all the ills that flesh
is heir to, culminating in early or premature death ? In contem-
plating this sad'picture of the future of humanity we have often been
struck by the habit of intelligent and laborious advocates of tlie
hypothesis of the pernicious and fatal effects of consanguine mar-
riages in overlooking the cosmic custom which seems tobe an intui-
tive refutation of such hypothesis ; in nibbling over the two or one
and a half per cent, which may distinguish the condition of the
children of those conjectured to be unhealthy from those of
parents conjectured to be healthy. It is at the same time astound-*
ing that these inquirers should concentrate their attention upon
consanguinity alone as the origin of physical and psychical
degeneracy, even of certain forms of moral turpitude in small
communities or circumscribed localities, to the exclusion of all
the other known factors of such afflictions which must be con-
temporaneously at work, and which are confessedly productive
1875.]
Oti Inter 'Marriage, 369
of similar results, and this while the more candid of the number
admit that the data obtained are defective and often selected ;
that such data " do not speak, strongly against a blood-rela-
tionship of parents " that this influence, whatever it may be,
is " unsteady," and that they have been disappointed as to its
uniformity, extent, &c. Two methods have been followed in
the attempt to answer the vexed question as to the effects of
blood-relationship on off*spring. The first of them has consisted
in selecting an isolated village or tribe, in ascertaining the
number of marriages, sanguine and non-sanguine, among the
inhabitants, the number of children in these unions respectively,
then in comparing the health, strength, survivorship of these,
and in concluding, from the proportionate value of these ele-
ments, the influence of relationship, but, as we have just said,
without any due consideration or estimate of the other causes,
such as heredity, race, food, habits, moral and religious training,
which must affect this proportion. The second method consists
in taking similar steps and in making similar deductions with-
out making due allowance for the circumstances which may
prevent, or modify, or destroy, whatever occult influence may
be associated with close and long-continued intermarriage.
The objects of the work of Huth now before us are professed to
be " to put in a collected form all that has been written on the
marriage of near kin,^' and ^^ that it may serve as a handbook
to the literature of the subject." These expressions are too
modest, and are calculated to mislead as to the amount of
copious, patient, and exhaustive research displayed, as to the
clear and, we conceive, candid exposition of a controversy of
great width and vast importance, and as near an approach to a
settlement of the dispute as can at present be expected.
The first portion of the volume is dedicated to a sweeping
survey of marital usages in almost all lands and ages, and de-
monstrates that, however irreconcilable the conjugal connections
narrated were with current opinions, they could not have en-
tailed disastrous consequences ; that, even where the kindred of
the parties was close and long continued, the issue was robust
and beautiful, as exemplified in the Lacedemonian women; and
that the descendants of the Jews, even at present, are in favor-
able surroundings, equal in many respects to the Circassians,
who are rapidly increasing in numbers, and present a smaller
infant mortality by one third or one half than among the Chris-
tians. The same remark applies to periods when females were
bought, sold, and treated, though with less solicitude and
science, like our cattle,
Tlie following portion on asceticism shows that, although
ecclesiasticallftws may frustrate or limit, fanaticism may foster,
370 Reviews, [Oct.,
promiscuous and profligate intermarriage, and that sects at
present exist in which incest is an institution, equally as in the
days of the Magians when such corruptions are said to have
arisen as to countenance the axiom that the offspring of a son
and a mother was the best calculated for the office of a priest. The
succeeding chapters are on the varied origin of prohibited degrees
among savages, and on the absence of all instinctive antipathy
to consanguine union, wherein it is stated that Burton, in his
' Anatomy of Melancholy,' is the first author who " considers
that the offspring are hurt by these marriages ;" and when the
weight of evidence gathered from a large catena of recorded
observations is in their favour we reach the crucial argument
in the investigation derived from isolated communities who have
constantly married among themselves. Among such are enu-
merated the descendants of the mutineers of the " Bounty,"
who were finely formed, strong, and of tall stature. A tribe at
Surabaya, Java, 1200 in number, occupying forty villages, are so
proud of their institutions as never to admit female strangers
within their pale, and are frugal, happy, bigger and stronger
than any neighbouring race. The same amount of vigorous
life and of longevity has been noticed among the natives of vil-
lages in Cornwall, where exogamous marriages are, from situa-
tion, difficult ; among the Stuarts of Glenfinlas, where clanship
determined marriage. In Burnmouth and Ross, Berwickshire,
where position and contraband trade long confined matrimony
within narrow limits, though it be affirmed that there is a larger
amount of " unsoundness " than in the average population of
Scotland, the inhabitants are said to be healthy, strong, indus-
trious, and respectable ; as in Eyemouth, in the same county,
which has a similar site in history ; in St. Kilda, where a small
group of individuals is gradually verging towards extinction,
partly from insufficient or inappropriate nourishment, but chiefly
from trismus nascentium, where unions within the interdicted
degrees have been inevitable for centuries. Iceland, where a
population of about 58,000, practically shut out from other
parts of Europe, is and has been compelled to marry in and in,
although sometimes decimated by epidemics and subjected to
frightful hardships, presents a greater number of births, less
deformity, less insanity, than in Denmark ; although the per-
centage of idiocy is greater, it is wonderful, when the somewhat
dissolute manners, the intemperance, and the extreme destitu-
tion of the majority of the parents are considered, that it is so
small. In the Scilly Islands the inhabitants are described by
one narrator as dwarfish, by another as possessing proportions
which *^ give the lie to the current notion that men and quadru-
peds must degenerate in small islands/' and here the boundaries
1875.] On Inter-Marriage, 371
drawn by degrees of affinity must be constantly overstepped.
Passing the channel, we find in Asprieres a population of 1700,
with only two deaf-mutes springing from unrelated parents. In
Baty, according to Voisin, there is a population of 3300,
separated from and having little communication with the main-
land, simple, intelligent, reserved in character, presenting no
instance of malformation, or any disease of the mind, or of
deaf-mutism, albinoism, blindness, or retinitis pigmentosa, and
free from the stains of prostitution, drunkenness, and other
immorality, although marrying amongst each other from time
immemorial. In the nominal republic of Andorra, Pyrenees, the
citizens, amounting to 7000 or 8000, living as their fathers lived
in great simplicity, never unite themselves to foreigners, nor to
any one unequal in rank, and consequently choose their help-
mates from their own family and such as participate in their
fortunes. This unchanged and unchanging people are described
as a strong and well-proportioned race, among whom mental
disease and vice are almost unknown.
We have intentionally omitted a large number of interesting
and pertinent illustrations from this catalogue, most of which
militate against the notion that marriages of kin entail evil, some
support it, and lastly that derived from the present condition of
the Jewish race, especially in relation to deaf-mutism, because
the information on the subject is conflicting. This has been done,
not merely to economise space, but because we object to skeletonic
and microscopic statistics, and, in the words of Huth, because
" we have absolutely no basis or very imperfect estimates indeed"
in the face of world-long history and experience with which the
great mass of mankind rest perfectly satisfied. Another series
of facts can only be very cursorily adverted to ; such are the
connection between idiocy, microcephalism, deformed and
dwarfed stature, with the soil and surroundings, as seen in the
Cretins of Alpine regions ; the direct or immediate connection
between idiocy and alienation with intemperate habits, as
proved by the increase of idiocy 150 per cent., and insanity 50
percent., on the removal of the spirit duty in Norway; the
fluctuations of intemperance from social habits, and in particular
classes, independently altogether of family relations; the
absence of consumption from communities where frequent con-
sanguine marriages are unavoidable, as in Iceland and in our
own Western Islands, from which evidence has been drawn to
prove that idiocy, &c., can be traced to this source ; ^ the argu-
ments of Chateauneuf, who concludes that " seven or eight
consecutive generations, lasting about three centuries, is the
average life of a nobleman's family in France and that, so far
Dr. Mitchell * On Blood-Relationship in Marriage/ p. 442 et seq.
372 Reviews. [Oct.,
from being less prolific, they are perhaps even more prolific than
ordinary families ; "" the etiology of scrofula from every en-
feebling and exhausting origin in no way connected with con-
sanguinity ; the theories that anaemia in the parents may
explain all the phenomena under discussion, and that crosses
are positively, as well as potentially, injurious by spreading and
multiplying defects in the type, as seen in the deterioration
of mixed races and half-castes, which unite the vices and defects
of both parents.
The experience afforded by the breeding of the lower animals
is valuable. The great preponderance of opinion of those who,
experimentally or for gain, have engaged in this inquiry is that
consanguine connections afford a direct means of improving the
breed; either as to a part or the whole of the body. This im-
provement consists, not merely in increasing the quantity or
quality of fat, fiesh, wool — saleable commodities which are, how-
ever, the products of diseased action in the animal — but of
beauty of form, accelerated speed, and high development of some
of the external senses. In fact, the great cardinal point seems
to be that, provided the parents are healthy, their progeny will
be so, will represent the desirable features of the type, and that
these, under judicious management, will be intensified and per-
petrated by long-continued breeding in and in. The racehorse
of England, the Arab horses of the desert, can all be traced back
to the same famous stock in one or more lines, by repeated and
the closest interconnections, with the qualities for which they
are prized either perfectly preserved or enhanced. In the
thirteenth century sheep were imported from England by the
Spaniards, who have excluded all foreign blood from the stock,
which has been bred in and in since that time, and the animals
are still free from all blemish or impairment of those qualities
for which they have been prized. In France the Naz Flock
has had no addition from without for sixty years, and gives no
indication of degeneracy. The best breed now scattered over
all the states of the American Union is descended from one Ewe,
and have preserved her characteristics by constant in-breeding
and without admixture. The wild as well as the park deer in
Great Britain are free from all blight and blemish, although
crossing is not within their reach ; but the innumerable troops
of wild cattle and horses which now cover the plains in South
America, the Falkland Islands, &c., which must have proceeded
from common parents, and could have had no access to other
flocks, afford extraordinary instances of undiminished prolificness
and of the possession of some of the most highly valued qualities
of their species. But a wider survey of all the living creatures
peopling the globe, and which must have multiplied at certain
1875.]
On Inter 'Marriage. 373
times, and must still in many localities multiply, by incessant
interunion, teaches the same lessons and more impressively.
That evil results may follow the mingling of kindred blood
cannot be denied, but that in drawing deductions from such
cases the collateral influences should be embraced is well
shown by the experiment of M. Legrain, wlio treated two series
of rabbits, originating in a common stock, in a different manner,
brothers being coupled with sisters during five generations.
One series was kept in the dark, with unwholesome surround-
ings ; one in light, with abundance of air, food, &c. The former,
in the third generation, had diminished in prolificness and
viability, while the latter, in the fifth generation, remained pro-
lific and undegenerate in health.
We shall not analyse the concluding chapters on the question,
" Why are there two sexes ? " — hermaphroditism, &c., — but
would strongly recommend the perusal of the appendices as
containing, in addition to the references in the body of the
volume, a large collection of condensed cases bearing upon the
matters discussed, drawn from a multitude of sources, and which
present a sort of vidimus of the literature bearing upon con-
sanguine marriages.
On opening Mr. Darwin's pamphlet on ' Marriages between
First Cousins in England, and their Effects,' we were at first
impressed with the suspicion that it was a humorous exercita-
tion or philosophical conundrum, as in his third paragraph he
writes, " In looking through the marriages announced in the
' Pall Mall Gazette ' I noticed one between persons of the same
surname. Now, as the number of surnames in England is very
large, it occurred to me that the number of such marriages
would afford a clue to the number of first-cousin marriages ;"
but, on discovering that this method, which many will stigma-
tise as novel and rude, was designed to supply that information
sought for by the motion of Sir J. Lubbock, that a question as
to the frequency of cousin-marriages in England should be in-
serted in the Census Act of 1871, we bestowed graver considera-
tion upon his labours. These labours have led the author to
the sound conclusion that consanguine marriages are innocuous,
although the route by which he arrives at this opinion is some-
what adventurous and circuitous. By consulting the * Registrar-
General's Report for 1873' Mr. Darwin finds that 275,450
persons are named, that of these the number of persons to one
surname is 84. His next step was to count the number of
marriages in that redoubtable chronicle, the ' Pall Mall Gazette,'
from 1869 to 1873, amounting to 18,528, of which 125 were
same-name marriages. This curious calculation shows that
every seventy-third person i§ a Smith, every seventy-sixth a
374 Reviews, [Oct.,
Jones, every 115th a Williams, every 148th a Taylor, and soon.
Next it appears that in one marriage in seventy-three one of
the parties will be a Smith, and if there were no cause which
tended to make persons of the same surname marry there would
be one in seventy- three, or 5329 marriages in which both parties
were Smiths. Therefore the probability of a Smith-Smith
marriage due to mere chance is -yt^-q, and so proportionally with
the other surnames. Mr. Darwin next examines 700 pages of
Burke's ^Landed Gentry,' marking every case where the
marriage was same name, and endeavoured to ascertain from
the Pedigree all instances in which marriages of persons of the
same name were between first cousins. This search proved
that of 9549 seventy-two were same-name first-cousin marriages,
and seventy-two were same-name marriages not between first
cousins, all precautions being taken to exclude double returns.
This gives the percentage of same-name marriages as I'b. When
all authorities as to the English and Irish peerage and gentry
are consulted there appear to be ninety out of 11,538 or 0*78
per cent, of same-name first-cousin marriages. In reply to
circulars addressed to the upper middle and upper classes, it
appears that of 3663 marriages there were of first-cousin mar-
riages 125, the percentage of first-cousin marriages being 3*41,
and of same-name marriages, whether cousin or not, 1*38 It
is necessary to note that only 181 of 800 applications were
responded to. We do not enter upon the statistics of the pro-
portions between same-name cousin marriages and not same-
name cousin marriages, as the author confesses that his sources
of information were inadequate, but he conjectures that same-
name first-cousin marriages are to different-name first-cousin
marriages as one to four. Candidly enough he applies the
terms " perplexing," " discrepant," and " beyond his powers,"
to his arithmetical calculations, but seems somewhat confident
that in London they are 1^ per cent., in urban districts 2 per
cent., in rural districts 2J per cent., in the middle and upper
classes 34 per cent. It does not seem necessary to explain at
length the process by which the author measures and weighs
the fifty and 150 commonest names inscribed upon cardboard,
or arrives at the conclusion " that in England and Wales about
one marriage in a thousand takes place in which the parties are
of the same surname and have been uninfluenced by any rela-
tionship between them bringing them together." His next
advance is to apply to the superintendents of nineteen asylums
as to the cousinship of the parents of the insane under their
charge. The results were that of 18,000 inmates, as to whose
antecedents some information could be obtained, about 181 were
reported to have been the issue of cousin marriages -, but it is
1875.] On Inter-Marriage, 375
almost needless to state that the returns were defective, or, where
complete, utterly worthless. His researches as to the consan-
guinity of patients in hospitals for other diseases, and labouring
under blindness, deaf-mutism, &c., were equally unproductive
of reliable facts ; and when treating of the literature of the
subject, and quoting the observations of Professor Mantegazza
on sterility as a consequence of marriages between kindred, he
argues that this author was not entitled to infer the infertility
of such connections, as we are ignorant of the proportion of
barren marriages to the general population. We admire the
ingenuity and industry of Mr. Darwin, and the great honesty
which pervades his researches, but cannot accept these as im-
portant contributions to our knowledge, except in so far that
the weight of his opinion swells the general concensus as to the
innocuousness of consanguine marriages. This is the appro-
priate place to remark that a similar attempt has been made in
France to determine the proportion of marriages between cousins
from official documents, and that rn seven years, 1853 — 1859,
of 2,020,224 marriages 17,872 were in this degree of relation-
ship, but that the accuracy of this estimate has been impugned,
if not altogether invalidated.
At so many points do the observations of Dr. Nathan Allen
touch this subject, that this appears the proper stage for their
consideration. They are worthy of investigation upon other
grounds. They embrace what the statisticians have unwittingly
omitted or purposely ignored ; they describe many of the causes
and circumstances which must, in a greater degree than mere
relationship, influence fecundity, sterility, and the production
of healthy offspring, without which, in fact, no exhaustive or
comprehensive estimate of the factors of degeneracy can be ob-
tained ; and they supply a practical illustration of the specula-
tions as to the perpetuation of races from an unexpected quarter.
The attention of the author has been directed to this inquiry by
the rapid decrease of the inhabitants of New England, which,
should it proceed at the same rate for another hundred years,
will in all probability extinguish the descendants of the sturdy
and stalwart pilgrim fathers. But while the representatives of
the original settlers are disappearing, their places are occupied
by German, Irish, Canadian emigrants, or their descendants,
so that the gross population suffers no diminution. The
loss sustained is, consequently, in the quality or character,
rather than in the numbers, of the present occupants of the soil.
The early public records show that the first settlers had families
of seven to nine individuals, but this prolificness has gradually
declined, and the equipoise in the population has been main-
tained by the fertility of other classes more recently added to
376 Reviews. [Oct.,
the community. At present it is calculated that the families of
the genuine New Englander do not exceed four, and may not
be much over three, in number ; and although sources of error
may arise in some of the census returns, including all inhabi-
tants without distinction ; in certain places where the native has
been separated from the foreign element, it would appear that
during the last century the birth-rate and death-rate have been
gradually approximating among the pure American race, and
that in certain towns, peopled almost exclusively by this class,
the latter exceeds the former. This discouraging fact is not
altogether explicable by any special law of unproductiveness, or
by the practice of abortion known to exist to a certain extent,
and suspected to be resorted to for the very purpose of restrict-
ing the number of children, and thus diminishing the cares and
toil of maternity, and an elucidation of the difficulty must be
sought for in the constitution, the habits, the education, or the
lack of physical education of the infertile classes. That a
different rate of propagation is characteristic of different races,
or of the same race living under different circumstances, has
been demonstrated. That luxury, licentiousness, intemperance,
and the antagonistic conditions of frugality, virtue, and asceti-
cism, exercise, or may exercise, an important influence over the
rate of fecundity, has been admitted ; but in all such investiga-
tions the state of the organization and of the functions of the
parents have been singularly overlooked, and information sought
for from remote or collateral sources. The author conceives,
and rightly conceives, that the health of the progenitors deter-
mines, more than any other circumstance, the numbers, the
viability, and the state and strength of the organs and all the
functions, mental and physical, of the issue. This truth, or
law of propagation, as he styles it, he formulises in the words,
"a perfect standard of organization," or "perfectionism of
structure and harmony of function," or, in other words, that
each organ in the human body should be perfect in structure,
and that each should perform its legitimate functions in harmony
with others. It would be difficult to define or to describe this
standard or maximum health point, or to discover examples
of such " perfectionism," even amongst the most finely formed
and robustly developed members of rural and unvitiated com-
munities, or amongst those who have passed the rubicon created
by insurance companies, military boards, or wherever inquisition
is instituted as to " good lives." It is perfectly clear that a mature
and undiseased stock is required for the production of healthy
descendants. In this sense the effect of hereditary tendencies
may be admitted, as, while we may refuse to believe in the
transmission of a specific taint, it is obvious that the feeble, the
1875.]
On Inter-Mairiage. 37?
exhausted, the consumptive, the syphilitic, must be less capable
of procreating at all, and of producing strong and uninfected
progeny, than the virile and vigorous. In a similar acceptation
propinquity may be held to act by intensifying whatever may
be most prominent or potent for good or for evil in the constitu-
tion of the ascendants, and barrenness may thus depend, not
upon impotence created by kinship, but by weakness and disease.
It would appear that states of the system much less important
than positive or structural diseases, whether innate or communi-
cated, affect or limit reproduction, as, for instance, changes in
the balance of nutrition, as in corpulency — the relative activity
of different organs, as where intelligence is highly cultivated by
intense study, where the imagination and emotions are excited
by literature and refinement at the expense of muscular and
digestive power, and where all the appliances of modern civi-
lisation are employed in stimulating and thus exhausting the
nervous system. As a corollary to this proposition it may be
mentioned that giants and dwarfs are unprolific, and that per-
sons of expanded or contracted mind have few descendants.
Excess in the gratification of the propensities is visited by a simi-
lar retribution, and the vicious, the dissolute, the intemperate,
are generally the last of their line. Such results, as well as
the deterioration and waning proportions of the original Ame-
rican race, may ensue from adventitious circumstances, or others
not included in the copious catalogue supplied by De A ,
who, while defending his countrywomen from the imputation
that they are indisposed to nurse their children and to under-
take the attendant fatigues and responsibility, acknowledges, in
the first place, that not more than one half of these mothers are
supposed to be able to act in this capacity, or to furnish nour-
ishment to their infants, and, in the second place, that this
inability depends upon the imperfect development '^ of the
lymphatic and sanguine temperament " and of the mammary
glands. This defect he attributes to modes of dressing, tight-
lacing, to the neglect of physical training and exercise, and
generally to the influence of a vicious education and of an
artificial state of society. He holds that a decided change has
taken place in the organization of the female sex in New Eng-
land during the past century. Formerly there was more muscle,
a larger frame, greater fulness of form, and a better development
of all those organs that are "classed under the sanguine and
lymphatic temperaments.*' Contemporaneously there was less
predominance of the brain, and the nervous system was less ex-
cited and over- taxed. This picture now represents the German,
English, and Irish intruders, but not the descendants of the
original colonists of New England. In addition to such direct
378 Reviews. [Oct.,
agency, the recourse to artificial food, the disregard of all phy-
siological experience as to clothing, ventilation. Sec, must lead
to a large increase in the mortality of the young, and may, so
far, explain the startling announcement that one third of all
children in this portion of the United States die before they
reach five years of age. It is marvellous that either by acci-
dent or design the natural prevention or remedy for such dis-
astrous social evils should not have been found in the admix-
ture of the two sections of the inhabitants, of those who destroy
and those who perpetuate their kind, of the bold and brawny
adventurer with his feeble and exhausted predecessors ; but it
can be easily understood that, even in a country where there is
a dead level of rank,, and where the acquisition of wealth gives
a patent of nobility, great gulfs may separate the old peoples
from the new, the rising from those who have risen, the lords
of the soil from the sons of toil, even those of higher physical
organization from those of weaker or worn-out powers. It was
said by a great statesman, of the English, that were not the
nobility to marry their cook or laundress in every second or
third generation the aristocracy would die out. We would dis-
pute the inference, but commend the practice. Such crossings
are calculated to break down that innateness of type which
imparts sameness or similarity of qualities to families, and, if
the selection be judicious, they would secure a transfusion of
new moral pabulum, an interchange of important faculties in
which the respective parties may be deficient, of new habits of
thought, feeling, action, and if, as some theorists assert, the
brain and nervous system of one parent and the nutritive and
muscular organs of the other be reproduced, the foundation of
a new and more perfect race may be begun. When physiology
is universally understood and applied, and when medical men
become, as Dr. A.llen thinks they should, the guides in all the
social relations of life, they may assume the function of regu-
lating such selections, of assorting such unions in accordance
with the destinies of successive generations as well as of
individuals, and of presiding over a new human evolution !
IX. — Veterinary Sanitary Science.^
Mr. Fleming's two volumes fill a void long felt in veterinary
literature. The subjects discussed in them are of the greatest import-
ance to the health, the wealth, and in a great measure to the prosperity,
of our country. Unfortunately veterinary sanitary science is in its
1 A Manual of Veterinary Sanitary Science and Police. By Geoegb FLEMING.
Two vols
1875.] Veterinary Sanitary Science. 37^
infancy in England, no veterinary medical department for the sup-
pression of contagious diseases having been instituted previously to
1865 ; and it was only when the cattle plague raged that our Govern-
ment proceeded to form such a service. It is a department which might
be of incalculable benefit in the hands of an efficient and energetic
administration. The many papers which have been written upon
this subject^ by being scattered throughout numerous periodicals and
pamphlets, are consequently difficult of access, so that the author
has done good service for his fellow-practitioners in issuing this the
first complete work in the English language which fully describes
this important branch of veterinary medicine. He has shown con-
, siderable industry in collecting and arranging the results of the most
recent labours of the best Continental veterinary authorities, and
has spared no trouble in laying before us in a very clear manner the
scientific aspect of veterinary medicine, viz. the nature and prevention
of sporadic, enzootic, and epizootic maladies, and their close relation
to the diseases of the human subject. To the medical practitioner
the most interesting part of the work, and by far the most important,
is that treating of the transmission of contagious diseases from the
lower animals to man, by contact, by inoculation, and by means of
diseased meat and milk.
These volumes strengthen us in the belief, which we have long had,
that the diseases of man and of the lower animals are much more
intimately connected than many authorities seem to suppose. There
is every opportunity of thoroughly investigating by numerous and
varied experiments the diseases 'of the lower animals ; and in the
case of epizootics, by such a course we are confident that, with such
workers as Chauveau, Sanderson, and Klein, much light will be
thrown upon the nature of epidemics.
In considering the history of the importation of foreign stock
into England we find that the prices of home stock remained unal-
tered ; that there was no direct advantage to the public ; and that ever
since 1839 we have had outbreak after outbreak of contagious dis-
eases which have destroyed our prime herds and flocks. The result
of this is being felt in the present high price of butchers' meat. In
fact, the introduction of foreign stock has introduced foreign dis-
eases, which have destroyed more of our home stock than the actual
value of all the wretched foreign animals imported into the country.
Mr. Clare Sewell Eead, M.P., stated in the House of Commons
that, according to the official returns of the Board of Trade, the total
home supply in towns for 1867, ^68, ^69, and^70, of butchers' meat
was 9I5 per cent., as against 4^ per cent, live animals and 44 per
cent, of dead meat from foreign countries. If we take into consi-
deration the amount of butchers' meat consumed in the agricultural
districts, it will increase our home percentage considerably. Erom a
consideration of the foregoing it appears very unjust that the British
3 so Reviews. [Oct.,
farmer should risk 92 per cent, of his prime stock for the alleged benefit
of receiving 4 per cent, of scurvy foreigners teeming with transmis-
sible diseases. So that what the public gain in butchers' meat by
foreign importation is represented by a cypher, and what the pubhc
do purchase of home-fed stock is increased fourpence per pound.
We are not protectionists; we do not object to the introduction of
foreign animals to provide food for the rapidly increasing population,
but we most decidedly object to the importation of diseases that are
detrimental to the interests of the country. Surely the public
should be protected in this matter. Pree trade in disease cannot
bring anything but ruin to health and prosperity. In order to give
some idea of this pecuniary sacrifice we quote the following state-
ment from Mr. Fleming's first volume (pages 14 and 15) :
" Up to 1869, for the thirty years that had elapsed since the intro-
duction of the two contagious maladies — foot-and-mouth disease and
bovine pleuro-pneumonia — it was estimated that the loss from these
alone amounted to 5,549,780 head of cattle, roughly valued at
5683,616,854. This is, of course, irrespective of the losses from cattle
plague. There cannot be a doubt that the same rate of loss has con-
tinued, if it has not largely increased, since that period. In 1872, for
instance from one malady only — foot-and-mouth disease — it is
calculated that the money loss in Britain must have amounted to
£13,000,000; but some authorities are of opinion that this is even
under-estimated. In Ireland, for the same year, 229,570 cattle were
reported by the police as affected with the disease, but this is undoubtedly
only a tithe of the actual number, as a declaration of its existence is
the exception, not the rule. Nevertheless, if we estimate the loss on
each animal reported at £2 (though it may be nearer ^64), we have
£441,140 to be added to the above sum as the pecuniary loss incurred
in the three kingdoms from the existence of one preventible malady
only. The damage inflicted by contagious pleuro-pneumonia is pro-
bably not much less, as it is always prevalent, whereas the other is
more diffused at some seasons than others."
The loss by cattle plague amounted to about £8,000,000.
According to our own investigations into the loss of stock by
preventible diseases of foreign origin it amounts to £11,904 per day,
and as nearly as possible to £4,000,000 a year, so that in our opinion
Mr. Fleming's statistics are most decidedly below the mark.
This is not as it should be. Owing to our insular position^ there
should be no difficulty in preventing the introduction of diseases
indigenous to foreign soils. We hope the time is not far distant
when State medicine will fully reahse the importance of veterinary
sanitary science, and assist in preventing the transmission of deadly
plagues from the lower animals to already sufficiently afflicted
humanity.
Mr. Fleming's work is divided into four parts. The first section em-
1875.] Velerinary Sanitary Science. 88l
braces a consideration of the nature and causes of sporadic, enzootic,
and epizootic diseases, and the influence of traffic on animal plagues.
The causes are treated in a very exhaustive manner. The chapters
on the " effects of locality " and the '' influence of food " in the
production of disease will be found most interesting, and will repay
careful perusal. Those treating of infection and contagion contain
the latest views upon this important subject, the labours of Chau-
veau, Sanderson, Budd, Beale, and Eichardson being clearly dis-
cussed.
The results of experiments on the "infection radius,'' a most
important subject for veterinarians, are given. The "elaboration
of disease germs," the "mode of access of disease germs,'^ and
the " vitality of disease germs," are all ably dealt with in distinct
sections. An epitome of the researches of Davaine, Chauveau, and
others on " septic infection/' cannot fail to be interesting to the
profession.
In part second is discussed the prevention and suppression of
epizootic and contagious diseases. The value of veterinary sanitary
science is fully set forth by the author ; and it may be as well to
give an extract showing the utility of such a science. He says —
*' It must be remembered that the majority of the maladies which
come under the cognizance of veterinary sanitary science more or
less directly affect every branch of agriculture, and that the damage
they cause is not limited to the immediate pecuniary loss and incon-
venience attending the inefficiency or death of those affected, but ex-
tends to the breeding and multiplication of animals, embarrasses one
or more departments of commerce, and generally injures, to a more or
less considerable extent, the well-being of mankind. Not only are
such diseases formidable by the damage they inflict, but some of them
are most serious from the pernicious influence they may exercise on the
public health, either by their transmission to mankind by contact or
accidental inoculation, or by the use of the flesh or products of the
diseased animals as food. Some of the most dreadful and fatal mala-
dies are thus occasioned."
'* The maxim that * prevention is a thousand times better than cure *
is founded on the experience — some of it of a very painful kind — of
many years ; indeed, its truthfulness appears to have been recognised
from the very earliest times, though the lesson it inculcates has only
too frequently been forgotten. Many of the spreading diseases of
animals are not amenable to medical treatment, so that the expense and
trouble incurred are completely thrown away. Meanwhile the con-
tagia may be so virulent and subtile that they are continually and
widely spread through attempts to cure, and, if the diseases are very
fatal, the loss incurred may be enormous and distressing. We have
but to remember what happened in Britain during the reign of the
cattle plague, in 1865 and 1866. And even if easily remedied and not
very fatal, but yet highly contagious, their treatment must be attended
112— Lvi. 25
382 Reviews, [Oct.,
with expense and inconvenience ; while their widespread existence,
and the loss of service, condition, and productiveness of the animals
(to say nothing of the suffering they experience) may render an easily-
preventible disease a heavy calamity. We need but instance the so-
called " foot-and-mouth " disease. This is, therefore, neither a scientific,
a rational, nor a profitable occupation ; and Science is unworthy of the
name if it neglects preventive measures, even in ordinary cases of dis-
ease, and bungles over a useless remedy, or consumes half the value of
the creature it attempts to cure, when it might at scarcely if at any
cost have maintained it in health."
" Deeply impressed with these facts, the governments of almost every
European country pretending to any degree of civilisation have for
years been wisely and carefully studying the subject of these diseases,
with a view to their prevention and suppression. By several of them
laws have been judiciously framed, a veterinary sanitary department of
service under government auspices and control has been organized, and
carrying out of the preventive measures has been committed to its care ;
the whole scheme of organization being chiefly founded on the assist-
ance to be derived from the well-educated and thoroughly trained
veterinarians, on whom must always devolve the most important and
responsible share of the duty in preventing or arresting the spread of
destructive diseases. A word from this department, and the machinery
of a vigilant government, careful in protecting its subjects from loss,
is immediately put in movement; and in this way disastrous conse-
quences are averted, almost without eff'ort, and at a minimum cost.
Not only is this organization invaluable in this direction, but it is found
to be equally valuable in other ways — such as maintaining the neces-
sary inspection of slaughter-houses ; ensuring that the supply of animal
food is of healthy and proper quality ; keeping a watch on the move-
ments of animals throughout the country with regard to their sanitary
condition, and particularly with regard to the existence of contagious
diseases ; aff'ording instruction in contagious diseases, hygiene, &c., to
agriculturists and others ; and the drawing up of reports on the health of
animals, in which are contained suggestions for their improvement and
better management."
The general and suppressive measures advocated by the author
are most excellent. They have the merit of being thorough ; but,
unfortunately, they are too Continental, or, if we may use the term,
un-English — being so stringent, smelling strongly of the lands of
conscription, that they would not be tolerated for a day by English-
men, and, in our opinion, must therefore remain a dead letter.
But what Mr. Eleraing recommends is not lost upon us, as he has
set forth the most successful Continental systems of suppressing
contagious and infectious maladies ; and from it we may select a
more simple system which might be enforced in this country, and in
a few years would completely eradicate such diseases from our land.
We must strike at the root of the evil by preventing the introduc-
tion of foreign diseases. This can be done in one of two ways—
either stop the importation of all live stock into this country and
1875.] Veterinary Sanitary Science. 38^'
let it be sent as dead meat, which plan is adopted at present with
the prime Scotch beef from Aberdeenshire to the London markets ;
or, kill all animals at the port of debarkation. This last plan would
not be so thorough as the former, but either course would prevent
the continued introduction of the virus and the diseases would
naturally die out. In the case of isolated outbreaks fine or im-
prisonment should be the penalty for knowingly keeping an animal
suffering from an infectious or contagious disease. Inspectors should
be appointed to different districts with full power to kill, and isolate,
the apparently healthy stock, and disinfect premises, as circum-
stances may require. Inspectors should be independent of private
practice. In the case of pleuro-pneumonia they should have power
to inoculate all cattle that have been near the affected herd. Com-
pensation to the extent of three fourths should be allowed. If
these means were carried out promptly and thoroughly it would soon
put a stop to such diseases, provided the importation of the fresh
virus be prevented.
A word about the inspection of stock at public markets, in steam-
boats, &c. We are compelled to say, from our experience of such
duties, that it is of doubtful utility, as inspectors cannot possibly
recognise disease during its incubative stages ; for instance in the case
of pleuro-pneumonia the period is forty days ; in cattle plague six
dajs, and in epizootic aphtha from three to five days. All that the
inspector can do is to reject the number of animals actually showing
the disease ; but it is evident that the pet system of the Privy Council
Office (veterinary) can be no protection to our home stocks.
In the chapters on '' disinfection and disinfectants ^' veterinarians
will find all that is necessary for their guidance.
Part third, the special contagious diseases are discussed, such as
cattle plague, contagious pleuro-pneumonia in cattle, epizootic aphtha
(foot-and-mouth disease), glanders, farcy, strongles, influenza,
variolous fevers, anthrax and anthracoid diseases, splenic or Texas
fever in cattle, fowl cholera, rabies, distemper in dogs, venereal
diseases of solipeds, tuberculosis of cattle, and other important con-
tagious diseases. In our humble opinion this is by far the best
portion of the work. The author gives a full description of their
history, causes, symptoms, terminations, and treatment. The patho-
logical anatomy is also admirably described, and can be fully de-
pended upon — which is unlike most veterinary works, as they are
at least thirty years behind in this important branch of science.
In the article on contagious pleuro-pneumonia inoculation as a
preventive is fully discussed, and we would urge veterinarians
to study and practise the hints thrown out. The chapter on epi-
zootic aphtha (foot-and-mouth disease) is important to medical
practitioners, as it is a disease that is very frequently transmitted to
the human subject. We have long been convinced from our obser-
384 Hevietos. [Oct.,
vations that during an extensive outbreak of this disease (provided
the cow's udder be affected) it spreads to mankind through tlie milk,
although it may be and is transmitted in other ways. Cow's milk
is now more used than ever in the alimentation of infants, and we are
assured that it becomes an important factor in the production of
intestinal and eruptive diseases in children. This poison, if once in-
troduced into the body, has, without doubt, a tendency to a fatal
termination in all young animals. The bad effects of such milk upon
man have been observed by Hartwig, Yillian, Gamgee, Gilmot,
Watson, Dr. Hislop, Dr. Thom, and Dr. Nichol, Boston, U.S., and
many others wt could mention. As the disease is at present spreading
over the length and breadth of the country, we trust, should cases
occur, medical men will report them to the medical pa])ers.
Glanders, another most terrible disease an,d one easily com-
municable to man, is discussed. An idea of our danger from this
source mav be gleaned from the fact that the annual loss is esti-
mated to be over £20,000.
Tuberculosis in cattle is the subject of a suggestive paper. Un-
fortunately this has become a very common disease among dairy
cows. One extract will indicate the drift of the paper. " Gerlach
and others have demonstrated that the milk of tuberculous cattle
will produce phthisis in creatures fed wdth it.''
Part fourth embraces a consideration of the inspection of
slaughter-houses, meat, milk, and knackers' yards. This part of
the work will be found most useful to officers of health, as the
hints given may assist them in their important duties.
The merits of this excellent work are so unquestionable that we
have little hesitation in pointing out what we suppose might be im-
provements. It is to be regretted that the anther did not issue the
work in two separate books, the first on veterinary sanitary science
and police proper, the other as a treatise on the diseases of the lower
animals communicable to mankind. As a text-book for veterinary
students and agriculturists the work would admit of condensation,
and would be improved by the absence of such technicalities as
occision (page 249), pro drome (page 325), bossilated, and others
of a like nature. The absence of many of the woodcuts would be
no great loss to the work, as some of them are really bad. The
effects of sudden change of food should be treated at greater length,
as it is one of the most prohfic causes of blood disorders in this
country. The same remarks apply to the '^ effects of pastures."
A chapter on the effects of immature food is much wanted, as it
frequently gives rise to intestinal disorders and even symptoms of
poisoning.
In conclusion we have no hesitation in saying that Mr. Fleming's
book is one of the best works on veterinary medicine in the English
language.
I
1875,]
Clay^s Obstetric Surgenj, 38.'
X. — Clay's Obstetric Surgery .1
We may credit the statement of the author in the commencement
of the preface — " The fact that a third edition of this ' Manual of
Obstetric Surgery' has been called for is sufficient proof of its
general utility/^ The present volume, he asserts, has been care-
fully revised, considerably enlarged, and contains additional illus-
trations. We may add further that it is printed in a clear, readable
type ; is of a handy size, not too large for the pocket ; and that the
illustrations are neat, though not very numerous.
In dealing with the subject of operation the author includes not
only those cases where the surgeon's knife, ligature, or caustic are the
chief agents, but also those which require mechanical and manual aid,
as versions and operations with the forceps, vectis, blunt hook, &c.
The value of the book when it originally appeared was doubtless
great, and possibly has done much to allay the anxiety of many
a young practitioner who had treated the subject of midwifery with
far too much indifference when walking the hospitals, or had enjoyed
little opportunity of learning it practically.
What we shall principally endeavour to examine in the present
notice will be the question of whether the work has kept pace with
the times — whether, in fact, the information and instructions are
" up to date.'' On turning to the subject of (induction of) abortion,
the author states he has no confidence in medicines to procure
abortion. " The only certain means is by mechanically rupturing
the membranes, and then directly destroying the vitality of the em-
bryo in utero " (p. 14).
As a natural sequence to this we are quite prepared to read further
on, p. 16 — ^^ There are dangers to be feared arising from the
operations of a highly responsible and not unfrequently fatal charac-
ter, such as haemorrhage, metritis, and peritonitis."
Need we say that in the early months of utero- gestation, the
cervix being closed and the membranes high up, it must be difficult
to puncture these latter without a risk of interfering with the integrity
of the cervix, and of thus setting up serious or even fatal mischief, as
so frequently happens in cases of criminal abortion ? This plan of
rupturing the membranes, excepting in special cases of hsemorrhage,
is condemned by nearly all modern writers on the subject, as being
unscientific in theory and dangerous in practice. It is not inducing
the uterus to throw off its contents, but aggravating it, so to speak,
into open hostility. It is compelling the uterus to expel the ovum
in a directly inverse method to that adopted by nature.
1 The Complete HandhooJc of Obstetric Surgery. By Chaei,bs Clay, M.D.
Tliird edition. 1871
386 Reviews. [Oct.,
The plan suggested by Barnes, and now very generally practised,
of inducing premature labour or abortion is, by passing a bougie or
catheter, and allowing it to remain between the membranes and the
interior of the uterus, accelerating by dilating the cervix, and not
puncturing the membranes, until the os is sufficiently dilated to allow
of the passage of the ovum, and not even then unless requisite.
The author has, of course, a perfect right to his own opinion ; but
it would have been better had the more modern method been men-
tioned as well, together with the diminution of risk, and if he had
not confined himself to the statement, — "The only certain means
is by mechanically rupturing the membranes."
In speaking of Caesarean section the author asserts that it may
be done *' a full hour after the death of the parent with a chance of
success," p. 45. Although we do not doubt this may have happened,
it is more than probable that '' dead more than hour," owing to
the unintentional exaggeration of the friends, would more correctly
have been stated at half if not a third of that period. In any case^ if
the doctor be present, we would advise his operating at once if he
intends to do so at all.
The details of the operation are clearly given, and evidently are
the result of practical experience.
Puerperal convulsions are probably the most trying complication
of labour that a young practitioner can encounter ; but even this fact
will scarcely warrant the indiscriminate use of the lancet. " Bleed
freely to thirty or forty ounces," p. 12, is generally at the present
time commuted to the prescription to administer chloroform or
exhibit chloral ; and as to shaving the head, unless in very exceptional
cases, we doubt, if the patient recovered, whether she would ever
forgive the doctor. After some considerable experience in these
cases, we do not hesitate to say that shaving the head and bleeding
to thirty or forty ounces are expedients now very seldom requisite.
The experience of Charpentier (and many others) goes far to
prove the great value of chloral and chloroform in these cases.
'*The mortality in cases treated by bleeding was thirty-five per
cent., whereas that where ansesthetics were used was eleven per
cent.," are the statistics given in his late thesis.
Lancing the gums is hardly an obstetric operation, however
necessary it may be for the student to know when to do it, and
what to expect from it. Eespecting embryotomy, the rule laid
down is, that " it is justifiable when there has been strong labour
for some hours (about five or six) and no advance;" it is also
admittedly justifiable as soon as ever the uterus is sufficiently dilated
to allow of the passage of the foetus, provided the capacity of the
pelvis is such that it is impossible for a living child to be extruded.
'' The perforator and crotchet are the only instruments necessary,"
so says Mr. Clay ; we beg to differ very materially. The cephalotribe
1875.] Clay's Obstetric Surgery, 387
or craniotomy forceps are absolutely necessary to effect delivery with
safety to the mother, where the brim is so contracted, or the capacity
of the pelvis so interfered with by tumour, as to preclude the passage
of a living child. The risk is considerably less than where extraction
is attempted by the crotchet alone.
We had thought that the days of pewter syringes had long past,
yet we find them recommended by Dr. Clay, as if the modern im-
provements in vulcanized india rubber, which in every respect are
far better, did not exist. The form of syringe figured p. 78 is the
one best adapted to produce cramp in the hand ; the oval shape is
far better.
On " evolution — expulsion spontaneous -J' — " When the body of
the child is fairly engaged in the pelvis and the arm presenting,''' wait
for natural efforts ; and after watching these closely, " if for some
time no advance is observed I advise traction.'' '' Turning and
evisceration are altogether discountenanced." Can anything be
plainer than this? We quote the ipsissima verba that we may
not be taxed with misrepresentation.
Further on in the work, under arm presentation, the author tells
us spontaneous evolution before the child is engaged in the brim is
hardly possible ; after that, impossible.
The chapter containing the former instruction and opinions needs
re-writing ; it is difficult to reconcile the two statements. In pro-
lapsus of the cord nothing is said of the postural treatment, a very
important omission.
Progressive shortening of the cervix uteri in advancing pregnancy
is figured and described according to the old views, and the results
of modern observation left unnoticed.
In ulceration of the os or cervix uteri the method suggested of
squirting injections into the uterus with a small glass syringe, without
the aid of a speculum, is, to say the least, injurious, if not
dangerous.
In speaking of fistulse—vesico- vaginal — the author talks of " in-
curable cases," " surgery yet at fault," and '^ great room left for
improvement." Surely these remarks must have been written many
years ago, and are not intended to apply to the experience of to-day.
Thomas, in his excellent treatise on diseases of women, endorses
the opinion of Marion Sims, that " every case is curable when the
operation is practicable." " Success is the rule, failure the exception."
The indications for the employment of forceps are thus sum-
marised :
"If twenty-four hours after rupture of membranes no advance
has been made for the last four hours ; if exhaustion manifested by
quick pulse ; cessation of pains ; greenish discharges ; unpleasant
smell ; anxiety of countenance ; hurried breathing ; tongue coated ;
vomiting ; shivering ; coldness ; and muttering delirium ; then la-
888 Reviews. [Oct.,
lour must be terminated^' The italics are our own. The student
who relies upon this advice, who waits till then, and only then
thinks artificial assistance requisite, will, we fear, — to say the least, —
have small success in practice.
Speaking generally, we would say, if an hour after rupture of the
membranes — not twenty-four — no advance has been made, forceps
or other assistance should at once be resorted to. There is no
object in waiting for hours, and often, as we have seen, whole nights
and days, watching a patient uselessly expending her strength, en-
deavouring to propel her offspring through an aperture too small to
allow of its passing, or with force too feeble to accomplish the
object. Modern midwifery prides itself upon timely assistance.
Dr. Hamilton, of Ealkirk, has proved that the danger of forceps
consists only in delaying their application, not in their employment ;
and we can thoroughly endorse his views. How many cases of
pelvic '^ cellulitis," vesico-vaginal fistulse, and pelvic peritonitis are
due to this inane inactivity ! and when the would-be teachers of our
youth advise us thus to wait, who can wonder at the distressing revela-
tions of the coroners' court that from time to time are made to us, or
wonder that the public proceed against practitioners for mal praxis !
The author started with the promise of ^' saying all that is really
necessary, but no more;" nevertheless hegives us no less than five- and-
twenty pages on the subject of gestation, entering fully into details
of the time taken by rabbits and mares, sows and cows, details which,
though doubtless interesting, are quite out of place in the present
handbook. The gist of the whole matter seems to be that the duration
of pregnancy is materially influenced by the respective ages of the
parents.
Concerning haemorrhage with hydatids, we differ entirely from the
author as to manual help not being necessary before the seventh
month. If the case be proved to be one of hydatidiform degenera-
tion of the villi of the chorion, whether it be at the fourth or fifth
month, the sooner the uterus is emptied of its contents the better.
As to accidental haemorrhage, few will now be found who bleed as
suggested, or who give acetate of lead and opium.
In placenta praevia, in place of turning and delivering as soon as
the OS will permit (p. 152), or detaching the placenta entirely, most
authorities now content themselves wuth rupturing the membranes,
peeling the placenta partially , not entirely, in concentric rings,
from the cervix, applying the tampon, if necessary, and waiting on
nature for further indications.
No mention is made of the injection of the solution of perchloride
of iron in cases of post-partum haemorrhage; it should at least
have been referred to, even if the author does not agree with its
employment.
In cases of retained placeijta, "if the haemorrhage be trifling.
I
1875.] Clay's Obstetric Surgery. 389
delay extraction." This we are told in one sentence, and yet further
on we find it stated that " the patient is not safe until it is removed,"
and that "delay gives rise to apprehension and involves the charac-
ter of the attendant."
In hour-glass contraction with retained placenta, " if the sym-
ptoms are not urgent, give an anodyne and wait." A little gentle
pressure externally with tlie finger, introduced in form of a cone,
and the placenta extracted, will generally overcome the irregular
contraction at once without any need of opium.
The practical reference table for treatment of hsemorrhage is very
clearly drawn up, but " lead and opium '^ would be as well ex-
punged.
lu the treatment of haemorrhoids after labour the plan of dilating
the sphincter ani forcibly immediately after the expulsion of the
child, while the patient is still under the influence of chloroform,
and returning the piles, is not alluded to. This is a very successful
expedient.
Tor harelip he suggests waiting until the second or third i/ear
of life before operating ; most modern authorities resort to it when
the child is four to six weeks old — an important difference.
*In tedious or difficult labour> " where inertia of the uterus or
deficient contraction attends delicate, exhausted primiparse," he
believes the great remedy to be opium — a pill of two, or two and
a half grains, or one drachm of tincture, so as at once to suspend
uterine action and obtain sleep. Chloroform is very properly sug-
gested, ergot not being forgotten, but we should prefer seeing
advised an earlier resort to the employment of forceps. Venesection
is still " the only remedy " for rigidity of the os ; — " avoid artificial
dilatation " — "propriety of incision of os very questionable;" such
are his views. We beg to differ ; incision is a very valuable resource
in properly selected cases, dilatation, artificially, being also very
useful.
For extra-uterine pregnancy the " treatment is pretty nearly the
same in all the forms" (p. 244). "The rupture of the cyst
should be retarded as long as possible." Xo reference is made to
electrolysis, performed per vaginam, as advocated by Thomas, or
to gastrotomy, if this be impracticable.
In speaking of version, cephalic and podalic, the ordinary internal
method is given, and Wigand's plan of external abdominal manipu-
lations alluded to ; but no mention is made of the method adopted
by Dr. Braxton Hicks of conjoined manipulation, which is by far
the better one.
The time has come to speak plainly ; and with no personal feel-
ing whatever, but merely on principle, we feel bound to advocate a
more rational system of obstetric surgery than that suggested by the
handbook now under review, The author has scarcely fulfilled the
890 Reviews, [Oct.,
promise of his preface in making the work a trustworthy guide to
young practitioners.
Coming as it does with the weight of Dr. Clay^s authority, it is
all the more important that the information should be sound, and in
accordance with the recognised views of our chief professors and
teachers. We have no hesitation in saying this is not the case,
andj with every respect for the author, we suggest a reconsideration
of some of the important points we have above referred to. Tor
the sake of his own reputation, for that of his readers who may be
guided by the practice recommended in its pages, and for that of
the well-being of parturient women, it is incumbent on Dr. Clay to
revise the ' careful revision ' of his matter, for which he has taken
credit in the preface to the present treatise on obstetric surgery. It
is doubtless a legitimate satisfaction to an author to have a third
edition of his work called for ; but it is, at the same time, fraught
with the danger of intermitting the care and diligence which have
in the first instance won for it success.
1875.] 391
asibliosrapftual ^aeroiti.
Contributions to the Mechanism of Natural and Morbid Partu-
rition.i — In this volume Dr. Matthews Duncan presents in a col-
lected form many of the contributions whereby he has enriched the
literature of scientific obstetrics, and especially that portion which
deals with the mechanism of parturition, a subject second to none
in the science of obstetrics, and upon which Dr. Matthews Duncan^s
writings stand in the very foremost rank.
Dr. Duncan does not profess to give us much that is new in this
volume, but by publishing his contributions in a compact and con-
nected form he has laid all who desire the progress of medicine,
and especially of the obstetric branch, under obligation. Yet
though there is but little that is new quoad the author ; there is
a great deal of solid scientific material which it becomes a duty
incumbent on' all who practise, and pre-eminently those who are
privileged to teach, midwifery to make themselves acquainted with.
In Germany the subjects considered in this volume have long
attracted more attention, and have been more written upon, than in
this country, but the able writings of our own countrymen, in-
cluding the author. Dr. Barnes, Dr. Leishman, and others, are in no
degree inferior, to say the very least, to those of our German con-
freres. There is no necessity to go to a foreign source for informa-
tion and instruction while we have such able productions in EngHsh
as those of the writers just alluded to.
Unfortunately the length of the course allotted to midwifery in
the curriculum of our schools is much too brief to enable the lecturer
to enter upon a sufficient exposition of the principles of the
mechanism of parturition. The course is so crowded that he must
hurry on to other subjects more urgently demanded by the examining
boards. Hence the principles on which the science of midwifery is
founded are but imperfectly, if at all, comprehended by the majority
of students.
We will endeavour to give a critical sketch of the present volume,
^ Contributions to the Mechanism of Natural and Morbid Parturition. By J.
Matthews Duncan, M.D., &c. Edinburgh, 1875.
392 Bibliographical Record, [Oct.,
from which we trust our readers will gather a not inaccurate idea of
the value of Dr. Duncan^s contributions.
The first chapter of the book is appropriately dedicated to a con-
sideration of •" The Mode of Progress of the Science of Natural
Parturition.'^
Herein Dr. Duncan seeks to direct attention to the mode in which
increasing knowledge of the function of natural parturition has
been ripened into a science of this department of medicine. As
natural parturition is more common, so, says Dr. Duncan, is this
department of science more important than that of morbid labour.
To the modern tendency to strain after utility or practical results
Dr. Duncan gives a philosophical caution. We should rely, he
argues, on practical good coming out of honest scientific labours
without always having before us the immediate attainment of so-
called practical results. We should not set about the search for
gold by digging in the nearest field, but by the study of geology.
He sneers rather at what he 'calls " 7nere practitioners '' who have,
he says, " flourished since the world began, but have done very
little progressive work for the benefit of the race. That has to be
slowly elaborated by an humbler sort, the men of science."
Of science Dr. Duncan truly says — " Its achievements are cer-
tain, secure, beneficent. They may be diffused over the world
without being thereby diluted. They are capable of being expressed
in written language, and handed down to every coming age.''
After a severe satire on the tendency to run after new "practices,"
the author points out that William Hunter was the first who satis-
factorily completed, to a large extent, the science of parturition in
his great work published in 1774. "This grand foundation-stone
of obstetrical science," says Dr. Duncan, " still remains securely
fixed, unsurpassed in perfection of elaboration, and more admired
than when it left his hands."
The great French writer, Levret, comes in for a due meed of
praise, and Dr. Duncan remarks that every day shows more and more
the correctness of Levret's assertion that parturition is a " natural
operation, truly mechanical, susceptible of geometrical demonstra-
tion."
The first great advance in scientific midwifery, consisting in a
knowledge of topography, measurements, shapes, axes, being achieved,
the second great stage, the discovery of the manner in which the
foetus traverses the maternal passages, and the alterations in form
thereby produced, remains still incomplete, though much has been
done towards it.
The third great department of scientific midwifery is engaged
with the forces employed to do the work. This involves problems
of much higher complexity thaii the other two. Here the amount
I
1^75.] Mechanism of Natural and Morbid Parturition. 393
of labour required is enormous, and the author wisely enjoins all who
are ambitious of contributing to the elucidation of the problems
involved to " learn to do a small thing well before they try high
tasks/'
This chapter concludes with a fine peroration on the simplicity of
great discoveries when once they see the light, and on the great
obscurity in which they were previously enshrouded.
The next chapter is on '^Long Delay of Labour after Discharge
of the Liquor Amnii/' That this accident may occur and the preg-
nancy continue for some weeks Dr. Duncan distinctly avers, and he
gives illustrations of it. It is also proved by the continuance of a
pregnancy in which the uterus was tapped by mistake for an ovariaii
cyst. The sufficiency of the explanation of the continuance of preg-
nancy depending upon the situation of the rupture being high up
is not admitted by Dr. Duncan.
^' The Curves of the Developed Genital Passage '"' is the subject
dealt with in the next chapter. The points of special interest in
respect of these are very ably discussed. A sufficient analysis of this
chapter would occuj)y too much space, but we would recommend all
who profess to undertake the management of labour to study the
subject by the light here offered. There is one very important
point, however, which we cannot forbear dwelling upon ; it has
reference to the dilatation of the soft parts which form so large
a portion of the third or greatest curve of the genital passage.
On this Dr. Duncan says, *' There is to be noted, also, in con-
nection with this curve, the inevitable tendency of the force of
labour, not merely to distend the perineum, but also to rupture
it centrally, to force the presenting part through it — a ten-
dency, the study of which, apart from other considerations, leaves
no possible doubt as to the expediency of the practice of supporting
the perineum ; a practice which can be demonstrated to favour the
maintenance of its entirety." This we take to be a distinct protest
that the modern practice of abandoning the support of the perineum
is wrong. While decidedly of opinion that fussy and unintermittent
support of the perineum is objectionable, we agree with Dr. Duncan
that, properly applied, the practice is one of extreme value.
Chapter IV is devoted to a consideration of " The Power Exerted
in Ordinary Labours.'^ This, the author thinks, may be measured
by discovering the tensile strength of the membranes, and many
experiments with that object are detailed. No very practical or
reliable result appears to have been obtained.
We next meet wdth a chapter (Chapter V) dealing with " The
Greatest Power of Labour exerted in Difficult Cases,'^ which Dr.
Duncan points out may in a number of cases be to some extent
ascertained by measuring the power exerted by the forceps. Instru-
ments for this purpose have been devised by Joulin, Kristeller, and
394 Bibliographical R'ecord. [Octj
others. No very satisfactory conclusions appear to have been arrived
at at present, and the subject awaits further investigation.
Next we have a chapter (VI) '' On the Power of the Uterus to
resist a Bursting Pressure.'^ This has obviously an important
bearing on the subject of rupture of the uterus.
The enormous strength of the uterus was fully demonstrated in
the experiments made ; and this very important conclusion naturally
follows — that the uterus is never spontaneously ruptured when it is
healthy. This has long been our own opinion, and it is one the
importance of which is singularly great at the present time owing
to the prosecution of accoucheurs who have had the misfortune
to be in attendance upon women to whom this calamity has
occurred.
*'The Efficient Powers of Parturition^' are next considered.
Dr. Duncan concludes that very few of the most powerful labours
exert a force of fifty pounds ; this he arrives at by measuring the
amount of force required to keep back a head just emerging from
the vulva. He is here in conflict with the Rev. Dr. Haughton, who,
by measuring the bulk and extent of the voluntary and involuntary
muscles employed in parturition, arrives at the conclusion that '' on
an emergency somewhat more than a quarter of a ton pressure can
be brought to bear upon a refractory child that refuses to come into
the world in the usual manner.''"' Dr. Haughton regards the volun-
tary muscles as supplying the greater part of this power, crediting
them with 523 lbs. and the uterus itself with 54.
Dr. Duncan, on the other hand, concludes that the comparatively
small figure of 80 lbs. gives the highest power of labour, voluntary
and involuntary effort together. The pressure of a quarter of a
ton would suffice, says Dr. Duncan, to bray the child to pieces,
and would, "if appropriately applied, not only expel the child but
also lift up the mother, the accoucheur, and the monthly nurse, all
at once.''
Chapter YIII is '^ On the Chief Directions and Extents of Uterine
Shrinking ; specially at the time of the complete Expulsion of the
Contents of the Gravid Uterus." Dr Duncan's method of obser-
vation on these points consists in noting the rugae, ridges or
wrinkles, and the sulci, furrows, or grooves occasionally found
on the peritoneal surface of the contracted uterus and likewise the
cracks or fissures encountered on the same membrane. No satis-
factory results, however, are apparent.
" The Tensile Strength of the Fresh Adult Eoetus " is next in
order. In some interesting experiments made on fresh foetuses, the
author found that an average weight of 120 lbs. caused decapitation.
Before this occurred, however, the spinal cord was injured, the
cervical vertebra giving way.
In the following Chapter (X) Dr. Duncan enters into an elaborate
1875.] Mechanism of Natural and Morbid Parturition^ 395
and instructive discussion '^ On the Pelvic Joints in Parturition/'
He distinctly states that there is an appreciable amount of normal
mobility in them in parturient women, and he demonstrates the
mechanism of this. He says, ^' The movements which occur may be
described as consisting in the elevation and depression of the sym-
pliysis pubis, the ilia moving upon the sacrum ; or if the sacrum
be regarded as the moving bone, it describes a nutatory motion upon
an imaginary transverse line passing through the second bone,'' and
a diagrammatic representation is given in illustration of this move-
ment.
There is, too, slight mobility of the pubic symphysis. A propos
of this subject Dr. Duncan remarks that, in his opinion the Sigaul-
tian operation (symphyseotomy) has been too readily abandoned.
" The Obliquity or Lateral Flexion of the Foetal Head " is con-
sidered in Chapter XI. '^ The object of this paper, is," says Dr.
Duncan, ^' to show that the obhquity, or lateral obliquity, of the foetal
head when passing through the brim of the pelvis, described by
Naegele, by some of his predecessors, and by his followers down to
the latest authors, does not exist in natural parturition ; and that
obliquity, or lateral obhquity, of the foetal head when passing through
the outlet of the pelvis, not described by Naegele and his followers,
does occur in natural parturition." With a slight qualification this
position is supported by another very able writer on the mechanism
of parturition, Dr. Leishman. The arguments adduced certainly
appear to invalidate Naegele's statements.
" Obliquity or Lateral Flexion at the Outlet" (Chapter XII), on
the contrary, is believed to occur both by Duncan and Leishman, and
its mechanism is explained in this chapter.
The next Chapter (XIII) is " On the Synclitic Motion of the
Foetal Head" — a condition described by Kiincke. The account
given hardly admits of a critical analysis consistent with the space
at our disposal.
Chapter XIV, "On the Production of Presentation of the
Face," is of considerable interest. Dr. Duncan does not admit that
the dolichocephalous form of head exerts that amount of influence in
the production of face presentation attributed to it by Heck€r, of
Munich ; he explains this occurrence otherwise, as we shall presently
see, but he acknowledges that dolichocephaly may be an important
factor in the mechanism as he apprehends it. Lateral uterine obliquity
and the second position he regards as the chief factors.
The next chapter (XV) need not detain us : it is " On the Caput
Succedaneum, the presentation, and their relation in cases where the
head comes first." The following one, however, calls for more
attention ; it is on '^ The Expulsion of the Placenta " (Chapter
XVI). Dr. Duncan first shows the astonishingly erroneous
conclusions arrived at by most authors who regard the expulsion
B96 Bihliographical Record. [Oct.^
of the placenta as occurring in an " inverted umbrella " fasliion :
an error of observation which Duncan clearly points out, while
he shows the true mechanism of the normal expulsion of this
body. Our own close observation of this subject enables us to
confirm the statements made by Dr. Duncan, that the pla-
centa presents by its edge, and that it is folded on itself longitu-
dinally.
Chapter XVII is devoted to an allied subject : '^ The size of
Aperture necessary for the passage of the Placenta, and for the pas-
sage of the Accoucheur's Hand.'' This is of interest specially in
relation to the treatment of placenta praevia. From experiments
made Dr. Duncan found that an aperture fully two inches in diameter
was required for the transmission of the uninjured mature placenta.
The hand can be passed through an aperture from 2 J to 3 inches in
diameter. " It may, therefore, says Dr. Duncan, "be safely asserted
that, in the very great majority of cases of placenta prsevia, the
hand may be passed into the uterus if the placenta can be extracted
from it in a satisfactory manner without disruption.''
Akin to the foregoing subject is that discussed in the next (XVIII)
chapter, " On the Changes undergone by the Cervix Uteri during
Labour.'' During pregnancy the cervix undergoes hypertrophy or
enlargement in every direction, but until shortly before labour sets
in it usually forms no part of the cavity containing the ovum.
After delivery the cervix is elongated, thinned, and softened, being in
great contrast with the body of the uterus, which is shortened,
thickened, and hardened. The influence of this condition on lacera-
tions of the vagina is briefly considered. We next have a chapter
(XIX) on " Increased Length of the Cervix Uteri after Labour."
This is stated to be considerable, so much so as to lead some to be-
lieve they have to do with a case of hour-glass contraction, when in
truth the narrowed point is but the normal contraction of the tissues
at the junction of the cervix with the body of the uterus. It is right
to say that the conclusions of this chapter are questioned by
Professor Isaac E. Taylor, of New York, in the ' American Journal
of Obstetrics' for May, 1874.
" The Production of Inverted Uterus " is the subject discussed in
Chapter XX. Dr. Duncan enters into an elaborate disquisition on
the manner in which this accident is produced. He maintains that
there must be paralysis of the whole or a part of the body of the
uterus before inversion can be begun. This view Dr. Duncan shows
is not altogether a new one, and of its truth there can be but little
doubt. The placental site being so commonly the seat of the par-
tial form of paralysis, it seems to us that a very important point of
practice flows from this, viz. the desirability of speedy separation of
the placenta. AYe are of opinion that there is very commonly too
great delay in the removal of the after-birth, and would say — If the
1875.] Mechanism of Natural and Morbid Parturition, 397
placenta be separate, remove it ; if it be adherent, separate it — both
without delay.
Chapter XXI is devoted to '^ Hseinorrhage during Pregnancy in
Cases of Placenta Prsevia." This the author states may be caused
in four ways :
1. By rupture of a utero-placental vessel at or above the internal
OS uteri.
2. By rupture of a marginal utero-placental sinus witliin the area
of spontaneous premature detachment
8. By partial separation of the placenta from accidental causes,
such as a jerk or fall.
4. By partial separation of the placenta, the consequence of
uterine pains, producing a small amount of dilatation of the internal
OS
In haemorrhage from the two first sources there need be no subse-
quent morbid alteration of the cotyledon or cotyledons ; whereas in
the two latter there will, if the pregnancy last long enough, be well-
known pathological changes — thrombosis and decolorisation, and
ultimately atrophy. The author's discussion of the various theories
advanced on this subject is too diffuse for condensation, and any
analytical criticism worthy of his high reputation would occupy
much more space than we could accord to it. We may say, how-
ever, that he refutes the ordinarily accepted doctrines, and thinks
that much harm has arisen from authors treating unavoidable as
quite distinct from accidental hsemorrhage ; the fact being that their
whole pathology, thougli not identical, is nearly so.
Allied to the foregoing is the subject dealt with in the next
chapter (XXII), viz. ^The Spontaneous Separation of the Placenta
when it is Prsevia.^' Duncan's contention, illustrated by a variety
of arguments, is that the placenta is not attached to the cervical
portion of the uterus, the cervix forming no part of the ovum-con-
taining cavity ; that, in fact, " a placenta prsevia is attached to the
body of the uterus above the cervix, and may cover its internal os."
Here he is in direct conflict with other distinguished authors. In
Dr. Duncan's view separation of the placenta, when it is prsevia, is
due to expansion of its seat of attachment to the uterus, and not to
contraction thereof. '^ Expansion of the placental insertion," says
he, " in the first stage of labour is the distinguishing specialty of
placenta prsevia, and has detachment as its distinguishingly peculiar
result."
Chapter XXIII, *' On the Causes of Unavoidable Haemorrhage
during Miscarriage or Labour when the Placenta is Praevia," is a
continuation of the important subject of Placenta Prsevia. Dr.
Duncan does not hesitate to say that " when the placenta is truly
prsevia — that is, attached when labour begins to the area of spon-
taneous premature detachment — haemorrhage is unavoidable." A
112— ivi. 26
398 bibliographical Record. [Oct.,
laboured discussion of the subject follows, which we do not propose
to enter upon.
Chapter XXIY continues the further discussion of this question ; it
is "On the Sources of Hsemorrhage during Miscarriage or Labour at
Pull Term in cases of Placenta Praevia." This very interesting subject
appears to be still surrounded with considerable obscurity. Dr.
Duncan somewhat favours the view that the circular sinus of the
placenta is a frequent source.
Chapter XXV deals likewise with placenta prsevia. It is "On
the Mechanism of Arrestment of Haemorrhage in cases of Placenta
Prsevia." This is pretty fully discussed, but we do not think we
can profitably dwell upon it.
We next come to the appendix of the book, which comprises Dr.
Duncan's address in obstetric medicine at the Norwich meeting of
the British Medical Association in 1874. Beginning with an able
plea for the division of labour, the author next goes on to enforce
the importance of method. He then directs attention to the im-
portance of mechanism, the scientific value of which he rightly
proclaims. Important as a knowledge of the mechanism of normal
parturition is, the writer admits that a knowledge of that of mor-
bid parturition is more eagerly sought after by the bulk of practi-
tioners, but he laments the absence of secure guidance in this
matter. Notwithstanding all the able writings and teachings on
this important subject we are still, he says, without the knowledge
we require. Still more difficult than the foregoing are natural and
morbid childbirth.
Dr. Duncan's address has been so recenUi given to the world,
and doubtless has been so widely read, tnat we content ourselves
with this brief mention of it.
In conclusion we may say that this volume of collected papers
confirms the general belief that Dr. Duncan deservedly stands in the
foremost rank of past or present scientific obstetricians.
Steiner on Children's Diseases. i — Fifteen years of uninterrupted
activity in the Children's Hospital at Prague have encouraged and
given some claim to the author to write this treatise. It professes
to be a compendium of children's diseases, a trustworthy guide to
the student as well as the practitioner.
The mere fact of a second edition of the work having been called
for within three years of its first appearance is a sufficient guaran-
tee of its appreciation by the profession in Germany, and has doubt-
less influenced the translator in selecting it as worthy of being
1 Compendium of Children's Diseases : a JffandhooJc for Practitioners and
Students. By Dr. JoHANN Steinee. Translated from the second German edition.
By Lawson Tait, F.R.C.S. London, 1874.
1875.] Steiner on Children's Diseases, 399
presented to the profession in England in the language best suited
to the wants of practitioners,
The author has arranged his subject under nine divisions : the
first comprising the Investigation of Disease; the second, Diseases
of the Nervous System ; the third, Diseases of the Organs of Ee-
spiration ; the fourth, Diseases of the Organs of Circulation and of
the Lymphatic System ; the fifth, Diseases of the Organs of Diges-
tion; the sixth. Diseases of the Urinary and Sexual Organs; the
seventh, General Diseases of Nutrition ; the eighth. Zymotic Diseases ;
the ninth, Diseases of the Skin.
Under the first heading, the Investigation of Disease, the author
very rightly observes that " the absence of speech, the uncertainty
of the communications concerning the subjective disturbances of the
conditions of health, the wilfulness, dislikes, fear, and agitation of the
child, make an inquiry difficult or even impossible; and this is so much
the more if the practitioner does not understand how to win for
himself the confidence of the patient."
Under "Diseases of the Nervous System" are included Dis-
eases of the Brain and its Membranes, and of the Spinal Cord and
its Membranes. The subject is treated very exhaustively, all the
known varieties of nervous disorders being briefly referred to, and
the researches of those who have directed attention to the pathology
of special lesions being incorporated in the text so as to bring the
subject quite up to date.
Epilepsy is grouped among Diseases of the Spinal Cord and its
Membranes, though the author in treating of the subject remarks
that "post-mortem examinations have revealed so many various
essential alterations that the conclusion has been arrived at that
there has been no specific lesion by which the disease can be accounted
for.^' He regards epilepsy as a common disease of childhood. In
speaking of treatment, no mention is made of what measures should
be adopted during a fit, nor any restrictions given as to diet, exercise,
&c. We fear the practitioner would be somewhat disappointed
when referring to this chapter for any hints or indications for treat-
ment ; indeed, the whole subject is very cursorily treated.
In the chapter devoted to Diseases of the Organs of Eespiration
the various conditions met with are duly given. In speaking of
catarrh in early life sufficient importance is scarcely accorded to the
syphilitic coryza so often met with, and which is too frequently mis-
taken by the unwary for a mere cold in the head. The advantage
of administering mercury through the mother's milk is not alluded
to, and the propriety of abstaining from baths in the case of infants,
merely because they have idiopathic nasal catarrh, is, in our judg-
ment, of doubtful expediency. The description of croup is evidently
drawn from frequent observation of this distressing malady, and is
given with clear, minute, and circumstantial detail. The author
406 bibliographical Record, [Oct.,
does not agree with those who regard ordinary inflammatory croup
as infections, though he believes there can be no doubt that the
diphtheritic variety is eminently contagious. He states that 34*6
per cent, of the cases in the Children's Hospital at Prague have been
saved by the operation of tracheotomy.
He depends chiefly on inhalations and emetics, the most useful of
the former in his experience being lime-water, and ipecacuanha for
the latter. Tracheotomy, he observes, constitutes of itself no
remedy against the croup, but by giving nature time to bring about
more favorable conditions it is often of great importance.
The translator has supplemented a manifest defect in dealing with
this subject, by giving an account of the after-treatment required ;
and, as we should have expected, it is practical and thorough. We
regret he has not made the chapter complete by giving the details
of the operation itself, for we feel confident it would have been
much valued by many a young practitioner.
The subject of foreign bodies in the air-passages is somewhat
summarily dismissed ; considering the frequency and danger of this
accident, a more detailed account would have been acceptable.
Hooping-cough is described at some length. He regards it as an
epidemic, neurotic contagious bronchial catarrh, accompanied by
spasmodic attacks of coughing. Belladonna is recommended as
the drug most likely to be of service. No notice is given of
chloral, which in severe cases has been proved to check the severity
and lessen the frequency of the paroxysms of coughing, as also to
induce sleep and allay the distressing vomiting so frequently met
with in this disorder.
In speaking of phthisis, the author supports the tubercular,
pneumonic, and bronchitic origin of this malady.
In pleurisy, '^when symptoms of sufl'ocation occur from the
extreme amount of effusion, the chest must be tapped without loss
of time,^' remarks the author ; though, " if the pleurisy should
become purulent and the symptoms become unfavorable, thora-
centesis must be performed; though very frequently the natural
eff'orts will create an exit" (pp. 173-4). An earlier resort to thora-
centesis, as advocated by Bowditch, Play fair, and others, together with
the plan of subaqueous drainage, seem justified by recent experience,
and are points of great importance in the management of these
troublesome cases.
In speaking also of pericarditis with efi'usion, " the operation of
tapping the pericardium has not been largely adopted" (p. 163) is
all that is said ; no mention is m^ade of paracentesis as practised by
Aran, as also by Sibson and numerous others, successfully. From
the very nature of the operation, its difficulties and dangers,
and the responsibility attached to its performance, it is not very
likely " to be largely adopted /' still, in many cases, it is of extreme
1675.] Steinbr on Children's Diseases. 401
value, not only in relieving most urgent distress, but also in saving
many a life tliat otherwise would inevitably be lost.
The preliminary observations on the nourishment of children are
well worthy of perusal and evidence much practical knowledge, though
it is a question whether " sickly and rachitic children require to be
kept longer at the breast than those which are healthy''' (p. 196).
It frequently happens that the children are sickly or rachitic because
the maternal milk is not sufficiently nourishing, and a change to
good healthy cow^s milk often works wonders.
The remarks on cleft palate will scarcely meet with the approval
of the rising surgeons of the present generation. The translator even
appends a foot-note, entering a protest against the author's conclusions.
Diphtheria is evidently a subject the author has seen much of; he
writes currente calamo.
Lime-water, either as inhalation by means of a spray -producer,
or locally applied, is, according to the author's experience, the best
remedy for cutting short the exudation and the necrobiosis, and pre-
venting the absorption of the poisonous matter.
The recent controversy in the medical journals respecting diph-
theria and croup seems unnecessary, if we can rely on the differential
diagnosis given by the author : — " True croupous exudation is free
and membranous, whilst the diphtheritic is parenchymatous with
necrobiosis.""
Gangrenous stomatitis, described by the author as norma, seems
to be more frequent abroad than at home, if we may judge from
the fact of no less than 102 cases having been observed, only four
of which recovered. Stomatomykosis is the name suggested for
the ordinary parasitic aphthae affecting the mouth of infants ; lime-
water and borax are the remedies relied upon. The remarks on
dentition and its dangers are practical. No mention is made of the
employment of chloral, which in many of the distressing nervous
symptoms due to the irruption of the teeth is invaluable, and far
to be preferred to any preparations of opium. In treating of in-
vagination, or intussusception, " gastrotomy as a last resource may-
be entertained ;'' but distension of the bowel by air or fluids with
the prospect of relieving the obstruction is not referred to — rather
an important omission, judged by the standard of recent experience.
In speaking of parenchymatous nephritis, the author says, " The
presence of hyaline casts must be proved ere the diagnosis can be
made with certainty (p. 276.) The importance of producing diapho-
resis by means of vapour baths is not insisted upon with sufficient
force. The employment of chalybeates in the later stage of con-
valescence is not even alluded to.
The author has evidently not seen the cases published by Mr.
John Wood of successful operation for the cure of ectopia vesicae,
403 Bihliographical Record. {Oct.,
or he would not assert that " a radical cure of this deformity is
hardly possible^' (p. 283).
We are glad to find Dr. Steiner has not shirked the duty of
alluding to a very distressing practice indulged in by even very
young children of both sexes, viz. masturbation. This is far more
frequent than many have any idea of, and exerts an influence upon
the growing child very prejudicial to its future well-being, intel-
lectually, morally and physically.
"The use of sewing-machines, which has become of late so preva-
lent, has an evil influence in this direction," he thinks, " especially
for young girls ; and he has heard several times from women ex-
pressions of opinion in this direction.'^ The employment of bHs-
tering, repeated from time to time, one of the most efficacious
means of dealing with this habit, is not sufficiently insisted on.
The subject here briefly touched upon, although one of vital im-
portance, is generally remitted to the domain of neutral territory.
In no work that we are familiar with on children's diseases, Dr.
Steiner's excepted, is the question discussed; the general treatises
on medicine seldom even allude to it, and only when the final stage,
dementia, is attained do we find it figuring in the reports of our
asylums as a probable cause of mental defect. It is doubtless a
difficult question to handle, but that is no reason for deterring us
from making the attempt to rescue it from the hands of quacks
and unprincipled adventurers who trade upon the baser passions of
our nature.
Parents have no suspicion in many instances why a child is so
listless and apathetic, so disinclined for exertion and so easily tired ;
the medical man is consulted, but from the difficulty of getting any
facts and from a wish to avoid injuring the feelings of the parents,
few inquiries are made ; and whatever may be his suspicions, no-
thing is said, a tonic is prescribed, and the boy drifts on into con-
firmed onanism, becoming weak and vacillating, an easy prey to the
advertising quacks.
Under the heading. General Diseases of Nutrition, a full descrip-
tion is given of rickets, scrofula, tuberculosis, purpura, and rheu-
matism.
Syphilis, which by nearly every authority is grouped among the
general or diathetic diseases, is here classed with the zymotic dis-
eases, along with the exanthemata, cholera, &c. Dr. Steiner affirms
that rickety children often have a precocious mental development,
and are restless, irritable,, and easily excited (p. 309). Respecting
the latter clause, doubtless, it is correct ; but, as a general rule, the
rickety child is far below the average in mental capacity, though
there may be no symptoms of idiocy.
The author refers to the influence of syphilis, struma, unhealthy
occupations, and sexual excesses in the parents, as forming a very
1875.] Stein ER on Children's Diseases. 403
important cause in the production of rickets among children, more
especially when the mother lias been subject to their influence.
The method adopted in speaking of scrofula will approve itself
to the student, the subject being treated of seriatim under the
different organs affected, as lymphatic glands, skin, mucous mem-
brane, bones, joints, &c.
The relation of tubercle to scrofula he regards as still far from
being definitely determined. If not identical, they are diseases
which are very closely related in their causes, in their pathology,
and in their clinical history ; and, though they often occur coinci-
dently or in sequence, it is not a matter of necessity that they
should do so.
A combination of the tubercular and syphiHtic diatheses in the
parents he regards as strongly favouring a tendency to scrofula, and
the too early employment of starchy food, or too great excess of it
in the dietary, is doubtless sufficient to explain a large number of
cases.
The treatment suggested, both general and local, is clear and com-
prehensive. "For the affections of bones and joints some special
surgical treatise had better be consulted/^ (p. 325).
The most important factor in the production of tuberculosis the
author regards as hereditary tendency ; but the disease may be
developed independently by bad sanitary conditions, and also by the
emboHc impaction (Einschwemmung) of purulent and cheesy matter.
The various theories with regard to this interesting subject of Buhl,
Virchow, Waldenburg, Cohnheim, Frankel, Klebs, Villemin, Nie-
meyer, and Schiippel, are briefly referred to.
The bronchial glands were found to be affected in 275, the lungs
in 175 only of the cases observed by the author. The main points
in the treatment are briefly glanced at. " Cod-liver oil, when it
can be borne, and the whey treatment, are our most efficient methods
of cure, but unfortunately they very seldom effect it '^ (p. 330).
Purpura is classed among the general diseases of nutrition, and
very rightly so, for we generally find a history of " insufficient and
improper food, together with residence in cold, damp, and badly
ventilated dwellings," which unquestionably exert a considerable in-
fluence in the production of purpura, though it may be also secondary
to some other disease, as the author points out. A special form of
this dyscrasia, indicated by Schdnlein — peliosis rheumatica — is here
referred to. The symptoms are lassitude and pain in the joints,
these latter being swollen and very painful, especially on being
moved, and they present all the appearance of joints affected by
acute articular rheumatism. These symptoms last from two to
four days, and are then followed by the appearance of a petechial
eruption.
The section on zymotic diseases is clearly and concisely written,
404 Biblioffraphical Record. [Oct.,
though we miss many useful suggestions as regards the treatment of
complications. In scarlatina, e.(/. "if uvsemic symptoms appear,
quinine in large doses and cold packing will be found of service/'
No reference is made to vapour baths, diaphoretics, or cathartics.
Quinine, digitalis, and the mineral acids are the remedies chiefly
rehed upon in reducing the temperature in the exanthemata.
Of 420 children suffering from smallpox, 315 had not been
vaccinated, and 208 died, or 66 per cent. ; whilst of the 1 05 vac-
cinated only 14 died, or 13 per cent. Of 12,000 vaccinations per-
formed in the Prague Hospital no case of communication of other
diseases by the agency of the vaccine virus is known. These
statistics will doubtless be interesting to the anti-vaccinationists.
The section devoted to diseases of the skin is scarcely so compre-
hensive as we should have expected, though the more important and
most frequent of these diseases are mentioned, and the general indi-
cations for treatment given. The author puts forth a fact worthy
of notice in speaking of eczema. More than a thousand cases having
come under his observation, local treatment, without respect to their
duration or extent, was almost always resorted to, and he is not aware
of any fatal case having occurred during or after such treatment. He
does not agree with those who recommend abstention from local
treatment, lest the curing of the rash induce mischief of a more
serious kind, as meningitis, hydrocephalus, &c.
A few words as to the manner in which the translator has accom-
plished his task are all that is necessary. On comparison with the
German the translator will be found to be as literal as the different
construction of the two languages would admit of; the sense or
meaning of the original being invariably given, even when some
transposition was necessary to suit the English idiom.
'^ All thermometric observations have been rendered in the centi-
grade scale, and all measurements in centi- and millimetres.'^ This
will possibly prove a little confusing at present to the English
reader, who will be at a loss to understand how long a child who
measures forty-nine centimetres really is, no table showing the re-
lation between the two measurements being given-^a decided want.
Again, "the weight of the body of a new-born child averages from 3
to 4000 grammes " (p. 2) is a statement that will puzzle many.
It would have been well also to have anglicised some of the ex-
pressions employed, e.^. if retraction of one lower extremity occur,
"then gonitis, coxitis, or psoitis may be suspected" (p. 3).
In all material points, however, the English version loses nothing
from its translation, and gains much by a few judicious interpolations.
In many respects the book is one that the student and junior
practitioner will be glad to refer to, but more as a classical than as
a clinical memoir. We miss the details regarding treatment that
we are familiar with in West and Tanner. The indications are too
1875.] Materia Medica and Therapeutics. 405
vague to satisfy the wants of most students or young practi-
tioners. There is no appendix of forinula3, and very few instructions
as to what combination of drugs or what doses are requisite. We
have given a sufficient account to enable the reader to form a fair idea
of the value of the work. It is printed in a clear readable type,
and in every respect does credit to its well-known publishers.
Materia Medica and Therapeutics — Vegetable Kingdom.^—
The work which now lies before us is one with which it is not easy
to deal. It contains much which is new and has been highly com-
mended, but the greater part of the new material is of the most
questionable character, whilst we make bold to say that the majority
of those who have commended the work have hardly been in a
position to do so from a thorough knowledge of the subject. The
newer matter, indeed, is almost wholly taken from two sources, the
later German researches and homoeopathic literature. The oppor-
tunity of bringing much interesting matter from the German before
the British profession depends in great measure on the remissness of
former writers in the same field ; even the author himself seems
ignorant that very much of the material available in the Brothers
Husemann Pflanzen-Stofle, which he uses so extensively, is to be
found in a work which he does not refer to once, viz. the same
brothers^ edition of Van Hassetl's toxicology, now nearly twenty
years before the world.
As to the rest of this new matter, it is neither more nor less than
pure homoeopathy preached in the ordinary bungling homoeopathic
manner, and this we are prepared to show. The source of this
knowledge is not far to seek. Dr. PhiUips was long known as
a prominent homoeopathic practitioner, but by degrees he became
more and more separated from the homoeopaths, until at last he was
formally reconciled to old physic by being admitted a member of
the Clinical Society. Such being the case, there are good grounds
for animadversion on the part of homoeopaths, who most justly say,
here is a man preaching pure homoeopathy, and yet his teachings are
accepted with something approaching to admiration by the body of
the profession. We confess we here hold with the complainants,
for this is certain ; either Dr. Phillips's teaching must be rejected, or
homoeopathy and old physic become one and the same ; the only dis-
tinction of any importance left is the dose, in which again the two
opposing bodies are rapidly converging. But there is one charac-
teristic of the educated men of our section of the profession, a
characteristic which, we trust, will ever steadily continue, and this
assuredly tends to separate them from ordinary homoeopaths. To us
is given a pathology which we seek after more and more as a basis
1 Materia Medica and Therapeutics — Vegetable Kingdom. By CHAUIiBS D. F.
PpiLUPS, M.D., F.R.CS.Ii;. London. Pp. 584.
406 BibliograpJiical Record. [Oct.,
whereupon to work ; to the homcEopath but a bundle of symptoms ;
and this we hope to make abundantly apparent from the present
treatise.
These charges, therefore, we make bold to bring against Dr. Phil-
lips^s work, that it displays a profound contempt for ordinary patho-
logy, and that it teaches the system of treating a malady by sym-
ptoms alone. We put it therefore to the public if this is a book to be
received as a recognised authority on the treatment of disease ?
Let us turn for the proof of our assertions to the book itself.
Dr. Phillips^s work on Materia Medica and Therapeutics as far
as yet published deals only with the vegetable kingdom ; the other
articles of the materia medica are left to be dealt with hereafter.
He classifies the various agents in their botanical orders, but groups
the orders somewhat diff'erently from the system usually adopted. In
speaking of a plant, first are given its botanical descriptions ; secondly,
and in a certain fashion, its chemical characteristics ; thirdly, its
physiological efi'ects ; fourthly, and as a rule more fully, its thera-
peutical eff'ects; and fifthly, its pharmacopoeial preparations are briefly
disposed of. What can have induced the author to adopt such a
scheme we know not ; we can understand a regular treatise dealing
with the botany of the plant under consideration, but in such a treatise
as the present a section on the subject, especially such as the sections
here given, are but repertories of useless lore, giving bulk to a book
which might have been much smaller and certainly none the worse
for much excision.
The first group of plants discussed is the Eanunculacese, com-
prehending in it, however, several plants not unusually employed
m ordinary medicine. The first and the most important plant dis-
cussed is — Aconite. This powerful drug has long been in the hands
of homoeopaths, whilst foolishly rejected by many regular practitioners,
and consequently we might hope to learn something from the notice
here given, but there is not much. In the first place, the account
given of its physiological action is meagre in the extreme, and is
mainly quoted from authors of little authority nowadays. As to its
therapeutical value it is now generally conceded that in the early
and acute stages of many maladies of the so-called inflammatory
kind aconite does good if anywhere, but this is not everything. Thus
it does good in pneumonia, but only in the early stage ; it does not
afi'ect condensation, and it is only fair to mention the fact that Dr.
Phillips recognises their tendency to spontaneous defervescence at
certain periods in pneumonia which render all statistics connected
with the disease more or less fallible. Our experience is that in some
cases it may do good, but is altogether unreliable. So of acute
rheumatism, this drug has been frequently used in that disease and
as frequently lauded or despised. Dr. Phillips says he has never
known heart disease occur if aconite was given from the beginning ;
1875.] Materia Medica and Therapeutics. ^ 407
the same may be said of many other drugs, the truth being that the
great risk of heart mischief is in the beginning ; or again, should the
disease recandesce, not in the ordinary course of the disease. Our
own experience is that it is of little or no use ; nor do the objections
raised by the author apply to such experience as regards the
inefficiency of the drug, for the aconite was given in small and
frequent doses, and was active enough when used for other
purposes.
In some places Dr. Phillips' homoeopathic training crops out un-
pleasantly, especially as regards symptomatology. Thus we find
under aconite a paragraph as follows : — " Palpitation : aconite is
also of great use in those cases of palpitation of the heart which
depend upon simple hypertrophy of the left ventricle. On the
other hand, in hypertrophy of the left side of the heart, with
diseased valves admitting of regurgitation, aconite is dangerous.^'
Is there such a thing as simple hypertrophy of the left heart ? if
so, what is it due to ? The only form with which we are familiarly
acquainted is associated with contracted kidney, and is therefore not
simple, or to contracted aortic opening, which is still less so. Mark,
again, the signs and effects of regurgitation by the two orifices are
different. This is homoeopathic pathology.
With Pulsatilla begins a small group of substances, including
bryonia and actsea, almost exclusively used by homoeopaths ; conse-
quently here we find the information is almost purely from homoeo-
pathic sources ; their authority cannot be quoted, though their state-
ments are used, and hence the astounding statements stand -wholly
on Dr. PhilHps' responsibility. This authority may be good or bad,
but we question if ophthalmic surgeons would care to trust to
Pulsatilla internally and externally in purulent ophthalmia of children,
or even to gonorrhoeal ophthalmia, as w^e are here advised.
We have accused Dr. Phillips of the direct teaching of homoeo-
pathy after their own fashion of symptoms only. We may select this
as a sample.
Dyspepsia. — Pulsatilla is a good medicine in many of those cases of
dyspepsia or of subacute gastritis met with in phlegmatic tempera-
ments, where we find some or all of the following symptoms present,
namely, depression of the nervous system with fear of death j loss of
appetite ; white and thickly coated tongue ; httle or no taste, or if
taste be present a sensation in the palate of greasiness; sensation of
mucus about the mouth and gums ; nausea with an inclination or wish
to vomit; flatulency ; heartburn ; occasional pains and flatulent colic
in the epigastrium ; sick headache ; dry cough ; coldness and
clamminess of the extremities and often likewise of the entire sur-
face of the body, generally accompanied by constipation or by
diarrhoea. When the diarrhoea is attended by mucous discharges
or by active piles, the pulsatilla quickly removes them. Now, what
408 Bibliof/rapJdcal Record. [Oct.,
means this farrago of symptoms? where do we find anything like it
save in homoeopathic works ? But the truth is that in the whole of this
section the authorities are homoeopaths or eclectics, but as their names
cannot be taken from Husemann they are silently passed by. There
is no necessity for any one who understands homoeopathy to go
beyond the various articles included under the natural order Eanun-
culacse, especially Pulsatilla, hydrastris and actaea, to be convinced
of the character and the sources of the work.
If we go further on tlirough the book the same unsatisfactory
features are notable ; there are few indeed of the articles which could
pass without question. As, however, there is a certain recognised
basis to go upon, the information is not in most cases wholly
homoeopathic. When, however, w^e arrive at such articles as cocculus
indicus, sanguinaria, bryonia, arnica, &c., we cannot fail to be
struck with the characters of the sections ; they sound almost Hke
hydrastis or actsea over again ; and, like most homoeopathic litera-
ture, amount to neither more nor less than sheer nonsense. It is
no part of our purpose to be unfair to the book ; we are quite free
to admit that there are some good articles in it. But there is far
too much trash in it ; its materials have not, as a rule, been sought
from original sources ; there is an air of learning about it which is
hollow ; men of all values are quoted save the author^s old homoeo-
pathic friends, and poor authorities often take the place of good
ones ; moreover, the book is cumbered with a good deal of useless
rubbish. It is quite certain that this last statement is true of most
books of materia medica and therapeutics, but here a considerable
proportion of this kind of stufP is voluntarily introduced. In short,
were the book cleared of superfluities, it might be reduced to a
much smaller size and a less pretentious character. Our main pur-
pose in writing this notice of the book was and is to direct attention
to its dangerous character as a work of unreliable authority, and
we conceive that what we have already said and quoted will suffice
for this purpose. Were it necessary we could multiply these illus-
trations indefinitely, but we think we have done enough. We are
quite unacquainted with the author save by his book, and our
observations have been made in no hostile spirit to himself; but we
conceive it to be our duty to make known to the public the character
of certain passages in the work which essentially mar the whole.
Wanklyn's Tea, Coffee, and Cocoa.^ — Had a little more time and
labour been bestowed upon the preparation of this pamphlet it would
have proved serviceable to many public analysts. The author
acknowledges in his preface that he has done little more than collect
' A Practical Treatise on the Analysis of Tea, Coffee, and Cocoa. By J. A.
Wanklyn. Pp. viii anci 59. London, 1874,
18/5.] "Watts Dictwuary of Chemistry. 409
the material which had been accumulated by the numerous chemists
who have examined tea, coffee, and cocoa. His own additions to
our knowledge are very small, and from imperfect acquaintance with
the chemical literature of food analysis, he too often claims, as
original, methods and facts long previousl}' known. Witness his
announcement as a new process of the taking of five grams of milk
for determining the residue left on its evaporation — the very quantity
recommended by M. Doyere so long ago as 1851. His discovery of
manganese in beech leaves, given to the public last year as a novelty,
had been similarly anticipated by many years.
A good manual of food analysis is really much needed. It would
not be a bulky volume even were it to include all the necessary
processes for the examination, not only of tea, cocoa, coffee, milk,
and other articles of food in daily use, but of water also. At present,
when any kind of material used as food has not been the subject of
frequent analysis, the chemist to whom it happens to be sent
may never have submitted it to examination before. He is probably
ignorant, not only of the standard of average composition with which
the sample if genuine should agree, but of the tests, qualitative and
quantitative, which are best adapted to reveal its character. Such
information as exists in reference to the chemistry of the material
under examination is not only scattered in isolated papers contained
in scientific journals, chiefly foreign, but it requires adaptation and
further work before it can be made to answer the end in view. Some
adequate steps should be taken at once to supply the deficiency here
pointed out. Surely the Chemical Society, the British Association,
and the Society of Public Analysts might between'them decide upon
a plan for providing a really standard book on food analysis. A
committee should be appointed to whose several members might be
assigned the duty of writing the different chapters of the proposed
volume, a responsible editor revising the whole work.
Watts' Dictionary of Chemistry, 2nd Supplement.^— Nothing is
more difficult to review than a dictionary. We have little to say concern-
ing the present volume, having already given our estimate of the great
value of the five volumes of the dictionary itself and of the first
supplement. Two only of the contributors to the preceding volumes
have written in this second supplement, and their articles are not
purely chemical, relating as they do to magnetism and light. Three
new contributors were, however, secured by Mr. Watts, namely. Dr.
Armstrong, of the ]jondon Institution ; Dr. IN'ewell Martin, Lecturer
of Christ's College, Cambridge ; and Mr. R. Warington, formerly
assistant to Professor Church at the Agricultural College, Cirencester.
1 A Dictionary of Chemistry. By Heney Watts. Second Supplement.
Loudon, 1875.
4l0 Bibliographical Record. [Oct.,
The first of these three chemists has written a couple of articles, one
being on isomeric phenols, and the other on the chlorides of sulphur.
Dr. Newell Martin has contributed some seven pages on subjects
connected with the physiological chemistry of man ; these articles
are clearly written, but they give a very inadequate idea of the vast
amount of good work which has been lately accomplished in this
most important department of inquiry. Mr. Warington's contri-
butions relate to agricultural chemistry, and seem to have been com-
piled with great care; they take up such subjects as malt, fodder,
manure, and root-crops. In the paragraph on malt we notice, how-
ever, a serious error, for which it is difficult to account. Malt-dust,
which is removed by screening germinated and dried barley, is said
to consist of the radicle and plumule of the grain. So far from
this ever being the case, the quality of malt may always be judged
of to a certain extent by the length of the plumule, which remains
firmly attached to the finished malt, and, so far from being removed
or even removable, can only be seen by raising the coverings of the
grain. But such mistakes as this are quite exceptional, so that we
may fairly regard these papers on agricultural chemistry as fairly
supplementing in some degree the deficiencies of the original
dictionary in this particular.
Of the 1215 pages which the present supplement contains, by far
the larger number are the work of the indefatigable editor, Mr.
Watts. He has executed his task of collecting and condensing the
results of recent chemical research (to the end of 1872 mainly) with
skill and success. Now and then, of course, some new announcement
of an old fact or an old process is given as if it were really a new
discovery worthy of record as such. This is almost the only kind of
defect in the present volume of which we feel inclined to complain.
Eeferring, for example, to the article on milk (pp. 811 — 813), we find
nothing of that which is new in it worth preserving, while the re-
maining statements in it, if announced as new discoveries, have in
reality been familiar to some chemists for years. The well-known
plan of testing milk by taking the specific gravity, not of the milk
itself, but of the whey or serum which it yields on artificial curdling,
is cited on the authority of a recent writer in the ^ Chemical News.'
"VYe notice the same tendency to give as new many facts which are
not merely old, but have acquired an almost antiquarian interest, in
other works besides that under review. Such a tendency is common
in compilers of popular scientific works, but it is disappointing to
meet with it in the otherwise invaluable abstracts published in the
' Monthly Journal of the Chemical Society.' These abstracts have
been largely drawn upon by Mr. Watts, and it is probably in this
way that the hypertrophy of the present book may, in some measure,
be explained.
1875.1 Forces which carry on Circulation of Blood. 411
Forces which carry on the Circulation of the Blood.^ — In this
little brochure Dr. Buchanan seeks to demonstrate the influence the
pneumatic forces exert in aiding the heart to maintain the circu-
lation of the blood. Most physiologists, trusting the reasoning
advanced by Dr. Arnott, consider these forces, if they have influence
at all, to be quite subsidiary to the cardiac contraction, but Dr.
Buchanan by a very logically maintained argument establishes their
importance, and suggests various experiments by which it may be
proved.
The course of his argument renders it necessary that the actual
force exerted by the heart should in the first instance be determined,
and he proceeds to point out the cause of the strikingly discrepant
results obtained by Borelli, Hales, and Kiel, viz. that these observers
proposed different problems to themselves, the first seeking to de-
termine the absolute force of. the heart ; the second, the absolute force
of the fibres of the left ventricle as combined and operating in the
mechanism of the heart ; and the third, the effective force of the
heart in carrying on the circulation of the blood, or in other words,
the work done by the heart. Dr. Buchanan takes up the last pro-
blem, and shows that, to calculate the effective force of the heart, it is
necessary to know the mass of blood to be moved, the velocity with
which it moves, and the obstacles which oppose its progress. In
pursuing this inquiry he estimates the number of contractions of the
heart per minute at 73, the primary sectional area of the blood-
vessels at '^IST of a square inch, and the quantity of blood dis-
charged at each stroke two ounces, propelled into a tube already
full of blood, and having a height of eighty-seven inches ; such a
column weighs twenty-two ounces. He further estimates that the
velocity of the blood issuing from the heart is ten inches per second,
which is certainly below the truth ; " the heart, therefore, at each
contraction, exerts a force which would be in equilibrium if counter-
balanced by a weight of 22 oz. +129 grs. ; and that the mode in
which this force is expended is most easily understood by supposing
that we have a tube 87 inches in height, and '4187 of an inch in
base, that this tube is exactly filled with blood, and that at each
contraction of the heart two additional ounces of blood are forced
into it at the lower end, lifting the whole column over a space of
8 inches, and causing an equal overflow at the top. This represents
accurately the labour of the human heart, and supplies us with two
numbers to express it : the one, 22 oz., being the weight of the
column of blood, and the other, 8 inches, the space over which the
column is lifted. The former of these numbers denotes the resist-
ance that has to be overcome in forcing 2 oz. of blood into the aorta
' The Forces which carry on the Circulation of the Blood. By Andrew
Buchanan, M.D., Professor of Physiology in the University of Glasgow. Second
edition. London, 1874.
412 Bibliographical Record. [Oct.^
and pushing before it the whole mass of blood in the blood-vessels;
the latter, again, denotes the velocity with which the blood issues
from the heart. Multiplying those two numbers together we obtain
the momentum wliich the heart communicates to the blood, 220 oz.
moving with a velocity of 8 inches during the period of a pulsation,
or of 10 inches per second, or 50 feet per minute. This is equiva-
lent to 176 oz. (22 X 8) lifted one inch, or 14*66 oz. lifted one
foot, during the period of a pulsation, or of 65'9 foot-pounds in a
minute, or 42'3 foot-tons in twenty-four hours. ''^ Dr. Buchanan
then shows the errors that underlie Hales' application of the
hydrostatic paradox to the action of the heart, and of his system
of measurement of its internal superficies.
These are essentially, he thinks, that the heart differs from the
experimental demonstration of the hydrostatic paradox in having an
aperture of •4187-inch diameter which permits the escape of fluid as
soon as the heart begins to contract, as indeed is demonstrated by
the fact that the hseniostatic column only rises to its full height at
the commencement of the contraction of the ventricles, and then
begins immediately to subside, so that it is obvious that the blood
escaping along the aorta must gradually diminish the tension on the
walls of the ventricle. The second fallacy in Hales' argument is,
that whatever may be the force exerted by muscular fibre at the com-
mencement of contraction, it gradually diminishes as contraction
proceeds. The correction requisite for these two errors in calcula-
tion Dr. Buchanan considers to be that the mean force of the mus-
cular fibres as arranged in the human heart is no more than one
eighth of their original force, whilst the mean size of the ventricular
surface must be reduced to one fourth.. ^^ Combining these two
ratios we have a total medium estimate of one thirty-second. Now
if we multiply," he goes on to say, " 22 oz. by 32 oz., the result is
44 lbs., which would be very nearly the initiatory power of the heart
if we assume the size of the ventricular surface as 18"3984 square
inches. The conclusion, therefore, is that there is no difi*erence
between the effective force of the heart estimated at 22 oz. and the
mean absolute force = 14 lb. or 704 oz. divided by 32 = 22 oz."
Having thus determined the absolute efiective force of the heart.
Dr. Buchanan proceeds to consider what other forces aid in carry-
ing on the circulation of the blood. These are the muscular con-
tractility of the blood-vessels, which is very small; and secondly, a
central pneumatic force or the atmospheric pressure towards the
chest and heart rendered effective by a central dilative force. This
last he considers to be much more effective than is generally ad-
mitted, and he opposes Dr. Arnott's objection that any aspirative
action can be exerted on thin-walled vessels like the veins on ac-
count of their tendency to collapse, by pointing out that the pres-
sure of the blood would keep them constantly full. He crilicises
1875.] d?i Tuberculous Arthritis. 413
with much force Dr. Arnott's " bloodless experiment " intended to*
disprove the suction action, in which a syringe terminates in two
nozzles, one dipping into water whilst the other preserves free commu-
nication with air. In this experiment, as might be expected, as long
as the air enters freely, the water rises to a very small height only.
Dr. Buchanan modifies this typical respiratory apparatus by intro-
ducing a sac into the syringe with an exterior opening through which
the air rushes and distends the sac on raising the piston. This, it
must be acknowledged, fairly represents the action of the diaphragm
and chest in respiration, and proves that a considerable force is in
constant operation.
Dr. Buchanan considers that asphyxia is the experimentum crucis
of the doctrine of the pneumatic agency of the chest. When the
act of breathing ceases the heart is deprived of all assistance from
the pneumatic force of the chest ; it has to contend single-handed
against all the resistances which oppose the onward movement of the
blood — a task for which its utmost efforts are ineffectual ; it labours
and palpitates in vain ; the blood accumulates in the capillary vessels
of the system and more effectually oppresses the brain, which it does
the more readily that it is now no longer as oxygenated blood, but as
black or venous blood, that it stagnates in the cerebral vessels; loss of
consciousness of sensibility and of all other forms of nervous energy
speedily ensue, and these are the forerunners of the extinction of life.
The phenomena of the foetal circulation are impressed by Dr.
Buchanan as supporting this conclusion; and he maintains that
the foramen ovale is simply a means of allowing the right heart to
aid the left in carrying on the circulation. Immediately after birth
the pneumatic forces come into play and the foramen ovale closes
up. The pneumatic forces are consequently about equivalent to
the force exerted by the right heart.
The phenomena resulting from the opening of a vein even at some
distance from the heart lend considerable support to Dr. Buchanan''s
explanation; still he does not appear to us quite to meet the
difficulty experienced by Poissenille of obtaining evidence of a
suction power in veins more remotely situated, and he seems also
to overlook the very decided reflux that may be observed to occur
during expiration in the great veins of the neck, and which is op-
posed to his view, that no fluid escapes from the chest at this period.
The subject is one that possesses much interest from a practical
as well as a theoretical point of view, and Dr. Buchanan deserves
great credit for his attempts to elucidate a confessedly difficult bit
of physiology.
On Tuberculous Arthritis.^— Dr. Roux professes himself to be a
1 JDe VArthrite Tuherculeuse, Demonstration de I' Existence de cette Affection
par Inoculation de produits synoviaux. Mtude accompagnee d' Observations re-
112— LVi. 27
414 V Bibliographical Record. [Oct.,
believer in the inoculation of tubercle, although he does not bring
forward any very strong arguments or facts in support of this view.
The practical part of his work seems to aim at distinguishing the
different kinds of tubercular arthritis, and he divides them into
two categories — one in which a pulmonary lesion is anterior to the
articular, and another in which the articular disease is first de-
veloped and precedes the visceral affection by several months.
The cases falling within the second division are much more frequent
than the others, and Dr. Eoux refers to the numerous instances
where patients suffer for several months or even years with white
swelling, and are then attacked with intercurrent phthisis, which
sometimes becomes the predominant affection, sometimes is only
obscurely developed, and sometimes is discovered only after death.
With regard to treatment, he advocates the use of the knife as
being the best means of arresting the disease when the lungs are
not yet positively affected, and he gives two cases in illustration, in
one of which the leg was amputated for a white swelling of the
knee, and in the other a resection of the elbow was performed for
tubercular disease of that joint ; in both these cases complete re-
covery took place, although there had been previously threatenings
of pulmonary mischief. The question of amputation or resection
is regarded somewhat differently in England and in Erance, for
whereas in the former country, according to Dr. Eoux, resection is
performed on all kinds of joints and sometimes for comparatively
slight affections, in France, on the other hand, resection is never
performed on the lower limbs, except sometimes on the foot. The
reasons given for the abandonment by the French surgeons of re-
section of the knee and the hip are stated by Dr. Eoux to be the
great mortality attending the operation, and the want of sufficient
repairing power in the joint, and the difficulty of procuring perfect
anchylosis.
Stille's Therapeutics and Materia Medica.^ — It is unnecessary to
do much more than to announce the appearance of the fourth edition
of this well-known and excellent work. We are informed in the
preface, however, that for two years it has been out of print, and
that the unavoidable delay in preparing the new edition has given
opportunities to the author to revise the whole work and to add
cueillies a V Hotel- Dieu de Lyon. Par le Dr. J. RoTJX, Ancien Interne des
H6pitaux de Lyon.
On Tuberculous Arthritis, a Demonstration of the Existence of this Affection
hy Inoculation of Synovial Products. A Study, accompanied by Observations
collected at the Kotel-Dieu of Lyons. By Dr. J. Eoux, formerly House-Surgeon
at the Lyons Hospitals.
^ Therapetdics and Materia Medica : a Systematic Treatise on the Action and
Uses of Medicinal Agents, including their Description a}id History. By Alfeed
Stille, M.D., Professor of the Theory and Practice of Medicine and of Clinical
Medicine in the University of Pennsylvania, &c. Fourth edition, thoroughly
revised and enlarged. In two volumes. Philadelphia, 1874.
1875.] Roy on Burdwar Fever. 415
about 250 pages of new matter. Several new articles have been
introduced, the chapter on electricity has been almost entirely re-
written by Dr. Mathew J. Grier, and the nomenclature throughout
has been made to conform to the last edition of the (United States)
^ Pharmacopoeia.'' The book is arranged according to the thera-
peutical action of the respective drugs, and Dr. Stille states that
continued study, observation, and reflection have tended to strengthen
his conviction that it is a mischievous error to deduce the thera-
peutical uses of medicines from their physiological action, and that
clinical experience alone is the true and safe test of the virtues of
medicinal agents.
Commentary on the British Pharmacopceia.i — Notwithstanding
the great number of books already published in explanation of the
drugs and preparations in the British Pharmacopoeia, Dr. Walter
Smith's volume will, we think, be found a welcome addition to the
list. It difiers from other class-books on Materia Medica in not
reprinting the text of the Pharmacopoeia, so that its size is propor-
tionally reduced and needless repetition is avoided. We cannot too
strongly urge the necessity of every medical practitioner possessing
a copy of the official publication, and, if so, then the commentary
need not embody all the descriptions and formulae over again. Those
who only wish to know how to prescribe with accuracy and safety
will be satisfied with the ' British Pharmacopoeia ' itself, but the great
majority of practitioners and all students must wish for much more,
and works like this before us will supply the deficiency. It is of
course quite impossible to enter into detail as to the manner in which
Dr. Walter Smith has executed his task, but we must remark that
the book is very well and clearly printed, and the descriptions are
very good. The new notation in chemistry being now very gene-
rally understood, it is adopted in the chemical sections. The
natural history of the animal and vegetable substances is briefly
described, but details are given of such plants as are indigenous to
Great Britain and Ireland, or are commonly cultivated in those
countries. Another feature in this work is that the recently pub-
lished ' Additions to the British Pharmacopoeia ' are incorporated in
the text in their alphabetical order, and some brief notices are also
given of some non-officinal drugs which are at present most in
demand or which promise to become permanent additions to our
stock of remedies.
Roy on Burdwar Fever.^— The author, a native of India, who
1 Commentary on the British Pharmacopoeia. By Walteb G. Smith, M.D.
Dublin. Pp. 766. London, 1875.
2 Essay on the Causes, Symptoms^ and Treatment of JBurdtoar Fever, or the
Epidemic Fever of Lower Bengal. By G. C. RoT, M.D., F.R.C.S., Surgeon,
Bengal Establishment, &c. Calcutta, 1874 (pp. 92).
416 Bibliograp Ideal Record. [Oct.i
seems to have studied in this country, is Inspector of Dispensaries
in Burdwar. After nearly two years' experience there he embodied
his views as to the causes of the fever which has prevailed in that
and the neighbouring districts of Lower Bengal for a considerable
period in a paper which was submitted for competition for the
prize offered by the Viceroy of India for the best essay on that
subject. Though not the successful competitor, he has since en-
larged the original paper by the addition of much new matter, and
it is in this form w-e have to deal with it.
The cultivation of rice has long been one of the chief occupations
in many parts of the delta of the Ganges and Brahmaputra, and the
increasing demand for this article of late years, both for home con-
sumption and export, has led to an enlarged area being brought
under crop, not only in the delta itself, but in the low alluvial dis-
tricts to the west of it, the rivers of which rise in the high land of
Cheta Nagpore and flow into the Hughly. Rice requires much
water while growing, and the cultivators are accustomed to ensure
the necessary supply of this by raising small dams round their
fields, which retain enough of the rainfall to afford the moisture
required for bringing the crop to maturity. A low, flat, alluvial
district, subject to the flooding caused by tropical rains, is always
subject to fever as the waters subside, but the evil is aggravated to
no inconsiderable degree by the conditions under which rice cultiva-
tion is carried on, and, accordingly, the older rice districts in the
centre and eastern parts of the delta have been long characterised
by the frequency and severity of the malarial fevers in them. It
was only within the last twenty years, according to our author, that
fever became prevalent in some of the western parts of the delta,
or, more probably, the unusual prevalence of the disease in these
districts has only attracted attention within that period. Be this
as it may, however, every few years it has been extending itself
westward over fresh country, and by 1869 it had involved Burdwar,
Bancoorali, and Midnapoor. The progress of the disease in a
village is thus described :
" The fiirst year of the invasion is characterised by an increase of
ordinary fever cases, but it subsides completely wath the advance of
the season ; the second year counts more victims and the duration of
the disease becomes longer. With the prolonged suffering the com-
plications begin to appear. A little respite is enjoyed in summer
by those who are free of complications, but only to suffer again in
the ensuing rains. In the third year more mortality takes place
from primary attacks and secondary complications, as it finds the
system so reduced from constant suffering that it is ill fitted to
sustain an assault. Enlargement of the spleen and the liver,
anasarca, anaemia, ascites, cancrum oris, now become common sights.
In summer, instead of improving, the suffering continues. In the
1875.] Roy on Bardwar Fevei\ 417
fourth year a slight abatement of its severity is observed, but fatal
cases occur among chronic patients, who succumb under slight
causes of exhaustion. In the fifth year improvement is more
manifest, and temporary abeyance in summer shows itself. In the
sixth year the majority recover, gaining in flesh and strength,
but a permanently enlarged spleen is left behind." (P. 46-7.)
Though the fever is clearly malarial, it has been supposed that
an element of contagion, having been added in some way to the
original disease, causes it to spread from village to village through
human agency. The author, however, states he had been able to
watch numerous cases of the worst type in individuals, in the early
and later parts of the season, who did not impart the disease to their
attendants, while, during the height of the rains, it became general
and widespread, as is common with fevers depending on endemic
causes. As to type, he points out the frequent combination of
continued remittent and intermittent fevers in the same case, the
one merging into the other in various ways as the disease runs its
course, a peculiarity every one who has observed fever closely in
malarious localities must have recognised. He also mentions one
variety in which, instead of convalescence being established in eight
or nine days, the disease goes on and assumes the typhoid type, a
combination we believe is not unfrequent when the ordinary cause
of enteric fever exists in any locality at the same time with malaria.
In his descriptions, too, of a fatal termination from cerebral compli-
cations on the fourth or fifth days of the fever, from exhaustion in
the second week, whether arising from deficient nourishment or
accelerated by too few evacuations, and from pulmonary congestion
in the third or fourth week or later, old tropical practitioners will
recognise phases of disease they must frequently have encountered,
and which, until they became familiar with them, were always
sources of serious anxiety and doubt. One complication noticed,
cancrum oris, is not common elsewhere in fevers of this description,
though sometimes met with ; it mostly occurred in boys under
fifteen, and " generally towards the end of winter or beginning of
summer, when, after prolonged and continuous suffering, vitality is
reduced to its lowest ebb.^'
Various causes have been assigned by different writers for the
greater frequency and severity of this fever of late years. Of these
the principal are — the gradually increasing imperfection of the
drainage consequent on the deposition of alluvial matter in the
channels of the delta, the impediment offered to the free escape of
surface water by railway works, the numerous pools required for the
cultivation of rice, the increase of jungle in the neighbourhood of
many villages, and, lastly, bad water for domestic use. Now, as the
author points out, all these have been in operation for a very long
period, except the interference with the surface drainage caused bv
418 Bibliographical Record. [Oct.,
the railway works, which is not material in amount,, and applies but
to a very limited portion of the districts affected ; and though he
thinks each has contributed to the development of the fever at
various points, yet the disease was by no means so generally
diffused as the existence of these conditions would lead us to expect,
and it presented a varying intensity, recurring in greater force every
few years, and then manifesting a disposition to spread into dis-
tricts previously comparatively exempt. To explain these apparent
anomalies the author observes, every poison requires a favorable
soil to become endemic in a country, and it is the addition of a fer-
ment in the air that gives it an increased potency, and thus converts
it into an epidemic agency. The ferment, he considers, is generated
by the long-continued action of accumulating filth, and it is com-
municated to contiguous places, spreading devastation from village
to village in a series of years. We fear this theory will not prove
satisfactory to those who submit it to a critical examination, and
compare it with what is known of the manifestations of fever else-
where in India, or in other countries. That there are many sources
of malaria in operation in the districts in which this fever has pre-
vailed there can be no doubt ; that fevers have become more frequent
in them from time to time under the operation of these causes,
which, for want of a specific knowledge of their nature, we have
hitherto included under the term '^ epidemic influence,^'' is equally
clear; but the particular cause which has led to the remarkable
prevalence and severity of the disease, in a comparatively limited
though gradually extending area, has still to be indicated. We
hope Dr. Roy will continue to apply the powers of observation of
which his essay affords evidence to the investigation of the facts
which come under his notice, with the view of eliciting more precise
information on this very interesting question.
Hamilton on Syphilitic Osteitis.^ — Mr. Hamilton's lectures, though
not containing anything new, will furnish the student with a clear
and terse description of syphilitic bone disease, and with some useful
practical hints for diagnosis and treatment.
The subject is treated under three heads — periostitis, the bony
node, and the soft node — and is illustrated by the relation of
numerous cases.
Although periostitis is spoken of separately, Mr. Hamilton justly
remarks that clinically we find that even shght cases of periostitis
involve changes in the surface of the bone also. A good descrip-
tion with an illustrative photograph is given of the hard or bony
node, which, though most often found among the late manifestations
1 Lectures on Syphilitic Osteitis and Periostitis. By John HAMILTON, Surgeon
to the Riclimond Hospital in London and Dublin. 1874.
1875.] Hamilton on Stjphilitic Osteitis. 419
of the disease, is sometimes also seen as an early symptom, accom-
panied by sore throat and rashes upon the skin.
An interesting case is related wherein a node upon the fifth rib
closely simulated a mammary tumour. " Osteitis and periostitis of
the spine of the vertebrae are so like spinal irritation and neuralgia
that it is only by much care in the examination of the local derange-
ment and the concomitant symptoms with the history that accurate
induction is obtained. A still more important and interesting
locality is where the bodies of the vertebrae in the pharynx are the
seats of osteitis and periostitis. Another situation which is not
unusual, and where it might lead to mistake, is the trochanter
major of the femur.'^ Cases exhibiting various paralytic symptoms
depending upon syphilitic disease of the vertebrae and cranium are
given, and also of epilepsy due to thickening of the skull and
cerebral membranes.
The most valuable lecture is that on syphilitic disease of the
bones of the orbit. The resemblance which these cases bear to
malignant disease is well described, and is a matter that the student
cannot have impressed too vividly upon his mind. Most surgeons
must have seen cases in which protrusion of the eyeball by soft
orbital tumours has led to their being condemned as malignant, but
which have rapidly recovered under anti- syphilitic remedies.
The soft node is described as " the product of syphilitic inflam-
mation of the bone and periosteum in strumous and broken-down
constitutions ;'^ but we think it is by no means confined to such
persons. The resolution of these nodes often gives rise to the
depressions on the surface of a bone which are valuable evidences
of past syphilis. The danger of operative interference with necrosed
cranial bones is spoken of, and the treatment by sulphuric acid
introduced by Mr. G. Pollock is alluded to.
We think it a pity that Mr. Hamilton should apply to the syphi-
litic gummata the name of " yellow tubercle," a description which
can only add to the confusion already existing with regard to the
signification of the word " tubercle ;" and we see no reason for
separating those cases of periostitis in which the inflammatory pro-
ducts undergo caseous degenerations from the other instances of
periosteal nodes.
In the lecture on treatment we are glad to see Mr. Hamilton
speaking decidedly upon the necessity for mercury. ^' There are
some members of the profession, I am aware, who believe that not
only is mercury objectionable when the bones are diseased, but that
their diseased condition is the result of the previous use of mercury.
I have sufficiently shown by my recommendation that I do not
agree with this opinion, A style of reasoning has been adopted
(unsupported by facts) that, when mercury has been previously
420 Bibliographical Record. [Oct.,
given^ the diseases of the bones which may afterwards appear are
caused by it. On the same principle the deaths from phthisis might
be attributed to cod-Hver oil, for how few die of that fatal disease
who have not previously taken cod-liver oil ! I have notes of cases
where well-marked nodes, with other secondary symptoms, occurred
where no mercury at all had been given for the primary chancre.
I have met with many cases of tertiary osteitis and periostitis, par-
ticularly of the cranium, where no mercury had been used for
primaries or secondaries.^'
A useful guide as to the effect of mercury is to have the patient
periodically weighed. Mercurial inunction is recommended, but
we are surprised to see no allusion to the mercurial vapour bath.
The great value of iodide of potassium in the later cases is pointed
out, and some cases related showing how amenable to treatment
many of the syphilitic bone diseases are.
Taylor on Syphilitic Diseases in Children.^ — This is a careful and
elaborate treatise upon a subject to which the author has given much
attention. It is based partly upon the observations of others and
partly upon a series of cases recorded with great care by Dr. Taylor
himself, and may be recommended as an excellent account of a class
of cases the nature of which has been often mistaken, and which even
now are frequently not recognised as syphilitic. Doubtless Dr.
Taylor is correct in saying that many of the syphilitic lesions of
the osseous system in infants have been regarded as evidences of
rickets or scrofula ; and altliough instances of syphilitic bone disease
in infants had been accurately described by Yalleix in 1834, and by
Ranvier in 1864, no systematic account of the affection had
appeared until Dr. Wagner, of Berlin, published in 1870 a paper
minutely describing the bone lesions in twelve syphilitic children,
and showed that the pathological processes were sui generis. These
observations were confirmed and added to by Professors Waldeyer and
Kobner; and in 1872 an excellent clinical description of the cases
was published by M. Parrot in Paris. Dr. Taylor has collected
all the published cases, and has added twelve of his own, described
wqth a care that makes them a very valuable record. These are
followed by a minute description of the pathology of the affection,
and by sections upon diagnosis and treatment. The most common
form of osseous lesion in syphilitic infants is an enlargement of the
shaft of the long bones, due to an inflammatory affection of the
lower part of the shaft, and of the ossifying layer of the epiphysial
cartilage, whereby the epiphysis is often separated from the
diaphysis. The ends of the bones become thickened externally and
1 Syphilitic Lesions of the Osseous System in Infants and Young Children.
By R. W. Tayloe, M.D. New York, 1875,
1875.] Taylor on Syphilitic Diseases of Bones in Children, 421
softened within, and may bo eventually destroyed by a purulent
infiltration leading to destruction of the lamellae and the forma-
tion of cavities. The joint is not usually involved. A similar
disease less frequently attacks the short bones, giving rise to nodu-
lar swellings upon their surface. Dr. Taylor divides these cases
into two classes — '^a first in which the morbid processes, as
evidenced by swellings, undergo resolution, without perceptible im-
pairment of the structure of the bones, of the parts around and
above them, or of the function of the member of which they form a
part j and a second in which resolution does not take place, but in
which degenerative changes are observed. These degenerative
changes may be limited simply to a destruction of the superficial
portions of the swellings in greater or less extent, or they may be
so severe as to involve the whole diameter of the swelling in de-
struction or liquefaction, in which event the epiphyses become
separated from the diaphyses.^'
In describing the affection as it occurs in the upper extremity it
is pointed out that the swellings are usually, though not invariably,
symmetrical, and are more often developed at the internal condyle
of the humerus than elsewhere. The ribs are less often affected
than the other long bones, and usually only a few ribs are involved.
It is necessary to distinguish this disease from the enlargement of
the end of the ribs due to rickets. The diagnosis will be assisted
by the concomitant symptoms, by the early development of the
syphilitic swelhngs and the absence of a prodromal stage, by the
limited number of ribs affected in syphilis, the less symmetrical
character of the syphilitic disease, and the state of the fontanelle,
the closing of which is not delayed by syphilis. The affection of the
other long bones is described with a good deal of needless repetition,
and an elaborate description is given of the so-called " dactylitis
syphilitica.^' We do not think this last disease is clearly proved to
be syphilitic. It presents several obvious differences from the epi-
physial disease described above, and Dr. Taylor admits (p. 149)
that in many of these cases of dactylitis " the concatenation of
lesions and symptoms which is called scrofula was present,'' that in
many of them there was no history or symptom of syphihs, and that
" after careful comparative study of these cases " (syphilitic and
non-syphilitic) he must confess ''that there are almost no dis-
tinguishing points." We think that the character of the swelling,
affecting, as it does, the whole phalanx, and not its epiphysis or shaft-
end merely, points to a scrofulous rather than to a syphilitic origin.
The cranial bones of children who inherit syphilis sometimes
present nodes very much resembling those so commonly seen in the
acquired disease. These are among the less frequent of the bone
affections of syphilitic children, although, we think, not so rarely seen
as Dr. Tavlor supposes. The frontal bone is the most often
422 Bibliographical Record, [Oct.,
attacked. These nodes are prone to undergo rapid degeneration,
and to lead to the formation of extensive ulcers, and even when re-
solution takes place depressions are often left in the surface of the
affected bone. It is to be remembered also that the inner surface of the
cranial bones has been found diseased in syphilitic infants. With regard
to the other irregular bones, such as the scapula or ihum, the chief
point to be noticed is that the syphilitic swellings are chiefly found
" wherever the body of a bone is continuous with an epiphysis.''
These bone affections are usually developed within a period averag-
ing between two and six weeks ; a number of bones are usually
affected at the same time, and the swellings are often symmetrically
distributed. The integument is not usually involved, though in
severe cases it may become secondarily inflamed, and the joints most
often escape. There is not generally much pain, except upon
movement of the affected limb; motion is, however, much restricted,
so that the limbs often appears paralysed, a peculiarity which has
led to the name " pseudo-paralysis " being applied to the disease.
The local changes are unattended by any marked fever. It is clearly
proved that the bones may be affected by syphilis during intra-
uterine life, and when the disease is developed after birth the
symptoms generally show themselves during the first six weeks of
infancy.
A very important fact insisted on by Dr. Taylor is, that the
changes w^e have now referred to may occur iu acquired infantile
syphilis. This is proved by Dr. Taylor's eighth case, in which a
previously healthy child acquired a syphilitic ulcer on the hp from
an infant with inherited syphilis. The patient subsequently suffered
from well-marked syphihtic symptoms, including the characteristic
swellings upon several of the long bones. The author calls attention to
the activity and extent of the morphological changes going on in the
osseous system of growing children, and points out that the patho-
logical changes due to syphilis may be engrafted upon the physiolo-
gical processes during any part of the period of development. Dr.
Taylor also alludes to the similarity of many of the symptoms of
acquired and inherited syphilis as exemphfied in several of his cases,
and agrees with Mr. Hutchinson that periostitis is a frequent
manifestation of inherited syphilis. The treatment advocated by
Dr. Taylor is the administration by the stomach of bichloride of
mercury and iodide of potassium, and he justly condemns the
hypodermic injection of these remedies. "We do not agree, however,
with his objections to mercurial inunction, which we have often
seen act as admirably in inherited as in acquired syphilis, and we
may add that we have seen epiphysial swellings disappear rapidly
and completely under the influence of grey powder without the
addition of iodide of potassium.
1875.] CarteIi on Leprosy and Elephantiasis, 423
Carter on Leprosy and Elephantiasis. i— The issue of this hand-
some volume reflects much credit on the Indian Office. An
opportunity has been aff'orded to Dr. Carter to bring together an
immense amount of information respecting the disease he has so
patiently and carefully studied. The volume indeed is, as the
author states, mainly a compilation. The chief element of it is to
be found in the various papers and reports which in a series of years
have been produced by the author himself, whether as the result of
what he has seen in India or in ISTorway. A considerable portion
is also devoted to the labours of Norwegian observers, which are
brought very prominently forward, and the notes contain much of
w^iat has been written in India and other parts of the world of late
years on this very complicated malady. We have recently devoted
so much of our space to the consideration of this disease (see April,
July, and October numbers of 1874) that we shall for the present
defer any minute examination of its contents. It is probable that
the results of the inquiry concerning skin diseases in India which was
suggested to Government by Drs. Tilbury Fox and Farquhar will
ere long be given to the world ; indeed we find that the portion which
relates to Medus has already been printed in the East. The Indian
Government is commencing a fresh inquiry into the nature and dif-
fusion of the disease. We also expect soon to see what impression
his more recent investigations on his way back to Bombay have
made on Dr. Carter. Possibly also the Colonial Office may elicit
some fresh information respecting the Australian colonies and some
of the South Sea islands ; from all these sources fresh material may
be expected which will help us to a fuller consideration of the sub-
ject at a later period.
Meantime we would say that the chief novelty in this volume is
the prominence given to febrile symptoms as one of the prodromata
of the disease. And to the various forms of cutaneous aff'ections
which may accompany it, or are thought to be characteristic of it,
of w^hich our author has been able to gain some illustrations from
his own sketches as well as from those of Danielson^s great work.
But perhaps chief among the novelties of the work are the views
respecting the essential nature of leprosy which Dr. Carter appears
to be gradually adopting. He now regards it less as a dyscrasy, as
it has been most frequently considered to be, and attributes to it,
like his Norwegian friends, a chronic-infection character.
He thus expresses himself : — " As far as the order and course of
phenomena and their probable cause are concerned, the hypothesis
1 On Leprosy and JElephantiasis. With Plates. By H. Vandyke Caetee,
M.D. Lond., H.M. Indian Medical Service. Published under sanction of the
Secretary of State for India. London, 1874. 4to, pp. 246.
424 Bibliographical Record, [Oct.,
of a nature in leprosy like to that of scrofula, syphilis, and I had
almost added pyaemia, smallpox, &c., seems to offer by far the
best clue to their comprehension. Perhaps the vehicle of infec^
tion is essentially of the same order. Meantime I am aware of the
consequence of these admissions ; the hereditary nature of leprosy
must be limited to an innate proclivity or predisposition to disease."
He almost unreservedly adopts Hansen^s theory that " the leprous
disease is essentially an implanted one, and derived from without ;
its structural elements are first located in the skin and adjoining
surfaces, and afterwards reach the blood or system. Here, in fact, is a
specific malady which, though of chronic character, is yet of parasitic
nature, and it is almost a necessary corollary that it should be of
infectious nature.^'
It is not surprising that, thus following in the wake of Hansen,
Dr. Carter now is inclined to admit the contagion of leprosy, and
also to attribute a much less important share in the production of
disease to hereditary transmissions than he himself and most
observers formerly did. He practically returns to the old received
opinion, that leprosy, like phthisis, was infectious.
The great question to which all this points is this, whether
leprosy should again be treated, as of old, as a highly contagious
disease. Is the treatment in the Sandwich Islands or in Crete by
entire isolation necessary or justifiable, especially if the main reason
assigned for isolation, the propagation of the disease by heredity,
is now considered doubtful ? Is there, or is there not, risk in
treating leprous patients in the same hospital with other invalids ?
There are two particular facts of which surely it would be
possible to ascertain the reality or otherwise. Is it an undoubted
fact that leprosy was introduced into Honolulu by the Chinese, and
that in the course of about fifteen years the cases of leprosy have
increased from 60 to 800 in a population of only 40,000 ? Then, is
it true, as most Indian writers say, that leprosy is rare in Burmah at
the present day, while authors within the present century have
described it as very common, and as being treated by the Govern-
ment by strict isolation? It would be most important to know
whether the disease had diminished, and whether its diminution can
be regarded as the consequence of this isolation.
While we agree with Dr. Carter on many, points, and consider
that he is quite right in following what is now the usual practice in
dropping the name of elephantiasis for that of leprosy, we cannot
help expressing our regret that his style is not more natural.
When we come on the heading of a chapter, " Prevalence in Time
and Space," we begin to wonder whether we are reading a medical
or a metaphysical description.
We wish Dr. Carter every success in the investigation of the
interesting subject to which he has so long devoted his abihties.
1875.] LoNGMORii's Insiructions to Army Surgeon^, 425
Longmore's Instructions for Army Surgeons.^ — The substitution
of the rifle for the smooth-bore musket in the army naturally led to
endeavours to utilise to the utmost the increased powers of range
and precision of fire which the new arms possessed, and the efforts
made to accomplish this soon brought to light many defects of
vision in the men who were required to use it which had not forced
themselves on the notice of the military or medical authorities pre-
viously. About fifteen years ago this question had become so
pressing that Sir James Gibson, then Director- General of the Army
Medical Department, requested Mr. Longmore, professor of military
surgery in the Army Medical School, to prepare concise and simple
instructions for the practical examination o£ the vision of recruits and
soldiers, for the guidance of medical officers in this new but essential
part of their duty. The result was the first edition of the ' Manual,'
which appeared in 1863. That has been out of print now for about seven
years, and the author, notwithstanding many applications to bricg out
a new edition, has hitherto, in presence of the works of Donders and
others, hesitated to undertake it. The importance of providing the
candidates for the army and navy medical services, while prosecuting
their studies at Netley, with the necessary information as to the
defects of vision they may subsequently require to deal with, in a
concise form, has at last led him to revise and extend the former
edition, without, however, his wishing the one now under consideration
to be considered as more than an aid to the memory, and not as in any
way obviating the necessity for the study of the larger works of the
leading ophthalmologists by those who wish to become thoroughly
proficient in the subject.
The manual is divided into two parts, the first of which contains
five chapters. Of these the first, after explaining the terms in ordi-
nary use, points out the various descriptions of lenses with their
properties. Here there is an absence of illustrative diagrams. We
quite understand the author's anxiety to compress his work as much
as possible, as well to retain it within small compass so as to keep it
moderate in price; and, so far as those who have had the advantage
of attending his lectures are concerned, the absence of diagrams may
be of little consequence, as no doubt such aids are freely used to
demonstrate everything capable of being more forcibly conveyed
through the eye than by mere description ; but at a distance, and
for those who are imperfectly acquainted with the effects of convex
and concave lenses, a few simple diagrams showing the influence of
a refracting medium in the course of a ray of light, and how the dif-
^ Manual of Instruction for the Guidance of Army Surgeons in Testing the
Range and Quality of Vision of Recruits, and in Distinguishing the Cause of
Defective Vision in Soldiers. By Surgeon- General T. Lokgmoee, C.B. 2nd ed,
London, 1875 (pp. 131).
426 Bibliographical Record, [Oct.,
ferent manner in which the medium is presented to the incident ray
in these, respectively, produces such a different result, would render
this question, which is so intimately connected with all that follows,
far clearer to the reader, and enable him to grasp the principle
concerned at the outset.
In the second chapter the character of natural vision is defined,
and the deviations from it, owing to the excess or deficiency of the
refractive powers of the eye, pointed out, with their causes and the
mode of distinguishing them and of determining their degree. The
accommodating function of the healthy eye to distinct vision of
objects at different distances is also treated of, and the influence of
age and other causes in limiting its range clearly indicated.
The third chapter contains remarks on the acuteness of vision,
with notices of the means ordinarily employed for determining its
degree, and the nature and extent of the various deviations from it.
In each instance, after a short definition of the nature of the parti-
cular form, its causes are pointed out, and the symptoms and
diagnosis follow. The fourth chapter is occupied with a description
of the test dots employed for determining the visual powers of
recruits, and the principles on which they are based; and in the
fifth the mode of conducting the examination is indicated, and the
details in the previous chapters applied.
The second part is devoted to the ophthalmoscope and its uses,
and contains three chapters. Of these the first embraces a descrip-
tion of the instrument, and the various details to be observed in
employing it ; the second gives a short sketch of the natural appear-
ance of the various parts of the interior of the eye as seen with the
assistance of the ophthalmoscope ; and the third treats of the lesions
of those parts discernible by the ophthalmoscope, and the means of
distinguishing them. The manual ends with a copious index, which
enables the reader to refer to any subject in the text with ease and
readiness.
Though written with an especial reference to the requirements of
medical officers of the army and navy, Mr. Longm ore's manual, care-
fully prepared as it has been, and presenting in a compendious form
much information that is diffused through many bulky treatises, is
calculated to be of much service to medical men in civil life who may
have to deal with affections of vision in the course of ordinary prac-
tice, but whose avocations do not leave them sufficient leisure to
study the subject at length in the systematic works of original
investigators.
Archives of Electrology.i — This journal, edited by the inde-
1 Archives of Electrology and Neurology. Edited by G. Beaed, M.D. Vol. 5,
No. 2, 1874. New York,
1875.]
Beard oti Archives of Electrology . 247
fatigable Dr. Beard, appears twice a year, in May and November,
and in the present active state of neurology materials ought to
accumulate rapidly enough for two parts per annum. At the same
time we think it is unwise in an editor to tie his hands, and to
oblige himself to bring out the parts of a serial at a given date
whether he has good matter or not.
It is better to issue the parts at irregular intervals as material
accumulates. In these days the multiplication of serials is a great
hindrance to the inquirer, and to add to the bulk and dispersion of
good matter by padding is too vexatious. Much of the present
volume is padding of an indefensible kind, which must so far keep
down the character of the publication. The editor himself, who
gives due time and care to an article on chronic alcoholism which
is well worth printing and reading, is obhged to eke out his space
by some very flimsy " Letters to Inquiring Practitioners.^'' Hungry
practitioners surely may master rather stronger meat than this.
The first place in the number is given to an article by Dr. Tripier,
to which we take objections of a wholly different kind. He largely
undertakes the treatment of uterine disturbances by Taradism, a
process which requires the application of an electrode to the inner
generative organs of women daily, or at least on alternate days, for
weeks together. He also proposes to insert his electrodes into the
bladder or rectum of maiden ladies, in whom daily vaginal explo-
rations might have inconveniences. Now, from beginning to end
of this article it seems never to enter this person''s mind that such
proceedings are only to be justified on the grounds of absolute
necessity — on the grounds, that is, that this treatment has a value
as far transcendent as its meddlesomeness is excessive. We need
scarcely say that he shows nothing of the kind, nor is alive in any
degree to the consequent gross impropriety of his proceedings. It
is time that the profession should say plainly that this fashionable
trifling with womanly delicacy is going too far — that too many
physicians of late have been tempted to forget what is due to their
own honour and to the proper reticence of their patients. Suave
compliance on the one hand, and half-concealed pruriency on the
other, may in time become too plain in both doctor and patient if
the thing is not sharply checked by public opinion. Of late mur-
murings of no uncertain kind have been making themselves heard
in many places. Of the rest of the number we can speak with more
satisfaction. Dr. Munson takes up a subject on which we are far
too ignorant, namely, the effects of lightning upon the nervous
system. Dr. Frank deals with the electrolytic treatment of
hydrocele. Dr. Seeley writes on galvanism in ocular and aural
affections ; and Dr. Bulkley takes up the relations of the nervous
system to diseases of the skin. This opens up a very promising
field, a far more promising one than the view which attributed many
4^8 BibUograplncal Record, [Oct.,
such lesions necessarily to the blood because they are symmetrical !
Tlie number ends with editorial gleanings and notices of books.
We heartily welcome the ^ Archives/ and wish them something more
than a succes d'estime.
Leroy-Dupre on Hydropathy^ — In this pamphlet Dr. Leroy-
Dupre has laid before his readers a short account of the principles
and practice of hydrotherapeutics. He commences with a descrip-
tion of the various methods in more common use, and of the
apparatus necessary for the purpose ; he next discusses the action
of cold water upon the organism, and this is followed by an enumera-
tion of the conditions the observance of which will result in a good
reaction. Indeed, in the production of this reaction, due to the
dilatation of small arteries which have contracted upon the applica-
tion of cold, appears to lie nearly the whole secret of hydropathy ;
and with its production at the right time and in the right place the
author is engaged in the succeeding sections on the therapeutical
indications for its use and on the diseases requiring it.
Chapters on the contra-indications, and on its employment in
private, conclude the treatise.
On the whole it presents a fairly comprehensive account of the
methods and objects of hydropathy, which may be of service to
those who wish to have more information on its practice than can
be found in our works on medicine and therapeutics.
Milton on Vapour Baths.2— The main object of this small treatise
is to introduce to notice a portable apparatus to administer vapour
baths and modified Turkish or hot-air baths, invented by the author.
Judging from the diagrams, it appears a sufficient, simple, and
effective apparatus for the purpose intended ; but we cannot quite
free our mind from the impression that the individual employing it
runs some risk of being enveloped not only in vapour but in flame,
particularly if the Eussian lamp happened to be overcharged or by
some mischance upset. But such things are not intended for
clumsy people.
The first section of the book is occupied by a short narration of
cases for which the vapour and Turkish baths have proved especially
useful. In lepra and eczema vapour baths have proved in the
author's hands most beneficial. In prurigo Turkish baths have
succeeded better, but neither form of bath is entirely to be relied
upon in ichthyosis and sclerema. In gout and subacute rheumatism
compHcating skin diseases, both forms of bath are of great value.
Neuralgic complications may be also expected to get relief.
1 Des Indications et des Contre-indications de VHydr other apie. Per M. le
Dr. Leeoy-Dupbe.
- On the Modified Turkish and Vapour Bath, and its Value in certain Diseases
of the Skin. By J. L. Milton. London, 1875.
1875.]
Journal of the Chemical Society, 429
The medical practitioner in search of bath-apparatus for domestic
use will do well to read the account of Mr. Milton's invention.
The few cases of skin diseases recorded in this small volume treated
bj baths will also encourage him to essay their employment.
Nomenclature of Diseased — This is an American issue of the
' Provisional Nomenclature ' of the Royal College of Physicians
of this country. It is most gratifying as well as complimentary to
the English compilers of the nomenclature to find it thus adopted
officially by an important branch of the public medical service of
the United States, viz. the Marine Hospital Service. Its adoption
is to be credited to Mr. Woodworth, the energetic supervising sur-
geon of the department, to whom we have been indebted for copies,
from time to time, of the interesting medical reports of the Marine
Hospital Service.
We learn from a prefatory note to this volume that, previously to
this its first official adoption, the classification of diseases in the
statistics of mortahty for the Ninth Census of the United States
was made, in all essential particulars, in accordance with it ; that it is
practically adopted by the Medical Department of the United States
Army, and has been generally sanctioned by the profession in the
States. " From the foregoing [remarks Mr. Woodworth] it will be
seen that its promise to become the common nomenclature and
classification for at least all English-speaking peoples is in a fair
way to be realised^' — a consummation much to be desired hi the
interests of medicine, both as an art and a science.
Journal of the Chemical Society.^ — Some quarter of a century ago
the physiological and pathological branches of chemistry numbered
among their most ardent votaries some prominent British chemists.
For various reasons other branches of the science of chemistry have
since presented superior attractions, and medical chemistry has been
in disfavour. It is, then, scarcely to the pages of the journal of our
Chemical Society of London that we should turn expecting to find a
full record of chemistry in its relations to medicine. But though
our Continental confreres have been of late the chief workers in the
fields of physiological and pathological chemistry, no completer
record of the new discoveries in those departments, and indeed in
every other branch of the science, will be found than in the pages of
the ' Journal of the Chemical Society of London.' Up to the end of
the year 1870 the journal contained only such papers as had been read
^ Nomenclature of Disease prepared for the Use of the Medical Officers of the
United States Marine- Hospital Service. By the Supervising Surgeon, Jonx M.
Woodworth, M.D. Washington, 1874.
^ Journal of the Chemical Society, 1871-4. London.
112— LVI. 28
430 Mhlio graphical Record. [Oct.,
before the society, either in extenso or in abstract ; but with the com-
mencement of the year 1871 the journal entered upon a new career
of usefuhiess. Tlie happy idea was conceived of supplementing the
proceedings of the society by full and carefully prepared abstracts of
all the current foreign literature of chemistry. How well this has
been done can be seen by a reference to the journal itself^ which
appears every month under the able editorship of Mr. Henry Watts,
aided by a large staff of abstract-makers, whose names are a
guarantee that the work will be thorough, and who are supported
by an energetic publishing committee.
It is not too much to say that in the volumes of the journal the
physiologist, the chemist, and the physician will find a faithful
record of all that is going on in this country and abroad that is of
interest in the chemical world. Unimportant memoirs are briefly
summarised, whilst those which are of greater interest are presented
with some amount of detail. In all cases the length of the paper is
noted, and accurate references given to the original sources. Erench,
German, Italian, Russian, American, and English chemical literature
is thus laid under contribution for the benefit of English chemists.
Wisely, as we think, the council of the society has resolved to
bring their now very useful journal within the reach of all. Although
the monthly numbers are not sold separately, the journal is supplied
to any one on payment of a small annual subscription. We advise
all our readers who are interested in scientific medicine to become
subscribers ; and certainly no scientific or medical library can be
considered complete without the admirable ' Journal of the Chemical
Society of London.'
Ziemssen's Medical Cyclopeedia.i — It was only in the number of
this Review for April last that we noticed at some length the
German edition of this very comprehensive 'Cyclopaedia of Medicine,'
as far as it w^as then published. We have now before us three
bulky volumes containing the articles then reviewed rendered into
English by several American physicians, some of whom are well
known in this country both by their position in the profession and
by their contributions to medicine. All that remains us as necessary
on the present occasion is to signify our opinion of the manner in
which the translators have performed their work, and on this
matter we have to pronounce a very favorable opinion. There is
certainly an inequality of performance, the English idiom being
much better conveyed by some of the translators than by others.
Indeed, it strikes us that some few of the number have been selected
for the work on account of their exact knowledge of German, but
who, haling from " the Eatherland,'"* have not hitherto acquired the
1 CyclopfBdia of Medicine. Edited by Dr. H. VON ZiEMSSEN. Vols, i, ii, and
iii. London, 1875.
1875.] Agricultural Report of Victoria, 43l
English idiom. The prospectus issued in this country gives a list
of " gentlemen who have agreed to talce part in the international
work of translation/'' and who are more or less known to us as
fellow-countrymen in practice in Great Britain and in Ireland.
But so far as the volumes as yet issued are concerned^ these trans-
lators on this side the Atlantic have not put in an appearance. All
those whose names are appended to the articles now before us are
physicians residing in the tJnited States.
In fact, the pubKcation is an American enterprise, of which the
London house of Messrs. Sampson Low and Co. make themselves the
medium to place before the profession in England. The production
of a cyclopsedia on the scale on which this present one is projected
indicates a strong conviction on the part of the American editor.
Dr." A. H. Buck, of New York, and his collaborateurs and pub-
lishers, of the value of the work and of the desire of the profession
to possess themselves of so complete a survey of German pathology
and practice. In this country it has a worthy competitor in
'Eeynolds's System of Medicine/ and will find it no easy task
to make its way into the libraries of English practitioners, and
especially of such among them as have a strong prepossession
in favour of English '^ practice."
The pubHshers refer to it as an " internationar' work, but we
do not quite recognise this to be its character, seeing that it is
wholly a production of Germany. But, being now translated into
English, it so far becomes international that it conveys the teach-
ing of Germany to the many peoples to whom English is the native
tongue, and nothing can more conduce to the advancement of
medical science than the diffusion among different nations of the
principles and practice prevaihng among them individually. An
intercourse of opinions is as advantageous in medicine as in social
science, by dispelling narrowness of views and overturning self-
opinion and self-conceit.
Those who possess themselves of these volumes may be con-
gratulated on obtaining most painstaking, scientific, and complete
articles on the subjects treated of in them. The type is large and •
clear, highly commendable to eyes past their prime, and the general
" get up " of the volumes is most excellent.
Agricultural Report of Victoria.^ — We have been favoured with
a copy of the report of the Secretary for Agriculture in Yictoria,
which may be commended to all intending emigrants to that colony,
to those interested in the history and progress of our great English
colonies, to our naturalists, and even to our agriculturists, who may
get a wrinkle on farming matters from their fellow-workers in the
1 Second Annual Report of the Secretary for Agriculture, Department of Lands
and Agriculture, Victoria. Melbourne, 1874.
432 Bibliographical Record. [Oct.,
antipodes. The naturalist will find a very good account, with ex-
cellent figures, of some Victorian and other Australian grasses, by
Mr. Bacchus ; and also a description of some Australian wood-boring
beetles, also illustrated. The meteorologist has presented to him a
report on the meteorology of Victoria, with numerous tables to
gladden his heart, setting forth from day to day the state of the
barometer, of temperature, of dew-points and humidity, the pre-
vailing direction of the wind, and the amount of rainfall, accom-
panied by various notes and comments from the able observations of
the Government Astronomer, Mr. Ellery, F.E/.S.
Intending emigrants who patronise beer and wine will be
gratified to learn that both hops and the vine are extensively culti-
vated in Victoria ; the latter important plant occupying a surfjice
of 200 acres, and promising to become a source of much wealth
to its cultivators.
Another important industry has been introduced into the colony
since 1873, viz. " Sericulture,^' or the growth of silk. As a matter
of course it is yet in its very infancy, but the silk exhibited at the
Vienna Exhibition was pronounced equal to the best Itahan. The cul-
tivation of flax has also been attempted, but climatic conditions
are unfavorable to it. Nevertheless there is a earnest endeavour
to overcome difficulties and to win success. The volume also con-
tains several papers of interest to farmers and horticulturists ; and
it will hereafter, apart from its present intrinsic value, be of much
importance in tracing the industrial history and progress of this most
enterprising and successful colony of Victoria.
Salt on Electrical Apparatus.^ — This small book is no superfluous
addition to our stock of treatises on medical electricity. It supposes
the reader to know the principles of the application of electricity in
the treatment of disease, but not to be equally familiar with the
results of the inventive faculties of mechanicians ever seeking after
perfection in the construction of instruments. And as no one can
be presumed to be better acquainted with the mode of dealing with
their instruments than the makers of them themselves, the profession
is indebted to the well-known instrument makers of Birmingham,
the Messrs. Salt, for the publication of the brief volume under
notice.
The meaning of the printed text is greatly elucidated by numerous
excellent engravings of apparatus and of portions of apparatus.
The book is well printed, and at the moderate price put upon it
may be secured by every practitioner of medicine who does not
consider himself an expert in the use and management of electric
and galvanic batteries.
^ A Practical Description of every Form of Medico- Electric Apparatus in
Modern Use, with Plain Directions for Mounting , Charging, and Working.
Illustrated by carefully drawn Engravings. By Salt and Son, of Birmingham.
London, 1875.
1875.] 433
©rismal CommiutiratiansJ*
I. — On Lung-Disease from Inhalation of Dust. — By John T.
Arlidge, M.D., A.B. Lond., E.U.C.P. Lond., Physician to
the North Staffordshire Infirmary, Stoke-upon-Trent, &c.
Additional evidence is constantly accruing to prove that dust may
be inhaled,, that it may penetrate to the lung-cells, and that its
presence within the pulmonary tissue is a cause of serious organic
disease. The older medical writers have recorded not a few cases
illustrative of these facts, and it remained for the physicians of the
generation now passing away, and of the present one, to cast serious
doubts upon them, and even to deny the possibility of minute particles
of foreign matters making their way within the lungs by inhalation.
This denial had a physiological basis, viz. : — that the air- passages had
ciliated epithelium, and that the action of the cilia thrust forward and
outward any particles entering within those passages, and thereby
prevented their further penetration towards the pulmonary tissue.
It likewise rested on the assumptions, that ciliary action must always
be in the same direction ; that it, so to speak, could not be wearied
by long- continued and persistent inhalation ; that it could not be
enfeebled by habits of life and other causes destructive of vital
power ; that its resistance could not be overcome by violent in-
spiratory acts involved by exertion or coughing ; and that inhaled-
particles could enter the lung-tissue only by a progressive passage
through the repeatedly branching bronchi.
The physiological doctrine of the impeding action of the cilia to
the entrance of foreign particles into the lung-cells is undeniable;
but experiment and observation prove it not always and under all
circumstances efi'ectual. Direct experiments upon animals, made by
Lewin^ and others, demonstrate this inefficiency; and the records
to be met with, in works on forensic medicine, of deaths consequent
on suffocation in an atmosphere laden with particles of carbon,
1 ' Die lulmlations Tberapie.' Berlin, 1865, p. 87 et spq.
434 Original Communications. [Oct.,
equally prove that the resistance of the cilia can be overcome. The
several assumptions mentioned are equally disposed of by more
minute observation and reflection. Physiologists have shown that
the direction of ciliary action admits of variation, that its activity
and power are in direct relation to tissue-integrity and to vital
energy, and that the simple onward course through the tubes to the
alveoli is not the only way that foreign particles can penetrate the
tissue, but that they may enter by medium of the mucus-corpuscles
which invest them, and may likewise find their way into the lympha-
tics; lastly, and without contention, that foreign matters in very
tangible quantities are found in the bodies of individuals exposed to
the inhalation of dust, and that the quantity discovered exists in a
far higher proportion among those so exposed especially than among
other persons. The disbelief in the interpenetration of lung-tissue
by inhaled dust prevailed principally among those less familiar with
occupations highly productive of dust. For instance, it obtained
chiefly in the German and French schools ; in the former under the
influence, of late years, of that most distinguished pathologist.
Professor Virchow. The French objectors were also ably led by
Andral and Trousseau. In England, on the contrary, the special
region of coal-mines and of manufacture, the inhalation of dust, and
the production of lung-disease thereby, has been always generally
held as an established fact.
The opponents of the doctrine, however, did good service by
showing that black discoloration of the pulmonary tissue, with and
without induration, enlargement and blackening of the bronchial
glands, and nodules of apparent gritty or sandy matter, may have
their origin in morbid changes quite independently of inhaled matter.
Heusinger and Becker attribute the black staining or granular
masses they encountered to defective elimination in the tissues of
carbon and carbonic acid, and to a sort of precipitation of carbon
within them ; whilst Hasse thought the black infiltration to be, on
the one hand, associated with a process of healing in lung-lesion, as
for example tubercle, or, on the other, to be connected with changes
incident on age, as illustrated in senile atrophy of the lungs. Yir-
chow, again, sought an explanation of it in the hypothesis that its
origin was in the altered colouring matters of the blood ; and in
evidence referred to cases of hypersemia of the lungs consequent on
heart-disease, accompanied by diffused extravasions varying in hue
from red to black. In such lesions the altered coloured matter is,
for a time at least, included within cells, but these disappear, and the
pigment may be set free, and be then encountered in the interstices
of connective tissue in the form of black granules, and more rarely
of crystals. He further assumed it as probable that the production
of certain coloured matters in particular tissues might be influenced
by some special nutritive qualities of those tissues, or by individual
1875. [ On Lung 'Disease from Inhalation of Bust. 435
peculiarities, just as seems to happen in the coloration of the hair
and of the dermis.
On the part of French physicians, Trousseau and Leblanc enter-
tained similar views with Virchow.
The interpretation supported by the foregoing eminent pathologists
is doubtless right enough with regard to many examples of blackened
lung-tissue. Wherein they erred was in making that interpretation
exclusive. Their experience apparently never brought them into
contact with cases, — common enough in some manufacturing and
coal-getting districts, to which their explanation would not apply,
and which, both by histological appearances and by chemical analysis,
would have demonstrated to them the presence of inhaled foreign
particles, and not only altered and disintegrated blood effused within
the lung-parenchyma as a consequence of disease.
A case decisive of the fact that foreign solid matters may enter
within the lung-tissue by breathing occurred to Traube in 1860,
and is appealed to by German authors as the first placed on record
so demonstrative. However, it is quite certain that many English
physicians had convinced themselves of the occurrence, long
previously, by post-mortem examinations ; nevertheless Traube''s case
is highly valuable by reason of the minuteness with which it was
examined, and the care and fulness with which it is reported. A
serous black fluid, staining the fingers, could be squeezed from the
affected lungs, which, on microscopical examination, presented
granules precisely resembling those of charcoal- dust, in which the
patient had for many years worked. Moreover, small pieces of
dust were found at different depths in the epithelium, some of which
stuck in like arrows, whilst others had entirely penetrated, and
others again had transfixed the cells and were advancing into
adjoining cells. Nay, Rindfleisch,"" who assisted in the examination
of Traube^s case, assures us that he found in the juice squeezed
from the parenchyma of the lung " one of the dotted cells of coni-
ferous wood entirely carbonized, but in which I w^as enabled to
count seven pores close together. This particle of charcoal- dust
equalled half the diameter of an alveolus.^'
That dust may enter, in the act of breathing, into the bronchi,
the alveoli, and the parenchyma of the lungs, must therefore be
accepted as an estabhshed fact. Whilst lodged within the
bronchial tubes, the atoms of dust are, however, liable to be
propelled outwards by the cilia, and to be ultimately expectorated.
But those that escape this salutary action penetrate into the
alveolar parenchyma, where they are no longer exposed to dis-
turbance from the cilia, but now follow, as Rindfleisch describes, ^^ the
general current of the extra-vascular nutrient fluid, together with
1 • Pathological Histology,' Syd. Soc. edition, vol. ii, p. 52.
436 Original Communications. [Oct.,
which they tend ultimately to reach the lymphatic vessels. Oq
their way they must occasionally meet with corpuscular elements
which have the power of permanently adopting small solid particles
into their protoplasm. Foremost among such elements are the
stellate corpuscles of the connective tissue ; next, the migratory
amoeboid cells v^hich are found in the connective tissue of the lungs
as well as elsewhere, and which carry the black pigment with them
wherever they go. The residual portion, that which escapes being
arrested by cells on its way to lymphatics, is carried to the root of
the lung and enters the lymphatic glands of the m^ediastinum, and
here the granules meet with an insuperable obstacle to their
further progress, for the countless lymph-corpuscles with which the
glands are stored are ready to take up as many of the charcoal-
particles as can, by any possibility, be accommodated in their pro-
toplasm"'^ (op. cit., p. 51).
From the preceding observations it appears that the lungs may
be discoloured, and seriously embarrassed and injured in structure and
functions, by inhaled particles ; and further, that they may be some-
what similarly discoloured by altered blood-matters, the resultants
of disease within the pulmonary tissue itself, and which, in their
turn, may be associated with, or act as the effectual causes of, other
disease. The term melanotic lung has been loosely applied to both
forms of discoloration ; it would be well if disused altogether, for
it seems to imply a certain substantive morbid condition of lung
characterised by a black colour, whereas ij; is evident that colour is
an accidental feature dependent on differing causes.
There is not much danger of the two primary varieties of dis-
coloured lung being confounded either during life or after death ;
their history so widely differs, as does also, I may add, generally
their pathological appearances. Of this more hereafter.
The motes in the sunbeam have made man in all ages cognisant
of the diffusion of minute particles at all times in the air we breathe ;
but the enormous extent of their diffusion has been much more
vividly brought home to our minds by the admirable experiments of
Prof. Tyndall ; and what is more, these experiments exhibited the
constituent parts of the atmospheric dust, showing that some portion
of it was composed of organic, the rest of inorganic matters. Any
one who realises the fact of the enormous diffusion of dust in the
air will less marvel at the fact that chemical analysis has shown the
presence of mineral matter in the lungs of children within three or
four years after birth, and, cceteris paribus, the progressive accumu-
lation of such material in the lungs with advancing age. It is in
the form of silica that the mineral dust has been sought after by
analysis. In illustration I may quote the results obtained, very
recently, by Riegel in conjunction with his colleague Dr. Hauser
(op. cit., p. 2^2). The lungs analysed were those of individuals not
1875.] On Lu7ig 'Disease from Inhalation of Dust. 437
subjected to conditions of life and labour involving exposure to more
dust than common. The lungs of a child^ four weeks old, furnished
the first example. In them no silica was found. In those of a
boy, set. 4, silica constituted 2'44 per cent, of the ash left after
incineration. In those of a day-labourer, set. 47, it amounted to
13*39 per cent., and in those, again, of a woman cook, sixty-nine
years old, it reached 16*69 per cent.
Accepting these figures as accurate, they leave no doubt of pro-
gressive accumulation in proportion to age among individuals
similarly situated. Common observation, moreover, speaks to the
same fact, for a blackish discoloration of the lungs is a feature which
arrests attention, particularly in those who are more advanced in life.
As might well be anticipated, in various occupations in which much
dust is produced and thrown off, its inhalation becomes so consider-
able that sooner or later the foreign particles permeating the bron-
chial tubes and lung-tissue become a source of sufi'ering and disease.
In some departments of labour pulmonary disease has been so
distinctly due to the inhalation of a particular dust generated that it
has received special appellations from the occupation pursued, such,
for example, as "miners' phthisis,"*' Sheffield "grinders' rot," "potters'
consumption and asthma." In some other forms of labour the dust
by inhalation has long been popularly known as a cause of disease ;
for instance, among freestone hewers and masons, among the
operatives in cotton and woollen mills, and among millers. In a
less degree many other workmen engaged in other pursuits suffer
from the same morbific agent. Lewin refers to charcoal-grinders
and carriers; to chimney-sweeps, moulders, and iron-polishers;
to gas-stokers, to smiths, and glass-polishers ; and the list might be
increased by quotation of smaller trades, foremost among which would
stand workers in mother-of-pearl,the fatality amongst them from pul-
monary disease being probably unequalled in any other class of artisans.
Now, a great difterence obtains in the extent and severity of the
disease produced from the character of the dust inhaled ; and it may
be safely predicated that mineral dust, as that of freestone, of potters'
clay, of coal and mother-of-pearl, is much more destructive of lung-
function and tissue than is the dust of organic origin, as that of wool,
or cotton, or flour. The amount of suffering will also bear a direct
relation to the character of the industrial processes pursued, in some
of which the generation of dust is more abundant, and its inhalation
favoured by the circumstances of labour. For example, the heated
air of workshops, or difficulties in the way of ventilation imposed
by special conditions of labour, the association of the dust with par-
ticular vapours or gases, may be well imagined to add to the inten-
sity of the evils of dust. To go into particulars upon these points
would lead me on to an essay on noxious trades. But this much
it is necessary for me to say, that differences in the nature of the
438 Original Communications » [Oct.,
dust inhaled, and differences in the circumstances attending its inhala-
tion_, serve to modify somewhat the symptomatic features and history
of the consequent disease during life, and likewise the pathological
appearances after death. But, granting such differences, I can ex-
press no admiration for the prolific word-making of some physicians,
especially among the Germans, to describe those different trade-pro-
puced chest- affections. Thus pneumonokoniosis stands for diseases
due to the inhalation of dust in general ; anthracosis for those due
to coal-dust ; chalicosis for such as arise from siliceous stone-dust ;
siderosis for ferruginous dust-disease. These, and other like bar-
barous words pointing to other varieties of dust, I should be very
sorry to see perpetuated ; and the more so as I hold that, whatever
dust be inhaled, the pathological process set up by it partakes of
the same essential character, though differing in intensity, and, in
the case of inhaled organic particles, somewhat modified as to results
produced. As my experience of lung-disease caused by the inhala-
tion of dust has almost entirely fallen among miners and potters, I
shall confine myself to the description of the lesion met with among
such workmen. And first, let me state that lung- disease is more
prevalent and more fatal among potters than among miners. I con-
sider the dust from the clay and flint used by the former to be more
detrimental to pulmonary tissue than coal-dust. It is essentially a
siliceous dust, and is rendered extremely fine by the processes the
clay passes through in its preparation. Moreover, it is worth
noting, that in several processes in the manufacture of pottery,
particularly in the making of china, finely ground flint is largely
used, either in a pure state or mixed with china-clays.
As a siHceous dust, made up of more or less angular atoms, it is
naturally extremely irritating to the tissues, and may be supposed
to have more penetrating power than other kinds of dust, by its hard,
vitreous character. The German writers note a diff'erence in the
power of penetration between charcoal-dust and the dust of mineral
coal, remarking that the former makes its way more readily into
the tissues than the latter, by reason of its possessing, more or less,
the form of spiculse, or elongated sharpened splinters.
But, at the same time, though the clay-dust may pierce the
epithelial surface more readily than the coal, it does not exhibit the
same diftusibility ; perhaps by reason of its more irritating character
and the consequent inflammatory action provoked. For, on the
whole, the coal-dust penetrates the lungs and discolours them more
generally than does the clay-dust. At the same time both forms
of dust exhibit a preference for the upper and posterior portions of
the lungs ; in other words, the dust accumulates most in those parts
first reached in the inspiratory act. The lungs assume a black or
grey-black colour wherever the deposit takes place; and, as is
natural; the depth of colour is greatest where coal-dust is the
1875.] On Lung 'Disease from Inhalation of Dust. 439
substance inspired. Generally speaking, the depth of colour is
greatest where most condensation of tissue is found ; where the
particles of dust are more diffused the colour is rather greyish
black. The condensation of lung is as remarkable as the
black colour. Hardened masses occur, at times measuring
two inches and upwards in length and width, and in depth or
thickness nearly as much. Sometimes they have a somewhat
rounded configuration, especially when of smaller dimensions.
But under no circumstances are they at all separable from the sur-
rounding tissue as distinct heterologous tumours. They have no
defining line, but the condensation of tissue progressively lessens
from the centre of greatest density, the lung-substance around
exhibiting signs of the spreading lesion. A section of the condensed
mass presents great resistance to the knife, cutting with a leathery
or cartilaginous consistence, and now and then with a gritty sensa-
tion. When first cut through the colour is pretty uniformly black,
but, after washing, the surfaces present lighter and darker specks,
and, to find a similitude, have a nutmeg-like aspect. No blood
exudes on its section, but the pulmonary tissue around is hypersemic.
It is common also to find an emphysematous state of neighbouring
lobules. This condition is most pronounced along the anterior
edges of the lungs.
The indurated portions for the most part reach the surface,
and are there covered by a thickened pleura, and pleuritic adhesions
are usual.
In some cases softening in the centre of the condensed tissue has
taken place and dusky pus or a purulent detritus is formed within it.
In many instances tubercular deposits are found associated in
the same lungs with the hardened masses. I have not observed
caseous matter in the condensed tissue, but there may be
caseous tubercle in the same lungs, breaking down and forming
abscesses as in ordinary consumption.
. Together with the hardened state of the pulmonary parenchyma,
there is always more or less chronic bronchitis. The bronchial
secretion is ordinarily viscid, of a yellowish or yellowish-white
colour; but its consistence and viscidity vary according to the-
presence or absence of activity in the bronchial infl.ammation and
in the diseased parenchyma. In the earher phases of the lesion,
and when the men are still pursuing their occupation, more or less
black, sooty -like particles discolour the expectoration. This black-
cuing of the sputum gave rise to the term " black-spit '' used
formerly by miners to designate the form of bronchitis that especially
attacked them. It is, indeed, a phenomenon observed in a more in-
tense degree among miners than among potters, though present in
each class of workmen. When a miner or potter is attacked by
severe catarrh or bronchitis the black spit is particularly observed
440 Original Commu?ncations. [Oct.,
at the beginning of his illness ; as his illness goes on the discolora-
tion lessens, the collection of dust in his bronchial tubes having
been mostly got rid of.
Enlargement, induration, and blackening of the bronchial glands
about the roots of the lungs is a lesion universally encountered
along with condensation of lung from dust-inhalation. When
speaking previously of the course pursued by the dust this glan-
dular change was remarked on. There is abnormal growth of the
connective tissue both of the glands and of their capsules, and in
the end destruction of the true glandular substance.
The microscopic appearances of the indurated connective tissue
and limited pneumonic activity, with excessive growth of black
lung, bespeak a hyperplasia. The inhaled dust acts as a local irri-
tant in the parenchyma of the lung, surrounding the alveoli, and
likewise upon the lining membrane and walls of the bronchi.
Lymph-exudation takes place; encroaches and presses upon the
air-cells; develops partially into fibrous tissue, whilst other por-
tions do not advance beyond a granular stage. The lymph-matter
contracts in the course of its growth ; the alveoli are destroyed,
and their vascular supply is cut off. The contraction of the new tissue
is evidenced to the naked eye by the puckeringsof the diseased mass,
although this is sometimes masked by the free development of a
loose connective tissue around and by pleuritic thickening.
The action of acetic acid clears somewhat the mass and brings
to light in it — which may previously have looked like a formless
granular mass — some recognisable remnants of lung-tissue in the
shape of elastic fibre and rude broken outlines here and there of
former air-cells. The black matter is seen in the shape of more or
less rounded specks, scattered loosely or gathered in broken lines,
or collected into irregular heaps amid the fibroid tissue. When
seen in lines these black particles can generally be made out to be
present in the connective tissue around the former alveolar cavities,
or else spreading along in the direction of lymphatics.
Judging from appearances in the diseased tissue after the action
of acids, I infer that not only is lymph- matter thrown out in the
septa between the alveoK, but also that it occupies the air-cells, and
conspires with that exuded around them in their obliteration.
The whiter dots seen on section of the hardened lung are
shown by the microscope to be small bronchial tubes; and it is
noticed that the walls of these tubes are greatly thickened, and
that their lumen is obliterated. When nitric acid is applied to a
fragment of the diseased tissue it appears at first to harden and
corrugate it, but its prolonged action induces softening and de-
struction of all structure. So soon as the acid acts upon the tissue
a lively effervescence ensues indicative of the presence of a carbonate,
in all probability carbonate of lime, After the acid has done its
1875.] 071 Lung -Disease from Inhalation of Dust, 4il
■work many particles remain, among which are seen some having the
appearance of minute splinters of silica.
The chemical analysis of diseased lungs has not been prosecuted
so extensively as it should have been. Although by no means
numerous, it would be useless to give the results of the analyses
published by various experimenters. Kussmaul made special ex-
amination respecting the inhalation of siliceous sand by quarrymen,
and the general fact arrived at by him was, that in that class of
workpeople the silica in the lungs exceeded by three tiuies the
amount in others of like ages not 'especially exposed to dust-
inhalation. Another analysis by Meinel, quoted by Riegel, of
diseased stonemasons^ lungs exhibited a minimum of 23*3 per
cent, and a maximum of 45"6i per cent, of siHceous and sandy
matter in the ash of the incinerated lung. So RiegePs own analysis
of the lungs of a stonecutter, whose case he relates, showed that
the ash of the dried substance equalled 3*94 per cent., and that the
proportion of silica in the ash was 41 '3 8 per cent. In another
similarly employed the ash amounted to 5'22 per cent, and the
silica of the ash to 3 7 '47. In two other individuals, also stone-
cutters, these same figures were respectively 4"58 per cent, of the
ash and 38*48 of silica in the ash, and 5*57 per cent, of ash and
58*3 per cent, silica in the ash.
I may now subjoin the analysis of a condensed piece of potter's
lung, most kindly made for me by Mr. A. H. Church, the Professor
of Chemistry in the Eoyal Agricultural College, Cirencester. He
found the specific gravity of the mass to be 1-06. It contained
76'37 per cent, of water, 20'91 of organic, carbonaceous, or volatile
matters, and 2' 7 2 ash of mineral matters. In 100 parts of the
mineral ash silica amounted to 47'78, alumina to 18*63, per-
oxide of iron to 5*55, and alkalies and undetermined matters to
28-04.
The proportion of silica in this example of lung exceeded, there-
fore, that found in any previous analysis quoted, except one where
that substance is stated to have reached 58*3 per cent, of the ash.
But this analysis of potter's lung stands alone in the determination
of the alumina present, an ingredient in the clays used in pottery,
but not to be looked for in the lungs of workers in freestone.
The carbonate of lime in potter's lung, as attested by effervescence
with acids, may be assumed to constitute no inconsiderable portion
of the 28*04 per cent, of alkalies and undetermined substances
noted in Prof. Church's analysis. This carbonate of lime will
give increased consistence to the diseased tissue, and, at the same
time, add to its opacity under the microscope, a circumstance
attested by the clearing of specimens after the action of acids. Its
origin is doubtful, but it may be supposed to be derived from
tissue-elements themselves, carbonate of lime being a frequent con-
441^ Original Communications, [Oct.,
stituent of morbid products, for instance, in brain-sand, in obsolescent
tubercle, &c.
The clinical history of indurated lung produced by inhalation of
dust may be sufficiently told in a few words. The disease is a pro-
gressive one, although progress may be materially retarded by with-
drawal from the occupation involving the inspiration of dust.
Nevertheless, when once the morbid process has been set up, it
would seem to act, through the affected portion, as a permanent
cause of irritation ; so that the lungs are prone to take on inflam-
matory action from the influence of cold and depressing circum-
stances of no great intensity.
The onset is not rapid. Men of fair constitution will work for
ten or more years before exhibiting definite symptoms of lung-
lesion. Patients will state that for one, two, three, or many winters
they have had cough with expectoration, but that they have re-
covered on the accession of warm weather ; and that each succeeding
winter the cough has grown more obstinate and has receded more
slowly with advancing summer. Now and then one severe attack
of broncliitis appears to establish permanent mischief, and ever
afterwards the patient continues an invahd. In all the earlier stages
the symptoms are those of ordinary chronic bronchitis. The sputum
varies according to the present condition of the patient, becoming
viscid when there is a recrudescence of inflammatory action. At
times it is very abundant and frothy, at others coughed up in
the form of rather heavy pellets, or of irregular masses shaping
themselves to the bronchial tubes. A greyish and milky opacity is
common, and in rarer cases the expectoration is fetid. A purulent
admixture is less observed unless there be at the same time tuber-
cular disease. Haemoptysis is very uncommon. If met with it
affords good reason for suspecting the presence of tubercle.
A prominent symptom is the shortness of breath. Speaking
generally, this symptom is out of proportion to the bronchitis pre-
sent. In an ordinary bronchitic patient we should not expect to find
it of equal intensity. In advanced stages of the disease the dyspncea
is extensive. The chest, nevertheless, does not get more rounded as it
does in emphysema, but suffers contraction. The two forms of
'^ consumption,'-* however, are frequently united ; when this is so we
have, as a matter of course, the usual symptoms of pulmonary
phthisis with an unusual amount of dyspnoea. Wasting goes on to a
very extreme degree, just as in tubercular consumption, but without
the same hectic and sweating. The aspect of the patient bears the
closest resemblance to that of a phthisical patient, and the malady
well deserves the popular name of " potters' consumption " and
^'potters' asthma.'' In fine, the distinction in many cases between
" potters' consumption " and tubercular consumption is difficult to
make. The dehquescence or breaking down of morbid deposit in
1875.1 On Lung -Disease from Inhalation of Dust. 44.^
the one malady and in the other is an identical process ; so likewise
in pneumonic phthisis and in potters' phthisis there is alike a
lobular pneumonia, but experience indicates that a suppura-
tive process belongs to the former lesion rather than to the
latter
Erequent sharp pains in the chest, varying from time to time in
position, are remarkably frequent in potters' consumption. I have
already noted that the indurated portions of lung, as a rule, reach the
surface and that the pleura over them undergoes thickening. Those
pains, therefore, may be assumed to be very often pleuritic in
character.
On the whole the temperature in potters' consumption does not
range so high as in tubercular phthisis ; and, as before remarked,
sweating is of small amount or absent.
In the matter of physical signs it is worthy of notice that dulness
on percussion is not always present where condensation of lung
exists. Examination after death has shown this to be the case, and
that an emphysematous state of surrounding portions of tissue may
be accepted in explanation of the fact.
A considerable difference is observable in the power of resistance
of different individuals to the ill-effects of dust inhalation. This
difference is attributable to various circumstances affecting them and
their surroundings. Whilst a good constitutional vigour may stand
in good stead one artisan, a feeble, delicate frame, particularly if
there be hereditary lung- weakness — which is extremely common
among potters — will render another an easier prey to the ill- effects of
his occupation. But a wide difference arises, also, from the work-
man's surroundings and the division of labour which he specially
follows, for some departments of the trade are more detrimental to
health than others. To go into particulars on this head would carry
me far beyond the limits of this paper. Other collateral conditions,
entailing variations in proclivity to disease, are to be found in the
hygienic conditions of the workshops. In all shops where the clay-
is moulded and pressed the temperature ranges high, but in the
worst of their number not only is there an unduly elevated tempe-
rature, but very defective ventilation, draughts, and dampness of
floors and walls. In fact, in many old manufactories there are work-
shops totally unfit for occupation in a sanitary point of view.
But, unhappily, in too many cases the baneful effects of their trade,
and of the conditions of its exercise, are aggravated by their own
folly and vice. There is a large amount of drunkenness, dissipation,
and irregular living, sapping the health, and rendering their victims
an easy prey to disease, particularly to colds and inflammations of
the chest, which are the invariable antecedents of the subsequent
induration with its attendant asthma and wasting. Much might be
done to lessen the dust given off in the processes of manufacture by
4li Original Communications. [Oct.*
sanitary constructions, and the inhalation of dust might be, to a very
large extent, avoided by the use of simple respirators. The former
object will, it is to be hoped, gradually be arrived at through the
intelligence and philantliropy of employers; the latter is princi-
pally in the hands of the workpeople, who could readily adopt the
use of respirators did not their stupid pride and weakness of resolve,
their indifference or opposition to whatever is new in their modes of
work, and their ridiculous sensitiveness to personal appearance and
the possible ridicule of others, stand in the way, and so make them
sacrifice health and life to inexorable trade usages and foolish senti-
mentality. The operation of the Factory Acts has done a great deal
towards the structural improvement of manufactories ; has rendered
work more regular, particularly by the stoppage of night labour ;
has limited the hours of work, and prevented the employment of
children too young or too weak. But to bring about all the sani-
tary improvements, whether of manufactories or of those employed
within them, a considerable extension and many amendments of the
sanitary provisions of those Acts are needed.
The preventive measures of diseases arising from the inhalation of
dust would afford matter for lengthened discussion, but such a dis-
cussion would be here out of place. I will therefore conclude this
communication by remarking that I have preferred setting forth my
own observations and the results of experience to writing a complete
disquisition on the subjects considered, by examiiiing and discussing
the statements and opinions of many physicians who have dealt more
or less fully with the like topics, otherwise it would have been my
duty to have referred to several English authors who have written
on the diseases of artisans^ and especially to the painstaking and
extensive inquiries of Dr. Headlam Greenhow.
1875.] Presence of Ah in Middle Ear Sign of Live Birth. 445
II. Memorandum on the Presence of Air in the Middle Ear as a
Sign of Live Birth. By P. Ogston.
In the ' Monatsschrift fiir Ohrenheilkunde/ 1868, Dr. Eobert
Wreden, of St. Petersburg, in a series of articles on the condition of
the ear at and soon after birth, directs the attention of medical
jurists to the entrance of air into the middle ear, and the disappear-
ance of the gelatinous substance which fills the tympanic cavity
prior and up to the birth of the child.
He states that this substance disappears within twenty- four hours
after birth ; that a twelve hours' respiration is not sufficient to
effect its complete disappearance ; and concludes by suggesting that
the occurrence of air in this situation might be of importance in a
medico-legal point of view, as proving that respiration had taken
place.
That these statements have been made without sufficient grounds,
and that they require considerable modification, the following
fifteen cases, collected partly by Dr. xilexander Ogston and partly
by myself, seem to prove :
112 — LYi. 29
446
Original Communications,
[Oct.,
Age of child.
State of the middle
ears.
State of lungs.
Cause of death.
Other facts to fix
term of life, &c.
1
14 weeks.
Filled with air.
Fully expanded.
Smothering.
Bronchitis.
2
9 weeks.
Pilled with air.
do.
do.
do.
3
2 months.
Filled with fluid.
do.
do.
4
6 weeks.
R. air, L. muddy
fluid.
do.
do.
Bronchitis.
5
I month.
Filled with air.
do.
do.
6
4 weeks.
R. air, L. air and
fluid.
do.
Broncho-
pneumonia.
7
S days.
Filled with air.
do.
Bronchitis.
Lungs bulky,em-
physematous.
8
3 days.
Containing air.
do.
Smothering.
9
2 hours.
Fluid and yellow
Partly expanded.
Apoplexia-
Breathed feebly
substance.
neonatorum.
about 2 hours.
10
N"ew-born.
Containing fluid.
Expanded.
Smothering.
Meconium in
large intestine.
11
New-born.
Filled with red
fluid.
do.
Fracture of
skull.
do.
12
New-born.
Containing fluid.
do.
Smothering.
Navel'String at-
tached. Meco-
13
New-born.
Containing red
fluid.
nium in large
intestine.
Partly expanded.
(?)
Meconium in
large intestine.
14
New-born.
Containing air.
Expanded.
Smothering.
do.
15
New-born.
Containing fluid.
Unexpanded.
Stillborn.
"^^
I ought, perhaps, to have omitted the first six cases as not bearing
directly on the subject, but I have thought it better to adduce them,
as tliough most of the ears contained air, yet some of them con-
tained fluid also, and in one (3) they were filled with fluid, although
the child had lived two months, and there were no signs of catarrh
in the respiratory tract to account for its presence. The fluid was
probably catarrhal ; but as it was not examined microscopically I
cannot state positively that it was so.
The last nine cases, on the contrary, are those in which Dr.
Wreden's proposed test should be expected to prove useful, but, as
we see by the table, in only three (6, 7, and 14) was air found in
the middle ears, although the lungs in all, with the exception of a
stillborn immature infant, contained sufficient air to float in water,
and from all air could^be expressed when they were held under
water.
The presence of catarrhal fluid in the middle ear might be mis-
leading, but in these cases more or less air would be found along
with it which would tend to prevent its being mistaken for the
gelatinous matter found before birth, — F. Ogston, Jun.
1875.]
447
Chronicle of ilelriral ^titntt.
EEPORT ON MATERIA MEDICA AND THERAPEUTICS.
By RoBEET HrNTEE Semple, M.D.,
Fellow of the Royal College of Physicians, London, Physician to the Bloomsbury Dispensary, London,
On the Action of Eserine (^JPhysostygmin) on Chorea. By Dr.
BouciiFT, of the Hopital des Enfans Malades, Paris. — After some
general observations on the physiological researches previously made
on the active principle of the Calabar bean, Dr. Bouchut states, as the
result of his recent investigations, that the action of this alkaloid is
very different in man from that produced in dogs. He has employed
the sulphate of eserine or eserine itself four hundred and thirty-seven
times in the human subject, but not, of course, in poisonous doses, al-
though he has carried it to the extreme limits of tolerance, in the dose
of three, four, five, and six milligrammes (a milligramme is the yoW
of about fifteen grains), which quantity he thinks it dangerous to
exceed. Hitherto eserine has been employed internally only in a few cases
of tetanus, but Dr. Bouchut conceived, judging from its physiological
action, that it might be useful in chorea ; and of the whole number of
his cases, 205 took the medicine in the form of pills, and the other
232 were treated by subcutaneous injection, the dose of eserine being
the same in all cases, namely, from two to five miUigrammes. All the
patients were children affected with chorea or nervous convulsions, and
their ages were from seven to twelve. Dr. Bouchut in this elaborate
paper shows in a series of successive paragraphs the effect of subcu-:
taneous injections of pure eserine in different doses ; the effect produced
by the subcutaneous injection of sulphate of eserine ; the effect of the
sulphate of eserine in pills, and that of the same substance taken in
solution ; the action of eserine on the composition of the urine ; the
comparative action of eserine in man and in the lower animals ; the
effects of the alkaloid on the contraction of the peripheric vessels ;
and, lastly, the therapeutical effects of eserine and its sulphate in
chorea and other convulsive diseases.
The injection of pure eserine in the dose of five milligrammes in
children appears to be attended with very striking and rather serious
consequences ; for when twelve children, from seven to twelve years old,
affected with chorea, were subjected to this treatment, they suffered
4l8 Ohronicle of Medical Science. [Oct.^
severe epigastric pain, nausea, slim}' and scanty but painful vomiting,
and more or less well-marked paralysis of the diaphragm, which ren-
dered the vomiting more difficult. It is remarkable that the pupils
were not strongly contracted in any of the children, but in two of
them they were slightly contracted, and in all the rest they were
dilated, although at the same time they were contractile.
The above symptoms lasted three hours, and during this time the
choreic movements were arrested, but they returned progressively in
ten cases in proportion as the eserine lost its action. In smaller doses,
employed in injections, the symptoms produced were similar but of a
slighter character, and the chorea was relieved during the whole time
of the action of the eserine, with one exception, among eight children.
"When the alkaloid was administered in the form of pills the symptoms
produced were less marked than when the subcutaneous injection was
employed ; so that by the former metliod three to five milligrammes
might be given with safety, while it was dangerous to exceed two to
three milligrammes by the latter. As to the presence of albumen and
sugar in the urine under the influence of sulphate of eserine, Dr.
Bouchut has never been able to find any such change ; and although
he does not dispute the fact that these substances have been found in
the lower animals treated by this drug, yet he suggests that the action
is probably difi'erent in man. With regard to the time when the
s\^mptoms commence. Dr. Bouchut has found that after injections the
eflTects are almost instantaneous, some of the little patients becoming
pale and sick, spitting frothy or watery but scanty matter from the
mouth, or making attempts to vomit which are prevented by the
weakness of the diaphragm. The paralysis of the last-named muscle
is the most disagreeable result which ensues after the injections of large
doses of eserine, as, for instance, five milligrammes ; and even asphyxia
might ensue, although below three milligrammes this is not likely.
An unexpected result was observed by Dr. Bouchut, namely, that the
pupil remained tolerably contractile to the light and seemed a little
dilated. In 232 injections containing one to five milligrammes the
pupil was never contracted as it is after the direct instillation of eserine
into the eye.
There is an enormous difference, as Dr. Bouchut has proved, between
the effects of eserine in man and in the lower animals, the greater
part of the symptoms observed in the latter not being developed in
man, and, on other the hand, those which are observed in man are not
found to exist in the brute creation.
With reference to the practical question as to the action of eserine
in the treatment of chorea and convulsive diseases. Dr. Bouchut shows
that in the dose of three milligrammes in injection, and five to six
milligrammes taken by the stomach, the alkaloid arrests or moderates
the choreic movements during the period of its elimination. This
effect is only temporary, but still, in proportion to the diminution of
the movements in question, the disease itself is relieved and finally
disappears. The particulars of twenty-four cases are given by the
author, and he shows that of the cases treated by injection the suc-
cessful result was obtained by an average of seven injections, and, taking
1875.] Report on Materia Medica and Therapeutics. 44-9
the results of injoctioii and administration by the mouth together, the
average duration of treatment was ten da3^s.
The general conclusions drawn by Dr. Bouchut from his observations
are the following : — Eserine and its sulphate may be employed either
in hypodermic injections or by the stomach, and they should be ad-
ministered to the patient fasting ; the action is most energetic when
injections are used. The action of the drug lasts from one to three
hours, and then ceases entirely, so that the dose may be resumed to
the amount of fifteen to twenty milligrammes given at intervals
during the day. Eserine usually causes paleness of the face and con-
traction of the pulse sometimes followed by retardation, and almost all
the patients experimented upon had uneas}^ feelings, epigastric pain,
nausea, and spitting of stringy watery fluid, and sometimes there was
bilious vomiting. The alkaloid does not sensibly alter the temperature,
and in the doses above described it does not cause colic or diarrhoea ;
and when given internally it leaves the pupil in its natural state of
contractility, the dilatation or contraction of this aperture being only
exceptional. When administered in cases of chorea the disease is
gradually cured in about ten days, and the method by injection is more
certain in its effect than the administration by the stomach. Dr.
Bouchut has never seen tremblings or convulsions caused by eserine,
and he thinks it probable that these effects are only produced by large
and poisonous doses. — Bulletin GSneral de Therapeutique, April 15th,
1875.
On the Treatment of Malignant Pustule ly Phenic (Carbolic) Acid.
Bj' Dr. EsTRADERE, of Bagneres de Luchon. — For the last three years
Dr. Estrad^re has treated cases of malignant pustule by a method
which he believes to be entirely novel, the chief remedy employed
being phenic acid used internally as well as externally. The cases he
gives are eight in number, the disease having been contracted in various
ways, sometimes by the contact of animals which had died of malignant
pustule, sometimes by the bites of insects. The first case was a fatal
one, being caused by stripping a heifer, and it is adduced to show the
inutility of the ordinary treatment by cauterizations of nitrate of silver
and hot iron, and the internal use of ammonia, quinine, &c. The fifth
case, which the author considers the most striking one, was that of a
butcher who had stripped two cows which had died of malignant
pustule. The seat of the patient's disease was the neck, and Dr.
Estradere made a crucial incision of the pustule, and afterwards apphed
the nitrate of silver. The disease, however, became worse, and the
cedema spread over the scalp, the forehead, the lips, and the chin,
besides the neck and the upper part of the chest. The place of the
original pustule was converted into a black eschar, and two large in-
cisions were made over the pectoral muscles ; at the same time the
phenic acid was prescribed internally, and compresses of the same
substance were applied over the neck and over the incisions. From this
point of the treatment the patient gradually improved ; the eschar
was at the end of a fortnight separated and removed, the subjacent
part became of a bright red colour, granulations sprang up, and cicii-
450 Chronicle of Medical Science, [Oct.,
trization was completely effected. Keviewing the history of his eight
cases, the author shows that of two of them, treated in the ordinary
way, one died and the other recovered with difficulty, but in the cases
treated by the phenic acid the beneficial effects were observed in all
and the treatment was uniformly successful. Dr. Estradere thinks
he has established the fact that the phenic acid, used internally and
externally, is the best remedy for malignant pustule and that all
other treatment may be abandoned. — Bulletin GenSral de Therapeu-
ti^ue, June 15th, 1875.
On the Use of Nitrite of Amyl in various forms of Spasm, and on
its Value as an aid to Diapiosis. By Dr. S. Weir Mitchell, of
Philadelphia. — Dr. Mitchell has for some time entertained the con-
viction that nitrite of amyl would be a suitable remedy in epilepsy,
because it rapidly induces fulness of the vessels of the whole head, and
thus would counteract the condition of vascular spasm which charac-
terises the outset of the epileptic attack. The cases, however, are
rare in which the remedy can be employed, because the fit comes on so
suddenly as to prevent the due administration of the nitrite, but in
certain instances the patient has a succession of fits within a Hmited
space of time, and, being then in bed, is so placed as to admit of the
trial of this plan. The first case in which Dr. Mitchell was able to
test the value of the remedy occurred in 1872 and the result was quite
successful. The case was one in which the disease was caused by
sexual abuse, and various remedies had been employed in vain, but, as
a last resource, Dr. Mitchell gave the patient three or four drops of
nitrite of amyl, and directed him to inhale it by putting the open
phial which contained it up one nostril while he closed the other nostril
and then made a few full inspirations. At the second trial of the
experiment the patient felt his face flush, the carotids beat violently,
the head felt full, and the spasm being thus caused to cease, the im-
pending attack was cut short for the first time in the course of the
epileptic seizures. On subsequent occasions the attacks were arrested
in a similar manner, and Dr. Mitchell reports that for the last two
years and a half there have been only seven fits, or rather only one,
for all the rest have been cut short by the nitrite. Several other cases
are given in which the results were the same, and although Dr. Mitchell
does not allege that the drug has any power to prevent the return of
the fits, he has no doubt of its efficacy in arresting the actual con-
vulsion. In reference to the aid given to diagnosis by the use of the
nitrite, Dr. Mitchell writes with some hesitation, but he thinks that in
some doubtful cases of cerebral disease the nitrite may help to clear
up the difficulty. When, for instance, the malady is truly epileptic,
the nitrite of amyl may arrest the fit in the manner already described ;
but when the disorder is of the congestive type, the drug maj^ prove
useful in settling the question of its nature by reproducing the train of
symptoms and thus showing its real character. — Philadelphia Medical
Times, March 6th, 1875.
On the Therapeutical Effects of Dietetic Treatment. By Dr. Datj-
YEKGNE, Sen., Physician of the Manosque Hospital. — After quoting a
1875.] Report on Materia Medica and Therapeutics, 451
sentence formerly written by Prof. Bouchardat to the effect "that
young physicians, as they advance in Hfe, will see, as he did, that drug
medication will not keep all its promises, and that they will often
resort to the careful use oC hygienic measures in the treatment of
disease," Dr. Dauvergne signifies his concurrence in the view ex-
pressed, and proceeds to give several cases in illustration of its truth.
The first case was that of a lady who had a swelling of an uncertain
character in the right hypochondrium, attended with the most alarming
symptoms and acute pain, but which, after resisting the employment
of poultices of opium and belladonna, yielded to the application of
tepid water on a napkin folded and laid over the painful region. Another
case was that of a boy twelve years old, who had an induration of the
whole abdominal region, with hectic fever, but who, after trying various
remedies, recovered entirely by being put upon an exclusive diet of
white grapes. A third instance was afforded by a man at the Manosque
Hospital with an engorgement of the liver, with jaundice, but who was
eventually cured entirely by being placed upon a diet consisting of
water-melons, white grapes, figs, and peaches, without bread or soup.
Dr. Dauvergne states that he has also cured several cases of anasarca
and ascites by means of a milk diet ; and he adduces a striking case in
which an old gentleman, nearly eighty years old, and who was swollen
all over his body and was daily expected to die, recovered under the
use of milk and onion soup. But it should be added that purgatives
and digitalis were also employed at the same time. While adducing
these examples of the good effects often attending a judicious diet, Dr.
Dauvergne notices other cases where maladies have been aggravated
and even death caused by erroneous diet. This latter class of cases
chiefly consisted of fevers, in which the malady appeared to be
going on favorably, but in which the symptoms reappeared under
injudicious alimentation. Dr. Dauvergne's observations, although by
no means new, are well worthy of attention, and his cases afford very
good illustrations of the views he advances. — Bulletin General de
TherapeutiqiLOy May 30th, 1875.
On the Use of Cold Baths in Cerehral Rheumatism. — At a recent
meeting of the Societe des Hopitaux in Paris the use of cold baths in
cerebral rheumatism was the subject of discussion, M. Fereol intro-
ducing to the members an account of a case so treated. The patient
was thirty-four years old, of quiet and temperate habits, who was
suffering from acute articular rheumatism. He was treated at first
with emetics, sulphate of quinine, and colchicum, but in five days ho
was seized with delirium, agitation, and dyspnoea, and at the same
time the pains in the joints disappeared. The temperature of the
body rose to forty degrees (Centigrade), and leeches, calomel, and
bromide of potassium were given without success. The temperature
rose further to forty-one degrees, and blisters were placed on the hairy
scalp and digitalis was given. There was then a little more rest, but
the aspect was typhous, with stupor and continuous sub-delirium ;
sleeplessness, agitation of the muscles, subsultus tendinum, dry tongue,
&c. After some consultation with other physicians it was determined
452 Chronicle of Medical Science. [Oct.,
to try the effect of cold baths as the only remaining resource. This
plan was pursued for a whole week, the patient remaining under close
observation the whole of the time, and the thermometer being almost
fixed under the axilla. As soon as the temperature rose to 39*5° the
patient was plunged into a cold bath. Prom the 25th of February to
the 3rd of March sixteen baths were administered at a temperature
varying from twenty-one to twenty-five degrees (Centigrade), and the
duration of each bath was twenty minutes on the average. The patient
always raised the temperature of the water from one to two degrees,
and, on leaving the bath, his own temperature fell to thirty-six degrees.
After several fluctuations and much anxiety on the part of the medical
attendants, the patient eventually recovered completely. M. Fereol
insists on the absolute necessity of constant and intelligent supervision
during this mode of treatment, and he states that the life of the
patient depends on such care being unintermittingly bestowed. This
was the third case of cerebral rheumatism cured in France by
the use of cold baths. Dr. Dujardin-Beaumetz, in making some
observations on M. Fereol's case, thought that it was necessary, before
laying down precise rules as to the treatment of cerebral rheumatism
by cold baths, to determine what was meant by the disease in question.
He believed that the treatment was inapplicable to many of the cases
of cerebral rheumatism so called, and that it was only adapted to that
form of disease described by Trousseau as nevrose rhumatismale, and
by Wunderlich as maladie rhumatoide a forme nerveuse. — Bulletin
General de Therajpeutique^ March 30th, 1875.
On the Action of Various Drugs on the Biliary Secretion. By
Prof. EuTHERFORD and M. Viqnal. — At the recent meeting of the
British Medical Association at Edinburgh, a report was made by Prof.
Eutherford on a series of experiments made upon dogs to ascertain the
effect of various drugs in promoting the secretion of bile. It had been
showm by Prof. Hughes Bennett's committee that, in dogs with per-
manent biliary fistulas and living on a fixed diet, " spontaneous diarrhoea,
dysentery, and purgation, produced by blue pill, calomel, corrosive
sublimate, and podophyllin, always diminished the solid constituents of
the bile, and, with one exception, the fluid portions of the bile also."
More recently, Rohrig performed experiments on the action of chola-
gogues in fasting curarized animals with temporary fistulas, and found
that large doses of croton oil greatly increased the secretion of bile,
and that a similar effect, though to a less extent, was produced by
colocynth, jalap, aloes, rhubarb, senna, and sulphate of magnesia, the
relative power of producing hepatic stimulation being in the order just
mentioned. Prof. Putherford and M. Vignal have performed a further
series of experiments, adopting Kohrig's method with some modifica-
tions. Their conclusions in some respects confirm and in others modity
those of the last-named observer. Croton oil, although violently irri-
tating to the alimentary canal, is shown by them to have but little
action on the liver. Podophyllin was proved to increase greatly the
biliary secretion, and aloes was also shown to be a powerful hepatic
stimulant, Khubarb was proved to be a more important hepatic stimulant
1875.] Keport on Materia Medica and Therapeutics, 453
than Kohrig had stated it to be ; the cholagogue effect of senna is less
than that of rhubarb, but colchicum is a very decided cholagogue .
taraxacum is a cholagogue, but not a powerful one, and scamraony has'
a slight cholagogue action. In four experiments with calomel, the
secretion of bile was slightly increased in one, but there was nothing
but diminution of the secretion in the other three ; purgative action,
however, was produced in all, and the bile was rendered more watery.
The experiments on which these statements are founded are shortly to
be published in extenso, and the above is only a brief abstract of the
resume of Prof. Kutherford's report. — British Medical Journal^
Aug. 14th, 1875.
Or the Uses and Administration of Phosphorus. By Dr. Kirbt
(Pamphlet). — Dr. Kirby, like most other writers on the subject, regards
phosphorus as a medicine especially calculated to supply or to restore
phosphorus to the system, and he specifies the cases in which its use
is indicated. But, as is well known, this element is now employed in
many maladies besides those in which its chemical action is specifically
required, and including, for instance, neuralgia, hysteria, melancholia,
epilepsy, &c. The mode of administering phosphorus, however, so as
to secure its beneficial operation and to avoid its poisonous action, has
long been and perhaps still is a question requiring a definite solution.
The 'Additions to the British Pharmacopoeia' made last year, give,
as is well known, two directions for preparing phosphorus lor medical
use, namely, the " Oleum Phosphoratum " and the " Pilula Phosphori,"
while Dr. Ashburton Thompson, in a work lately published by him,
recommends the use of phosphorus dissolved in cod-liver oil, or com-
bined with zinc, and others have recommended the use of the phos-
phites and hypophosphites of soda, potat^h, and lime, as a means of intro-
ducing phosphorus into the system. But Dr. Kirby maintains that
the successful employment of phosphorus depends entirely on its
administration in the free state, that is, before its conversion into phos-
phoric acid or other phosphorus compound. With this object in view
he thinks it essential that it should not be exposed to oxidation, nor
the digestive functions disturbed or disordered by it or by the men-
struum or vehicle in which it is administered. He therefore recommends
the use of phosphorus in a pill, which he calls Pilula Phosphori Mollis,
because it is a soft and soluble pill-mass, and to distinguish it from the
Pilula Phosphori of the British Pharmacopoeia, which is hard and
insoluble. The pills recommended by Dr. Kirby contain one grain of
phosphorus in fifty, and therefore five grains contain one tenth of a
grain of free phosphorus. Five grains is the maximum dose, and half a
grain, which contains one hundredth of free phosphorus, is the
minimum.
On the Action of Salicylic Acid. — Dr. "Winter, in a recent number
of ' Schmidt's Jahrbiicher,' in recording the different results obtained
by the use of salicylic acid, remarks, in the first place, that this acid
may completely replace carbolic acid as a disinfectant in recent and
chronic ulcers when applied on the bandages. In several cases of recent
superficial gangrenous, sores Dr. Wagner applied a thin layer of pow-
454 Chronicle of Medical Science. [Oct.,
dered salicylic acid on the surface and placed over it some wadding.
Sometimes the secretions of the sore passed through the bandage,
which, however, was inodorous, and then another layer of wadding
sprinkled with salicylic acid was laid over it. Eor the most part the
bandage might be removed in a week, and the healing of the sore was
accomplished ; and Dr. "Wagner, without denying the efficacy of the
wadded bandage, attributes a great part of the successful result to the
disinfecting properties of the salicylic acid. In atonic ulcers of the
foot an obvious acceleration of the granulating process was effected by
a salve of salicylic acid and lard. Dr. Wagner has also employed this
agent successfully in the form of gargle in ulcers of the gums,
stomatitis, &c., and the foul smell from the mouth has been at the
same time corrected. The same authority recommends the use of
salicylic acid in all maladies which take their origin from minute
organisms. In diphtheria the acid seems to display great efficacy and
to shorten the duration of the disease very materially, and it may be
given internally and also be used as a gargle. Dr. Karl Fontheim
has likewise employed salicylic acid successfully in diphtheria, using the
remedy both internally and as a gargle.
[Salicylic acid is so called because it was originally obtained by the
action of potash, aided by heat, upon salicine, the bitter principle of
the willow-bark, the alkali being neutralised by hydrochloric acid and the
salicylic acid precipitated. But Prof. Kolbe has lately invented a new
method of preparing salicylic acid by the action of carbonic acid, aided
by heat, on a solution of phenol in caustic soda. — Eepoeter.] —
ScJtmidfs Jahrhiicher der Gesammten Medicin, June 17th, 1875.
071 the Internal Eonployinent of Sea-water. By Dr. Lisle, of
Arcachon. — Dr. Lisle was induced to try the effect of salt water on
himself in consequence of hearing that some sailors at Marseilles, being
in bad condition from the want of fresh water, had taken it into their
heads to make some bread with salt water, and had found their strength,
which had been exhausted by privation, restored by eating it. He
caused some bread of this kind to be made by a baker of the country,
who, after some unsuccessful trials, managed to produce an article
which was more palatable than ordinary bread. Dr. Lisle ate this
bread himself, and indeed tasted no other for more than eight months,
and experienced the greatest possible benefit from the change. He
had previously suffered for nearly thirty years from a nervous affec-
tion of the stomach, of a somewhat indefinite kind, of variable
duration, frequently accompanied by severe disturbance of the digestive
functions and more or less complete loss of appetite. Less than a
fortnight of the new system sufficed to restore the appetite, to regu-
late the digestive functions, to improve the nutrition, and to induce
deep sleep exempt from the nightmare and the frightful dreams
by which it w^as formerly disturbed. He then recommended the sea-
water bread to all persons, whether ill or well, who consulted him ; and
while none of them suffered any ill effects, they all declared that it was
more agreeable to the taste, kept fresh a longer time, and was more
easily and rapidly digested than common bread. From the results of
1875.] Report on Materia Medica and Therapeutics. 455
Dr. Lisle's own observations and those of a medical colleague at
Arcachon, he was able to arrive at the conclusions that the sea-water
bread restores and increases the appetite, renders digestion more rapid
and easy, and actively stimulates all the nutritive functions, and that
it is the best plan to use it in order to maintain the elements of the
blood in their normal proportions and to reconstitute this fluid when
it is impoverished. The experiment of using this sea- water bread,
then, was quite successful ; but as there are practical difficulties in
making it away from the sea. Dr. Lisle went a step further and en-
deavoured to find some other method or methods of administering the
sea-water, and, therefore, in addition to the bread, for the preparation
and baking of which he gives due instructions, he recommends the use
of a syrup of sea-water, made by mixing the water with sugar, and an
elixir made with rum and sugar. Dr. Lisle does not claim for salt-
water any specific property in the cure of diseases such as is possessed
by quinine or mercury, but regards it as a simple hygienic agent, useful
only in an indirect manner by its general operation on the blood and
the nutritive functions. The sea- water bread and the thalassic syrup and
elixir (so he names them) appear to him to be indicated as hygienic
and preservative agents against disease in persons who are healthy but
of delicate constitution ; in convalescence from acute diseases ; in all
apyretic derangements of the stomach. and of the digestic functions ; in
the neuropathic disturbances accompanying impoverishment of the
blood, such as anaemia, chlorosis, hypochondriasis, asthenic insanity,
&c.; in the preservative and curative treatment of most of the morbid
diatheses, and especially the scrofulous and tuberculous ; and in diabetes
m all the phases of its development. Dr. Lisle claims for sea-water
all the properties of a mineral water, and he gives in a table the
analyses of specimens of water taken from the sea at Arcachon, com-
pared with those obtained from Nauheim, Kreuznach, Hombourg,
Soden, and Balaruc, showing the abundance in sea- water of the princi-
ples to which the usual mineral waters owe their efficacy. The mine-
rahsation of sea-water is, in fact, much superior to that of any other
water of the kind, and thus it will be found, as Dr. Lisle hopes, to
possess at least all the hygienic and therapeutical properties of the
class of which it may be considered the most perfect type. — Bulletin
General de Therapeutique^ Feb. 15th, 1875.
On the Hydrotherapeutic Treatment of Intermittent Fevers. By
Shielet Deakin, of Calcutta. — After offering a few observations on
the treatment of continued fevers and other affections of a similar
nature by cold water, Mr. Deakin gives the results o'f his own experi-
ence in the treatment of intermittent and remittent fevers by this
method in the Hastings Coolie Hospital, Calcutta, The cases recorded
are ten in number, and they are arranged in a tabular form, giving the
temperature before and after the bath, three times a day, for a varying
period, the longest being eight days. The patients were mostly bathed
in Mr. Deakin's presence, and the time of immersion was taken by
watch. The ten cases given in the table were part of twenty cases,
which included nearly all those of fever admitted during three weeks
456 Chronicle of Medical Science. [Oct.,
into the hospital. Some of tliem were mild cases, but in one of them
the temperature rose to 104° F., in another it twice reached 105° F.,
in a third it reached 1046°, and in a fourth it reached 106° on one
occasion only. During treatment the only drug given, except a dose
of pulv. jal. CO. on admission, was some camphor water as a placebo.
The temperature was invariably reduced after the bath, although the
mouth temperature, as taken by the thermometer, did not by any means
represent the amount of heat abstracted. The patients all recovered.
As a rule they liked the baths, and were grateful for a cool instead of
a burning skin. In none of the cases was there any enlargement of
the spleen or liver remaining after treatment. The baths were given
three times daily, at 6 a.m., 1 p.m., and 6 p.m. After being
kept in the bath half an hour, or for twenty minutes only if the tem-
perature was normal, the patient was ordered to walk about, but, if
not strong enough, he was at once wrapped up in a warm blanket.
The temperatures were taken just before immersion and about half an
hour after the bath. Mr. Deakin recommends small doses of quinine
in addition to the baths ; gr. ij of quinine being then as efficacious as
twenty or thirty without the bath. — Indian Medical Gazette^ Nov. 2nd,
1874.
On tJie Belative Strength of Chloroform and Ether, and on their Use
as AncBsthetics. By Dr. Oscae H. Allis, of Philadelphia. — Dr.
Allis was first entrusted with the administration of chloroform in the
surgical clinical department of Jefferson Medical College in the j'-ear
1867, and in that capacity assisted the Professor of Surgery for more
than two years. He has devised some simple forms of inhaling ap-
paratus, which he figures and describes ; but he remarks " that safety
in the administration of chloroform does not lie in an inhaler, but in
him who uses it." He thinks that it is far safer to produce anaesthesia
by an equal and constant supply of chloroform, namely, drop by drop,
than by pouring it on at intervals, even in quantities so small as half a
drachm. AVhen he uses it he drops the anaesthetic from a graduated
bottle containing three drachms, a drachm and a quarter of which is
the quantity necessary to produce complete anaesthesia. His apparatus
for inhaling ether is different from that for chloroform, the former
requiring a larger evaporating surface, by which a more rapid evapora-
tion is produced and consequently a more rapid anaesthesia, and there
is also a greater economy of ether. But he also describes an extem-
poraneous inhaler, which may be constructed in a conical shape from a
towel and a newspaper. From his practical experience Dr. Allis lays
down certain rules for the use of anaesthetics, among which some of
the most important are that the stomach should be nearly or entirely
empty, and that the reclining posture should always be adopted in
administering chloroform. As to the relative strength of chloroform
and ether, he has found by experience, in giving chloroform and ether
to five persons under similar circumstances, that the former is four-
sixth times stronger than the latter ; and in comparing ten cases, as
nearly alike as possible in age, sex, and strength, he obtained a similar
result. He considers chloroform far more dangerous than ether when
1875.] Report on Materia Medica and Therapeutics. 457
used as an antesthetic, but a combination of ether and chloroform has
been found to be less fatal than the latter used alone. In the use of
ether he states that safety may be guaranteed if ordinary care be
taken while chloroform has caused many sudden deaths. Part of the
mortality from the latter he attributes, however, to want of care on
the part of those who administer it. — PMladelfTiia Medical Times,
December 5th, 1874.
On tJie Successful Use of Jahorandi in Diabetes Insipidus or Poly-
dipsia. By Dr. Laycock, of Edinburgh. — Dr. Laycock points out
that both forms of diabetes as well as certain kinds of Bright's dis-
ease are really neuroses, having their seat in that part of the encepha-
lon which regulates the amount of water in the blood, and has there-
fore both anatomical and functional relations with the sudoriparous
glands and the kidneys, and with the appetite for water and the sense
for thirst. He now relates two cases of diabetes insipidus or polydipsia
in which jaborandi was given with good effect. In the first case the
quantity of urine passed was very great, amounting to 400 and 500
ounces per diem, and the patient was compelled sometimes to micturate
every half hour. The urine was pale, almost colourless, faintly acid,
of sp. gr. 1005, with no sugar or albumen, and a ver}'- small amount
of the ordinary solids. He was under observation and treatment
from Dec. 24th, 1874, to Feb. 26th, 1875, when there was still great
thirst and the skin was dry, and the daily amount of urine voided was
300 ounces. Jaborandi was now ordered in the form of an infusion
(one drachm of the leaves and twigs to six ounces of water), and a
dessert-spoonful was taken every four hours, this dose being increased
and given at shorter intervals on succeeding days. On March 5th, or
about a week after the jaborandi was given, the skin of the back,
abdomen, and inner aspect of the thighs was found to be perspiring
pretty freely, and on the 6th the skin of the arms and left palm
perspired. On the 15th the quantity of urine had declined steadily
from 300 ounces to 236 ; and on the 31st, the jaborandi treatment
having been still continued, the quantity fell to 180 ounces. The
urine continued to diminish in amount till the middle of May, when
it amounted to 120 ounces a day, and the patient was then discharged
at his own request. In the second case the daily quantity of urine passed
was 128 ounces, the sp. gr. being 1008, of acid reaction, and containing
some albumen, laut no sugar. There was great thirst, and in order to
quench it the patient was obliged to drink a large quantity of water
at a time. This patient was placed at once on the jaborandi treatment,
one table-spoonful of the decoction being given thrice daily. The
quantity of urine passed and of fluid drunk in twenty-four hours was
carefully noted, and the results were that the amount of urine fell in
about two months to ninety-eight ounces, and that of fluid drunk fell
to 100 ounces, the amount at first being 186 ounces. — Lancet^
Aug. 14th, 1875.
On the Use of Iodide of Potassium in Syphilis. By Dr. Joseph E.
Beck, of Indiana. — In this paper, which is, however, far too dogmatic
in its general tone, Dr. Beck declares himself an opponent of the use
458 Chronicle of Medical Science. [Oct.,
of mercury in any form in the treatment of syphilis, although he
employs that mineral in other diseases. He admits that secondary
symptoms are dissipated rapidly under the use of mercurials, but he
argues that in such cases the disease is only masked, and that tertiary
manifestations are sure to ensue. He goes on to make the following
strong assertion, namely, " that every case of secondary syphilis tvhich
has been successfully {?) treated by mercurials will, as surely as the
sun rises, reappear as tertiary syphilis, if the patient lives long
enough^ (The italics, &c., are the author's.) Dr. Beck's treatment,
which he explains at length, consists in giving large and increasing
doses of the iodide of potassium, in combination, however, with iron ;
and he also gives Fowler's solution of arsenic at the same time, and
if anaemia be present, which he says is frequently the case, then he
adds quinine, gentian, cod-liver oil, and valerian. If any ulcers be
present, they are dressed with hydrate of chloral dissolved in distilled
water. This constitutes the first step of the treatment, but the subse-
quent prescriptions increase the doses of the iodide of potassium
and of the Fowler's solution, until iodism is established, when the
use of the medicine is stopped for a week ; then it is recommenced,
and if iodism again ensues. Dr. Beck says that he " confidently dis-
charges the patient, perfectly and permanently cured, with the poison
of syphilis and that of mercury for ever eradicated from the system."
In order to prove the truth of the last assertion, he tests every patient,
about a year after all treatment has ceased, with ten grain doses of
the iodide of potassium, and the test has invariably produced profuse
iodism before one drachm of the drug has been taken. The presence
of iodism is regarded by Dr. Beck as the certain evidence of permanent
cure. The iodide of sodium has been in Dr. Beck's hands negative
in its results. — Philadelphia Medical Times, March 13th, 1875.
REPORT ON PATHOLOGY AND THE PPtACTICE OF
MEDICINE.
By John T. Aelidge, M.D., A.B. Lond., F.E.C.P. Loud.,
Physician to the North Staffordshire lufirmary, &c.
The Pathology of Sunstroke. — Dr. Rudolph Arndt gives the history
of three cases of sunstroke occurring in the persons of three healthy
young soldiers after a long and fatiguing march, and follows the
account by a review of the pathological changes met with after
death.
There are two features standing in strong contrast — the blanching
of all the organs, and, therewith, the over-distended condition of all
their vessels, above a certain size wdth dark-coloured, uncoagulated
blood. The skin and muscular tissue were bloodless, but their large
vessels full to bursting, exuding large drops of blood when wounded.
1875.] Report on Pathology and Medicine, 450
The brain was in the same anaemic state together with its mem-
branes, whilst the large veins and the sinuses were distended with
dark, unclotted blood. The same condition obtained in the heart,
pericardium, liver, and kidneys, as well as in the mucous membrane
of the intestines and bladder. In consequence of their extreme
distension, the blood-vessels were much increased in size, and in
some places, as beneath the endocardium, the pericardium, and both
pleursD, the overstretching had led to ecchymoses.
The singularly bloodless condition of the brain- substance is an
appearance contradictory to the generally received opinion that
sunstroke is hyperaemia of the brain. This notion must have arisen
from imperfect observation, noting the extreme engorgement of the
larger vessels, especially of the veins, and confounding the escape of
blood from such vessels, and the staining of the tissue thereby, with
exudation from the capillary and smallest vessels of the viscus.
But the fact is, the capillaries and minute vessels are well-nigh
empty, and in cases more fully developed completely so, and their
walls collapsed.
The cause of the parenchymatous anaemia is apparent. In all
three cases the brain was swollen. It distended the sac of the dura
mater ; the gyri of the hemispheres were widened, flattened and
pressed together, obliterating the interspaces. In two of the three
cases in which the abdominal viscera were examined the liver and
kidneys exhibited the same enlargement, from simple swelling
of their mass. The liver had acquired a more rounded form than
normal, and its borders were thicker. Its transverse diameter
seemed most enlarged. It had a doughy feeling, and was readily
impressed by the fingers, the marks remaining. Its acini were
distinct. The enlarged kidneys allowed of the ready separation of
the capsule. The pale cortical substance looked swollen and
widened, whereas the medullary substance was injected with
blood, the congestion being greater as the pelvis was approached,
this last part exhibiting great injection of its vessels with ecchy-
moses.
The swollen brain was likewise unusually wet ; in two cases there
was an excess of serum in the ventricles, and in the third, if not
actual excess, a considerable proportion. On slicing it a watery
fluid escaped, showing its highly oedematous condition. Its mem-
branes, which were in places raised in a bladder-like fashion, were
readily separable from the subjacent tissue.
A similar, if not identical, state of oedema existed in the kidneys
and liver. In the latter, indeed, a dryness was remarked, but the
distinctness of its acini indicated the presence of some interpene-
trating matter, which might well seem to be nothing else than the
serum of the blood. The greater moisture of ordinary liver-tissue
is explicable from the fact of the presence of blood throughout it,
whereas in the liver of those dead from sunstroke the hepatic tissue
itself is bloodless.
In the several organs the capillaries and smallest blood-yessels
460 Chronicle of Medical Science. [Oct.,
were compressed, and the blood forced out of them into the neigh-
bouring veins.
The heart was contracted in all the cases ; in one the left side
was more so than the right. It felt hard, and its naturally bright
colour was replaced by a dusky red or greyish brown. The tissue
was dry and fragile, and thin sections of it had a lustrous aspect.
The same phenomena were present in the muscles generally.
The dry condition of the heart-substance and of the muscular
tissue at large is one contrasting with the oedematous state of the
brain-matter ; and Arndt, after remarking this fact, and taking
with it the dry, though swollen, state of the parenchyma of the liver,
and, though in a less degree, the like condition of the cortical sub-
stance of the kidney, is inclined to attribute that state to something
else than simple oedema, and supposes an overgrowth in size of the
constituent elements of the tissues, and an excessive formation of
protoplasm over-rich in granules. After further discussion he comes
to the conclusion that the essential nature of the process — as best
illustrated in the heart-tissue and muscles — is inflammatory.
Although wanting in the usually recorded characters of encephalitis,
he nevertheless considers the lesion met with in the brain to be of
the nature of a parenchymatous inflammation, the process being
modified by the peculiar circumstances of the attack and by the
special nature of the tissue.
The history and phenomena of sunstroke are very fully entered
upon by Arndt, as seen in various stages and degrees of the malady.
He particularly insists on the very high temperature of the body
accompanying it, and on the consequent interference with all the vital
functions, particularly with the destructive metamorphosis of tissues,
and the elimination of used-up material. He points out that the
blood is loaded with excreted material, that it has a black colour, does
not coagulate, and is rich in carbonate of ammonia. The lungs are
congested in their dependent parts, and the bronchial mucous mem-
brane intensely injected and swollen. In the greatly elevated
temperature, and the many consequences dependent upon it, Arndt
finds an analogy with the most marked septic diseases.
Hydrophohia treated hy Chloral. — Dr. Y. Grazi records a case of
hydrophobia under his care in the Hospital of Santa Maria Nuova,
Florence, in which large doses of chloral were given ineflectually.
The patient was a woman, sst. 52, and was bitten by a dog of her
own on the nose. Her husband, a child, and a servant of the
hospital were subsequently bitten in the hand by the same dog, but
it is not noted that any of these suff'ered. The period of incubation
was fifty days, during which the woman appeared in perfect health.
Her admission took place on the 27fch of November. On the 25th
her appetite failed, and she felt constriction of the oesophagus in
drinking water, and an aversion to drink. The following morning
she ate a good breakfast, but drank nothing; at dinner-time she
could not eat, and painful constriction occurred on an attempt to
drink. When admitted her mind was perfectly clear and she gave a
precise account of her accident and symptoms.
i875.]
Report on Pathology and Medicine, 461
Immediately after her admission at noon a gramme (15 grains) of
chloral was administered. A consultation was held, and it was resolved
to give chloral in large doses. Accordingly three grammes were
at once prescribed, and small pieces of ice ordered to be frequently
swallowed. In the course of the 28tli she took four grammes. On
the 29th, in the morning, three grammes were given by clyster and
four by the mouth ; in the evening of the same day the like doses
were repeated in the same fashion. The same plan was pursued on
the following day, when the oesophageal pain disappeared and she
became tranquil in mind ; but on the 1st of December the pharyngeal
constriction had increased, although the drug had been persevered
with. The pulse was weak, irregular, and 120, respiration very
frequent : the chloral was reduced to four grammes. The day
was passed tranquilly, but the signs of sinking continued, accom-
panied by some slight involuntary muscular contractions, and at
eleven at night, after speaking to a nurse, she suddenly expired.
The body was examined thirty-five hours after death. The
cadaveric rigidity was very great, particularly in the upper limbs
and face. On opening the cranium the meninges were found much
injected with black blood. A clot of blood existed under the
arachnoid over the pons Varolii, and to this is ascribed the sudden
death. The spinal meninges were somewhat injected, especially the
pia mater. The cord and the spinal nerves exhibited no change in
colour or consistence. The vessels generally were filled, — the veins the
more so, with intensely dark blood, difiluent and nowhere coagulated,
and not changed in colour by exposure to the air. Nothing
abnormal was found under the tongue. The pharynx was lined by
a false membrane extending downwards to the (Esophagus,
■attributable to the large doses of chloral swallowed, which, though
enclosed in crumb of bread, escaped more or less by reason of the
difficulty of deglutition and came into direct contact with the
mucous membrane. The lining membrane of the larynx preserved
its normal colour as low down as the ventricles, but below this
point was congested ; the vascular injection being more intense
towards the bifurcation into the two primary bronchi, where a
tenacious mucus covered the congested surface. The lungs were
gorged, particularly behind and below. The heart was hard and
contracted, its tissue of normal colour : little blood existed in its
cavities. The liver, excepting being gorged with blood, appeared
healthy. The gall-bladder contained some bile of ordinary character.
The spleen was hard and small. The kidneys were slightly enlarged,
hard and hypersemic. The stomach was contracted, and devoid of
alimentary matters ; its membrane had at some points a rosy hue
and was besmeared by abundant mucus. The intestines contained
very little faecal matter ; the mucous membrane showed some rosy
patches, but no structural alterations were visible.
Dr. Grrazi observes that he has narrated this case, not because of
any special features presented, but to induce others to give chloral
in large doses, because of the relief thereby afforded to the terribly
painful symptoms of the malady. For several days together he
112— Lvi. 30
462 Chronicle of Medical Science. [Oct .,
administered, in the course of twenty-four hours, as much as fourteen
grammes of that drug, without misgivings, and much to the relief of
the suiferer, who swallowed it willingly, notwithstanding the pain
accompanying the act ; and he considers the convulsions, the painful
muscular contractions, the constriction of the gullet, the mental
disturbance and delirium, the propensity to injure others, and all
the other symptoms of this most terrible disease, were greatly
lessened in intensity. As to the pathology of the malady Dr.
Grazi has no opinion to offer. — Lo Sperimentale, August, 1875.
Notes on Tetanus. — E. Hansen reports three cases of tetanus,
exhibiting similar features, but of as many different forms of origin.
The first case is called one of rheumatic tetanus, no other cause than
exposure to cold and a chill being known. The second is an
example of traumatic tetanus, following a wound of a finger, the
wound remaining open at the time the tetanus appeared. The third
case was that of a girl, SBt. 10, and probably cannot be rightly classed
with tetanus, as the symptoms seemed attributable to spinal menin-
gitis or myelitis, for together with tetanic contractions there were
violent vertebral pain and tenderness on pressure. Nevertheless no
fever presented itself, the pupils were not contracted, and paralysis
never appeared.
In each case the symptoms followed generally this order :
muscular stiffness of the neck, trismus, then violent epigastric pains
due to diaphragmatic contractions, considerable difficulty of respira-
tion, and general tetanic contraction, excepting in the arms, which
in all instances remained free. In the first case the general con-
tractions curved the body forward ; in the second, backward ; and in
the third, to one side. In the last it is worth noting that the pleuros-
thotonos, having previously been on the right side, became transferred
to the left several hours before death. This circumstance indicates
the involuntary nature of the curved position assumed, and that the
position is not of the nature of a voluntary act intended to give relief.
The two former cases got well, the recovery being attributed to
morphia injections. In the first named these injections were sup-
plemented by the internal exhibition of chloral, the morphia seeming
not sufficient of itself to induce calm. In the case of the child the
morpliia injections also acted well, though inefi'ectual in saving
life. Injections of curare (woorara) were not only powerless for
good, but actually augmented the pain and tetanic paroxysms. An-
other noteworthy fact is that, with the two adult patients, passive
movements did not provoke convulsions, whilst voluntary motions
invariably did so. {Dorpat. Medicin-Zeitungy Band v, p. 230, and
Mevue des Sciences Medicales, July, 1875.)
Section (^ Nerves in Neuralgia. — MM. Arloing and Tripier contri-
buted a memoir on the division of nerves in neuralgia to the medical
section of the French Association. The authors consider that the
phenomena of recurrent sensibility have not been sufficiently kept
in view either in human pathology or therapeutics. By experiment
they have satisfied themselves that the property of recurrent sensi-
bility is partaken by nerves at large.
1875.] Report on Pathology and Medicine. 463
It is well known that it is rare in neuralgia, especially the
functional varieties, to find the whole of a nerve-trunk the seat of
pain ; were it otherwise, no spot on the surface that received fibres
from any trunk would be free from pain. As it is, of the several
constituent fibres only some are aftected. Moreover, neuralgia does
not occupy the whole course of nerves or of their branches. The
pain is commonly confined to certain limited spots, pressure upon
which will at once induce it. As Yalleix first pointed out, it is the
most superficial nerves that are principally aff'ected, and that their
points of emergence on the surface are the chief seats of pain. The
trifacial and thoracic nerves constitute the greatest exceptions to
these rules. The writers consider that no adequate explanation of
the above-named facts has been offered. By tlie very simple experi-
ment of pressing the ulnar nerve at the elbows, they say, two sorts
of pain are shown to exist. If gentle pressure be made, the pain is
felt exactly at the level of the point pressed upon ; but if the pressure
be more severe, the pain is felt deep down. This fact stands in relation
and harmony with the results they have arrived at experimentally ;
viz. that all nerves, motor, sensitive, and sensory-motor, possess re-
current fibres ; that such recurrent fibres are more numerous on
a nerve as it approaches the periphery, and, per contra^ decrease in
numbers and finally disappear altogether at a certain distance along
the trunk. They are special adjuncts of peripheral nerve-bundles,
and are usually placed immediately beneath the neurilemma. These
fibres have necessarily some destination ; and as they have never been
seen to terminate in the thickness of the nerve-bundles, they may be
assumed, from the characters noticed, to end at different points in the
tissues adjoining the nerve-trunks or their branches. It is these fibres
that transmit to the brain the local sensation of pressure on the
ulnar nerve, and that, in certain cases of neuralgia, would be affected
by morbific agents ; whence an explanation is afi'orded of the iso-
lated painful spots on the nerve-trunks or on their branches. Another
argument in favour of this hypothesis is found in the fact of the
diminution, or even the total disappearance, of these fibres above
the points indicated by Valleix as the special seat of neuralgic pain,
whether spontaneous or provoked by pressure. At the same time it
would be an error to assert that these fibres are alone affected in
neuralgia; on the contrary, it is probable that they are not always
so ; yet it would be equally far from the truth to aver that sponta-
neous neuralgic pains followed the course of the nerves, for usually
they break out at several points at one and the same time, and the
painful shooting sensations at one moment ascend, at another descend,
and will end at times in a single filament. It is the lines of union
between these several points that are assumed to represent the course
of the nerves. But this assumption is only imaginary. Again, it is
supposable that the morbid agency acts at once both on direct and
recurrent fibres ; consequently, if we examine the mode of extension
of neuralgias from a disordered nerve to another hitherto sound, an ad-
ditional argument in favour of the views propounded is afforded. It is
certain that the extension very often takes place by the medium of the
464 Chronicle of Medical Science. [Oct.,
nerve-centres — a fact readily conceivable when it is considered that
neighbouring peripheral nerves have commonly also their central
fibres in near apposition ; but in traumatic neuralgia of a finger it is
remarkable to observe that, in place of a neuralgia of the brachial
plexus, there is circumscribed pain at the extremity of a collateral
and contiguous nerve. The frequent coincidence of trifacial neuralgia
with pain of the cervical nerves may be placed in the same
category. Lastly, in trifacial neuralgia it is no uncommon
thing for the pain to glance from the ophthalmic branch to
the mastoid process and the upper portion of the neck.
Must it not, therefore, be admitted that the lesion in sensation may be
propagated as well by the periphery as by the centres themselves ?
Still another argument might be gathered from the fact, that in old
cases of neuralgia, without appreciable lesion, section of the nerve
has completely removed the pain, and that in like maurer cases of
symptomatic neuralgia have been treated by section of ihe nerve
above the lesion and have relapsed.
Eespecting the employment of neurotomy, the writers remark
that in neuralgia symptomatic of peripheral lesions, these last must
first of all be healed, and that section of the nerve must be of later
consideration, for whilst the pain comes and goes the presence of
neuritis is probable. In so-called functional neuralgias, likewise,
neuritis has also to be borne in mind and dealt with.
We must be guided in our treatment by a consideration of the
modifications that supervene on pressure of the painful spot or spots.
Thus, if pressure arrests pain on the spot, and, a fortiori, if it so
do when the compression be made higher up, we are right in con-
cluding that the neuralgia has its seat in both the direct and recur-
rent nerves, and that section of both of these is necessary to give
relief. Where the pain is not stopped by pressure, the inference is,
that the lesion is situated exclusively in the recurrent fibres, or else
in the nerve nearer the centre, or possibly in the nerve-centre itself.
To determine if the pain be in the recurrent branches, pressure must
be made over neighbouring nerves to ascertain if the pain be
alleviated. Supposing it not to be so, we have reason to suspect
mischief higher up in the trunk of the nerve or in the nerve-centre
itself. Usually doubt may be cleared away by reference to antece-
dent and to concomitant conditions, and in certain cases by the
use of electricity. As a general rule, in complex cases, it is well to
make several associated and peripheral sections, with the object of
isolating, so to speak, the mesh of fibres on which the morbific
agent is operating. By proceedings of this sort von Graefe has met
with great success in dealing with some old and rebellious cases. In
the case of a lady at Berlin he made successively seven sections in
the orbital region, and efi'ected a cure — a result attributable to the
interruption of all the lines of communication with the centre.
{Gazette SeMomadaire, August, 1875.)
Fapular Erythema 7'elated to Rheumatism. — M. Coulard singles
out this form of skin eruption from among the several noticed in
j'heumatism as being pathologically associated with this malady, and
1875.]
Report on Pathology and Medicine* 465
as an indication of a rheumatic diathesis. Admitting the distinction
between rheumatic and rheumatoid pains, those accompanying tlie
erythema in question belong to the former. Eheumatoid pains are
a feature of hysteria.
True rheumatic pains do not occupy an entire joint, but certain
spaces only, which also are especially painful on pressure.
Hardy regards the connection of erythema and rheumatism as
accidental ; but M. Coulard opposes to this opinion his observation
of twenty-one cases, in twelve of which articular rheumatism in an
acute form had preceded the eruption, and in the other nine had
been manifested also beforehand, but with less intensity.
The eruption, which may be more or less general, is described as
occurring in patches of the size of the hand, or of a five-franc piece,
separated by narrow strips of healthy skin. These patches are more
or less inflamed in the centre, according to the date of their appear-
ance, the oldest being pale in the middle, and surrounded by a wavy
erythematous ring of a bright red colour like that of scarlatina.
Pressure disperses the colour, but this reappears on its withdrawal.
The eruption is made up of minute red points, uniform in colour,
and sometimes accompanied by heat of skin or itching. Some of
the rings are confluent, and so give rise to a ribbon-like diffusion.
Varieties occur in the shape of the patches, and in their prominence
and colour. Usually they are not at all elevated. The colour
occasionally is more dusky, and even livid.
The eruption may occur either before, during, or after a rheumatic
attack. In the first case its onset is without prodromata, its
average duration from five to six days, and its appearance accom-
panied by heat and itching, but with no fever. In the second case
the general phenomena are mixed up with those of the rheumatic
fever ; but usually some special features are noticeable, such as more
heat of skin, dyspnoea, acceleration of pulse, &c. In no case has
the eruption been attended by diminution of pain, but rather the
reverse. Lastly, where it has appeared after an acute attack there
have been more or less severe articular pains. The duration of the
eruption is so variable that no rule can be assigned for it. The only
general rule (but even this is open to exceptions) is, that the
duration is in direct relation to the extent of the rash.
M. Coulard will not venture on the statistics of the frequency of
its occurrence in rheumatic cases. He considers that these cannot
be gathered from the recorded histories of cases, since those histories
are taken with the view of developing facts regarding the ordinary
phenomena of rheumatic fever, among which this form of erythema
has not been reckoned. Moreover, he will not undertake to decide
if this erythema be peculiar to rheumatic subjects, but only go so
far as to say that its coexistence with rheumatism is so common,
that where it is met with a rheumatic diathesis may be suspected.
It is worthy of notice tlmt many years ago the late Dr. Begbie,
of Edinburgh, in his volume of essays, associated erythema nodosum
with the rheumatic diathesis (^Beporter). (ArcJiives Gencrales de
Medegine, January, 1875.)
466 Chronicle of Medical Science, [Oct.,
Presence of a Bruit of Fluctuation and Metallic Tinkling in Abdo-
minal Tumours. — M. Laboulbene, Physician of the " Hopital
Necker," records two peculiar cases of abdominal tumour in which
a bruit of " hydro-aeric fluctuation " was met with, accompanied with
metallic timbre. The resume of the first case is as follows : — A
woman, set. 50, enjoying habitually good health, and the mother
of nine children, had noticed of late a swelling on the left side of
the abdomen. When admitted, on the 7th of January, 1875, a
smooth tumour, without prominences, was found to occupy the left
flank in the ovarian region, having the dimensions of an adult head.
Pressure caused pain. The skin had its normal appearance. It
could be displaced by grasping with the hands without difficulty,
but no particular bruit was elicited by brusque movements from
right to left. Fluctuation, without beiug well marked, could be
detected; percussion was dull over the tumour, and elsewhere
resonant. Fifteen days after, the tumour grew more prominent, and
became adherent to the skin, which was now slightly red at the most
prominent point. Dull pains were complained of. Percussion now
gave a sonorous note, and succussion made brusquely, grasping the
tumour between the two hands, produced a noise of fluctuation
similar to that caused by shaking a bottle half or three parts full of
water. Moreover, on rapidly shaking the tumour three or four
times, whilst the ear was applied over it, the noise of fluc-
tuation was noticed to be associated with a metallic timbre. On
the 25th of the month Vienna paste was applied to the skin where
it seemed thinnest and over the most prominent part of the tumour.
In the evening of the next day an opening formed, and a large
glassful of purulent, greenish, not thick, discharge escaped, off"ensive
in smell, but not putrid, and accompanied with gas. G-reat relief
followed the escape. The fluid on examination exhibited only the
leucocytes of pus.
The treatment consisted in the application of chlorinated com-
presses, the sac being allowed gradually to empty itself; a drainage
tube was also inserted. On the 15th of February the patient was
convalescent and sitting up, the sero-purulent discharge through
the tube having quite ceased. A weak injection of iodine was intro-
duced into the opening, but it immediately escaped, thereby
showing the absence of any sac. On the 23rd the tube fell out
spontaneously. On the 2()th of March a careful examination
showed the existence only of a small, hard tumour, of the size of an
egg, and dull on percussion. Pressure upon it caused slight uneasi-
ness. At the end of the month she was discharged cured, and has
since continued well.
When first under treatment the opinion of the case was that it
was one of ovarian disease, but subsequently it was decided to
be a cyst situated between the posterior aspect of the abdominal
wall and the coils of intestines, and in close propinquity to the left
ovary. The presence of gas within it was attributed, not to any
fistulous communication between its interior and the bowels, but to
its production by decomposition of the contained purulent liquid.
1875.]
Report on Pathology and Medicine. 467
The second case was that of a woman, set. 27, who had never had a
child and had enjoyed good health. In 1870 she perceived her
abdomen enlarge, but during the two following years, as she was free
from suffering, she continued her employment, and it was not until the
end of 1872 that she entered the hospital (Hotel-Dieu). Here she
was punctured ten times, and on six occasions iodine injections were
resorted to after the tapping. The quantity withdrawn varied from
one to four litres on the different occasions. According to the
patient's account the liquid was always thick, and on the last
tapping was of a dirty-grey colour. When admitted into the
Hopital St. Louis (in October, 1874) it was with the desire of having
the tumour removed. The tumour occupied the left side of the
belly, was movable readily, had an irregular surface, was slightly
painful on pressure, and obscurely fluctuated. The skin was not
adherent, but was very movable over it. Percussion over the tumour
was dull. The uterus was small. The diagnosis was a multilocular
ovarian cyst.
Succussion at first produced no special bruit ; but some time after
her admission the tumour became sonorous, from the presence of
gas in its interior, and the hydro-aeric wave, with metallic tinkling,
manifested itself. The patient grew weaker day by day, and
ultimately died towards the end of November. Unfortunately an
autopsy was interdicted, but a trocar was thrust into the tumour
and gave vent to excessively fetid gas, to sero-purulent fluid, and to
a grumous, white matter.
With respect to the production of gas in closed sacs, M. Herard had
previously noted three remarkable instances of such an occurrence
— the first, in a case of empyema and pneumothorax without
puncture of the lung ; the second, a case of enormous dilatation of
the left kidney, which contained pus and gas, and had no communi-
cation with the external air ; and the third, an ovarian cyst, which
suppurated and was occupied with pus and gas without any external
communication. In this last case the hydro-aeric fluctuation with
metallic tinkling was observed, but it should be noted that the sac had
been punctured on three occasions. Demarquay, in his work on
*' medical pneumatology," refers to other cases.
In conclusion, M. Labouib^ne concurs with Herard that it must
be admitted, on the direct evidence of facts, that the noise of
succussion in some tumours, and the bruit of "hydro-aeric"
fluctuation with metallic tinkling in others, may be perceived in not
a few abdominal tumours, and . that such phenomena may occur
without communication between their interior and the external air. —
Archives Generales de M6decine, September, 1875.
Splenic Tumour treated hy Injection. — Although portions of the
spleen and also the entire spleen have been successfully removed
when exposed by wounds in the side, it has not so happened when
extirpation has been practised for the removal of a diseased spleen.
Of nine cases on record the whole proved fatal ; consequently the
removal of splenic tumours by operation can scarcely be held
justifiable.
468 Chronicle of Medical Science. [Oct.,
The success which has attended an injection of iodine in glandular
tumours suggested to Professor Mosler the expediency bf injecting
tumours of the spleen, and to test the practicability of the process
he injected iodine into the spleen of several dogs and rabbits. He
succeeded well and found the operation to be unattended by intense
peritonitis. Subsequently he has had a case of splenic tumour in a
woman, into which he injected, not iodine, but a weak solution of
carbolic acid in the first instance, and afterwards dilute Fowler's
solution. The patient was a married woman, set. 33, the mother of
two children, the youngest being eight years old. Four years
before coming under his care she had intermittent fever which lasted
a year and a half, and exhibited much irregularity of character. Two
years previously she had typhoid fever, and had never been well
since, suffering with swellings in various parts of the body. A year
before the dropsical swelling extended to the belly, and she became
quite invalided by various abdominal disorders. She was admitted
into hospital on the 20th of January, 1874. The abdomen was
found distended, especially on the left side, where the spleen could
be readily felt. Percussion showed it to extend from above down-
wards fifteen centimetres, and transversely thirteen. The liver was
also enlarged, but not to a proportionate extent. No glandular
tumours detected ; the lungs appeared healthy ; there was a cardiac
murmur ; the urine normal. The blood showed no augmentation in
the proportion of the white corpuscles.
The treatment consisted in the administration of steel, a saline
aperient, and the subcutaneous injection, twice a day, of a solution
of the amorphous hydrochlorate of quinine (one part to five of water).
After each hypodermic injection also an ice-bag was applied for several
hours over the spot injected, whereby Mosler considers inflammatory
action to have been prevented. After persevering in this course of
treatment for sixteen days a marked reduction of the spleen was
noticed, the two dimensions having fallen to eleven and eight centi-
metres respectively. Encouraged by this, the treatment was con-
tinued, and, in spite of many uncomfortable symptoms, was carried
on until the 21st of March — that is, for the space of three months —
when, finding no further progress, Mosler ceased with the quinine
injections, and determined to deal locally with the diseased viscus.
"With a view to this he applied an ice-bag over the spleen for
several hours, with the object of exciting contraction of the spleen
and the reduction of the blood in its tissue. This done, he pressed
the spleen as firmly as possible forwards against the abdominal
parietes, and then injected twenty-two drops of a two-per-cent.
solution of carbolic acid. The greater resistance of the spleen, after
the piercing of the external tissues, was felt by the instrument, and
the passage of the injection was attended by violent pain. This last
occurrence led the operator to inject subcutaneously in the same spot
two centigrammes of morphia, and to keep the ice-bag applied for the
next twenty-four hours. No abdominal distension and no elevation
of temperature followed, and on the 23rd of the month the pain had
ceased, ^nd the patient sat up the whole day, She was treated with
1875.] Report on Pathology and Medicine. 469
iron and quinine, and in the following month (April) was in
tolerable health. Soon after the injection Mosler satisfied himself
there was some reduction in size of the spleen ; but subsequently
it remained stationary in its dimensions, and the quinine and iron
seemed to exert no influence upon the malady. Mosler therefore
resolved again to inject the spleen, but on this occasion to use a
solution of arsenic, employing one part of Fowler's solution to ten
of water. The operation was conducted in the same fashion as
before, but .the pain was less, and the ice-bag applied for only
tweh^e hours. Indeed, no reason against a repetition of the
operation appeared.
In the middle of May the patient exhibited distinct improvement ;
the anaemic cardiac murmur had disappeared ; the spleen had
retreated backwards, and now measured ten centimetres by five. In
June there was a progressive improvement in health, coupled with
further reduction of the diseased organ.
As Professor Mosler remarks, the foregoing case proves the
feasibility of injecting the substance of the spleen. He would
enjoin before operation the use of measures to reduce the blood
contained in the tissues of the organ, and can advise nothing better
than quinine, particularly when given hypodermically, and over a
considerable interval. Several hours before the operation the ice-
bag should be applied. The injection should be attempted only in
those cases where the spleen lies immediately, or else can be pressed
close, beneath the abdominal parietes. Hueter's experiments induced
Mosler to use the dilute carbolic acid, as they went to show that
this substance could be introdaced. in a very dilute form into the
splenic parenchyma without ill-consequences. He feared to use a
solution of quinine on account of the violent irritation of the tissues
caused by that substance. The subcutaneous injection of arsenic
had been found by himself useful in splenic tumours, and conse-
quently he resorted to it in the above case. Czerny has also
employed arsenic successfully in the way of injection into the sub-
stance of malignant lymphoma of the glands. Lastly, it may be
argued that a further reduction in the dimensions of the splenic
tumour of the woman operated upon may be attempted by future
operation ; and it is very desirable that this mode of treatment be
tried in suitable cases of such very intractable disease.-— i)ez^^sc7?<?s
Archiv, March, 1875.
Pathology of Carcinoma. — Professor Beneke, led to the subject
by the well-known London discussion, examines at considerable
length the pathology of cancer, and ranges himself among the sup-
porters of the doctrine of its constitutional origin. What is meant
by constitutional tendency he considers to require explanation.
Such a tendency may originate in an alteration of the fluids or of
the solids of the body, or of both together. The humoral pathology
has been most in favour, and an hereditary diseased material, or
otherwise a pathological accumulation of excrementitious matter,
such as uric or lactic acid, has been assumed to be productive of the
Qoustitutional defect, The former idea of hereditary morbid material
470 Chronicle of Medical Science, [Oct.,
is entirely hypothetical; the latter notion, though wanting in
demonstratioD, bears more the aspect of truth ; inasmuch as obser-
vation proves that a constitutional disorder may be set up by an
alteration of the nutritive fluids, as happens, for instance, when the
relative proportion of the constituents of the blood has suffered change.
Analogy shows in the vegetable world how great a difference in the
specific characters of plants, raised from seeds apparently precisely
alike, originates from presumably a minute difference in the proportion
of their elementary materials. There is, in Beneke's opinion, a great
neglect, on the part of observers, of the less prominent and apparently
less important constituents of the animal tissues, and too little
attention given to the consequences of alterations in their propor-
tions. Although, however, varied proportion of elementary parts
has an influence in determining a constitutional tendency, it is not
sufficient to explain it. Associated with it is the influence of inborn
or acquired departures from normal structure and function — an
influence beyond dispute. As examples of structural variations
peculiar to individuals are, the greater or less dimensions of the
respiratory apparatus, or of the liver, in relation to the other
organs, and the very considerable variations in the capacity of the
blood-vessels. Such differences, whether associated with humoral
changes or altered proportion of the tissue-elements, are known to
predispose to peculiar diseases, and they are likewise conditions
known to be hereditary.
Beneke's next inquiry is, whether either or both of the above
classes of abnormal phenomena belong to the history of cancer.
The first circumstance noticeable in respect to this inquiry is, the
usually well-nourished condition of cancer patients, when not re-
duced by the consequences of operation or of exhaustion. This
fact he adverts to as employed by Mr. Campbell de Morgan as an
argument against a constitutional diathesis, or the presence of blood
disease. But he observes that it by no means indicates the absence
of blood changes of a morbid character. The blood of such persons
may well be considered absolutely or relatively overcharged with
formative matter; or it may be one or several constituents have
unduly augmented, and thereby supply an equally efficient cause
of pathological changes as a deficiency, or an abnormal mixture,
would do.
A second circumstance noted is, the higher or stronger develop-
ment of the osseous system in cancer subjects, accompanied with
(as Beneke's own experiments show) an actually increased pro-
portion of earthy phosphates. AVhatever may be the case in the
later stages of exhaustion, there is no excess in the earlier phases o£
cancer either of oxalates or of phosphates in the urine.
A third feature is, that the arterial system is more largely developed
in cancer patients ; the calibre of the arteries being greater than
usual. Of this fact Beneke has satisfied himself by actual compara-
tive measurements made in 200 bodies. In the case of tubercular
and scrofulous subjects, on the contrary, a narrowing of the arteries
obtains.
1875.]
Report on Pathology and Medicine. 471
A fourth constitutional factor to be mentioned is the tendency to
the production of fat, either at the commencement of the disease or
else at an earlier period of life. In connection with this circumstance
must be remembered the greater liability of women to cancer, and
at the same time their greater tendency to accumulate fat. An
excessive development of adipose tissue is common in mammary
cancer, and, where the disease has its seat in the digestive organs,
also in the omentum, the appendices epiploicse, and the mesentery.
In like manner in hepatic cancer an increased volume of the liver is
observable, together with much bile, and often likewise gall-stones —
conditions further indicative of a propensity to the formation of fat.
A fifth point for remark is the decidedly hereditary character of
cancer as a sign of constitutional diathesis. Mr. Campbell de Morgan
contends, indeed, that this hereditary character offers no proof of
constitutional predisposition, because we find, hereditary features in
a family and other inherited peculiarities which cannot be attributed
to blood-taint. But in this reasoning Mr. De Morgan is wrong ; he
argues against a blood-taint or a peccant matter as if it were the
necessary element in the production of a constitutional diathesis,
and an assumed necessary entity on the part o£ his opponents ;
whereas the latter recognise the necessity of no such special materies
morhi to account for the constitutional diathesis, but point to altered
conditions and proportions of the humours, and to inherited or ac-
quired changes of anatomical structure and function when inherited,
originating in all probability in some almost inconceivable changes
in the germinal matter of the ovum.
The apparent antagonism of cancer to tuberculosis and scrophulosis
is a sixth argument in favour of constitutional proclivity. A seventh
may be adduced from the fact of the richness of carcinomatous deposits
in the so-called myelin and cholestearin. The abundance of these
materials is so much the greater in proportion to the softness and the
cellular consistence of the cancer.
As a further argument is the especially significant fact, that the
inoculation of cancer-cells has never succeeded to produce cancer.
And, lastly, cancer patients are peculiar constitutionally by seldom
possessing a nervous or sanguine temperament, being, on the contrary,
remarkable for a lymphatic temperament and for defective mental
and physical energy.
Grrouping these arguments together in favour of the constitutional
character of carcinoma, Beneke concludes that they possess so much
weight that the objections of Mr. De Morgan to the hypothesis fail
to overturn them. At the same time he recognises the force of
the arguments against them, and disposes of these in detail more or
less completely. After so doing he returns to the question of the
nature of a constitutional defect. A constitutional alteration is not,
he writes, as a rule, and as commonly apprehended, the result of a
single, determinate deviation from the normal condition, either in
the composition of the humours, or in the anatomical mechanism ;
and much less is it the consequence of an imaginary blood-taint.
On the contrary, it is, in most instances, a consequence of the con-
472 Chronicle of Medical Science. [Oct.,
currence of variousf departures from the healthy standard ; aud, ac-
cording to the manifold combinations among the various deviations,
will be the abnormal results in the shape of various diseased condi-
tions. In connection with this view must be accorded a very great
importance to the undoubted fact of the inconstancy and the differ-
ence in intensity of the several elements (integrals) of constitutional
anomalies. It shows the possibility of numerous differences among
such disorders, the impossibility of the transformation of one diseased
state into another ; the latent condition and the temporary exacer-
bations ; the curability of the malady in one case and its incurability
in another. The greater the abnormality of the anatomical irregu-
larities, coupled with concurrent alterations, the less will be the
chance of cure.
It is highly probable that, in respect of the whole group of con-
stitutional diseases, e.g., carcinoma, tuberculosis and gout, that cer-
tain deviations from the normal are characteristic and constant,
whilst others are immaterial aud inconstant, and that in this way
modifications of the entire resultant lesion are brought about. — JDeut-
sches Arcliiv fur klin. Medioin, July, 1875.
EEPOET ON MIDWIFEEY, DISEASES OF WOMEN,
AND DISEASES OE CHILDREN.
By Alfeed "Wiltshire, M.D., M.E.C.P. Lond.,
Joint Lecturer on Midwifery at St. Mary's Hospital ; Hon. Sec. to the Obstet. Soc. of Lond. ;
formerly Medical Inspector to Her Majesty's Privy Council.
MiDWIEEET.
1. On Chloroformization of Women during Labour, and its Influence
on the Foetus. By Dr. Zweifel (' Berliner Klin. AVocheu-
schrift,' No. 21, 1875).
2. On Temperature in Puerperal Eclampsia, and the Clinical Indi-
cations it furiiishes. By Dr. Boueneville (' Archives de
Tocologie,' April, 1875).
3. Complete Inversion of the Uterus after Delivery. By Dr.
YoELCKEL (' Berl. Klin. Wochensch.,' March 15, 1875).
4. Chloral as an Anodyne in Labour. By Dr. Chiaeleoni (* Gazetta
Medica Italiana-Lombardia,' Eebruary, 1875).
5. Pregnancy and Labour in Epileptic Women. By John S.
Paeet, M.D. (' Amer. Journ. of Obstetrics,' August, 1875).
6. A Clinical Contribution to the Treatment of Tubal Pregnancy . By
T. G-. Gaillard Thomas, M.D. Q New York Med. Journ.,'
June, 1875).
7. Cont^Hbutions to the Determination of the Diminution of the
Uterus after Delivery. By A. Seedukoff, M.D., of Moscow
('Edin. Med. Journ.,' May, 1875).
1875.J t^epnri on Midwifery, ^C. 473
8. Apparent Peculiarities of Parturition in the Negro ^ace. By J.
T. Johnson, M.D. ('Amer.Journ. of Obstetrics,' May, 1875).
9. On the Uterine Souffle and Foetal Heart. By James Gumming,
M.D. ('Edin. Med. Journal,' September, 1875).
10. Clinical Memoir on Turning in Pelves narroived in the Conjugate
Diameter, By William Goodell, M.D. (*Amer. Journ.
of Obst.,' August, 1875).
11. Puerperal Fever. By Leopold Putzel, M.D. (* Amer. Joum.
of Obst.,' August, 1875).
1. It has been generally believed that chloroform exhibited to
women during labour exercises no particular influence on the foetus
— an opinion which the following recent observations of Dr. Zweifel
do not confirm. Zweifel has distilled the placentae of women who
have had chloroform during labour, and has obtained the following
positive result : — The placenta of a woman who had chloroform given
her for twenty minutes, one hour before the birth of the child,
furnished characteristic chemical indications of the presence of chloro-
form. On this question Dr. Zweifel has also made use of some valuable
observations, as yet unpublished, of Dr. Mering, made in Hoppe-
Seyler's laboratory, which shows that the urine of persons who have
been chloroformed contain a substance reducible by Pehling's solu-
tion, and turning to the left under the action of polarised light, but
incapable of undergoing fermentation. This substance Zweifel sought
for in the urine of newly born children, with the following results :
— In twenty five newly born children whose mothers had not had
chloroform during labour he did not find the least trace of this sub-
stance ; whilst in five children whose mothers had had chloroform
during labour he did find it in the urine. It appears, therefore,
that chloroform may aff'ect the foetus in utero.
2. Dr. Bourneville thus formulates the conclusions at which he
has arrived from the careful observation of a number of cases :
" 1. In the eclamptic state the temperature rises from the begin-
ning to the end of the attack.
" 2. In the intervals of accession the temperature maintains a high
figure, and at the moment of convulsions the mercurial column
registers a slight ascension.
" 3. Lastly, if the eclamptic state ends in death, the temperature
continues to rise and attains a very high figure ; if on the contrary
the accessions disappear, and the coma diminishes or ceases de-
finitely, the temperature progressively lowers and returns to the
normal figure."
Dr. Bourneville remarks also that, in addition to the valuable in-
formation aff*orded by the thermometer in respect of prognosis
and treatment, it furnishes valuable diagnostic indications. He states
that in true uramia, whether it occur in men or in women, whether it
be caused by an affection of the kidneys or by obliteration of the
ureters, whether it assume the comatose or convulsive form, the
temperature is always progressively lowered, sometimes falling very
low.
474 Chronicle of Medical Science. [Oct.,
He adds — " Trom the first we note a lowering of the tempera-
ture iu TJEiEMiA and an elevation of the temperature in Puerperal
Eclampsia. In the course of uraemia the temperature is pro-
gressively lowered, whilst in the course of the eclamptic state it rises
more and more from the onset of the accessions, and that with great
rapidity. These differences are accentuated at the approach, and
even at the moment of death : in uraemia the temperature descends
very low, even much below the normal figure; in puerperal eclampsia,
on the contrary, it attains a very high figure."
3. Dr. Yoelckel reports a case of complete inversion of the uterus
occurring fifty -two hours after delivery. A primipara, ast. 32, was
seen thirty- six hours after the commencement of labour and ten
hours after the membranes had ruptured. The head presented in the
first position, was impacted, and a large caput succedaneum hadformed.
The child was delivered by forceps. The uterus did not contract
well, and the placenta was forced out by Crede's method. Severe
flooding set in, which was arrested with difficulty by cold water
injections and the administration of ergot. On the morning of the
third day severe afterpain set iu, and with an ardent desire to
micturate ; hot fomentations were applied. The pain became
stronger and more frequent towards evening. Suddenlv with a
strong expulsive eff'ort a globular body was forced out of the vulva,
followed by a gush of blood, and in a moment the patient was dead.
Dr. Yoelckel saw the patient four hours after ; the uterus was found
completely inverted, lying outside the vulva. No necropsy was
allowed.
4. Dr. Chiarleoni confirms the statements made by Dr. Playfair and
others in this country and abroad that chloral lessens the pains of
childbirth. Dr. Chiarleoni believes the drug to promote uterine
action. He thinks it especially admissible in urasmic convulsions.
5. Dr. Parry's paper is illustrated by cases, and concludes as
follows :
" In regard to the relations existing between pregnancy, parturi-
tion, and epilepsy, experience and the study of the literature of the
subject appear to warrant us in making the following statements :
(1.) Epileptics rarely have convulsions during labour. They are
not more liable to puerperal convulsions than healthy women.
Labour in them is, as a rule, not more unfavorable than in healthy
women.
(2.) In the exceptional cases, in which violent epileptic convul-
sions occur during labour, it is not decided whether it is best to
hasten delivery or to trust to nature.
(3.) Pregnancy may be the immediate cause of epilepsy. In these
cases fits rarely occur during labour, and the disease is immediately
arrested by parturition, but it will almost always reappear when-
ever the v/oman becomes pregnant.
(4.) Either form of epilepsy may result in the death of the foetus,
but convulsions of this kind are not as likely to destroy the child as
are those which may be correctly designated puerperal.'
6. Dr. Thomas prefaces the subject matter of his very interesting
1875.J
tteport on Midwifery^ ^c. 475
paper by some suggestive and valuable remarks. "With the courage of
a conscientious and experienced physician he honestly says, with
reference to the exact position of extra-uterine pregnancies, " After
careful examination of every case of extra-uterine foetation to which
I have had access I am unable to substantiate the position, and yet I
am inclined to believe that, in the commencement of its develop-
ment, the impregnated ovum never attaches itself to or draws its
nourisliment from any other parts than those lined by the mucous
membrane of the uterus or tubes."
The case, briefly epitomised, was as follows : A lady, set. 32,
married six years, had never had any family when symptoms of
pregnancy supervened. All went well for about two and a half
months, then after a \'qvj days uneasiness and agonising pain sud-
denly came on during the night. The patient remained ill with
more or less pain for a fortnight, when Dr. Thomas was called to see
her in consultation. Physical examination showed that the uterus
was somewhat enlarged, measuring three and a half inches, and
slightly anteverted obliquely to the right.
The vagina was soft, elastic, and enlarged, as it is during preg-
nancy. To the left of the uterus was a tense elastic cyst, filling the
whole iliac fossa, and extending downwards to the level of the internal
OS uteri. This cyst was slightly movable and sensitive. Ballottement
carefully practised revealed feeble but distinct " evidence of a very
light body which was thrown upwards and fell upon the floor of the
sac." Dr. Thomas from these facts diagnosed left tubal pregnancy
at the end of the third month of development. Believing rupture
to be imminent from the nature of the symptoms. Dr. Thomas
urged immediate surgical interference. This he carried out in the
following manner, selecting elytroraphy as the means by which he
would open the sac. To prevent undue haemorrhage from the inci-
sion into such vascular parts as he was about to deal with. Dr.
Thomas used a platinum knife with the galvano-caustic battery. He
first put the upper part of the vagina over the cyst on the stretch, by
means of tenaculum fixed in the cervix uteri and vagina, then, with
the knife at a white heat, he opened the cyst, giving exit to some
straw-coloured pinkish fluid. Introducing the index finger a foetus
was found and extracted by podalic version as far as the head, which
became arrested, and was removed only after the application of a pair
of long-handled placental forceps. Dr. Thomas then attempted to
remove the placenta by gentle traction and detachment. At this
point the first difficulty which had attended the operation showed
itself. Not knowing the exact manner in which the placenta is
attached in tubal pregnancy. Dr. Thomas proceeded very cautiously,
and when about half the placenta was separated very severe haemor-
rhage took place, so much so that, tearing off the detached portion,
the operator at once passed a gum-elastic catheter, and injected a
solution of persulphate of iron into the sac. This instantly checked
the flow of blood. Being unable to make use of a drainage tube,
Dr. Thomas inserted a long tent of carbolized cotton, saturated
with a solution of persulphate of iron. Morphia was injected
4?'6 Chrmiicle of Medical Science. [Oct.,
subcutaneously. All went well until the fourth day, when the tent
w^as removed, and symptoms of septicaemia soon showed themelves.
Tliese yielded to constant injections of carbolized water. On the
fifteenth day the rest of the placenta came away spontaneously.
In spite of trivial drawbacks the patient did very well, and at the
end of six weeks Dr. Thomas could scarcely find the exact position
of the cicatrix.
Dr. Thomas justly lays- much stress upon the value of ballottement,
but philosophically adds that " on no single sign, however, should
undue reliance be placed." He makes no mention of purpling of
the vagina, a symptom which in our own experience we have found of
value. J)r. Thomas states that during the first sixteen years of his
practice he saw no case of extra-uterine pregnancy ; then he saw
four in one month. During the past seven years he has met with
nine.
Dr. Thomas's case, operation, and remarks are alike interesting
and instructive. The all-important point in respect of the operation,
whether the sac be opened through the vagina or by gastrotomy, is, we
apprehend, the treatment of the placenta. Shall this be removed
or no ? Though Dr. Thomas's case is encouragiug in the afiirmative,
there are doubtless very great risks attending its removal on account
of haemorrhage, while on the other hand the risks of septicaemia, if it
be left to disintegrate, are by no means slight. On the whole we
should, in the light of present experience, be disposed to follow
the latter practice ; always taking the utmost precaution to ensure
a suificient opening for the irrigation of the sac by means of car-
bolized, iodized, or other antiseptic solutions. But before we can
be entitled to express any very decided views upon this point, we
must wait for the light of further knowledge and experience. Dr.
Thomas has added to both, and, with Koeberle and others, has done
much to advance the science of medicine in respect of these serious,
though happily somewhat rare cases.
7. Dr. Serdukoff" contributes an elaborate article on this subject,
based on measurements carefully made by himself on 150 women.
The mode of measurement will doubtless be objected to by some,
and it is certainly open to criticism, as being inherently somewhat
deficient in exactness. Dr. Serdukofl" relied on external measure-
ments, preferring these, for various reasons, to internal ones. He
concludes from his investigations that involution of the uterus is
not complete until the lapse of from four to six weeks.
The author's conclusions are as follows : —
(1.) Involution of the uterus goes on more rapidly during the first
few days of the puerperal period than it subsequently does.
(2.) Involution of the uterus of healthy women goes on well and
with regularity.
(3.) Involution, where the uterus is the subject of diseases, such as
metritis, endo-metritis, or parametritis, goes on more slowly, and
this varies with the amount of disease.
(4.) The permanent contraction which takes place during the first
1875.]
Report on Midwifery, ^c, 477
few hours after delivery is a common occurrence. "When it passes off
nn increase in size begins to take place.
(5.) In women delivered at the full time involution goes on more
quickly and regularly than in those prematurely confined.
((3.) Length of labour retards involution.
(7.) In adult primiparse involution of the uterus goes on very
regularly, but more slowly than in young primipara?. In aged multi-
parse involution does not go on so well.
(8.) In women who suckle their children involution during the
first four days does not go on so quickly as in those who do not
nurse. But, subsequently, the involution is quicker, though less
regular.
(9.) Afterpains are not necessary for a favorable involution ; in
fact, we are as well without them.
(10.) In order to determine the involution of the uterus, its breadth
only should be measured.
(11.) Involution of the uterus goes on proportionally in length as
well as breadth.
(12.) Super-involution and sub-involution occur as distinct uncom-
plicated pathological conditions.
8. Dr. Johnson having at "Washington large opportunities for ob-
serving parturition in negresses, has here given a comparison between
this function as observed in negresses and in white women, based on
two thousand cases of labour occurring in negro women. He uses
the statistics of Churchill as the standard of comparison among white
women.
Length of Labour. — This appears to be on an average shorter in
negresses than in white women.
Presentations. — The head appears, from the statements given, to
present much more frequently in negresses than in white women ;
abnormal presentations are, therefore, less frequent among the blacks.
Triplets occurred once.
The 'period of co7walesence is proverbially short in coloured women.
Placenta prcevia occurred but once in the 2000 cases.
Flooding during labour occurred but twice.
Flooding after labour occurred four times. None of the cases
were fatal.
Puerperal fever occurred four times.
Operations. — {a) The forceps were required but four times.
A propos of this Dr. Johnson, in some excellent remarks, says { " The
low development of the anterior cerebral lobes, and consequent
shortening of the fronto- mental and occipito-frontal diameters of the
foetal head diminishes the suffering of the patient. The diameters
being shorter the resistance is less, and the greater occipital de-
velopment is accommodated by the peculiar shape of the negro
pelvis."
(b) Version. — This operation was performed three times. *' Once
in the Preedmen's Hospital, when the left hand, right foot, and
funis presented, with the head crowded down upon them ; once
when rupture of the uterus occurred, and the child had to be drawn
112— LVI. 31
478 Chronicle of Medical Science. [Oct.,
back into the uterus from the abdominal cavity previous to version,
and once in a consultation case, where forceps and craniotomy both
failed, and the child had to be turned finally and brought down by
the feet." In reference to the last case it is interesting to note
that Dr. Johnson says that this is the only instance in which he has
met with deformity of the pelvis in anegress. Here there was con-
traction of the pelvis antero-posteriorly.
An able and exhaustive discussion upon the important question of
racial peculiarities of the pelvis is here given by Dr. Johnson, who
con.cludes that there are beyond doubt " race peculiarities belonging
to the negro female pelvis," the chief point established being "that
this antero-posterior diameter of the inlet of the female pelvis in
the negro is longer than in the European female." This he believes
corresponds to the shape of the average negro head.
Puerperal Accidents. — Under this heading Dr. Johnson states that
stillbirths and abortions are comparatively rare. There were only
seven stillbirths in his 2000 cases.
Umbilical Cord around the neck of the infant is found to be very
frequent in negresses, occurring once in every six cases.
Mupture of the Uterus occurred but once. Churchill's statistics
give once in every 1318 cases. In Dr. Johnson's case the woman
recovered and subsequently became pregnant. Dr. Johnson does
not state the cause or character of the rupture.
Puerperal Convulsions occurred eight times in Dr. Johnson's 2000
cases. Leishman gives the frequency as once in every 350 cases in
white women. Dr. Johnson states, however, that his figures are
regarded as exceptionally high by other physicians who have expe-
rience of parturition in negresses.
9. Dr. Gumming has commenced in the September number of the
* Edinburgh Medical Journal,' an essay on the above subjects.
Thus far he has only dealt with the uterine soufile ; the mode of
production of which is discussed chiefly from the historical stand-
point. The conclusions of Dubois, Depaul, Cazeaux, Kiliau,
Matthews Duncan, Tanner, Tyler Smith, Leishman, and Schroeder,
are supported. The view maintained by the above-named authori-
ties is doubtless the correct one, viz., that the souflle is properly
of uterine and not of placental origin, and that it is produced in
the vessels which ramify in the uterine walls.
10. Professor Groodell contributes an excellent practical paper on
this subject, based on his own experience. He relates several cases
in which he resorted to version with the best results. His thoughts,
put into a practical shape, are off'ered in the following general pro-
positions :
" (1.) Turning should generally be preferred to the lashing of the
forceps handles.
** (2.) In pelves uniformly contracted the forceps is the better
means of delivery.
" (3.) In pelves narrowed in the conjugate diameter turning should
be resorted to whenever a half-hour's faithful trial with the forceps
fails to make the head engage.
1875.] Report on Midwifery, S^c. 479
" (4.) In pelves whose conjugates range from 275 to 3*25 inches
turning should be the initial step."
11. This much discussed subject is dealt with by Dr. Putzel in
a concise article in which he upholds the specific view or essential
nature of the disease. Dr. Putzel speaks certainly with more
authority than most physicians can pretend to, since his observations
are based on twenty-two (22) post-mortems, witnessed by himself,
of patients several of whom he had the opportunity of observing during
life. Dr. Putzel maintains the view lately so ably advocated by
our distinguished confrere Professor Fordyce Barker during the dis-
cussion of the subject at the Obstetrical Society, viz., that the
disease is of a " specific " or '* zymotic " nature.
Diseases of Women.
1. On the Use of Chloral Hydrate in Carcinoma Uteri. By Dr.
Fleischer. (' Med.-Chir. Centralblatt/ ix, 1875).
2. On the Combination of Chlorosis with Aplasia of the female
Sexual Organs. By Dr. Eenst Feankel ('Arch, fur
Gyngek.,' Band vii. Heft 3).
3. On Obliteration of the Vagina for the Cure of Incontinence of
Urine due to great Destruction of the Vesical Walls. By Dr.
Herrgott, of Nancy (' Arch, de Tocologie,' June, 1875).
4. The Mucous Membrane of the Uterus, ivith especial reference to
the Development and Structure of the Decidua. By G-. J.
Engelmann, A.m., M.D. (' Amer. Journ. of Obstetrics,' May,
1875).
5. Three Cases of Successful Removal of Fibro-Cystic Tumour of the
Uterus. By Thomas Keith, M.D. ('Lancet,' May 15,
1875).
6. On the Arrest of Metrorrhagia by the Application of Heat to the
Limbar Region. By Dr. Noel Gueneatj de Mussy (' Annales
de Gynsecologie/ July, 1875).
7. On Ovariotomy. By James R. Chadwick, M.D., Boston, U.S.A.
(Pamphlet).
8. Successful Ovariotomy in a Case of Cyst of the Ovary, lasting
Tliirtyfour Years, which had been punctured twenty four times.
By Dr. Botjyee (' Grazette Obstetricale,' June, 1875).
1. Dr. Fleischer recommends the use of chloral hydrate locally
in carcinoma uteri. After thoroughly washing out the vagina, he
passes up to the cancerous surface a piece of cotton wool dipped in
a solution of chloral hydrate (two drachms to three ounces); this is re-
peated every two hours. After two or three applications the character
of the pain is altered, and the discharge becomes less offensive. He
prefers administering chloral as an anodyne by the rectum rather
than by the mouth ; its effect can be better regulated, and it does
not confine the bowels as morphia does.
2. Dr. Ernst Frankel concludes a paper on the subject with the
following summary : That chlorosis and imperfect development of
4^6 chronicle of Medical Science. [Oct.,
the genital organs are frequently, though not exclusively, combined
with a dwarf-like condition of the heart and the aorta. The
influence which the sexual apparatus exercises upon the body may
also determine the character of the blood, that is to say, that sexual
aplasia may be the prime originator of chlorosis. That form of
chlorosis which is not associated with imperfect development of the
vascular system is permanently curable. The so-called menorrhagic
form of chlorosis is met with as well in deficient as with excessive
development of the sexual organs.
[This appears to accord with Yirchow's well-known writings on the
subject. — A. AV.]
3. Professor Herrgott discusses this operation pretty fully in the
article indicated. He claims for France the honour of originating
it ; the operation being first practised by Yidal de Cassis in 1832.
Since then, however, the advances in this departm.ent of plastic
surgery have been very great ; valuable contributions being made by
surgeons in all parts of the world, and especially by our American
brethren. Obliteration of the vagina is no doubt a most valuable
operative procedure, and gives immense relief and comfort to those
who are afflicted with the distressing lesion which calls for it.
4. In 1872 a paper on this subject, based on researches made by
Dr. Engelmann in conjunction with Dr. Kundrat, was read by the
latter gentleman before the ** Gesellschaft der Aerzte" of Vienna,
and published in Strieker's ' Medizinische Jahrbucher ' for 1873.
Some of the views stated in this paper were developed after Dr.
Engelmann left Vienna, and as he finds he cannot endorse them he
has published his views in the able paper now before us. The wealth of
material available to Dr. Engelmann both in Vienna and in Berlin
was very considerable and has formed the basis of this elaborate
communication, which is largely illustrated by microscopic
drawings copied from the original paper by Kundrat and Engelmann
in Strieker's ' Jahrbuch.'
Our space will not permit us to do more than very briefly refer to
Dr. Engelmann' s researches; we must, therefore, in justice to the
author, ask those who are interested in the subject to follow the
whole of the arguments adduced in the original paper.
We may say, however, that Dr. Engelmann dissents from the
views ordinarily accepted respecting the character and behaviour of
the uterine mucous membrane, whether in the impregnated or un-
impregnated state. He does not agree with the view that the
mucous membrane of the uterus is shed at every menstrual period ;
and he asserts that the evidence we have of the simultaneous
occurrence of menstruation and ovulation is, in his judgment, con-
clusive. "With respect to the very important subject of the forma-
tion of the placenta Dr. Engelmann avers that the uterine, or
maternal, part of this organ is formed '* only of the most superficial
of the dense upper layers of the serotina and in its greatest extent
of the prottiberances which spring from these and envelop the rami-
fications of the villi in their growth." He denies that the chorion
villi dip into the glandular ducts.
1875.] Report on Midwifery, §•<?. 481
Dr. Engelmaim's able paper is deserving of careful study.
5. Dr. Keith concludes the narration of these cases with some
valuable remarks. He states that these are the only instances in
which he has interfered with uterine tumours by abdominal section.
He generally declines to operate. These cases are, he says, enough
to satisfy him that the removal of an enlarged uterus and ovaries is
not an operation to be lightly undertaken. Haemorrhage may be
severe, and the personal attendance necessary in each of the three
cases was, Dr. Keith remarks, greater than half a dozen ordinary
cases of ovariotomy. Still Dr. Keith is hopeful that, with the pro-
gress of science, something may be practicable for the relief of
patients afflicted with these growths, and he concludes as follows :
*' Though the greater number of uterine tumours, if not malignant,
give little trouble, rarely interfering with life, and often not even with
the comfort of the patient, yet in a certain number they cause the
subjects of them to lead useless, dependent, miserable lives, full of
suffering, ending only with life. I hope the time is not far distant
when many of these unfortunates will look to surgery for relief with
as much confidence as those afflicted with ovarian disease now
do."
6. Dr.Gueneau de Mussy having recently made use of this method
of treatment, records his experience of it. He gives particulars of
two cases, in both of which cessation of haemorrhage followed the
application of heat to the lumbar region by means of Chapman's
bags ; but also, it is very important to note, some singular and rather
alarming phenomena ensued.
In the first case the only pathological conditions noted about the
uterus were the existence of pelvic adhesions on the right side
and some ovarian tenderness. Various means were unsuccessfully
employed to arrest the haemorrhage. Dr. de Mussy then resorted
to the bags of hot water, which in one day materially diminished
the flow, and in two days arrested it. By this time the patient
complained of pains in the lower portion of the body and in the
head, and very shortly she was seized with intense dyspnoea and spat
an ounce or two of blood. Examination of the chest revealed sub-
clavicular dulnets on the right side, and sub-bronchitic expiration. In
nine or ten days this " adenopathie bronchique," as Dr. de Mussy
terms it, had materially improved. In another month the menses
reappeared, the flow being considerable, but in view of past
experience with the hot bags Dr. de Mussy waited five days before
interfering. Then, however, as the patient had faintings and the
loss of blood amounted to a flooding, the hot bags were again
applied, and again the application of them was followed by the same
phenomena; the metrorrhagia was arrested, iliac and sub-pubic
pains increased, and haemoptysis recurred. Some time elapsed
before the pulmonary symptoms had disappeared, and in fact they
did not entirely do so until the warm weather came. The monor-
rhagia was less at the subsequent periods.
In the second case there had probably been a miscarriage two
months before treatment was commenced. The uterus was rather
482 Chronicle of Medical Science, [Oct.,
large and was retroverted. Here the employment of tbe hot
bags was attended by arrest of the haemorrhage, but also by flush-
ings, a sense of weight about the head, and on several occasions she
was on the point of losing consciousness. The hsemorrhage was
cured, however, and the physical condition of the uterus was found
on examination some days afterwards to have materially improved.
Dr. de Mussy says that he was led to the employment of Chap-
man's bags not only by the failure of all treatment, local and
general, already adopted, but also because of the confidence that
Trousseau used to have in the use of hot injections for metror-
rhagia.
In reference to the causation of the uterine haemorrhage, and the
sudden supervention of haemoptysis, he says that he is inclined to
regard the uterine haemorrhage as being caused by the presence of
tubercle in the broad ligaments or ovaries, thus expressing the
haemorrhagic tendency of tubercle which is encountered whatever may
be its seat. The pulmonary lesion he regards as existing, but being
masked by the uterine haemorrhage, becoming active, however, after
the suppression of that powerful derivative.
7. Dr. Chadwick, in a paper on two interesting cases of ovariotomy,
read before an American medical society a few months ago, makes
mention of a new procedure adopted by him to facilitate diagnosis
in an obscure case of abdominal tumour which was complicated by
by ascites. He put the patient in the knee-elbow posture, with the
idea that if the tumour were a fibroid its weight would cause it to
sink in the ascitic fluid until it rested on the abdominal walls. A
thin- walled ovarian cyst, on the other hand, would be scarcely heavier
than the ascitic fluid ; it would consequently not change its position
materially on change of the patient's posture. Two contingencies
might nullify the inference to be drawn from these indications — the
presence of pelvic adhesions, and a partially solid character of an
ovarian tumour. The method is of course only applicable to small
and medium-sized tumours surrounded by a considerable amount of
ascitic fluid. Governed by these considerations Dr. Chadwick
diagnosed in the second of his cases an ovarian cyst, probably
unilocular, free from adhesions, and with no solid part, but surrounded
by a varying amount of ascitic fluid. The accuracy of this diagnosis
was verified at the operation.
In the same paper Dr. Chadwick suggests that when puncture of
the intestines by means of the aspirator becomes necessary for the
relief of flatulent distension of the abdomen, advantage might be
taken of the presence of the canula in the bowel to administer brandy,
beef -tea, &c., after the escape of the gas.
Dr. Chadwick' s excellent paper is characterised by a pleasing
calmness of tone. It is, moreover, a very useful contribution to the
subject of ovariotomy.
(8.) Dr. Bouyer, of Angouleme, relates the particulars of an
interesting case which occurred in the person of a woman aged 49
years, who had shown signs of unusual abdominal enlargement at the
age of 14, but who was not subjected to puncture until her 25th year.
1875.] Report on Midwifery, i^c. 483
When she was seen by Dr. Bouyer in August, 1874, he diagnosed
an ovarian cyst without adhesions, and advised ovariotomy. This
he successfully performed. In spite of the frequent punctures no
adhesions existed. The pedicle was transfixed in the abdominal
wound by means of a pin passing through it and the abdominal
parietes. The patient got almost well, but, in spite of warnings, per-
sisted in going to stool in severe weather very lightly clad, and
thus got chilled, and died of pneumonia twenty-one days after the
operation.
Diseases or Childeen.
1. On Aphasia in Children. By Dr. A. Clabus (' Jahrbuch fiir
Kinderheilk.,' pp. 369-400, July, 1874).
2. Cerehroscopic Review of the Paris Hospital for Sich Children in
1874. By M. Bouchut (' Gazette des Hopitaux,' January,
1875).
3. Skin 'Eruption in a Child caused by JBroonide of Potassium taken hy
the Mother. By Dr. Tilbury Fox ('Lancet,' Nov. 7, 1874).
4. Imperfect Teeth and Zonular Cataract. By Mr. Jonathan
HrTCHiNSON (' Lancet,' March 6th, 1875).
5. On the Treatment of Prolapsus Ani in Children. By Dr. G-UAL-
TiERO LoEiGiOLA aud Baron von Langenbeck.
6. On Croup and Diphtheria. By Sir "William Jennee, Bart., M.D.,
E.E.S., and Dr. Geoege Johnson, F.E.S. (' Lancet,' January
2nd and 16th, 1875).
7. Purpura Hcemorrhagica, transmitted from the Mother to the Foetus.
By Professor DoHEN ('Arch, fiir Gynsek.,' Band vi, p. 486, 1874).
8. Laceration of the Navel String. By Dr. W. Peannkuch
('Arch, fiir Gyneek.,' Band vii Heft, 1, 1875).
9. Acute Pemphigus of the Newly -horn and of Young Children. By
Ladislas Falot, M.D. ('Annales de Gynsecologie,' July,
1875).
10. Successful Ovariotomy in a Child seven and a half years old. By
Geoege Cupples, M.D. (' Eichmond and Louisville Med.
Journ.,' Jan., 1875).
11. On the Breasts of Newly -horn Infants. By Dr. he Sinett ('Arch.
de Tocologie,' June,, 1875).
12. On Trismus Nascentium. By Dr. Wilhite (' Amer. Journ. of
Med. Sc.,' April, 1875).
1. The interesting lesion which is the subject of this memoir
has been largely studied in adults by many very able physicians
both in this country and abroad, but so far as we know special
observations of the affection, as it is seen in children, have not
hitherto been made, or at least have not yet been published in a
connected form.
The following is a condensed summary of the principal groups
of diseases in which aphasia has been observed in children :
i. Aphasia in idiot and deaf-mute children. — May be congenital
or acquired ; is caused by cerebral lesions ; in congenital aphasia
484 Chronicle of Medical Science. [Oct.,
the most frequent alteration is a partial atrophy of the anterior
lobes of the brains. In acquired idiocy and aphasia, chronic hydro-
cephalus or encephalitis are met with. Aphasia may occur in
early childhood from repeated attacks of epilepsy, or as a remote
result of impaired nutrition. Idiotic aphasia may be explained by
the absence of ideas ; that of deaf mutes by default of perception
of articulate sounds, and the latter may accidentally arise in cases
in which deaf-mutism follows acute diseases, as measles and scarlet
fever.
ii. Aphasia consecutive to acute diseases. — This variety is not
rare ; though not mentioned in treatises on children's diseases ; it is
especially met with after acute specific diseases,*particularly after
typhoid and other eruptive fevers.
(1.) Aphasia following typhoid fever. Dr. Clarus's account of
this is exceedingly interesting. It appears that the lesion occurs
nearly always in boys, and between the ages of eight and eleven.
The epoch at which it appears is somewhat variable, but generally
it occurs late in the course of the fever. In most of the cases the
attack of typhoid w^as severe. In a fatal case which occurred
in the practice of Eisenschitz no grave cerebral lesion was found at
the post-mortem examination ; and it is probable that the aphasia
w^as due in this, as in the great majority of the cases, to starving of
the cerebral substance from insufficient nutrition. Dr. Clarus, how-
ever, himself mentions a fatal case of his own in which ramollisse-
ment was found consecutive to embolism of the left sylvian artery.
(2.) Aphasia consecutive to other eruptive fevers. This variety
is rarer than the foregoing. Here again the lesion occurs more
frequently in boys than in girls, and the age varies from eight to
nine years.
iii. Aphasia consecutive to acute cerehral affections. — (1.) Cerebral
embolism. Endocarditis seems to be the most common pathogenic
condition. The aphasia may be complicated by hemiplegia or hemi-
chorea, and there may be cerebral ramollissement. It is w^orthy of
note that, in two cases out of five mentioned by the author (those
of Kelly and Lacambre), the cerebral lesion was found at the
autopsy to be seated in the right hemisphere.
(2.) Aphasia after traumatic lesions of the encephalon : " cerebral
commotion " is said to have caused aphasia in two cases quoted,
though this condition is believed to be rare in children. These two
cases recovered — one completely, the other nearly so. Fractures
were associated with the other cases mentioned.
(3.) Aphasia after inflammation of the brain and its meninges.
(a) Tubercle and abscess of the brain. The only case of this kind
known to the author is one of Dr. West's, (h) Tubercular menin-
gitis— one case by Bouchut. (c) Encephalitis and abscess of the
brain — a case of Rilliet and Barthez.
iv. Aphasia consecutive to chronic affections of the train. — This
variety is relatively frequent. Cerebral sclerosis and atrophy may
be attended by aphasia as seen in idiocy.
Cerehral tumours, — These do not appear to cause aphasia very
1875.] Report on Midwifery, ^c. 485
often, compared with their relative frequcne\'. It appears that en-
tuzoa of the braiu cause aphasia more frequently than other tumours ;
and Dr. Clarus gives six cases caused by hydatids within the
eucephalon.
V. Aphasia in Neuroses, — Aphasia has been known to follow
convulsions in children. Dr. Hughlings Jackson has recorded two
cases, in which, however, he admits the possible existence of a patho-
logical lesion in the corpus striatum. Dr. Ogle has in this Review
shown the occurrence of aphasia with chorea, and so has Bouchut
in ' Bull. Ge'n. de Therap.' The prognosis in these cases is favorable.
Aphasia may be produced reflexly, and in particular by worms in
the intestines.
Prognosis. — It is obvious that the prognosis of aphasia in children
is variable, and must be subordinate to the causation of the malady.
G-enerally speaking, when it arises in the course of acute specific
diseases, the prognosis is less serious. Much the same may be said
of neurotic aphasia. But in the congenital cases, and in those due
to embolism or organic lesion of the brain, the prognosis is extremely
grave.
As regards treatment there is none very special, except in the
cases of reflex origin (intestinal worms), and perhaps in some of
the traumatic cases in which spiculse of bone are injuring the brain.
2. In a few introductory remarks Dr. Bouchut says, that the
twelve years during which he has published essays on cerebroscopy
have confirmed his view of the importance of lesions of the optie
nerve, of the retina, and of the choroid produced by diseases of the
brain, meninges, and the spinal chord. Some of the lesions dis-
covered by the ophthalmoscope are of themselves diagnostic, as
retinal thromboses, miliary aneurisms of the retinal artery, certain
" steatoses " of the retina, tubercles of the choroid, &c. Dr.
Bouchut says that all the neurites, neuro-retinites or choroidites
are formed according to laws which he formulated long ago, and
which are immutable. They are —
(1.) Neuro-retiuitis of mechanical origin, when an obstacle to the
meningeal circulation (meningitis or acute hydrocephalus, meningeal
eff*usion, tumour compressing the encephalon, thromboses of the
meningeal veins, &c.), hinders the return of blood within the
cranium. Thus the serosity of the subarachnoid space descends as
far as the sheath of the optic nerve, as has been established by Key
and Schwalbe, compresses the nerve in such a way as to narrow the
retinal artery and to retain within the eye the blood of the retinal
veins.
HypersBmia with papillary oedema is thus produced ; a dilatation
and a varicosity with thrombosis of the retinal veins involve more
or less quickly alterations in the nutrition of the optic nerve and
retina.
(2.) A descending neuritis when chronic inflammation of the brain
or cerebellum descends by the optic nerve to the papillse. This is
the case with tumours of the brain or cerebellum.
(3.) An ascending rejiex neuritis resulting from diseases of the
486 Chronicle of Medical Science, [Oct.,
spinal cord in ataxy, chorea, &c. This is the effect of the action of
the great sympathetic which takes its origin in dorsal region of the
cord.
(4.) A diathetic neuritis or choroiditis which reveals tuberculosis,
leucaemia, syphilis, glycosuria, &c. Hence arise those cases of
tubercular neuritis and choroiditis, of sypliilitic choroiditis, of leu-
caemic, glycosuric, or albuminuric retinitis which everybody is
beginning to know of.
These .are the different kinds of lesions of which Dr. Bouchut
affirms anew the existence in the cases reported in his service, many
of which were verified by autopsy. The long series of cases briefly
narrated include cases of traumatic meningeal haemorrhage, typhoid
meningitis, tubercular meningitis, granular meningitis, meningitis
with consecutive hemiplegia, tubercular meningitis and vertebral
caries, cerebral haemorrhage, tumour of the brain, acute traumatic
myelitis, paraplegia with contraction, convulsions after measles,
infantile paralysis, diphtheritic paralysis, chorea with optic neuritis,
hemichorea, tubercular pneumonia — a most instructive and valuable
series of cases all observed in a children's hospital.
Dr. Bouchut truly says that the ophthalmoscope has become as
indispensable to the physician as to the oculist. He says that the
evidence ascertained by the ophthalmoscope shows that chorea, con-
sidered by many physicians as a simple neurosis, is to be referred to
a congestive affection of the anterior columns of the spinal marrow,
and refers to his observations here given in proof of this statement.
Hysterical paralysis or paraplegia do not cause any neuro-retinal
alteration, while those which are symptomatic of myelitis and spinal
ataxies do. Dr. Bouchut thinks the ophthalmoscope remarkably
valuable in those cases of acute general tuberculosis which are
accompanied by typhoid symptoms, and which may therefore be mis-
taken for typhoid fever, and he gives a fatal case in which the cor-
rectness of the diagnosis made by the ophthalmoscope was fully
verified by the discovery after death o£ tubercle throughout the
body.
In illustration of the great value of ophthalmoscopic examination
he says thus —
"From hypersemia and hypersemic swelling of the optic nerve
result the diagnosis of mechanical or inflammatory hyperaemia of
the brain in meningitis, in cerebral haemorrhage, in cerebral effusions,
and in some cases the diagnosis of ataxic or other spinal diseases.
" By papillary oedema, combined wnth hyperaemia, I recognise
oedema of the meninges or impediment to the cerebral circulation,
determined by meningitis, by certain cerebral tumours, by ventricu-
lar hydrocephalus, by cerebral haemorrhage and meningitic effusions,
by thrombosis of the sinues, &c.
'* By neuro-retinal and choroidal anaemia I recognise the cerebral
haemorrhage of ramollissement, and if the anaemia is absolute it
means death. Arteries and veins of the eye empty of blood, and
the choroid mesh exsanguine, that is arrest of the cerebral and
cardiac circulation.
1875.] Report on Midwifery, ^c. 487
" By optic neuro-retinitis, exudative and fatty, I recognise chronic
meningo-enceplialitis ; the encephalitis of cerebral tumours, and the
alteration of nervous substance which accompanies these tumours.
" By retinal varices and thromboses I distinguish thromboses of
the meninges or of the sinuses.
" By aneurisms of the retinal arteries we recognise miliary aneurisms
of the brain.
" By simple retinal haemorrhages one recognises compression of the
brain by effusion, haemorrhagic, or other ; but if these haBmorrhages
are accompanied by retinal steatosis it is because there is cerebral
steatosis, and this is the case in chronic albuminuria, leucocythaemia,
and glycosuria.
" By atrophy of the optic nerve one distinguishes tumours of the
brain and cerebral or spinal sclerosis.
*' Lastly, we do not get tubercular granulations in the choroid
without there being similar ones in the lungs and other organs."
We are glad to note that Dr. Bouchut promises to publish an
' Atlas of Medical Ophthalmoscopy,' which he is preparing.
3. Dr. Pox here records a fact which has not hitherto, it is
believed, been observed.
A child three months old had an eruption which, at first sight,
seemed to be probably due to vaccination. The child had been
vaccinated about a month before it was seen by Dr. Fox, but some
pimples had been observed on the cheeks about six days after the
vaccination. These gradually spread, so that when the child was
brought to the hospital there were acneiform spots on various parts
of the body.
There was no constitutional syphilis.
Becognising the resemblance of the eruption to that caused by
taking bromide of potassium, Dr. Fox made inquiry whether that
drug had been taken, and it turned out that the mother had been
taking it for the previous eighteen or twenty months for epilepsy.
The medicine was discontinued, and the eruption at once began
to disappear. She then resumed it, and very speedily a fresh out-
break of the eruption occurred. It is curious that the mother her-
self had not had any eruption on the skin.
4. In an able communication read before the Pathological Society
on March 2nd, 1875, Mr. Hutchinson has made some very interesting
statements which deserve the attention of all who see much of
children's diseases.
Mr. Hutchinson says that for some years past it has been a matter
of general knowledge amongst ophthalmic surgeons that when children
are the subjects of cataract they usually show also badly developed
teeth ; the malformation of the teeth being variously ascribed to
congenital syphilis, rickets, and general defective development. Im-
perfect teeth of the kind referred to by Mr. Hutchinson are, he
believes, met with in connection with but one form of the cataract
of childhood, namely, the " lamellar " or " zonular " form. There
may be fair vision with this cataract, which is believed to be invariably
symmetrical. It does not appear to be associated with any particular
48S Chronicle of Medical Science, [Oct.,
diathesis, and it is very exceptional to meet with it in more than one
child in a family. These tucfcs lead to the inference that it is pro-
bably the record of some temporary disturbance iQ the nutrition of
the lens rather than the result of any permanent impairment of the
patient's health. It seems to be a disease of the earlier years of
childhood. The congenital cataract belongs, Mr. Hutchinson thinks,
to an entirely different category.
The condition of teeth observed in this form of cataract is said to
be wholly different from that met with in congenital syphilis, and
consists not so mucli in alteration in the form of the teeth as in
defective development of the enamel. This may occur in association
with the malformations which characterise hereditary syphilis, and
hence, doubtless, the confusion.
The incisors, canines, and first molars suffer most, the bicuspids
escaping entirely. It appears that i\iQ permanent teeth alone exhibit
changes which can be relied upon for diagnosis. Tliey are pitted,
dirty, broken, and display sharp edges. Non-development of enamel
and erosion of the exposed dentine appear to be the especial features.
A point of singular interest is, that there is usually a history of con-
vulsions in early infancy in cases of lamellar cataract, an observa-
tion which we owe to Arlt, and which is confirmed by Mr. Hutchinson.
Another important point resulting from this is, that it appears from
inquiry that these defects of the teeth usually result from attacks of
inflammation of the gums in early infancy, and that mercury holds
the chief place in the causation of stomatitis. Should this prove to
be so, it has obviously a very important bearing on the propriety of
using mercury in the diseases of infancy. It appears that inquiries
into cases of lamellar cataract lead to the belief that the connection
between this form of cataract and fits is almost universal. Mr.
Hutchinson considers the connection of the malformation with
rickets entirely wanting in proof.
Mr. Hutchinson sums up his results as follows :
" 1. That it is exceptional to meet with lamellar cataract excepting
in association with an imperfect development of the enamel of the
teeth, but that definite exceptions, in which the teeth are quite
perfect, do occur.
"2. That the kind of defect observed consists in the absence of
the enamel, and is shown on the incisors, canines, and first molars
of the 'permanent set to the almost invariable exemption of the pre-
molars. That for purposes of diagnosis the first molars are by far
the most important, and may rank as the test teeth since they not
unfrequently show the defect when others escape.
*' 3. That it is highly probable that the defects in the development
of the teeth are usually due to the influence of mercury exhibited
during infancy, although it is quite possible that other influences,
attended perhaps by inflammation of the gums, may occasionally
produce similar results.
" 4. That teeth of the kind alluded to are met with very often in
persons who are not the subjects of zonular cataract?.
1875.] Report on Midiviferi/, ^c. ^ 48&
"5. That it is very rare to find lamellar cataracts without history
of convulsions in infancy.
*'6. That there is probably no direct connection between the
occurrence of convulsions in infancy and the development of lamellar
cataract.
" 7. That whilst there is every reason to believe that the defective
teeth which are met with in connection with zonular cataract are the
results o£ mercury, the evidence seems opposed to the belief that
the lenticular opacity is due to the influence of the drug.
" 8. That the very frequent coincident occurrence of lamellae with
defective teeth is to be explained by reference to the frequency with
which mercury is given for the treatment of convulsions in infancy.
" 9. That there is no reason whatever for supposing that lamellar
cataracts have any connection with hereditary syphilis.
" 10. That whilst it is certainly true that lamellar cataracts are
commonly met with in young persons who show general defects of
development — short stature, ill-shaped heads, defective intellect,
dwarfed lower jaws, or other physiognomical peculiarities — yet there
is seldom any proof of the existence of rickets, whilst it is quite
possible that the particulars mentioned may be due to the disturbance
of the nervous system in infancy in connection with the convulsions.
" 11. It is very important to distinguish between mercurial teeth
and syphilitic teeth ; that the peculiarities presented by each usually
render this easy, whilst, however, the two are, as might have been
expected, not uncommonly met with together."
5. In the " Report on Midwifery and the Diseases of Women and
Children" published in the October (1871) number of this ' Review,'
there was a reference to the use of the actual cautery in prolapse of
the rectum in young children proposed by M. Panas, respecting
which Dr. Lorigiola has kindly addresised a letter to the reporter
expressing his astonishment at the use of the actual cautery in this
affection, and recommending the subcutaneous injection of a solution
of strychnine into the tissues near the anus.
Dr. Lorigiola says he has for a long time used with great success a
solution of sulphate of strychnia, and that he has thus treated six
cases, none of which required more than two injections. Dr. Lorigiola's
formula for the solution is as follows : —
1^ Sulphatis Sfcrychnise.
Centigramtna duodecim.
Solve in
Aqua font, destil.
Gramma duodecim.
Filtra per chartam.
The quantity required for each injection is, Dr. Lorigiola states,
from four to twent}'' drops, according to age. The learned doctor
says that the operation is painless and is never followed by poisonous
effects. Converted into English equivalents, Dr. Lorigiola's solution
will represent one grain and four ffths of sulphate of strychnia and
three drachms of water. Dr. Lorigiola, who is Chirurgo Primario
del Civico Ospedale di Rovigo, will doubtless be glad to learn that
490 Chronicle of Medical Science. [Oct.,
Baron von Langenbeck, the distinguished German surgeon, has
obtained excellent results from a less dangerous drug than strychnine,
which, liowever safe in the hands of so able and accomplished a sur-
geon as Dr. Lorigiola, cannot be regarded as quite devoid of risk
when injected subcutaneously. Baron von Langenbeck, in a com-
munication on the employment of ergotine in surgery (' Berlin Klin.
"Wochenschrift,' No. 52, 1873), states that he has successfully used
ergotine in cases of procidentia, invagination, or intussusception of the
rectum. The solution is injected into the peri-rectal tissue.
This method of treatment certainly deserves attention in a disorder
so troublesome as prolapsus aui.
6. Two communications on the relation of croup and diphtheria
to each other appeared a little while since in the same numbers of
the • Lancet' from, respectively, the two able physicians above named.
The importance of these papers cannot be over-estimated. They
embody the latest thoughts, reflections, researches, and observations
of two singularly competent scientific physicians, and as such are
entitled to our careful and respectful consideration, not alone
because of the eminence and competence of the physicians iu
question, but also on account of the importance of the views pro-
pounded and conclusions set forth by them. The chief and most
weighty conclusion advanced is nothing less than that croup and
diphtheria are identical. This clinically most important statement
is one which, when duly confirmed, as it doubtless will be by many
other observers, will form a definite advance in practical medicine,
inasmuch as it simplifies our knowledge of disease, and fortifies us
in the treatment of it. It should not be forgotten that the same
opinion was long since advanced by Bretonneau, of Tours, and
upheld in this country by Dr. Semple, though not generally
accepted.
It is obvious that if these views prevail the belief that has hitherto
obtained that croup is essentially a disease peculiar to children must
be materially modified. Diphtheria, as every one knows, is not
confined to childhood, though many of its peculiar manifestations
may be remarkably pronounced in the earlier years of life, e. g.
difficulties of respiration, owing to the relative smallness of the
larynx and the marked tendency to spasm seen in children. Of
course, it must be clearly understood that laryngismus stridulus,
** spasmodic" or '* false croup," as it is called — a disease which is
quite peculiar to infants — is not in question. What has hitherto
been known as ** true croup," croup attended by exudation, is now
declared to be really due to diphtheria, abundant evidence being
adduced in support of this view. Sir W. Jenner says that diphtheria
commencing in the larynx is exceedingly rare, that is, that it is very
rare to get the exudation first in the larynx. Usually it commences
in the pharynx and spreads downwards into the larynx. It is,
therefore, important that in all cases of " croup" the pharynx should
be at once examined.
Catarrhal laryngitis with spasm is readily cured by emetics, not
so, of course, with those cases of "croup" which are due, as Sir
1875.]
Report on Midwifery ^ ^c, 491
W. Jenner says all cases of " true croup " are, to dipbtheria. Later
years have satisfied him that in cases which presented all the charac-
ters of "true croup," which are sporadic, spread to no other person
in the house, come on apparently from exposure to cold and damp,
are attended by albumen in the urine, a symptom which formerly
he thought only present in diphtheric cases. The anatomical
ciiaracters of " true croup " and diphtheria being undistinguishable
by the best pathological anatomists, the clinical features being the
same, Sir W. Jenner practically pronounces for the identity of the
two affections in the following words : — " So my opinion has under-
gone some modification, and I am inclined now to the belief that
there is no such disease as idiopathic, simple, membranous inflam-
mation of the larynx. I say I am inclined to this belief. I am not
sure that it is true; but as I formerly thought that the weight of
evidence was in favour of their non-identity, I am now inclined,
from my further experience, to think that the two diseases are
really identical, that the so-called croup is really diphtheria."
Dr. Greorge Johnson is more emphatic. He states in that part
of his excellent contribution which deals with the pathology of
diphtheria : " I wish to express emphatically my entire concurrence
in the conclusion long since arrived at by Bretonneau, Trousseau,
and all the leading French pathologists, that all cases of so-called
croup which are associated with the formation of false membranes
in the air-passages are essentially diphtheritic ; and, on the other
hand, that what we in this country call inflammatory croup, or
catarrhal laryngitis, never results in the formation of false membrane."
To those practising amongst children the foregoing statements
must be of singular interest and importance ; for it is obvious that
enlightenment on the pathology o£ the affections should bring im-
provement in their therapeutical management. Probably the old
heroic treatment for "croup " — bleeding, calomel, tartar emetic, and
other *' depressants " — has long been on the wane among the best
practitioners, and it is to be hoped that it has now received its
death-blow, and that a more generous and supporting medication
will supplant it.
7. Professor Dohrn, of Marburg, relates a case of this rare descrip-
tion. The mother was 41 years old, and this was her second
pregnancy. She entered Dr. Dohrn's clinic with the characteristic
symptoms of well-marked purpura, which appeared at the beginning
of the eighth month of pregnancy, but which under suitable treat-
ment had almost disappeared at the time of delivery at full term.
The labour was normal, and there was no hsemorrhage of importance.
The child at birth showed purpuric spots resembling those of the
mother, but no other abnormity. The spots were rapidly absorbed,
as also were some which appeared after birth.
8. Dr. Pfannkuch writing on this subject says it is now well
proved that the cord can be spontaneously lacerated during labour.
This may be produced in two ways — either by general stretching or
by recoil. The first can only rarely happen, for since the fundus of
the uterus follows the advancing child, the cord, in spite of ita
49^ Chronicle of Medical Science. [Oct.,
frequent coiling, remaius sufficienfc, and the elasticity of the tissues
prevents laceration by too excessive stretching. The second occurs
more frequently. In this way the cord has been lacerated whilst
the woman was lying quietly on her back, the child being expelled
far from the genitals. The most common cause is the fall of the
child through labour coming on when the woman is in an unusual
position, as when standing. The author has made a series of
experiments to ascertain the force required to lacerate the cord, in
the following way. The placenta was wrapped up in a piece of
coarse linen and hung freely ; the navel string was passed through a
hole in the middle of the cloth, and to its end a bag was attached to
receive the weights. In a first series of experiments, twelve in
number, the distance fallen through was equal to the whole length
of the cord ; in two cases 500 grammes was sufficient to tear
through the cord. But as in labour the child can never fall through
the whole length of the cord, a second series of experiments was
performed when the distance fallen through was half the length of
the cord. Here in six cases the cord was torn through by a weight
of 700 — 1000 grammes ; in the other cases the injury was so severe
that a slight increase of the weight would have been sufficient to
lacerate the cord. The anatomical structure of the cord explains
how it is it affords so little resistance to a sudden laceration. All
the parts have one after the other to sustain the full force of
the lacerating weight ; first the amniotic covering in the concavity is
broken through, then usually the arteries follow, then the vein, and
last of all the convexity of the cord. The more suddenly the force
acts, the nearer the laceration usually is to the point of application
of the weight. The author concludes by saying that in all cases of
labour in which the whole weight of the expelled child can act upon
the cord there is not only the greatest probability, but it is almost
certain the cord will be lacerated.
9, Dr. Faloy defines acute pemphigus of the newly born as
follows : An exanthematic, cutaneous disease, nearly always
apyretic and without gravity, often epidemic and sometimes con-
tagious, rarely mortal, characterised by a discrete or general erup-
tion of vesicles which develop simultaneously or successively, filled
with a liquid at first limpid, then opaque, and giving rise to an
epidermic exfoliation with impetiginous crusts and superficial
ulcerations, terminating by macula which gradually disappear
ultimately, leaving but traces of the phlegmasia or simple solution
of the continuity of the tegumentary surface.
After reviewing the difi'erent opinions of authors on the causes of
pemphigus Dr. Faloy is led by the observations he has made to the
opinion that neither divers cachexies, nor diatheses, nor syphilis are
the ordinary causes of pemphigus neonatorum . He contends, on the
contrary, that most of the children attacked by this eruption present
no symptom of general debility. The author admits that pemphigus
is an exanthem which may coincide with the general state of the
economy, but, as M. Hardy has said, having always the character of
being an accidental and not a necessary manifestation of a per-
1875.] Report on Midwifery ^ ^c, 4^3
manent constitutional condition. The state of debility sometimes
observed in these children may be the result of the exanthem and
not the cause of it. Pemphigus presents itself in two very different
forms: (1.) Acute benign pemphigus. (2.) Acute malignant pem-
phigus. In the first case it may be febrile or apyretic, simultaneous
or successive, partial or general, syphilitic or non-syphilitic, pruri-
ginous or impetiginous. In the second form pemphigus is always
febrile ; it may be solitary, forming but one vast bleb over the whole
surface of the body, or it may be constituted by two, three, or four
huge blebs, distinct at first but tending constantly to unite.
The prognosis is very different in the two kinds ; recovery is the
rule in the first, while death is always the consequence of the
second. Dr. Ealoy does not think syphilis is very often a cause of
pemphigus ; he attributes it rather to excessive heat.
10. Dr. C apples records the successful removal of a dermoid cyst
of the ovary from a child seven and a half years old. The abdominal
enlargement had been first observed about four months before the
date of operation. One noteworthy point in the case is the occur-
rence of an accident by which the abdomen was injured by the fall
of a heavy piece of timber three years previously.
Dr. Cupples mentions that he secured the pedicle " by a single
carbolized catgut ligature, divided and returned within the cavity."
The operator is to be congratulated on his success ; nevertheless, a
caution is necessary against trusting too much to catgut ligatures,
which certainly have a greater tendency, however skilfully applied,
to become unfastened than have ordinary ligatures.
Carbolized catgut is obviously a very desirable material for the
ligature perdu ; but the results obtained by ligaturing the pedicle
and returning it within the abdominal cavity are unquestionably
inferior to those obtained by securing the pedicle outside the abdo-
minal wound by an efficient clamp. The unparalleled experience of
Mr. Spencer Wells warrants and amply confirms this statement.
11. In a paper read by Dr. de Sinety before the Societe de Biologie
of Paris, the author avers that the investigations prove the occurrence
of lactation in newly born infants ; nay more, he asserts that the
foetal breasts may contain colostrum. He states that, as in the adult,
colostrum is first found, and that subsequently the secretion
becomes like that of the suckling mother. The sex of the infant
makes no difference. He bases his statements on chemical and
anatomical investigations.
12. Dr. Wilhite reports fourteen cases of trismus nascentium, in
support of Dr. Marion Sims' theory that the -disease is due to
mechanical pressure on the medulla and nerves by a displacement
inwards of the occipital bone. This may occur in protracted labours
and in those cases where the foetal cranial bones are too fiiUy
ossified. He describes two forms — the acute, where death takes
place within two or three days, and the chronic, in which the child
gradually wastes away. The first symptom in both forms is
inability to suck, and this, he says, is pathognomonic of the disease.
The treatment should consist in keeping the child lying on the side,
not on the back, so that there is no pressure upon the occipital bone.
lia--LTi. S2
4S4
Books, ^c, received for Review,
[Oct.,
BOOKS, PAMPHLETS, &c., RECEIVED FOR REVIEW.
On Poisons in relation to Medical Juris-
prudence and Medicine. By Alfred S.
Taylor, M.D., F.R.S. Third Edition.
London, Churchills. 1875. pp. 834.
Essays and Papers on some Fallacies of
Statistics concerning Life and Death,
Health and Disease, with Suggestions to-
wards an Improved System of Registra-
tion. By Henry W. Euaisey, M.D., F.R.S.
London, Smith, Elder & Co. 1875. pp.
322.
Researches into the Antagonism of
Medicines ; being the Report of the Edin-
burgh Committee of the British Medical
Association. By John Hughes Bennett,
M.D. (Reprint.) London, Churchills. 1875.
pp. 100.
The Skull and Brain : their Indications
of Character and Anatomical Relations.
By Nicholas Morgan. Illustrated. London,
Longmans. 1875. pp. 208.
Notes on the Treatment of Skin Dis-
eases. By Robert Liveing, M.D. , &c. Third
Edition. Revised and Enlarged. London,
Longmans. 1875. pp. 116.
Lessons on Prescriptions and the Art of
Prescribing. By W. Handsel Griffiths,
Ph.D., &c. London, Macmillan. 1875.
pp. 150.
The Surgeon's Pocket-Book ; being an
Essay on the best Treatment of Wounded
in War, for which a prize was awarded.
Specially adapted for the public medical
services. By Surgeon-Major J. H. Porter.
London, Griffiths & Co. 1875. pp. 291.
Nature and Treatment of the Deformities
of the Human Body : being a course of
lectures delivered at the Meath Hospital.
By Lambert H. Ormsby, M.B., &c. Illus-
trated. Dublin, Fannin & Co. ; London,
Bailliere & Co. 1875. pp. 263.
The Retrospect of Medicine. Edited by
W. Braithwaite, M.D., and James Braith-
waite, M.D. Vol. LXXI, January to June.
London, Simpkin, Marshall & Co. 1875.
pp. 384.
A Manual of the Diseases of the Heart :
their Pathologv. Diagnosis, Prognosis, and
Treatment. By R. H. Semple, M.D.
London, Churchills. 1875. pp. 296.
Medical Politics; being the Essay to
which was awarded the first Carmichael
prize by the Council of the Royal College
of Surgeons, Ireland, 1873. By Isaac Ashe,
M.D., &c. Dublin, Fannin & Co. 1875.
pp. 174.
Health in the Nursery, and How to
Feed and Clothe a Child, with Observa-
tions on Painless Parturition. A guide and
companion for the young matron and her
nurse. By E. Holland, M.D. Second
Edition. London, Lewis. 1875. pp.93.
The Gentle Treatment of Spinal Curva-
ture. By H. Heather Bigg. London,
Churchills. 1875. pp. 64.
On Concussion of the Spine, Nervous
Shock, and other Obscure Injuries of the
Nervous System in their Clinical and
Medico-legal Aspects. By John E. Erich-
sen. London, Longmans. 1875. pp. 340.
The Diseases of the Heart and of the
Aorta. By Thomas Hayden, Physician to
the Mater Misericordiae Hospital, &c. Il-
lustrated. Dublin, Fannin & Co. ; London,
Churchills. 1875. pp. 1232.
On the Relation between Diabetes and
Food, and its application to the Treatment
of the Disease. By Arthur S. Donkin,
M.D. London, Smith, Elder & Co. 1875.
pp. 186.
A Practical Treatise on Diseases of the
Eye. By R. Brudenell Carter, F.R.C.S.
With numerous illustrations. London,
Macmillan & Co. 1875. pp. 591.
Reports of the Inspectors of Factories
for the half-year ending April, 1875.
A new Manual of Physiology. A course
of lectures on physiology by Prof. Kiiss.
Edited by M. Duval, M.D. Translated
by R. Amory, M.D. London, Bailliere
& Co. 1875. pp. 531.
Journal of the Scottish Meteorological
Society. New Series July 1874— July 1875.
Edinburgh, Blackwoods. pp. 142.
A Report of the Hygiene of the United
States Army, with Descriptions of Mili-
tary Posts. (From the Surgeon-General.)
Washington. 1875.
The Successful Treatment of Internal
Aneurism by Consolidation of the Contents
of the Sac. By JolliflFe Tufnell, F.R.C.S.I.
Second Edition. London, Churchills. 1875.
pp. 71.
Twenty-ninth Report of the Commis-
sioners in Lunacy to the Lord Chancellor.
1875. pp. 307.
Transactions of the New York Academy
of Medicine. Instituted 1847. Second
Series. Vol. I. New York, Appleton &
Co. 1874. pp. 393.
Die Resultate der Gelenkresectionen
im Kriegenach eigenen Erfahrungen.
von E. Bergmann. Mit 20 Tafeln Giessen.
1874.
Des Indications et des Contre-Indica-
tions de 1' Hydro therapie. Par M. le Dr.
Leroy-Dupre, Medecin en Chief de I'Etab-
lissement Hydrotherapique de Belle vue,
Paris, Bailliere et fils. 1875.
1875.]
Books, ^c, received for Review.
4&5
Dei Fenomeni c delle Funzioni di
Transudamento neU'organismo Aniraale
Meraoria del Dottore Filippo Pacini.
1874.
Annali Clinici dello Ospedale dei Pelle-
grini di Napoli. Vol. III. Napoli. 1875.
pp. 246.
Pamphlets.
Bad Homburg and its Resources : for the
use of English Visitors especially. By
Dr. Hoeber. Homburg. 1875.
Thermo- dynamical Phenomena ; or, the
Origin and Physical Doctrine of Life, and
the New Theory of Fermentation. By H.
A. Huntley. Madras, 1875.
Cantho-plasty as a Remedy in certain
Diseases of the Eye. By C. R. Agnew,
M.D. New York. 1875.
A Series of American Clinical Lectures.
Edited by E. C. Seguin, M.D. Otitis. By
C. R. Agnew, M.D. New York. 1875.
Impressions of Madeira. By William
Longman, F.G.S. (Reprint.)
The Clinical Thermoscope and Uni-
formity of Means of Observation. Two
Notes by Edward Seguin, M.D. New
York. 1875.
Abstract of a Clinical Lecture on Phthisi-
cal Laryngitis. By James Sawyer, M.D.
(Reprint.)
Reports, "Weekly, Monthly, and Quar-
terly, of Births and Deaths. From the
Registrar-General.
Report of the Richmond District Asylum.
Dublin. 1875.
Report of the Chinese Hospital. Shang-
hai. 1874.
Report of the Executive Committee of
the Dublin Sanitary Association. 1875.
Report of the Present Sanitary Condi-
tion of the Borough of Droitwich. By
Horace Swete, M.D. 1875.
Ha^matinuria. By J. Warburton Beg-
bie, M.D. A Paper read before the Medico-
Chirurgical Society of Edinburgh. 1875.
Address in Medicine. — Ancient and Mo-
dern Practice of Medicine. Delivered at
the Meeting of the British Medical Asso-
ciation in Edinburgh. By J. W. Begbie,
M.D., &c. 1875.
Reports of the Inspectors of Factories.
(Parliamentary Paper.) 1875.
Annual Report of the Fever Hospital
and House of Recovery, Cork Street.
Dublin. 1875.
Cases of Disease in the Orbit. By Henry
D. Noyes, M.D. New York. 1875.
Baldness : its Cause and Cure. By Mi-
chel Cardin. Manchester. 1875.
How We Die in Large Towns. A Lec-
ture on the Comparative Mortality of
Birmingham and other large towns. By
B. Foster, M.D. 1875.
Seventeenth Annual Report of the
General Board of Commissioners in Lu-
nacv for Scotland. 1875.
Review of the Inspectors' Report on
Insanity in Ireland in 1873. By Robert
Stewart, M.D. (Reprint.) 1875.
The Syphilitic Affections of the Nervous
System. By J. Hughlings Jackson, M.D.
&c. (Reprint.) 1875.
National Association for Providing
Trained Nurses for the Sick Poor. Re-
port of the Sub-committee of Reference
and Enquiry. 1875.
Report of the Committee of the Order
of St. John of Jerusalem in England :
Nurses for the Sick Poor. 1874.
Ling's Educational and Curative Exer-
cises. By M. J. Chapman, M.D. Fourth
Edition. Edited by Augustus Georgii.-
London, Renshaw. 1875. pp. 84.
Proceedings of the New York Academy
of Medicine. New York. 1875.
Significance of Disturbed Action and
Functional Murmurs of the Heart. By
J. R. Learning, M.D. (Reprint.) New
York. 1875.
Report on Mechanical Treatment of
Uterine Displacements. By H. F. Camp-
bell, M.D. Atlanta, Georgia. 1875.
Etude Chirurgique sur la Source Sul-
phuree Sodique et lodo-Bromuree de
Challes (Savoie). Parle Dr. F. Garrigon-
Chambery. 1875.
Note sur la Chronologic et la Geographie
de la Peste, dans la Premiere Moitie du
XIX Siecle. Par J. D. Tholozan (Re-
print.)
De la Genese du Cholera dans I'lnde et
de son Mode d'Origine. Par J. D. Tholo-
zan. Paris. 1875.
Journals.
Dublin Journal of Medical Science.
(Monthly.)
Edinburgh Medical Journal. (Monthly.)
Journal of Mental Science. (Quarterly.)
Irish Hospital Gazette. (Monthly.)
The Veterinary Journal and Annals of
Comparative Pathology. Edited by George
Fleming, F.R.G.S. Vol. I, No. 1. (July.)
1875.
Indian Medical Gazette. (Monthly.)
Canada Medical and Surgical Journal.
(Monthly.)
Nature, a Weekly Illustrated Journal
of Science. September.
American Journal of Insanity. Utica.
July, 1875.
The American Journal of Obstetrics and
Diseases of Women and Children. New
York. August, 1875.
New York Medical Journal. New York.
(Monthly.)
Archives of Dermatology. Edited by L.
D. Bulkley, M.D. New York. (Quarterly.)
Philadelphia Medical Times. ( Weekly.)
The Druggist. New York. (Monthly.)
Chicago Journal of Nervous and Alental
Disease. (Monthly.)
496
Books, S^c, received for Review. [Oct., 1875,
New Remedies : a Quarterly Eetrospect
of Therapeutics and Pharmacy. Edited
by F. A. Castle, M.D. New York. 1875.
Archives Generales de Medecine. Paris.
(Monthly.)
Bulletin General de Therapeutique.
Paris. (Fortnightly.)
Gazette Hebdomadaire. Paris. (Weekly.)
Eevue des Sciences Medicales en France
et a I'Etranger. (Quarterly.)
Schmidt's Jahrbiicher der Gesammten
Medicin. (Monthly,)
Archiv fiir Gynakologie. Berlin. (Quar-
terly.)
Archiv fiir Palhologische Anatomie und
Pbysiologie. Von Rudolf Virchow. Ber-
lin. (Monthly.) 1875.
Deutsches Archiv fiir Klinische Medicin .
(Monthly.)
Athenaeum. Monatsschrift fiir Anthro-
pologie, Hygiene, Moralstatistik, &c. Re-
digirt, von Dr. Eduard Reich. Erster
Jahrgang. Heft 1—4. Jena. 1875.
Nordiskt Medicinskt Arkiv. Redigeradt
af Dr. Axel Key. Sjunde Bandet. Andra
Haflet. Stockholm. 1875. (Quarterly.)
Lo Sperimentale. Giornale Critico di
Medicina e Ghirurgia. Florence and Rome.
(Monthly.)
El Anfiteatro Anatdmico Espanol.
(Weekly.)
0 Correio Medico de Lisboa. (Fort-
nightly.)
NOTICE TO READERS.
The Editor is particularly desirous of having all Reports of Hospitals, Asylums,
Sanitary Boards, Scientific Societies, &c., forwarded to him, as also Inaugural
Lectures, Dissertations, or Theses, Medical and Scientific Addresses, &c.
INDEX TO VOL LVI
OP THE
BRITISH AND FOREIGN MEDICO-CHIRURGICAL REVIEW.
PAGE
Abdominal tumours, bruit in . 466
Absorption, philosophy of . . 209
Aitken's * Outlines of Medicine * . 158
Alkaloids in decomposing sub-
stances 242
Allen on medical problems of the
day . . ■ . . . .363
AUis on chloroform and ether . 456
American ophthalmology . . 172
Analysis of water, by Fox . . 159
Anaesthetics, relative strength of . 456
Anderson, McCall, on eczema. . 161
Animal mechanism, by Marey . 98
Antiseptic surgery, present po-
sition of 253
Aphasia in children . . . 483
Aqueous humour of eye, philosophy
of 209
Archives of electrology . . . 426
Arlidge on lung-disease from dust-
inhalation 433
• report on medicine . . 458
Arloing on nerve- section in neur-
algia 462
Arlt on ophthalmic medicine . 1
Army surgeons, instructions for . 424
Arnaud on the plague in Barbary . 151
Arndt on pathology of sunstroke . 458
Asylum, West Riding, reports . 167
Baker on origin of cerebro-spinal
meningitis .... 246
Barrett on management of infancy 181
Bartholow on uterine fibroids . 223
Baths, cold, in cerebral rheumatism 451
Baxter on hydrocele in a woman . 223
Beard's ' Archives of Electrology' . 426
Beck on iodide of potassium in
syphilis 457
Beigel on diseases of women > . 178
Beneke on pathology of cancer . 469
Berlin, antiseptic surgery at . 278
Bile-colours 210
Biliary secretion, drugs acting on . 452
PAGE
Blake on poisoning by aconite and
chloroform .... 238
Blood, colourless corpuscles . . 206
■ ■ physiology of . . . 206
■ red corpuscles and reagents 206
■ stains, diagnosis of . . 248
white corpuscles, migra-
tions of 207
Books received . . . 250, 494
Boracic acid as an antiseptic . 267
Bouchut's cerebroscopic researches 485
Bouchut on action of eserine. . 447
Bourneville on temperature in
eclampsia 473
Bouyer, case of ovariotomy . . 482
Brainworkers, longevity of . . 248
Breasts of new-born infants . . 493
Buchanan on the circulation . . 411
Bulkley's cases of congenital
syphilis 23
Bull on leprous diseases of eye . 143
Burdwar fever, on, by Roy . . 415
Calberta on the aqueous humour . 209
Calculus extracted through a fis-
sure 224
Cancer uteri treated by tincture of
iron 217
Carbolic acid for malignant pus-
tule 449
Carcinoma, pathology of . . 469
Carter on leprosy . . . 422
on mycetoma . . .39
Cases of echinococci . . . 226
Cataract and imperfect teeth . 487
Cerebroscopic observations . . 485
Cerebrospinal meningitis, origin
of .246
Chadwick on echinococci in pelvis 226
on ovariotomy . . 482
Chambers on diet in health and
disease 339
Chemical Society's Journal . . 429
Chemistry, physiological, by Moore 166
498
INDEX TO VOL. LVI.
PAGB I
Chemistry and therapeutics, rela-
tions between .... 171
Watts' dictionary of . 409
Children, aphasia in . . . 483
diseases of, report of . 472
syphilitic diseases in .420
Children's diseases, by Steiner . 398
Chloral as an anodyne in labour . 474
in large doses in hydro-
phobia ..... 460
and special change in urine 213
use of, in cancer of uterus . 479
Chloride of zinc as an antiseptic . 266
Chloroform and ether as anaesthe-
tics ...... 456
influence of, on foetus 472
Chlorosis with aphasia of the sex-
ual organs .... 480
Cholera-epidemic of 1872 . . 73
influence of microscopic
agents in 352
reports, De Renzy on . 169
Circulation, Buchanan on . .411
physiology of . . 208
Clark on galvanism in endometritis 231
Clarus on aphasia in children
Clay's ' Obstetric Surgery ' .
Clinical Lectures, by Davis .
by Paget
Clinique Medicale, by Lendet
Cold baths in cerebral rheuma-
tism
Congenital syphilis
Controversy, the, on disposal of
the dead
Corelysis, operation of
Corpuscles, colourless, on
Coulard on rheumatic erythema .
Cox on heredity and hybridism ..
Cremation, books on . . .
objections to
Croup and diphtheria, affinity of .
Cumming on uterine souffle
Cunningham on microscopic organ-
isms in air, &c.
Cutaneous exhalation, on, by Eris-
mann
Cupples, case of ovariotomy in a
child
Cyclopaedia of Medicine, by Ziems-
sen
Cystitis, local treatment of .
Cysts of vagina ....
Cystocele, Stoltz's operation.
483
385
184
298
90
451
23
120
9
206
464
53
120
131
490
478
348
212
493
430
230
218
225
Da Costa, lectures on heart-strain 171
Dactylitis syphilitica . . .23
Darwin on marriages between first
cousius , , , , , 363
PAGB
Davis's (Xathan) clinical lectures 184
Dauvergne on dietetic treatment 450
Dead, disposal of the . . . 120
generation of alkaloid in the 242
Deakin on hydrotherapeutic treat-
ment of intermittents . . 455
Decidua, formation of the . . 480
structure of . . . 214
epidemic of . . .85
De Reny on cholera reports . 169
Derivation of biliary colouring
matters 201
Dermoid cyst of ovary . . . 225
Diabetes mellitns and liver glycogen 211
Diagnosis aided by nitrite of amyl 450
Dictionary of medical science, by
Dunglison .... 156
Diet in health and disease, by
Chambers .... 339
Dietetic treatment . . . 450
Diet of infants . . . .184
Disease, nomenclature of . . 428
Diseases of children, by Steiner . 398
Disinfection, science of . . 248
Disposal of the dead . . . 120
Dohrn, transmission of purpura
from mother to infant . . 491
DragendorfF on chemical toxi-
cology 108
Drosdoff, action of compressed air
on blood-pressure , . . 208
Drugs acting on biliary secretion . 452
Dublin Lectures on public health 168
Duncan on mechanism of parturi- 433
tion 391
Dunglison's medical dictionary . 156
Dust-inhalation and lung-disease .
Eassie on cremation . . . 120
Echinococci, cases of, in pelvis . 226
Eclampsia, puerperal, temperature
in 473
Eczema, on, by McCall Anderson . 161
Eldridge on physiological teach-
ing ^ 209
Electric stimuli to brain . .214
Electrology, archives of . . 426
Endometritis cured by galvanism 231
Engelmann on formation of decidua 480
Entozoa, microscopic researches
into 539
Epidemic cholera in India . 73
Epileptics, parturition in . . 474
Erichsen on hospitalism . . 151
Erisman on exhalation of water
by skin .... 212
Erythema related to rheumatism 464
Eserine, action of, in chorea . 447
Estradere on use of phenic acid , 449
INDEX TO VOL. LVI.
499
PAGE
. 143
. 1
Eye, leprous diseases of
Eye, surgery of .
Faloy on pemphigus in infants . 492
Ferrier's ' Guy's Medical Jurispru-
dence' 108
Fibrocystic tumours of uterus re-
moved ..... 232
removal of . 481
F leischer on chloral in cancer of
uterus 477
Fleming on veterinary sanitary
science ..... 378
Fluctuation and tinkling in abdo-
minal tumours .... 466
Forensic medicine, report on . . 234
Fox on disposal of slop- water . 161
on pathology of nerve-centres 32
on skin- eruption in suckling
child from bromide of potassium 487
on water analysis . . . 159
Frankel on aphasia of sexual organs
in chlorosis .... 480
Frey's histology and histo-che-
mistry 327
Freund on echinococci in pelvis . 226
Functional derangements of liver,
by Murchison .... 186
Fmigus-foot of India, Carter on . 39
53
231
23
214
217
207
211
478
188
460
171
219
140
108
217
120
218
418
327
Galton on hereditary genius .
Galvanism in treatment of endo-
metritis .....
Gee on pseudo-paralysis in inherited
syphilis . . .
Generation, physiology of .
Gibb on cancer uteri .
Globules, white, of blood, migra-
tions of
Glycogen, formation of, in liver .
Goodell on turning in contracted
pelvis .....
Granular contracting kidney, on,
by Maclagan . ...
Grazi's case of hydrophobia treated
by chloral .....
Griffiths on chemistry and thera-
peutics
Grigg on abnormality of infantile
uterus
Guy's Hospital reports .
medical jurisprudence
Gynaecological surgery .
Haden on the burial of the dead .
Hsematocele treated by incision
and drainage . . . .
Hamilton on syphilitic osteitis
Handbook for physiological labora-
tory, by Sanderson a»d Klein ,
PAGE
Hansen on tetanus . . . 462
on leprous diseases of eye . 143
Head-injuries and survivorship . 244
Health, public, lectures on . . 168
manual of . . 157
Heart-strain, lectures on . . 171
Heat to spine in metrorrhagia . 481
Heidenhain on diabetes mellitus . 211
on influences of irri-
tation on blood-pressure . . 208
Heintze on structure of the deci-
dua 214
llemans on treatment of hema-
tocele 218
Heredity, on, by Ribot . . 53
Herrgott on use of vaginal obliter-
ation 480
Hicks on local treatment of cyst-
itis 230
Hindoo plan of disposal of the
dead 121
Histology, practical teaching of . 327
Hogg on river pollution . . 249
Holden on sphygmograph . 154
Horton on diseases of tropics . 47
Hospitalism, Erichsen on . . 152
Hospital reports . . . 140
Huth on intermarriage . . 363
Hydrocele in a female . . 223
Hydropathy, by Leroy-Dupre . 427
Hydrophobia treated by chloral . 460
Hydrotherapeutlc treatment of in-
termittent fever . . . 455
Hutchinson on imperfect teeth and
zonular cataract . . . 487
Imperfect teeth and zonular cata
ract
India, sanitary work in
sanitary reports
Infancy, management of, by
Barrett
Infant diet, by Jacoh .
Infantile uterus, abnormal from .
Infection, syphilitic, congenital
sources of ...
Inherited syphilis
Injuries to head in relation to
survivorship ....
Intermarriage, on . . .
Iodide of potassium in syphilis .
Iodine injected into uterus .
Ireland, manual of public health
for 157
Iridectomy, operation of . .13
Iridodesis, operation of . . 12
Jaborandi, use of, in polvdipsia , i5Q
487
72
72
181
184
219
25
23
244
363
457
219
600
INDEX TO VOL. LVI.
Jackson, Hughlings, on inherited
syphilis and nervous diseases . 23
Jacobi on infant diet . . . 184
Johnson on childbirth among
negresses .... 477
Jones on the theory of life . . 172
Journal of Chemical Society . 429
Jurisprudence, medical . . 108
Keith's cases of removal of fibro-
cystic uterine tumours . . 232
Kidney, on contracting granular,
by Maclagan .... 188
Kirby on uses of phosphorus . 452
Keen's histology . . • 327
Laboulb&ne on bruits in abdominal
tumours .... 466
Lactation in new-born infants . 493
Lacteal ducts .... 214
Laptschinsky on red blood-cor-
puscles 206
Laycock on jaborandi in diabetes
insipidus .... 457
Leprous diseases of the eye . . 143
Leprosy, Carter on . . . 422
Leroy-Dupie on hydropathy • 427
Lendet's ' Clinique Medicale ' • 90
Lewis on microscopic organisms in
cholera, &c. .... 348
Life, the simplicity of . . 172
study of, by Dr. M. Jones . 172
Lisle on the use of sea-water in-
ternally .... 454
Lister's practice in 1875 . . 262
Liver, functional derangements . 186
origin of glycogen in 211, 212
Longevity of brain- workers . . 248
Longmore's instructions to army-
surgeons 424
Lung-disease from dust-inhalation. 433
Lymphangitis, Troisier on . . 180
Maclagan on contracting granular
kidney 188
Malignant pustule treated by
phenic acid .... 449
Maly on bile -colouring matters . 210
Mammary pendulous tumour . 218
Mapother on skin diseases . . 166
Marey on animal mechanism . 98
Materia medica, the teaching of . 171
Stille on . . 414
by Phillips . . 405
McLeod on disposal of the dead . 120
McSwiney on mammary tumours 218
Measurements of uterus . . 476
Mechanism of natural morbid
parturition .... 391
PAGH
Medical dictionary by Dunglison 156
jurisprudence, works on .108
missions .... 303
Medicine, outline of, by Aitken . 158
Medical problems of the day, by
N.Allen . . . .363
Meningitis, cerebro- spinal . . 246
Mesopotamia, plague in . . 149
Metrorrhagia arrested by heat to
spine 481
Meyer on ophthalmic surgery . 1
Microscopic researches of Drs.
Cunningham and Lewis . . 348
organisms in health
and disease .... 348
Microscopic examination of air . 349
Midwifer)-, report on . . . 472
Milton on vapour baths . . 428
Missions, medical . . . 303
Mitchell on nitrite of amyl in
spasm 450
Montmeja on ophthalmic surgery. 1
Moore's demonstrations of physio-
logical chemistry . - . 166
Mosler's case of splenic tumour . 467
Murchison on functional derange-
ments of liver .... 186
Mussy, de, on heat to spine in
metrorrhagia .... 481
Mycetoma, Carter on . . .39
Mystics, diseases of . . . 248
Negros, parturition among . . 447
Nerve pathology, recent researches
in 281
section in neuralgia . . 462
Nervous centres, pathology of . 32
system, diseases of, in in-
herited syphilis . , .23
Neuralgia as treated by nerve-
section 462
Nitrite of amyl in spasm . . 449
Nomenclature of disease . . 428
Obstetric Surgery, by Clay . . 385
Operative surgery of eye . . 1
Ophthalmic surgery ... 1
Ophthalmological Society, Ameri-
can, Transactions . . . 172
Origin of cerebro-spinal meningitis 246
Outlines of medicine, by Aitken . 158
Ovarian cysts, serous form . . 224
Ovariotomy, on, by Chadwick . 482
in a child . . 493
■ case of, by Bouyer . 482
Ovary, dermoid cyst of . . 225
Oxygen, an antidote to phosphorus 237
Pagef s clinical lectures . . 298
PaUen on vagino-cerviplasty . 220
Panas on serous ovarian cysts . 224
INDEX TO VOL. LVI.
50l
Parrot on pseudo-paralysis
syphilis . . . .
Parry on labour in epileptics
Parturition in negro-race
mechanism of .
PAGE
and
23
474
477
391
458
469
Pathology, report on .
— — — ^ of cancer .
of contracting granular
kidney 188
of nervous centres . 32
* Pathological Society's Transac-
tions' 183
Pathology, researches in . . 281
Pemphigus in young children . 492
Peritomy, operation of . . 5
Persia, plague in ... 149
Pharmacopoeia, commentary on . 414
Phenic acid for malignant pustule 449
Phillips's materia medica . . 405
Phosphorus poisoning treated by
oxygen 237
uses and administration of . 455
Physiology, report on . . . 206
Physostigmin in chorea . . 447
Pink -formation of glycogen in
liver 211
Plague, the, in Barbary . . 151
, the, in Persia . . . 149
Poisoning by aconite and chloro-
form 238
Poisoning by tobacco-smoke . 234
Potassium, iodide in syphilis . 457
Power, report on physiology . 206
Present position of antiseptic sur-
gery 253
Progress of ophthalmic surgery . 1
Prolapsus ani in children, treat-
ment of 489
Pseudo-paralysis in inherited syphi-
lis 23
Public Health Manual for Ireland 157
Dublin Lectures . 168
Puerperal fever, nature of . . 479
Pulmonary lymphangitis . . 180
Purpura hsemorrhagica in infants,
transmitted from mother . 491
Putzel on nature of puerperal
fever 479
Rajpootana dispensary report . 248
Recent researches in nerve pa-
thology 281
Reese on toxicology : . . 108
Reeves, report on surgery . .217
Reports of hospitals . . , 140
■ of Indian Sanitary Com-
mission 72
Report on forensic medicine . 234
on gynaecological surgery 217
PAGE
Report on materia medica . . 447
on medicine . . . 458
on midwifery . . . 472
on physiology . . . 206
on surgery . . . 217
on toxicology . . . 234
Reports of West Riding Asylum . 167
Researches in nerve pathology . 281
Rheumatism treated by cold baths 457
Rheumatism with erythema . 464
Ribot on heredity . . .53
Richardson, report on forensic me-
dicine 234
J. S., on diagnosis of
blood stains .... 248
■ — R., on simplicity of
life 172
River pollution and water supply 249
Rouget on white blood-globules . 207
Roux on tuberculous arthritis . 413
Roy on Burdwar fever . . . 415
Rupture of navel-string , . 491
Rutherford on biliary stimulants . 452
Salicylic acid, action of . . 452
as an antiseptic . 268
Sanitary work in India . . 72
Secretion, physiology of . . 214
Sea-water, employment of . . 454
Semple, report on materia medica . 447
Serdukoflf on uterine dimensions . 476
Serous ovarian cysts . . . 224
Shropshire medical tarifE . . 170
Simplicity of life . . . 172
Sinety on mammae of new-bom in-
fants 493
Skin-diseases, Mapother on . . 166
Skin-eruption from bromide of po-
tassium from suckling . . 487
Slop-water, disposal of . . 161
Smith's commentary on pharma-
copoeia 414
Soltmann on electric stimuli to
brain 214
Spasm treated by nitrite of amyl , 450
Sphygmograph, Holden on . . 154
Spinal ganglia, structure . . 214
Splenic tumour treated by injec-
tions 467
St. Bartholomew's Hospital Re-
ports 140
St. George's Hospital Reports . 140
St. Thomas's Hospital Reports . 140
Staphyloma, operations for . ,7
Steiner on children's diseases , 398
Stille's therapeutics and materia
medica 414
Stille on medical jurisprudence . 108
Stoltz's operation for cystocele . 225
60£
INDEX TO TOL. LVI.
PAGE
Streatfeild's ophthalmic surgery . 1
Strychnia, researches on . . 236
effects of . . . 248
Sunstroke, pathology of . . 458
Surgery of the eye ... 1
■ ' obstetric, handbook of . 385
■ report on . . . 217
— — — present position of anti-
septic 253
Survivorship after injuries to head 244
Symptoms of inherited syphilis . 26
Syphilitic osteitis, by Hamilton . 418
diseases in children . 420
Syphilis, inherited . . .23
Tait's translation of Steiner on
diseases of children . . 398
Tarchanoff, on biliary colouring
matters 210
• on excitation of pneu mo-
gastric nerves .... 209
Tariff, medical .... 170
Taylor on dactylitis syphilitica . 23
■ on medical jurisprudence . 108
on syphilis in children . 420
Teaching of histology . . . 327
Teevan, extraction of calculus
through a fissure . . . 224
Temperature in puerperal eclamp-
sia 473
Terrier on dermoid ovarian cysts . 225
Tetanus, notes on . . . 462
Thauoffer on spinal ganglia . . 214
Therapeutics, report on . . 447
Tholozan on the plague . . 149
Thoma on physiology of blood-
corpuscles .... 206
Thomas on tubal pregnancy . 474
Thompson on cremation . . 120
Tobacco-poisoning, case of . . 234
Toner, the lecturer . . . 171
Toxicology, Dragendorff on . . 108
report on . . 234
Transactions of American Ophthal-
mological Society . . . 172
of Pathological Society 183
Trask on injections of iodine within
uterus 219
Tripier on nerve-section in neur-
algia 462
Trismus nascentium, on . . 493
Troidier on pulmonary lymphan-
gitis 180
PAGE
Tropical diseases, by Horton . 47
Tubal pregnancy, case of . . 474
Tuberculous arthritis, on . . 413
Tumour, pendulous, of mamma . 218
Turning, rules for, in contracted
pelvis 478
Umbilical cord, rupture of . . 491
Urinary ingredient due to chloral 213
Uterine cancer, treatment . .217
fibroid treated by ergotin 223
fibrocystic tumours re-
moved 232
mucous membrane and
formation of the decidua . . 480
• ■ struc-
ture of 215
■ souffle and foetal heart . 478
Uterus, inversion of, after delivery 474
injection with iodine . 219
measurements of . . 476
Vaginal cysts . . . .218
obliteration for inconti-
nence of uterine . . . 480
Vagino-cerviplasty . . . 220
Vapour bathsi on, Milton . . 428
Veterinary sanitary science . . 378
Vitali, researches on strychnia . 236
Voelckel's case of inversion of
uterus 474
Vignal on biliary stimulants . 452
Walton Haynes on diseases of the
eye 1
Wanklyn's tea, coffee, and choco-
late 408
Water analysis, by Fox . . 159
Watts' dictionary of chemistry . 409
West Riding Asylum Reports . 167
Williams on mucous membrane of
uterus 215
Wiltshire, report on midwifery . 458
Winkler on lacteals . . . 214
Winter on action of salicylic acid 452
Wittich on amount of glycogen in
liver 212
Women, diseases of, report on . 472
, , by Beigel . 178
Ziemssen's * Cyclopedia of Medi-
cine ' 430
Zweifel on influence of chloroform
on foetus . . . . .473
END OF VOL. LVI.
tEINTED BY J. E. ADLABD, BAETHOIOMEW CLOSE.
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