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THE JOURNAL OF
BIOLOGICAL CHEMISTRY
HRISTIAN A. HERTER AND SUSTAINED IN PART BY THE CHRISTIAN A. HERTER.
FOUNDED BY C!
MEMORIAL FUND
EDITED BY
A. N. RICHARDS, Philadelphia, Pa.
DONALD D. VAN SLYKE, New York, N. Y.
CLARENCE J. WEST, New York, N.Y:
. DAKIN, New York, N.Y.
DUNHAM, New York, N.Y.
AYETTE B. MENDEL, New Haven, Conn.
INDEX
AUTHORS, SUBJECTS, FORMULAS
VOLUMES 1-25
1905-1916
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NEW YORK
THE ROCKEFELLER INSTITUTE FOR MEDICAL RESEARCH
1917
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index
wel-As
Cop: »
CoOpyRIGHT 1917
BY
THE JOURNAL OF BIOLOGICAL
PUBLISHED BY THE ROCKEFELLER INSTITUTE FOR MEDICAL RESEA’
FOR THE JOURNAL OF BIOLOGICAL CHEMISTRY, INC.
WAVERLY PRESS ie
Witiams & Witrxivs Company
Bavtimore, U, 8. A.
AUTHOR INDEX.
A
Abderhalden, Emil. Com-
ments on the communica-
tions of Folin and Denis,
1913, 15, 357
Abel, John J., and Taveau, R.
DeM. On the decomposi-
tion products of epinephrine
hydrate, 1905-06, 1, 1
—, and Ford, William W. On
the poisons of Amanita phal-
loides, 1906-07, 2, 273
On the behavior of frog’s
muscle towards acids,
1907, 3, vill
Acree, S. F. On sulfate and
sulfur determinations,
1906-07, 2, 135
On the detection of form-
aldehyde in milk,
1906-07, 2, 145
—, and Syme, W. A. On
the composition of toxico-
dendrol, 1906-07, 2, 547
Adams, H. S. See TAsHIRO
and ADAMS, 1914, 18, 329
Addis, Thomas, and Wata-
nabe, C. K. The rate of
urea excretion. I. A crit-
icism of Ambard and Weill’s
laws of urea excretion,
1916, 24, 203
Adler, Herman M. A clin-
ical method for determining
the alkalinity of the blood,
1907, 3, xxi
See HpnpERSON and Ap-
LER, 1909, 6, xxxvill
3
Adolph, W. H. See TayLor
and ADOLPH,
1914, 18, 521
Aldrich, T. B. An effective
apparatus for evaporating
aqueous extracts by means
of a current of air,
1915, 23, 255
Relative to the total ni-
trogen and a-amino nitrogen
content of pepsins of differ-
ent strengths,
1915, 23, 339
Allen, C. H. See LEVENE,
West, ALLEN, and VAN DER
ScHEER, LOWS, 2o5uel
Allen, George Delwin. The
determination of the bile
salts in urine by means of
the surface tension method,
1915, 22, 505
Alsberg, Carl L. See LEVENE
and ALSBERG,
1906-07, 2, 127
—, and Clark, E. Ds Ona
globulin from the egg yolk
of the spiny dogfish, Squalus
acanthias L.,
1908-09, 5, 243
—,and—. The blood clot of
Limulus polyphemus,
1908-09, 5, 323
—, and Hedblom, c. A. Sol-
uble chitin from Limulus
polyphemus and its peculiar
osmotic behavior,
1909, 6, 483
4 The Journal of Biological Chemistry
—. The globulins of the egg
yolk of selachians, a
1909, 6, x1
—, and Hedblom, C. A. Sol-
uble chitin, 1909, 6, xlv
—. Note on the use of chitin
in dialysis, 1909-10, 7, xii
—, and Clark, E. D. The
hemocyanin of Limulus poly-
phemus, 1910-11, 8, 1
—. The formation of d-glu-
conic acid by Bacteriwm
Savastanoit Smith,
ik) Be
—, and Black, Otis F. Phyto-
chemical studies in cyano-
genesis, 1912, 11, xxxix
—. Note on the proteins of
the blood of Limulus poly-
phemus L., 1914, 19, 77
—, and Clark, William Mans-
field. The solubility of oxy-
gen in the serum of Limulus
polyphemus L. and in solu-
tions of pure Limulus hemo-
cyanin, 1914, 19, 503
—, and Black, Otis F. Con-
cerning the distribution of
cyanogen in grasses, espe-
cially in the genera Panicu-
laria or Glyceria and Tridens
or Steglingia,
1915, 21, 601
—. Note on the reduction of
oxyhemocyanin in the serum
of Limulus polyphemus L.,
1915, 23, 495
-,and Black, Otis F. The
separation of autogenous and
added hydrocyanic acid from
certain plant tissues and its
disappearance during macer-
ation, 1916, 25, 133
—. See VIEHORVER, JOHNS,
and ALSBERG,
1916, 25, 141
Amberg, Samuel. A method
for the determination of
hydrogen peroxide in milk,
together with some observa-
tions on the preservation of
milk by this substance,
1905-06, 1, 219
—, and Morrill, W. P. On
the excretion of creatinine
in the new-born infant,
1907, 3, 311
—, and Loevenhart, A. S.
Further observations on the
inhibiting effect of fluorides
on the action of lipase, to-
gether with a method for the
detection of fluorides in food
products, 1908, 4, 149
—, and Morrill, W. P. A
study of the metabolism of
a breast fed infant, with spe-
cial reference to the am-
monia coefficient,
1909, 6, xxxv
—, and Jones, Walter. On
the application of the optical
method to a study of the
enzymatic decomposition of,
nucleic acids,
1911-12, 10, 81
—, and Winternitz, M. C.
The catalase of sea urchin
eggs before and after fertil-
ization with especial refer-
ence to the relation of cata-
lase to oxidation in general,
1911-12, 10, 295
—, and Jones, Walter. The
action of yeast on yeast nu-
cleic acid,
1912-13, 13, 441
Amoss, H. L. See KastLE
and Amoss, :
1907, 3, xi
Anderson, R. J. Phytin and
phosphoric acid esters of in-
osite, 1912, 11, 471
—. Phytin and _ pyrophos-
Authors 5
phoric acid esters of in-
osite. II,
1912, 12, 97
—. Phytin. III. Concern-
ing the organic phosphoric
acid compound of wheat
bran, 1912, 12, 447
—, The organic phosphoric
acid of cottonseed meal,
1912-18, 13, 311
—. Phytin. V. Concerning
the organic phosphoric acid
of cottonseed meal. II,
1914, 17, 141
—. Phytin. VI. Concerning
phytin in oats,
1914, 17, 151
—. Phytin. VII. Concern-
ing phytin in corn,
1914, 17, 165
wekhyom. VIII. A con-
tribution to the chemistry
of phytin. I. Composition
of barium phytate and phy-
tic acid. Il. A study of the
properties of phytic acid and
its decomposition products,
1914, 17, 171
—. Phytin. IX. Concern-
ing the organic phosphoric
acid compound of wheat
bran. II,
1914, 18, 425
—. Phytin. X. Concerning
the organic phosphoric acid
compound of wheat bran.
Ill. Inosite monophos-
phate, a new organic phos-
phoric acid occurring in
wheat bran,
1914, 18, 441
—. Phytin. XI. Concerning
the organic phosphoric acid
compound of wheat bran.
IV. The occurrence of in-
osite triphosphate in wheat
bran, 1915, 20, 463
=, Phytin. XII. The hy-
drolysis of phytin by the
enzyme phytase contained
in wheat bran,
1915, 20, 475
—, Phytin. XIII. The hy-
drolysis of the organic phos-
phorus compound of wheat
bran by the enzyme phy-
tase, 1915, 20, 483
== Phytins XUV. Concern-
ing phytin in wheat bran,
1915, 20, 493
—. The utilization of inosite
in the dog,
1916, 25, 391
—, and Bosworth, A.W. The
utilization of inosite in the
animal organism. The ef-
fect of inosite upon the me-
tabolism of man,
1916, 25, 399
de Angulo, Jaime. See JoNEs,
W., and DE ANGULO,
1909, 6, xlv
Aschner, Paul W. See Ep-
STEIN and ASCHNER,
1916, 25, 151
Atkinson, James P., and Fitz-
patrick, CharlesB. Noteson
sensitization with tuberculin
to tubercular rabbit serum,
1909-10, 7, lil
—, and —. The relation of
the adrenals to tuberculin
poisoning,
1911, 9, xxii
—. Summary of results of
electrolysis of proteins and
their degradation products,
1914, 17, xxxiv
Auer, John. The purgative
inefficiency of the saline
cathartics when injected
subcutaneously or intra-
venously. A reply to Ban-
croft, 1908, 4, 197
6
Austin, A. E. Calcium me-
tabolism in a case of myo-
sitis ossificans,
1907, 3, xxii
—, and Ordway, Mabel D.
The extraintestinal origin of
hydrobilirubin,
1908, 4, xxxii
Enterokinase in infancy,
1909, 6, viii
Austin, J. Harold, and Ringer,
A.I. The influence of phlor- |
hizin on a splenectomized
dog, 1913, 14, 139
See Perper and AUSTIN,
1915, 22, 81
Austrian, C. R. See JONES,
W., and AUSTRIAN,
1907, 3, 1
See Jonrs, W., and Avs-
TRIAN, 1907, 3, 227
1907, 3, xxvill
B
Baehr, George.
and BAEHR,
TRIAN,
See EpsTrin
1914, 18, 21
See Ersrrern and BaEur,
1916, 24, 1
See Ersrern and BArur,
1916, 24, 17
Bagg, Edward P., Jr. See
Kenpauut, A. I., FARMER,
Baaa, and Day,
1912, 12, 219
Bailey, C. H., and Blish, M. J.
Concerning the identity of
the proteins extracted from
wheat flour by the usual sol-
vents, 1915, 23, 345
Bailey, Cameron V. See My-
prs and BAILEY,
1916, 24, 147
Bailey, E.H.S. See EMERrson,
H. W., Capy, and BaltLey,
1913, 15, 415
See Jonns, W., and Aus- |
| Bailey,
The Journal of Biological Chemistry
Bailey, E. Monroe. Studies
on the banana. I,
1905-06, 1, 355
Biochemical and bacteri-
ological studies of the ba-
nana, TOM2. UG esl
H. C. See Muruin
and BAILEy,
1912, 11, xvii
Baker, Willis. See GnTTLER
and BAKER,
1916, 25, 211
Baldwin, Helen. Acetonuria
following chloroform and
ether anesthesia,
1905-06, 1, 239
Changes in the bile oc-
curring in some infectious
diseases,
1908, 4, 213
Observations on the in-
fluence of lactic acid fer-
ments upon intestinal putre-
faction in a healthy indi-
vidual, 1909-10, 7, 37
Bancroft, Frank W. On the
relative efficiency of the var-
ious methods of administer-
ing saline purgatives,
1907, 3, 191
Bancroft, Wilder D. The
study of environment,
1912, 11, xxxvil
Banzhaf, Edwin J., and Gib-
son, Robert Banks. The
fractional precipitation of
antitoxie serum,
1907, 3, 253
A study of the relative
therapeutic value of anti-
toxic globulin solution and
the whole serum,
1908, 4, xi
—, and Gibson, Robert Banks.
The quantitative changes
during immunization in the
blood of horses and the rela-
Authors 7
tion of the serum globulin | —, and Oviatt, E. The min-
to diphtheria and tetanus eral excretion of the mon-
antitoxin content, key, 1915, 22, 43
1908, 4, xii | —, and Marker, J. On the
—, and Famulener, L. W. The origin of creatine,
influence of chloral hydrate 1915, 22, 49
on serum anaphylaxis, —, and Hines, Harry M. De-
1909, 6, xlii termination of creatine in
—. On the deterioration of muscle. II,
diphtheria antitoxin, 1916, 24, 439
1909-10, 7, xlv | —, —, and Marker, J. Origin
Barker, Lewellys F., and Co- and determination of crea-
hoe, B. A. Some consider- tine in muscle,
ations on proteid diet: with 1916, 24, xxii
especial reference to its con- | —) and Ingvaldsen, Thorsten.
tent in amide-nitrogen, mel- The determination of crea-
anoidin-nitrogen, diamino- tine in muscle. III,
nitrogen and monoamino- 1916, 25, 195
nitrogen, Beatty, W. A. See LEVENE
1905-06, 1, 229 and BEATTY,
Barnett, George DefF., and 1907, 3, xxxix
Jones, Walter. On the re- | Becht, F. C. See McGuican
covery of adenine, and Brecut,
1911, 9, 93, xix 1913, 14, xxvil
Bassett, H. P. See Lapp and Beebe, S. P. The inhibition
BASSETT, of tetany parathyreopriva
1909, 6, 75 by extracts of the parathy-
Bateman, W. G. See SWAIN roid gland,
and BATEMAN, 1907, 3, xxxi
1909-10, 7, 137 | —. The protection to aceto-
Baumann, Emil J. See JOHNS nitrile poisoning by thyroid
and BAUMANN, feeding,
1913, 14, 381 1909, 6, xiii
—. See Jouns and Baumann, | —. . Further experiments on
1913, 15) euts tetany parathyreoprivus,
—. See Jonnsand BAUMANN, 1909, 6, xiv
1913, 15, 515 | —. See Van ALSTYNE and
—. See Jouns and BAUMANN, BEEBE, 1909, 6, xli
1913-14, 16, 185 | —. See Riecs and BEEBE,
—. See Menpet and Bav- 1909, 6, xli
MANN, 1915, 22; 1659) See Cooxr, E., and
Baumann, Louis. The deter- BEEBE, 1911, 9, xv
mination of creatine in mus- | Bell, E. T. See KINGSBURY
cle, and BELL,
AS 1914, 17, 15, xxxviii 1915, 20, 73, xxxil
—. The preparation of sarco- | —. See Kinespury and
sine, . 1915, 21, 563 BELL, 1915, 215 297
8
Benedict, Francis Gano. The
cutaneous excretion of nitrog-
enous material,
1905-06, 1, 263
—, and Osborne, Thomas B.
The heat of combustion of
vegetable proteins,
1907, 3, 119
See CARPENTER and BEN-
EDICT, 1909, 6, 271
See CARPENTER and BEn-
EDICT, ° 1909, 6, xv
—, and Pratt, Joseph H. The
metabolism after meat feed-
ing of dogs in which pan-
creatie external secretion was
absent, LOLS LS ye
Note on the conversion of
creatine to creatinine,
1914, 17, 363
—, Emmes, Louis E., Roth, |
Paul, and Smith, H. Mon-
mouth. The basal metabo- |
lism of normal men and
women, 1914, 18, 139
—, and Roth, Paul. The me-
tabolism of vegetarians as
compared with the metab-
olism of non-vegetarians of
like weight and height,
1915, 20, 231
—, and Smith, H. Monmouth.
The metabolism of athletes
as compared with normal in-
dividuals of similar height
and weight,
1915, 20, 243
—,and Emmes, Louis E. A
comparison of the basal me-
tabolism of normal men and
women, 1915, 20, 253
Factors affecting basal
metabolism,
1915, 20, 263
A respiration apparatus
for small animals,
1915, 20, 301
The Journal of Biological Chemistry
Benedict, Stanley R. The de-
tection and estimation of re-
ducing sugars,
1907, 3, 101
A reagent for the detec-
tion of reducing sugars,
1908-09, 5, 485
A note on the prepara-
tion of glyoxylic acid as a re-
agent, 1909, 6, 51
The estimation of total
sulfur in urine, ~
1909, 6, 363
See Mrnpst and BENE-
DICT, 1909, 6, xx
—,and Saiki, Tadasu. A note
on the estimation of purine
nitrogen in urine,
1909-10, 7, 27
A note on the estimation
of total sulfur in urine,
1909-10, 7, 101
The estimation of urea,
1909-10, 7, xii;
1910-11, 8, 405
The determination of to-
tal sulfur in urine,
1910-11, 8, 499
A method for the estima-
tion of reducing sugars,
1911, 9, 57
—, and Murlin, John R. Note
on the determination of am-
ino-acid nitrogen in urine,
1913-14, 16, 385
Studies in creatine and
creatinine metabolism. I.
The preparation of creatine
and creatinine from urine,
1914, 18, 183
Studies in creatine and
creatinine metabolism. II.
The estimation of creatine,
1914, 18, 191
—, and - Osterberg, Emil.
Studies in creatine and cre-
atinine metabolism. ILI. On
Authors 9
the origin of urinary crea-
tine, 1914, 18, 195
—. See Bock and BENEDICT,
1915, 20, 47
—, See Lewis, R. C., and
BENEDICT,
1915, 20, 61
—, and Hitchcock, Ethel H.
On the colorimetric estima-
tion of uric acid in urine,
1915, 20, 619
—. On the colorimetric de-
termination of uric acid in
blood, 1915, 20, 629
—. Studies in uric acid me-
tabolism. I. On the uric
acid in ox and in chicken
blood, 1915,-20, 633
Bennett, C.B. The purines of
muscle, 1912, 11, 221
—. The cholesterol content
of cancers in rats,
1914, 17, 13
Benson, C. C. On the com-
position of the hourly ex-
cretion of urine,
1907, 3, xxxi
—. See Macatium, A. B.,
and BENSON, .
1909, 6, 87, XXxix
—. Note on the inorganic
constituents of human blood,
1912, 11, xxviii
Benson, Robert L. See
Weis, H. G., and Brn-
SON, 1907, 3, 35
—, and Wells,
The study of autolysis by
physicochemical methods.
1s 1910-11, 8, 61
Bentley, W. H. See Harr, E.
B., and HumMPHREY,
1915, 21, 239
EY B., and
H. Gideon.
—. See Harr,
BENTLEY,
1915, 22, 477
Berg, William N., and Welker,
William H. Experiments to
determine the influence of
the bromides of barium and
radium on protein metabo-
lism, 1905-06, 1, 371
—, and Gies, William Ufo
Studies of the effects of ions
on catalysis, with particular
reference to peptolysis and
tryptolysis,
1906-07, 2, 489
—. See SHERMAN, BERG, Co-
HEN, and WHITMAN,
1907, 3, 171, xxxvi
—, A comparative study of
the hydrolysis of different
proteins in pepsin-acid solu-
tions, 1908, 4, xlv
—. The physicochemical ba-
sis of striated muscle con-
traction. II. Surface ten-
sion, 1913, 14, xxviii
—, Sources of surface ten-
sion in striated muscle,
1914, 17, xlix
—, The maximum = surface
tension in striated muscle,
1914, 17, xlix
Bergeim, Olaf. See Da Costa,
Funk, Bercem, and Hawk,
1914, 17, xxx
—, See STEWART, BERGEIM,
and Hawk,
g 1914, 17, xlvii
—, Rehfuss, Martin E., and
Hawk, Philip B. Gastro-
intestinal studies. ie
(Studies on water drinking.
XXI.) Direct demonstra-
tion of the stimulatory
power of water in the hu-
man stomach,
1914, 19, 345
—, See Hatverson and Brr-
GEIM, 1916, 24, xxii
10 The Journal of Biological Chemistry
—. See Hatverson, BER-
Grim, and Hawk,
1916, 24, xxii
Biddle, H.C. See Roperrson
and BrppLe,
1911, 9, 295
Birchard, F. J. See LEVENE,
Van Styke, and Brrcwarp,
1910-11, 8, 269
—. See LevenrE, VAN SLYKE,
and BrrcHARD,
1911-12, 10, 57
—. See Levene and Bir-
CHARD,
1912-138, 13, 277
—, See VAN Suyxe, D.D.,
and BiRcHARD,
1913-14, 16, 539
Black, Clarence L. See Un-
DERHILL and Biack,
1912, 11, 235
Black, Otis F. The detection
and quantitative determina-
tion of B-oxybutyric acid in
the urine,
1908-09, 5, 207
—. See AtsperG and Buack,
1912, 11, xxxix
—. See Ausprre and Brack,
1915, 21, 601
—. See AtsperG and Buack,
1916, 25, 133
Blackburn, Caroline D. See
PETERS, 1916, 24, xxi
Blanck, Frederick C. See
Fouin,
1910-11, 8, 395
Blatherwick, Norman R., Sher-
win, C. P., and Hawk, P. B.
Intestinal putrefaction and
bacterial development ac-
companying water drinking
and fasting,
1912, 11, viii
—. The specific rdle of foods
in relation to the composi- |
tion of the urine,
1914, 17, xl
—. See UNDERHILL and
BLATHERWICK,
1914, 18, 87
—. See UNpDrRHILL and
BLATHERWICK,
1914, 19, 39
—. See UNDERHILL and
BLATHERWICK,
1914, 19, 119
—. See Janney, N. W., and
BLATHERWICK,
1915, 21, 567
—. See Janney, N. W., and
BLATHERWICK,
NM, 7535, 7/7
Blish, M. J. See Batuxry, C.
H., and Butsu,
: 1915, 23, 345
Blood, Alice F. See Mrnprn
and Bioop,
1910-11, 8, 177
—. The erepsin of the cab-
bage (Brassica oleracea),
1910-11, 8, 215
Bloor, W. R. Carbohydrate
esters of the higher fatty
acids, 1909-10, 7, 427
—. A method for determina-
tion of saccharine in urine,
1910-11, 8, 227
—. Carbohydrate esters of
the higher fatty acids. II.
Mannite esters of stearic
acid, 1912, 11, 141
—. Carbohydrate esters of
the higher fatty acids. III.
Mannite esters of lauric acid,
1912, 11, 421
—. On fat absorption,
1912, 11, 429
—. On fat absorption. II.
Absorption of fat-like sub-
stances other than fats,
1913, 15, 105.
—. On fat absorption. III.
Changes in fat during ab-
sorption,
1913-14, 16, 517
Authors ila
—, A method for the deter-
mination of fat in small
amounts of blood,
O14, 17, 377, XXXvil
—.. Studies on blood fat. at
Variations in the fat content
of the blood under approx-
imately normal conditions,
1914, 19, 1
—. A method for the deter-
mination of ‘‘lecithin’”’ in
small amounts of blood,
1915, 22, 133
—. A simple method of con-
verting the Duboseq color-
imeter into a nephelometer,
1915, 22, 145
—. Studies on blood fat. II.
Fat absorption and the blood
lipoids, 1915, 23, 317
—. The determination of cho-
lesterol in blood,
; 1916, 24, 227
—, Fat assimilation,
1916, 24, 447, xi
—. The distribution of the
lipoids (fat) in human blood,
1916, 25, 577
Bock, Joseph C. Note on
Folin’s microchemical meth-
od for the determination of
urea, 1913, 14, 295
—, and Benedict, Stanley R.
‘An examination of the Folin-
Farmer method for the col-
orimetric estimation of nitro-
gen, 1915, 20, 47
Bookman, Samuel. See Ep-
sTEIN and BooKMAN,
1911-12, 10, 353
—, See Epstein and Booxk-
MAN,
1912-13, 13, 117
—. See Epstein and Boox-
MAN, 1914, 17, 455
| Boos, William F.
On the re-
ducing component of yeast
nucleic acid,
1908-09, 5, 469
Borden, J. Harvey. The elim-
ination of indoxyl sulfate in
the urine of the sane,
1906-07, 2, 575
Bosworth, Alfred W., and
Prucha, M.J. The fermen-
tation of citric acid in milk,
1910-11, 8, 479
= See Van Styse, L. L
and BoswoRTH,
1913, 14, 203
—, and Van Slyke, Lucius L.
Preparation and composi-
tion of basic calcium casein-
ate and paracaseinate,
1913, 14, :
mo cee Van Suree,, L. Te,
and BoswoRTH,
1913, 14,
——. See Van Styxe, L.
and BoswoRTH,
1913, 14, 227
—. See Van Suyxe, L. 1 ae
and BoswoRTH,
1913, 14, 231
—. The action of rennin on
casein, 1913, 15, 231
—, and Van Slyke, Lucius L.
The phosphorus content of
casein, 14, 19, 67
= See Van SuyKe, L. L.,
and BoswoORTH,
1914, 19, 73
—. The action of rennin on
casein, 1914, 19, 397
—, Fibrin,
211
1915, 20, 91
—, See Van Suyxe, L. es
and BoswoRTH,
1915, 20, 135
—, Humanmilk,
1915, 20, 707
12 The Journal of Biological Chemistry
—, and Van Slyke, Lucius L.
The casein of goat’s milk, .
1916, 24, 173
The soluble and
compounds of
—, and —.
insoluble
goat’s milk,
1916, 24, 177
—, and —. A comparison of
the composition of cow’s
milk, goat’s milk, and hu-
man milk,
1916, 24, 187
—. See Van Stryke, L. L.,
and BoswortH,
1916, 24, 191
—. See ANDERSON and Bos-
WORTH, 1916, 25, 399
Boughton, WillisA. See Sanc-
ER and BouGuTon,
1909-10, 7, xxxvii
Bovie, W. T. Simple quartz
mereury-vapor lamps for bio-
logical and photochemical
investigations,
1915, 20, 315
Bowes, O.C. The rate of the
passage of fatty acid of food
into the mammary glands of
the goat, 1915; 22, 11
Bradley, Harold C. Manga-
nese, a normal element in
the tissues of the fresh water
clams, Unio and Anodonta,
LOOT euS ula
—. The digestive gland of the
crawfish,
1908, 4, xxxvi
—. Human pancreatic juice,
1909, 6, 133, xlii
—. Lipase,
1909-10, 7, xvii
—. Manganese of the fresh
water mussels,
1909-10, 7, xxxvi
—. Manganese of the tissues
of lower animals,
1910-11, 8, 237
—. Some lipase reactions,
1910-11, 8, 251
—, and Gasser, H. S. Intes-
tinal absorption,
1912, 11, xx
—. Synthetic action of en-
zymes,
1912, 11, xxviii
—. Connective tissue of lim-
ulus, 1912, 11, xxxi
—. The problem of enzyme
synthesis. I. Lipase and
fat of animal tissues, :
1912-13, 13, 407
—, and Kellersberger, E. The
problem of enzyme synthe-
sis. II. Diastase and glyco-
gen of animal tissues,
1912-13, 13, 419
—, and —. The problem of
enzyme synthesis. III. Di-
astase and starch of plant
tissues,
1912-18, 13, 425
—. The problem of enzyme
synthesis. IV. Lactase of
the mammary gland,
1912-13, 13, 431
—. Enzyme syntheses,
1913, 14, xxxiv
—. Connective tissue of lim-
ulus, 1913, 14, xl
—,and Sansum, W.D. Some
anaphylactic reactions,
1914, 18, 497;
1914, 17, xxviii
—. Acceleration of liver autol-
ysis, 1915, 20, xxix
—, and Morse, Max. Studies
of autolysis. I. The accel-
erating effect of manganous
chloride on liver autolysis,
1915, 21, 209
—. Studies of autolysis. II.
The acceleration of liver au-
tolysis, 1915, 22, 113
| —. Is autolysis an autocata-
“Authors
lytic phenomenon? An in-
terpretation,
1916, 25, 201
—, and Taylor, Joseph. Studies
of autolysis. III. The ef-
fect of reaction on liver autol-
ysis, 1916, 25, 261
—, and —. Studies of autol-
ysis. IV. Thelatent period
in autolysis,
1916, 25, 363
Braman, Winifred W. A study
in drying urine for chemical
analysis,
1914, 19, 105
Brautlecht, Charles A. On hy-
dantoins: 1-phenyl-2-thio-
hydantoins from some a-
amino-acids,
1911-12, 10, 139
See Jonson and Braut-
LECHT, 1912, 12, 175
Brewster, J. F. See WITHERS
and BREWSTER,
£913, 15; GM
The nitrogen distribution
in jack beans, cow peas, and
wheat, 1916, 24, xxxv
Bridgman, P. W. The coagu-
lation of albumen by pres-
sure, 1914, 19, 511
Briggs, R. S. Studies in the
blood relationship of ani-
mals as displayed in the com-
position of the serum pro-
teins. IV. A comparison
of the sera of the pigeon,
rooster, and guinea fowl with
respect to their content of
various proteins in the nor-
mal and in the fasting con-
dition, 1915, 20, 7
Brink, F. N. See HENDERSON
and BRINK,
1908, 4, xiv
13
Brown, Orville Harry. A col-
loidal compound of strych-
nine and its pharmacology,
1906-07, 2, 149
The effect of quinine on
cultures of pneumococci,
1912, 11, xxxvi
Brown, P. E., and Kellogg, E.
H. The determination of
the sulfofying power of soils,
1915, 21, 73
See Foun
Buckman, T. E.
and BucKMAN,
1914, 17, 483
Bunzell, HerbertH. The rate
of oxidation of the sugars in
an acid medium,
1908, 4, vill
The mechanism of the
oxidation of glucose by bro-
mine,
1909-10, 7, 157
Quantitative | measure-
ment of oxidases,
1912, 11, xxvi
A simplified and mexpen-
sive oxidase apparatus,
1914, 17, 409
Biological — oxidizability
and chemical constitution,
WGI, WY, ssecota!
—, On alfalfa laccase,
1915, 20, 697
The mode of action of the
oxidases, 1916, 24, 91
The relative oxidase ac-
tivity of different organs of
the same plant,
1916, 24, 103
Burnett, Theodore C. The in-
fluence of temperature upon
the contraction of striped
muscle and its relation to
chemical reaction velocity,
1906-07, 2, 195
On the production of gly-
cosuria in rabbits by the in-
14
travenous injection of sea
water made isotonic with the
blood, 1908, 4, 57
The inhibiting effect of
potassium chloride in so-
dium chloride glycosuria,
1908-09, 5, 351
See RoBERTSON and Bur-
NETT,
Burnham, Gerald. See Joun-
son and BurNHAM,
1911, 9, 331
See JoHnson and Burn-
HAM, 1911, 9, 449
Burrell, J. I. See PENNING-
TON, Heppurn, St. JOHN,
Witmer, STAFFORD, and
BURRELL,
1918-14, 16, 331
Burres, Opal. See Perprs and
BURRES, 1909, 6, 65
Cc
Cady, H. P. See Emerson,
H. W., Capy, and Battery,
1913, 15, 415
Caldwell, George T. See
Weis, H. G:, and Canp-
WELL, 1914, 18, 157
CALDWELL,
1909, 6, 105 |
See Watts, H. G., and |
1914, 19, 57 |
, and Wells, H. Gideon.
The purine enzymes of the
opossum (Didelphis virgin-
iana), 1914, 19, 279
Cameron, A. T. The iodine
content of the thyroid and
of some branchial cleft
fans,
or-
1913-14, 16, 465
Contributions to the bio-
chemistry of iodine. I. The
distribution of iodine in
plant and animal tissues,
1914, 18, 335
Contributions to the bio-
a. +e
The Journal of Biological Chemistry
chemistry of iodine. II. The
distribution of iodine in
plant and animal tissues,
1915, 23, 1
Cannon, W. B. See Four,
CanNON, and Denis,
1912-13, 13, 477
Carlson, A. J.,and Woelfel, A.
On the internal secretions of
the thyroid,
1909, 6, xv
—, and —. Further studies on
the internal secretions of the
thyroids and parathyroids,
1909-10, 7, xxi
—, and Crittenden, A.L. The
relation of ptyalin concen-
tration to the diet and to the
rate of salivary secretion,
1909-10, 7, xxii
—, and Drennan, F. M. A
note on the sugar tolerance
in the pig,
1912-13, 13, 465
—, Orr, J. S., and Jones, W.S.
The absence of sugar in the
urine after pancreatectomy
in pregnant bitches near
term, 1914, 17, 19
Carpenter, Thorne M., and
Benedict, Francis Gano.
The metabolism of man dur-
ing the work of typewriting,
1909, 6, 271
—, and —. Metabolism in
man with greatly diminished
lung area,
1909, 6, xv
See Murimy and Car-
PENTER,
1909-10, 7, xlix
The increase in metabo-
lism due to the work of type-
writing, 1911, 9, 231
Carroll, E. C. See EMMETT
and CARROLL,
1911, 9, xxiii
Authors
Cattell, McKeen.
J., and CaTrELt,
1915, 23, 41
Chace, Arthur F. See FINE
and CHACE,
See Logs,
; 1915, 215 -o00
Chapin, Robert C.., and Po-
wick, Wilmer C. An im-
proved method for the esti-
mation of inorganic phos-
phorie acid in certain tissues |
and food products,
1915, 20, 97, 461
Chernoff, Lewis H. See Jonn-
SON and CHERNOFF,
1913, 14, 307
See VIEHOEVER, CHER-
NoFF, and JOHNS,
1916, 24, xxxill
See VIEHOEVER, CHER-
Norr, and JOHNS,
1916, 24, xxxiv
Chesnut, Rita K. Creatine-
* and ereatinine-free foods,
1914, 17, xli
Chiari, Richard. Reply to the
paper of Benson and Wells,
“The study of autolysis by
physicochemical methods.
i,” 1911, 9, 61
Christie, C.D. See Macteop,,
Curistiz, and DONALDSON,
1912, 1ijeecva
Clapp, Samuel H. ‘See Os-
BORNE and Carp,
1907, 3, 219
_—. See Jonnson and CLAPP,
1908-09, 5, 49
—. See Jonnson and Capp,
1908-09, 5, 163
Clark, Elizabeth E. See
Tracy, M., aad CLARK,
: 1914, 19, 115
Clark, Ernest D. See ALs-
BERG and CLARK,
1908-09, 5, 243
15
—. See ALSBERG and CLARK,
1908-09, 5, 323
The properties of Lintner
-oluble starch,
1909-10, 7, lv
See ALSBERG and CLARK,
1910-11, 8, 1
Phenomena of narcosis in
leaves of the wild indigo
(Baptisia tinctoria) and the
consequent production of a
new phenol, baptisol,
1914, 17, xxxiil
Note on the blackening of
the leaves of the wild indigo
(Baptisia tinctoria) and the
isolation of a new phenol,
baptisol,
1915, 21, 645
, and Scales, F. M. Enzymes
of a cellulose-destroying fun-
gus from the soil, Pen icil-
lium pinophilum,
1916, 24, xxxi
Clark, Lewis Neilson. The ef-
fect of pituitary substance
on the egg production of the
domestic fowl,
1915, 22, 485
Clark, William Mansfield. See
ALSBERG and CLARK,
1914, 19, 503
The final hydrogen ion
concentrations of cultures of
Bacillus coli,
1915, 22, 87
A hydrogen electrode ves-
sel, 1915, 23, 475
—, and Lubs, Herbert A. Hy-
drogen electrode potentials
of phthalate, phosphate, and
borate buffer mixtures,
1916, 25, 479
Clausen, Roy E. On the be-
havior of emulsin in the
presence of collodion,
1914, 17, 413
16
Clawson, B. J., and Young, C.
C. Preliminary report on
the production of hydro-
eyanic acid by bacteria,
1913, 15, 419
Closson, Oliver E. See Un-
DERHILL and CLosson,
1906-07, 2, 117
Clowes, G. H. A. On the réle
played by electrolytes in de-
termining the permeability
of protoplasm,
1916, 24, xiv
Cochrane, Donald C. The de-
termination of ammonia ni-
trogen in steer’s urine,
1915, 23, 311
Coffin, H. W. See KRAMER
and Corrin,
1916, 25, 423
Cohen, L. J. See SHERMAN,
Bere, Couen, and Wuit-
MAN,
1907, 3, 171, xxxvi
Cohoe, B. A. See BarkER and
CoHOR,
1905-06, 1, 229
Collins, Katharine R. See
Grpson and CoLuins,
1907, 3, 233
Collins, R. J., and Hanzlik, P. |
J. A colorimetric method
for the estimation of free
formaldehyde and hexameth-
yleneamine,
1916, 25, 231
Collison, R. C.
lecithin,
1911, 11, 217
Inorganie phosphorus in
plant substances. An im-
proved method of estima-
tion, 1912, 12, 65
Colwell, Rachel H., and Sher-
man, H. C. Chemical evi-
A brief inves- |
tigation on the estimation of |
The Journal of Biological Chemistry
dence of peptonization in
raw and pasteurized milk,
1908-09, 5, 247
Connolly, E.L. See PENNING-
TON, HrppurN, and Con-
NOLLY,
1914, 17, xliv
See Prnnineton, HEN-
DRICKSON, CONNOLLY, and
HENDRIX,
-1915, 20, xxi
Cook, F.C. See LeCurrc and
Coox,
1906-07, 2, 203
The factors which influ-
ence the determination of
creatinine,
1909, 6, xxiv
Cooke, Elizabethe, and Bee- —
bee,S. P. Autolysis of liver
tissue as affected by thyroid
administration,
1911, 9, xv
Cooke, Robert A., and Gors-
lin, E. E. A note on Shaf-
fer’s method for the deter-
mination of 6-oxybutyric
acid,
1911-12, 10, 291
Cooledge, Leslie H. See PAt-
MER, L. 8., and CooLEDGE,
1914, 17, 251
Corper, Harry J. See WE.Ls,
H. G., and CorreEr,
1909, 6, 321
See Wetts, H. G., and
CoRPER,
1909, 6, 469
—..Chemistry of the dog’s
spleen, 1912, 11, 27
Errors in the quantitative
determination of cholesterol
by Ritter’s method; the in-
fluence of autolysis upon
cholesterol,
1912, 11,40
Authors 17
—. A modification of Ritter’s
method for the quantitative
estimation of cholesterol,
1912, 12, 197
—. A method for determining
and comparing the local
toxicity of chemical com-
pounds, 1915, 20, xxi
Corson-White, Ellen P. See
Sweet, Corson-WHiITE, and
SAXON,
1913, 15, 181
.—.-. See Sweet, Corson-
Waits, and Saxon,
1915, 21, 309
Cram, Marshall P., and Me-
serve, Philip W. The per-
sistence of strychnine in a
corpse,
1910-11, 8, 495
Crawford, Albert C., and Wa-
tanabe, WalterK. Parahy-
droxyphenylethylamine, a
pressor compound in an
American mistletoe,
1914, 19, 303
—,and—. The occurrence of
p-hydroxyphenylethylamine
in various mistletoes,
1916, 24, 169
Creighton, Henry Jermain
Maude. Sce Harnris, D. F.,
and CREIGHTON,
1915, 20, 179
—. See Harris, D. F., and
CREIGHTON,
1915, 21, 303
—. See Harris, D. F., and
CREIGHTON,
1915, 22, 535
—. See Harris, D. F., and
CREIGHTON,
1915, 23, 469
Crittenden, A. L. See Cart-
SON and CRITTENDEN,
1909-10, 7, xxii
Crohn, B. B., and Epstein, A.
A. The stimulating influ-
ence of serum on pancreatic
amylase, 1914, 17, 317
Crowe, S.J. On the excretion
of hexamethylenetetramine
in the bile and pancreatic
juice, 1908, 4, xxxv
Crozier, W. J. Cell penetia-
tion by acids,
1916, 24, 255
—. Some indicators from ani-
mal tissues,
1916, 24, 443
Csonka, Frank A. See Gerp-
HART and CsonkKa,
1914, 19, 521
—. Animal calorimetry. X.
The rate at which ingested
glycocoll and alanine are
metabolized,
1915, 20, 539
—. See Janney, N. W., and
CSONKA,
1915, 22, 195
—. See Janney, N. W., and
Csonka,
1915, 22, 203
—. A critique of certain data
on the content of cholesterol
and fatty substances in the
blood, together with a modi-
fication of the colorimetric
method for estimating cho-
lesterol,
1916, 24, 431
Cullen, Glenn E. See Van
Stryke, D. D., and CuLten,
1914, 17, xxviii
—. See Van Styxs, D. D.,
and CULLEN,
1914, 19, 141
—. See Van Styxe, D. D.,
and CULLEN,
1914, 19, 211
—, andEllis, A. W. M. The
18
urea content of human spinal
fluid and blood,
1915, 20, 511
See Van Suyxe, D. D.,
and CULLEN,
1916, 24, 117
Currie, James N. A study of
the optical forms of lactic
acid produced by pure cul-
tures of Bacillus bulgaricus,
1911-12, 10, 201
See THom and CurRRIn,
1913, 15, 249
—, and Thom, Charles. An
oxalic acid producing peni-
cillium, 1915, 22, 287
Curtis, R. S. See WITHERS
and Ray, 1913, 14, 53
See Wrruers and BRrew-
STER,
1913, 15, 161
Curtman, L. J. See Lyte,
CurtmMaAN, and MARSHALL,
1914, 19, 445
Cutler, Ethel. See Roserrr-
son and CUTLER,
1916, 25, 663
D
Dachnowski, Alfred. The rela-
fion of Ohio bog vegetation
to the chemical nature of
peat soils,
1912, 11, xxxviil
Da Costa, J. C., Funk, E. H.,
Bergeim, Olaf, and Hawk, P.
B. A study of the metabo-
lism in osteitis deformans,
1914, 17, xxx
Dakin, H. D. The oxidation
of amino-acids with the pro-
duction of substances of bio-
logical importance,
1905-06, 1, 171 |
The formation of glyox- |
ylie acid, ,
1905-06, 1, 271
The Journal of Biological Chemistry
—. The glyoxylic acid reac-
tion for tryptophane, in-
dole, and seatole,
1906-07, 2, 289
—, and Ransom, C. C. Note
on the treatment of a case of
diabetes mellitus with se-
cretin,
1906-07, 2, 305
Experiments bearing up-
on the mode of oxidation of
simple aliphatic substances
in the animal organism.
Acetic acid, glycoilie acid,
glyoxylic acid, oxalic acid,
glyeocoll, and glycol,
190783; ba
—, and Herter, Mary Dows.
On the production of phe-
nolie acids by the oxidation
with hydrogen peroxide of
the ammonium salts of ben-
zoic acid and its derivatives,
with some remarks on the
mode of formation of phe-
nolic substances in the or-
ganism,
1907, 3, 419
The action of arginase up-
on creatine and other guan-
idine derivatives,
1907, 3, 435
The oxidation of leucine,
a-amido-isovaleric acid, and
| of a-amido-n-valerie — acid
with hydrogen perexide,
1908, 4, 63
The oxidation of butyric
| acid by means of hydrogen
peroxide with formation of
| acetone, aldehydes, and oth-
er products,
| 1908, 4, 77
The oxidation of ammo-
nium salts of hydroxy-fatty
acids with hydrogen perox-
| ide. Glycollic, lactic, w-oxy-
Authors 19
butyric, B-oxybutyric, a-oxy-
isobutyric, a@-oxyisovaleric,
and leucic acids,
1908, 4, 91
—. Asynthesis of certain nat-
- urally occurring aliphatic
ketones, with a suggestion of
a possible mode of formation
of these substances in the
organism. Methyl-n-nonyl
ketone, methyl-n-heptyl ke-
tone, methyl-n-amyl ketone,
1908, 4, 221
—. A comparative study of
the oxidation of the ammo-
nium salts of saturated fatty
acids with hydrogen perox-
ide, 1908, 4, 227
—. Note on the use of para-
nitrophenylhydrazine for the
identification of some ali-
phatic aldehydes and ke-
tones, 1908, 4, 235
—. Comparative studies of
the mode of oxidation of
phenyl derivatives of fatty
acids by the animal organ-
ism and by hydrogen perox-
ide, 1908, 4, 419
—. Note on the relative rate
of absorption of optically
isomeric substances from the
intestine,
1908, 4, 437
—. Further studies of the
mode of oxidation of phenyl
derivatives of fatty acids in
the animal organism. Phen-
ylbutyrie acid, phenyl-s-
oxybutyric acid, phenylace-
tone, phenylisocrotonic acid,
phenyl - 6,y - dioxybutyric
acid, 1908-09, 5, 173
—. Further studies of the
mode of oxidation of phenyl
derivatives of fatty acids in
the animal organism. III.
Synthesis of some deriva-
tives of phenylpropionic
acid, 1908-09, 5, 303
—. Note on the oxidation of
glutamic and aspartic acids
by means of hydrogen perox-
ide, 1908-09, 5, 409
—. The action of glycocoll as
a detoxicating agent,
1908-09, 5, 413
—. The mode of oxidation
in the animal organism of
phenyl derivatives of fatty
acids. IV. Further studies
on the fate of phenylpropi-
onic acid and some of its
derivatives,
1909, 6, 203
—. The mode of oxidation in
the animal organism of
phenyl derivatives of fatty
acids.: V. Studies on the
fate of phenylvaleric acid
and its derivatives,
1909, 6, 221
—. The mode of oxidation
in the animal organism of
phenyl derivatives of fatty
acids. VI. The fate of
phenylalanine, phenyl-8-
alanine, phenylserine, phen-
ylglyceric acids, and phenyl-
acetaldehyde,
1909, 6, 235
—. See Wakeman and Da-
KIN, 1906, 6, 373
—. The catalytic action of
amino-acids, peptones, and
proteins in effecting certain
syntheses,
1909-10, 7, 49
—. Note on the urorosein re-
action,
1909-10, 7, 57
—. The fate of sodium ben-
zoate in the human organ-
ism, 1909-10, 7, 103
20
—. See Mrenpeu and Dakin,
1909-10, 7, 153
—. Experiments relating to
the mode of decomposition
of tyrosine and of related
substances in the animal
body, 1910-11, 8, 11
—. The fate of inactive tyro-
sine in the animal body to-
gether with some observa-
tions upon the detection of
tyrosine and its derivatives
in the urine. The synthesis
and probable mode of forma-
tion of Blendermann’s para-
hydroxybenzylhydantoin,
1910-11, 8, 25
—. The mode of oxidation of
phenyl derivatives of fatty
acids. activa-
/
|
j
|
Authors
tion of unfertilized starfish
eggs by butyric acid,
1916, 24, 233
Lindsey, J. B., and Smith, P.
H. The cause of the diges-
tion depression produced by
molasses,
1909-10, 7, xxxix
Lipman, Charles B. Nitrogen
fixation by yeasts and other
fungi,
1911-12, 10, 169
Loeb, Jacques. The stimula-
ting and inhibitory effects of
magnesium and calcium up-
on the rhythmical contrac-
tions of a jellyfish (Polyor-
chis),
1905-06, 1, 427
—, The toxicity of sugar so-
lutions upon Fundulus and
the apparent antagonism be-
tween salts and sugar,
1912, 11, 415
—, and Wasteneys, Hardolph.
The relative
weak and strong bases upon
the rate of oxidations in the
unfertilized egg of the sea
urchin,
1913, 14, 355
—, and —. The influence of
bases upon the rate of oxi-
dations in fertilized eggs,
1913, 14, 459
—, and —. The influence of
hypertonie solution upon
the rate of oxidations in fer-
tilized and unfertilized eggs,
1913, 14, 469
—,and—. Is narcosis due to
asphyxiation,
1913, 14, 517
—. Is the antagonistic action
of salts due to oppositely
charged ions,
1914, 19, 431
influence of |.
59
—, and Wasteneys, Hardolph.
Further experiments on the
relative effect of weak and
strong bases on the rate of
oxidation in the egg of the
sea urchin,
1915, 21, 153
—, and —. On the influence
of balanced and _ non-bal-
anced salt solutions upon the
osmotic pressure of the body
liquids of Fundulus,
1915, 21, 223
—, and Cattell, McKeen. The
influence of electrolytes upon
the diffusion of potassium
out of the cell and into the
cell, 1915, 23, 41
—. On the rdle of electrolytes
in the diffusion of acid into
the egg of Fundulus,
LOT 23, che
—, and Wasteneys, Hardolph.
Note on the apparent change
of the osmotic pressure of
cell contents with the os-
motic pressure of the sur-
rounding solution,
1915, 23, 157
—. Calcium in permeability
and irritability,
1915, 23, 423
—, The salts required for the
development of insects,
1915, 23, 431
—, and Ewald, W. F. Chem-
ical stimulation of nerves,
1916, 25, 377
Loeb, Leo. See FLEISHER and
Lors,
1909-10, 7, xix
—, On the influence of preg-
nancy on the cyclic changes
in the uterus,
1913, 14, xxix
—. See Vera and Logs,
1914, 17, xxv
60
—. See Vera and Loxrs,
1914, 19, 305
—, See FirisHer and Lozs,
1915, 21, 477
Loevenhart, A. S. On the so
called coferment of lipase.
ip 1906-07, 2, 391
—, and Peirce, George. The
inhibiting effect of sodium
fluoride on the action of li-
pase,
1906-07, 2, 397
—, and Souder, C.G. On the
effect of bile upon the hy-
drolysis of esters by pan-
creatic juice,
1906-07, 2, 415
—, Are the animal enzymes
concerned in the hydrolysis
of various esters identical,
1906-07, 2, 427
—,. See AmperGc and Loz-
VENHART,
1908, 4, 149
—, See Grove and LOEvEN-
HART,
—, and Grove, W. E. The
action of certain substances
upon the respiratory center,
1909-10, 7, xvi
—, See Gasser and LorvEen-
HART, 1913, 14, xxx
—, See Koris and LoEvEN-
HART, 1914, 17, xxxvill
—. See Datiwic, Kouts, and
LoEVENHART,
1915, 20, xxxii
Long, Esmond R. On the
presence of adenase in the
human body,
1913, 15, 449
Long, John R. The definition
of normal urine,
1912, 11, xl
Lépez-Suarez, J. See Levene
and L6pEz-SUAREZ,
1916, 25, 511
1909, 6, xxvii.
The Journal of Biological Chemistry
Losee, J. R. See Van SLYKE,
D. D., Vinocrap-VILLCHUR,
and LosEE,
1915, 23, 3r¢
Lubs, Herbert A. See CLARK,
W. M., and Luss,
1916, 25, 479
Luckett, C. L. See MacAr-
THUR and LUCKETT,
1915, 20, 161
Lundén, Harald. Amphoteric
electrolytes,
1908, 4, 267
Lusk, Graham. See RINGER
and Lusk,
1909-10, 7, xx
—, See Wituams, H. B.,
Ricue, and Lusk,
1912,
—. See WILLIAMS,
Ricue, and Lusk,
1912, 12, 349
—, Animal calorimetry. III.
Metabolism after the inges-
tion of dextrose and fat, in-
cluding the behavior of
water, urea, and sodium chlo-
ride solutions,
1912-13, 13, 27
—, Animal calorimetry. V.
The influence of the inges-
tion of amino-acids upon
metabolism,
1912-13, 13, 155
—, Animal calorimetry. VI.
The influence of mixtures of
foodstuffs upon metabolism,
1912-13, 13, 185
—. See McCruppmn and
Lusk,
11, xxiv
iy Bs,
1912-13, 13, 447
—, Animal calorimetry. XI.
An investigation into the
causes. of the specific dy-
namic action of the food-
stuffs, 1915, 20, 555
Authors
The influence of food on
metabolism, 1915, 20, vili
See Mururn and Lusk,
1915, 22, 15
Lyle, W. G. See KosBEr,
Lye, and MARSHALL,
1910-11, 8, 95
—, Curtman, L. J., and Mar-
shall, J. T. W. The cata-
lytic reactions of the blood.
I. A study of some of the
factors involved in the ben-
zidine test for occult blood,
1914, 19, 445
Lyman, Henry. See Fouin
and LYMAN,
1912, 12, 259
See Fourn and LyMan,
1912-13, 13, 389
A rapid method for de-
termining calcium in urine
and feces,
1915, 21, 551
Lyman, John F. A note on
the chemistry of the muscle
and liver of reptiles,
1908-09, 5, 125
See MrnpeEt and LyMAN,
1910-11, 8, 115
Lyon, E. P., and Shackell, L.
F. Autolysis of fertilized
and unfertilized echinoderm
eggs, 1909-10, 7, 371
M
McClendon, J. F., and Mitch-
ell, P. H. How do isotonic
sodium chloride solution and
other parthenogenic agents
increase oxidation in the sea
urchin’s egg,
1911-12, 10, 459
Echinochrome, a red sub-
stance in sea urchins,
; 1912, 11, 435
On the formation of fats
61
from proteins in the eggs of
fish and amphibians,
1915, 21, 269
On the oxidizing power
of oxyhemoglobin and eryth-
rocytes,
1915, 21, 275
Improved gas chain meth-
ods of determining hydrogen
ion concentration in blood,
1916, 24, 519
,and Magoon,C.A. An im-
proved Hasselbalch hydro-
gen electrode and a combin-
ed tonometer and hydrogen
electrode, together with rap-
id methods of determining
the buffer value of blood,
1916, 25, 669
McCollum, Elmer V. ‘See
Jounson and McCoLium,
1905-06, 1, 437
—, and Hart, E. B. On the
occurrence of a phytin-split-
ting enzyme in animal tis-
sues, 1908, 4, 497
See Hart, E. B., McCot-
Lum, and STEENBOCK,
AGT2 ei au
—, and Halpin, J. G. Synthe-
sis of lecithins in the hen,
1912S Lie pecan
A comparison of the nu-
tritive value of the nitrogen
of the oat and wheat grains
for the growing pig,
1912, 11, xv
The relation between the
nitrogen retention and rise
of creatinine excreted dur-
ing growth in the pig,
1912, 11, xv
—, and Hart, E. B. Experi-
ments in feeding “dissected”
milk, L912 hie exw
—, and Steenbock, H. Onthe
62
creatine metabolism of the
crowing pig,
1912-13, 13, 209
—, Halpin, J. G., and Dresch-
er, A. H. Synthesis of leci-
thin in the hen and the char-
acter of the lecithins pro-
duced,
1912-13, 13, 219
—,. The influence of the plane
of protein intake on nitrogen
retention in the pig,
1913, 14, xxxil
—, and Davis, Marguerite.
The influence of the compo-
sition and amount of the
mineral content of the ra-
tion on growth,
1913, 14, xl
—, and Steenbock, H. The
metabolic end-products of
the lipoid nitrogen of egg
yolk,
1913, 14, xliv
—, and Davis, Marguerite.
The necessity of certain li-
pins in the diet during
erowth, 1913, 15, 167
—, and Hoagland, D. R.
Studies of the endogenous
metabolism of the pig as
modified by various factors.
1. The effects of acid and
basic salts, and of free min-
eral acids on the endogenous
nitrogen metabolism,
1913-14, 16, 299
—, and —. Studies of the
endogenous metabolism of
the pig as modified by vari-
ous factors. II. The in-
fluence of fat feeding on
endogenous nitrogen metab-
olism,
1913-14, 16, 317
—,and—. Studies of the en-
dogenous metabolism of the
The Journal of Biological Chemistry
pig as modified by various
factors. III. The influence
of benzoic acid on the endog-
enous nitrogen metabolism,
1913-14, 16, 321
—. See Hart, E. B., and
McCouuvum,
1914, 17, xliv
—. See Hart, BE. B., McCoz-
LUM, and STEENBOCK,
1914, 17, xlvii
—, and Davis, Marguerite.
Observations on the isola-
tion of the substance in but-
ter fat which exerts a stim-
ulating influence * upon
erowth, 1914, 19, 245
—. The value of the proteins
of the cereal grains and of
milk for growth in the pig,
and the influence of the
plane of protein intake on
erowth, 1914, 19, 323
—. See Hart, E. B., and Mc-
CoLuuM,
1914, 19, 373
—, and Davis, Marguerite.
The influence of the plane of
protein intake on growth,
1915, 20, 415
—, and —. Nutrition with
purified food substances,
1915, 20, 641
—, and —. The influence of
certain vegetable fats on
growth,
1915, 21, 179
—, and —. The influence of
the composition and amount
of the mineral content of the’
ration on growth and repro-
duction,
1915, 21, 615
—,and—. The nature of the
dietary deficiencies of rice,
‘ 1915 .s23 eS
—,and—. The essential fac-
Authors
tors in the diet during
growth,
1915, 23, 231
—,and—. The cause of the
loss of nutritive efficiency of
heated milk,
1915, 23, 247
—, and Kennedy, Cornelia.
The dietary factors operat-
ing in the production of poly-
neuritis,
1916, 24, 491
—, See Hart, E. B., and Mc-
CoLLuM,
1916, 24, xxvili
—, Simmonds, Nina, and Pitz,
Walter. The nature of the
dietary deficiencies of the
wheat embryo,
1916, 25, 105
—. See Hart, E. B., MILLER,
and McCo.tium,
1916, 25, 239
McCord, Carey Pratt. The oc-
currence of pituitrin and
epinephrine in fetal pituitary
and suprarenal glands,
1915, 23, 435
McCrudden, Francis H. The
effect of castration on me-
tabolism, 1908, 4, xl
—. The quantitative separa-
tion of calcium and magne-
sium in the presence of
phosphates and small
amounts of iron devised
especially for the analysis of
foods, urine, and feces,
1909-10, 7, 83, 201
—. The effect of castration
on the metabolism,
1909-10, 7, 185
—,. Chemical analysis of bone
from a ease of human ado-
lescent osteomalacia,
1909-10, 7, 199
—. The products resulting
63
from the putrefaction of fi-
brin by Clostridiwm_carno-
fetidus, salus, and Rausch-
brand, 1910-11, 8, 109
—, The albuminand globulin
in the ovaries of Barbus
fluviatus and the pike,
1911, 9, viii
—, On the presence of a glu-
cose-protein compound in
Ascaris lumbricoides,
1911, 9, vill
—, On the toxic action of cer-
tain fish ovaries,
1911S Ox
—. The determination of cal-
cium in the presence of mag-
nesium and phosphates:
the determination of calcium
in urine,
1911-12, 10, 187
—, and Lusk, Graham. Ani-
mal calorimetry. VII. The
metabolism of a dwarf,
1912-13, 13, 447
—, and Sargent, C. S. The
occurrence and determina-
tion of creatine in the urine,
1916, 24, 423
McGuigan, Hugh. Sugar me-
tabolism,
1907, 3, xxxvil
—. Onglycosuria,
1908, 4, xv
—. On the excretion of form-
aldehyde, ammonia, and
hexamethyleneamine,
1912, 11, xxxili
—, and von Hess, Gers Gly-
colysis, as modified by re-
moval of the pancreas and
by the addition of antisep-
ties, 1912s di, oxy
—, and Becht, ra Cy cHe
compression of the lungs by
inert gases, a
1913, 14, xxv
64
See Ross and McGuiaan,
1915, 22, 407
—, and Ross, Ellison L. Pep-
tone hypoglycemia,
1915, 22, 417
McLean, Franklin C., and
Selling, Laurence. Urea and
total non-protein nitrogen in
normal human blood: rela-
tion of their concentration to
rate of elimination,
1914, 19, 31
—,and Van Slyke, Donald D.
A method for the determi-
nation of chlorides in small
amounts of body fluids,
1915, 21, 361
McPhedran, Fletcher. The
hemolytic power of fatty
acids, 1912, 11, x
Macallum, Archibald Bruce.
On the glomerular excretion
under certain conditions,
190%, °35 Xxx
—,and Benson, C.C. On the
composition of dilute renal
excretions,
1909, 6, 87, xxxix
Some ancestral features
in the blood plasma of ver-
tebrates,
1909-10, 7, xi
The réle of surface ten-
sion in the distribution of
salts in living matter,
1912, 11, xxii
The origin of muscular
energy: thermodynamic or
chemodynamic,
1913, 14, ix
The physies of secretion
and excretion,
1914, 17, viii
See Funx, C., and Ma-
CALLUM,
1915, 23, 413
Macallum, A. B., Jr. See
|
The Journal of Biological Chemistry
Foun, Farmpr, Macat-
LUM, and PETTIBONE,
1911, 9, ix
See Forry and Macat-
LUM, 1912, 11, 265
See Forrn and Macat-
LUM, 1912, 11, 523
See Forms and Macat-
LUM, 1912-13, 13, 363
MacArthur, C. G., and Luck-
ett, C. L. Lipins in nutri-
tion, 1915, 20, 161
MacCallum, John Bruce. Fac-
tors influencing secretion,
1905-06, 1, 335
The action of certain veg-
etable cathartics on the iso-
lated center of a jellyfish
(Polyorchis) ,
1906-07, 2, 385
MacLean, Reginald M. See
Harpine and MacLean,
1915, 20, 217
Harpine and Mac-
1916, 24, 503
Harpine and Mac-
1916, 24, xv
See Harpine and Mac-
LEAN, 1916, 25, 337
Macleod, J. J. R., and Has-
kins, H. D. Contributions
to our knowledge of the
chemistry of carbamates,
1905-06, 1, 319
—, and —. Some observa-
tions on the behavior of the
endogenous purine excretion
in man,
See
LEAN,
See
LEAN,
1906-07, 2, 231
A comparison of Way-
mouth Reid’s and Schenck’s
methods for the estimation
of sugar in blood,
1908, 4, xvil
Experimental glycosuria,
1908, 4, xvill
A comparison of the meth-
Authors
ods of Reidand Schenck for
quantitative estimation of
the reducing substances in
blood,
1908-09, 5, 443
—. Experimental glycosuria,
1909, 6, xvil
— Postmortem glycogenol-
ysis, 1909, 6, xl
—, and Pearce, R. G. The re-
lationship of the suprarenal
glands to sugar production
in the liver,
1912, Ll, xx
—, Christie, C. D., and Don-
aldson, J. D. The estimation
of dextrose in blood and urine
by the difference in reducing
power before and after yeast
fermentation,
1912, 11, xxvi
—. Blood glycolysis: its ex-
tent and significance in car-
bohydrate metabolism. The
supposed existence of “sucre
virtuel” in freshly drawn
blood, 1913, 15, 497
—,and Wedd, A.M. The be-
havior of the sugar and lac-
tic acid in the blood flowing
from the liver, after tem-
porary occlusion of the he-
patic pedicle,
1914, 18, 447
—, and Pearce, R. G. The
level of the sugar in the blood
flowing from the liver under
laboratory conditions,
1915, 20, xxill
Magoon, C. A. See McCLEn-
pon and MaGoon,
1916, 25, 669
Mandel, John A., and Levene,
P. A. On the pyrimidine
bases of the nucleic acid ob-
tained from fish eggs,
1905-06, 1, 425
65
—, and —. Hydrolysis of
spleen nucleoprotein,
1907, 3, xxill
—, and Dunham, Edward K.
Preliminary note on a pu-
rine-hexose compound,
1912, 11, 85
Manwaring, Wilfred H. The
analytical methods of serum
pathology,
1905-06, 1, 213
Quantitative methods
with hemolytic serum,
1907, 3, 387
Marine, David. Quantitative
studies on the in vivo ab-
sorption of iodine by dogs’
thyroid glands,
1915, 22, 547
Marker, J. See BAUMANN, Li,
and MARKER,
1915, 22, 49
See BAUMANN, L., HINEs,
and MARKER,
1916, 24, xxiil
—. See Kramer and MARK-*
ER, 1916, 24, xxiv
Marriott, W. McKim, and
Wolf, C. G. L. The deter-
mination of small quanti-
ties of iron,
1905-06, 1, 451
_— The determination of
acetone bodies in blood and
tissues by micro methods,
1913, 14, xxvil
—. See SHarrer and Mar-
RIOTT,
1913-14, 16, 265
—. The determination of
acetone,
1913-14, 16, 281
—. Nephelometric determi-
nation of minute quantities
of acetone,
1913-14, 16, 289
determination of
_—. The
66
B-oxybutyric acid in blood
and tissues,
1913-14, 16, 293
—. The metabolic relation-
ships of the acetone sub-
stances,
1914, 18, 241;
1914, 17, xxxil
—. The blood in acidosis
from the quantitative stand-
point, 1914, 18, 507
—. A simplified procedure for
the determination of the car-
bon dioxide tension in the
alveolar air,
1916, 24, xvill
—. See Hownanp, HAzss-
LER, and MARRIOTT,
1916, 24, xvili
Marsh, Howard L. See
Meres and Marsx,
1913-14, 16, 147
Marshall, E. K., Jr. A rapid
clinical method for the esti-
mation of urea in urine,
1913, 14, 283
—. On the self-digestion of
the thymus,
1913, 15, 81
—. On the preparation of ty-
rosine,
1913, 15, 85
—. A new method for the de-
termination of urea in blood,
1913, 15, 487
—. The determination of
ureainurine. II,
1913, 15, 495
—, and Rowntree, L.G. ‘The
action of radium emanation
on lipase,
1913-14, 16, 379
—. On soy bean urease: the
effect of dilution, acids, al-
kalies, and ethyl alcohol,
1914, 17, 351
—, and Davis, David M. Urea:
The Journal of Biological Chemistry
its distribution in and elim-
ination from the body,
1914, 18, 53
—. See Marerr and Mar-
SHALL,
1916, 25, 297;
1916, 24, xxx
Marshall, John. A. brief
note on a source of error in
the use of a certain petro-
leum ether as an extracting
medium,
L9OG, 35x
T. We. See
and Mar-
Marshall, J.
Koper, LyLeE,
SHALL,
1910-11, 8, 95
—. See Lyux, CurTman, and
MARSHALL, ,
1915, 19, 445
Marshall, M. J. See Rurran
and MarsHALL,
1916, 24, xii
Martin, N. A. Conductivity
measurements on thymine,
1-methylthymine, 3-methyl-
thymine, 1,3-dimethylthy-
mine, and 4-methyluracil,
1908-09, 5, 67
Mateer, J. G., and Marshall,
E.K., Jr. Urease content of
certain beans, with special
reference to the jack bean,
1916, 25, 297;
1916, 24, xxx
Mathews, Albert P., Riddle,
O., and Walker, Sydney.
The spontaneous oxidation
of some cell constituents,
1908, 4, xx
—, The spontaneous oxida-
tion of the sugars,
1909, 6, 3
—, and Walker, Sydney. The
spontaneous oxidation of
cysteine,
1909, 6, 21
Authors 67
—, and —. The action of cy-
anides and nitriles on the
spontaneous oxidation of
cysteine,
1909, 6, 29
—, and —. The spontaneous
oxidation of cystine and the
action of iron and cyanides
upon it,
1909, 6, 289
—, and-—. The action of
metals and strong salt solu-
tions on the spontaneous Ox-
idation of cysteine,
1909, 6, 299
—, and Glenn, T. H. The
composition of invertase,
1911, 9, 29
—. An important chemical
difference between the eggs
of the sea urchin and those
of the starfish,
1913, 14, 465
—. A new method of deter-
mining valence from the
molecular cohesion,
1913, 14, xxxv
Matthews, Samuel A., and
Miller, E. M. A study of
the effect of changes in the
circulation of the liver on
nitrogen metabolism,
LOTS Sy Sa
—, and Nelson, C. Ferdinand.
Metabolic changes in mus-
cular tissue. I. The fate
of amino-acid mixtures,
1914, 19, 229
Mattill, H. A. See PETERS
and MATTILL,
1909, 6, xxix
—. See Hower, Marritt, and
Hawk,
1909-10, 7, xlvii
—,and Hawk, P.B. The util-
ization of ingested fat under
the influence of copious and
moderate water drinking
with meals,
1911, 9, xx
—,and —. A method for the
quantitative determination
of fecal bacteria,
1911, 9, xx
—,. See Howe, Marri, and
Hawk,
1911-12, 10, 417
—. See Hows, Marritt, and
Hawk,
1912, 11, 103
—, See Marri, H. I., and
Matti,
1914, 17, xxxi
—. See Martin, H. I., and
MAarriLu,
1915, 20, xxii
Mattill, Helen I., and Mattill,
H. A. Some metabolic ef-
fects of bathing in the Great
Salt Lake,
1914, 17, xxxi
—, and —. Digestive pro-
cesses in limulus,
1915, 20, xxii
Maxwell, S. S. Chemical
stimulation of the motor
areas of the cerebral hemi-
spheres,
1906-07, 2, 183
—. Creatine as a brain stim-
ulant,
1907, 3, 21
—. Is the conduction of the
nerve impulse a chemical or
a physical process,
1907, 3, 359
May, Clarence E., and Gies,
William J. Onthe quantita-
tive determination of mucoid
in urine, blood, and tissue
extracts,
1907, 3, xl
—, Concerning the use of
68
phosphotungstic acid as a
clarifying agent in urine an-
alysis, 1912, 11, 81
Maynard, Leonard. See Dox
and MAYNARD,
1912, 12, 227
Means, James H. See Pat-
mer, W. W., Muans, and
GAMBLE,
1914, 19, 239
—. Basal metabolism and
body surface. A contribu-
tion to the normal data,
1915, 21, 263
Medigreceanu, F. See Lr-
VENE and MerpDIGRECEANU,
1911, 9, 65
—., and Kristeller, L. General
metabolism with special ref-
erence to mineral metabo-
lism in a patient with acro-
megaly complicated with
glycosuria,
1911, 9, 109
—,. See Levens and Mept-
GRECEANU,
1911, 9, 375
—. See Levene and MeptI-
GRECEANU,
1911, 9, 389
—. See LEVENE, JAcoBs, and
MEDIGRECEANU,
1912, 11, 371
Meigs, Edward B. Heat co-
agulation in smooth mus-
cles; a comparison of the ef-
fects of heat on smooth and
striated muscle,
1909, 6, xvill
—, and Ryan, L. A. The
chemical analysis of the ash
of smooth muscle,
1912, 11, 401
—. See Ryan and Mrrcs,
1912, 11, xxv
—, and Marsh, Howard L.
The comparative composi-
The Journal of Biological Chemistry
tion of human milk and of
cow’s milk,
1913-14, 16, 147
—. The osmotic properties
of the adductor muscle of
the clam—Venus merce-
naria.
1914, 17, 81
—. The ash of clam muscle
in relation to its osmotic
properties,
1915, 22, 493
Meltzer, S. J. See KLEINER
and MELrTzER,
1912, 11, xxiii
—, See Kuniner and Mrtr-
ZER, 1916, 24, xx
Mendel, Lafayette B., and
Underhill, Frank P. Is the
saliva of the dog amylolyt-
ically active,
1907, 3, 135
—. Embryo-chemical studies
—the purine metabolism of
the embryo,
1907, 3, xxxiv
—. Further observations on
the parenteral utilization of
carbohydrates,
1908, 4, xviii
—. Vegetable agglutinins,
1909, 6, xix
—, and Benedict, Stanley R.
The excretion of magnesium
and calcium,
1909, 6, xx
—, See Wuex er, H. L., and
MENDEL,
1909-10, 7, 1
—,and Dakin, H.D. The op-
tical inactivity of allantoin,
1909-10, 7, 153
, and Myers, Victor C. The
metabolism of pyrimidine
derivatives, f
1909-10, 7, ix
—, and Lyman, John F. The
Authors
metabolism of some purine
compounds in the. rabbit,
dog, pig, and man,
1910-11, 8, 115
_—, and Blood, Alice F. Some
peculiarities of the proteo-
lytic activity of papain,
1910-11, 8, 177
—, and Rose, William C.
Mucie acid and carbohy-
drate metabolism,
1911, 9, xii
—, and —. Experimental
studies on creatine and cre-
atinine. I. The role of the
carbohydrates in creatine-
creatinine metabolism,
1911-12, 10, 213
—, and —. Experimental
studies on creatine and cre-
atinine. II. Inanition and
the creatine content of mus-
cle, 1911-12, 10, 255
—, and Fine, Morris S.
Studies in nutrition. I.
The utilization of the pro-
teins of wheat,
1911-12, 10, 303
—, and —. Studies in nutri-
tion. II. The utilization
of the proteins of barley,
1911-12, 10, 339
—, and —. Studies in nutri-
tion. III. The utilization
of the proteins of corn,
1911-12, 10, 345
—, and —. Studies in nutri-
tion. IV. The utilization of
the proteins of the legumes,
1911-12, 10, 433
—, and —. Studies in nutri-
tion. V. The utilization of
the proteins of cottonseed,
1912, 11, 1
—, and —. Studies in nutri-
tion. VI. The utilization
of the proteins of extractive-
69
free meat powder; and the
origin of fecal nitrogen,
1912, 11,5
OsBoRNE and MEN-
1912, 11, xxii
—. See
DEL,
—, See OsporNnE and MEn-
DEL, 1912, 11, xxxvil
—, See OsBornE and MEn-
DEL, 1912, 12, 81
—,. See OsBornE and MEN-
DEL, 1912, 12, 473
—, and Daniels, Amy L.
The behavior of fat-soluble
dyes and stained fat in the
animal organism,
1912-13, 13, 71
—. See OsBporne and MEN-
DEL,
1912-13, 13, 233
—. See Osporne and MEn-
DEL, 1913, 14, xxxi
—. See. OspornE and MEN-
DEL, 1913, 15, 311
—, and Lewis, Robert (oR
The rate of elimination of
nitrogen as influenced by
diet factors. I. The in-
fluence of the texture of the
diet, 1913-14, 16, 19
—,and—. The rate of elimi-
pation of nitrogen as in-
fluenced by diet factors
Il. The influence of carbo-
hydrates and fats in the
diet, 1913-14, 16, 37
—,.and —. The rate of
elimination of nitrogen as
influenced by diet factors.
Ill. The influence of the
character of the ingested
proteins,
1913-14, 16, 55
—, See OspornE and MEN-
DEL, 1913-14, 16, 423
—, See OsporneE and MEN-
DEL, 1914, 17, 325
70
OsBorRNE and MeEn-
1914, 17, 401
OsporNE and MeEn-
1914, 17, xxili
OsporNnE and MEN-
1914, 18, 1
OspornE and MEnN-
1914, 18, 95
OspoRNE and MEN-
1914, 18, 177
OsBoRNE and MeEn-
1915, 20, 351
OsBorRNE and MEN-
DEL, 1915, 20, 379
—, and Baumann, Emil ij
The question of fat absorp-
tion from the mammalian
stomach, 1915, 22, 165
—, and Stehle, Raymond L.
The role of the digestive
glands in the excretion of
endogenous uric acid,
1915, 22, 215
—, See OssporneE and MEN-
DEL, 1915, 22, 241
—., See OspornE and MEN-
DEL, 1915, 23, 439
—, See OsBoRNE and MEn-
DEL, 1916, 24, 37
—, See OsBoRNE and MEn-
DEL, 1916, 25, 1
Menge, George A. See J OHN-
son and MENGE,
1906-07, 2, 105
—. Some new compounds of
the choline type,
1911-12, 10, 399
—. Some new compounds of
—. See
DEL,
—. See
DEL,
—. See
DEL,
—. See
DEL,
—. See
DEL,
—. See
DEL,
—. See
the choline type II. Cer-
tain acyl derivatives of
a-methyleholine, “‘8-homo-
choline” (8-methylcholine),
and y-homocholine,
1912-13, 13, 97
Menten, M. L. Acidity of
undiluted normal gastric
The Journal of Biological Chemistry
juice from a case of human
gastric fistula, 1915, 22, 341
Meserve, Philip W. See Cram
and MESERVE,
1910-11, 8, 495
Meyer, Gustave M. The fate
of radium after its intro-
duction into the animal
organism, with some re-
marks on the excretion of
barium, 1906-07, 2, 461
The elimination of ba-
rium, 1909, 6, xlvii
On the preparation and
properties of iodomucoids,
1909-10, 7, 11
—. See Levene and MEYER,
1911, 9, 97
—. See Levens and Meyer,
1912, 11, 347
—, See Levenr and MEYER,
1912, 11, 353
—, See Levene and MryEr,
1912, 11, 361
—, See LEvENE and MEYER,
1912, 11, xxix
—, See LeveNnE and MEYER,
1912, 12, 265
—, See Van Suyxs, DD.
and Mrygr, 1912, 12,399
—, See Levene and MEysEr,
1913, 14, 149
—. See Levene and MEYER, ,
1913, 14, 551
—. See Levenr and Meyer,
1913, 15, 65
—, See LevENE and MEYER,
1913, 15, 475
—. See Van Suyxs, D.D.,
and MnByER,
1913-14, 16, 197
—, See Van Suirxs, D.D.,
and MEYER,
1913-14, 16, 213
—, See Van Suyxu, DIDS
and MEYER,
1913-14, 16, 231
Authors TL
See LEVENE and MEYER,
1913-14, 16, 555
_—, See Levene and Meyer,
1914, 17, 443
—, See LevenE and MryeEr,
1914, 18, 469
—, See Luvenr and MEYER,
1915, 22, 337
Miller, C. W., and Taylor, A.
E. On reduction of ammo-
nium molybdate in acid solu-
tion, 1914, 17, 531
—, See Taytor and MILLER,
1914, 18, 215
—, See Taytor and MriLurr,
1915, 21, 255
—. See Tayior and MILLER,
. 1916, 25, 281
Miller, E.M. See Marraews
/ and MILuER,
1913, 15, 87
Miller, Emerson R. Cornin,
the bitter principle of Cor-
nus florida,
1909-10, 7, xlii
Miller, Raymond J. SeeSmirs,
Cc. A., Minusr, and Haws,
1915, 21, 295
—, SeeSmiru, C. A., MILLER,
and Hawk,
1915, 23, 505
Miller, W.S., See Harr, E. B.,
Miter, and McCo.ttum,
1916, 25, 239
Mills, Lloyd H. See Muruin
and MILs,
1911, 9, xxvii
Mills, S. Roy. See RosEn-
BLoom and MItLs,
+ 1913-14, 16, 327
Milner, R. D. See Lanc-
wortHy and MILNER,
1912, 11, xxxiil
Mitchell, H. H. See Rierz
and MitTcHELL,
1910-11, 8, 297
—, and Nelson, R. A. The
preparation of protein-free
milk, 1915, 23, 459
—, Shonle, H.-A., and Grind-
ley, H.S. The origin of the
nitrates in the urine,
1916, 24, 461
Mitchell, Philip Henry. The
influence of autolysis on the
pentose content of the pan-
creas, 1905-06, 1, 503
—,. A note on the behavior of
uric acid toward animal
extracts and alkalies,
1907, 3, 145
—. The purine enzymes of
the guinea pig and rabbit,
1909-10, 7, xi
—. See McCrirnpon and
MitcHELL,
1911-12, 10, 459
—, The oxygen requirements
of shell fish,
1914, 17, xxxi
—. Effect of gas tar on
oysters, 1914, 17, xlu
Miyake, K. On the nature of
the sugars found in the
tubers of arrowhead,
1913, 15, 221
—. The influence of salts
common in alkali soils upon
the growth of the rice plant,
1913-14, 16, 235
—. On the nature of the
sugars found in the tubers
of sweet potatoes,
1915, 21, 503
—, On the nuelein bases
found in the shoots of Aralia
cordata, 1915, 21, 507
—, On the presence of cho-
line in the shoots of Aralia
cordata, 1915, 21, 661
—, The toxic action of soluble
aluminium salts upon the
growth of the rice plant,
1916, 25, 23
72 The Journal of Biological Chemistry
—. See Rogprrtson and Mr-
YAKE, 1916, 25, 351
Morgulis, Sergius. Studies on
fasting flounders,
1915, 20, 37
—. and Fuller, Everett W.
Can carbon dioxide in sea
water be directly determined
by titration?
1916, 24, 31
—. Changes in the weight
and composition of fasting
lobsters,
1916, 24, 137
Morrill, W. P. See AMBERG
and MorRr1zu,
1907, 3, 311
—. See AmperG and Mor-
RILL, 1909, 6, xxxv
Morris, J. Lucien. See Four
and Morris,
19138, 14, 509
—. See Foun,
1914, 17, 469
—. Determination of creati-
nine and creatine; the occur-
rence of creatine,
1915, 21, 201;
1915, 20, xviii
—. A new salt of vric acid
and its application to the
analysis of uric acid and
phenol,
1916, 25, 205
Morrison, A. W. See GoRHAM
and Morrison,
1909-10, 7, xviii
Morrison, F. B.
E. B., Humpnrey, and Mor-
RISON, 1912-13, 13, 133
Morse, Max. The effective
principle in thyroid acceler- |
ating involution in frog lar-
ve, 1914, 19, 421
—. See Brapiey and Morss,
1915, 21, 209
—. The roéle of halogens as
See Harr, |
accelerators of tissue enzyme
action, 1915, 22, 125
—. Is autolysis an autocat-
alytic phenomenon,
1916, 24, 163
—. Hydrogen ion concentra-
tion in autolysis,
1916, 24, xxvii
—. Creatine in atrophy,
1916, 24, xxviii
Mottram, V.H. On the nature
of the hepatic fatty in-
filtration in late pregnancy
and early lactation,
1915, 20, xxxi
—. Fat infiltration of the
eat’s kidney,
1916, 24, xi
Moulton, C.R. Units of ref-
erence for basal metabo-
lism and their interrelations,
1916, 24, 299
Mueller, J. Howard. The cho-
lesterol metabolism of the
hen’s egg during incubation,
1915, 21, 23
—. The assimilation of cho-
lesterol and its esters,
1915, 22, 1
—. A comparison of the re-
sults obtained by the colori-
metric and gravimetric de-
terminations of cholesterol,
1916, 25, 549
—. The influence of autolysis
upon cholesterol esters,
1916, 25, 561
Murlin, John R. Protein me-
tabolism in development,
1909, 6, xx
—. Total (or energy) me-
tabolism in development,
1909, 6, xxi
—. Further observations on
the nitrogen balance in preg-
nant dogs,
1909-10, 7, x
Authors 73
—, and Carpenter, Thorne M.
Note on the protein metab-
olism of parturient women,
1909-10, 7, xlix
—, and Mills, Lloyd H. The
influence on metabolism of
oils injected subcutaneously
and intravenously,
1911, 9, xxvii
_ —, and Bailey, HoaCy Vhe
urine of late pregnancy and
the puerperium,
1912, 11, xvii
—, and Kramer, B. The in-
fluence of pancreatic and
duodenal extracts on the
glycosuria and the respira-
tory metabolism of depan-
creatized dogs,
1913, 15, 365
—, Edelmann, Leo, and Kra-
mer,B. The carbon dioxide
and oxygen content of the
blood after clamping the ab-
dominal aorta and inferior
vena cava below the dia-
phragm,
oP 1913=14, 16;:79
—, See Benepicr, 5S. R.,
and MuRLIN,
1913-14, 16, 385
—. A respiration incubator
for the study of metabolism
in new-born and prematurely
born infants,
1914, 17, xxxix
—. See Kramer and Mur-
LIN, 1915, 20, xxvii
—, and Lusk, Graham. Ani-
mal calorimetry. XII.
The influence of the inges-
tion of fat, 1915, 22, 15
—. See Unprernitt and Mur-
LIN, 1915, 22, 499
the
and
fluence of alkali on
diabetes of partially
_—, and Kramer, B. The in- |
totally depancreatized dogs,
1916, 24, xxv
Myers, Victor C. The cere-
brospinal fluid in certain
forms of insanity, with spe-
cial reference to the content
of potassium,
1909, 6, 115
—. On the salts of cytosine,
thymine, and uracil,
1909-10, 7, 249
—, See Menpet and Myers,
1909-10, 7, ix
—,and Volovic,G.O. Metab-
olism in an experimental
fever with special reference
to the creatinine elimination,
1912, 11, xxi
—, and Fine, Morris S. The
creatine content of muscle
under normal conditions.
Its relation to the urinary
creatinine,
1913, 14, 9
—, and Volovic, G. O. The
influence of fever on the
elimination of creatinine,
, 1913, 14, 489
—, and Fine, Morris S. The
influence of starvation upon
the creatine content of mus-
cle, 1913, 15, 283
—, and —. ‘The influence of
carbohydrate feeding upon
the creatine content of mus-
cle, 1913, 15, 305
—, and —. The influence of
the administration of crea-
tine and creatinine on the
creatine content of muscle,
1913-14, 16, 169
—, and —. A note on the
determination of ergatinine
and creatine in muscle,
1914, 17, 65
—, and —. The non-protein
nitrogenous compounds of
74
the blood in nephritis, with
special reference to creati-
nine and uric acid,
1915, 20, 391
—, and —. The metabolism
of creatine and creatinine.
VII. The fate of creatine
when administered to man,
1915, 21, 377
—, and —. The metabolism
of creatine and creatinine.
VIII. The presence of cre-
atinine in muscle,
1915, 21, 383
—, and —. The metabolism
of creatine and creatinine.
TX. The creatine content
of the muscles of rats fed
on isolated proteins,
1915, 21, 389
—, and —. The metabolism
of creatine and creatinine.
X. The relationship be-
tween creatine and creati-
nine in autolyzing tissue,
1915, 21, 583
—, and Bailey, Cameron We
The Lewis and Benedict
method for the estimation
of blood sugar, with some
observations obtained in dis-
ease, 1916, 24, 147
N
Neidig, Ray E. See Dox and
NEIDIG, 1911, 9, 267
—. Polyatomic alcohols as
sources of carbon for lower
fungi,
1913-14, 16, 143
—, See Dox and NEIvIG,
? 1914, 18, 167
—. Seé Dox and NerpiG,
1914, 19, 235
Neilson, Charles Hugh, and
Lewis, D. H. The effect
The Journal of Biological Chemistry
of diet on the amylolytic
power of saliva,
1908, 4, 501
—, and Scheele, M. H. The
effect of diet on the maltose-
splitting power of the saliva,
1908-09, 5, 331
Nelson, C. Ferdinand. See
Marruews and NELSON,
1914, 19, 229
Nelson, R. A. See MrrcHE.t,
H. H., and NEtson,
1915, 23, 459
Nelson, V. E. See Harr, E.
B., and NELson,
1914, 17, xlvi
—, See SrrenBpock, NELSON,
and Hart, 1914, 19, 399
—, Some color reactions for
indole and scatole, _
1916, 24, 527
—. Indole in cheese,
1916, 24, 533
Newell, Clyde R. See Rerr-
gprR and NEWELL,
1912-13, 13, 341
Nicholl, R. H. The relation-
ship between the ionic poten-
tials of salts and their power
of inhibiting lipolysis,
1908-09, 5, 453
Nicolet, Ben H. See Lewis,
H. B., and NIcouet,
1913-14, 16, 369
Nollau, E. H. The amino-
acid content of certain com-
mercial feedingstuffs and
other sources of proteins,
1915, 21, 611
Nowell, J. W. See WITHERS
and BREWSTER,
1913, 15, 161
O
Oberle, Alfred. See HunTER
and GIVENS,
1914, 18, 403
Authors
O’Brien, William B. See Jonn-
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1912, 12, 205
Olpp, Archibald E. Ast udy of
nucleoprotein from the gas-
tric mucosa,
1909, 6, |
Olsan, H. See Epstrin and
OLSAN, 1912, 11, 315
Olson, George A. Milk pro-
teins, 1908-09, 5, 261
Oosthuizen, J. Du P., and
Shedd, O. M. The effect
of ferments and other sub-
stances on the growth of
burley tobacco,
1913-14, 16, 439
Ordway, Mabel D. See Aus-
TIN and ORDWAY,
1908, 4, xxxii
Orr, J.S. See CARLSON, ORR,
and JONES,
1914, 17, 19
Osborne, Thomas B. Sce
Benepict, F. G., and Os-
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—, and Harris, Isaac F. The
proteins of the pea (Pisum
sativum), 1907, 3, 213
—, and Clapp, S. H. Hy-
drolysis of legumin from
the pea, 1907, 3, 219
—, and Heyl, Frederick W.
Hydrolysis of vicilin from
the pea (Pisum sativum),
1908-09, 5, 187
—, and —. Hydrolysis of
legumelin from the pea
(Pisum sativum),
1908-09, 5, 197
—, and Jones, D. Breese.
Some points in the analysis
of proteins,
1909-10, 7, vill
—, and Guest, H. H. MHy-
drolysis of casein,
1911, 9, 333
79
—, and —. Analysis of the
products of hydrolysis of
wheat gliadin,
1911, 9, 425
—, and Mendel, Lafayette B.
The role of proteins in
growth,
1911-12, 11, xxil
—,and—. Maintenance and
growth,
1911-12, 11, xxxvil
—, and —. Feeding experi-
ments with fat-free food
mixtures, 1OMZ 2 ro
—,and—. The role of gliadin
in nutrition,
1912, 12, 473
—, and —. Maintenance ex-
periments with isolated pro-
teins, 1912-13, 13, 233
—, and Leavenworth, Charles
S. Do gliadin and zein
yield lysine on hydrolysis?
1913, 14, 481
—, and Mendel, Lafayette B.
Feeding experiments rela-
ting to the nutritive value of
the proteins of maize,
1913, 14, xxxi
—, and —. The relation of
growth to the chemical con-
stituents of the diet,
1913, 15, 311
—,and —. The influence of
butter fat on growth,
1913-14, 16, 423
—, and —. Amino-acids in
nutrition and growth,
1914, 17, 325
—,and—. The influence of
cod liver oil and some other
fats on growth,
1914, 17, 401
—, and —. Some problems
of growth,
1914, 17, xxii
76
—, and —.
—, and
—, and —.
See Weuis, H. G., and
OSBORNE,
1914, 17, xxvi
, and Mendel, Lafayette B.
Nutritive properties of the
proteins of the maize ker-
nel, 1914, 18, 1
The suppression
of growth and the capacity
to grow, 1914, 18, 95
The contribu-
tion of bacteria to the feces
after feeding diets free from
indigestible components,
1914, 18, 177
The comparative
nutritive value of certain
proteins in growth, and the
problem of the protein mini-
mum, 1915, 20, 351
, and —. Further obser-
vations of the influence of
natural fats upon growth,
1915, 20, 379
—, and Wakeman, Alfred J.
—, and —.
Does butter fat contain
nitrogen and phosphorus?
1915, 21, 91
Some new con-
stituents of milk. I. The
phosphatides of milk,
1915, 21, 539
—, and Mendel, Lafayette B.
minima for main-
1915, 22, 241
Protein
tenance,
—, Van Slyke, Donald D.,
Leavenworth, Charles S.,
and Vinograd, Mariam.
Some products of hydrolysis
of gliadin, lactalbumin, and
the protein of the rice kernel,
1915, 22, 259
—, and Mendel, Lafayette B.
The resumption of growth
The Journal of Biological Chemistry
after long continued fail-
ure to grow,
1915, 23, 439
—, and —. The stability of
the growth-promoting sub-
stance in butter fat, »
1916, 24, 37
—, and —. The amino-acid
minimum for maintenance
and growth, as exemplified
by further experiments with
lysine and tryptophane,
1916, 25, 1
Osterberg, Emil, and Wolf,
Cc. G. L. Day and night
urines, 1907, 3, 165
See Wor and SHAFFER,
1908, 4, 439
—, and Wolf, C. G. L. Pro-
tein metabolism in the dog.
Il. The influence of low
calorie values of nitrogen
on metabolism,
1908, 4, xxiii
See Benepict, 8. R., and
OSTERBERG,
1914, 18, 195
Osterhout, W. J. V. Extreme
toxicity of sodium chloride
and its prevention by other
salts, 1905-06, 1, 363
The effect of alkali on
permeability,
1914, 19, 335
The effect of acid on
permeability,
1914, 19, 493
Antagonism between
acids and salts,
1914, 19, 517
The measurement of tox-
icity, 1915, 23, 67
Oviatt, E. See BAUMANN, AGE.
and OVIATT,
1915, 22, 43
Authors
P
Paine, H. S. Destruction of
invertase by acids and alka-
lies, 1909-10, 7, xli
Palmer, Leroy S., and Eckles,
Cc. H. Carotin—the princi-
pal natural yellow pigment
of milk fat: its relations to
plant carotin and the caro-
tin of the body fat, corpus
luteum, and blood serum.
I. The chemical and phys-
iological relation of the
pigments of milk fat to the
earotin and xanthophylls of
green plants,
1914, 17, 191
—, and Carotin—the
principal natural yellow pig-
ment of milk fat: its re-
lations to plant carotin and
the carotin of the body fat,
corpus luteum, and blood
serum. II. The pigments
of the body fat, corpus
luteum, and skin secretions
of the cow,
1914, 17, 211
—, and Carotin— the
principal natural yellow pig-
ment of milk fat: its re-
lations to plant carotin and
the carotin of the body fat,
corpus luteum, and blood
serum. III. The yellow
lipochrome of blood serum,
1914, 17, 223
—, and Carotin—the
principal natural yellow pig-
ment of milk fat: its re-
lations to plant carotin and
the carotin of the blood
serum, body fat, and cor-
pus luteum. IV. The fate
of carotin and xanthophylls
during digestion,
1914, 17, 237
77
—, and Carotin—the
principal natural yellow pig-
ment of milk fat: its re-
lations to plant carotin and
the carotin of the blood
serum, body fat, and corpus
luteum. V. The pigments
of human milk fat,
1914, 17, 245
, and Cooledge, Leslie H.
Lactochrome — the yellow
pigment of milk whey: its
probable identity with uro-
chrome, the specific yel-
low pigment of normal urine,
1914, 17, 251
Xanthophyll, the princi-
pal natural yellow pigment
of the egg yolk, body fat,
and blood serum of the
hen. The physiological re-
lation of the pigment to the
xanthophyll of plants,
1915, 23, 261
Palmer, Walter W. See HEN-
DERSON and PALMER,
1912-13, 13, 393
See HENDERSON and PAL-
MER, 1913, 14, 81
See HENDERSON and Pat-
MER, 1913, 14, xxv
See HenpERSON and PaL-
MER, 1914, 17, 305
—, Means, James H., and
Gamble, James L. Basal
metabolism and creatinine
elimination,
1914, 19, 239
See HENDERSON and PAL-
MER, 1915, 21, 37
—, and Henderson, Lawrence
J. On the retention of al-
kali in nephritis,
1915, 21, 57
See MacLeon
Pearce, R. G.
and PEARCE,
1912, 11, xx
78 The Journal of Biological Chemistry
—. See MacLrEoD and
PEARCE,
1915, 20, xxill
—. A eriticism of the Bang
and Lewis-Benedict meth-
ods for the estimation of
blood sugar, with suggestions
for a modification of the
latter method,
1915, 22, 525
Pearce, Richard M. See Tay-
LoR and PEARCE,
1913, 15, 213
Pearl, Raymond, and Sur-
face, Frank M. Studies on
the physiology of reproduc-
tion in the domestic fowl.
IX. On the effect of corpus
luteum substance upon Ovu-
lation in the fowl,
1914, 19, 263
Studies on the
physiology of reproduction
in the domestic fowl. >HI,
On the failure of extract of
pituitary body (anterior
lobe) to activate the rest-
ing ovary,
—, and —.
1915, 21, 95
—. Studies on the physi-
ology of reproduction in the
domestic fowl. XIV. The
effect of feeding pituitary
substance and corpus luteum
substance on egg production
and growth,
1916, 24, 123
Peirce, George. See LOEVEN-
HART and PEIRCE,
1906-07, 2, 397
—. The partial purification
of the esterase in pig’s
liver, 1913-14, 16, 1
—. The compound formed
between esterase and so-
dium fluoride,
1913-14, 16, 5
—, Researches on the hepto-
ses, 1914, 17, xxxv
—. The configuration of some
of the bigher monosaccha-
rides, 1915, 23, 327
Pennington, Mary E. Bacte-
rial growth and chemical
changes in milk kept at low
temperatures,
1908, 4, 353, xxvii
—., IDo muscle and
blood serum contain creati-
nine, 1909-10, 7, xxx
—. Note on anew salt of B-
oxybutyrie acid,
1912, 11, xi
—, and Marriott, W. McKim.
The determination of oxy-
butyric acid,
1913-14, 16, 265
—, The effect of glucose on
autolysis: a possible explana-
tion of the protein-sparing
action of carbohydrates,
1914, 17, xlii
—, Observations on creatine
and creatinine,
1914, 18, 525
—, On the determination of
sugar in blood,
1914, 19, 285
—, On the normal level of
blood sugar of the dog,
1914, 19, 297
—, and Hubbard, R. S. The
level of blood sugar in the
dog, 1915, 20, xxxiv
—, and —. The determina-
tion of B-hydroxybutyric
acid, 1916, 24, xxvil
Shedd, O. M. See OostHut-
ZEN and SHEDD,
1913-14, 16, 439
Sherman, H. C., Berg, W. N.,
Cohen, L. J., and Whitman,
Ww. G. Ammonia in milk
and its development during
proteolysis under the influ-
ence of strong antiseptics,
1907, 3, 171, xxxvi
—, and Sinclair, J. Edwin.
The balance of acid-form-
ing and base-forming ele-
ments in foods,
1907, 3, 307
—. Experiments upon the
metabolism of phosphorus
in man, 1908, 4, xli
—. See ConweELt and SHER-
MAN, 1908-09, 5, 247
—, and Gettler, A. O. The
balance of acid-forming and
base-forming elements in
foods, and its relation to am-
monia metabolism,
1912, 11, 323
Sherwin, C. P., and Hawk,
P.B. Fasting studies. VII.
The putrefaction processes
in the intestine of a man
during fasting and during
subsequent periods of low
and high protein ingestion,
1912, 11, 169
—. See BLATHERWICK, SHER-
win, and Hawk,
1912, 11, viii
-Shonle, H. A. See MircHELt,
H. H., SHonie, and GRIND-
LEY, 1916, 24, 461
Shorey, Edmund C. See
ScHREINER and SHOREY,
1907, 3, xxxvill
—. See ScHREINER and SHOR-
BY 1908, 4, xxvi
—. See ScHREINER and SHOR-
EY, 1910-11, 8, 381
—. See ScHREINER and SHOR-
BY, 1910-11, 8, 385
—. See ScHREINER and SHOR-
BY, aeyitals Ce)
Simmonds, Nina. See Mc-
CoLttuM, SIMMONDS, and
‘Prez,
1916, 25, 105
Authors 91
Simpson, Sutherland. See
HUNTER and Simpson,
1915, 20, 119
Sinclair, J. Edwin. See SHER-
MAN and SINCLAIR,
1907, 3, 307
Skinner, J.J. See ScHREINER
and SKINNER,
1909-10, 7, xxxili
Slagle, Edgar A. A method of
treating and preserving large
quantities of urine for imor-
ganic analysis,
1910-11, 8, 77
Slemons, J. Morris. See
Korixer, A. H., and SLz-
MONS, 1911, 9, 471
Smillie, W. G. See Fottn,
Denis, and SMILLIB,
1914, 17, 519
Smith, C. A., Miller, Raymond
J., and Hawk, Philip B.
Changes in the fat content
of feces preserved by freez-
ing without the addition of
a preservative,
1915, 21, 395
—,—, and —. Gastro-intes-
tinal studies. XI. Studies
on the relative digestibility
and utilization by the hu-
man body of lard and hydro-
genated vegetable oil,
1915, 23, 505
Smith, H. Monmouth. See
Benepict, F. G., EmMgEs,
Rots, and SMITH,
1914, 18, 139
—. See Benenict, F. G., and
SMITH, 1915, 20, 243
Smith, P. H. See LinDsEY
and SMITH,
1909-10, 7, xxxix
Sollmann, Torald. See Hanz-
LIK and SOLLMANN,
1909, 6, xxxvii
Somogyi, Michael. See WoLr
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1908, 4, 439
Souder, C. G. See LOEVEN-
HART and SOUDER,
1906-07, 2, 415
Spencer, William H. Gastro-
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method for the quantitative
estimation of trypsin in the
gastric contents,
1915, 21, 165
Sperry, Joel A., and Rettger,
Leo F. The behavior of
bacteria towards purified
animal and vegetable pro-
teins, 1915, 20, 445
Spiro, K. See HrNDERSON
and Sprro,
1909, 6, Xxxxix
Springer, Alfred, Sr., and
Springer, Alfred, Jr. The
antiputrescent effects of cop-
per salts, 1909, 6, xxxil
—. The selective antiseptic
action of copper salts,
1909-10, 7, xxxi
Springer, Alfred, Jr. See
Springer, A., Sr., and
SPRINGER,
1909, 6, xxxil
Stadtmiiller, N., Kahn, M., and
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sulfur metabolism. I. The
urinary sulfur partition in
various diseases,
1913, 14, xliv
Stafford, M. O. See PEN-
NINGTON, HEPBURN, ST.
Joun, WITMER, STAFFORD,
and BURRELL,
; 1913-14, 16, 331
Stahl, H.S. See Reep, H. Sis
and STAHL,
1911-12, 10, 109
—. See Rerp, H. S., and
STAHL, 1912, 11, xli
92
Stearns, Thornton. See WIL-
SON, STEARNS, and JANNEY,
JR., 1915, 21, 169
—, See WILSON, STEARNS,
and THURLOW,
1915, 23, 89
—, See WILSON, STEARNS,
and JANNEY, JR.,
1915, 23, 123
Steel, Matthew, and Gies, Wil-
liam J. Some notes on the
efficiency of the Folin meth-
od for the quantitative de-
termination of urinary am-
monia, 1908-09, 5, 71
—, A study of the influence
of magnesium sulfate on
metabolism,
1908-09, 5, 85
—, Further observations on
an improved method for the
determination of the am-
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1909-10, 7, lvii
—, An improvement of the
Folin method for the deter-
mination. of urimary am-
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1910-11, 8, 365
Steenbock, H. Quantitative
determination of benzoic,
hippuric, and phenaceturic
acids in urine,
; 1912, 11, 201
—. See Hart, E. B., Mc-
Cottum, and STEENBOCK,
1912, 11, xii
—. See Hart, E. B., and
STEENBOCK,
1912, 11, xiv
—. See McCotium , and
STEENBOCK,
1912-13, 13, 209
—, and Hart, E. B. The in-
fluence of function on the
lime requirements of ani-
mals, 1913, 14, 59
The Journal of Biological Chemistry
—, See: Hart, E. B.} and
STEENBOCK,
1913, 14, 75
—, See McConmnum and
STEENBOCK,
1913, 14, xliv
— See Harr, E. B., Me-
CouttumM, and STEENBOCK,
1914, 17, xlvii
—, Nelson, V. E., and Hart,
E. B. Acidosis in omnivora
and herbivora and its rela-
tion to protein storage,
1914, 19, 399
Stehle, Raymond L. See
Menpet and STEHLE, -
1915, 22, 215
Stewart, F. T., Bergeim, Olaf,
and Hawk, P. B. Calcium
metabolism after thyropara-
thyroidectomy,
1914, 17, xlvii
Stewart, H. W. See PETERS
and STEWART,
1909, 6, xxx
Stiles, Percy G. See Harrow
and STILES,
1909, 6, 359
Stookey, L. B. Glycocoll as a
product of uricolysis,
1908, 4, xxx
—, Some urinary findings in
eclampsia,
1909-10, 7, 1
Straughn, M. N., and Jones,
Walter. The nuclein fer-
ments of yeast,
1909, 6, 245
Sugiura, K. See Koser and
SUGIURA,
1912-13, 13, 1
Sullivan, M. X. See SCHREIN-
pR and SULLIVAN,
' 1907, 3, xxv
—,. See SCHREINER and SuL-
LIVAN, 1908, 4, xxvi
Authors
—, See ScHREINER and SuL-
LIVAN, 1909, 6, 39
—. The action of salts used
as fertilizer on plant en-
zymes, 909, 6, xliv
—. See ScHREINER and SuL-
LIVAN,
1909-10, 7, xxxll
—. See ScHREINER and SuL-
LIVAN, 1911, 9, xvi
—, The passage of organic
sulfate from plant to medi-
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—, and Voegtlin, Carl. “he
distribution in foods of the
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isolation, 1916, 24, xvi
—, and —. The relation of
' lipoids to vitamines,
1916, 24, xvii
Sumner, James B. See FISKE
and SUMNER,
1914, 18, 285
Surface, Frank M. See PEARL
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1914, 19, 263
—, See Peart and SURFACE,
1915, 21; 99
Suzuki, Shinkichi K. A study
of the proteolytic changes
occurring in the lima bean
during germination,
1907, 3, 265
—, Hastings, E. G., and Hart,
E. B. The production of
volatile fatty acids and es-
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their relation to the devel-
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1909-10, 7, 431
Swain, Robert E., and Bate-
man, W. G. The toxicity
of thallium salts. I,
1909-10, 7, 137
Swartz, Mary Davies. The
nutritive value of some sol-
93
uble pentosans, mannans,
levulans, and galactans,
1909-10, 7, xliv
Sweet, J. E., and Ringer, A. I.
The influence of phlorhizin
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1913, 14, 135
—, Corson-White, Ellen P.,
and Saxon, G. J. The rela-
tion of diets and of castra-
tion to the transmissible
tumors of rats and mice,
1913, 15, 181
—,—,and—. Further stud-
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1915, 21, 309
See AcrREE and
1906-07, 2, 547
T
Tashiro, Shiro. A new meth-
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1913, 14, xli
—,. Carbon dioxide appara-
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apparatus for the estima-
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1913-14, 16, 485
—, and Adams, H. Ss. Com-
parison of the earbon dioxide
output of nerve fibers and
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1914, 18, 329
Taveau, R. DeM. See ABEL
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1905-06, 1, 1
Taylor, Alonzo Englebert. On
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1905-06, 1, 177
—, On the polymerization of
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Syme, W. A.
SYME,
1905-06, 1, 345
94 The Journal of Biological Chemistry
—. On the action of lipase,
1906-07, 2, 87
—. On the synthesis of pro-
tein through the action of
trypsin, 1907, 3
—. Chemical studies in
tolysis,
1908-09, 5,
—. On the conversion of
cogen into sugar in
liver, 1908-09, 5,
—. On the antagonism
aleohol to carbolic acid,
1908-09, 5,
, 87
cy-
Sula
gly-
the
315
of
319
—. On the synthesis of pro-
tamine through ferment
tion, 1908-09, 5,
—. On the composition
derivation of protamine
1908-09, 5,
—. On the question of the
identity of pepsin and chy-
mosin, 1908-09, 5,
ac-
381
and
)
389
399
—, On the inversion of cane
sugar and maltose by fer-
ments, 1908-09, 5,
—, On the conception
definition of the term cataly-
sor, (910511. 48;
405
and
503
—. The sources of error in
the Folin method for
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the
?
1911, 9, 19
—,. Onthe cutaneous elimina-
tion of nitrogen, sulfur,
phosphorus,
and
1911, 9, 21
—. Onthe estimation of urea,
1911, 9, 25
—,. The sulfur balance
metabolism,
in
1911, 9, ix
—. The output of ammonia
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1911,
—, and Ringer, A. I.
9,x
The
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the protein metabolism,
1913, 14, 407
—, and Rose, William C.
Studies in the purine metab-
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the human subject,
1913, 14, 419
—, and Ringer, A. I. On the
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gen in the protein. metabo-
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—, and Pearce, Richard M.
The nature of the depressor
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1913, 15, 213
—. On the derivation of ethyl
aleohol contained in the
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—,. See Miturr, C. W., and
TAYLOR, 1914, 17, 531
—, and Miller, C. W. On the
estimation of phosphorus in
biological material,
1914, 18, 215
—, and Rose, William C. The
influence of protein intake
upon the formation of uric
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—, and Adolph, W. H. On
uricolysis,
1914, 18, 521
—, and Miller, C. W. The
estimation of phosphorus in
biological material and the
standardization of solutions
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1915, 21, 255
—. On creatinuria,
1915, 21, 663
—, and Hulton, Florence. On
the formation of specific
proteolytic ferments in re-
sponse to. the parenteral in-
troduction of foreign pro-
tein, 1915, 22, 59
Authors
=, and —. On the estima-
tion of non-protein nitrogen
and glucose in finger blood,
1915, 22, 63
—, and Lewis, H.B. A study
of the protein metabolism
under conditions of repeated
hemorrhage,
1915, 22, 71
—, and —. On the predomi-
nance of the liver in the for-
mation of urea,
1915, 22, 77
—, and Hulton, Florence.
The limit of assimilation of
glucose, 1916, 25, 173
—, and Miller, C. W. Stud-
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Taylor, Joseph. See BRADLEY
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1916, 25, 261
—. See Brapiey and Tay-
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Ten Broeck, Carl. See HEr-
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1911, 9, 491
—, The non-antigenic prop-
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min, 1914, 17, 369
Thoburn, T. W., and Hanzlik,
Paul J. The salicylates. 1
Methods for the quantita-
tive recovery of salicyl from
urine and other body fluids,
1915, 23, 163
Thom, Charles, and Currie,
James N. The dominance
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1913, 15, 249
—. See Currie and Tom,
1915, 22, 287
Thomas, Adrian. See WHITE
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1912, 11, 381
—. See Waite and THOMAS,
1912-18, 13, 111
95
—. A study of the effects of
certain electrolytes and li-
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1915, 23, 359
Thompson, W. B. Studies in
the blood relationship of ani-
mals as displayed in the
composition of the serum
proteins. III. A compari-
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turkey, duck, and_ goose
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1915, 20, 1
Thurlow, Madge DeG. See
Witson, STEARNS, and
THURLOW,
1915, 23, 89
Todd, C. C. See Kocu, W.,
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Tottingham, W.E. See Harr,
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1909, 6, 431
—, The increase of nitrogen
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1916, 24, 221
Towles, C. See VorGrLin and
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—, and Voegtlin, C. Creatine
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Tracy, Grover, and Welker,
William H. The use of
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1915, 22, 55
Tracy, Martha, and Clark,
Elizabeth E. The excretion
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en, 1914, 19, 115
96
Treuthardt, E. L. P. See Sa-
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Trowbridge, P. F. See FRAN-
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1909-10, 7, 481
—, See Francis and TRow-
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—. See RosenTHAL and
TROWBRIDGE,
1915, 20, 711
Turnbull, Mary F. See Pr-
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U
Underhill, Frank P. Certain
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‘—, and Closson, Oliver E.
The influence of subcutane-
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—. A note on the presence of
lactic acid in the urine of
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See Menprt and UNDER-
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—,and Kleiner, IsraelS. The
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—, and —. Further experi-
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1908, 4, 395
—, and Saiki, Tadasu. The
influence of complete thy-
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feeding upon certain phases
of intermediary metabolism,
1908-09, 5, 225
—. The influence of urethane
in the production of glyco-
suria in rabbits after the
The Journal of Biological Chemistry
intravenous injection of ad-
renalin, 1911, 9, 13
—. Studies in carbohydrate
metabolism. I. The influ-
ence of hydrazine upon the
organism, with special refer-
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—,and Fine, Morris S. Stud-
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and inhibition of pancreatic
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1911-1912, 10, 271
—, and Black, Clarence L.
The influence of cocaine
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1912, 11, 235
—. The influence of sodium
tartrate upon the elimina-
tion of certain urimary con-
stituents during phlorhizin
diabetes, 1912, 12, 115
—. Astudy of the mechanism
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1912-13, 13, 15
—. Studies on the metabo-
lism of ammonium salts. I.
The elimination of ingested
ammonium salts in the dog
upon an adequate mixed
diet, 1913, 15, 327
—, Studies on the metabo-
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A note on the elimination of
ingested ammonium salts
during a period of prolonged
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—, and Goldschmidt, Samuel.
Studies on the metabolism
of ammonium salts. III.
The utilization of ammoni-
um salts with a non-nitrog-
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1913, 15, 341
Authors
—. See Wooprurr and Un-
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—, and Woodruff, Lorande
Loss. Protozoan proto-
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pathological changes. — II.
Tn carcinoma,
1913, 15, 401
—, and —. Protozoan proto~
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pathological changes. IIT.
In fatigue,
1914, 17,9
—. Studies in carbohydrate
metabolism. III. The in-
fluence of hydrazine upon
glycogen storage in the or-
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1914, 17, 293
—. Studies in carbohydrate
metabolism. IV. Do hy-
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typical hydrazine effect upon
blood sugar content,
1914, 17, 295
—, and Prince, A. L. Studies
in carbohydrate metabolism.
V. The disappearance of
sugar from solutions per-
fused through the heart of
the normal rabbit, and of
animals subjected to imani-
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1914, 17, 299
—, and Blatherwick, Norman
R. Studies in carbohydrate
metabolism. IV. The influ-
ence of thyreoparathyroidec-
tomy upon the sugar content
of the blood and the glycogen
content of the liver,
1914, 18, 87
—, and —. The elimination
of phenolsulfonephthalein in
acute and chronic tartrate
nephritis, 1914, 19, 39
97
—, and —. Studies in carbo-
hydrate metabolism. VII.
The influence of subcutane-
ous injections of dextrose
and of calcium lactate upon
the blood sugar content and
upon tetany after thyreo-
parathyroidectomy,
1914, 19, 119
—. The distribution of arsen-
ic in a human body,
1914, 19, 513
—, and Hogan, Albert G.
Studies in carbohydrate
metabolism. VIII. The in-
fluence of hydrazine on the
utilization of dextrose,
1915, 20, 203
—, and —. Studies in carbo-
hydrate metabolism. ID.
The influence of hydrazine
upon the glyoxalase activity
of the liver,
; 1915, 20, 211
—, and Hendrix, Byron M.
Studies on the physiological
action of some protein de-
rivatives. I. Are proteoses
prepared from zein and glia-
din physiologically active,
1915, 22, 443
—, and —. Studies on the
physiological action of some
protein derivatives. Il. The
relation of racemization to
the physiological action of
proteins and proteoses,
1915, 22, 453
—, and —. Studies on the
physiological action of some
protein derivatives. Ill.
The physiological action of
Vaughan’s “crude soluble
poison,” 1915, 22, 465
—, and —. Does fat forma-
tion occur in the perfused
kidney, 1915, 22, 471
98
—, and Murlin, John R.
Studies in carbohydrate me-
tabolism. X. The influence
of hydrazine upon the res-
piratory quotient and upon
heat production,
1915, 22, 499
—. Studies in carbohydrate
metabolism. XI. The réle
of calcium in the regulation
of blood sugar content,
1916, 25, 447
—, Studies in carbohydrate
metabolism. XII. The in-
fluence of sodium carbonate
upon blood sugar content
and upon epinephrine hyper-
glycemia and glycosuria,
1916, 25, 463
—. Studies in carbohydrate
metabolism. XIII. The in-
fluence of magnesium salts
upon blood sugar content
and upon epinephrine hyper-
glycemia and glycosuria,
1916, 25, 471
Vv
Van Alstyne, Eleanor, and
Beebe, S. P. The absorp-
tion of iodine by the thyroid
glands in dogs,
1909, 6, xli
van der Scheer, J. See Lz-
VENE, West, and VAN DER
SCHEER, 1915, 20, 521
—. See LevENE and VAN
DER SCHEER,
1915, 22, 425
—, See LevENrE, West, AL-
LEN, and VAN DER SCHEER,
1915, 23, 71
Van Slyke, Donald D. See
Van Suyxe, L. L., and
VAN SLYKE,
1908, 4, 259
The Journal of Biological Chemistry
—, See Levene and VAN
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—, See Levene and VAN
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—, and Levene, P. A. The
analysis of the leucine frac-
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1909, 6, 1
—, A method for the deter-
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1909-10, 7, xxxiv
—. See LEVENE, VAN SLYKE,
and BIRCHARD,
1910-11, 8,
—. See Levenr and
SLYKE,
269
VAN
1910-11, 8, 285
—, A method for quantita-
tive determination of ali-
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proteolysis and proteolytic
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1911, 9, 185
—. Quantitative determina-
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1911, 9, 205
—, and White, George F. Di-
gestion of protein in the
stomach and intestine of
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1911, 9, 209
—, and —. The relation be-
tween the digestibility and
the retention of ingested
proteins, 1911, 9, 219
—. The analysis of proteins
by determination of the
chemical groups characteris-
tie of the different amino-
acids, 1911-12, 10, 15
—. Correction,
1915, 23, 411
Authors 99
. See LEVENE, VAN SLYKE,
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1911-12, 10, 57
. See LevENE and Van
SLYKE, LOZ SS) ex
—, See Levene and VAN
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. The quantitative deter-
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1912, 12, 275
See LevENE and VAN
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The conditions for com-
plete hydrolysis of proteins,
1912,.12, 295
See LevENE and VAN
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, and Meyer, Gustave M.
The amino-acid nitrogen of
the blood. Preliminary ex-
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lation, 1912, 12, 399
. See LevENE and VAN
SLYKE,
1913-14, 16, 103
The gasometric determi-
nation of aliphatic amino ni-
trogen in minute quantities,
1913-14, 16, 121
. Improved methods in the
gasometric determination of
D>
free and conjugated amino-
acid nitrogen in the urine,
1913-14, 16, 125.
The fate of protein di-
gestion products in the body.
II. Determination of amino
nitrogen in the tissues,
1913-14, 16, 187
, and Meyer, Gustave M.
The fate of protein decom-
position products in the
body. III. The absorption
of amino-acids from the
blood by the tissues,
1913-14, 16, 197
—, and —. The fate of pro--
tein digestion products in
the body. IV. The locus of
chemical transformation of
absorbed amino-acids,
1913-14, 16, 213
—, and —. The fate of pro-
tein digestion products in
the body. V. The effects of
feeding and fasting on the
amino-acid content of the
tissues,
1913-14, 16, 231
—., The hexone bases of ca-
sein, 1913-14, 16, 531
—, and Birchard, Frederick J.
The nature of the free amino
groups in proteins,
1913-14, 16, 539
—, and Cullen, Glenn E. The
mode of action of soy bean
urease, 1914, 17, xxvii
—, and —. The mode of ac-
tion of urease and of en-
zymes in general,
1914, 19, 141
—, and Zacharias, Gotthard.
The effect of hydrogen ion
concentration and of inhibit-
ing substances on urease.
Further study on the mode
of enzyme action,
1914, 19, 181
—, and Cullen, Glenn E.
A permanent preparation of
urease, and its use in the
determination of urea,
1914, 19, 211
—, See McLean and VAN
SLYKE, 1915, 21, 361
—, See Ossornz, VAN
Styke, LEAVENWORTH, and
VINOGRAD,
1915, 22, 259
—. Improvements in_ the
method for analysis of pro-
teins by determination of
100
the chemical groups char-
acteristic of the different
amino-acids,
1915, 22, 281
—, Vinograd-Villchur, Ma-
riam, and Losee, J. R. The
Abderhalden reaction,
1915, 23, 377
—, Note on the micro-meth-
od for gasometric determina-
tion of aliphatic amino nitro-
gen, 1915, 23, 407
—, and Cullen, Glenn E.
The determination of urea
by the urease method,
1916, 24, 117
Van Slyke, Lucius L., and Van
Slyke, Donald D. Adsorp-
tion of acids by casein,
1908, 4, 259
—, and Bosworth, Alfred W.
Method of preparing ash-
free casein and paracasein,
1913, 14, 203
—. See BosworrH and VAN
SLYKE, 1913, 14, 207
—, and Bosworth, Alfred W.
Preparation and composi-
tion of unsaturated or acid
caseinates and paracasein-
ates, 1913, 14, 211
—,and—. Valency of mole-
cules and molecular weights
of casein and paracasein,
1913, 14, 227
—, and —. Composition and
properties of the brine-solu-
ble compound in cheese,
1913, 14, 231
—, and Winter, Orrin B. Prep-
aration, composition, and
properties of caseinates of
magnesium,
1914, 17, 287
—. See BoswortH and VAN
SLYKE, 1914, 19, 67
The Journal of Biological Chemistry
—, and Bosworth, Alfred W.
The cause of acidity of fresh
milk of cows and a method
for the determination of
acidity, 1914, 19, 73
—, and —. Condition of ca-
sein and salts in milk,
1915, 20, 135
See BoswortH and VAN
SLYKE, 1916, 24, 173
—. See BoswortH and VAN
SLYKE, 1916, 24, 177
See BoswortH and VAN
SLYKE, 1916, 24, 187
—, and Bosworth, Alfred W.
Chemical changes in the
souring of milk,
1916, 24, 191
Vaughan, Victor C. Protein
susceptibility and immunity,
1907, 3, Xxxil
Vera, Miguel, and Loeb, Leo.
Immunization against the
anticoagulating effect of hi-
rudin, 1914, 17, xxv;
1914, 19, 305
Viehoever, Arno, Chernoff,
Lewis H., and Johns, Carl
0. The distribution of
quercimeritrin in the cotton
plant (Gossyprwm herba-
cewm), 1916, 24, xxxill
—, Geiger, G. A., and Johns,
Carl O. Cedrin, a glucoside
from the seeds of Simaba
cedron,
1916, 24, xxxiil
—, Chernoff, Lewis H., and
Johns, Carl O. A saponin
from Yucca angustzfolia,
1916, 24, xxxiv
—. See Jouns, GricER, and
VIEHOEVER,
1916, 24, Xxxiv
—, Johns, Carl O., and Als-
berg, Carl L. Cyanogenesis
Authors
in plants. Studies on Tr-
dens flavus (tall red top),
1916, 25, 141
Vinograd, Mariam. ‘ce Os-
BORNE, VAN SLYKE, LEAvV-
ENWORTH, and VINOGRAD,
1915, 22, 259
—; See Van Surxe, D. D.,
VINOGRAD-VILLCHUR, and
LosEE, 1915, 23, 377
Vinograd-Villchur, Mariam.
See Vrnocrap, MARIAM.
Vinson, A.E. Endo-and ekto-
invertase of the date,
1908, 4, xxvii
—. Chemical organization of
a typical fruit,
1909-10, 7, xl
—, Fixing and staining tan-
nin in plant tissues,
1909-10, 7, xli
Voegtlin, Carl. The appear-
ance of Millon’s reaction in
the urine in the absence of
proteins, as a criterion in
the tuberculin reaction,
1907, 3, xvi
—, and King, I. The antago-
nistic action of ammonium
and calcium salts. A con-
tribution to the subject of
acidosis,
: 1909, 6, xxvii
—, and Towles, C. On creat-
inine metabolism,
1911, 9, xi
—. See TowLeEs and Vorer-
LIN, 1911-12, 10, 479
—,. See SuLLIvAN and VoEGT-
LIN, 1916, 24, xvi
See SuLLIVAN and VouGtT-
LIN, ‘ 1916, 24, xvii
Volovic, G. O. See Myers
and VoLovIc,
1912, 11, xxi
See Mysrs and VoLovic,
1913, 14, 489
101
Ww
Wakeman, Alfred J. Hstima-
tions of arginine, lysine, and
histidine in products of hy-
drolysis of various animal
tissues, 1908, 4, 119
—, and Dakin, H.D. On the
decomposition of §-oxybu-
tyric acid and acetoacetic
acid by enzymes of the liver,
1909, 6, 373
—, and —. On the decom-
position of acetoacetic acid
by enzymes of the liver.
Ii, 1910-11, 8, 105
—, Estimation of saccharin
in urine and feces,
1910-11, 8, 233
—, and Dakin, H. D. The
catabolism of phenylalanine,
tyrosine, and of their deriva-
tives, 1911, 9, 139
—, and —. Note upon rela-
tionship between urea and
ammonium salts,
1911, 9, 327
—. See Daxin and WAKE-
MAN, 1911, 9, 329
—. See Daxin and WAKE-
MAN, 1911-12, 10, 499
—. See DakIN, JANNEY, and
WAKEMAN,
1913, 14, 341
OsporNne and MeEn-
1913, 15, 311
OsBoRNE and MEN-
1913-14, 16, 423
OsporRNE and MEN-
1914, 17, 325
OsBoRNE and MEN-
1914, 17, 401
OsBoRNE and MEN-
1914, 18, 1
OsBoRNE and MEN-
1914, 18, 95
—. ‘See
DEL,
—.. See
DEL,
See
DEL,
—. See
DEL,
—. See
DEL,
—. See
DEL,
102
OsspoRNE and MEN-
1915, 20, 351
—. See OsporneE and MeEn-
DEL, 1915, 20, 379
—. See OsBoRNE and WAKE-
MAN, 1915, 215) 9
—. See OsBoRNE and WAKE-
—. See
DEL,
MAN, 1915, 21, 539
—. See Osporne and MEn-
DEL, 1915, 22, 241
—. See OsporneE and MEN-
DEL, 1915, 23, 439
—. See OsspornE and MEN-
DEL, 1916, 24, 37
—. See Osporne and MEnN-
DEL, 1916, 25, 1
Walker, Arthur W. See KEN-
pau, A. I., and WALKER,
1913, 15, 277
Walker, Sydney. See Marn-
pws, Rippie, and WALKER,
1908, 4, xx
—, See MarHews and WALK-
ER, 1909, 6, 21
—, See MatruEews and WaALK-
ER, 1909, 6, 29
—,. See Maruews and WALK-
ER, 1909, 6, 289
—,. See Maruews and WALK-
ER, 1909, 6, 299
Wallace, George B. See
Ricuarps, A. N., and WAL-
LACE, 1908, 4, 179
Walters, E.H. Studies in the
action of trypsin. I. On the
hydrolysis of casein by tryp-
sin, 1912, 11, 267
—. Studies in the action of
trypsin. II. (a) On the in-
fluence of the products of
hydrolysis upon the rate of
hydrolysis of casein by tryp-
sin; (b) the autohydrolysis
of the caseinates,
1912, 12, 43
The Journal of Biological Chemistry
Ward, Herbert C. See Her-
rer, C. A., and Warp,
1905-06, 1, 415
Warneford, Francis H.S. See
Harprnc and WARNEFORD,
1915, 21, 69
—. See Harpine and WaAR-
NEFORD, 1916, 25, 319
Warren, W. H., and Weiss,
R. S. The picrolonates of
certain alkaloids,
1907, 3, 327
—. See Ravotp and WaAR-
REN, 1909-10, 7, 465
Wasteneys, Hardolph. See
Lozs, J., and WASTENEYS,
1913, 14, 355
—. See Lozs, J., and WASTE-
NEYS, 1913, 14, 459
—. See Loxrs, J., and WASTE-
NEYS, 1913, 14, 469
—. See Lorn, J., and WAsTE-
NEYS, 1913, 14, 517
—, See Lorn, J., and WAsTH-
NEYS, 1915, 21, 153
—., See Lozs, J., and WASTE-
NEYS, 1915, 21, 223
—. See Lors, J., and WASTE-
NEYS, 1915, 23, 157
—, The rate of oxidations in
reversed artificial partheno-
genesis, 1916, 24, 281 -
Watanabe, C. K. See Avpis
and WATANABE,
1916, 24, 203
Watanabe, Walter K. See
CrAwForD and WATANABE,
1914, 19, 303
—, See Crawrorp and WAT-
ANABE, 1916, 24, 169
Wedd, A. M. See Macrzop,
1913, 15, 497
—, See Macirop and WepD,
1914, 18, 447
Weiss, R. S. See WARREN
and WEISS,
1907, 3, 327
Authors
Welker, William H. Sce
Bere and WELKER,
1905-6, 1, 371
—, On the cause of the red
coloration in the iodoform
test for acetone when ap-
plied to distillates obtained
from urine preserved with
thymol, 1907, 3, xxvil
—. Astudy of the influence of
potassium cyanide on the ex-
cretion of nitrogenous sub-
stances in the urine of dogs,
1908, 4, xxxi
—. See Hussaxor and WEL-
KER, 1908, 4, xliv
—. See Emerson, J. T., and
WELKER,
1908-09, 5, 339
—, A disturbing factor in
Barfoed’s test,
1909, 6, xxxiii
—. See Tracy, G., and WEL-
KER, 1915, 22, 50
—, and Falls, Frederick He
Studies on blood serum. I.
The determination of non-
colloidal nitrogen,
1916, 25, 567
Wells, C. E. The influence of
age and of diet on the rela-
tive proportions of serum
proteins in rabits,
1913, 15, 37
Wells, H. Gideon, and Benson,
R. L. The relation of the
thyroid to autolysis, with a
preliminary report on the
study of autolysis by deter-
minations of the changes in
freezing point and electrical
conductivity,
1907, 3, 35
—, The chemical composi-
tion of the liver in acute
yellow atrophy,
1907, 3, xv
103
—, The fats and lipoids of
malignant renal hyperne-
phromas, 1908, 4, xxii
—, The chemistry of the liver
in chloroform necrosis (de-
layed chloroform poisoning),
1908-09, 5, 129
, and Corper, Harry J. Ob-
servations on uricolysis, with
particular reference to the
pathogenesis of “uric acid
infarcts” in the kidney of
the new-born,
1909, 6, 321
—, and —. The purines and
purine metabolism of the
human fetus and placenta,
1909, 6, 469
—. The purine metabolism
of the monkey,
1909-10, 7, 17]
—. The presence of iodine
in the human _ pituitary
gland, 1909-10, 7, 259
—,. See Benson, R. L., and
WELLS, 1910-11, 8, 61
—. The purines and purine
enzymes of tumors,
1912, 11, x
—, and Hedenburg, O. F.
The entrance of iodine into
diseased tissues,
1913, 14, xxxvi
—, and Osborne, Thomas B.
The biological reactions of
the so called proteoses of
seeds, 1914, 17, xxvi
—, and Caldwell, George Ate
The purine enzymes of the
orang-utan (Svmea satyrus)
and chimpanzee (Anthro-
popithecus troglodytes) ,
1914, 18, 157
—,and—. The inhibition of
autolysis by alcohol,
1914, 19, 57
104
— See CaLpWELL and
WELLS, 1914, 19, 279
Wentworth, A. H. See Foun
and WENTWORTH,
1909-10, 7, 421
West, C. J. See Levene and
WEST, 1913, 14, 257
—. See Levene and WEst,
1913, 15, 193
LEVENE and West,
1913-14, 16, 419
» LEVENE and WEsT,
1913-14, 16, 475
LEVENE and WEsT,
1913-14, 16, 549
LEVENE and WEsT,
1914, 18, 463
LEVENE and WsstT,
1914, 18, 477
LEVENE and WEsT,
1914, 18, 481
—. See Levenr, West, and
VAN DER SCHEER,
1915, 20, 521
—. See Lrvenr, West, AL-
LEN, and VAN DER SCHEER,
1915, 23, 71
—. See Levenr and WEs7,
1916, 24, 41
—. See Levene and West,
1916, 24, 63
—. See LEVENE and West,
1916, 24, 111
—. See Levenr and Wsst,
1916, 25, 517
Wheeler, Henry L., and John-
son, Treat B. Researches
on pyrimidines. On a color
test for uracil and cytosine,
1907, 3, 183, xxiv
—. Researches on pyrimi-
dines. On some salts of cy-
tosine, isocytosine, 6-amino-
pyrimidine, and 6-oxypyrim-
idine,
—. See
—. See
1907, 3, 285
The Journal of Biological Chemistry
—, and Jamieson, George S.
On some picrolonates: guan-
idines, 1908, 4, 11]
—, and Mendel, Lafayette B.
The iodine complex in
sponges (3,5-diiodotyrosine),
1909-10, 7, 1
—, Hoffman, Charles, and
Johnson, Treat B. On hy-
dantoins: synthesis of 3,5-
dichlorotyrosine,
1911-12, 10, 147
Wheeler, Sybil May. A study
of the chemistry of bacterial
cellular proteins,
1909, 6, 509
Whipple, G.H. Intestinal ob-
struction. Study of a toxic
substance present in the
intestinal mucosa,
1913, 14, xxxil
White, George F. See VAN
Stryke, D.D., and Waits,
1911, 9, 209
—. See Van Styxz, D.D.,
and WHITE,
1911, 9, 219
—,and Thomas, Adrian. Stud-
ies on the absorption of me-
tallic salts by fish in their
natural habitat. I. Ab-
sorption of copper by Fun-
dulus heteroclitus,
1912, 11, 381
—, and —. A study of the
tryptic proteolysis of Cyno-
scion regalis,
1912-13, 13, 111
Whitehead, R. H. The ab-
sorption of fat stained by
Sudan IIT,
1909-10, 7, xxvii
Whitman, W. G. See SHER-
MAN, Brrc, CoHEN, and
WHITMAN,
1907, 3, 171, xxxvi
Authors
Wilder, Russel M. See San-
sum, WiLpER, and Woop-
YATT, 1916, 24, xix
Wiley, Harvey W. The ex-
cretion of boric acid from
the human body,
1907, 3, 11
Willaman, J. J. See Hart,
E. B., and HuMPHREY,
1914, 19, 127
Williams, Horatio B., and
Wolf, Charles G. L. Pro-
tein metabolism in cysti-
nuria. II,
1909, 6, 337
—, Riche, J. A., and Lusk,
Graham. The hourly chem-
ical and energy transforma-
tions in the dog, after giv-
ing a large quantity of meat,
: 1912, 11, xxiv
—, Animal calorimetry. — L.
A small respiration calorim-
eter, 1912, 12, 317
==, Riche, J.: A.; and Lusk,
Graham. Animal calorim-
etry. II. Metabolism of
the dog following the inges-
tion of meat in large quan-
tity, 1912, 12, 349
Williams, L. F. See WITHERS
and BREWSTER,
1913, 15, 161
Williams, R.H. See EMMETT,
JosEpH, and WILLIAMS,
O12) ley
Williams, Robert R. The
chemical nature of the vita-
mines. iE. Antineuritic
properties of the hydroxy
pyridines,
1916, 25, 437
Wills, F., and Hawk, P. B.
The stimulation of gastric
secretion under the influence
of water drinking with meals,
1911, 9, xxix
105
Wilson, D. Wright. The com-
parative chemistry of mus-
cle: the partition of non-pro-
tein water-soluble nitrogen,
1914, 17, 385
—. The comparative chemis-
try of muscle: betaine from
the scallop, periwinkle, and
lamprey: creatine from the
lamprey,
1914, 18, 17
—, Stearns, Thornton, and
Janney, J. H., Jr. The ef-
fect of acid administration
on parathyroid tetany,
1915, 21, 169
—, —, and Thurlow, Madge
DeG. The acid-base equi-
libria in the blood after par-
athyroidectomy,
1915, 23, 89
—,—, and Janney, J. H., Jr.
The excretion of acids and
ammonia after parathyroid-
ectomy,
1915, 23, 123
Winter, Orrin B. See VAN
Styxe, L. L., and WINTER,
° 1914, 17, 287
Winternitz, M. C. See An-
BERG and WINTERNITZ,
1911-12, 10, 295
Wishart, Mary B. See Fisx-
pr, G., and WISHART,
1912-13, 13, 49
—,. Animal calorimetry. IX.
The influence of meat inges-
tion on the amino-acid con-
tent of blood and muscle,
1915, 20, 535
Withers, W. A., and Ray, B.
J» Studies in cottonseed
meal intoxication. I. Py-
rophosphoric acid,
1913, 14, 53
—, and Brewster, J. :
Studies on cottonseed meal
106
toxicity. II. Iron as an
antidote,
1913, 15, 161
Witmer, E. See PENNING-
ton, HrppurN, St. JOHN,
Witmer, STarrorp, and
BURRELL,
1913-14, 16, 331
Witzemann, E.J. See GREER,
WitzEMANN, and Woop-
YATT, 1913-14, 16, 455
Woelfel, Albert. An ende avor
to account for the transfer of
proteid in inanition,
1909, 6, 189
—. See Carutson and WoEL-
FEL, 1909, 6, xv
—. See Caruson and WoEL-
WDabp 1909-10, 7, xxi
Wolf, Charles G. L. See Mar-
RrioTr and Wotr,
1905-06, 1, 451
—. See Harcuer and Wo tr,
1907, 3, 25
—. See OsrerBERG and Wotr,
1907, 3, 165
—. See Lampert and WoLr,
1907, 3, xix
—. Protein metaboligm i in the
dog, ICO, By Se:6%
—, and Shaffer, Philip A.
Protein metabolism in cys-
tinuria, 1908, 4, 439;
1907, 3, xxix
_—. See OsTERBERG and
WoLrFr, 1908, 4, xxiii
—. See Wituiams, H. B., and
WoLrF, 1909, 6, 337
—. The time relations in the
elimination of proteins,
1909, 6, xlvii
—. Creatine and creatinine
metabolism,
1911-12, 10, 473
Woodruff, Lorande Loss, and
Underhill, Frank P. Proto-
zoan protoplasm as an indi-
The Journal of Biological Chemistry
cator of pathological changes.
I. In nephritis,
1918, 15, 385
—. See UNDERHILL and
WoopDRUrFF,
1913, 15, 401
—. See UNDERHILL and
WooDRUFEF,
1914, 17, 9
Woods, HerbertS. See Kocn,
W., and Woops,
1905-06, 1, 203
—. See GrinpiEy and Woops,
1906-07, 2, 309
Woodyatt, R. T. Phlorhizin
elycocholia,
1909-10, 7, 133
—. Studies on the theory of
diabetes. I. Sareolactic acid
in diabetic muscle,
* 1913, 14, 441
—. Sarcolactic acid and the
theory of diabetes,
1913, 14, xxxvill
—. See Greer, WITZEMANN,
and WoopyYarTt,
1913-14, 16, 455
_—. She Sansum and Woop-
YA 1914, 17, 521
—. ‘Glycol aldehyde i in phlor-
hizinized dogs,
1914, 17, xxix
—, and Raulston, B. O. Trans-
fusion of blood in severe dia-
betes mellitus,
1914, 17, 1
—. Studies on the theory of
diabetes. IV. The parallel-
ism between the effects of
the pancreas and those of
metallic hydroxides on sug-
ars, 1915, 20, 129
—. Experiments with dl-gly-
ceric aldehyde,
1915, 20, xxiii
—. See Sansum and Woop-
YATT, 1915, 20, xxix
Authors
Sansum and Woop-
1915, 21, 1
Sansum and Woop-
1916, 24, 23
Sansum and Woop-
1916, 24, 327
—, See Sansum and Woop-
YATT, 1916, 24, 343
—. See SAnsum, WILDER, and
WoopyYatt,
—. See
YATT,
—. See
YATT,
—. see
YATT,
1916, 24, xix
Woolsey, J. Homer. Studies
in the blood relationship of
animals as displayed in the
composition of the serum
proteins. II. A comparison
of the sera of the ox, sheep,
hog, goat, dog, cat, and
guinea pig with respect to
their content of various pro-
teins, 1913, 14, 433
Wulzen, Rosalind. The pit-
uitary gland. Its effect on
growth and fission of pla-
narian worms,
1916, 25, 625
107
Ye
Young, C. C. See CLawson
and YOUNG,
1913, 15, 419
Z
Zacharias, Gotthard. See VAN
Styxs, D, D., and ZacHa-
RIAS, 1914, 19, 181
Zeman, F. D., and Howe,
Paul E. The excretion of
creatine during a fast,
1915, 20, xviii
—, Kohn, Jerome, and Howe,
Paul E. Variations in factors
associated with acidity of hu-
man urine during a seven
day fast and during the sub-
sequent non-protein and nor-
mal feeding periods,
1915, 20, xxvi
Zunz, Edgard. See GyOrGy
and ZUNZ,
1915, 21, 511
SUBJECT INDEX.
A
Abderhalden reaction:
(Taytor and HvurTon)
1915, 22, 59
(Van SLYKE, VINOGRAD-
Vinttcuur, and Lose)
1915, 23, 377
(Hutton)
1916, 25, 163, 227
Absorption:
Alanine from large intes-
tine (Fottn and DENIS)
1912, 12, 255
— — small intestine (Fo-
Lin and DENIs)
1912, 12, 157
(VAN SLYKE and MeEYER)
1912, 12, 407
— — stomach (Foutn and
LYMAN)
1912, 12, 261
— and urea formation
(Fouin and DENIS)
1912, 12, 157
Asparagine from small in-
testine (FoL1N)
12, 11, 166
(Forrn and Denis)
1912, 12, 145
Cholesterol from digestive
tract (LEHMAN)
1913-14, 16, 495
- Copper by Fundulus het-
eroclitis and Tautoga
onitis (WHITE and
THOMAS)
1912, 11, 381
109
Absorption—continued:
Creatine from small in-
testine (Fouin and
DENIS)
1912, 12, 153;
1914, 17, 496
Creatinine from large in-
testine (Fourn and
DENIS)
1912, 12, 256
— — small intestine
(Foun and Dents)
1912, 12, 148
— — stomach (Four and
LyMAN)
1912, 12, 262
Dextrose (FISHER and
WISHART)
1912-13, 13, 49
Egg albumin from small
intestine (FoLIn and
DENIs)
1912, 11, 94
Fat (BLOoR)
1912, 11, 429;
1913, 15, 105;
1913-14, 16, 517
— and blood _ lipoids
(BLooR)
1915, 23, 317
—, changes in, during ab-
sorption (BLOOR)
1913-14, 16, 517
— from intestine (MEN-
DEL and BAUMANN)
1915, 22, 173
— stained by Sudan II
(WHITEHEAD)
1909-10, 7, xxvii
110
Absorption—continued:
Fat from stomach (MEn-
DEL and BAUMANN)
1915, 22, 165
Fumes (Foun and Drnts)
1912, 11, 503
Glycocoll from large in-
testine (Four and
DENIs)
1912, 12, 255
—— small intestine (Fo-
LIN and Dents)
1912, 11, 91, 165
— — stomach (Fo Ltn and
LyMAN)
1912, 12, 260
— and urea formation
(Fourn and DEnts)
1912, 12, 158
Hemolytic - amboceptor,
law of (MANWARING)
1905-06, 1, 213
Hydrocarbon oil (BLoor)
1913, 15, 107
Intestinal (BRADLEY and
GASSER)
1912, 11, xx
Iodine by dog’s thyroids
(Van AtsTYNE and
BEEBE)
1909, 6, xli
(MARINE)
1915, 22, 547
Large intestine (Fo.Lix
and Denis)
1912, 12, 253
Metallic salts by fish
(Wuitr and THomas)
1912, 11, 381
Muscle, stretched (GaR-
REY) 1909, 6, x
Nitrogen (BENEDICT and
PRATT)
1913, 15, 6
Nitrogenous products
(Foun and Denis)
1913, 14, 453
The Journal of Biological Chemistry
Absorption—continued:
Oil from intestine (RAPER)
1913, 14, 125
Optical isomers from in-
testine, relative rate of
(Daxrn)
1908, 4, 437
Pancreatic digestion mix-
ture from small intes-
tine (FoL1n and DeEnts)
1912, 11, 93
Peptone and urea forma-
tion (FoLin and DENIs)
1912, 12, 160
Peritoneal cavity (FLEISH-
ER and Los)
1909-10, 7, xix
Phenol from alimentary
canal (HanzurK and
SoLLMANN)
1909, 6, xxxvil
Small intestine (FoLIn
and DENIs)
1912, 11, 87, 161;
1912, 12, 141
Stomach (Four and Ly-
MAN)
1912, 12, 259;
1912-18, 13, 389
Tin (SaLant, Rrpcer, and
TREUTHARDT)
1914, 17, 265
Tyrosine from small in-
testine (Foun and
DENIs)
1912, 12, 147
Urea from large intestine
(Fourn and Dents)
1912, 12, 254
— — small intestine
(Foury and DENIs)
1912, 11, 89
stomach (FOLIN
and LyMan)
1912, 12, 263
Subjects
Absorption—continued:
Witte’s peptone from
large intestine (FoLIN
and DENIS)
1912, 12, 257
—— — — stomach (Fo.in
and LyMaAn)
1912, 12, 261
Wool fat (BLooR)
: 1913, 15, 115
See also Adsorption.
Accessory substance:
Butter fat (OsBoRNE and
MENDEL)
1913-14, 16, 423
Acetaldehyde:
Acidosis, effect on, in
diabetic organism
(RINGER and FRANKEL)
1913-14, 16, 563
Lactochrome, action on
(PaLMER and ECKLES)
1914, 17, 253
Phlorhizinized dogs, be-
havior in (Sansum and
WoopyatTt)
TOES 74105 ala!
Sugar formation in dia-
betie organism, effect
on (RINGER and FRANK-
1913-14, 16, 563
Urobilin, action on (PAL-
MER and EcKLES)
1914, 17, 257
Urochrome, action on
(PALMER and ECKLES)
1914, 17, 253
Acetamide:
Diastase accelerator
(RocKwoop)
1916, 24, xxix
p-Acetaminobenzeneazo- 2’-
bromo-4’-diethylaminoben-
zene: -
(Jacops and H8IpELBER-
GER) 1915, 21, 128
111
p-Acetaminobenzeneazodi-
ethylaniline:
(Jacoss and HeIDELBER-
GER)
1915, 21, 123
p-Acetaminobenzeneazodipro-
pylaniline:
(Jacoss and HEImELBER-
GER)
1915, 21, 124
p-Acetaminobenzeneazoethyl-
benzylaniline:
(Jacops and H8IDELBER-
GER)
1915, 21, 126
o-Acetaminobenzyl chloride:
Hexamethylenetetramin-
ium salt (JAcoss and
HEIDELBERGER)
1915, 20, 668
p-Acetaminobenzyl chloride:
Hexamethylenetetramin-
jum salt (Jacosps and
HEIDELBERGER)
1915, 20, 668
1-Acetamino-4-ethoxychloro-
acetylbenzylamine:
Hexamethylenetetramin-
ium salt (Jacoss and
H®IDELBERGER)
1915, 20, 691
p-Acetaminoiodoacetylbenzyl-
amine:
(Jacoss and H&rImELBER-
GER)
1915, 20, 687
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 687
3-Acetamino -4 -methyl-w-iodo-
propiophenone:
(JAcoss and HEIDELBER-
GER)
1915, 21, 461
112
3-Acetamino-4-methylphen-
acyl bromide:
(JAcoBs and HEIDELBER-
GER)
1915, 21, 460
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 461
p-Acetaminophenacyl bromide:
(JacoBs and HrmmELBER-
GER)
1915, 21, 459
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 460
o-Acetaminophenoxyethyl bro-
mide: ;
(JAcoBs and HrIDELBER-
GER)
1915, 21, 446
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 446
p-Acetaminophenoxyethyl bro-
mide:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 448
p-Acetaminophenyl bromoethyl
ketone:
(JAcoBs and H&IDELBER-
GER)
1915, 21, 459
3-Acetamino-4-tolyl bromo-
methyl ketone:
(Jacosps and H®mELBER-
GER)
1915, 21, 460
3-Acetamino-4-tolyl w-iodo-
ethyl ketone:
(JAcops and H®IDELBER-
GER)
1915, 21, 461
‘The Journal of Biological Chemistry
3-Acetamino-4-tolyl w-iodo-
ethyl ketone—continued:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 462
Acetanilide:
Cell division, influence on
(LILLIE)
1914, 17, 136
Acetic acid:
Cheese content (SuzuxKI,
Hastines, and Harr)
1909-10, 7, 437
Chondroitin sulfuric acid,
determination in (LE-
VENE and La ForcGE)
1913, 15, 159
Ethyl ester, animal tis-
sues, hydrolysis by (Lon-
VENHART)
1906-07, 2, 444
—-—, dyes distribution
coefficient between water
and (ROBERTSON)
1908, 4, 5
— —, fatty acid salts, sol-
ubility of, in (JACOBSON
and Hotmss)
1916, 25, 33
——, liver extract, hydrol-
ysis by, influence of
sodium fluoride (LoE-
VENHART and PEIRCE)
1906-07, 2, 403
— —, pancreatic juice, hy-
drolysis by (LOEVEN-
HART and SOUDER)
1906-07, 2, 422
Formic acid, effect on ex-
cretion of (DAxkIN, JAN-
NEY, and WAKEMAN)
1913, 14, 352
Methyl ester, fatty acid
salts, solubility of, in
(JACOBSON and HoLMEs)
1916, 25, 37
Subjects
Acetic acid—continued:
Oxidation in animal or-
ganism (Dakin)
1907, 3, 75
— with hydrogen peroxide
(Dax1n)
1908; 4, 229
Peptolysis in (BmrG and
GIEs)
1906-07, 2, 534
Acetoacetic acid:
Blood content in acidosis
(Marrrotr)
1914, 18, 514
Butyric acid, formation
from, by oxidation (Da-
KIN)
1908, 4, 83
Determination of, in blood
(Marriorr)
1914, 18, 509
——, creatinine, influence
of (GREEN WALD)
1913, 14, 89
— —, in urine (Four and
DENIs)
1914, 18, 267
— —, — —, diabetic
(Fortin)
1907, 3, 177
Enzymes of liver, decom-
position by (WAKEMAN
and Daxrn)
1909, 6, 373;
2 1910-11, 8, 105
Fate of (MarrroTr)
1914, 18, 247
Formation in liver, pan-
creas, influence of (Da-
KIN and DupLEY)
1913-14, 16, 515
Histidine, formation from
(Daxin and WAKEMAN)
1911-12, 10, 500
Ionization constant (HEN-
DERSON and Spiro)
1909, 6, xxxix
113
Acetoacetic acid—continued:
Leucine, formation from
(Dakin)
1913, 14, 323
p-Methoxyphenylalanine,
formation from (WAKE-
MAN and DAKIN)
1911, 9, 148
p-Methoxyphenylpyruvic
acid, formation from
(WakeMAN and Dax)
1911, 9, 148
p-Methylphenylalanine,
formation from (WAKE-
MAN and DaAKkIN)
1911, 9, 148
p-Methylphenylpyruviec
acid, formation from
(WAKEMAN and Dakin)
1911, 9, 148
Phenylalanine, formation
from (WAKEMAN and
Dakin)
1911, 9, 148
(Dakin)
1913, 14, 329
Reduction to [-6-hydroxy-
butyric acid in body
(Daxry)
1910-11, 8, 97
Tyrosine, formation from
(Daxty)
1913; 14, 329
Urine, separation from
acetone of (HART)
1908, 4, 473
Acetole:
Fate in animal organism
(GREER, WITZEMANN,
and WoopyYAtt?)
1913-14, 16, 459
Acetone:
a-Aminocaproic acid, for-
mation from (GREEN-
WALD)
1916, 25, 82
114
Acetone—continued:
a-Aminoisovaleric —_ acid,
formation from, on oxi-
dation (DaAKIN)
1908, 4, 71
a-Amino-n-valeric acid,
formation from, on oxi-
dation (Daxkry)
1908, 4, 74
Blood content in acidosis
(MaARRrIotTr)
1914, 18, 514
Butyrie acid, formation
from, on oxidation
(Dakin)
1908, 4, 83
Determination (MaARRI-
1913-14, 16, 281;
1914, 18, 509
— in blood (MarrioTT)
1913-14, 16, 297;
1914, 18, 509
— — breath (Foun and
DENIS)
1915, 21, 189
—, creatinine, influence of
(GREENWALD)
1913, 14, 87
—, nephelometric, of mi-
nute quantities (Mar-
RIOTT)
1913-14, 16, 289
—, urine (Hart)
1908, 4, 477
(Foxrn and DEnis)
1914, 18, 264
—, —, diabetic (Four)
MO OerS sm lide
Fatty acid salts, solubil-
ity of, in (JAcoBsoN and
Homes)
1916, 25, 38
a-Hydroxybutyrie acid,
formation from, on oxi-
dation (Dakin)
1908, 4, 96
The Journal of Biological Chemistry
Acetone—continued:
6-Hydroxybutyric acid,
formation from, on oxi-
dation (Dakrn)
1908, 4, 97
(SHarrer and HuBBARD)
1916, 24, xxvil
a-Hydroxyisobutyric acid,
formation from, on Oxi-
dation (Dakin)
1908, 4, 98
a-Hydroxyisovaleric acid,
formation from, on Oxi-
dation (DaK1N)
1908, 4, 98
Isobutyric acid, formation
from, on oxidation
(Daxktn)
1908, 4, 232
Isovaleric acid, formation
from, on oxidation
(Dakin)
1908, 4, 232
Leucine, formation from,
on oxidation (DaKm)
1908, 4, 67
Standard solution (FoLIN
and Dents)
1914, 18, 266
Surface tension of urine,
influence on (ALLEN)
1915, 22, 518
Urine, content of fat peo-
ple (Four and Dents)
1915, 21,. 184
—, separation from ace-
toacetic acid of (Hart)
1908, 4, 473
in blood
| Acetone bodies:
Determination
(MarRI0TT)
1913, 14, xxvii
— — tissues (MARRIOTT)
1913, 14, xxvil
Metabolic relationships
(Marriott)
1914, 17, xxxii;
1914, 18, 24
Subjects
Acetone bodies—continued:
Suppression after narcosis
in phlorhizinized dogs
(Sansum and Woop-
YATT)
1915, 21, 10
Acetonitrile:
Cell division, influence on
(LILLIE)
1914, 17, 136
Poisoning, ovaries, effect
of (Hunt)
1905-06, 1, 41
—, parathyroid feeding,
effect of (HuNT)
1905-06, 1, 44
—, suprarenals, effect of
(Hunt)
1905-06, 1, 41
—, thymus, effect of
(Hunt)
1905-06, 1, 41
—, thyroid, and blood, in-
fluence of (Hunt)
1905-06, 1, 41
—, — feeding, effect of
(Hunt)
1905-06, 1, 33
—, — —, protection by
(BEEBE)
1909, 6, xiii
—, — and peptone, effect
of (HUNT)
1905-06, 1, 41
—, thyroidectin, effect of
(Hunt)
1905-06, 1, 38
Acetonuria:
Chloroform and ether an-
esthesia, result of (BaLD-
WIN) 1905-6, 1, 239
Acetophenone:
Oxidation with hydrogen
peroxide (Dakin)
1908, 4, 422
115
B-Acetoxy-a-chloroacetylnaph-
thobenzylamine:
(JaAcops and HrImDELBER-
GER)
1915, 20, 689
Hexamethylenetetramin-
ium salts (Jacops and
HEIDELBERGER)
1915, 20, 689
2-Acetoxy-3,5-dibromobenzyl
bromide:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 671
4-Acetoxy-3,5-dibromobenzyl
bromide:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER )
1915, 20, 671
2-Acetoxy-3,5-dimethylbenzyl
chloride:
(Jacops and HEIDELBER-
GER)
1915, 20, 670
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 670
2-Acetoxy-3,5-dimethyl-4,6-di-
bromobenzyl bromide:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 671
Acetoxyethyl bromide:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 449
g-Acetoxy-a-iodoacetylnaph-
thobenzylamine:
(Jacoss and HEIpELBER-
GER)
1915, 20, 689
116
p-Acetoxy-a-iodoacetylnaph-
thobenzylamine—continued:
Hexamethylenetetramin-
ium salt (Jacops and
H&IDELBEE GER)
1915, 20, 690
o-Acetoxymesityl pseudochlo-
ride:
(Jacops and HEIDELBER-
GER) .
1915, 20, 670
2-Acetoxy-5-nitrochloroace-
tylbenzylamine:
(Jacops and HEIDELBER-
GER)
1915, 20, 690
o-Acetoxystearic acid:
(LEVENE and WEsT)
1913-14, 16, 477
Acetyl-6-aminopyrimidine:
(WHEELER)
1907, 3, 291
Acetylcerebronic acid:
(LevenrE and WEsT)
1913, 14, 262
p-Acetyl-a-chloroacetyl-a-
phenylhydrazine:
Hexamethylenetetramin-
ium salt (Jacops and
H4rIDELBERGER)
1915, 21, 474
Acetylformamidineacrylic
acid:
(WHEELER)
1907, 3, 291
Acetyl-a-methylcholine chlo-
ride:
(MENGE)
1912-13, 13, 98
d-Acetyl-p-methylphenylala-
nine:
(DAKIN)
1911, 9, 157
Acetyl-2-oxy-5,6-diaminopy-
rimidine:
(JOHNS)
TOU, 7a
The Journal of Biological Chemistry
Acetyl-2-oxy-4-methyl-5-ami-
no-6-methylaminopyrimi-
dine:
(JOHNS)
Acid
1912, 12, 92
Adsorption by casein (VAN
StyKkr and VAN SLYKE)
1908, 4, 259
Aliphatic, melting points
of (LEVENE and West)
1914, 18, 463
Amino. See Amino-acid.
Bacillus coli, formation by
(CLARK)
1915, 22, 89
— infantilis, formation by
(Herter and KENDALL)
1908-09, 5, 441
Bacterial proteins, cleav-
age of, by (WHEELER)
1909, 6, 516
-Base equilibria (W1L-
SON, STEARNS, and JAN-
NEY)
1915, 21, 177
— — in blood after para-
thyroidectomy (WIL-
SON, STEARNS, and
THURLOW)
1915, 23, 89
Bence-Jones urine, behav-
ior of, towards (TAYLOR
and MILLER)
1916, 25, 285
Casein, behavior of, in
(RoBERTSON)
1908, 4, 35
—, precipitation of, by
(Sammis and Hart)
1909, 6, 181
Caseinates, preparation
and properties (VAN
Stykr and Boswort#H)
1913, 14, 211
Cell penetration by (CRo-
ZIER)
1916, 24, 255
{
|
Subjects
Acid—continued:
Cheese curds, solubility of,
relation to (Sammis and
Hart)
1909, 6, 181
Chicken fat, value of
(PENNINGTON, HEp-
BuRN, and CoNNOLLY)
1914, 17, xliv
Cysteine, oxidation of, in-
fluence on (MATHEWS
and WALKER)
1909, 6, 23
Cystine, oxidation of, in-
fluence on (MarHrws
and WALKER)
1909, 6, 290
Dibasic, unsaturated, be-
havior of molds towards
(Dox)
1910-11, 8, 265
Diffusion into eggs of Pun-
dulus, réle of electro-
lytes in (Los)
1915, 23, 139
Dyes, distribution coefh-
cient of, influence on
(ROBERTSON)
1908, 4, 5
Enzyme-producing in Bact.
lactis acidi (HasTiINGs
and Hart)
1913, 14, xxxvili
Excretion, factors of (HEN-
DERSON and PALMER)
1914, 17, 305
—, — —, in nephritis
(HenpERSON and PAL-
MER)
1915, 21, 37
—, process of (HENDER-
SON)
1911, 9, 403
(Henperson and PAt-
MER)
1913, 14, xxv
117
Acid—continued:
Fatty, adipocere, content
of (Rurran and Mar-
SHALL)
1916, 24, xii
—, blood content (Cson-
KA) :
1916, 24, 451
—,— — in lipemia (Im-
RIB)
1915, 20, 87
—, carbohydrate esters of
(BLooR)
1909-10, 7, 427;
1912, 11, 141, 421
—, cerebrin content (LE-
VENE and JACOBS)
1912, 12, 397
—, cheddar cheese, pro-
duction in (SuzUKI,
Hastines, and Hart)
1909-10, 7, 431
—, conversion into lower
homologues (LEVENE
and WEsT)
1913-14, 16, 475
—, determination in blood
(BLoor)
1915, 23, 319
—, — — feces (Foun and
WENTWORTH)
1909-10, 7, 421
—, food, passage into
mammary glands of
goat (BOWES)
1915, 22, 11
—, formie acid in catabo-
lism of (Dakin and
WAKEMAN)
1911, 9, 329
—, hemolytic power (Mc-
PHEDRAN)
LOLs Wye
—, kidney (Morrram)
1916, 24, xi
118
Acid—continued:
Fatty, metabolism, inter-
mediary, of those con-
taining isopropyl group
(Ringer, FRANKEL, and
JONAS)
1913, 14, 531
—, oxidation with hydro-
gen peroxide (DAKIN)
1908, 4, 227
—, phenyl derivatives, oxi-
dation in animal organ-
ism (DAKkIN)
1908, 4, 419;
1908-09, 5, 173, 303
»— — — with hydro-
gen peroxide (Dak1N)
1908, 4, 419;
1908-09, 5, 173, 303;
1909, 6, 203, 221,235;
1910-11, 8, 35
Feces in advanced anemia,
content of (HERTER)
1906-07, 2, 11
-Forming elements’ in
food (SHERMAN and
GETTLER)
1912, 11, 323
— —, food, balance in
(SHERMAN and_ SIN-
CLAIR) 1907, 3, 307
Glyoxalase, action on (Da-
KIN and DupDLEY)
1913, 14, 428
Globulin, precipitation of
(HANZLIK)
1915, 20, 18
Invertase, destruction of,
by (PAINE)
1909-10, 7, xli
Latent period in liver au-
tolysis, effect on (BRAD-
LEY and TAYLOR)
1916, 25, 364
Liver autolysis, effect on
(BrapuEy and TAyYLor)
1916, 25, 262
The Journal of Biological Chemistry
Acid—continued:
Microscopie test for free
(KanTor and GrEs)
1911, 9, xxvi
Milk content, changes in,
at low temperatures
(PENNINGTON)
1908, 4, 353
Mineral, nitrogen metab-
olism of pig, effect on
(McCotium and Hoac-
LAND)
1913-14, 16, 299
Muscle, frog, behavior to-
wards (ABEL)
1907, 3, vill
Nylander’s reagent, influ-
ence on (REHFUSS and
WK)
1909-10, 7, 278
Paracaseinates, prepara-
tion and composition
(Van StyKEe and Bos-
WORTH) ;
1913, 14, 211
Parathyroid tetany, effect
on (WILSON, STEARNS,
and JANNEY)
1915, 21, 169
(Witson, STEARNS, and
THURLOW)
1915, 23, 95
Pepsin, action on (BERG
and Grss)
1906-07, 2, 502
Permeability, effect on
(OsTERHOUT)
1914, 19, 493
Polyorchis, isolated center
of, stimulating effect, on
(Lors)
1905-06, 1, 433
Potassium chloride, influ-
ence on toxic action of
(Lors and CarrEtL)
1915, 23, 54
Subjects
Acid—continued:
Proteolytic action, influ-
ence on (OLSON)
1908-09, 5, 267
Salts, antagonism of (Os-
TERHOUT)
1914, 19, 517
—, nitrogen metabolism of
pig, influence on (Mc-
Cottum and Hoac-
LAND)
1913-14, 16, 299
Serum, precipitation of
(HaNz.ik)
1915, 20, 18
-Soluble phosphorus of
feedingstuffs (Hart and
TorrinGHAM)
1909, 6, 431
— — — serum, determi-
nation of (GREENWALD)
1915, 21, 29;
1916, 25, 431
Sugar. See Sugar acids.
- Trypsin, influence upon
digestion by (WALTERS)
1912, 11, 270
Tryptophane, action on
(VAN SLYKE)
1911-12, 10, 39
(HomER)
1915, 22, 382
Urease, action on (Mar-
SHALL)
1914, 17, 356
C,sH3,03 from sphingomy-
elin (LEVENE)
1916, 24, 78
CopH5sO019P9 from wheat
bran (ANDERSON)
1912, 12, 457;
1914, 18, 433
Acid amide:
Germination, changes dur-
ing (SuzUK1)
907, 3, 270
119
Acid amide—continued:
Nitrogen, feedingstufis,
content of (Hart and
BENTLEY)
1915, 22, 481
See also Amide.
Acid-base. equilibria:
Blood sugar regulation,
role in (UNDERHILL)
1916, 25, 466
Acidity:
Autolysis, action on (BRAD-
LEY)
1915, 22, 116
—, rise during (Morse)
1916, 24, 165
Biological fluids, determi-
nation of, with inver-
tase (Hupson and Sa-
LANT)
1909-10, 7, xiil
Gastric juice from case of
normal gastric fistula
(MENTEN)
1915, 22, 341
Milk (Van StyKe and
BoswoORTH)
1915, 20, 149
—, changes with age (PEN-
NINGTON, HEPBURN, St.
Joun, Wirmer, Star-
FoRD, and BURRELL)
1913-14, 16, 339
—, determination in (VAN
StyKE and BoswortTH)
1914, 19, 73
—, fresh, cause of (VAN
SLYKE and BosworTH)
1914, 19, 73
—, goat’s (BoswoRTH and
VAN SLYKE)
1916, 24, 182
—, human (BoswoRTH)
915, 20, 707
— serum (VAN SLYKE and
BoswortTH)
1915, 20, 149
120
Acidity—continued:
Milk serum, goat’s (Bos-
wortTH and VAN SLYKE)
1916, 24, 182
— —, souring, effect of
(Van Stryke and Bos-
WORTH)
1916, 24, 196
—, souring, effect of (VAN
Stryke and BoswortH)
1916, 24, 196
Rations, effect of, on
growth (McCouium and
Davis)
1915, 21, 617
Stomach, water, effect of
(BreRGEIM, REHFUss, and
Hawk)
1914, 19, 345
Surface tension, effect on
(ALLEN)
1915, 22, 519
Urinary, in normal and
pathological conditions
(HENDERSON and Pat-
MER)
1912-13, 13, 393
Urine (HENDERSON)
1911, 9, 406
(HenpERson and Pat-
MER)
1912-13, 13, 393;
1914, 17, 306
— during fast (ZEMAN,
Koun, and Howe)
1915, 20, xxvi
Acidosis:
(VorerLin and Kine)
1909, 6, xxviii
(Dax1n)
1910-11, 8, 97
Acetaldehyde, effect of,
in diabetic organism
(RinGER and FRANKEL)
1913-14, 16, 563
The Journal of Biological Chemistry
Acidosis—continued:
Ammonia production as
protection against
(Harr and Newson)
1914, 17, xlvi
Blood in (Marrtorr)
1914, 18, 507
Cause of (RINGER)
1914, 17, 107
d-Gluconic acid, effect of,
on (RINGER)
1914, 17, 108
Herbivora (STEENBOCK,
Newson, and Harr)
1914, 19, 399
Nephritis, relation to
(PatmMER and HENDER-
SON)
1915, 21, 55, 57
Oat diet, production by,
in rabbits (FuNK)
1916, 25, 410
Obesity and (Foun and
DENIs)
1915, 21, 183
Omnivora (STEENBOCK,
Netson, and Hart)
1914, 19, 399
Propyl] aldehyde, effect of,
in diabetic organism
(RrnGerR and FRANKEL)
1913-14, 16, 563
Protein relationships in
(BrapLey and TayLor)
1916, 25, 277
— storage, relation to
(STEENBOCK, NELSON,
and Harr)
1914, 19, 399
Starvation and (Four and
DENIs)
1915, 21, 183
Aconitine:
Reductase, action on (HAR-
RIS and CREIGHTON)
1915, 22, 537
Subjects
Acromegaly:
Metabolism in (Mrp1GRE-
CEANU and KRISTELLER)
1911, 9, 109
Activation:
Starfish eggs, unferti-
lized, by butyric acid,
mass action in (LILLIE)
1916, 24, 233
Activity:
Trypsin, determination of
relative activity of (RoB-
ERTSON)
1912, 12, 23
Adductor muscle:
Osmotic properties of
(Matas)
1914, 17, 81
Adenase:
Embryo, presence in
(Jones and AusTRIAN)
1907, 3, 227
Fetus, human, presence in
(Wetts and CoRPER)
1909, 6, 471
Human body, presence in
(Lone)
1913, 15, 449
Liver, absence in (LONG)
1913, 15, 452
Monkey tissue, presence
in (WELLS)
1909-10, 7, 179
Muscle, ox, presence in
(LronarRp and JONES)
1909, 6, 459
Opossum liver, presence in
(CALDWELL and WELLS)
1914, 19, 280
Placenta, presence in
(Wretis and CorPER)
1909, 6, 480
Spleen, presence in (CoR-
PER) 1912, 11, 32
Yeast, absence in
(StRauUGHN and JONES)
1909, 6, 252
121
Adenine:
Cancer content (SarK1)
1909-10, 7, 25
Connective tissue content
(BENNETT)
1912, 11, 223
Hypoxanthine, separation
from (BARNETT and
JONES)
1911, 9, 93, xix
Liver of Python reticulatus,
isolation from (Lyman)
1908-09, 5, 127
Metabolism (Mrnpet and
LYMAN)
1910-11, 8, 125
(Hunter and Grvens)
1914, 17, 41
Monkey urine content
(HUNTER)
1914, 18, 112
Muscle, action of, on
(LronaRD and JoNgEs)
1909, 6, 453
— content (BENNETT)
1912, 11, 223
Pancreas, pig’s, action of,
on (JONES)
1911, 9, 136
Picrate, recovery from
(BarNEeTT and JONES)
1911, 9, 93, xix
Placenta content (WELLS
and CorPER)
1909, 6, 479
Spleen content (CORPER)
1912, 11, 32
Yeast, isolation of purine
hexose compound (Man-
DEL and DuNHAM)
1912, 11, 85
Adenine-uracil dinucleotide:
(Jongs and RIcHARDS)
1915, 20, 32
(Jones and GERMANN)
1916, 25, 100
122
Adenosine:
Nucleases, action of (Lr-
VENE and La Force)
1912-13, 13, 508
Adenosine-deamidase:
(JONES) 1911, 9, 180
Adipocere:
Composition of (RuTTan
and MARSHALL)
1916, 24, xii
Adonitol:
Carbon, source of,
fungi (NEIDIG) -
1913-14, 16, 143
for
Adrenal:
Fetal, epinephrine content
(McCorp)
1915, 23, 485
Human fetal, epinephrine
in (Lewis)
1916, 24, 249
Tuberculin poisoning, re-
lation to (ATKINSON and
FitzPATRICK)
1911, 9, xxii
Adrenalin:
See Epinephrine.
Adsorption:
(RoBERTSON)
1908, 4, 35
Acids by casein (VAN
Siykr and VAN SLYKE)
1908, 4, 259
Catalase and diastase by
protein and lead phos-
phate (PETERS)
1908-09, 5, 367
See also Absorption.
Aeration:
Ammonia with com-
pressed air (FOLIN and
FARMER)
1912, 11, 498
—— suction (Fouin and
FARMER)
1912, 11, 498
(Van SuykEe and CuL-
LEN) 1914, 19, 220
The Journal of Biological Chemistry
Aeration—continued:
Sulfur, oxidation of, ef-
fect on (Brown and
KELLOGG)
1915, 21, 86
Tannic acid fermentation,
effect on (KnupsoN)
1913, 14, 179
Agar-agar:
Nitrogen elimination, in-
fluence on (MENDEL and
Lewis)
1913-14, 16, 30
Utilization of (Satkt)
1906-07, 2, 259
Age:
Hair, composition of, in-
fluence on (RUTHER-
rorp and Hawk)
1907, 3, 462
Metabolism, effect on
(BENEDICT)
1915, 20, 283
Reductase, effect on (HaAR-
RIs and CREIGHTON)
1915, 20, 188
Serum proteins, influence
on relative proportions
of (WELLS)
1913, 15, 37
Agglutinins:
Fractionation of (GIBSON
and CoLLins)
1907, 3, 233
Vegetable (MENDEL)
1909, 6, xix
Agitation:
Oxidase activity, effect on
(BUNZELL)
1916, 24, 95
See also Shaking.
Air:
Alveolar, carbon dioxide
tension, determination
of (MarRrorr)
1916, 24, xviii
Subjects
Air—continued:
Carbon dioxide-free, prep-
aration of (TASHIRO)
1913-14, 16, 488
Alanine:
Absorption from large in-
testine (Four and
DENIs)
1912, 12, 255
— — small intestine (Fo-
LIN and DENIs)
1912; 12, 157
(Van Stykeand MEYER)
1912, 12, 407
— — stomach (Four and
LyMan)
1912, 12, 261
— and urea formation
(Fotrn and DENIs)
1912, 12, 157
Acetone, solubility in (L&-
VENE and VAN SLYKE)
1913-14, 16, 116
Albumen poison, presence
in (WHEELER)
1909, 6, 549
Ammonia, formation of,
from (Dakin and Dup-
LEY)
1913, 15, 135
Benzoie acid and, effect
on glycocoll excretion
(Epstein and Book-
MAN)
1914, 17, 456
Blood, amino nitrogen con-
tent, after injection of
(Van Stryke and Mey-
ER) 1912, 12, 404
‘Casein content (OSBORNE
and GUEST)
1911, 9, 340
Colon poison, presence in
(WHEELER)
1909, 6, 549
123
Alanine—continued:
Fibrin _heteroalbumose,
content of (LEVENE,
Van Suyke, and Bir-.
CHARD)
1910-11, 8, 274
— protoalbumose, content
of (LEVENE, VAN SLYKE,
and BrrcHaARD)
1911-12, 10, 61
Glucose and, metabolism
of (Lusk)
: 1915, 20, 584
Glycocoll formation, influ-
ence on (EpsTEIn and
BooKMAN)
1914, 17, 456
—, separation from (LE-
VENE and VAN SLYKE)
1912, 12, 285
Heat production, influence
on (Lusk)
1915, 20, 560
Heteroalbumose content
(LEVENE)
1905-06, 1, 56
Legumelin content (Os-
BORNE and Hryt)
1908-09, 5, 198
Legumen content (Os-
BORNE and Capp)
1907, 3, 225
Metabolism of (Lusk)
1912-13, 13, 168, 199;
1915, 20, 560
—, rate of (CsonKA)
1915, 20, 539
Methyl glyoxal, forma-
tion of, from (DAKIN
and Dubey)
1913, 15, 134
Oxidation with hydrogen
peroxide (DAKIN)
1905-06, 1, 174
— — potassium perman-
ganate (DENIs)
1911-12, 10, 73
124
Alanine—continued:
Phlorhizin glycosuria, in-
fluence on (Lusk)
1915, 20, 613
Phosphotungstate (Lr-
VENE and VAN SLYKE)
1913-14, 16, 112
Picrolonate (LEVENE and
VAN SLYKE)
1912, 12, 131
Potassium thiocyanate,
action of (JOHNSON)
1912, 11, 97
Protoalbumose content
(LEVENE)
1905-06, 1, 49
Pyruvie acid in_ inter-
mediate metabolism of
(RINGER)
1913, 15, 145
Sugar from (RrvGErR and
Lusk)
1909-10, 7, xx
Typhoid poison, presence
in (WHEELER)
1909, 6, 549
Tuberculosis poison, pres-
ence in (WHEELER)
1909, 6, 549
Urea formation from
(FiskE and SuMNER)
1914, 18, 291
(JANSEN)
1915, 21, 557
d-Valine, separation from
(LEVENE and VAN
SLYKE)
1913-14, 16, 103
Vicilin content (OSBORNE
and Hey.)
1908-09, 5, 188
Vitellin content (LEVENE
and ALSBERG)
1906-07, 2, 129
Wheat gliadin content (Os-
BORNE and GUEST)
1911, 9, 426
The Journal of Biological Chemistry
|-Alanine:
Fate in glycosurie organ-
ism (Dakin and Dup-
LEY) 1914, 17, 451
Glucose from (DaKiIn and
DUDLEY)
1914, 17, 451
dl-Alanine:
Glucose from, in phlorhiz-
inized dogs (CsonKA)
1915, 20, 549
Leukocytes, action of (Lx-
VENE and Myer)
1913, 15, 475
Metabolism of (Lusk)
1912-13, 13, 168, 199
Picrolonate (LEVENE and
VAN SLYKE)
1912, 12, 131
Tissues, action of (LE-
venp and Myer)
1913, 15, 475
[-Alanylglycine :
Ferments, action of (Ko-
BER)
1911-12, 10, 11
Rotation of (KoBLKER)
1910-11, 8, 149
Albumin:
Barbus fluviatus, ovaries of
(McCrupDDEN)
1911, 9, viii
Blood content after re-
peated hemorrhage
(Taytor and Lewis)
1915, 22, 74
— sera, determination in
(RoBERTSON)
1912, 11, 198
——, —, micro-refracto-
metric (ROBERTSON)
1915, 22, 233
Carotin containing, in
blood serum (PALMER
and EcKLEs)
1914, 17, 230
Subjects
Albumin—continued:
Cat serum, content of
(WootsEy)
1913, 14, 438
Coagulation of, by pres-
sure (BRIDGMAN)
1914, 19, 511
Dog serum, content of
(WooLsEY)
1913, 14, 437
Duck serum, content of
(THompPson)
1915, 20, 4
Egg. See Egg albumin.
Epinephrine and hydrogen
peroxide, compound
with (Brown)
1906-07, 2, 149
Flour, extraction from
(BarLEy and BuisH)
1915, 23, 352
Goat serum, content of
(WooLsEyY)
1913, 14, 436
Goose serum, content of
(THoMpPsoNn)
1915, 20, 5
~ Guinea fowl serum, con-
tent of (BricGs)
1915, 20, 10
— pig serum, content of
(WooLsEy)
1913, 14, 439
Hen serum, content of
(THompson)
1915, 20, 2
Hog serum, content of
(Woo.LsEyY)
1913, 14, 435
Horse serum, content of
(ROBERTSON )
1912-13, 13, 328
Hypoglycemia (McGut-
GAN and Ross)
1915, 22, 422
125
Albumin—continued:
Iodized blood, accelera-
tion of action of tissue
enzymes (Morse)
1915, 22, 126
Milk, serum, normal and
sensitized, digestion by
(Huron)
1916, 25, 168, 228
—, souring of milk, effect
of (Van Styke and
BoswortH)
1916, 24, 200
Nylander’s test, influence
on (REexuFuss and Hawk)
1909-10, 7, 276
Ox serum, content of
(WooLsEyY)
1913, 14, 433
Pigeon serum, content of
(Briaes)
1915, 20, 8
Pike ovaries (McCrup-
DEN) 1911, 9, vill
Poison, amino-acids of
(WHEELER)
1909, 6, 546
Rabbit serum, content of
(RoBERTSON)
1912-13, 13, 331
Racemized, non-antigenic
properties of (TEN
BROECK)
1914, 17, 369
Rat serum, content of
(ROBERTSON)
1912-13, 13, 335
Refractivity of (ROBERT-
SON)
1915, 22, 236
Rooster serum, content of
(THOMPSON)
1915, 20, 3
(Briaes)
1915, 20, 9
126
Albumin—continued:
Serum, age and diet, in-
fluence on amount of
(WeLLs) 1913, 15, 37
—, alkaloidal reagents,
precipitation by (Hanz-
LIK) 1915, 20, 13
—, content of (RoBERT-
SON)
1912-13, 13, 325
(WooLsEyY)
1913, 14, 433
(THompson)
1915, 20, 1
(Briaes)
1915, 20, 7
(JEWETT)
1916, 25, 21
Sheep serum, content of
(WooLsEY)
1913, 14, 435
Strychnine, colloidal com-
pound with (Brown)
1906-07, 2, 149
Toxic action of, from fish
ovaries (McCruppEN)
1911, 9, ix
Toxin (WHEELER)
1909, 6, 528
Urine, determination in
(Foun and Dents)
1914, 18, 273
—, removal from, by alu-
minium hydroxide
eream (Tracy and
WELKER)
1915, 22, 55
Albuminuria :
Phenolphthalein, inges-
tion of (HyprRick)
1914, 17, xxxvi
Albumose:
Bence-Jones (Foury and
Denis)
1914, 18, 277
, determination of
-(Fotry and DENIs)
1914, 18, 279
The Journal of Biological Chemistry
Albumose—continued:
Catalytic action in cer-
tain syntheses (DAKIN)
1909-10, 7, 54
Germination, changes dur-
ing (SuzuK1)
1907, 3, 269
Hypoglycemia (McGut-
Gan and Ross)
1915, 22, 419
Thyroid gland, thyroid ac-
tivity of (Koc)
1913, 14, 104
Alcaptonuria:
(Ravatp and WARREN)
1909-10, 7, 465
(Dakrn)
1910-11, 8, 11
Chemical nature of (Da-
KIN) 1911, 9, 151
Alcohol:
Autolysis, inhibition of
(Wetts and CaLp-
WELL) 1914, 19, 57
Blood fat, influence on
(Boor)
1914, 19, 14
Carboliec acid, antagonism
to (TAYLOR)
1908-09, 5, 319
Cell division, influence on
(LILLIE)
1914, 17, 133
Cheese content (SuzUKI,
Hastines, and Harr)
1909-10, 7, 455
Determination in animal
tissues (HANZLIK)
1912, 11, 61
Fat digestion by lipase, in-
fluence on (BRADLEY)
1909, 6, 149
Glycogen metabolism, in-
fluence on (SALANT)
1907, 3, 403
Invertase, action on
(MatHews and GLENN)
1911, 9, 45
Subjects
Alcohol—continued:
Lecithin, osmotic pressure
of, influence on (THOM-
AS) 1915, 23, 365
—, viscosity of, influence
on (THOMAS)
1915, 23, 372
Polyatomic, source of car-
bon for lower fungi
(NEIDIG)
1913-14, 16, 143
Protein metabolism, ef-
fect on (SALANT and
RIEGER) 1911, 9, xii
—, precipitation of (JAN-
NEY) 1916, 25, 178
Qualitative tests (Hanz-
LIK) 1912, 11, 63
Recovery from animal tis-
sues (HANZLIK)
1912, 11, 61
Reductase, action on (HAR-
RIs and CREIGHTON)
1915, 22, 538
Urie acid, endogenous, in-
fluence on excretion of
(MrenpEL and STEHLE)
1915, 22, 229
Yeast enzyme, precipita-
tion of, by (KorLKER)
1910-11, 8, 157
See also Amyl alcohol,
Ethyl alcohol, Methyl
alcohol, ete.
Alcoholoxydase:
Aspergillus niger, produc-
tion by (ScaLEs)
1914, 19, 468
Aldehydemutase:
Glyoxalase, differentiation
from (Dakin and Dup-
LEY)
Aldehydes:
p-Nitrophenylhydrazones,
identification as (Da-
KIN) 1908, 4, 235
1913-14, 16, 511
127
3-Aldehydo-4-oxybenzyl chlo-
ride:
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 20, 683
Alfalfa:
Acid-soluble phosphorus
of (Harr and Torrinc-
HAM) 1909, 6, 441
Growth, influence on
(Hart, MiILurr, and
McCo.tivum)
1916, 25, 246
Laccase (BUNZELL)
1915, 20, 697
Meal, growth, influence
on (Hart and McCot-
LUM)
1916, 24, xxix
Nitrogen, total, efficiency
for growth (Harr, Hum-
pHREY, and Morrison)
1912-13, 13, 133
—,—, value in milk pro-
duction (Hartand Hum-
PHREY)
1914, 19, 127
—, water-soluble (Hart
and BENTLEY)
1915, 22, 482
Alge:
Iodine content (CAMER-
ON)
1914, 18, 344;
1915, 23, 6
Marine, carbohydrates of
(HoaGLAND and Lies)
1915, 23, 287
5 digestibility
and utilization (Sark!)
1906-07, 2, 251
—, iodine content of thy-
roid, influence on (Hun-
TER and Simpson)
1915, 20, 119
— 7) ae
128 The Journal of Biological Chemistry
Algin:
Macrocystis pyrifera, prep-
aration from (HoaG-
LAND and Lis)
1915, 23, 290
Salts of (HoaGLANp and
LIEB) 1915, 23, 292
Alginic acid:
See Algin.
Alimentary canal:
Phenol absorption from
(Hanziik and SoL.-
MANN)
1909, 6, xxxvil
Aliphatic:
Aldehydes, p-nitrophenyl-
hydrazones, identifica-
tion as (DaKIN)
1908, 4, 235
Amino group, determina-
tion of (Van SLYKE)
1909-10, 7, xxxiv;
1911, 9, 185;
1912, 12, 275;
1913-14, 16, 121;
1915, 23, 407
(KLEIN)
1911-12, 10, 287
-Aromatic ketones, w-halo-
gen derivatives (JACOBS
and H&IDELBERGER)
1915, 21, 455
— —, hexamethylenetet-
raminium salts (JACOBS
and HEIDELBERGER)
1915, 21, 455
Ketones, p-nitrophenylhy-
drazones, identification
as (DakIN)
1908, 4, 235
—, synthesis of (Daxty)
1908, 4, 221
Substances, oxidation in
animal organism (Da-
KIN) 1907, 3, 57
Alkali:
Allantoin, action on (Gry-
ENS) 1914, 18, 420
Alkali—continued:
Ammonia excretion, ef-
fect on (HAsKINS)
1906-07, 2, 227
Bacillus infantilis, produc-
tion by (Hurrpr and
KENDALL)
1908-09, 5, 439
Blood reserve (GETTLER
and BAKER)
1916, 25, 219
Casein, solubility of, in
(ROBERTSON)
1906-07, 2, 334
—, — —, temperature, in-
fluence of (RoBERTSON)
1908-09, 5, 147
Creatine, determination of,
influence on (EMMETT
and GRINDLEY)
1907, 3, 509
Creatinine, determination
of, influence on (EM-
METT and GRINDLEY)
1907, 3, 507
Cystine, spontaneous oxi-
dation, influence on
(MatrHews and WALK-
ER) 1909, 6, 290
Diabetes of partially and
totally depancreatized
dogs, influence on (MurR-
LIN and KRAMER)
1916, 24, xxv
Dyes, coefficient of dis-
tribution, influence on
(RoBERTSON)
1908, 4, 5
Glyoxalase, action on (Da-
KIN and DupLEY)
1913, 14, 428
g-Hydroxybutyrie acid,
decomposition by liver
tissues, influence on
(WakEMAN and DakIN)
1909, 6, 380
Subjects
Alkali—continued:
Invertase, destruction of,
by (PAINE)
1909-10, 7, xli
Liver autolysis, effect on
(BrapLEY and TayYLor)
1916, 25, 268
Melanin, effect on (Gort-
NER)
1910-11, 8, 341
Nephritis, retention in
(PatMER and HENDER-
SON) 1915, 21, 57
Oxidation of sugar, influ-
ence on (MATHEWs)
1909, 6, 4
Permeability, effect on
(OsTERHOUT)
1914, 19, 335
Protein hydrolysis by
trypsin, role in (Ros-
ERTSON)
1908-09, 5, 31
Proteolytic action, influ-
ence on (OLsoN)
1908-09, 5, 267
Retention by kidney (HEN-
DERSON and ADLER)
1909, 6, xxxvili
Trypsin, influence upon
digestion by (WALTERS)
1912, 11, 270
Tryptophane, action on
(HomeER)
1915, 22, 385
Urea excretion, effect on
(Haskins)
1906-07, 2, 227
Urease, action on (Mar-
SHALL)
1914, 17, 357
Urie acid, action on
(MircHE.t)
1907, 3, 145
Alkalinity :
Biological fluids, deter-
mination of, with in
129
Alkalinity—continued:
vertase (Hupson and
SALANT)
1909-10, 7, xiii
Blood, clinical method for
determination of (Ap-
LER) SOR Sy ca
Body, glucose, effect on
(HENDERSON)
1911-12, 10, 3
—, normal (HENDERSON)
1911, 9, 403
Cysteine, oxidation of, in-
fluence on (MATHEWS
and WALKER)
1909, 6, 23
cultures, de-
(REED
Glomerella
velopment in
and GrIssoM)
1915, 21, 159
Oxidation in Arbacia eggs,
spontaneous increase,
role in (WASTENEYS)
1916, 24, 288
Pancreatic juice (BRAD-
LEY) 1909, 6, 134
Ration, effect of, on
growth (McCotituM
and Davis)
1915, 21, 617
Alkaloidal reagent:
Glutin, precipitation of, by
(HANzLIK)
1915, 20, 13
Serum albumin, precipita-
tion of, by (HANZLIK)
1915, 20, 13
Alkaloids:
Picrolonates (WARREN and
WEIsS)
1907, 3, 327
Protoplasm, combination
with (ROBERTSON)
1905-06, 1, 543
Reductase, action on
(Harris and CREIGH-
TON) 1915, 22,535 .
130
Alkaloids—continued:
Toxicity, electrolytes, in-
fluence on (ROBERTSON)
1905-06, 1, 507
—, transport numbers of
ions of electrolytes, re-
lation of (RoBERTSON)
1905-06, 1, 548
Alkalosis:
Parathyroidectomy, rela-
tion to (WILSON,
Srrarns, and JANNEY)
1915, 21, 171
(WILSON, STEARNS, and
THURLOW)
1915, 23, 89
Alkylamines:
Determination of (HRp-
MANN) 1911, 9, 85
Kjeldahl digestion, prod-
uct of (ERDMANN)
1910-11, 8, 41
Oceurrence and formation
(Foutn)
1907, 3, 82
Urine, content of (ERp-
MANN) 1911, 9, 85
Alkylamino-purine:
Synthesis (JOHNS)
1915, 21, 319
Alkylureas:
Occurrence and formation
(Foun) 1907, 3, 83
Allantoin:
Alkali, action of (GIvENS)
1914, 18, 420
Bacteria, action of (MEn-
pEL and Dakin)
1909-10, 7, 154
—, fecal, action of (Grv-
ENS) 1914, 18, 420
Determination (DAKIN)
1907, 3, 73
(Hunter and GIvENs)
1910-11, 8, 452
— in urine (GIVENS)
1914, 18, 423
The Journal of Biological Chemistry
Allantoin—continued:
Excretion in coyote (Hun-
TER and GIVENS)
1910-11, 8, 461
—, magnesium sulfate, ef-
fect of (STHEL)
1908-09, 5, 121
—— mammalia (GIVENS
and HuNTER)
1913, 14, xxiv
—— monkey (HUNTER
and GIvENS)
1911, 9, xvi;
1912-13, 13, 377;
1914, 17, 55
— during starvation (UN-
DERHILL and KLEINER)
1908, 4, 167
—, water drinking, effect
of (FAIRHALL and
Hawk)
1912, 11, xi
—,—— after fasting, ef-
fect of (Hown, Mar-
pitt, and Hawk)
1911-12, 10, 429
Fate of, in monkey (HuN-
TER and GIVENS)
1912-138, 13, 381
Metabolism of (HUNTER
and GIVENS)
1912-13, 13, 381
(Taytor and ADOLPH)
1914, 18, 521
Nitrogen, distribution dur-
ing fast (Howr, Mar-
TILL, and Hawk)
1912, 11, 123
Optical inactivity (Mxn-
prL and Dakin)
1910-11, 7, 153
Purine metabolism, prod-
uct. of (HunreR and
GIVENS)
1914, 17, 41
Subjects
Allantoin—continued:
Ratio (HunTER, GIVENS,
and GuION)
1914, 18, 388
Stability in aqueous solu-
tion (GIVENS)
1914, 18, 417
Urea, effect on excretion
of (TAyLoR and ADOLPH)
1914, 18, 521
Urie acid, formation from
(GOLDSCHMIDT)
1914, 19, 97
Urine, disappearance from
(GIVENS)
1914, 18, 422
—, excretion in (HUNTER,
Givens, and Guron)
1914, 18, 387
(Hunter and GIvENs)
1914, 18, 403
Alloxan:
Murexide formation from,
ninhydrin reaction, anal-
ogy to (Harpine and
WARNEFORD)
; 1916, 25, 320
Ninhydrin, relation to
(Harpinc and Mac-
LEAN) 1916, 25, 344
Almond oil:
Growth, influence on (Os-
BORNE and MENDEL)
1914, 17, 402
Aloin:
Polyorchis, isolated center,
action on (MacCaLLuM)
1906-07, 2, 389
d-Altrose osazone:
Mutarotation of (LEVENE
and La ForGE)
1915, 20, 431
Aluminium:
Feces, determination in
(Scumipt and Hoac-
LAND)
1912, 11, 387
131
Aluminium—continued:
- Hydroxide cream, albu-
min from urine, removal
of (Tracy and WEL-
KER) 1915, 22, 55
— —, serum colloids, pre-
cipitation of (WELKER
and Fats)
1916, 25, 567
Aluminium chloride:
Hydrogen ion concentra-
tion of solutions of (Mr-
YAKE) 1916, 25, 26
Rice plant, toxic action
on growth of (Mryake)
1916, 25, 23
Alveolar:
Air, carbon dioxide ten-
sion of, determination
of (MarriottT)
1916, 24, xvill
Carbon dioxide pressure
after parathyroidecto-
my (WILSON, STEARNS,
and THURLOW)
1915, 23, 99
Amandin:
Heat of combustion (BEN-
EpIcr and OsBORNE)
1907, 3, 124
Amanita phalloides:
Hemolysin, glucoside na-
ture of (ABEL and
Forp)
1906-07, 2, 273
Poisons of (ABEL and
Forp)
1906-07, 2, 273
Toxin, chemical proper-
ties (SCHLESINGER and
Forp) 1907, 3, 279
Ambard’s coefficient:
(McLean and SELLING)
1914, 19, 32
(PrprreR and AUSTIN)
1915, 22, 86
(Appis and WATANABE)
1916, 24, 203
132
Amboceptor:
Hemolytic, absorption of
(MANWARING)
1905-06, 1, 213
— serum, content of heat-
ed, after contact with
corpuscles (MANWAR-
ING)
1905-06, 1, 213
Residual, attempt to de-
termine (MANWARING)
1907, 3, 387
Amidase:
Aspergillus terricola, pro-
duction by (ScaLEs)
1914, 19, 471
Penicillium camemberti,
presence in (Dox)
1909, 6, 465
— pinophilum, presence in
(CLARK and SCALES)
1916, 24, xxxil
Amide:
Ninhydrin reaction with
(Harpine and Mac-
LEAN) 1916, 25, 337
Nitrogen, Bacillus coli
communis, non-poison-
ous portion, content of
(LeacH)
1907, 3, 454
—, feedingstufis, content
of (Hart and BeEnvt-
LEY) 1915, 22, 481
—, gliadin, content of
(OSBORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 265
—, growth, efficiency for
(Hart, HumpurRey, and
Morrison)
1912-13, 13, 133
—, protein, determination
in (DENIs)
1910-11, 8, 427
(VAN SLYKE)
1911-12, 10, 20
The Journal of Biological Chemistry
Amide—continued:
Nitrogen, protein diet, con-
tent of (BARKER and
CoHOoE)
1905-06, 1, 229
See also Acid amide.
Amines:
Aromatic, mercury deriva-
tives of (Jacops and
HEIDELBERGER)
1915, 20, 513
—, monohalogenacylated
(Jacops and HEmEL-
BERGER)
1915, 21, 103
—,—, hexamethylenetet-
raminium salts (JACOBS
and HEIDELBERGER)
1915, 21, 103
Monohalogenacylated sim-
ple (JAcops and HpmeE.-
BERGER) .
1915, 21, 145
— —, hexamethylenetet-
raminium salts (JACOBS
and HrIDELBERGER)
1915, 21, 145
Ninhydrin reaction with
(Harpinc and Mac-
LEAN) 1916, 25, 337
Aminoacetonitrile:
Hydrogen sulfide, action
of (Jounson and BURN-
HAM) 1911, 9, 449
Thiopolypeptides deriva-
tives from (JOHNSON
and BuRNHAM)
1911, 9, 449
Amino-acid:
Alkylamines from (Four)
1907, 3, 83
Autolysis, rapid, lag in
(BrapLEy and TayLor)
1916, 25, 367
Blood, absorption by tis-
sues from (VAN SLYKE
and MryER)
1913-14, 16, 197
Subjects
Amino-acid—continued:
Blood content (GyORGY
and ZuNz)
1915, 21, 511
——, meat ingestion, ef-
fect of (WISHART)
1915, 20, 535
——, normal dogs (VAN
Styke and Murer)
1912, 12, 403
——, rise during diges-
tion (VAN SLYKE and
Myer)
1912, 12, 408
Catalytic action in certain
syntheses (DAKIN)
1909-10, 7, 49
Cellular protoplasm, stim-
uli for (LusK)
1912-13, 13, 183
Copper complexes of (Ko-
BER and SuGmIuRA)
1912-13, 13, 1
Copper salts (KoBER)
1911-12, 10, 9
— —, local toxicity (Cor-
PER)
Cystinuric, tolerance of,
for (WoLF and SHAFFER)
1908, 4, 455
Deamination in body
(WILLIAMS and WoLr)
1909, 6, 342
Determination. See wn-
der Amino-acid nitrogen.
Electrolysis
SON) 1914, 17, xxxiv
Feedingstuffs, content of
(NoLuav)
1915, 21, 611
Glyoxals, formation from,
in animal organism
(Dakin and Dvup.LeEy)
1914, 18, 29
Growth, minimum for
(OsporNE and Men-
DEL) 1916, 25, 1
1915, 20, xxi |
of (ATKIN- |
133
Amino-acid—continued:
Growth, réle in (OSBORNE
and MmNnpEL)
1914, 17, 325, xxiii
Interconversion of, with
a-hydroxy acids and a-
ketonic aldehydes (Da-
Kin and DupDLEY)
1913, 14, 555;
1913, 15, 127
Lead salts, insoluble (Lr-
VENE and VAN SLYKE)
1909, 6, 404;
1910-11, 8, 285
Leukocytes, action of (Lr-
VENE and MryY5R)
1913-14, 16, 555
Locus of chemical trans-
formation of absorbed
(Van Styke and Mry-
ER)
1913-14, 16, 213
Maintenance, minimum
for (OsBoRNE and MEN-
DEL) LONG) 25502
Metabolism of (Lusk)
1912-13, 13, 155, 174
—, intermediary (DAKIN)
1913, 14, 321
—,—, of those containing
an isopropyl group
(RinceR, FRANKEL, and
JONAS)
1913, 14, 531
—, rate of (JANNEY)
1915, 22, 191
Milk, changes in, at low
temperature (PENNING-
TON) 1908, 4, 393
Mixtures, fate of (Mar-
THEWs and NELSON)
1914, 19, 229
Muscle content, meat in-
gestion, influence of
(WISHART)
1915, 20, 535
134
Amino-acid—continued:
Ninhydrin reaction with
(Harpinc and Mac-
Lean)
1915, 20, 220;
(Harpine and WARNE-
FORD)
1916, 25, 319
Nitrogen, Bacillus coli
communis, non-poison-
ous portion, content of
(LEacH)
1907, 3, 454
—, determination (VAN
SLYKE)
1909-10, 7, xxxiv;
1911, 9, 185;
1912, 12, 275
(KLEIN)
1911-12, 10, 287
—, — in blood (VAN
Styke and Mryerr)
1912, 12, 400
—,—, colorimetric (Harp-
inc and MacLran)
1915, 20, 217;
1916, 24, 503
—,— of small quantities
(VAN SLYKE)
1913-14, 16, 121;
1915, 23, 407
(VAN
—, — in tissues
SLYKE)
1913-14, 16, 187
» — — urine (LEVENE
and VAN SLYKE)
1912, 12, 301.
(VAN SLYKE)
1913-14, 16, 125
(Benepict and Mur-
LIN
1913-14, 16, 385
—, —, Van Slyke’s and
Sdrensen’s methods,
comparison of (HaRp-
ing and MacLran)
1916, 24, 503
The Journal of Biological Chemistry
Amino-acid—continued:
Nitrogen, feedingstuffs,
content of (Harr and
BENTLEY)
1915, 22, 481
—, germination, changes
during (Suzuxkt)
1907, 3, 270
—, muscle content (WIL-
SON) 1914, 17, 389
—, pepsin content (ALpD-
RICH)
1915, 23, 339
—, plasma and corpuscle,
partition between
(Gyéray and Zunz)
1915, 21, 517
—, protein, content of
(OSBORNE, VAN SLYKE,
LEAVENWORTE, and
VINOGRAD)
1915, 22, 277
—, protein diet, content
of (BARKER and CoHoEr)
1905-06, 1, 229
Nutrition and growth with
(OsporNE and MEN-
DEL)
1914, 17, 325
Oxidation of (Daxry)
1905-06, 1, 171
(DENIs)
1911, 9, 365;
1911-12, 10, 73
1-Phenyl-2-thiohydan-
toins from (BRAUT-
LECHT)
1911-12, 10, 139
Picrolonates (LEVEN® and
VAN SLYKE)
1912, 12, 127
Proteins, analysis of, by
determination of groups
characteristic of (VAN
SLYKE)
1911-12, 10, 15
Subjects
“Amino-acid—continued:
Spectrographic study (Ko-
BER) 1915, 22, 433
Spontaneous oxidation
(MaTHEWws, RippLe, and
WALKER)
1908, 4, xx
Sugar from (RrivcER and
Lusk)
1909-10, 7, xx
Thyroid gland, thyroid
action of (Koc#)
1913, 14, 108
Tissues, absorption from,
by blood (VAN SLYKE
and Mpy5Er)
1913-14, 16, 197
—, content _ of, feeding
and fasting, influence
of (VAN Sutyke and
MeryeEr)
1913-14, 16, 231
—, kidney, action of (LE-
VENE and MryER)
1913-14, 16, 555
Triketohydrindene hy-
drate (ninhydrin) reac-
tion of (HarpiIna and
MacLnan)
1915, 20, 220
(Harpina and WaRNE-
FORD) 1916, 25, 319
Tubercle bacillus, utiliza-
tion by (KoELKER and
HAMMER)
* 1909-10, 7, li
Uramido acids, prepara-
tion from (Dakin and
DuDLEY)
1914, 17, 29
Urea formation, liver, im-
portance of (FISKE and
SUMNER)
1914, 18, 285
(JANSEN)
1915, 21, 557
135
Amino-acid—continued:
Zine chloride, precipita-
tion by (VAN SLYKE)
1913-14, 16, 192
Amino alcohol:
C-Aryl derivatives (Ja-
cops and H®rIDELBER-
GER) 1915, 21, 431
Monohalogenacetyl deriv-
atives (JAcoBs and
HIpELBERGER)
1915, 21, 403
——, hexamethylenetetra-
minium salts (JACOBS
and HEIDELBERGER)
1915, 21, 403
p-Aminobenzeneazodiethylani-
line: j ,
(Jacops and HEImELBER-
GER)
1915, 21, 123
o-Aminobenzoic acid:
Oxidation with hydrogen
peroxide (Daxin and
HERTER)
1907, 3, 433
4-p-Aminobenzylhydantoin :
(Jounson and Bravt-
LECHT)
1912, 12, 186
‘Salts (Jounson and
BRAUTLECHT)
1912, 12, 187
a-Aminocaproic acid:
Fate of, in phlorhizinized
dog (GREENWALD)
1916, 25, 81
Glucose from (GRBEEN-
WALD)
1916, 25, 81
p-Aminodipropylaniline :
(Jacops and H»IDELBER-
GER)
1915, 21, 116
136
2-Amino-5-ethoxy-6-oxypyrim-
idine:
(JOHNSON
LUM)
and McCot-
1905-06, 1, 448
Sulfate (Jonnson and Mc-
CoLuuM)
1905-06, 1, 449
Aminoethyl o0-tolyl ether:
(Jacops and HrmELBER-
GER)
: 1915, 21, 416
Amino group:
Aliphatic, determination
of (VAN SLYKE)
1911, 9, 185;
1912, 12, 275;
1913-14, 16, 121;
1915, 23, 407
(KLEIN)
1911-12, 10, 287
Proteins, nature of, in
(VAN Styke and Brr-
CHARD)
1913-14, 16,.539
Aminoisopropanol:
Derivatives (JAccBs and
HEIDELBERGER)
1915, 21, 424
Aminoisopropyl p-nitrobenzo-
ate:
Hydrobromide (JAgoBs
and HEIDELBERGER)
1915, 21, 425
a-Aminoisovaleric acid:
Oxidation with hydrogen
peroxide (Daxkrn)
1908, 4, 70
5-Aminomalonylguanidine:
Physiological action
(KLEINER)
1912, 11, 454
1-Amino-2-(p-naphthaleneazo-
phenylmercuric acetate)-5-
sulfonic acid:
(Jacoss and H&IDELBER-
GER) 1915, 20, 517
p-Aminophenylmercuric
The Journal of Biological Chemistry
3-Amino-4-oxybenzylpiperi-
dine:
Dihydrochloride (JacoBs
and HEIDELBERGER)
1915, 20, 669
2-Amino-6-oxypyrimidine:
Picrolonate (WHEELER
and JAMIESON)
1908, 4, 114
p-Aminophenacyl chloride:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 460
o-Aminophenoxyethylbromide:
(Jacops and HripELBER-
GER) 1915, 21, 447
Hydrobromide (JACOBS
and HEIDELBERGER)
1915, 21, 447
o-Aminophenoxyethylpiperi-
dine:
(Jacoss and HrmELBER-
GER) 1915, 21, 448
Hydrochloride (JACOBS
and H&rIDELBERGER)
1915, 21, 447
d-a-Aminophenylacetic acid:
Phenylglyoxal formation
in liver, from (DaxkIN
and Dup.LEy)
1914, 18, 47
Phenylglyoxylic acid for-
mation in liver, from
(Dakin and DubLEY)
1914, 18, 47
p-Aminophenyl chloromethyl
ketone:
Hexamethylenetetramin-
ium salt (JaAcoBs and
H&rIDELBERGER)
1915, 21, 460
ace-
tate:
(Jacosps and HrmDELBER-
GER)
1915, 20, 515
Subjects
y-Aminopropanol:
Derivatives (Jacops and
HIDELBERGER) ;
1915, 21, 421
y-Aminopropyl p-nitrobenzo-
ate:
Hydrobromide = (JacoBs
and HEmELBERGER)
1915, 21, 421
6-Aminopyrimidine :
(WHEELER and JoHNSON)
e 1907, 3, 189
(WHEELER)
1907, 3, 290
Salts (WHEELER)
1907, 3, 292
(WHEELER and JAMIE-
SON) 1908, 4, 114
a-Amino-n-valeric acid:
Oxidation with hydrogen
peroxide (DAxIN)
1908, 4, 73
Protamine content (Tay-
LOR)
1908-09, 5, 393
Ammonia:
Aeration of (Foutn and
FARMER)
1912, 11, 498
(Van Styke and CuL-
LEN)
1914, 19, 220
Alanine, formation from
(Dakin and Duptey)
1913, 15, 135
Blood, circulating, vivi-
diffusion experiments on
(RoHDE)
1915, 21, 325
— content (GETTLER and
BAKER)
1916, 25, 215
— —, acute destructive
lesions of liver, effect of,
on reduction of (FISKE
and KaRrsNER)
1914, 18, 381
137
Ammonia—continued:
Blood, fish, content of
(DENIs)
1913-14, 16, 390
—, rate of disappearance
from (JACOBSON)
1914, 18, 133
Carbamate content (Mac-
LEop and HAskKINs)
1905-06, 1, 327
Carbon dioxide of blood,
interrelation of (Hop-
KINs and DENIs)
1911-12, 10, 407
Chlorides, relation to ex-
cretion of, in diabetes
(LEBENSOHN)
1915, 23, 513
Coefficient of breast-fed
infant (AmBERG and
Morritu)
1909, 6, xxxv
Determination (Howe and
Hawk)
1908, 4, x
— in blood (Foutn and
DENIS)
1912, 11, 527
(Marraews and Miz-
LER) 1913, 15, 89
(Bock and BeNEpIcT)
1915, 20, 57
——proteins (VAN SLYKE)
1911-12, 10, 20
—— urine (STEEL)
1909-10, 7, lviii;
1910-11, 8, 365
(Fouty)
1910-11, 8, 497
(Foun, FarmER, Mac-
ALLUM, and PETrTrBoNe)
1911, 9, ix
(Foun and MacaLLuM)
1912, 11, 523
(CocHRANE)
1915, 23, 311
138 The Journal of Biological Chemistry
Ammonia—continued:
Epinephrine hydrate, de-
composition product of
(ABEL and TAVEAU)
1905-06, 1, 10
Excretion (McGuiean)
1912, 11, xxxiil
—, alkali, influence of
(Haskins)
1906-07, 2, 227
— in coyote (HuNnTER and
GIVENS)
1910-11, 8, 459
—, diet, influence of (Has-
KINS)
1906-07, 2, 223
—, inosite, effect of (AN-
DERSON and BoswoRTH)
1916, 25, 404
—, magnesium sulfate, in-
fluence of (STEEL)
1908-09, 5, 121
—, of monkey (HUNTER
and GIvENS)
1914, 17, 55
—, potassium cyanide, ef-
fect of (RicHaRDs and
WALLACE)
1908, 4, 187
—, sodium chloride, effect
of (UNDERHILL)
1913, 15, 332
Feedingstuffs, content of
(Hart and BENTLEY)
1915, 22, 480
Folin’s method for deter-
mining ammonia in
urine (STEEL and G1Es)
1908-09, 5, 71
(Howe and Hawk)
1908, 4, x;
1908-09, 5, 477
(STEEL)
1910-11, 8, 365
Germination, changes dur-
ing (SuzUKI)
1907, 3, 268
Ammonia—continued:
Glomerella, formation by
(Rexp and Grissom)
1915, 21, 162
Tnanition, influence of, on
elimination of (MENDEL
and Rosr)
1911-12, 10, 219
Metabolism, relation to
balance of acid- and
base-forming elements
in food (SHERMAN and
GETTLER)
1912, 11, 323
Milk, content of (SHER-
MAN, BERG, CoHEN, and
WHITMAN)
1907, 3, 171, xxxvi
Ninhydrin reaction with
(Harpine and WARNE-
FORD)
1916, 25, 330
Nitrogen distribution in
fast (Hows, Marritu,
and Hawk)
1912, 11, 117
Phytase, action on (AN-
DERSON)
1915, 20, 490
Portal blood, origin and
significance of (FoLIN
and DEnts)
1912, 11, 161
Production by herbivora
as protection against
acidosis (Harr and
NELSON)
1914, 17, xlvi
Protein, formation from,
by electrolysis (ATKIN-
SON
1914, 17, xxxiv
— metabolism, utiliza-
tion in (TayLor and
RINGER)
1913, 14, xxvi, 407
tp! 2
Subjects
Ammonia—continued:
Proteolysis of milk, for-
mation during (SHER-
MAN, BERG, CoHEN, and
WHITMAN)
1907, 3, 172
Spiro’s method (HowE and
Hawk)
1908-09, 5, 477
Urease, action on (Mar-
SHALL)
1914, 17, 359
Urine content (HENDER-
son and PALMER)
1914, 17, 306
— — after thyroidectomy
(UNDERHILL and SAIKI)
1908-09, 5, 226
—, excretion in, after par-
athyroidectomy (WIL-
SON, STEARNS, and JAN-
NEY)
1915, 23, 123
—, — in nephritis (HEN-
DERSON and PALMER)
1915, 21, 39
—, output in (TAYLOR)
1911, 9, x
Water ingestion after fast-
ing, effect on (Hows,
Marritt, and Hawxk)
1911-12, 10, 420
Yeast nucleic acid, hydrol-
ysis of, by (JoNES and
GERMANN)
1916, 25, 93
Ammonium carbamate:
Carbamate content of
(Mactrop and Has-
KINS)
1905-06, 1, 321
Freezing point depression
produced by (MacLEoD
and HAsKINs)
1905-06, 1, 332
139
Ammonium carbonate:
Carbamate content of solu-
tions of (Mactrop and
HaAskIns)
1905-06, 1, 321
Nitrogen, utilization of
(TaYLoR and RINGER)
1913, 14, 410
Urea formation upon per-
fusion of liver with
(Fiske and KARSNER)
1913-14, 16, 399
(JANSEN)
1915, 21, 557
Urease action, effect on
(Van Styxe and CuL-
LEN)
1914, 19, 164
Ammonium caseinate:
(Van Stryke and Bos-
WORTH)
1913, 14, 213
Ammonium chloride:
Barium sulfate precipita-
tion, effect on (Four)
1905-06, 1, 144
Urine after parathyroidec-
tomy, isolation from
(Kocx)
1913, 15, 46
Utilization of (UNDER-
HILL
1913, 15, 337
(UNDERHILL and GOLD-
SCHMIDT)
1913, 15, 346
Ammonium hydroxide:
Arbacia eggs, influence on
oxidation of (WASTE-
NEYS)
1916, 24, 286
Sea urchin’s eggs, influ-
ence on oxidation of
(Lors and WasTENEYS)
1913, 14, 355, 459;
1915, 21, 157
140
Ammonium magnesium phos-
phate:
Ammonia determination in
(StreL and Gruss)
1908-09, 5, 71
(STEEL)
1910-11, 8, 365
Composition (JoNES)
1916, 25, 90
(GREENWALD)
: 1916, 25, 433
Phosphoric acid weighed
as (JONES)
1916, 25, 87
Ammonium molybdate:
Reduction in acid solution
(Minter and Tayior)
1914, 17, 531
Ammonium paracaseinate:
(Van Styke and Bos-
WORTH)
1913, 14, 220
Ammonium salts:
Absorption — of
HILL)
1918, 15, 327, 337
Benzoie acid and deriva-
tives, oxidation with hy-
drogen peroxide (Dakin
and HERTER)
1907, 3, 419
Calcium salts, antagonis-
tie action of (VoRnGTLIN
and Kine)
1909, 6, xxvili
Elimination during inani-
tion (UNDERHILL)
1913, 15, 337
— of ingested, with ade-
quate diet (UNDERHILL)
1913, 15, 327
Hydroxy fatty acids, ox-
idation with hydrogen
peroxide (Daxtn)
1908, 4, 91
(UNDER-
The Journal of Biological Chemistry
Ammonium salts—continued:
Metabolism of (UNDER-
LL)
1913, 15, 327, 337
(UNDERHILL and GoLp--
SCHMIDT)
1913, 15, 341
Ninhydrin reaction with
(Harpine and WaRNE-
FORD)
1916, 25, 319
— — —, pyridine, influ-
ence of (Harpine and
WARNEFORD)
1916, 25, 324
Urea, relationship to
(WaxkeEMAN and Dakin)
1911, 9, 327
Utilization of, with non-
nitrogenous diet (UN-
DERHILL and GoLp-
SCHMIDT)
1913, 15, 341
Amphoteric electrolytes:
(LunpDEN)
1908, 4, 267
Dissociation constants
(Lunpsn)
1908, 4, 287
Laws of, serum globin, ap-
plication to (RoBERT-
ON)
Amygdalin:
Tissue extracts, action of
(LEvENE, JAcoBs, and
MEDIGRECEANU)
1912, 11, 376
Tridens flavus, action of
(VIEHOEVER, JOHNS,
and ALSBERG)
1916, 25, 149
1908-09, 5, 155
Amy] alcohol:
Cell division, influence on
(Lrui1B)
1914, 17, 136
Subjects
Amy] alcohol—contin ued:
Fatty acid salts, solubil-
ity of, in (JACOBSON and
HoLMEs)
1916, 25, 36
Amylase:
Pancreatic, stimulating ef-
fect of serum on (CROHN
and EpstEtn)
1914, 17, 317
Penicillium camemberti,
presence in (Dox)
1909, 6, 466
Saliva, content of (MEN-
DEL and UNDERHILL)
1907, 3, 135
Amylolytic power:
Saliva, diet, influence of
(NEILson and LEwIs)
1908, 4, 501
—of dog (MxenpeL and
UNDERHILL)
1907, 3, 135
Amylopsin:
Pancreatic juice (BRap-
LEY) 1909, 6, 136
Anadonta:
Manganese content (BRAD-
LEY)
1907, 3, 151;
1910-11, 8, 240
Anaphylaxis:
Anaphylactiec reaction
(BRADLEY and SANSUM)
1914, 18, 497
Bence-Jones protein (Tay-
Lor and MILLER)
1916, 25, 290
Isogenous (BRADLEY and
SaNsuUM)
1914, 18, 502
Paranuclein (Gay and
ROBERTSON)
1912, 12, 234
Proteoses of seeds and
(Writs and OsBoRNE)
1914, 17, xxvi
141
Anaphylaxis—continued:
Reactions of (BRADLEY
and SANSUM)
1914, 17, xxviii
Serum, chloral hydrate,
influence of (BANZHAF
and FAMULENER)
1909, 6, xlil
Andropogon sorghum:
Hydrocyanic acid content
of leaves (ALSBERG and
Back)
1916, 25, 136
Anemia:
Bacterial processes in ad-
vanced (HERTER)
1906-07, 2, 1
Anesthesia:
Acetonuria following
(BALDWIN)
1905-06, 1, 239
Ether, blood sugar con-
tent, influence on (UN-
DERHILL)
1905-06, 1, 115
(Ross and McGurean)
1915, 22, 407
(McGutean and Ross)
1915, 22, 419
(Epstein and ASCHNER)
: 1916, 25, 156
—, diastase content of
blood, influence on
(Ross and McGuiGan)
1915, 22, 407
—, nitrogen excretion, in-
fluence on (Hawk)
1908, 4, 321
Hyperglycemia, produc-
tion of (EpsTern and
ASCHNER)
1916, 25, 152
Magnesium sulfate, hydro-
chloriec acid, influence
on (UNDERHILL)
1916, 25, 477
142
Anesthesia—continued:
Magnesium sulfate, sodium
carbonate, influence of
(UNDERHILL)
1916, 25, 477
Anesthetics:
Cell division in sea ur-
chin’s eggs, action in
suppressing (LILuIz)
1914, 17, 121
a, a,-Anhydroidosaccharicacid:
(LEVENE and La Fores)
1915, 21; 357
a, o,-Anhydromucic acid:
(LEvENE and La ForcE)
1915, 22, 334
a, ay;-d-Anhydrosaccharic acid:
Potassium salt (LEVENE
and La ForGE)
1915, 21, 359
a, os-l-Anhydrosaccharic acid:
(LEVENE and La Forces)
1915, 21, 358
2-Anilino-6-oxypyrimidine:
(JoHNSON and JOHNS)
1905-06, 1, 314
Animal:
Calorimetry (WILLIAMS)
1912, 12, 317
(WituiAMs, Ricus, and
Lusk)
1912, 12, 349
(Lusk)
1912-13, 13, 27
(FISHER and WISsHART)
1912-13, 13, 49
(Lusk)
1912-138, 13, 155, 185
(McCruppEn and Lusk)
1912-13, 13, 447
(WISHART)
1915, 20, 535
(CsonxKA)
1915, 20, 539
(Lusk)
1915, 20, 555
(Murtin and Lusk)
1915, 22, 15 |
The Journal of Biological Chemistry
Animal—continued:
Extracts, urie acid, be-
havior of, towards
(MircHett)
1907, 3, 145
Metabolism. See Metab-
olism.
Tissues.
Anion:
Potassium chloride, toxic
action of, action of an-
ions on (Los and Cat-
TELL)
See Tissue.
1915, 23, 42
Anisal hydantoin:
Reduction of (WHEELER,
Horrman, and JOHN-
1911-12, 10, 157
p-Anisyl bromoethyl ketone:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 462
Antagonism:
Acids and salts (OsTER-
HOUT)
1914, 19, 517
Alcohol to phenol (Tay-
LOR)
1908-09, 5, 319
Ammonium and calcium
salts (VorGcTLIn and
KING)
1909, 6, xxviii
Potassium and magnesium
or chlorine ions (Mr-
YAKE)
1913-14, 16, 259
Salts and oppositely
charged ions (Los)
1914, 19, 431
— and sugar (Lors)
= 1912; site as
Sodium and _ potassium
salts (MryaKke)
1913-14, 16, 251
Subjects
Antagonism—continued:
Toxic effect of salts upon
growth of rice seedlings
and (Miyake)
1913-14, 16, 242
Anthropopithecus troglodytes:
Purine enzymes of (WELLS
and CALDWELL)
1914, 18, 157
Anti-aspergillus serum:
(SATKI)
1907, 3, 399
Anti-enzyme:
Ascaris, preparation from
(MENDEL and Boop)
1910-11, 8, 207
Antigen:
Racemized egg albumin as
(Ten BROECK)
1914, 17,
Antiglyoxalase:
(Dakin and DupLEY)
1913-14, 16,
Dialysis of (DAKIN
DuDLEY)
1913-14, 16, 509
Pancreas, occurrence in
(Dakin and DupLEy)
1913, 15, 464
Trypsin, separation from
(Daxrn and DupLEy)
1913, 15, 473
369
508
and
Anti-inulase:
(SAIKI)
Antiketogenesis:
Mechanism of (RINGER)
1913-14, 16, 574;
1914, 17, 107, 283
Pyruvic acid in (RINGER)
1914, 17, 283
1907, 3, 395
Antimony:
Cysteine, spontaneous ox-
idation, action on
(Marnews and WALK-
ER)
1909, 6, 304
143
Antiscorbutics:
Oat disease in rabbits, ef-
fect on (FUNK)
1916, 25, 412
Antiseptics:
Ammonia formation in
milk during proteolysis,
effect on (SHERMAN,
Bere, Conen, and
WHITMAN)
1907, 3, 171
Autolysis, action on
(WeLLs and BENSON)
1907, 3, 42
(BENson and WELLS)
1910-11, 8, 61
Copper salts, selective ac-
tion of (SPRINGER)
1909-10, 7, xxxi
Glycolysis, action on (Mc-
Guican and von Hess)
1912, 11, xxxiv
Papain, influence on
(MenpEL and Boop)
1910-11, 8, 183
Trypsin, action on (WaAL-
TERS) 1912, 11, 269
Antitoxin:
Concentration for thera-
peutic use (GIBSON)
1905-06, 1, 161
Diphtheria, deterioration
of (BANZHAF)
909-10, 7, xlv
Fractionation of (GIBSON
and CoLuis)
1907, 3, 233
Serum, fractional precip-
itation of (BANzHAF and
GrBson)
1907, 3, 253
Apparatus:
Absorption tube (FoLIN)
1907, 3, 182
Amide nitrogen, determi-
nation of (VAN SLYKE)
1911-12, 10, 20
144
The Journal of Biological Chemistry
Apparatus—continued:
Amino (VAN SLYKE)
1911, 9, 185;
1912, 12, 275
(KLE)
1911-12, 10, 287
Ammonia aeration (Mar-
SHALL)
1913, 15, 488
— determination (FoLin
and FARMER)
1912, 11, 499
— distillation (Bock and
BENEDICT)
1915, 20, 57
Arginine, determination of
(VAN SLYKE)
1911-12, 10, 26
Balance for growth studies
(Ropertson and Ray)
1916, 24, 357
Burette for Van Slyke ap-
paratus (VAN SLYKE)
1915, 23, 407
Cages for growth experi-
ments (ROBERTSON and
Ray)
1916, 24, 348
Carbon dioxide (TAsHrro)
1913-14, 16, 485
Crucible for iodine deter-
mination (KENDALL)
1914, 19, 251
Defibrinating tube (Mc-
CLENDON)
1916, 24, 520
Dry sand bath (Taytor
and MILER)
1914, 18, 219
Evaporation of aqueous
extracts by air current
(ALDRICH)
1915, 23, 255
Extraction (GREENE)
1909-10, 7, 503
Apparatus—continued:
Fermentation bulb, with
vacuum stopcock
(Keys and GILLEspPIE)
1912-13, 13, 295
Flask for ether extraction
(CsonKa)
1916, 24, 436
— — fat extraction (Gup-
HART and CsonKA)
1914, 19, 525
Fumes absorption (Foun
and DEnts)
1912, 11, 503
Gas collection from cheese
(THom and CurRRIE)
1913, 15, 250
— content of serum, de-
termination of (Ats-
BERG and CLARK)
1914, 19, 505
— pipette (TASHTIRO)
1913-14, 16, 492
— volumeter (QUINAN)
1909, 6, 174
— wash bottle (WILLIAMS)
1912, 12, 323
Hippuric acid determina-
tion (Fo~rn and FLan-
DERS) 1912, 11, 260
Hydrogen electrode (Mc-
CLENDON)
1916, 24, 521
— —, improved Hassel-
balch (McCLEnpon and
Magoon)
1916, 25, 669
— — and tonometer (Mc-
CLENpDoN and MaGoon) |
1916, 25, 675
—— vessel (CLARK)
1915, 23, 475
Intravenous injection,
continuous, at uniform
rate (SANSUM, WILDER,
and WoopyatTT)
1916, 24, xix
Subjects
Apparatus—continwed:
Mercury vapor lamp
(Bovis)
1915, 20, 315
Needles for drawing blood
(McCiEenpon)
1916, 24, 519
Nephelometer (Koper)
1912-13, 13, 486
(Bioor)
1915, 22, 145
Oxidase (BUNZELL)
1914, 17, 409
Oxygen trap (BENEDICT)
1915, 20, 307
Perfusion (HatcHpr and
WOLF) 1907, 3, 28
— bottles (Fiske and
KARSNER)
1913-14, 16, 416
Pipette for milk analysis
(Meigs) (Mesias and
Marsu)
1913-14, 16, 152
— — surface tension de-
termination (ERDMANN)
1913, 14, 145
Respiration, for small ani-
mals (BENEDICT)
1915, 20, 301
— calorimeter (WILLIAMS)
1912, 12, 317
Soxhlet, for extraction of
B-hydroxybutyrie acid
(Buack)
1908-09, 5, 210
—, for liquids (Satx1)
1909-10, 7, 21
Surface tension, determi-
nation of (ERDMANN)
1913, 14, 142
Thermoregulator (Mc-
CLENDON)
1916, 24, 524
Tonometer and hydrogen
electrode (McCLENDON
and Macoon)
1916, 25, 675
145
Apparatus—continued:
Urea determination (BEN-
EDICT)
1910-11, 8, 418
, with urease (VAN
SLYKE and CULLEN)
1914, 19, 217
Vividiffusion (RoHDE)
1915, 21, 326
Volumetric flask for sugar
determination (ScALES)
1915, 23, 82
Apple juice:
Chemical study (Gore)
1907, 3, xxxvil
Aqueous extracts:
Evaporation of,
(ALDRICH)
1915, 23, 255
|-Arabinosazone:
Mutarotation of (LEVENE
and LA ForGr)
1915, 20, 431
by air
Arabinose:
Heat, influence of (HEN-
DERSON)
1911-12, 10, 6
Lactic acid formation
from, by leukocytes
(Levene and MEYER)
1913, 14, 149
Muscle plasma and pan-
creas extract, combined
action of (LEVENE and
Mayer)
1912, 11, 347
Arachidic acid:
Mammary gland, passage
into (Bows)
1915, 922, 11
Preparation (LEVENE,
West, and VAN
ScHEER)
1915, 20, 525
Aralia cordata:
Choline in shoots of (Mr-
YAKE)
DER
1915, 21, 661
146
Aralia cordata—continued:
Nuclein bases of (Mr-
YAKE)
1915, 21, 507
Arbacia:
Eggs, autolysis of (Lyon
and SHACKELL)
1909-10, 7, 371
—, oxygen consumption
(WASTENEYS)
; 1916, 24, 282
—, spontaneous increase
in oxidation (WASsTE-
NEYs)
1916, 24, 288
Arginase:
Creatine, action on (Da-
KIN) 1907, 3, 435
Creatinine, action on
(Daxtn)
1907, 3, 438
Guanidine derivatives, ac-
tion on (Daxktn)
1907, 3, 435
Arginine:
Casein content (VAN
SLYKE)
1913-14, 16, 531
Creatine, relation to (BAu-
MANN and MARKER)
1915, 22, 49
Edestin content (VAN
SLYKE)
1911-12, 10, 46
Fibrin content (VAN
‘ SLYKE)
1911-12, 10, 50
—-heteroalbumose content
(LEVENE, VAN SLYKE,
and BrrcHARD)
1909-10, 8, 280;
1911-12, 10, 69
— protoalbumose content
(LEVENE, VAN SLYKE,
and BrrcHARD)
1911-12, 10, 67
The Journal of Biological Chemistry
Arginine—continued:
Gelatin content (Van
SLYKE)
1911-12, 10, 49
— dipeptide, isolation
from (LEVENE and
BrRcHARD) ;
1912-13, 13, 288
Gliadin content (VAN
SLYKE)
1911-12, 10, 45
(OsBORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 260
Glucose from (DaAK1In)
1913, 14, 327
Hair, content of (VAN
SLYKE)
1911-12, 10, 48
Hemocyanin content (VAN
SLYKE)
1911-12, 10, 51
Hemoglobin content (VAN
SLYKE) :
1911-12, 10, 53
Heteroalbumose content
(LEVENE)
1905-06, 1, 57
Kidney content (WAKE-
MAN)
1908, 4, 123
Kyrine of gelatin, isola-
tion from (LEVENE and
*BIRCHARD)
1912-13, 13, 283
Legumelin content (Os-
BORNE and Hwy.)
1908-09, 5, 198
Legumin content (Os-
BORNE and CLApP)
1907, 3, 225
Liver content (WAKEMAN)
: 1908, 4, 123
Metabolism (Dax1n)
1913, 14, 327
Subjects
Arginine—continued:
Metabolism, intermediary
(RinGER, FRANKEL, and
JONAS)
1913, 14, 539
Muscle, action of (Bav-
MANN and MARKER)
1915, 22, 51
— content (WAKEMAN)
1908, 4, 123
Nitrous acid, action of
(Van SLYKE)
Placenta content (KoEL-
KER and SLEMONS)
1911, 9, 486
Protamine content (Tay-
LOR)
1908-09, 5, 394
Proteins, determination in
(VAN SLYKE)
1911-12, 10, 25
Protoalbumose content
(LEVENE)
1905-06, 1, 54
Rice kernel protein, con-
tent of (OSBORNE, VAN
SLYKE, LEAVENWORTH,
and VINOGRAD)
1915, 22, 275
Soil, presence in (SCHREIN-
ER and SHOREY)
1910-11, 8, 381
Tissue, animal, determi-
nation in (WAKEMAN)
1908, 4, 119
Tumor, malignant, con-
tent of (KocHER)
1915, 22, 300
Vicilin content (OSBORNE
and Hryt)
1908-09, 5, 188
Vitellin content (LEVENE
and ALSBERG)
1906-07, 2, 132
1911, 9, 192
147
Arginine-glutaminic acid di-
peptide:
Gelatin, preparation from
(LevENE and Brrcu-
ARD)
1912-13, 13, 285
Arrowhead:
Tubers, sugars of (Mr-
YAKE) 1918, 15, 221
Arsenic:
Cysteine, spontaneous ox-
idation, influence on
(MarHews and WaLK-
ER) 1909, 6, 308
Human body, distribution
in, in case of poisoning
(UNDERHILL)
1914, 19, 513
Tissues, determination in
(SANGER and BouGH-
ON)
Ascaris:
Anti-enzyme of, papain hy-
drolysis, influence on
(MenpDeEL and Bioop)
1910-11, 8, 206
lumbricoides, glucose pro-
tein compound from
(McCruppEn)
1911, 9, viii
1909-10, 7, xxxvii
Ascidia atra:
Indicator from (CROZIER)
1916, 24, 443
Ash:
Milk content (Metres and
Mars)
1913-14, 16, 150
clam, osmotic
relation to
Muscle,
pressure,
(Mates)
1915, 22, 493
—, smooth, analysis of
(Meres and Ryan)
1912, 11, 401
(Ryan and Metres)
1912, 11, xxv
148
Asparagine: !
Absorption from small in-
testine (Fonry and
Denis)
1912, 11, 166;
1912, 12, 145
Leukocytes, action of (Lr-
VENE and Mryer)
1913-14, 16, 555
Tissue, kidney, action of
(Levene and MEYER)
1913-14, 16, 555 |
Aspartic acid:
Albumin poison, presence
in (WHEELER)
1909, 6, 549
Casein content (OSBORNE
and GuEst)
1911, 9, 340
Colon poison, presence in
(WHEELER)
1909, 6, 549
Fibrin heteroalbumose
content (LEVENE, VAN
SLtykE, and Brrcwarp)
1910-11, 8, 277
— protoalbumose content
(LEvVENE, VAN SLYKE,
and BrrcHARD)
1911-12, 10, 64
Heteroalbumose content
(LEVENB)
1905-06, 1, 57
a-Ketonic aldehydes from
(Dakin and Dup.ry)
19138, 15, 139
Lead salt (LevenE and
VAN SLYKE)
1910-11, 8, 285
Legumelin content (Os-
BORNE and Hey)
1908-09, 5, 198
Legumin content (Os-
BORNE and CuLapp)
1907, 3, 225
The Journal of Biological Chemistry
Aspartic acid—continued:
Leukocytes, action of
(LevENE and Mryer)
1913-14, 16, 556
Metabolism, interme-
diary (RINGER, FRANK-
EL, and JONAS)
1913, 14, 543
Oxidation with hydrogen
peroxide (Daxk1N)
1908-09, 5, 409
Phenylalanine, separation
from (LEVENE and VAN
SLYKE)
1912, 12, 138
Picrolonate (LEVENE and
Van SLYKE)
1912, 12, 131
Placenta content (KoEL-
KER and SLEMONS)
1911, 9, 485
Protoalbumose content
(LEVENE)
; 1905-06, 1, 51
Sponges, occurrence in
(WHEELER and MeEn-
DEL) 1909-10, 7,8
Sugar from (RrvcErR and
Lusk)
1909-10, 7, xx
Tissue, kidney, action of
(LevENE and MEYER)
1913-14, 16, 555
Vicilin content (OSBORNE
and Hryt)
1908-09, 5, 188
Vitellin content (LEVENE
and ALSBERG)
1906-07, 2, 131
Wheat gliadin content
(OsBoRNE and GUEST)
1911, 9, 426
Aspergillus: ;
clavatus, acids,
unsaturated,
towards (Dox)
~ 1910-11, 8, 266
dibasic
behavior
Subjects
Aspergillus—continued:
clavatus, alcohols, polya-
tomic, action on (NEI-
DIG
1913-14, 16, 143
—, pentosan content
(Dox and Nerpic)
1911, 9, 268
—, phytase in (Dox and
GOLDEN)
1911-12, 10, 185
fumigatus, alcohols, poly-
atomic, action on (NEI-
DIG)
1913-14, 16, 143
—, pentosan content
(Dox and Nerv1e)
1911, 9, 268
—, phytase in (Dox and
GOLDEN)
1911-12, 10, 185
niger, acids, dibasic un-
saturated, behavior to-
wards (Dox)
1910-11, 8, 266
—, autolysis of (Dox and
MayNnarp)
1912, 12, 228
—, —, exhaustion of me-
dium, effect of (Dox)
1913-14, 16, 479
—, mycodextran content,
autolysis, effect of (Dox)
: 1915, 20, 83
—,mycogalactan, isolation
of (Dox and NEIDIG)
1914, 19, 235
—, nitrogen fixation by
(Lipman)
1911-12, 10, 174
—, oxalic acid production
by (Currie and THoM)
1915, 22, 291
—, pentosan content
(Dox and NerpiG)
: 1911, 9, 268
149
Aspergillus—continued:
niger, phosphorus assimi-
lation (Dox)
1911-12, 10, 77
—, — content (Kocx and
REED)
1907, 3, 49
—, phytase in (Dox and
GOLDEN)
1911-12, 10, 185
—, polyatomic alcohols,
action on (NEIDIG)
1913-14, 16, 143
—, sucrase, anti-Aspergil-
lus serum, action of
(SaATKI)
1907, 3, 401
—, —, serum, action of
(SATKI)
1907, 3, 401
—, tannic acid, fermenta-
tion of (KNupsoN)
1913, 14, 166
terricola, enzymes of
(ScaLEs)
1914, 19, 459
Asphyxia:
Increased glycosuria after
narcosis, cause of (SAN-
sum and Woopyatt)
1915, 21,5
Asphyxiation:
Ammonia content of
blood, influence on
(Hopkins and DENIS)
1911-12, 10, 408
Narcosis due to (LOEB
and WASTENEYS)
1913, 14, 517
Assimilation:
Cholesterol and _ esters
(MUELLER)
1915, 22)2
Digestion, relation to
(VAN SLYKE and
WHITE)
1911, 9, 219
150
Assimilation—continued:
Fat (BLoorR)
1916, 24, 447, xi
Glucose, limit of (TAYLOR
and Huron)
1916, 25, 173
Proteins (VAN StyKeE and
Mryer)
1912, 12, 399
Athletes:
Metabolism (BENEDICT
and Sm1rH)
1915, 20, 243
Atrophy:
Acute yellow, of liver,
chemical composition of
liver in (WELLS)
1907, 3, xv
Creatine in (Morse)
1916, 24, xxvii
Protein relationships in
(BRADLEY and TayLor)
1916, 25, 270
Atropine: .
Picrolonate (WARREN and
WEISS)
1907, 3, 336
Reductase, action on
(Harris and CREIGH-
TON) 1915, 22, 537
Toxicity, electrolytes, in-
fluence of (RoBERTSON)
1905-06, 1, 524
Uric acid, endogenous, in-
fluence on excretion of
(MeEnpDEL and STEHLE)
1915, 22, 227
Autocatalysis:
Autolysis and (Mors)
1916, 24, 163
(BRADLEY)
1916, 25, 201
Autohydrolysis:
Caseinates (ROBERTSON)
1906-07, 2, 344
(WALTERS)
1912, 12, 47
The Journal of Biological Chemistry
Autohydrolysis—continued:
Globulin (TayLor)
1905-06, 1, 354
Autolysis:
(BrapLEy and Morsp)
1915, 21,209;
1915, 22, 113
Alcohol, inhibition by
(WeLtts and CatLp-
WELL)
1914, 19, 57
Amino-acid lag in rapid
(BrapLEy and TayLor)
1916, 25, 367
Antiseptics, effect of
(Writs and Brnson)
1907, 3, 42
(BENson and WELLS)
1910-11, 8, 61
Aspergillus niger, exhaus-
tion of medium, effect
of (Dox)
1913-14, 16, 479
——, mycodextran con-
tent, effect on (Dox)
1915, 20, 83
Autocatalytic phenome-
non (Mors8)
1916, 24, 163
(BRADLEY)
1916, 25, 201
Banana, carbohydrate
content, effect on (BatL-
BY) ;
1905-06, 1, 361
Body tissues (WonUFEL)
1909, 6, 190
Casein, effect on (BRap-
LEY)
1915, 22, 114
Cholesterol, influence on
(CorPER)
1912, 11, 37
— esters, effect on (MuxEL-
LER)
1916, 25, 561
Subjects
Autolysis—continued:
Conductivity, study by
(WrLLs and Berenson)
1907, 3, 35
(Benson and WELLS)
1910-11, 8, 64
Echinoderm eggs, fertil-
ized and unfertilized
(Lyon and SHACKELL)
1909-10, 7, 371
Freezing point depression,
study by (Wertis and
BENSON)
1907, 3, 35
(Benson and WELLS)
1910-11, 8, 64
Glomerella, hexone and
purine bases of (REED)
1914, 19, 257
Glucose, effect on (SHAF-
FER) 1914, 17, xl
Hemagglutinin, relation to
(SCHNEIDER)
1912, 11, 53
Hydrogen ion concen-
tration in (Mors)
1916, 24, xxvil
Latent period in (CHIARI)
1911, 9, 61
(BRapLEY and TayLor)
1916, 25, 363
Liver, acceleration of
(BRADLEY)
1915, 20, xxix;
1915, 22, 113
(BRADLEY and Morse)
1915, 21, 209
— after chloroform necro-
sis (WELLS)
1908-09, 5, 129
—, manganous chloride,
effect of (BRADLEY and
Morsr)
1915, 21, 209
—, proteins, effect of
(BRADLEY)
1915, 22, 114
151
Autolysis——continued:
Liver, reaction, effect of
(BrapLEy and TayLor)
1916, 25, 261
— tissue as affected by
thyroid administration
(Cookr and BEEBE)
1911,9, xv
Mold cultures (Dox and
MayNnarpD)
1912, 12, 227
(Dox)
1913-14, 16, 479
Narcotics, effect of
(CHIARI)
1911, 9, 61
Pancreas pentose content,
effect on (M1rcHELL)
1905-06, 1, 503
Peptone, effect on (BRAD-
LEY)
1915, 22, 114
Physicochemical methods
of study (Wertits and
BENSON)
1907, 3, 35
(BENSON and WELLS)
1910-11, 8, 61
(CHIARI)
1911, 9, 61
Postmortem (JACKSON)
1908, 4, xxxvil
Serum, influence of (BEN-
son and WELLS)
1910-11, 8, 71
Spleen, with and without
air (CoRPER)
1912, 11, 33
Substratum, role ty)
(BRADLEY and TAYLOR)
1916, 25, 368
Thyroid, relation of
(WeELLs and BENSON)
1907, 3, 35
Xantho-oxidase, action on
(WeELLs and CoRrPER)
1909, 6, 477
152 The Journal of Biological Chemistry
Avena sativa:
Phytie acid from (Harr
and TorrinGHAmM)
1909, 6, 435
Avocado:
Mannoketoheptose, isola-
tion of (La Forar)
1916, 24, xxxv
Azolitmin:
Compounds of mucoids,
nucleoproteins, and pro-
teins (ROSENBLOOM and
Gis) 1907, 3, xxxix
B
Bacillus:
acidi lactic?, sugar fermen-
tation by, influence of
lecithin on (HpsTEIN
and OLsAN)
1912, 11, 313
— —, urea nitrogen of
(KenpaLL and WaLkK-
ER) 1913, 15, 282
aerogenes capsulatus, fer-
mentative action (Rrrr-
GER) 1908, 4, 45
— —, incubation test for,
in feces (HERTER)
1906-07, 2, 42
—-—, infection with
(HERTER)
1906-07, 2, 1
— —, l[-lactic acid, pro-
duction of (HmINEMANN)
1906-07, 2, 603
— —, pathogenicity (HmR-
TER)
1906-07, 2, 47
——, sodium benzoate,
influence of (HmRrTER)
1909-10, 7, 61
alcaligenes, dextrose broth,
action on (KENDALL and
FARMER)
1912, 12, 467;
1912-13, 13, 68
Bacillus—continued:
anthracis, proteins, be-
havior towards (SpERRY
and RrrrGER)
1915, 20, 447
— symptomatici, proteins,
behavior towards (SPER-
ry and RerreEr)
1915, 20, 456
bulgaricus, fate in diges-
tive tract of monkey
(Herter and KeEnN-
DALL)
1908-09, 5, 293
—, lactic acid, optical
forms produced by
(CURRIE)
1911-12, 10, 201
cloace, dextrose broth,
action on (K®NDALL
and FARMER)
1912, 12, 467, 470
—, urea nitrogen of (KeNn-
DALL and WALKER)
1913, 15, 280
coli communis, acid for-
mation in, progress of
(CLARK)
1915, 22, 89
——, anaerobes, effect on
activity of (RETTGER)
1906-07, 2, 81
— -—, chemistry of
(LEacH)
1905-06, 1, 463;
1907, 3, 443
— —, dextrose broth, ac-
tion on (KENDALL and
FARMER)
1912, 12, 18, 215;
1912-13, 13, 67
— —, gas metabolism of
(Keyes and GILLEs-
PIE)
1912-13, 13, 296
Subjects
Bacillus—continued:
coli communis, hydrogen
ion concentration of
culture of (CLARK)
1915, 22, 87
— —, indole, production
of, by (HmrTER)
- 1908, 4, 107
— —, non-poisonous por-
tion of germ substance
(LEACH)
1907, 3, 443
——, oxygen, absorption
of (Keyes and GILLEs-
PIE)
1912-13, 13, 305
— —, potential of, in pep-
tone solution (CLARK)
1915, 23, 486
— —, proteins, behavior
towards (Sperry and
RETTGER)
1915, 20, 447
— —, sodium benzoate,
influence of (HERTER)
1909-10, 7, 61
— —, sugar fermentation
by, influence of lecithin
on (EpstTEIN and
OLSAN)
1912, 11, 313
——, urea nitrogen of
(KenpaLL and Farm-
ER) 1913, 15, 280
diphtherie, dextrose broth,
action on (KENDALL and
FARMER)
1912, 12, 215
dysenterie, dextrose broth,
action on (KENDALL and
FARMER)
1912, 12, 20, 467
— Flexner, dextrose broth,
action on (KENDALL
and FARMER)
1912, 12, 20, 467
153
Bacillus—continued:
dysenterie Flexner, urea
» nitrogen of (KENDALL
and WALKER)
1913, 15, 280
— Shiga, dextrose broth,
action on (KENDALL and
FARMER)
1912, 12, 16,
468, 470
edematis maligni, feces,
presence in (RETTGER)
1908, 4, 50
— —, proteins, behavior
towards (Sperry and
RETTGER)
1915, 20, 456
infantilis, biology of (KEN-
DALL)
1908-09, 5, 424
—, infantilism, relation to
(KENDALL)
1908-09, 5, 419
—, isolation of (KEN-
DALL)
1908-09, 5, 422
—, products of, when
grown in artificial me-
dia (HeRTER and KEn-
DALL)
1908-09, 5, 439
—, sodium benzoate, in-
fluence of (HERTER)
1909-10, 7, 61
lactis acidi, acid produc-
ing enzymes in (Hast-
incs and Hart)
1913, 14, xxxvill
— —, lactose, action on
(Suzuki, HAsTINGs, and
Hart)
1909-10, 7, 446
— aerogenes, anaerobes, ef-
fect on action of (RErtT-
GER)
1906-07, 2, 81
154
Bacillus—continued:
lactis acid, citric acid, ac-
tion on (BoswortH and
PRuUCHA)
1910-11, 8, 481
mesentericus, dextrose
broth, action on (KEn-
DALL and FARMER)
1912, 12, 215
mucosus capsulatus, sugar
fermentation by, influ-
ence of lecithin on (Hp-
STEIN and OLSAN)
1912, 11, 313
paratyphoid, dextrose
broth, action on (KEn-
DALL and FARMER)
1912, 12, 13;
1912-18, 13, 67
prodigiosus, proteins, be-
havior towards (SPERRY
and RETTGER)
1915, 20, 447
proteus mirabilis, dextrose
broth, action on (KEN-
DALL and FARMER)
1912, 12, 13;
1912-13, 13, 66
— —, proteins, behavior
towards (Sperry and
RetraerR) 1915, 20, 447
— —, urea nitrogen of
(KENDALL and WaALK-
ER) 19138, 15, 280
— vulgaris, proteins, be-
havior towards (SPERRY
and RETTGER)
1915, 20, 447
pullorum, proteins, behav-
ior towards (SpERRY
and RerreEr)
1915, 20, 447
putrificus, blood fibrin,
action on (RrrreGEr)
1906-07, 2, 79
—, egg-meat mixture, ac-
tion on (RrtreER)
1906-07, 2, 79
The Journal of Biological Chemistry
Bacillus—continued:
putrificus, feces, presence
in (RerreER)
1908, 4, 50
—, proteins, behavior to-
wards (SpeRRY and
RETTGER)
1915, 20, 455
—, scatole, production of,
by (HmrrER)
1908, 4, 106
pyocyaneus, hydroeyanic
acid production by
(CLawson and Youne)
1913, 15, 420
. —, proteins, behavior to-
wards (SPERRY and
RETTGER)
1915, 20, 447
—, —, — —, in presence
of sugar (IKKENDALL and
FARMER)
1912, 12, 20
savastanot Smith, d-glu-
conic acid, production
of, by (ALSBERG)
1911, 9, 1
subtilis, milk, effect on
(OLson)
1908-09, 5, 271
—, proteins, behavior to-
wards (Sperry and
RETTGER)
1915, 20, 447
tetani, putrefactive action
(RErreEr) 1908, 4, 45
typhosus, dextrose broth,
action on (KENDALL
and FARMER)
1912, 12, 13, 470;
1912-13, 13, 68
—, gas metabolism
(Key zs and GILLESPIE)
1912-13, 13, 299
—, proteins, behavior to-
wards (SpreRRY and
RETTGER)
1915, 20, 447
Subjects 155
Bacillus—continued:
typhosus, urea nitrogen of
(KenDALLand WALKER)
1913, 15, 281
violaceus, hydrocyanic acid
production by (CLaw-
son and YounG)
1913, 15, 422
welchii, gas metabolism :
of (Keyes and GILLEs-
PIE)
1912-13, 13, 301
—, oxygen absorption of
(Keyes and GILLEsPI£)
< 1912-13, 13, 307
—,; proteins, behavior to-
wards (SprERRy and |
RETTGER)
1915, 20, 447
Bacteria:
Allantoin, action on
(MenpeL and Dakty)
1909-10, 7, 154
Dead cells, relative toxic-
ity of (WHEELER)
1909, 6, 514
Egg, content of (PENNING-
TON)
1909-10, 7, 131
Fecal, of advanced ane-
mia (HERTER)
1906-07, 2, 21
—, allantoin, action on
(GIVENS) .
1914, 18, 420
—, determination of (Mat-
TILL and Hawk)
1911, 9, xx
—, gas production by,
grown on sugar bouil-
lon (HERTER and
Warp)
1905-06, 1, 415
—, methyl mercaptan,
production of, when
grown on peptone
medium (H»prtTER)
1905-06, 1, 421
Bacteria—continued:
Feces, contribution to
(OsBoRNE and MeEn-
DEL)
1914, 18, 177
Fermentation of sugar by,
influence of lecithin on
(Epstein and OLsAN)
1912, 11, 313
Gas metabolism (KEYES
and GILLESPIE)
1912-13, 13, 291, 305
Hydrocyanie acid produc-
tion by (CLawson and
Youne)
1913, 15, 419
Indoxyl potassium sulfate
in urine, influence on
action of concentrated
hydrochloric acid on
(HERTER)
1908, 4, 250
Intestinal (KENDALL)
1909, 6, 499
—, lactose, action on
(KENDALL)
1909, 6, 259
Lactic acid, kinds pro-
duced by (HEINEMANN)
1906-07, 2, 603
Milk, changes in, at low
temperature (PENNING-
TON) 1908, 4, 353
Nitrifying, relation to uro-
rosein reaction (HER-
TER) 1908, 4, 239
Oxygen absorption of
(Keyes and GILLESPIE)
1912-13, 13, 305
Polypeptides, action on
(KoELKER)
1910-11, 8, 153
Proteins of (WHEELER)
1909, 6, 509
—, animal and vegetable,
behavior towards
(Sperry and RETTGER)
1915, 20, 445
156
Bacteria—continued:
Putrefactive, action on
racemized casein (Da-
KIn and DupLEY)
1913, 15, 276
—, — — — Caseose
(Daxry and Duprey)
1913, 15, 276
Seatole, production of
(HeRTER)
1907, 3, xiv
Sodium benzoate, influ-
ence on multiplication
and gas production
(HERTER)
1909-10, 7, 59
Urea nitrogen in cultures
of (KenDALL and
WALKER)
1913, 15, 277
Bacterial:
Cellular proteins (WHEEL-
ER) 1909, 6, 509
Changes in cream and
milk, (PENNINGTON,
Hepsurn, St. JOHN,
WITMER, STAFFORD,
and BURRELL)
1913-14, 16, 331
Development during wa-
ter drinking and fasting
(BLATHERWICK, SHER-
win, and Hawk)
1912, 11, viii
Growth in milk at low
temperature (PEN-
NINGTON)
1908, 4, 353
Metabolism (KENDALL
and FARMER)
1912.42, 18, 19;
215, 219, 465, 469;
1912-13, 13, 63
(Kenpatt and WaALK-
ER) 1918, 15, 277
Processes in advanced
anemia (H»RTER)
1906-07, 2, 1
The Journal of Biological Chemistry
Bacteriology:
Intestinal, fermentation
tube in (HERTpR and
KKENDALL)
1908-09, 5, 283
(KENDALL)
1909, 6, 257
Balance:
Growth studies, use in
(Ropertson and Ray)
1916, 24, 357
Banana:
Composition (BAILEY)
1905-06, 1, 355;
1912, 11, xlii
Enzymes of (BarLEy)
1912, 11, xlii
Bang’s method: :
Blood sugar (TAYLOR and
Hutton)
1915, 22, 66
(PEARCE)
1915, 22, 525
Baptisia tinctoria:
_ Blackening of leaves of
(CLARK)
1914, 17, xxxiil;
1915, 21, 647
Baptisol:
(CLARK)
1914, 17, xxxiii;
- 1915, 21, 650
Reduction of (CLARK)
1915, 21, 656
Barbituric acid:
Physiological
(KLEINER)
1912, 11, 448
Barbus fiuviatus:
Albumin and _ globulin
from ovaries of (Mc-
CRUDDEN)
action
1911, 9, viii
Barfoed’s test:
Disturbing factors (WEL-
KER) ;
1909, 6, xxxili
Subjects
Barium:
Cysteine, spontaneous oxi-
dation, influence on
(MatHews and WAL-
KER) 1909, 6, 303
Elimination of (Meyrr)
1906-07, 2, 461;
; 1909, 6, xvii
Growth of rice plants, ac-
tion on (Mryaker)
1913-14, 16, 261
Polyorchis, isolated cen-
ter, stimulating effect
of (LoEB)
1905-06, 1, 431
Barium bromide:
Elimination (Bere and
WELKER)
1905-06, 1, 390
Protein metabolism, ef-
feet on (BERG and WEL-
KER)
1905-06, 1, 371
Toxicity (BerG and WEL-
KER)
1905-06, 1, 373
Barium chloride:
Casein, rate of solution of,
in sodium hydroxide, in-
fluence on (ROBERTSON)
1916, 25, 357
Purgative action (BAN-
CROFT)
1907, 3, 204
Barium hydroxide:
Tryptophane, action on
(HoMER)
1915, 22, 385
Barium phytate:
Composition (ANDERSON)
1914, 17, 171
Barium salts:
Fatty acids, solubility of,
in organic solvents (Ja-
coBson and HoiMEs)
1916, 25, 45
157
Barium sulfate:
Precipitate,
of (Fo.ty)
1905-06, 1, 131
Precipitation, physical
conditions of (Four)
1905-06, 1, 135
—, salts, effect of (FoLmN)
1905-06, 1, 141
composition
Reduction to sulfide
(AcREE)
1906-07, 2, 138
(Foun)
1907, 3, 81
Barley:
Amino-acid content (NoL-
LAU) 1915, 21, 614
Bran, acid-soluble phos-
phorus content (Harr
and ToTTiInGHAM)
1909, 6, 438
Kernel, acid-soluble phos-
phorus content (Harr
and TorrinGHAM)
1909, 6, 438
Nitrogen, water-soluble,
content (Hart and
BENTLEY)
1915, 22, 482
Phytic acid from (Hart
and TorrincHAM)
1909, 6, 437
Phytin from (Hart and
TorrinGHAM)
1909, 6, 438
Proteins, utilization of
(Menpet and F INE)
1911-12, 10, 339
Basal metabolism:
(WILLIAMS,
Lusk)
RicH#, and
1912, 12, 359
(Benepict and EMMES)
1915, 20, 253
1915, 20, 560
Lusk)
1915, 22, 17
(Lusk)
(Murtrn and
158
Basal metabolism—continued:
Body surface and (BENE-
DICT)
1915, 20, 263
Creatinine metabolism
and (PALMER, MnBans,
and GAMBLE)
1914, 19, 239
Dwarf (McCruppENn and
Lusk)
1912-13, 13, 449
Factors affecting (BrNrE-
DICT)
1915, 20, 263
Menstruation, effect of
(Lusk)
1915, 20, 562
Normal men (BxeNeEpIcT,
Emmes, Rorx, and
SMITH)
1914, 18,139
(Brnepict and Emmms)
1915, 20, 253
Units of reference (Mout-
TON)
1916, 24, 299
Base:
-Acid equilibria in blood
after parathyroidecto-
my (WiLson, STEARNS,
and THURLOW)
1915, 23, 89
Feces in advanced anemia,
content of (H»RrrEr)
1906-07, 2, 11
-Forming elements, bal-
ance of, in food (Supr-
MAN and SINCLAIR)
1907, 3, 307
(SHERMAN and GerErr-
LER) 1912, 11, 323
Milk content (VAN SLYKE
and BoswortH)
1915, 20, 145
—, goat, content of (Bos-
wortH and VAN SLYKE)
1916, 24, 180
The Journal of Biological Chemistry
Base—continued:
Ninhydrin reaction with
(Harping and Mac-
Lan) :
1916, 25, 337
Nuclein, Aralia cordata
shoots, content of (Mr-
YAK) 1915, 21, 507
Oxidation in fertilized
eggs, influence on (LOEB
and WASTENEYs)
1913, 14, 459
—— sea urchin’s eggs,
influence on (Lows and
WASTENEYS)
1915, 21, 153
— — unfertilized eggs,
influence on (Lops and
WASTENEYS)
1913, 14, 355
Potassium chloride, influ-
ence on toxic action of
(Lore and CaTTELL)
1915, 23, 54
Proteins, determination in
(VAN SLYKE)
1911-12, 10, 22
Pyrimidine, of nucleic
acid of fish eggs (Man-
DEL and LEVENE)
1905-06, 1, 425
Sphingomyelin (LEVENE)
1914, 18, 460;
1916, 24, 69
Toxic, in urine after para-
thyroidectomy (Koc)
1912, 12, 313;
1913, 15, 43 ~
Trypsin, influence on ac-
tion of (Bere and Gras)
1906-07, 2, 537
Basic salts:
Nitrogen metabolism of
pig, influence on (Mc-
Cottum and Hoae-
LAND)
“1913-14, 16, 299
Subjects
Bathing:
Metabolic effects (Mar-
TILL and Marri.)
1914, 17, xxxi
Bean:
Hemagglutinating proper-
ties (SCHNEIDER)
1912, 11, 47
Lima, proteolytic changes
occurring during ger-
mination (SuzuKI)
1907, 3, 265
Precipitating properties of
(SCHNEIDER)
1912, 11, 47
Proteins, separation of
(SCHNEIDER)
1912, 11, 49
—, utilization of (MeEn-
pEL and FINrE)
1911-12, 10, 448
Proteose as hemagglutin-
ating agent (SCHNEI-
DER) 1912, 11, 51
Urease, presence in
(MaresrR and Mar-
SHALL)
1916, 24, xxx;
1916, 25, 297
See also Jack bean, Sword
bean, Velvet bean.
Beef:
Animals, phosphorus in
(Francis and TRow-
BRIDGE)
1909-10, 7, 481
(Benson and TRow-
BRIDGE)
1910-11, 8, 81
Extract, creatine and cre-
atinine content (GRIND-
LEY and Woops)
1906-07, 2, 312
(Emmett and GRIND-
LEY)
1907, 3, 491
159
Beef—continued:
Extract, metabolism
(Lusk)
of
1912-13, 13, 157
Fat, growth, influence on
(OsporNE’ and MeEnN-
DEL) 1915, 20, 381
Heart, metabolism of
(Lusk)
1912-13, 13, 176
Oil, growth, influence on
(OsBoRNE and MEN-
DEL) 1915, 20, 383
Bence-Jones:
Protein. See Protein.
Proteinuria. See Protein-
uria.
Urine. See Urine.
Benedict’s method:
Sulfur in urine (ScHm1pT)
1910-11, 8, 423
Urea in urine (FoLrN)
1912, 11, 507
Benzalhydantoin:
Reduction (WHEELER,
Horrman, and JOHN-
son)
1911-12, 10, 154
4-Benzalhydantoin:
(Jounson and O’Brien)
1912, 12, 211
Hydantoin, recovery of,
from urine as (LEwIs)
1912-13, 13, 350
Benzene:
Fatty acid salts, solubil-
ity in (JACOBSON and
HotMEs)
1916, 25, 50
Phenol production from
(Fourn and Dents)
; 1915, 22, 314
Benzeneazobenzeneazochloro-
acetyl-§-naphthylamine:
(Jacosps and HErIDELBER-
GER)
1915, 21, 119
160 The Journal of Biological Chemistry
Benzeneazo-2’-chloroacetyl-
amino-4’-dimethylamino-
benzene:
(JAcoBs and HrmELBER-
GER) 1915, 21, 128
Benzeneazo-m-chloroacetyl-
aminophenol:
(JacoBs and HrrELBER-
GER) 1915, 21, 133
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 134
Benzeneazo--naphthyl chloro-
acetate:
(JAcoBs and H®mELBEerR-
GER) 1915, 21, 470
Benzidine:
Determination of (Rarziss
and Dusin)
1914, 18, 299
Test for occult blood
(LyLE, CurTMAN, and
MARSHALL)
1914, 19, 445
Benzoic acid:
Creatinine excretion, in-
fluence on (Lewis and
Karr) 1916, 25, 16
Determination in blood
(KINGSBURY)
1915, 21, 289
— of free, in urine (KinGs-
BURY and BELL)
1915, 20, 77
— in tissues (KINGs-
BURY)
1915, 21, 289
—-— urine (STEENBOCK)
1912, 11, 201
(Raiziss and Dustin)
1915, 20, 125
Ethyl ester, dyes, distribu-
tion coefficient of, be-
tween water and (Ros-
ERTSON)
1908, 4, 7
Benzoic acid—continued:
Excretion following so-
dium benzoate or hip-
purate (Lewis and
KARR)
1916, 25, 20
Glyeocoll formation, in-
fluence on (EpsTErn and
Bookman)
1911-12, 10, 354
Hippuric acid elimination
after feeding (Lmwts)
1914, 18, 225
— —, formation of, from
(RINGER)
1911-12, 10, 327
——, — — in organism
(Rass and Dvsrn)
1915, 21, 331
— —, — — in tartrate
nephritis (KINGSBURY
and Bru.)
1915, 20, 73
Nitrogen excretion, effect
on (RINGER)
* 1911-12, 10, 328
— metabolism, effect on
(McCortivum and Davis)
1913-14, 16, 321
Oxidation of ammonium
salt with hydrogen per-
oxide (Dakin and Hmr-
TER) 1907, 3, 419
Protein metabolism, ef-
fect on (EpsTEin and
BookKMAN)
1911-12, 10, 365;
1912-13, 13, 119
Urea excretion, effect on
(LEwIs)
1914, 18, 225
Urie acid excretion, ef-
fect on (Lewis and
KARR)
1916, 25, 16
Subjects
Benzoic acid—continued:
Urine, occurrence in (Raiz-
Iss and Dusty)
: 1915, 21, 331
Water solutions, surface
tension of (ALLEN)
1915, 22, 515
Benzoylacetic acid:
Fate in animal
(Dakin)
body
1911,9, 123
Phenylpropionic acid, for-
mation from, in body
(Daxin)
1909, 6, 210
Benzoylalanine:
Glycocoll formation, ef-
fect on (Epstein and
BooKMAN)
1914, 17, 456
a-Benzoylamino-p-methoxy-
cinnamic acid:
(Dakin)
1910-11, 8, 19
Lactone (Dakin)
1910-11, 8, 18
a-Benzoylamino-p-methylcin-
namic acid:
(Daxin)
1911, 9, 155
Lactone (DakIN)
1911, 9, 154
Benzoylbenzalthiohydantoic
acid:
Sodium salt (Jounson and
O'BRIEN)
1912, 12, 210
Benzoyl carbinol:
Phenylglyoxal, formation
from, by fermenting
yeast (DAKIN)
1914, 18, 91
Benzoyl glucose:
Glycocoll formation, in-
fluence on (Epstpin and
Bookman)
1914, 17, 456
161
Benzoyl! leucine:
Hippuric acid output,
influence on. (EpsTEIn
and BooKMAN)
1912-13, 13, 120
Benzoyl-a-methylcholine chlo-
ride:
(MENGE)
1912-13, 13, 99
Benzoyloxyethyl bromide:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 450
Benzoyltyrosine methyl ether:
(Daxrn)
1910-11, 8, 19
Benzylacetoacetic acid:
Catabolism (Daxrn)
1909, 6, 233
Benzylacetone:
Catabolism (DAxKrN)
1909, 6, 232
Benzyl glyoxal:
(Dakin and DupLey)
1914, 18, 42
Acetal (Dakin and Dup-
LEY) 1914, 18, 42
Dinitrophenylhydrazone
(Dakin and Duptey)
1914, 18, 43
Fate in animal body (Da-
KIN and Dupuy)
1914, 18, 46
Glyoxalase, action of (Da-
KIN and DupLry)
1914, 18, 45
Perfusion through liver
(Dakin and Duprey)
1914, 18, 44
d-Phenyllactic acid, for-
mation of, from (DAKIN
and DupLEy)
1914, 18, 44
162
Benzyl halides:
Hexamethylenetetramin-
ium salts (JAcoBs and
HEIDELBERGER)
1915, 20, 659
Benzylhydantoin:
(WHEELER, Horrman, and
JOHNSON)
1911-12, 10, 154
(Dakin and DupLry)
1914, 17, 35
a-Benzylhydantoin:
(Dakin and Dup.ery)
1914, 17, 35
l-Benzylhydantoin:
(DaKkIn and DupLey)
1914, 17, 36
Berkefeld bougie:
Filtration of serums, tox-
ins, and proteins (G1B-
SON) 1909, 6, xxvi
Beryllium salts:
Fatty acids, solubility of,
in organic solvents
(JAcoBson and Hotmsgs)
1916, 25, 32
Betaine:
Glyoxylic acid from, on
oxidation with hydro-
gen peroxide (Dakin)
1905-06, 1, 272
Lamprey, isolation from
(WILson)
1914, 18, 20
Oxidation of (Daxkry)
1905-06, 1, 272
Periwinkle, isolation from
(Witson)
1914, 18, 20
Scallop, isolation from
(Witson)
1914, 18, 19
Bicarbonates:
Blood neutrality, réle in
(HENDERSON)
1909-10, 7, 29
(ROBERTSON)
1909-10, 7, 351
The Journal of Biological Chemistry
Bile:
Acids, esterification of
(PHELps)
1909, 6, xxxi
—, formation by action
of trypsin on hemo-
globin (Ho.tts)
1908, 4, xxxiii
Carotin, solubility of, in
(PALMER and EckuEs)
1914, 17, 240
Cystine excretion, influ-
ence on (Wo.LF and
SHAFFER)
1908, 4, 463
Esters, hydrolysis by
pancreatic juice, effect
on (LOEVENHART and
SoupER)
1906-07, 2, 415
Fat digestion, influence on
(BRADLEY)
1909, 6, 143
Hexamethylenetetramine,
excretion of, in (CROWE)
1908, 4, xxxv
Human, quantitative
chemical analysis
(RosENBLOOM)
1913, 14, 241
Infectious diseases,
changes in (BALDWIN)
1908, 4, 213
Pancreatic juice, effect on
activity of (LOEVEN-
HART and SouDER)
1906-07, 2, 415
Pigments, formation of,
by action of trypsin on
hemoglobin (HoLuis)
1908, 4, xxxiil
Salts, hydrolysis of esters
by pancreas or liver
extract, influence on
(LoBVENHART)
1906-07, 2, 447
Subjects
Bile—continued:
Salts, lipase, coferment of
(LoEVENHART)
1906-07, 2, 391
—, pancreatic juice, ac-
tion on (LOEVENHART
and SoupDER)
1906-07, 2, 418
—, surface tension, effect
on (ALLEN)
1915, 22, 507
—, urine, determination
in, by surface tension
method (ALLEN)
1915, 22, 505
Biochemistry :
Todine (CAMERON)
1914, 18, 335
Purine metabolism (Hun-
TER and GIvENS)
1914, 17, xxiii
Biological material :
Phosphorus, _ determina-
tion of (TayLor and
MILLER)
Bismuth:
Cysteine, spontaneous oxi-
dation, action on
(Marnews and WaALK-
ER) 1909, 6, 304
Biuret test:
Reagent for (GrEs)
. 1909-10, 7, Ix
(Kantor and GIES)
1911, 9, xvii
Bleaching:
Flour (Lapp and Bas-
SETT) 1909, 6, 75
Wheat flour, digestibility
of, effect on(Rockwoop)
1910-11, 8, 327
Bleeding:
Amino-acid content of
blood. influence on
(Gyorey and Zunz)
1915, 21, 518
163
Bleeding—continued:
Hyperglycemia following
(Epstein and BArEHR)
1914, 18, 22
See also Hemorrhage.
Blood:
Acetoacetic acid content
in acidosis (MARRIOTT)
1914, 18, 514
— —, determination of
(MarRi0oTT)
1914, 18, 509
Acetone bodies, determi-
nation of (MARRIOTT)
1913, 14, xxvii
— content in acidosis
(Marriott)
1914, 18, 514
—, determination of (Mar-
RIOTT)
1913-14, 16, 297;
1914, 18, 509
Acid-base equilibria after
parathyroidectomy
(WILSON, STEARNS, and
THURLOW)
1915, 23, 89
Acidosis (MARRI0TT)
1914, 18, 507
Albumin, iodized, tissue
enzyme action, accele-
rator of (MorsE)
1915, 22, 127
Alkali reserve (GETTLER
and BAKER)
1916, 25, 219
Alkalinity after clamping
abdominal vessels (MuR-
LIN, EDELMANN, and
KRAMER)
1913-14, 16, 90
—, clinical method for de-
termination of (ADLER)
1907, 3, xxi
Amino-acids, absorption
of, by tissues (VAN
SLyker and MEYER)
1913-14, 16, 197
164 The Journal of Biological Chemistry
Blood—continued:
Amino-acid content (VAN
SLYKE and Mrynr)
1913-14, 16, 208
(GyOray and ZuNz)
1915, 21, 511
— —, bleeding, influence
on (Gy6rey and Zunz)
1915, 21, 518
—-—, intravenous in-
jection of amino-acids,
effect of (VAN SLYKE
and Mryrr)
1912, 12, 404
— —, meat, influence of
(WiIsHART)
1915, 20, 535
(GyOrey and Zunz)
1915, 21, 524
— — of normal fasting
dogs (VAN SiyKE and
MryeEr)
1912, 12, 403
— —, potato diet, influ-
ence of (Gy6Rey and
ZUNz)
1915, 21, 521
— —, rise during diges-
tion (VAN SLYKE and
Mrynr)
1912, 12, 408
—, determination of (VAN
SLYKE and Mryer)
1912, 12, 400
Ammonia and carbon di-
oxide, interrelationship
of (Hopkins and Drn-
Is)
1911-12, 10, 407.
— content (GnTTLER
and BAKER)
1916, 25, 215
— —, acute destructive
lesions of liver, effect of,
on reduction of (Fiskn
and KARSNER)
1914, 18, 381
Blood—continued:
Ammonia, determination
of (Fottn and Dents)
1912, 11, 527
(Bock and Brnepicr)
1915, 20, 57
—, rate of disappearance
of (JACOBSON)
1914, 18, 133
Analysis, protein metab-
olism, relation to (FoLin
and Dents)
1912, 11, 87, 161;
1912, 12, 141, 253
(Fouin and Lyman)
1912, 12, 259
(Fourn and Dents)
1913, 14, 29;
1914, 17, 493
Autolyzed, cholesterol
content (MuELLER)
1916, 25, 565
Bean proteins, action on
(SCHNEIDER)
1912, 11, 51
Benzidine test for occult
(Lytr, CurTMAN, and
MARSHALL)
1914, 19, 445
Benzoie acid, determina-
tion of (KINGSBURY)
1915, 21, 289
Bilateral nephrectomy,
changes following
(Jackson)
1911, 9, xxvii
Body nitrogen, relation to
(Movtrton)
1916, 24, 310
— surface, relation to
(Mourton)
1916, 24, 313
— weight, -relation to
(Moutton)
1916, 24, 310
Subjects 165
-Blood—continued: Blood—continued:
Buffer value of (McCLEN-
pon and Macoon)
1916, 25, 677
— —, chart for (McCLEn-
pon and Magoon)
1916, 25, 678
— —, indicator method
for (McCienpon and
Magoon)
1916, 25, 679
Calcium, determination of
(Hatverson and BrErR-
GEIM)
1916, 24, xxii
Carbon dioxide and am-
monia, interrelationship
of (Horxins and DEnIs)
1911-12, 10, 407
— — content after clamp-
ing abdominal vessels
(Muruin, EpELMANN,
and KRAMER)
1913-14, 16, 79
— — pressure (McCLEN-
DON) 1916, 24, 522
— — tension, buffer val-
ue, relation to (Mc-
CLENDON and Macoon)
1916, 25, 679
Carotin, transportation of,
by (PALMER)
1915, 23, 274
Catalytic reactions (LYLE,
Currman, and Mar-
SHALL)
1914, 19, 445
Cells, glyoxalase in (Da-
KIN and DupLEy)
1913, 14, 430
—, oxidases in, respiration
of (REED)
1915, 22, 109
Chemical tests for (KoB-
pr, Lyte, and Mar-
SHALL)
1910-11, 8, 95
Chloride content (GErrT-
LER and BAKER)
1916, 25, 219
— — in diabetes (LEBEN-
SOHN)
1915, 23, 518
—, determination of (Mc-
LEAN and VAN SLYKE)
1915, 21, 362
Cholesterol content (LEH-
MAN)
1913-14, 16, 498
(BLoor)
1916, 24, 230;
1916, 25, 585
(CsonKA)
1916, 24, 431
(Getter and BAKER)
1916, 25, 218
—, determination of
(Bioor)
- 1915, 23, 320;
1916, 24, 227
(GrerrLEeR and BAKER)
1916, 25, 218
(MUELLER)
1916, 25, 554
Circulating, ammonia of,
vividiffusion experi-
ments on (ROHDE)
1915, 21, 325
—, conductivity of (GETT-
LER and BAKER)
. 1916, 25, 219
Clot of Limulus polyphemus
(AtsBERG and CLARK)
1908-09, 5, 323
Composition, dextrose, ef-
fect of (FisHpR and
WISHART)
1912-13, 13, 49
—, hemorrhage, influence
of (TayLor and LrwIs)
1915, 22, 72
166
Blood—continued:
Composition,
influenee of
HILL)
hydrazine,
(UNDER-
1914, 17, 293
Creatine content (FoLIN
and DeENis)
1914, 17, 487
(GrrtLeR and BaKeRr)
1916, 25, 216
— — in nephritis (MyErs
and FIN)
1915, 20, 391
—, determination of (Fo-
LIN) 1914, 17, 477
Creatinine content (FoLIN
and DENIs)
1914, 17, 487
(GerTLeR and BaKkER)
1916, 25, 216
— — in nephritis (Myrrs
and FINE)
1915, 20, 391
—, determination (SHAF-
FER) 1914, 18, 530
—, preformed, determina-
tion of (Four)
1914, 17, 475
Defibrinated, glycolysis in
(MacLEop)
1913, 15, 500
—, hydrogen ion concen-
tration (McCLENDON
and Maacoon)
1916, 25, 672
Dextrose ‘content after
feeding dextrose (FIsH-
BR and WISHART)
1912-13, 13, 54
— —, ether anesthesia, ef-
fect on (Ross and Mc-
GUIGAN)
1915, 22, 407
—, determination of (Mac-
LEOD, CHRISTIB, and
DoNALDSON)
1912, 11, xxvi
The Journal of Biological Chemistry
Blood—continued: .
Dextrose, source of, gly-
colysis, relation to (Mac-
LEOD)
1913, 15, 507
Diastase content, -ether
anesthesia, effect of
(Ross and McGuiaan)
1915, 22, 407
Dried, amino-acid content
(Nouuav)
1915, 21, 614
Fat content (BLooR)
1914, 19, 1;
1915, 23 3L05
1916, 25, 585
(GeTTLER and BAKER)
1916, 25, 218
— —, casein suspensions,
effect of (BLOoR)
1914, 19, 5
— —, egg yolk emulsions,
effect of (BLOoR)
1914, 19, 6
— —, fasting, effect of
(Boor)
- 1914, 19, 9
— —, fat introduction, ef-
fect of (BLooR)
1914, 19, 3
(MenpEL and Bav-
MANN)
1915, 22, 169
— —, narcotics, effect of
(Boor)
1914, 19, 11
— —, variations under
normal conditions
(Boor)
1914, 19, 1
—, determination of (Ro-
SENTHAL and TRow-
BRIDGE)
1915, 20, 711
—, — — small amounts
(BLoor)
1914, 17, 377, xxxvil;
1915, 23, 319
Subjects
Blood—continued:
Fat, determination of
small amounts
(GeTTLeR and BAKER)
1916, 25, 218
Fatty acid content (Cson-
1916, 24, 431
— —, determination of
(Bioor)
1915, 23,-319
Fish, non-protein frac-
tion of (Denis)
1913-14, 16, 389
Freezing point (GETTLER
and BAKER)
1916, 25, 221
Fresh, ‘‘sucre virtuel” in
(Macieop)
1913, 15, 497, 513
Glucose, determination in
finger blood (TAYLOR
and Hutton)
1915, 22, 63
Glycolysis (Mac erop)
1913, 15, 497
(LEPINE)
1913-14, 16, 559
—, constituent responsible
for (MacLEoD)
1913, 15, 504
Glyoxalase in blood cells
(Dakin and DUDLEY)
1913, 14, 430
Hemoglobin content, dex-
trose, influence of (F1sH-
ER and WISHART)
1912-13, 13, 58
Hemolyzed, pyrimidine
nucleotide, action on
(Levene and MEpIGRE-
CEANU)
1911, 9, 399
—, yeast nucleic acid, ac-
tion on (LEVENE and
MEDIGRECEANU)
1911, 9, 401
167
Blood—continued:
Hippuric acid, determina-
tion of (KrnGsBURY)
1915, 21, 289
Human, autolyzed, creat-
inine content (MyYERs
and FINE)
1915, 21, 594
—, lipoids, distribution of
(BLOoR)
1916, 25, 577
—, non-protein nitrogen
content (Forin and
DENIs)
1913, 14, 29
(McLean and SELLING)
914, 19, 31
—, urea content (FOLIN
and Denis)
1913, 14, 29
(McLean and SELLING)
1914, 19, 31
(Cunten and EL.Is)
1915, 20, 511
—, uric acid content (Fo-
Lin and DENIS)
1913, 14, 29
Hydrogen ion concentra-
tion (GETTLER and
BAKER)
1916, 25, 221
(McCLENDON and Ma-
GOON)
1916, 25, 672
— — — after parathy-
roidectomy (WILSON,
Srearns, and THUR-
Low)
1915, 23, 97, 105
— — —, improved gas
chain method for (Mc-
CLENDON)
1916, 24, 519
6-Hydroxybutyric acid
content in acidosis
(MarrIoTT)
1914, 18, 514
168
Blood—continued:
6-Hydroxybutyric acid, de-
composition by liver tis-
sues, influence of blood
on (WAKEMAN and Da-
KIN) 1909, 6, 378
— —, determination of
(Marrrorr)
1913-14, 16, 293;
1914, 18, 511
Hyperglycemia produced
by loss of (Epstrrn and
ASCHNER)
1916, 25, 162
Immunization, changes
during (BanzHar and
GIBSON)
1908, 4, xii
Inorganic constituents
(BrENnson)
1912, 11, xxviii
Intestinal sucrase activ-
ity, effect on (KuRI-
YAMA)
1916, 25, 541
Invertin activity, effect on
(KuRTYAMA)
1916, 25, 541
Inverting power after pa-
renteral injection of su-
crose (KuRrYAMA)
1916, 25, 534
Iron, determination of
(Marriorr and Wotr)
1905-06, 1, 460
Lactie acid content after
temporary occlusion of
hepatic pedicle (Mac-
LEOD and Wepp)
1914, 18, 447
Lecithin content (BLoorR)
1916,.25, 585
—, determination of
(BLoor)
1915, 22, 133;
1915 )23; 321;
1916, 24, 450
The Journal of Biological Chemistry
Blood—continued:
Limulus polyphemus, nit-
rogen distribution in
blood of (ALSBERG)
1914, 19, 79
— —, proteins of blood of
(ALSBERG)
1914, 19, 77
Lipase, relation to pan-
creas (von Huss)
1911-12, 10, 381
Lipemia, fat in blood in
(ImriE)
1915, 20, 87
Lipoids and fat absorp-
tion (BLooR)
1915, 23, 317
Magnesium, determina-
tion of (HALVERSON and
BERGEIM)
1916, 24, xxii
Mucoid, determination of
(May and Gigs)
1907, 3, xlii
Nephritic, of dogfish, non-
protein nitrogen and
urea content (Denis):
1913-14, 16, 398
—, nitrogen, non-protein,
urea, and uric acid con-
tent (Four and Dents)
1913, 14, 36
Neutrality equilibrium in
(ROBERTSON)
1909, 6, 313;
1909-10, 7, 351
(HENDERSON)
1909-10, 7, 29
—, proteins and bicarbo-
nates in (ROBERTSON)
1909-10, 7, 351
Nitrogen, amino-acid, af-
ter injection of alanine
(VAN Styke and Mny-
ER)
1912, 12, 404
Subjects
Blood—continued:
Nitrogen, amino-acid, de-
termination of (VAN
SLyke and Myer)
1912, 12, 400
—, —, rise during diges-
tion (VAN Styke and
MEYER) ~
1912, 12, 408
—, non-protein, com-
pounds of, in nephritis
(Myers and Fine)
1915, 20, 391
—, —, concentration,
elimination, relation to
(McLean and SELLING)
1914, 19, 31
—, —, content (FoLIN
and DEnIs)
1913, 14, 31
(GREENWALD)
1915, 21, 61
(GeTTLeR and BAKER)
1916, 25, 213
—, —, curves of, after
feeding (Prpper and
AUSTIN)
1915, 22, 81
—, —, determination (Fo-
LIN and Dents)
1912, 11, 527
and BAKER)
1916, 25, 214
—, —, — in finger blood
(TayYLor and Huron)
1915, 22, 63
Normal, chemical and
physical analysis (GErT-
LER and BAKER)
1916, 25, 211
Oceult, benzidine test for
(Lyte, CURTMAN, and
ManrsHAt.L)
1914, 19, 445
Octopus, oxygen content
(ALSBERG and CLARK)
1914, 19, 508
(GETTLER
169
Blood—continued:
Organs, dissolving effect
of, on (FieisHeR and
LorB)
1915, 21, 478
Oxalate, glycolysis in _
(Mac.erop)
1913, 15, 500
Oxygen content after
clamping abdominal ves-
sels (MurLIN, EDEL-
MANN, and KRAMER)
1913-14, 16, 79
Phenolphthalein, oxidation
of (KASTLE)
1907, 3, xii
Phosphatides, determina-
tion of (BLooR)
1915, 22, 137;
1916, 24, 450
Phosphorus content of
normaland parathyroid-
ectomized dogs (GREEN-
WALD)
1913, 14, 369
Phytase in (McCoLtuM
and HART)
1908, 4, 497
Plasma, chlorides, deter-
mination of (McLEAN
and VAN SLYKE)
1915, 21, 361
—, vertebrates, ancestral
features of (MAcALLUM)
1909-10, 7, xi
Portal, ammonia of (Fo-
Lin and DENIs)
1912, 11, 161
Pressure, hydrazine, in-
fluence of (UNDERHILL)
1911-12, 10, 168
—, pilocarpine, action of
(MacCatiuM)
1905-06, 1, 337
—, secretory activity, re-
lation to (MacCaLLuM)
1905-06, 1, 335
170
Blood—continued:
Proteins, action on _ iso-
lated mammalian heart
(GorHAM and Morri-
SON)
1909-10, 7, xvill
—, iodine compound, in-
volution, effect on
(Morse)
1914, 19, 425
—, removal of (SHAFFER)
1914, 19, 287
—, — —, with colloidal
ferric hydrate (VAN
Suykn, VINOGRAD-VILL-
cHuR, and LosEE)
1915, 23, 380
—, — —, — magnesium
sulfate and tannic acid
(KiInGsBury)
1915, 21, 290
—, — —, — picrie acid
(Lewis ‘and BENEDICT)
1915, 20, 67
——— Beloedheyite
acid (GRAvES and Ko-
BER)
1915, 20, xx
—, — —, — trichloroacet-
ic acid (GREENWALD)
1915, 21, 62
Proteoclastic ferments,
formation of (Hutton)
1916, 25, 167, 227
Purine bases, nephelomet-
ric determination of
(GRAveEs and Koper)
1915, 20, xx
Reducing substances, de-
termination of (Mac-
LEOD)
1908-09, 5, 443
Refractive index (Grrr-
LER and BAKER)
1916, 25, 221
The Journal of Biological Chemistry
Blood—continued:
Relationships of animals
as displayed in composi-
tion of serum proteins
(RoBERTSON)
1912-18, 13, 325
(Wootspy)
1913, 14, 433
(THompson)
1915, 20, 1
(BriaGs)
1915, 20, 7
(JEWETT)
1916, 25, 21
Salicylates, determination,
of (THOBURN and
HANZLIK)
1915, 23, 176
Serum, albumin, micro-
‘refractometric determi-
nation of (RoBERTson)
1915, 22, 233
—, calcium determination
(Howianp, HAESSLER,
and Marriott)
1916, 24, xviii
—, carotin of (PALMER
and EcKLEs)
1914, 17, 226
—, — and xanthophyll,
relation to food of cow
(PALMER and EckuEs)
1914, 17, 226
—,——-, relation to
milk fat carotin (PAL-
MER and EcKuEs)
1914, 17, 191, 211,
223, 237, 245
—, — — —., transporta-
tion of (PALMER and
EcKLEs)
1914, 17, 229
—, color, colostrum milk
fat color, relation to
(PatmMeR and EcKLss)
"1914, 7
Subjects 171
Blood—continued: Blood—continued:
Serum, conductivity of
(TAYLOR)
1905-06, 1, 179
—, creatinine content
(SHAFFER and ReINoso)
909-10, 7, xxx
—, globulin, micro-refrac-
tometric determination
(ROBERTSON)
1915, 22, 233
—, inosin, action on (LE-
VENE and MEDIGRECEA-
NU) 1911, 9, 68
—, invertin content after
injection of invertin
(KURIYAMA)
1916, 25, 539
—, inverting power after
parenteral administra-
tion of sucrose (KURI-
YAMA)
1916, 25, 534
—, lipochrome, yellow
(Parmer and EcKLEs)
914, 17, 223
—, nitrogen, non-colloidal,
determination of (WEL-
KER and Fauis)
1916, 25, 567
—, oocytin, isolation of
(ROBERTSON)
1912, 11, 339
—, phosphates, inorganic,
determination of (How-
LAND, HAESSLER, and
Marriott)
1916, 24, xix
—, phosphorus content
(TayLor and MILLER)
1914, 18, 224
—, pigments, diet, influ-
ence of (PALMER and
ECKLES)
1914, 17, 226
(PALMER)
915, 23, 271
Serum, pigments, of new-
born calf (PALMER and
EcKLES)
1914, 17, 218
—, proteins, concentra-
tion of (ROBERTSON)
1912 Li te
—, —, determination of
(ROBERTSON)
1912, 11, 197
—, pyrimidine nucleotide,
action on (LEVENE and
MeEDIGRECEANU)
1911, 9, 399
—, salmine, reaction with
(TayLor and Hutton)
1915, 22, 59
—, thymus nucleic acid,
action on (LEVENE and
MeEDIGRECEANU)
1911, 9, 402
(AmBerG and JONES)
1911-12, 10, 86
—, uric acid, solubility of,
in (TAYLOR)
1905-06, 1, 177
—, xanthophyll of (Pat-
MER and EcKLEs)
1914, 17, 226
(PALMER )
1915, 23, 271
—, yeast nucleic acid, ac-
tion on (LEVENE and
MrEpDIGRECEANU)
1911, 9, 69, 401
(Ampere and J ONES)
1911-12, 10, 85
Solids, content of (GETT-
tpR and BAKER)
1916, 25, 213
Specific gravity (GnTTLER
and BAKER)
1916, 25, 221
Sugar content (TAYLOR
and Hutton)
1916, 25, 174
172 The Journal of Biological Chemistry
Blood—continued:
Sugar content (GurTLER
and BakEr)
LONG) 25, 217
— —, anesthesia, effect
of (Epstrrn and Ascu-
NER)
1916, 25, 156
before anesthesia
(EpstEin and AscHNER)
1916, 25, 152
— —, calcium chloride,
effect of (UNDERHILL)
1916, 25, 449
— —, — lactate, effect
of (UNDERHILL § and
BLATHERWICK)
1914, 19, 119
(UNDERHILL)
1916, 25, 449
— —, —, role of, in regu-
lation of (UNDERHILL)
1916, 25, 447
—— —, ‘cold, effect’ “of
(Kramer and Corrin)
1916, 25, 426
, dextrose, effect
of (UNDERHILL and
BLATHERWICK)
1914, 19, 119
— —, dipheny thy drazine,
effect of (UNDERHILL)
1914, 17, 298
— —, dyspnea, action of
(UNDERHILL)
1905-06, 1, 124
—-, epinephrine, effect
of (UNDERHILL)
1916, 25, 450
— —, ether anesthesia,
effect of (UnpERHILL)
1905-06, 1, 115
(Ross and McGurean)
1915, 22, 407
(McGuican and Ross)
1915, 22, 419
(EpstErn and ASCHNER)
1916, 25, 156
Blood—continued:
Sugar content, ethyl chlo-
ride, effect of (Unpmr-
HILL)
1905-061, 118
— —, glucose, effect of
large amounts of (Tay-
LOR and Huron)
LOVG 25 emlices
—--—, hemorrhage, effect
of (Epstem and BazHr)
1914, 18, 21
(TayLor and LEwIs)
LONG 22 aie
— —, hydrazine, effect of
(UNDERHILL)
1911-12, 10; 159
(UNDERHILL and Ho-
GAN) 1915, 20, 206
— —, hydrazined dogs af-
ter pancreas extirpation
(UNDERHILL and Finer)
1911-12, 10, 276
— —, inanition, effect of
(UNDERHILL and Ho-
GAN)
1915, 20, 206
— —, ligation of kidneys
in diabetes, influence of
(UNDERHILL)
1912-13, 13, 20
— —, local anesthesia, ef-
fect of (HpsTEIN and
ASCHNER)
1916, 25, 156
— —, magnesium lactate,
effect of (UNDERHILL)
1916, 25, 472
— —, — sulfate, effect of
(UNDERHILL)
1916, 25, 474
— —, methylhydrazine,
effect of (UNDERHILL)
1914, 17, 296
— —, methy. Iphenylhy-
drazine, effect of (UN-
DERHILL)
1914, 17, 297
Subjects
Blood—continued:
Sugar content, nitrous ox-
ide anesthesia, effect of
(Epstein and ASCHNER)
1916, 25, 157
— —, — — and ether an-
esthesia, effect of (Hp-
sTHIN and ASCHNER)
1916, 25, 157
— —, peptone, effect of
(McGuiean and Ross)
1915, 22, 419
——, phenylhydrazine, ef-
feet of (UNDERHILL)
1914, 17, 297
— —, psychic factors, ef-
fect of (EpsTern and
ASCHNER)
1916, 25, 154
— —, pyrrole, effect of
(UNDERHILL)
1905-06, 1, 118
— —, semicarbazide, ef-
fect of (UNDERHILL)
1914, 17, 298
— —, sodium carbonate,
effect of (UNDERHILL)
1916, 25, 463
— —, — chloride, effect
of (UNDERHILL)
1905-06, 1, 118
— —, — oxalate, effect of
(UNDERHILL)
; 1916, 25, 456
— =, — phosphate, ef-
fect of (UNDERHILL)
1916, 25, 456
— —, — tartrate in dia-
betes, effect of (UNDER-
HILL)
1912-13, 13, 22
— —, surgical procedures,
effect of (EpsTery and
ASCHNER)
1916, 25, 151
173
Blood—continued:
Sugar content, temporary
occlusion of hepatic
pedicle, effect of (Mac-
LEOD and WeppD)
1914, 18, 447
— —, thyreoparathyroid-
ectomy, effect of (UN-
DERHILL and BLATHER-
WICK) 1914, 18, 87
—, determination of (Mac-
LEOD)
1908, 4, xvii
(SHAFFER)
1914, 19, 2
(PEARCE)
915, 22, 525
—, — — small quantities
(Lewis and BENEDICT)
1915, 20, 61
(Myers and Barty)
1916, 24, 147
—, level in blood from
liver (Macieop and
PEARCE)
1915, 20, xxili
—, — — dog (SHAFFER)
1914, 19, 297
and Hus-
85
(SHAFFER
BARD)
1915, 20, xxxiv
—, Lewis and Benedict’s
method (PEARCE)
1915, 22, 525
(Myers and Battery)
1916, 24, 147
Tests for (KasTie and
ROBERTS)
1909, 6, xlvi
Transfusion, nitrogen me-
tabolism, effect on
(Haskins)
1907, 3, 321
— in severe diabetes mel-
litus (WoopyATTt and
RauLston)
1914, 17, 1
174
Blood—continued:
Urea, concentration and
rate of exeretion (Mc-
LEAN and SELLING)
1914, 19, 31
(Appis and WATANABE)
1916, 24, 205
— content (Four and
Denis)
1913, 14, 31
(MarsHatt and Davis)
1914, 18, 60
(Fiskp and SUMNER)
1914, 18, 290
(CULLEN and EL.is)
1915, 20, 511,
(GeTTLER and BaKsErR)
1916, 25, 215
—, determination of (Fo-
LIN and DENis)
1912, 11, 527
(MARSHALL)
1913, 15, 487
(VAN SLYKE and CUL-
LEN)
1914, 19, 219
(Appts and WATANABE)
1916, 24, 205
Ureteral ligation, double,
changes following (Jack-
SON)
1911, 9, xxv
Urie acid concentration,
salicylates, influence of
(Fixe and CHacr)
1915, 21, 371
— — content (Foun and
DENIs)
1913, 14, 31
(FINE)
1915, 23, 472
(GerTLteR and Bakr)
1916, 25, 215
— — — of ox and chicken
(BENEDICT)
1915, 20, 633
The Journal of Biological Chemistry
Blood—continued:
Uric acid content of rat
(Fourn and Morris)
1913, 14, 514
ingested pu-
rines, effect of (Dsnts)
1915, 23, 147
in nephritis
(Mymurs and Fine)
1915, 20, 391
— — — in renal insuffi-
ciency (DENIs)
1915, 23, 147
— —, determination of
(Foun and Dents)
1912-13, 13, 469
(BENEDICT)
1915, 20, 629
— —, —, nephelometric
(GrAvEs and KoBER)
1915, 20, xx
Venous, hydrogen ion con-
centration of (McCLEN-
pon and Macoon)
1916, 25, 674
Volume changes after pan-
createctomy (HPSTEIN
and BarHR)
1916, 24, 2
Xanthophyll, transporta-
tion of, by (PALMER)
1915, 23, 274
Body:
Composition and heat pro-
duction (BENEDICT)
1915, 20, 279
Fat, carotin of, relation to
milk fat carotin (PAL-
MpR and EcKkuEs)
1914, 17, 191, 211,
223, 237, 245
—, color of, in relation to
breed of cow (PALMER
and EcKLEs)
"- 1914, L7je2io
Subjects
Body—continued:
Fat, color of, in relation
to food (PaumMER and
EcKLEs)
1914, 17, 214
(PALMER)
1915, 23, 277
— of new-born calf (PAL-
MER and ECKLEs)
1914, 17, 218
—, pigments of (PALMER
and EcKLEs)
1914, 17, 211
(PALMER)
1915, 23, 276
Fluids, chlorides, determi-
~ nation of (McLnan and
Van SLYKE)
1915, 21, 361
—, Fundulus, osmotic
properties (LOEB and
WASTENEYS)
1915, 21, 223
—, glyceric aldehyde, de-
tection of (Sansum and
WoopyatT)
1916, 24, 333
—, proteins, removal of
(McLean and VAN
SLYKE)
1915, 21, 362
—, salicylates, determina-
tion of (THoBURN and
HANZLIK)
1915, 23, 163
—, urea, determination of
(MARSHALL)
1913, 15, 493
Human, arsenic distribu-
tion in (UNDERHILL)
1914, 19, 513
Protein, destruction in fe-
ver (SHAFFER)
1909, 6, xxvil
—, glucose formation from
(JANNEY and CsonkKA)
1915, 22, 203
175
Body—continued:
Protein, sparing effect of
ingested proteins (JAN-
NEY)
1915, 20, 341
Surface, basal metabolism
and (MANS)
1915, 21, 263
—, blood, relation to
(Movtrton)
1916, 24, 313
—, heat production and
(BENEDICT)
1915, 20, 274
Swine, composition of
(Emmett, JOSEPH, and
WILLIAMS)
VOUZ. 1, SEK
Urea, distribution and
elimination (MARSHALL
and Davis)
1914, 18, 53
Weight, blood, relation to
(Movtton)
1916, 24, 310
— during fast (Hows,
Martity, and Hawk)
1912, 11, 125
—, heat consumption, re-
lation to (MovLTon)
1916, 24, 315
—, — production and
(BENEDICT)
1915, 20, 270
—, surface area, relation
to (MovzTon)
1916, 24, 303
—, total metabolism, rela-
tion to (BENEDICT)
1915, 20, 266
Bone:
Osteomalacia, human ad-
olescent, composition in
(McCrupDDEN)
1909-10, 7, 199
176
Bone-ash:
Nitrogen elimination, in-
fluence on (MenprEt and
Lrwis)
1913-14, 16, 31
Borate buffer mixture:
Hydrogen electrode po-
tentials of (CLARK and
Luss)
1916, 25, 479
Boric acid:
Borate mixture, potential
of (CLARK)
1915, 23, 484
Excretion from human
body (Witry)
1907, 3, 11
Papain, action on (MEN-
DEL and BLoop)
1910-11, 8, 184
Bornyl bromoacetate:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 468
Botrytis cinerea:
Nitrogen fixation by (Lir-
MAN)
1911-12, 10, 180
Brain:
Albino rat at birth, com-
parison with fetal pig
(Kocn)
1913, 14, 267
Cephalin (Lrvenr and
West)
1916, 24, 41
Cerebrosides of (LEvENE
and JACOBs)
1912, 12, 389
(LEVENE)
1913, 15, 359
Chemical differentiation
of, of albino rat during
growth (KocH and
Kocn)
1913, 15, 423
The Journal of Biological Chemistry
Brain—continued:
Creatine as stimulant for
(MaxweELL)
1907, 3, 21
— content (JANNEY and
BLATHERWICK)
1915, 21, 570
Fetal pig, comparison with
that of albino rat at
birth (Kocn)
1913, 14, 267
Lipoid content (CoLui-
SON) 1912, 11, 219
— —, growth, effect on
(Kocu and Kocn)
1913, 15, 423
Sphingomyelin (LEvENr)
1916, 24, 73
Sulfatide (LEVENE)
1912-138, 13, 463
Urea content (MarsHALL
and Davis)
1914, 18, 60
Bran:
Feeding experiments with
(Hart and StEENBOCK)
1913, 14, 77
Utilization of (LECLERC
and Coox)
1906-07, 2, 203
See also Barley, Wheat.
Branchial cleft organ:
Iodine content (CAMERON)
1913-14, 16, 465
Brassica:
oleracea, erepsin of (BLOop)
1910-11, 8, 215
rutabaga, acid-soluble
phosphorus content
(Harr and Torrine-
HAM) 1909, 6, 439
Bread:
Digestion, bleaching, ef-
fect of (Lapp and Bas-
SETT) 1909, 6, 78
(RoecKwoop)
"1910-11, 8, 335
Subjects
Bread—continued:
Kafir corn, digestibility
of (LanawortHy and
Ho.LMEs)
1916, 24, xxvi
Nitrous acid content after
bleaching (Lapp and
BASSETT)
1909, 6, 76
Pepsin-hydrochloric acid
digestion (RocKwoop)
1910-11, 8, 336
Breath:
Acetone, determination of
(Four and Denis)
1915, 21, 189
Bromine:
Glucose, oxidation of,
mechanism of (BUN-
ZELL)
1909-10, 7, 157
Tissue enzymes, accelera-
tor of action of (Mors)
1915, 22, 126
Tryptophane, absorption
by (HomER)
1915, 22, 372
w-Bromoacetophenoneoxime:
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 21, 456
Bromoacetylaniline :
Hexamethylenetetramin-
ium salt (Jacops and
HEWELBERGER)
1915, 21, 104
Bromoacetylphenylaminoeth-
anol:
(Jacops and HEIDELBER-
GER)
1915, 21, 419
B-(w-Bromoacetyl)-quinaldine:
(Jacops and HEmpELBER-
GER)
1915, 21, 463
177
8-w-(Bromoacetyl)-quinaldine
—continued:
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 464
Bromoacetyl-w-o-toluidino-
acetophenone:
(JAcoBs and H&IpELBER-
GER)
1915, 215, 107
Hexamethylenetetramin-
ium salt (Jacosps and
HEIDELBERGER)
1915, 21, 107
o-Bromobenzalhydantoin:
(WHEELER, HorrMan, and
JOHNSON)
1911-12, 10, 154
Reduction (WHEELER,
Horrman, and JOHN-
SON)
1911-12, 10, 155
Bromobenzene:
Sulfur, alcohol-soluble, in
urine, effect on (GIB-
SON)
1909, 6, xvii
p-Bromobenzoic acid:
Oxidation with hydrogen
peroxide (Dakin and
HERTER)
1907, 3, 433
o-Bromobenzyl chloride:
(Jacops and HEIDELBER-
GER)
‘ 1915, 20, 665
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 665
p-Bromobenzyl chloride:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 665
178
p-Bromochloroacetylaniline:
Hexamethylenetetramin-
ium salt (Jacops and
H&rIDELBERGER )
1915, 21, 110 |
m-Bromodiethylaniline:
(JAcoBs and HrIpELBER-
GER)
1915, 21, 127
2-Bromoethoxybenzamide:
(Jacops and HEmELBER-
GER)
1915, 21, 449
2-Bromoethoxybenzoic acid:
Methyl ester (Jacozns and
HEIDELBERGER)
1915, 21, 448
Bromoethyl acetate:
Hexamethylenetetramin-
jum salt (JAcops and
HEIDELBERGER)
1915, 21, 449
Bromoethyl acetyl-p-cresoti-
nate:
(JAcosBs and HrmELBEr-
GER)
1915, 21, 452
Bromoethy] acetylsalicylate:
(JAcoBs and HrrtpELBEr-
GER)
1915, 21, 451
Bromoethyl anisate:
(JacosBs and H»IpELBER-
GER)
1915, 21, 452
Bromoethyl benzoate:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 450
Bromoethyl m-chloroacetylam-
inomethylbenzoate:
(JaAcoss and H»imELBEr-
GER)
1915, 21, 452
The Journal of Biological Chemistry
Bromoethyl p-nitrobenzoate:
(JAcosBs and HrmELBER-
GER)
1915, 21, 450
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 450
a-Bromoisocapronyl-a-methyl-
choline chloride:
(MrEnceE)
1912-13, 13, 107
w-Bromo-m-nitroacetophenone:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915; 21, 459
p-Bromophenoxyethyl bro-
mide:
(Jacoss and HrmDELBER-
GER)
1915, 21, 444
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 444
y-Bromopropyl p-nitrobenzam-
ide:
(Jacops and H&IDELBER-
GER)
1915, 21, 421
5-Bromouracil:
Diazobenzenesulfonic acid,
reaction with (JOHNSON
and CLAPP)
1908-09, 5, 170
Brucine:
Picrolonate (WARREN and
WEIss)
1907, 3, 335
Buffer value:
Blood, carbon dioxide ten-
sion, relation to (Mc-
CiEenpon and Maagoon)
- 1916, 25, 679
Subjects
Buffer value—continued:
Blood, charts for (Mc-
CiLEeNpDOoN and Macoon)
1916, 25, 678
—, clinical determination
of (McCiEnpon and
Macoon)
1916, 25, 680
Indicator method for (Mc-
CLENDON and Macoon)
1916, 25, 679
Serum, carbon dioxide
tension, relation to (Mc-
CLENDON and Macoon)
1916, 25, 679
—, charts for (McCLEN-
pon and Maacoon)
1916, 25, 678
Butter:
Fat, accessory substance
of (OsBorNE and MEN-
EL)
1913-14, 16, 423
—, carotin of (PALMER
and HcKLES)
1914, 17, 198
—, growth, influence on
(OsporNE and MeEn-
" DEL)
1913-14, 16, 423;
1914, 17, 401
(Hart and McCotium)
: 1914, 19, 387
. (McCoriiu and Davis)
1915, 20, 644;
1915, 21, 623;
1915, 23, 236
(FunK and MacatLuM)
1915, 23, 414
(McCotium, SIMMONDS,
and Prrz)
1916, 25, 109
—, growth-promoting sub-
stance, stability of (Os-
BORNE and MENDEL)
1916, 24, 37
179
Butter—continued:
Fat, growth-promoting sub-
stance, stability of (Mc-
Coxtitum and Davis)
1914, 19, 245
—, nitrogen, absence of
(OsBoRNE and WAKE-
MAN)
; 1O15 Zienoe
—, phosphorus, absence of
(OsBoRNE and WAKE-
MAN)
1915, 21, 91
—, pigment, identifica-
tion of (PALMER and
ECKLES)
1914, 17, 197
—, —, preparation of
(PanmER and Eck Es)
1914, 17, 192
—, polished rice and, in
polyneuritis (McCot-
LuM and KENNEDY)
1916, 24, 494
—, xanthophyll in (Pat-
MER and EcKLES)
1914, 17, 198
Feeding experiments with
(OssorNE and Men-
DEL)
1913, 15, 319
Growth and (FunK and
MacaLLuM)
1915, 23, %14
Oil, growth, influence on
(OsporNE and MEN-
DEL) "
1915, 20, 383
—, growth-promoting sub-
stance, stability of (Os-
BORNE and MENDEL)
1916, 24, 38
—, phosphorus content
(OsporRNE and WAKE-
MAN)
1915, 21, 91
180
Butter—continued:
Uric acid, endogenous, ex-
cretion, influence on
(MrnprEt and STEHLE)
1915, 22, 221
n-Butyl alcohol:
Cell division, influence on
(LILuis)
1914, 17, 134
Butyric acid:
Activation of unfertilized
starfish eggs, mass ac-
tion in (LILure)
1916, 24, 233
Arbacia eggs, rate of oxi-
dation, influence on
(WASTENEYS)
1916, 24, 284
Cheese content (SuzuxI,
Hastines, and Hart)
1909-10, 7, 437
Ethyl ester, digestion of
(BRADLEY)
1909, 6, 141
dyes, distribution
coefficient of, between
water and (ROBERTSON)
1908, 4, 6
——, lipase, solubility of,
in (NICHOLL)
1908-09, 5,
liver extract, hy-
drolysis by, sodium flu-
oride, action of (Lor-
VENHART and PEIRCE)
1906-07, 2, 402
——, pancreatic juice, hy-
drolysis by (LoEvEN-
HART and SouDER)
1906-07, 2, 419
——,-—,--—, sodium
fluoride, effect of (Lon-
VENHART and Prrrcer)
1906-07, 2, 399
— —, salts, solubility of,
in (NICHOLL)
1908-09, 5, 457
456
The Journal of Biological Chemistry
Butyric acid—continued:
Ethylester, tissue extracts,
hydrolysis by (LoEvEN-
HART)
1906-07, 2, 434
Metabolism of (RinGER)
1913, 14, 44
(Marriott)
1914, 18, 261
Oxidation with hydrogen
peroxide (Daxin)
1908, 4, 77, 229
n-Butyric aldehyde:
p-Nitrophenylhydrazone
(Dakin)
1908, 4, 236
Bynin:
Heat of combustion (BEN-
EDICT and OSBORNE)
1907, 3, 132
Cc
Cabbage:
Erepsin of (BLoop)
1910-11, 8, 215
Juice, polyneuritis, effect
on (McCortum and
KENNEDY)
1916, 24, 496
Nitrogen, water-soluble,
content of (Harr and
BENTLEY)
1915, 22, 482
Cadmium:
Cysteine, spontaneous oxi-
dation, influence on
(MATHEWS and WALK-
ER)
1909, 6, 304
Caffeine:
Creatine and creatinine
metabolism, influence
on (SaLANnT and RIEGER)
1913, 14, xxxv
Glycosuria (SALANT and
KNIGHT)
* 1909-10, 7, lii
Subjects 181
Caffeine—continued: Calcium—continued:
Reductase, action on
(Harris and CREIGH-
TON)
1915, 22, 538
Toxicity, influence of elec-
trolytes on (ROBERT-
SON)
1905-06, 1, 509
Cages: :
Growth studies (RoBERT-
son and Ray)
1916, 24, 348
Calcium:
Blood sugar content, rdle
in regulation of (UN-
DERHILL)
1916, 25, 447
Determination in blood
(Hatverson and Brr-
GEIM)
1916, 24, xxii
— — — serum (How-
LAND, HAxsSLER, and
MaRrRI0TT)
1916, 24, xix
— — feces (LMAN)
1915, 21, 551
— — presence of magne-
sium and_ phosphate
(McCRUDDEN)
1909-10, 7, 83;
1911-12, 10, 187
— — urine (McCruppEN)
1911-12, 10, 187
(Lyman)
1915, 21, 551
Excretion (MrnpEL and
BENEDICT)
1909, 6, xx
— in monkey (BAUMANN
‘and Oviatt)
1915, 22, 44
Fibrin, combination with
(BoswortH)
1915, 20, 93
Foods, content of (SHER-
MAN and GETTLER)
1912, 11, 327
Goiter, metabolism in
(HatvEeRsON, BERGEIM,
and Hawk)
1916, 24, xxii
Growth in swine, effect on
(Hart, Mituer, and
McCo.iuum)
1915, 25, 247
Irritability and (Lors)
1915, 23, 423
Magnesium, effect of, on
excretion of (Harr and
STEENBOCE)
1912, 11, xiv
—, separation from (Mc-
CRUDDEN)
1909-10, 7, 83, 201;
1911-12, 10, 187
Metabolism of, in acro-
megaly (MEDIGRECEANU
and KRISTELLER)
1911, 9, 115
— — calf (STEENBOCK,
Netson, and Harr)
1914, 19, 414
— —, in myositis ossifi-
cans (AUSTIN)
1907, 3, xxii
— —, after thyroparathy-
roidectomy (STEWART,
BerGem, and Hawk)
1914, 17, xlvii
Milk content (VAN SLYKB
and BoswoRTH)
1915, 20, 144
—, goat, content (Bos-
WORTH and VAN SLYKE)
1916, 24, 180
—, souring of, effect on
content of (VAN SLYKE
and BosworRTH)
1916, 24, 199
182
Calcium—continued:
Permeability and (Lore)
1915, 23, 423
Polyorchis, isolated cen-
ter of, stimulating ef-
fect on (Lors)
1905-06, 1, 431
Potassium, antagonism of,
on growth of rice plant
(Mryaxkr)
1913-14, 16, 259
Retention of, high mag-
nesium intake, effect on
(Hart and StrEnBocr)
1913, 14, 75
Calcium carbamate:
Preparation (MacLrop
and Hasktns)
1905-06, 1, 334
Calcium carbide:
Drying tissues and fluids
with (RosENBLOOM)
1913, 14, 27
Calcium carbonate:
Liver autolysis, effect on
(BRADLEY and TayLor)
1916, 25, 266
Calcium caseinate:
Basie, preparation and
properties (BoswortH
and VAN SLYKE)
1913, 14, 207
Mono salt, preparation
(VAN StykeE and Bos-
worRTH) 1913, 14, 218
Trypsin, hydrolysis by
(RoBERTSON)
1906-07, 2, 344
Calcium chloride:
Blood sugar content, in-
fluence on (UNDERHILL)
1916, 25, 449
Casein, rate of solution of,
in sodium hydroxide,
effect on (RoBERTSON
and Miyake)
1916, 25, 355
The Journal of Biological Chemistry
Calcium chloride—continued:
Glycosuria, epinephrine,
influence on (UNDER-
HILL)
1916, 25, 451
—, salt, influence on (UN-
DERHILL and KinINER)
1908, 4, 395
Hyperglycemia, epineph-
rine, effect on (UNDER-
HILL)
1916, 25, 451
Nerve stimulation, inhibi-
tory effect on (LornB
and Ewatp)
1916, 25, 380
Rice plant, growth of, in-
fluence on (Mryaxkp)
1913-14, 16, 237
Tetany, effect on (Wiz-
SON, STEARNS, and
THURLOW)
1915, 23, 97
Toxicity of sodium chlo-
ride, influence on (Os-
TERHOUT)
1905-06, 1, 363
Yeast ‘enzyme, dialyzed,
influence on (KOELKER)
1910-11, 8, 173
Calcium d-galactonate:
Acid salt (LEVENE and La
Foran)
1915, 22, 333
Calcium hydroxide:
Casein, solubility of, in
(ROBERTSON)
1906-07, 2, 334;
1908-09, 5, 151
Permeability, effect on
(OstTERHOUT)
1914, 19, 335
Calcium lactate:
Blood sugar, influence on
(UNDERHILL)
; 1916, 25, 449
Subjects
Calcium lactate—continued:
Glycosuria, epinephrine,
effect on (UNDERHILL)
1916, 25, 451
Growth, influence on
(Hart and McCotitum)
1914, 19, 390
Hyperglycemia, epineph-
rine, effect on (UNDER-
HILL)
1916, 25, 451
Tetany after thyreopara-
thyroidectomy, influ-
ence on (UNDERHILL
and BLATHERWICK)
1914, 19, 119
Calcium paracaseinate:
Basic, preparation and
properties (BoswoRTH
and VAN SLYKB)
1913, 14, 209
Cheese, brine-soluble com-
pound of (VAN SLYKE
and BoswortH)
1913, 14, 235
Mono salt, preparation
(Van Styke and Bos-
WORTH)
1913, 14, 223
Calcium salts:
Ammonium salts, antago-
nistie action (VOEGTLIN
and Kine)
1909, 6, xxvilil
Tetany, use in (WILSON,
SrmaRNs, and THUR-
LOW)
: 1915, 23, 104
Calcium zinc $-hydroxybutyr-
ate:
(SHAFFER and MARRIOTT)
1913-14, 16, 269
Calomel:
Electrodes, preparation of
(Cuark and Luss)
1916, 25, 484
183
Calomel—continued:
Electrodes, tenth normal,
value of (CLARK and
Luss) 1916, 25, 494
Calorimeter:
Respiration (WILLIAMS) _.
1912, 12, 317
Vegetable physiology, use
in (LANGWORTHY and
MILNER)
1912, 11, xxxiii
Calorimetry:
Animal (WILLIAMS)
1912, 12, 317
(WiiuiaMs, Ricue, and
Lusk) 1912, 12, 349
(Lusk) 1912-13, 13, 27
(FisHer and WIsHART)
1912-13, 13, 49
(Lusk)
1912-13, 13, 155, 185
(McCruppen and Lusk)
1912-13, 13, 447
(WISHART)
1915, 20, 535
(CsonxKA)
1915, 20, 539
(Lusk) 1915, 20, 555
(Muruin and Lusk)
1915, 22, 15
Canavalia:
ensiformis, globulin of
(Jouns and JONES)
1916, 24, xxxill
—, urease content (Ma-
TEER and MARSHALL)
' 1916, 25, 298
urease content
gladiata,
and Mar-
(MaATEER
SHALL)
1916, 25, 298
Cancer: :
Chemistry of (SArKT)
1909-10, 7, 23
184
Cancer—continued:
Cholesterol content (BEN-
NETT)
1914, 17, 13
Creatine content (SArK1)
1909-10, 7, 23
Creatinine content (Satk1)
1909-10, 7, 23
Purine content (SarKt)
1909-10, 7, 23
Cane sugar:
See Sucrose.
Canis latrans (Say):
Nitrogen metabolism of
(HuntER and GIvEns)
1910-11, 8, 449
Capric acid:
Oxidation with hydrogen
peroxide (Daxrn)
1908, 4, 229
Caproic acid:
Cheese content (Suzuk1,
Hastines, and Harr)
1909-10, 7, 439
Metabolism of (RINGER)
1913, 14, 46
Oxidation with hydrogen
peroxide (DaAxkt1n)
1908, 4, 229
Capronitrile:
Cysteine, oxidation of, in-
fluence on (MatTHEWs
and WALKER)
1909, 6, 34
‘Capryl alcohol:
Cell division, influence on
(Lituip)
1914, 17, 136
Caprylic acid:
Oxidation with hydrogen
peroxide (Dakin)
1908, 4, 229
Carbamate:
Chemistry of (Mactrop
and Haskins)
1905-06, 1, 319
The Journal of Biological Chemistry
m-Carbethoxychloroacetyl-
benzylamine:
Hexamethylenetetramin-
ium salt (JAcoBs and
H®IDELBERGER)
1915, 20, 692
Carbethoxyethyl iodide:
Hexamethylenetetramin-
jum salt (JAcoBs ° and
HEIDELBERGER)
1915, 21, 467
Carbohydrate:
Alcohol-insoluble, from
Macrocystis pyrifera
(Hoaauanp and Lis)
1915, 23, 293
Amino-acid content of
blood, effect on (Gy6r-
ay and Zunz)
1915, 21, 521
Amylolytie power of sali-
va, effect on (NEILSON
and Lewis)
1908, 4, 501
Autolysis of Aspergillus
niger, role in (Dox)
1913-14, 16, 479
Bacillus coli communis,
non-poisonous portion,
content of (LEACH)
1907, 3, 453
— — —, presence in
(LEaAc#)
1905-06, 1, 476
Banana, content of
(BAILEY)
1905-06, 1, 356
Casein, artificial digestion,
influence on (GoLD-
THWAITE)
1909-10, 7, 69
Creatine content of mus-
cle, influence on (MYERS
and Frnz)
1913, 15, 305
Subjects
Carbohydrate—continued:
Creatine-creatinine me-
tabolism, réle in (MEN-
pEL and Rosse).
1911-12, 10, 213
Fat, conversion into, heat
production during
(Lusk)
1915, 20, 581
Fatty acids, esters of
(BLoor)
1909-10, 7, 427;
1912, 11, 141, 421
Formic acid excretion, in-
fluence on (Dakin, JAN-
NEY, and WAKEMAN)
1913, 14, 351
Intestinal bacteria, influ-
ence on (KENDALL)
1909, 6, 495
(HerteR and Ken-
DALL)
1909-10, 7, 205
Lactic acid, formation
of, by leukocytes (LE-
VENE and MEYER)
1913, 14, 149
Lichens, digestibility and
utilization (SATKI)
1906-07, 2, 251
Maltose splitting power
of saliva, influence on
(NEILson and ScHEELE)
1908-09, 5, 332
Marine alge, digestibility
and utilization (SaArk1)
1906-07, 2, 251
— — of Pacific Coast
(HoaGLaND and Lies)
1915, 23, 287
Metabolism (UNDERHILL)
1911-12, 10, 159;
1914, 17, 293, 295,
299; 1916, 25, 447,
463, 471
|
|
185
Carbohydrate—continued:
Metabolism
and FINE)
1911-12, 10, 271
(UNDERHILL and BLATH-
ERWICK)
(UNDERHILL
1914, 18, 87;
1914, 19, 119
(UNDERHILL AND Ho-
GAN)
1915, 20, 203, 211
(Lusk)
1915, 20, 575
(UnperuILL and Mur-
LIN) 1915, 22, 499
—, blood glycolysis in
(Macieop)
1913, 15, 497
—, intermediary (Ross)
1911-12, 10, 123
—, —, theory of (Dakin
and Duper)
1913, 14, 555
—, mucic acid in (MEN-
pEL and Ross)
‘ 1911, 9, xii;
1911-12, 10, 123
—, proteins, relation to
(JANNEY) .
1915, 20, 342
—, thyroidectomy, effect
of (UNDERHILL and
SAIKI)
1908-09, 5, 233
Nitrogen elimination, in-
fluence on (MENDEL
and Lewis)
1913-14, 16, 37
Parenteral utilization
(MENDEL)
1908, 4, xviii
Protein, sparing action of
carbohydrate for (KEN-
DALL and FARMER)
1912, 12, 13, 215,
219, 465, 469;
1912-13, 13, 63
186
Carbohydrate—continued:
Protein, sparing action of
carbohydrate for (Ep-
sTEIN and BooKkMAN)
1911-12, 10, 353
(RINGER)
1912, 12, 437
(Mynrs and Frnr)
1913, 15, 305
(SHAFFER)
1914, 17, xlii
(KocuER)
1916, 25, 571
Sulfur, oxidation of, ef-
fect on (Brown and
KELLOGG)
1915, 21, 86
Uric acid, endogenous, in-
fluence on excretion of
(Menpet and STEHLE)
1915, 22, 220
Utilizable, use of phlorhi-
zinized dogs to deter-
mine (SANsuM and
WoopyatTT)
1916, 24, 23
Carbohydrate esters:
Higher fatty
(Bioor)
1909-10, 7, 427;
1912, 11, 141, 421
Carbolic acid:
See Phenol.
3-Carbomethoxy-4-oxybenzyl
chloride:
Hexamethylenetetra-
minium salt (JacoBs
and H&rrmDrLBRRGER)
1915, 20, 681
o-Carbomethoxyphenoxyethyl
bromide:
(JACOBS
*BERGER)
acids
and HgEIDeE.-
1915, 21, 448
The Journal of Biological Chemistry
Carbon:
Alcohols, polyatomic,
source of, for lower
fungi (NrIpi@)
1913-14, 16, 143
Hair, content of (RuTHER-
FoRD and Hawk)
1907, 3, 462
Urine, steer’s, content of
(BRAMAN)
1914, 19, 108
Carbonates:
Glomerella, production by
(REED and Grissom)
1915, 21, 161
Carbon dioxide: :
Alveolar air, pressure of,
after parathyroidecto-
my (WILsoN, STEARNS,
and THURLOW)
1915, 23, 99
— —, tension of (Mar-
RIOTT)
1916, 24, xviii
Apparatus for determina-
tion of minute quanti-
ties (TASHTRO)
1913-14, 16, 485
Blood, ammonia and car-
bon dioxide, interrela-
tionship of (Hopxtns
and DeEnis)
1911-12, 10, 407
— content, after clamp-
ing abdominal vessels,
(Muriin, EpELMann,
and KRAMER)
1913-14, 16, 79
— pressure of (McC.ien-
DON)
1916, 24, 522
— proteins, relation ta
(HmNDERSON)
1909-10, 7, 33
Determination (TASHTRO)
“1913-14, 14, xli
Subjects
Carbon dioxide—continued:
Determination under di-
minished pressure (LE-
VENE and MryEr)
1914, 17, 447
—, minute quantities
(TASHIRO)
1913-14, 16, 485
Fatty acids, yield from, on
oxidation (Dax1n)
1908, 4, 229
Fibrinates, effect on solu-
tion of (BosworTH)
1915, 20, 93
Ganglia in Limulus, out-
put of (Tasnrro and
ADAMS)
1914, 18, 329
Liver autolysis, effect on
(BrapLEY and TayYLor)
1916, 25, 262
Meat feeding, increase af-
ter (BENEDICT and
PRATT)
1913, 15, 16
Nerve fibers of Limulus,
output of (TasHrRo and
ADAMS)
1914, 18, 329
Parthenogenesis, effect on
(McCiEenpon and
MircHELy)
1911-12, 10, 470
Plasma, capacity of (GErrT-
LER and BAKER)
1916, 25, 219
Sea water, direct titration
of (Moreuuis and FuL-
LER) 1916, 24, 31
Tension, blood — buffer
value, relation to (Mc-
CLENDON and Macoon)
1916, 25, 679
—, serum buffer value,
rélation to (McCLEN-
pon and MaaGoon)
1916, 25, 679
187
Carbon monoxide:
Nitrates, effect on deter-
mination of (MircHELL,
SHONLE, and GRINDLEY)
1916, 24, 476
Oxidation (KASTLE)
1909, 6, xxiii
p-Carboxybenzeneazo-p’-di-
ethylaminobenzene:
Chloroacetylaminoethyl
ester (Jacops and HeEt-
DELBERGER)
1915, 21, 413
3-Carboxy-4-oxybenzyl chlo-
ride:
(JACOBS
BERGER)
and HEIDEL-
1915, 20, 681
Carcinoma:
Paramecium aurelia divi-
sion rate, effect on (UN-
DERHILL and Woop-
RUFF)
1913, 15, 401
Carica papaya:
Enzymes of
and BLoop)
1910-11, 8, 177
Carnaubic acid:
Ethyl ester (DUNHAM)
1908, 4, 299
(MENDEL
Kidney, isolation from
(DuNHAM)
1908, 4, 297
Carnivora:
Purine metabolism (Hun-
TER, GIVENS, and GUION)
1914, 18, 387
Carotin:
(PALMER and EcKLEs)
1914, 17, 191, 211,
223, 237, 245
(PALMER)
1915, 23, 271
Bile, solubility in (PAL-
MpR and EcKLES)
1914, 17, 242
188
Carotin—continued:
Blood serum
(PALMER)
content
1915, 23, 271
— —~, diet, relation to
(PALMER and EcK.LEs)
1914, 17, 226
— —, milk fat carotin, re
lation to (PALMER and
EckuEs)
1914, 17, 191, 211,
223, 237, 245
—, transportation by
(PALMER and EcKLEs)
1914, 17, 229
(PALMER)
1915, 23, 274
Body fat, content of
(PALMER)
1915, 23, 277
— —, milk fat carotin, re-
lation to (PALMER and
Eck is)
1914, 17, 191, 211,
223, 237, 245
Corpus luteum, milk fat
carotin, relation to
(PALMER and EcKLEs)
1914, 17, 191, 211,
223, 237, 245
Digestion, fate during
(PALMER and EcKuEs)
1914, 17, 237
Digestive juices, action
on (PALMER and
Eckugs)
1914, 17, 238
Egg yolk content (Pat-
MER)
1915, 23, 275
Feeding experiments with
(PatmMER and EcKkuss)
1914, 17, 241
Milk fat (PatmMpr and
EcKLEs)
1914, 17, 191
The Journal of Biological Chemistry
Carotin—continued:
Milk fat, human (PALMER
and EcKkius)
1914, 17, 245
Plant, milk fat carotin, re-
lation to (PALMER and
EcKugs)
1914, 17, 191, 211,
223, 237, 245
Caroto-albumin:
(PALMER and Eckuus)
1914, 17, 232 °
Cascara sagrada:
Jellyfish, action on (Mac-
CALLuUM)
1906-07, 2, 386
Casein:
Acid caseinates, prepara-
tion and composition
(VAN Stryke and Bos-
WORTH)
1913, 14, 211
— solutions, behavior in
(RoBERTSON)
1908, 4, 35
Acids, precipitation by
(Sammis and Harr)
1909, 6, 181
Adsorption of acids by
(VAN SLYKE and Van
SLYKE) :
1908, 4, 259
Alkali constant (Hart)
1909, 6, 447
—, solubility in (RoBERT-
SON)
1906-07, 2, 334
—,— —, temperature, in-
fluence of (RoBERT-
SON)
1908-09, 5, 147 .
Amide nitrogen content
(DENIs)
1910-11, 8, 434
Amino nitrogen of (VAN
StykE and Brrewarp)
1913-14, 16, 542
Subjects 189
Casein—continued: Casein—continued:
Ash-free, preparation of
(Van Styxe and Bos-
WORTH)
1913, 14, 203
Aspergillus niger, utiliza-
tion by (Dox)
1911-12, 10, 79
Bacteria in feces after
feeding (OsBoRNE and
MENDEL)
1914, 18, 180
Basic caseinates (Bos-
WorRTH and VAN SLYKE)
1913, 14, 207
Burley tobacco, growth of,
influence on (OosTHUI-
ZEN and SHEDD)
1913-14, 16, 446
Cabbage erepsin, diges-
tion by (BLoop)
1910-11, 8, 222
Chemical properties (RoB-
ERTSON)
1906-07, 2, 317
Compounds, nomencla-
ture of (ROBERTSON)
1906-07, 2, 324
Crude soluble poison from,
physiological action of
(UNDERHILL and HEN-
DRIX)
: 1915, 22, 465
Cystine necessary for
growth with (OSBORNE
and MENDEL)
1915, 20, 352
Determination (RoBERT-
SON)
1906-07, 2, 328
—, volumetric ( Hart)
1909, 6, 445
Digestion, artificial, carbo-
hydrates, effect of
(GOLDTHWAITE)
1909-10, 7, 69
Dyes, distribution coeffi-
cient, influence on (RoB-
ERTSON)
1908, 4, 14
Emulsion of, blood fat, ef-
fect on (BLoor)
1914, 19, 5
Globin, compound with
(ScHM1IDT)
1916, 25, 73
Glucose from, in diabetic
organism (JANNEY)
1915, 20, 333
Growth, influence on
(OsBoRNE and MEN-
DEL)
1912, 12, 493, 508;
1914, 18, 12;
1915, 20, 352
(Harr and McCo.tium)
1914, 19, 385
— on highly purified case-
in (McCouiuM and
Davis)
1915, 23, 231
—, value of, for pig (Mc-
CoLLuM)
1914, 19, 323
’ Hexone bases of (VAN
SLYKE)
1913-14, 16, 531
Hydrolysis (OSBORNE and
GUEST)
1911, 9, 333
— with barium hydroxide
(HoMER)
1915, 22, 378
— products, pepsin, ac-
tion on (ROBERTSON
and BrippDLE)
1911, 9, 295
refractivity of
(RoBERTSON)
1912, 12, 23
190 The Journal of Biological Chemistry
Casein—continued:
Hydrolysis with trypsin
(RoBERTSON)
1906-07, 2, 342
(WALTERS)
1912, 11, 267;
1912, 12, 43
— — —,, alkali, influence
of (RopErtTson)
1908-09, 5, 37
Isoleucine, preparation
from (LEVENE and
Van SLYKE)
1909, 6, 408
Kyrine of (Levene and
VAN DER SCHEER)
1915, 22, 425
Leucine fraction (LEVENE
and Van SLYKE)
1909, 6, 419
Liver enzymes, digestion
by (Braputgy and Tay-
LOR)
1916, 25, 269
Magnesium salt (VAN
SLYKE and WINTER)
1914, 17, 287
Maintenance with (Os-
BORNE and MENDEL)
1912-13, 13, 233, 248
—, minimum for (Os-
BORNE and MENDEL)
1915, 22, 249
Metabolism, rate of (Jan-
NEY) 1915, 20, 326
Milk, changes in, at low
temperatures (PENNING-
TON) 1908, 4, 353
—, condition in (Van
SLYKE and BoswortH)
1915, 20, 135
—, content of (Van
Stryke and Boswortsn)
1915, 20, 142
(Bosworth and Van
SLYKE)
1916, 24, 180
Casein—continued:
Milk, volumetric determi-
nation (Harr)
1909, 6, 445
Molecular weight (Van
Styke and Bosworrn)
1913, 14, 227
(BoswortH and Van
SLYKE)
1916, 24, 174
(Ropertson and Bur-
NETT)
: 1909, 6, 114
Molecule, valency of
(VAN Stryke and Bos-
WORTH)
1913, 14, 227
(BoswortH and VAN
SLYKE)
1916, 24, 174
Muscle creatine, influence
on (Myers and Frvg)
1915, 21, 389
Nitrogen elimination, in-
fluence on (MENDEL
and Lrwts)
1913-14, 16, 62
Nomenclature (RoBERT-
son) 1906-07, 2, 324
Nutritive properties, heat,
influence of (McCot-
LuM and Davis)
1915, 23, 249
Paranuclein from, com-
pared with synthetic
paranuclein, based on
immunity experiments
(Gay and Ropprtrson)
1912, 12, 233
Phosphorus content (Bos-
worRTH and VAN SLYKE)
1914, 19, 67
Precipitation by acids
(Sammis and Hart)
1909, 6, 181
Subjects
Casein—continued:
Preparation for growth
experiments (McCot-
Lum and Davis)
1915, 23, 233
Proline content (VAN
SLYKE)
1911, 9, 205
Racemization of (DAKIN
and DuDLEY)
1913, 15, 263
Racemized, amino-acids of
(Daxin and Duptey)
1913, 15, 266
—, bacteria, putrefac-
tive, action on (DAKIN
and DuDLEY)
1913, 15, 276
—, erepsin, action of (Da-
Kin and Dup.LEy)
, 1913, 15, 274
—, fate in animal body
(Daxin and DupLEyY)
1913, 15, 275
—, pepsin, action of (Da-
kin and DuDLEY)
1913, 15, 273
—, physiological action of
(UNDERHILL and HEN-
DRIX)
1915, 22, 455
—, trypsin, action of (Da-
KIn and DUDLEY)
1913, 15, 273
Refractive index, in al-
cohol-water mixtures
(ROBERTSON)
1910-11, 8, 507
Rennin, action of (Bos-
WORTH)
1913, 15, 231;
1914, 19, 397
Salts, solubility in (RoB-
ERTSON)
1906-07, 2, 338
191
Casein—continued:
Serum, normal and sensi-
tized, digestion by
(Huron)
1916, 25, 168, 228
Sodium hydroxide, solu-
tion in, alkali and alka-
line earth salts, influ-
ence on rate of (RosB-
pRTsON and Mr1yAKB)
1916, 25, 351
Souring of milk, effect on
(Van StyKe and Bos-
WORTH)
1916, 24, 199
Trypsin, digestion by,
heat of reaction as
measure of (HENDER-
son and RyDER)
1907, 3, xviii
—, hydrolysis by (Ros-
ERTSON)
1906-07, 2, 342
(WALTERS)
1912, 11, 267
—, — —, alkali, influence
of (RoBERTSON and
ScumipT)
1908-09, 5, 34
- , products of hy-
drolysis, effect of (WaL-
TERS) 1912, 12, 43
Tryptophane content
(HoMER) :
1915, 22, 378
Tyrosine, preparation of
(MARSHALL)
1913, 15, 86
Unsaturated caseinates,
preparation and proper-
ties (VAN SLYKE and
BoswoRTH)
1913, 14, 211
Zein and, growth with
(OSBORNE and MeEN-
DEL)
1914, 17, 349
192
Caseinates:
Autohydrolysis (RopgErt-
SON)
1906-07, 2, 344
(WALTERS)
1912, 12, 47
Freezing point depression
of water by (Ropmrt-
son and BURNETT)
1909, 6, 105
Caseose:
Milk, changes in content
of, at low temperature
(PENNINGTON)
1908, 4, 353
Racemized (Dakin and
DupLeEy)
1913, 15, 267
—, amino-acids of (Da-
KIN and DupLEY)
1913, 15, 266
—, bacteria, putrefactive,
action of (Dakin and
DupDLEy)
1913, 15, 276
—, erepsin, actionof (Da-
KIN and DupLEyY)
1913, 15, 274
—,fate in animal body
(Daxin and Dup Ley)
1913, 15, 275
—, pepsin, action of (Da-
KIN and Dup.L5y)
1913, 15, 273
—, physiological action of
(UNDERHILL and HEn-
DRIX)
1915, 22, 461
—, trypsin, action of
(Dakin and Duprey)
1913, 15, 273
Castor oil:
Urie acid, endogenous, ex-
cretion, influence on
(Menperu and STrxie)
1915, 22, 225
The Journal of Biological Chemistry
Castration:
Iodine content of thyroid,
effect on (FENGER)
1914, 17, 23
Metabolism, effect on
(McCruppEn)
1908, 4, xl;
1909-10, 7, 185
Phosphorus metabolism of
thyroid, effect on (Fmne-
BR) 1914, 17, 23
Tumors, transmissible, re-
lation to (SwrrT, Cor-
SON-WHITE, and Saxon)
1913, 15, 181
Catabolism:
a-Aminocaproic acid
(GREENWALD)
1916, 25, 81
Benzoylacetic acid (Da-
KIN) 1911, 9, 123
Benzylacetoacetic ester
(Dakin)
1909, 6, 233
Benzylacetone (Daxry)
1909, 6, 232
Cinnamie acid (Daxry)
1909, 6, 213
Cinnamoylglycocoll (Da-
KIN) 1909, 6, 216
Cinnamylideneacetice acid
(Daxkrn)
1909, 6, 232
Cinnamylidenemalonic
acid (DaxKry)
1909, 6, 232
Fatty acids, formie acid in
(Dakin and WAKEMAN)
1911, 9, 329
Glucose, dl-glycerie alde-
hyde in (Sansum and
Woopyatt)
1916, 24, 343
Histidine (Dakin and
WAKEMAN)
- 1911-12, 10, 499
Subjects
Catabolism—contlinued:
p-Hydroxyben zaldehyde
(Dakin)
1910-11, 8, 23
p-Methoxyphenylalanine
(Daxtn)
1911, 9, 156
p-Methylphenylalanine
(Dakin)
‘ 1911, 9, 156
Phenylacetaldehyde (Da-
KIN) 1909, 6, 242
Phenylacetie acid (Da-
KIN) 1908, 4, 424
Phenylacetone (Dakry)
1908-09, 5, 183
Phenylalanine (Daxkty)
1909, 6, 240
(WAKEMAN and Dakin)
1911, 9, 139
Phenyl-$-alanine (Dakin)
1909, 6, 241;
1910-11, 8, 37
Phenylbutyric acid (Da-
KIN) 1908-09, 5, 180
Phenyl-8, y-dihydroxybu-
tyric acid (DaKry)
1908-09, 5, 183
Phenylglycerie acid (Da-
KIN) 1909, 6, 242
Phenyl-6-hydroxybutyri¢
acid (DaKIN)
1908-09, 5, 182
Phenyl-8-hydroxypropion-
ic acid (DaKrN)
1909, 6, 212
p-Pheny1-8-hydroxypropi-
onic acid (DAKIN)
1908, 4, 428
Phenyl-6-hydroxypropi-
onylglycocoll (DaKty)
1909, 6, 215
Phenyl-8-hydroxyvaleric
acid (DAKIN)
1909, 6, 229
Phenyl-y-hydroxyvaleri¢
acid (Daxk1n)
1909, 6, 232
193
Catabolism—continued:
Phenylisocrotonic
(Dakin)
1908-09, 5, 183
Phenyl-a, 8-pentenic acid
(DaAKIN)
acid
1909, 6, 230
Phenyl-8, y-pentenic acid
(Dakin)
1909, 6, 231
Phenylpropionic acid (Da-
KIN) 1909, 6, 208;
1911, 9, 125
g-Phenylpropionic acid
(Dakin) 1908, 4, 419
Phenylpropionylglycocoll
(DaKIN)
1908, 4, 424;
1909, 6, 214
Phenylserine (Dak)
1909, 6, 242
Phenylvaleric acid (Da-
KIN) 1909, 6, 221
Salicylic aldehyde (Da-
KIN)
1910-11, 8, 24
Tyrosine (DaKrN)
1910-11, 8, 11, 28
(WakpMAN and Dakin)
1911, 9, 139
Catalase:
Adsorption by colloidal
protein and normal lead
phosphate (PETERS)
1908-09, 5, 367
Liver, adsorption and par-
tial purification (PETERS
and STEWART)
1909, 6, xxx
Oxidation, relation to
(AmperG and WINTER-
NITZ)
1911-12, 10, 295
Paramecium (Perers and
BuRRES)
1909, 6, 66
194 The Journal of Biological Chemistry
Catalase—continued:
Penicillium pinophilum,
presence in (CLARK and
SCALES)
1916, 24, xxxii
Sea urchin’s eggs (Am-
BERG and WINTERNITZ)
1911-12, 10, 295
Tissues and organs, con-
tent of, after prolonged
fasting (Hawk)
1911, 9, xxi
Catalysis:
Tons, effect of (BERG and
GIEs)
1906-07, 2, 489
(ROBERTSON)
1908-09, 5, 511
See also Autocatalysis.
Catalysor:
Definition of (Taynor)
1910-11, 8, 503
Growth (RoBERTSoN)
1916, 24, 364
Reciprocal
Cathartics:
Saline, purgative
ciency of (AvER)
1908, 4, 197
Vegetable, isolated center
of jellyfish, action on
(MacCauium)
1906-07, 2, 385
inefhi-
Cation:
Nerve stimulation, réle in
(Logs and Ewatp)
1916, 25, 379
Potassium chloride, toxic
effect, action on (Lors
and CaTTELL)
1915, 23, 52
Toxic agency (Lorn)
1914, 19, 436
Cedrin:
Simaba cedron, prepara-
tion from (VIEHOEVER,
GuicrerR, and JoHns)
1916, 24, xxxiii
(
\
Cell:
Acid, penetration by
(Croztmr)
1916, 24, 255
Conductivity (GrrrLer
and Baxrr)
1916, 25, 219
Constituents, spontane-
ous oxidation (Marn-
EWS and WALKER).
1908, 4, xx
Diffusion of potassium,
electrolytes, effect of
(Logs and CarTrELL)
1915, 23, 41
Division, anesthetics, ac-
tion of (Linum)
1914, 17, 121
Fibrin of Limulus poly-
phemus (ALSBERG and
CLARK)
1908-09, 5, 324
Liver, protein relation-
ships in (BRADLEY and
TAYLOR)
1916, 25, 276
Membrane, oxidation
processes in relation to
(REED)
1915, 22, 102
Permeability of (Roperr-
SON) 1908, 4, 1
Superficial layer, nature
of (ROBERTSON)
1908, 4, 1
Cellular activity:
Metabolism, influence on
(BENEDICT)
1915, 20, 282
Celtis reticulosa:
Scatole and indole in wood
of (HmRTER)
1908-09, 5, 487
Central nervous system:
Chemical differentiation
(Kocnr)
- 1913, 14, 267
aa
Subjects
Central nervous system—con-
tinued:
Chemical differentiation
(Kocr and Kocn)
1913, 14, 281;
1913, 15, 323
~ Cephalin:
Brain
WEsT)
(LEVENE and
1916, 24, 41
Determination (Kocu and
Woops)
1905-06, 1, 207
Egg (Levens and West)
1916, 24, 111
Electrolytes, relation to
(Kocu)
1907, 3, 53
Fatty acid, saturated, of
(LEVENE and WeEsT)
1913-14, 16, 419
Glycerol, determination of
(FostER)
1915, 20, 406
(Levenr and West)
1916, 24, 50
Kidney (Levene and
WEsT)
1916, 24, 111
Lead compound (LEVENE
and WEsT)
1916, 24, 47
Lecithin, commercial,
preparation from (LE-
VENE and WEST)
1916, 24, 111
Liver (LEVENE and West)
1916, 24, 111
Nutrition and (MacAr-
THUR and LUCKETT)
1915, 20, 171
Stearic acid from (LEVENE
and West)
1913-14, 16, 419
Ureido derivatives (LE-
VENE and WEST)
1916, 25, 517
195
Cerane:
(Levens, West, and VAN
DER SCHEER)
1915, 20, 532
Cereal grains:
Proteins of, and growth.
(McCo.tium)
1914, 19, 323
Cerebrin:
(Posner and Gres)
1905-06, 1, 74
(LEVENE and JacosBs)
1912, 12, 394
Lignocerie acid from (LE-
VENE
1913, 15, 362
Cerebron:
(PosNER and Gres)
1905-06, 1, 72
Phrenosin, identity with
(Grss)
1906-07, 2, 159
Cerebronic acid:
(LeveNn and Jacoss)
1912, 12, 381
(Levens and West)
1913, 14, 257:
1913, 15, 193;
1914, 18, 477
Cerebrosides, isolation
from (LEVENE and
JACOBS)
1912, 12, 398
Ethyl ester (LEVENE and
West)
1913, 14, 260
— —, acetate of (LEVENE
and West)
1913, 14, 261
Lignocerie acid, prepara-
tion from (LEVENE and
JACOBS)
1912, 12, 385
(LEVENE and West)
1913, 14, 263
196
Cerebronic acid—continued:
Lithium salt (Levenn and
West)
1913, 14, 260
Metbyl ester (LevEnr and
Wes?)
1913, 14, 261
Oxidation (LEvENE and
JACOBS)
1912, 12, 385
(Levene and West)
1913, 14, 263
Reduction (LEvENE and
JACOBS)
1912, 12, 386
(LEVENE and Wsst)
1913, 14, 264
Sodium salt (LEVENE and
WEsT)
1913, 14, 259
Cerebrosides:
Brain, growth, influence
of, on (KocH and Kocn)
1913, 15, 423
— tissue, preparation
from (LEVENE and Ja-
COBS)
1912, 12, 389
(LEVENB)
1913, 15, 359
Galactose content (LE-
VENE and JAcosBs)
1912, 12, 397
Nutrition and (Mac-
ARTHUR and LucknrtrT)
1915, 20, 171
Cerebrospinal fluid:
Insanity, potassium con-
tent in (Mymrs)
1909, 6, 115
Surface tension of (Erp
MANN)
1913, 14, 144
Urea content (MARSHALL
and Davis)
1914, 18, 60
The Journal of Biological Chemistry
Cerium:
Cysteine, spontaneous oxi-
dation, influence on
(MarHews and WaALK-
ER) 1909, 6, 303
Cetraria islandica:
Carbohydrate, utilization of
(SArK1)
1906-07, 2, 259
Cetyl iodide:
Hexamethylenetetra-
minium salt (JAcoBs
and H&IDELBERGER)
1915, 21, 466
Cheese:
Acetic acid content (Suzu-
KI, Hastines, and
Hart
1909-10, 7, 437
Brine-soluble compounds,
composition of (VAN
SLYKE and BoswortH)
1913, 14, 231
Cheddar, volatile fatty
acids and esters of
(Suzukr, HAstTINGs,
and Hart)
1909-10, 7, 431
Curds, solubility of, in
salt solutions (SAMMIS
and Harr)
1909, 6, 181
Indole content (NELSON)
1916, 24, 533
Limburger, indole in (NEL-
SON) 1916, 24, 534
Roquefort, analyses of
gases of (THom and
CuRRIE)
1913, 15, 249
—, mold in (THom and
CuRRIE)
1913, 15, 249
Skim milk, acid content
(Suzux1, Hastings, and
Hart)
~ 1909-10, 7, 439
Subjects 197
Chemical reaction:
Velocity (BURNETT)
1906-07, 2, 195
Chemotaxis:
Infusoria in electrolytes
(ROBERTSON)
1905-06, 1, 185
Paramecia’ in non-elec-
trolytes (ROBERTSON)
1905-06, 1, 201
Chicken fat:
Acid value (PENNINGTON,
Heppurn, and Con-
NOLLY)
1914, 17, xliv
Children:
Creatine excretion (RosE)
1911-12, 10, 265
(Foun and Denis)
1912, 11, 253
Food requirements of
erowing (Rock woop)
1909-10, 7, Xxv1
See also Infant.
Chitin:
Dialysis,
BERG)
use in (ALS-
1909-10, 7, xl
Molecular weight (ALS-
BERG and H»pBLoM)
1909, 6, 493
Soluble (AusBERG and
HEpDBLOM)
1909, 6, xlv
—, Limulus polyphemus,
preparation from (ALs-
BERG and HEpBLOM)
1909, 6, 483
—, osmotic behavior of
(ALSBERG and Hep-
BLOM)
1909, 6, 495
Chloral hydrate:
Gell division, influence on
(Logs and WASTENEYS)
1913, 14, 519
(LILurs)
1914, 17, 128
Chloral hydrate—continued:
Oxidation of sea urchin’s
eggs, influence on (LOEB
and WASTENEYS)
1913, 14, 519
Serum anaphylaxis, influ-
ence on (BANZHAF and’
FAMULENER)
1909, 6, xlii
Chloralose:
Cell division, influence on
(LILLIE)
1914, 17, 136
Chloretone:
Cell division, influence on
(Linus)
1914, 17, 130
Chlorides:
Ammonia, relation to ex-
cretion of (LEBENSOHN)
1915, 23, 513
Blood content (GETTLER
and BAKER)
1916, 25, 219
Body fluids, determina-
tion in (McLean and
VAN SLYKE)
1915, 21, 361
Diabetes after pancreatec-
tomy, behavior in (LEB-
BNSOHN)
1915, 23, 513
Feces, excretion in, in dia-
betes (LEBENSOHN)
1915, 23, 519
Milk, comparative con-
tent (BoswoRTH and
Van SLYKE)
1916, 24, 188
Toxic concentration
(LoxEB)
1914, 19, 434
Urine, content of (Mc-
Lean and VAN SLYKE)
1915, 21, 370
—, excretion in (LEBEN-
SOHN)
1915, 23, 516
198
Chlorine:
Foods, content of (Supr-
MAN and GrTTLER)
1912, 11, 327
Monkey, excretion in
(BAUMANN and = OvtI-
ATT) 1915, 22, 44
Muscle, adductor, content
of (MeErGs)
1914, 17, 83
Urine, dilute, content of
(Macattum and BrEn-
SON) 1909, 6, 87
Chloroacetdiethylamide:
(JAcoBs and H&rIDELBER-
GER) 1915, 21, 149
Hexamethylenetetramin-
ium salt (JAcoBs ‘and
HEIDELBERGER)
1915, 21, 149
Chloroacetdimethylamide:
(JAcoBs and HrrpDELBER-
GER) 1915, 21, 148
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 148
Chloroacetethylamide:
(JAcoBs and HrrpELBER-
GER)
1915, 21, 149
Hexamethylenetetramin-
jum salt (JAcosBs and
HEIDELBERGER)
1915, 21, 149
Chloroacetmethylamide:
(JAcoBs and HEIDELBER-
GER)
1915, 21, 147
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 148
Chloroacetpiperidide:
(JAcoBs and HrmEr.LBer-
GER)
1915, 21, 150
The Journal of Biological Chemistry
Chloroacetpiperidide—contin-
ued:
Hexamethylenetetramin-
ium salt (JAcops and
H&IDELBERGER)
1915, 21, 150
Chloroacettriphenylmethyla-
mide:
(Jacosps and H8IpELBER-
GER)
1915, 21, 473
m-Chloroacetylaminoaceto-
phenone:
(JaAcoss and H&IDELBER-
GER)
1915, 21, 140
Hexamethylenetetramin-
ium salt (JAcoBps and
HEIDELBERGER)
1915, 21, 141
w-Chloroacetylaminoaceto-
phenone:
(JaAcoss and H»IpELBER-
GER)
1915, 21, 472
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 472
p-Chloroacetylaminoazoben-
zene:
(JAcoBs and H8IDELBER-
GER)
1915, 21, 117
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 118
Chloroacetylaminoazotoluene:
(JAcops and H&rIDELBER-
GER)
1915, 21, 118
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 118
Subjects
p-Chloroacetylaminobenzene-
azodiethylaniline:
(JacoBs and H&rIDELBER-
GER)
1915, 21, 124
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 124
p-Chloroacetylaminobenzene-
azodimethylaniline :
(Jacoss and HEmELBER-
GER)
1915, 21, 122
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 123
p-Chloroacetylaminobenzene-
azodipropylaniline :
(Jacoss and H&IDELBER-
GER)
1915, 21, 125
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 125
p-Chloroacetylaminobenzene-
azoethylbenzylaniline:
(Jacops and HeIDELBER-
GER)
1915, 21, 126
Hexamethylenetetramin-
ium salt (Jacops and
H®IDELBERGER)
1915, 21, 127
p-Chloroacetylaminobenzoic
acid:
Diethylaminoethyl ester
(Jacoss and HeEIDEL-
BERGER)
1915, 21, 139
— —, hexamethylenetet-
raminium salt (JACOBS
‘ and HrmmELBERGER)
1915, 21, 140
199
p-Chloroacetylaminobenzoic
acid—continued:
Ethyl ester, hexamethyl-
enetetraminium salt
(Jacops and HermeE.-
BERGER)
1915, 21, 139
o-Chloroacetylaminobenzyl al-
cohol:
(Jacops and HEmELBER-
GER)
1915, 21, 138
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 138
o-Chloroacetylaminobenzyl
benzoate:
(Jacops and HEIDELBER-
GER)
1915, 21, 139
Hexamethylenetetramin-
ium salt (JaAcops and
HEIDELBERGER)
: 1915, 21, 139
8-Chloroacetylamino-y-buta-
nol:
(Jacops and HemELBER-
GER) 1915, 21, 428
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 429
5-Chloroacetylamino-n-buta-
nol:
(Jacops and HEIDELBER-
GER)
1915, 21, 427
Hexamethylenetetramin-
ium salt (Jacosps and
HEIDELBERGER)
1915, 21, 427
8-Chloroacetylamino-y-butyl
p-nitrobenzoate:
(Jacops and HEIDELBER-
GER)
1915, 21, 429
200
8-Chloroacetylamino-y-butyl
p-nitrobenzoate—continued:
Hexamethylenetetramin-
ium salt (Jacosps and
H&rIDELBERGER)
1915, 21, 429
6-Chloroacetylaminobutyl
p-nitrobenzoate:
(JAcops and HrmELBER-
GER)
1915, 21, 428
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 428
p-Chloroacetylaminodiethylan-
iline:
(JAcoBs and H&IDELBER-
GER)
1915, 21, 115
Hexamethylenetetramin-
ium salt (Jacosps and
H®iIDELBERGER)
1915, 21, 115
m-Chloroacetylaminodimethyl-
aniline:
(Jacoss and HrripBLBER-
GER)
1915, 21, 113
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 113
p-Chloroacetylaminodimethyl-
aniline:
(Jacoss and H&IpELBER-
GER)
1915, 21, 114
Hexamethylenetetramin-
ium salt (Jacops and
H&IDEIL-BERGER)
1915, 21, 114
p-Chloroacetylaminodipropyl-
aniline:
(JacoBs and HsipELBER-
GER)
1915, 21, 116
The Journal of Biological Chemistry
p-Chloroacetylaminodipropyl-
aniline—continued:
Hexamethylenetetramin-
ium salt (JAcops and
H&IDELBERGER)
1915, 21, 116
Chloroacetylaminoethanol:
(Jacoss and H»mpELBER-
GER)
1915, 21, 407
Chloroacetylaminoethyl acetyl-
salicylate:
(JAcoBps and HEIDELBER-
GER)
1915, 21, 414
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 414
Chloroacetylaminoethyl
p-aminobenzoate:
(JAcoBs and HErIDELBER-
GER)
1915, 21, 412
Chigreneeisininiiostiel ani-
sate:
(Jacops and HEIDELBER-
GER) 1915, 21, 414
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 415
Chloroacetylaminoethyl
p-(azodiethylaniline)-ben-
zoate:
(Jacops and H®IDELBER-
GER)
1915, 21, 413
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 21, 413
Chloroacetylaminoethyl benzo-
ate:
(Jacops and H&IDELBER-
GER)
1915, 21, 408
Subjects
Chloroacetylaminoethyl benzo-
ate—continued:
Hexamethylenetetramin-
ium salt (JAcops and
FeIDELBERGER)
1915, 21, 408
p-Chloroacetylaminoethyl ben-
zylaniline: ;
(Jacops and H&IDELBER-
GER)
1915, 21, 117
Hexamethylenetetramin-
ium salt (Jacops and
HIDELBERGER)
1915, 21, 117
Chloroacetylaminoethyl. cin-
namate:
(Jacops and HEmDELBER-
GER)
1915, 21, 415
Chloroacetylaminoethyl ethyl
ether:
(Jacops and H»ipELBER-
GER)
1915, 21, 415
Hexamethylenetetramin-
ium salt (Jacops and
H&IDELBERGER)
1915, 21, 416
Chloroacetylaminoethyl
p-methoxybenzoate:
(Jacoss and HimELBER-
GER)
1915, 21, 414
Hexamethylenetetramin-
jum salt (Jacops and
HEIDELBERGER)
1915, 21, 415
Chloroacetylaminoethyl
B-naphthoate:
(Jacops and HEIDELBER-
GER)
1915, 21, 410
Hexamethylenetetramin-
ium salt (JAcops and
H&IDELBERGER)
1915, 21, 410 |
201
Chloroacetylaminoethyl
m-nitrobenzoate:
(Jacoss and HEIDELBER-
GER)
1915, 21, 411
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 411
Chloroacetylaminoethyl
o-nitrobenzoate:
(Jacops and HEIDELBER-
GER)
1915, 21, 410
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 410
Chloroacetylaminoethyl
p-nitrobenzoate:
(Jacosps and HEIDELBER-
GER) 1915, 21, 411
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 412
Trimethylamine salt (JA-
cops and H&rIDELBER-
GER) 1915. 21, 412
Chloroacetylaminoethyl o-tel-
uate:
(Jacoss and HxIDELBER-
GER)
1915, 21, 409
Hexamethylenetet ramin-
ium salt (JACOBS and
Hr tbELBERGER)
1915, 21, 409
Chloroacetylaminoethyl p-tol-
uate:
(Jacops and H&IDELBER-
GER)
1915, 21, 409
Hexamethylenetet ramin-
ium salt (JACOBS and
Hr1pELBERGER)
1915, 21, 409
202
Chloroacetylaminoethyl o-tolyl
ether:
(JaAcoBs and HrrpELBER-
GER) 1915, 21, 416
Hexamethylenetetramin-
ium salt (JAcoBs and
H®IDELBERGER)
1915, 21, 417
Chloroacetylaminoisopropanol:
(JAcoBs and HrrErLBER-
GER)
1915, 21, 424
Hexamethylenetetramin-
ium salt (JacosBs and
HEIDELBERGER)
1915, 21, 425
Chloroacetylaminoisopropyl p-
nitrobenzoate:
(JAcoBs and HrmELBER-
GER)
1915, 21, 425
Hexamethylenetetramin-
ium salt (Jacosps and
HEIDELBERGER)
1915, 21, 425
p-Chloroacetylaminoleucomal-
achite green:
(JAcops and H&ImDELBER-
GER)
OUND. 20,) 14d
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 141
Chloroacetylaminomethyl ani-
sate:
(JAcoBs and HErImDELBER-
GER)
1915, 21, 406
m-Chloroacetylaminomethyl-
benzamide:
(JaAcoss and HrmE.Ber-
GER)
1915, 20, 694
Hexamethylenetetramin-
ium salt (JAcoBs and
H®IDELBERGER)
1915, 20, 694
The Journal of Biological Chemistry
Chloroacetylaminomethyl] ben-
zoate:
(Jacoss and Hrme.eer-
GER)
1915, 21, 406
m-Chloroacetylaminomethyl-
benzoic acid:
Diethylaminoethyl — ester
(JAcoBs and Herret-
BERGER)
1915, 20, 693
— —, hexamethylenetet-
raminium salt (JACOBS
and HEIDELBERGER)
1915, 20, 694
Ethyl ester, hexamethyl-
enetetraminium salt (Ja-
cops and Hrmr.BErR-
GER)
1915, 20, 692
m-Chloroacetylaminomethyl-
benzoyl chloride:
(JAcoBs and H&IDELBER-
GER)
1915, 20, 693
a-Chloroacetylamino-8-methyl-
8-butanol:
(JacosBs and HrimpELBER-
GER)
1915, 21, 430
y-Chloroacetylamino--methyl-
B-butanol:
(JacoBs and H&IDELBER-
GER) 1915, 21, 431
Hexamethylenetetramin-
ium salt (JAcoBs and
H&IDELBERGER)
1915, 21, 431
Chloroacetylaminomethy] p-
methoxybenzoate:
(Jacoss and HrmmDELBER-
GER)
1915, 21, 406
Chloroacetylaminomethylmeth-
ylethyl carbinol:
(JacoBs and H®IDELBER-
GER) ~
1915, 21, 430
Subjects
Chloroacetylaminomethylmeth-
ylethyl carbinol—contin ued:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 430
y-Chloroacetylamino-/-penta-
nol:
(Jacops and H&ImELBER-
GER)
1915, 21, 429
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 21, 430
m-Chloroacetylaminophenol :
(Jacops and H#IDELBER-
GER)
1915, 21, 132
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 133
o-Chloroacetylaminophenol:
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 21, 131
o-Chloroacetylaminophenyl
benzoate:
(Jacops and HsIDELBER-
GER)
1915, 21, 131
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 21, 131
p-Chloroacetylaminophenyl
chloroacetate :
(Jacops and HErIDELBER-
GER)
1915, 21, 134
o-Chloroacetylaminophenyl p-
nitrobenzoate:
(Jacops and H®IDELBER-
GER)
1915,.21, 132
203
o-Chloroacetylaminophenyl p-
nitrobenzoate—continued:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 132
y-Chloroacetylaminopropyl
anisate:
(Jacops and HEIDELBER-
GER)
1915, 21, 423
Hexamethylenetetramin-
ium salt (JaAcops and
HEIDELBERGER)
1915, 21, 424
y-Chloroacetylaminopropyl p-
methoxybenzoate:
(Jacosps and HErIDELBER-
GER)
1915, 21, 423
y-Chloroacetylaminopropyl p-
nitrobenzoate:
(Jacops and HEIDELBER-
GER)
1915, 21, 423
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 423
6-Chloroacetylaminoquinoline:
(JacoBs and HEIDELBER-
GER)
1915, 21, 143
Hexamethylenetetramin-
ium salt (Jacosps and
HEIDELBERGER)
1915, 21, 143
Hydrochloride (JACOBS
and HEIDELBERGER)
1915, 21, 143
o-Chloroacetylamino-p’, p”-
tetraethyldiaminotriphenyl-
methane:
Hexamethylenetetramin-
jum salt (Jacops and
HEIDELBERGER)
1915, 21, 142
204
p-Chloroacetylamino-p’, p’-
tetraethyldiaminotriphenyl-
methane:
Hexamethylenetetramin-
ium salt (JAcoss and
H&IDELBERGER)
1915, 21, 142
Chloroacetylaniline:
Hexamethylenetetramin-
ium salt (JAcoss and
H®IDELBERGER)
1915, 21, 104
Chloroacetyl-w-anilinoaceto-
phenone:
(JacosBs and HErrpELBER-
GER)
1915, 21, 106
Hexamethylenetetramin-
jum salt (Jacops and
H&IDELBERGER)
1915, 21, 107
Chloroacetyl-o-anisidine:
(JAcoBs and HErrpELBER-
GER)
1915, 21, 134
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21. 135
Chloroacetyl-p-anisidine:
(JAcops and H&ripELBBR-
GER)
1915, 21, 137
Hexamethylenetetramin-
jum salt (JAcops and
HEIDELBERGER)
1915, 21, 138
Chloroacetyl-w, o-anisidino-
acetophenone:
(JaAcoss and H&mpELBER-
GER)
1915, 21, 137
Hexamethylenetetramin-
jum salt (JAcoBs and
HEIDELBERGER)
LOUD; 21.) 137
The Journal of Biological Chemistry
Chloroacetylbenzylamine:
(JAcosBs and HrmE.Ber-
GER)
1915, 20, 686
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 686
Chioroacetylbenzylurea:
(JaAcops and H®IpELBER-
GER)
1915, 21, 152
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 152
Chloroacetylbis-(p-dimethyl-
aminophenyl)-methylamine:
(Jacops and H®IDELBER-
GER)
1915, 21, 472
Hexamethylenetetramin-
ium salt (JAcoBs and
H&IDELBERGER)
1915, 21, 473
Chloroacetyl-o-chloroaniline:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 110
Chloroacetyl-y-cumidine:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 109
Chloroacetyl-p-dimethylamino-
phenylaminoethanol:
(JAcoBs and HrtpELBER-
GER)
1915, 21, 420
Chloroacetyldiphenylamine:
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 105
Subjects
Chloroacetylethylaminoetha-
nol:
(Jacops and H»mELBER-
GER)
1915, 21, 417
Chloroacetylethylaminoethyl
p-nitrobenzoate:
(Jacops and HEtpELBER-
GER)
1915, 21, 417
Hexamethylenetetramin-
ium salt (Jacops and
HIDELBERGER)
1915, 21, 418
Chloroacetylleucoauramine:
(Jacoss and H&ImDEeLBER-
GER)
1915, 21, 472
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 473
Chloroacetylmethylaniline:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 105
Chloroacety!-o-methyibenzyla-
mine:
(Jacops and HrIpELBER-
GER)
1915, 20, 686
Hexamethylenetetramin-
ium salt (Jacops and
H&IDELBERGER)
1915, 20, 686
Chloroacetylmethylurea :
Hexamethylenetetramin-
ium salt (Jacops and
HIDELBERGER)
1915, 21, 151
Chloroacetyl-a-naphthylamine :
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 109
205
Chloroacetyl-6-naphthyla-
mine:
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER) :
1915, 21, 109
Chloroacetylnovocain:
(Jacops and HrIpELBER-
GER)
1915, 21, 139
Hexamethylenetetramin-
ium salt (JacosBs and
HEIDELBERGER)
1915, 21, 140
Chloroacetyloxyethyl anisate:
(Jacops and HEIDELBER=
GER)
1915, 21, 471
Hexamethylenetetramin-
ium salt (JaAcops and
HEIDELBERGER)
1915, 21, 471
Chloroacetylphenylaminoetha-
nol:
(Jacops and HErIDELBER-
GER)
1915, 21, 418
Chloroacetylphenylaminoethyl
p-nitrobenzoate:
(JAcoss and HEIDELBER-
GER)
1915, 21, 418
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 419
g-Chloroacetyl-a,o-phenylben-
zylhydrazine:
(Jacops and HEIDELBER-
GER)
1915, 21, 474
Hexamethylenetetramin-
ium salt (Jacops and
HrIDELBERGER )
1915, 21, 475
206
Chloroacetylphenylglycinani-
lide:
(JAcoBs and HetpELper-
GER)
1915, 21, 106
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 106
Chloroacetyl-m-toluidine:
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
; 1915, 21, 108
Chloroacetyl-o-toluidine:
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 21, 107
Chloroacetyl-p-toluidine:
Hexamethylenetetramin-
ium salt (Jacops and
HEMELBERGER)
1915, 21, 108
Chloroacetyltriphenyimethyla-
mine:
(JAcoBs and Hrmr.perr-
GER) 1915, 21, 473
Hexamethylenetetramin-
ium salt (Jacosps and
HEMELBERGER)
1915, 21, 474
Chloroacetylurea:
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 21, 151
Chloroacetylurethane:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 152
Chloroacetyl-m -4-xylidine:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 109
The Journal of Biological Chemistry
a-Chlorobenzalhydantoin:
(WHEELER, Horrman,
and JoHNson)
1911-12, 10, 156
o-Chlorobenzoic acid:
Oxidation with hydrogen
peroxide (Daxkin and
Herter)
1907, 3, 433
o-Chlorobenzyl chloride:
Hexamethylenetetramin-
ium salt (JaAcops and
HEIDELBERGER)
1915, 20, 665
p-Chlorobenzyl chloride:
Hexamethylenetetramin-
ium salt (JaAcoBs and
HEIDELBERGER)
1915, 20, 665
Chloroform:
Acetonuria following anes-
thesia by (BALDwin)
1905-06, 1, 239
Autolysis, effect on (WELLS
and Brnson) c
1907, 3, 42
(BENSON and WELLS)
1910-11, 8, 61
Blood fat, influence on
(Boor)
1914, 19, 14
Cell division, influence on
(Lors and WAsTENEYs)
1913, 14, 521
(Lititz)
1914, 17, 128
Morphological changes by,
relation of hydrochloric
acid to (GRAHAM)
1915, 20, xxv
Necrosis of liver, chemis-
try of (WEiLs)
1908-09, 5, 129
Nylander’s reaction, influ-
ence on (ReuFruss and
Hawk)
1909-10, 7, 267
Subjects
Chloroform—continued:
Oxidation in sea urchin’s
eggs, effect on rate of
(Los and WASTENEYS)
1913, 14, 521
Papain, action on (Msn-
pEL and Bioop)
1910-11, 8, 184
Reductase, action on (Har-
RIs and CREIGHTON)
1915, 22, 538
Chloromethylanisic acid:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 682
Methyl ester, hexamethyl-
enetetraminium salt (JA-
cops and HEIDELBER-
GER) 1915, 20, 683
Chloromethyl-p-cresotonic
acid:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 681
5-Chloromethylsalicylalde-
hyde:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 683
Chloromethylsalicylic acid:
Hexamethylenetetramin-
ium salt (JaAcops and
HEIDELBERGER)
1915, 20, 681
Methyl ester, hexameth-
ylenetetraminium — salt
(Jacops and HEIDEL-
BERGER)
1915, 20, 681
Chloromethylvanillin :
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 20, 683
207
y-Chloropropyl bromide:
Hexamethylenetetramin-
ium salt (JAcosps and
HEIDELBERGER)
1915, 21, 465
Cholera:
Dextrose broth, action on
(KENDALL and FARMER)
1912, 12, 467
Urea nitrogen of (KEN-
DALL and WALKER)
1913, 15, 282
Cholesterol:
Absorption from digestive
tract (LEHMAN)
1913-14, 16, 495
Assimilation (MUELLER)
UO 22s
Autolysis, effect of (Cor-
PER)
19D thks 37
Bile content (ROSEN-
BLOOM)
1913, 14, 241
— — in infectious diseases
(BALDWIN)
. 1908, 4, 218
Blood content (BLOOR)
1916, 24, 230;
1916, 25, 585
(CsONnKA)
1916, 24, 431
(GerrLer and BAKER)
1916, 25, 218
Brain content, growth, in-
fluence of (Kocu and
Koc#)
1913-14, 16, 439
Cancer in rats, content of
(BENNETT)
1914, 17, 13
Determination (CORPER)
(OIDs Died
1912, 12, 197
—, blood (BLoor)
1915, 23, 320;
1916, 24, 227
208
Cholesterol—continued:
Determination, blood
(GrrTLEeR and BAKER)
1916, 25, 218
(MvuELLER)
1916, 25, 554
—, colorimetric (CsonKA)
1916, 24, 431
—, — and gravimetric,
methods compared
(MuELLER)
1916, 25, 549
Esterification during ab-
sorption (MUELLER)
1915, 22, 1
— — incubation of egg
(MUELLER)
1915, 21, 26
Growth of suckling mice,
influence on, when ad-
ministered to mother
(RoBERTSON and Curt-
LER) 1916, 25, 663
— — white mice, effect on
(ROBERTSON)
1916, 25, 635
Lipemia, blood content in
(IMRIE)
1915, 20, 88
Liver content (CoRPER)
1912, 12, 201
— — after chloroform ne-
crosis (WELLS)
1908-09, 5, 134
Metabolism of hen’s egg
during incubation
(MvELLER)
1915, 21, 23
Nutrition and (MacAr-
THUR and LuckErt)
1915, 20, 171
Ritter’s method of deter-
mination, errors in (CoR-
PER)
1912, 11, 37;
1912, 12, 197
The Journal of Biological Chemistry
Cholesterol—continued:
Sea urchin’s egg, content
of (MarHEws)
1913, 14, 466
Soil, presence in (ScHREIN-
BER and SHOREY)
1911, 9, 9
Spleen content (CorpsEr)
1912, 11, 30;
1912, 12, 201
Starfish’s egg, content of
(MarHEws)
1913, 14, 466
Tumors, influence on
(SWEET, Corson-
Wuirtr, and Saxon)
1915, 21, 310
Cholesterol esters:
Autolysis, effect on (MvEL-
LER) 1916, 25, 561
Cholesterol oleate:
Assimilation (MUELLER)
1915, 22, 6
Cholesterol palmitate:
Assimilation (MuELLER)
1915, 22, 4
Choline:
Aralia cordata, occurrence
in shoots of (Mryaxn)
1915, 21, 661
Compounds of type of
(MrEncrE)
1911-12, 10, 399;
1912-13, 13, 97
Involution, effect on
(Mors8)
1914, 19, 423
Methyl group, determina-
tion of (FostER)
1915, 20, 407
Sphingomyelin, isolation
from (LEVENE)
1914, 18, 458
Urine after parathyroid-
ectomy, isolation from
(Kocu)
; 1913, 15, 45
Subjects
Chondroitin sulfuric acid:
(Levenr and La Foren)
1913, 15, 69, 155;
1914, 18, 123, 238;
1915, 20, 95, 433
Acetic acid determination
(Levene and La Force)
1913, 15, 159
Barium salt (LEvENE and
La ForGcr) ©
1913, 15, 72
Tendomucoid, preparation
from (LevENE and La
FoRGE)
1914, 18, 238
Chondrosamine:
(Levens and La Forcr)
1914, 18, 123, 240
Nitric acid oxidation (Lx-
VENE and La Foras)
1914, 18, 128
Phenylosazone (LEVENE
and La Force)
1914, 18, 128
Chondrosaminic acid:
(LEVENE and La Force)
1915, 20, 436
Brucine salt (LevenE and
La Forces)
1914, 18, 130
Reduction with hydriodic
acid (LEVENE and La
Force)
1915, 20, 437
Chondrosic acid:
(Levene and La Force)
1914, 18, 128;
1915, 20, 438
Dehydromucic acid from
(LEVENE and La Forces)
1915, 20, 440
Pyromucic acid from (L-
VENE and La ForGE)
1915, 20, 440
Chondrosin:
(Levene and La Force)
1913, 15, 73;
1914, 18, 239
209
Chondrosin—continued:
Chondrosamine from (LE-
VENE and LA Fores)
1913, 15, 158
Cleavage with sodium
amalgam (LEvVENE and
La Force)
1913, 15, 74
Levulinic acid from (LE-
VENE and La ForGs)
1915, 15, 158
Chondrus crispus:
Carbohydrate, utilization
of (SArKI)
1906-07, 2, 259
Chromodoris zebra:
Acid, penetration by (CRo-
ZIER)
1916, 24, 259
Blue pigment of, as indi-
cator (CROZIER)
1916, 24, 257, 443
Chymosin:
Pepsin, identity with (Tay-
LOR) :
1908-09, 5, 399
Cinchonine:
Toxicity, electrolytes, ef-
fect of (ROBERTSON)
1905-06, 1, 530
Cinnamic acid:
Cinnamoylglycocoll,
cretion as (DAKIN)
1911, 9, 128
Fate of, in organism (Da-
KIN)
eX=-
1909, 6, 213
Toxicity (Daxry)
1908-09, 5, 416
Cinnamoylglycocoll:
Catabolism (Dakin)
1909, 6, 216
Excretion after adminis-
tering benzoylacetic acid
(Daxty)
1911, 9, 127
210
Cinnamoylglycocoll—continued:
Exeretion after adminis-
tering phenylpropionic
acid (DAKIN)
1909, 6, 208
— — — phenylvaleric
acid (Dakin)
1909, 6, 228
—— — sodium cinnamate
and glycocoll (Dax1y)
1911, 9, 128
Reduction of (Daxtn)
1908-09, 5, 306
Synthesis (Dax1n)
1908-09, 5, 305
Toxicity (Dax)
1908-09, 5, 416
Cinnamylideneacetic acid:
Catabolism (Dax1n)
1909, 6, 232
Cinnamylideneacetophenone
oxime:
Urorosein reaction, rela-
tion to (Daxin)
1909-10, 7, 57
Cinnamylidenemalonic acid:
Catabolism (Daxry)
1909, 6, 232
Circulation:
Sucrose, inversion of, by
invertin in (KURIYAMA)
1916, 25, 524
Citraconic acid:
Molds, behavior of, to-
wards (Dox)
1910-11, 8, 266
Citrate:
Blood containing hirudin,
action on (VERA and
Lors)
1914, 19, 314
Cottonseed meal, citrate-
extracted, feeding exper-
iments with (WITHERS
and Ray)
1913, 14, 57
The Journal of Biological Chemistry
Citrate—continued:
Milk, comparative con-
tent of (BosworTH and
VAN SLYKE)
1916, 24, 188
Citric acid:
Glucose from, in diabetes
mellitus and phlorhizin
glycosuria(GREENWALD)
1914, 17, xxxiv;
1914, 18, 115
Milk, content of, souring,
effect of (VAN SLYKE
and BoswortH)
1916, 24, 193
—, fermentation in (Bos-
WORTH and PRUCHA)
1910-11, 8, 479
Cladisporium herbarum:
Alcohols, polyatomic, ac-
tion on (NEIDIG)
1913-14, 16, 143
Clam:
Fresh water, manganese
content (BRADLEY)
1907, 3, 15]
Muscle, ash and osmotic
properties (Mries)
1915, 22, 493
—, osmotic properties
(Metres)
1914, 17, 81
Clostridium carno-fcetidus:
Fibrin, putrefaction of, by
(McCruppEN)
1910-11, 8, 109
Clover:
Nitrogen, water-soluble,
content (Harr and
BENTLEY)
1915, 22, 482
Coagulation:
Albumin by _ pressure
(BRIDGMAN)
1914, 19, 511
Subjects
Coagulation—continued:
Blood by crude soluble
poison (UNDERHILL and
HENDRIX)
1915. 22, 465
Proteins by salts, chemical
mechanics of (RoBERT-
SON) 1911, 9, 316
Cobalt:
Cysteine, oxidation of, in-
fluence on (MatTHEWwSs
and WALKER)
1909, 6, 303
Cocaine:
Lactic acid excretion, in-
fluence on (UNDERHILL
and BLack)
1912, 11, 235
Metabolism, influence on
(UNDERHILL and BLACK)
1912, 11, 235
Reductase, action on
(Harris and CREIGH-
TON) 1915, 22, 537
Toxicity, electrolytes, ef-
fect of (ROBERTSON)
1905-06, 1, 527
Codeine:
| Picrolonate (WARREN and
: WEIss)
1907, 3, 336
|
Cod liver oil:
Growth, influence on (Os-
BORNE and MENDEL)
1914, 17, 401
Coferment:
Lipase (LOEVENHART)
1906-07, 2, 391
Colchinine:
Toxicity, electrolytes, ef-
fect of (ROBERTSON)
1905-06, 1, 542
Cold:
Hyperglycemia, effect of
psychic and sensory
stimuli on (KRAMER and
CoFFIN)
1916, 25, 423
211
Cold—continued:
Storage, flesh, influence on
(Emmerr and GRIND-
LEY)
1909, 6, ix
Collagen:
Gelatin, chemical relation
of (EmMmerr and GrsEs)
1907, 3, xxxiil
Collodion:
Emulsion, absorption of
(CLAUSEN)
1914, 17, 413
—, — —, temperature co-
efficient (CLAUSEN)
1914, 17, 424
Membranes, diffusion
studies with (Gres)
1912, 11, xli
Colocynth:
Jellyfish, action on (Mac-
CaALLUM)
1906-07, 2, 390
Colon:
Bacillus, nitrogen parti-
tion in (WHEELER)
1909, 6, 542
Germ, amino-acids of
(WHEELER)
1909, 6, 523
Poison, amino-acids of
(WHEELER)
1909, 6, 545
Color:
Hair, composition of, in-
fluence on (RUTHER-
rorp and Hawk)
1907, 3, 462
Colorimeter:
Duboseq, nephelometer,
conversion into (BLOOR)
1915, 22, 145
Colorimetric methods:
Amino-acid nitrogen with,
ninhydrin (HARDING
and MacLEAn)
1915, 20, 217;
1916, 24, 503
212
Colorimetric methods—contin-
ued:
Calcium in urine and feces
(LyMAN)
1915, 21, 5:
Cholesterol (CorPER)
1912, 12,
(MUELLER)
1916, 25, 549
Cuprous oxide (SHAFFER)
1914, 19, 289
Epinephrine (Forin, Can-
NON, and Drnis)
1912-13, 13, 477
(SEIDELL)
1913, 15, 197
Hydrogen ion concentra-
tion, comparison solu-
tions for (CLARK and
Luss)
1916, 25, 479
Todine (SEIDELL)
1907, 3, 391
(Krauss)
1915, 22, 152
Nitrogen, total (FoL1n and
FARMER)
1912, 11, 493
(GuLIck)
1914, 18, 541
(Bock and BENEDICT)
1915, 20, 47
Phenol in urine (FouLIN
and Denis)
1915, 22, 305
Phosphorus (GrBson and
Estrus)
1909, 6, 349, xxv
(Taytor and Minimr)
1914, 18, 220
Protein hydrolysis (HaRp-
ING and MacLzran)
1916, 24, xv
Saccharin (BLoor)
1910-11, 8, 229
Salicylates (THOBURN and
HANZLIK)
1915, 23, 166
The Journal of Biological Chemistry
Colorimetric methods—contin-
ued:
Scatole (HmRTER and Fos-
TER)
1906-07, 2, 267
Tyrosine (FoLIn and DEN-
Is) 1912, 12, 245
(ABDERHALDEN)
1913, 15, 357
Uric acid in blood (Four
and DEnIs)
1912-13, 13, 469
(BENEDICT)
1915, 20, 629
— — in urine (Fottn and
Macatuum)
1912-13, 13, 363
(Foun and Denis)
1913, 14, 95
(Brenepict and H1ircu-
COCK) 1915, 20, 619
(Givens and HunTsEr)
1915, 23, 300
Color reagent:
Phenol (Fotrn and Denis)
1912, 12, 240
Urie acid (FoLrn and
DENIs)
1912, 12, 240
Colostrum:
Milk fat, blood serum col-
or, relation to (PALMER
and EcKiEs)
1914, 17, 234
— —, high color, cause of
(PaLtMER and Ecxuzs)
1914, 17, 234
——, human, pigments of
(PALMER and EcKuEs)
1914, 17, 246
— —, pigments of (Pat-
MER and EcKuss)
1914, 17, 199
Combustion:
Heat of, of vegetable pro-
teins (BrNnEpicr and
OSBORNE)
1907, 3, 119
Subjects 213
Combustion—continued:
Nitrogen, influence of
(Datiwic, Kouus, and
LOEVENHART)
1915, 20, xxxii
Oxygen tension of atmos-
phere, relation to (DALL-
wic, Kouus, and Lor-
VENHART)
1915, 20, xxxii
Compressibility :
Gelatin solutions and mus-
cle (HENDERSON and
BRINK)
1908, 4, xiv
Concentration:
Antitoxin for therapeutic
use (GIBSON)
1905-06, 1, 161
Coefficient of penetration,
relation to (ROBERTSON
and M1yaKe&)
1916, 25, 359
Diphtheria toxin (HEINE-
MANN
1908-09, 5, 27
Conduction:
Nerve impulse, chemical
process (MAXWELL)
1907, 3, 359
— —, velocity of (Max-
WELL)
1907, 3, 359
Conductivity :
Blood, circulating (GETT-
LER and BakER)
1916, 25, 219
— serum (TAYLOR)
1905-06, 1, 179
(GrTTLeR and BAKER)
1916, 25, 220
Cell (GurriteR and Bak-
ER) 1916, 25, 219
Enzyme action, study of,
by (BENson and WELLS)
1910-11, 8, 64
Configuration:
Monosaccharides, bigher
(PEIRCE)
1915, 23, 327
Sugar acids, determina-
tion of, by rotation (LE-
VENE)
1915, 23, 145
Conglutin a:
Heat of combustion (BEN-
EpDIcT and OSBORNE)
1907, 3, 130
Conglutin 6: '
Heat of combustion (BEN-
EDICT and OSBORNE)
1907, 3, 130°
Congo red:
Standardization of (CoL-
Lins and HAaNzuik)
1916, 25, 232
Coniine:
Hyperglycemia and (Un-
DERHILL)
1905-06, 1, 121
Picrolonate (WARREN and
WEIss) :
- 1907, 3, 333
Connective tissue:
Adenine content
NETT)
(BEN-
1912, 11, 223
Limulus (BRADLEY)
1912 900s xox
1913, 14, xl
Mucoid, effect and fate of -
(RosENBLOOM and Gis)
1909-10, 7, lvili
Muscle, non-striated, con-
tent of (SATKI)
1908, 4, 488
Copper:
Absorption by Fundulus
heteroclitus and Tau-
toga onitis (WHITE and
THOMAS)
1912, 11, 381
214
Copper—continued:
Amino-acids, complexes of
(Koper and Suerura)
1912-13, 13, 1
Cysteine, spontaneous 0x-
idation, effect on (MatH-
Bws and WALKER)
1909, 6, 302
Determination of (SCALES)
1915, 23, 87
Fat digestion by lipase, ef-
fect on (BRADLEY)
1909, 6, 150
Peptides and _ peptones,
complexes of (KOBER
and SuGIuRA)
1912-138, 13, 12
Salts of amino-acids (Ko-
BER) 1911-12, 10, 9;
1912-13, 13, 1
—, antiputrescent effects
(SPRINGER and SpRING-
BR) 1909, 6, xxxil
—, local toxicity (CoRPER)
ia AUR Sco.
— of polypeptides (Ko-
BER)
1911-12, 10; 9:
1912-13, 13, 1
—, selective antiseptic
action (SPRINGER)
1909-10, 7, xxxi
Copper carbonate:
Liver autolysis, effect on
(BrapuEy and TayLor)
1916, 25, 266
Copper oxide:
Reagent, preparation for
(Koper and Suciura)
1912-13, 13, 12
Copper sulfate:
Biochemical action on pro-
toplasm, enzymatic the-
ory of (Prrers and
BuURRES)
1909, 6, 71
The Journal of Biological Chemistry
Copper sulfate—continued:
Paramecium, killing con-
centration for (PrErEprRs
and BurrEs)
1909, 6, 67
Cork:
Nitrogen elimination, in-
fluence on (MrnpeEt and
Lewis)
1913-14, 16, 29
Corn:
Bran, acid-soluble phos-
phorus content (Harr
and TorrinGHAM)
1909, 6, 434
Diet, milk production, in-
fluence on (Harr and
HUMPHREY)
1915, 21, 243
Germ, acid-soluble phos-
phorus content (HART
and TorrrncHaM)
1909, 6, 434
Gluten, acid-soluble phos-
phorus content (Harr
and TorrinGHAM)
1909, 6, 434
—, analysis of (Os-
BORNE and MENDEL)
1914, 18, 5
—, feeding experiments
with (OsBoRNE and
MENDEL)
1914, 18, 5
Growth, influence on
(Harr and McCouium)
1914, 17, xliv;
1914, 19, 373
(McCottum and Da-
VIS)
1915, 21, 180
—, total nitrogen, effi-
ciency for (Harr, Hum-
PHREY,.and Morrison)
1913, 13, 133
Subjects
Corn—continued:
Meal, Indian, digestibility
of (LANGwortHy and
HouMEs)
1916, 24, xxvi
Nitrogen, milk produc-
tion, value for (Harr
and HUMPHREY)
1914, 19, 127
—, water-soluble, content
(Hart and BentTLry)
1915, 22, 482
Oil, growth, influence on
(Harr and McCotium)
1914, 19, 385
—, nutritive value (Mc-
Cottum, Stumonps, and
Pitz) MOMGs 255) Wel
Phytic acid from (Harr
and TorrinGHAM)
1909, 6, 432
Phytin content (Harr and
TorrinGHAM)
1909, 6, 454
—, preparation of, from
(ANDERSON)
914, 17, 165
Proteins, growth, value for
(McCotiuM)
1914, 19, 323
—, nutritive value (Os-
BORNE and MENDEL)
1914 18)
—, utilization of (MENDEL
and FINE)
1911-12, 10, 345
Rot, pellagra, relation to
etiology of (REED)
1909-10, 7, 1
Xanthophylls, digestive
juices, action of (PAL-
MER and ECKLES)
1914, 17, 239
See also Maize.
Cornin:
Cornus florida, bitter prin-
ciple of (MILLER)
1909-10, 7, xiii
215
Cornus florida:
Cornin, preparation of
(MILLER)
1909-10, 7, xliii
Corpuscles:
Amboceptor content of
heated hemolytic ser-
um, influence on (MAN-
WARING)
1905-06, 1, 213
Amino nitrogen content
(Gyérey and ZuNz)
1915, 21, 527
Blood, hemolyzed, inosin,
action on (LEVENE and
MeEDIGRECEANU)
1911, 9, 68
Cholesterol content
(BLoor)
1916, 24, 456
Fatty acid content
(BLoor)
1916, 24, 456
Glycolysis, function in
(Mactrop)
1913, 15, 504
Indophenol formation at
-nuclear and plasma
membranes (LILLIE)
1913, 15, 237
Lecithin content (BLooR)
1916, 24, 456
— formation in (BLooR)
1916, 24, xi, 457
Corpus luteum:
Carotin, milk fat carotin,
relation to (PALMER and
EcKLEs)
1914, 17, 191, 211,
223,237, 245
Egg production and
growth, influence on
(PEARL)
1916, 24, 123
Lipoids of (RosENBLOOM)
1912-13, 13, 511
216
Corpus luteum—continued:
Ovulation in fowl, effect
on (PEARL and Sur-
FACE)
1914, 19, 263
Pigments of (PALMER and
EcKkuEs)
1914, 17, 211
Cortex cerebri:
Hemoglobin reduction by
juice of (Harris and
CREIGHTON)
1915, 20, 186
Corylin:
Heat of combustion (BEN-
EDICT and OSBORNE)
1907, 3, 125
Cotton plant:
Quercimeritrin, distribu-
tion of (VIEHOEVER,
CHERNOFF, and JOHNS)
1916, 24, xxxill
Cottonseed:
Flour, growth, influence
on (RICHARDSON and
GREEN)
1916, 25, 310
Globulin, heat of combus-
tion of (Brnrpicr and
OSBORNE)
1907, 3, 126
Meal, amino-acid content
(NoLLAv)
1915, 21, 614
—, feeding experiments
with (WirHERsS and
Ray) 1913, 14, 55
—, inosite hexaphosphate
from (ANDERSON)
1914, 17, 148
— intoxication (Wi?THERS
and Ray)
1913, 14, 53
—, milk powder and,
growth with (RicHarp-
sON and GREEN)
1916, 25, 313
The Journal of Biological Chemistry
Cottonseed—continued:
Meal, nutritive factor ab-
sent in (RIcHARDSON
and GREEN)
1916, 25, 312
—, organic phosphoric
acid of (ANDERSON)
1912-13, 13, 311;
1914, 17, 141
—, toxicity (WiTHERs and
Ray) 1913, 14, 55
(RIcHARDSON and
GREEN)
1916, 25, 314
—, —, iron as antidote
(WirHpRs and Brew-
STER) 19135 15; ew
Oil, growth, influence on
(McCottum and Da-
vVIs) 1915, 20, 643
—, hydrogenated, diges-
tibility and utilization
(Smita, Minupr, and
Hawk)
1915, 23, 505
—, nitrogen elimination,
influence on (MENDEL
and Lewis) :
1913-14, 16, 46
Proteins, utilization of
(Menpet and FInr)
1912, 11, 0
Cotyledon:
Germination, proteolytic
changes during (Suzvu-
KI) 1907, 3, 265
Cow pea:
Amino-acid content (NoL-
LAU)
1915, 21, 614
Nitrogen distribution
(BREWSTER)
1916, 24, xxxv
Coyote:
Nitrogen metabolism
(HunTER and Givens)
1910-11, 8, 449
Subjects
Coyote—continued:
Urine, analysis of (Hawk)
1910-11, 8, 467
Crawfish:
Digestive glands (BRrap-
LEY)
1908, 4, xxxvi
Cream:
Bacterial and enzymatic
changes at 0° (PEN-
NINGTON, HEPBURN, St.
Joun, WirmMer, Star-
ForD, and BURRELL)
1913-14, 16, 331
Enzymes, changes in, with
age (PENNINGTON, HEp-
BURN, ST. JOHN, WITMER,
SrarrorpD, and BURRELL)
1913-14, 16, 345
Fat content, changes in,
with age (PENNINGTON,
HEPBURN, ST. JOHN, WIT-
MER, STAFFORD, and
BURRELL)
1913-14, 16, 342
Freezing point, changes in,
with age (PENNINGTON,
HEpBurRN, ST. JOHN, WIT-
MER, STAFFORD, and
BURRELL)
1913-14, 16, 345
Lecithin content, changes
in, with age (PENNING-
TON, HEPBURN, ST. JOHN,
Wirmer, STAFFORD, and
BURRELL)
1913-14, 16, 345
Creatine:
Absorption from small in-
testine (FoLIN and DEN-
IS)
1912, 12, 153;
1914, 17, 496
Alkylamines of urine, in-
fluence on content of
(ERDMANN)
1911, 9, 89
217
Creatine—continued:
Arginase, action of (Da-
KIN)
1907, 3, 435
Atrophy, content in
(Morse)
1916, 24, xxviii
Blood content (FoLiIn and
DENIs)
1914, 17, 487
(GETTLER and BAKER)
1916, 25, 216
— — in nephritis (MyErs
and FINe)
1915, 20, 391
Body content, starvation
and (Myers and Frvs)
1913, 15, 294
—, and creatinine co-
efficient (Mymrs and
FINE)
1913, 14, 24
Brain content (JANNEY
and BLATHERWICK)
1915, 21, 570
— stimulant (MAxWwELL)
1907, 3, 21
Cancer content (SarK1)
1909-10, 7, 23
-Creatinine excretion, car-
bohydrate, influence of
(MeEnpEL and Rose)
1911-12, 10, 213
— — on diet free of crea-
tine (RincmR and Rat-
zISs)
1914, 19, 487
— —, fat, influence of
(MzEnpDEL and Ross)
1911-12, 10, 233
— —, inanition, influence
of (MrenpeEt and Ross)
1911-12, 10, 219
— —, protein, influence of
(Menpet and Ros)
1911-21, 10, 233
218
Creatine—continued:
Creatinine,conversion into
(BENEDICT)
; 1914, 17, 363
(SHAFFER)
1914, 18, 532
(BauMANN and_ ING-
VALDSEN)
1916, 25, 197
—, preparation of, from
(Fourn and Buack)
1910-11, 8, 399
(Myers and Fine)
1915, 21, 585
—, relation to (Myprs and
FINE)
1913, 15, 296
— zine chloride, prepara-
tion from (Fourn and
DeEnIs)
1910-11, 8, 399
(BENEDICT)
1914, 18, 186
Cystinuria, excretion in
(Wor and SHAFFER)
1908, 4, 457
Determination (BENE-
DICT)
1914, 18, 191
(Morris)
1915, 20, xviii;
1915, 21, 201
— in blood (Fourn)
1914, 17, 477
meat (GRINDLEY
and Woops)
1906-07, 2, 309
(EmMmMerr and Grinp-
LEY)
1907, 3, 491
— — milk (Foun)
1914, 17, 477
— — muscle (BAUMANN)
1914, 17, 15, xxxvili
(Myers and FInr)
1914, 17, 65
The Journal of Biological Chemistry
Creatine—continued:
Determination in muscle
(Foun)
1914, 17, 480
(JANNEY and BuLaTH-
BERWICK)
1915, 21, 567
(BAUMANN and Hinps)
1916, 24, 439
(BauMANN, Hinzus, and
MARKER)
1916, 24, xxiii
(BauMANN and _ Ine-
VALDSEN)
1916, 25, 195
— — presence of sugar
(Ross)
1912) 427
— — tissues (Fouin)
1914, 17, 480
— — urine (Foutn) -
1914, 17, 472
(McCruppeENn and Sar-
GENT)
1916, 24, 423
— — —, diabetic (GREEN-
WALD) 1913, 14, 87
Dialysis from muscle (Lo
and Howse)
1913, 14, xliii
Excretion in infancy and
childhood (Ross)
1911-12, 10, 265
— — phlorhizinized dogs
(Mxnpet and Rose)
1911-12, 10, 242
(BENEDICT and OSTER-
BERG)
1914, 18, 195
—, potassium cyanide, ef-
fect of (RicHARDs and
WALLACB)
1908, 4, 187
—, proteins, effect of (Mc-
Cottum and STEEN-
BOCK)
1912-13, 13, 213
Subjects
Creatine—continued:
Excretion, starvation, ef-
fect of (UNDERHILL and
KLEINER)
1908, 4, 167
Experimental study (Men-
pEL and Roser)
1911-12, 10, 213, 255
(Rose)
1911-12, 10, 265;
1912, 12, 73
Fast, excretion during
(ZeMAN and Hows)
1915, 20, xviii
Fate of, in man (MyYsErRs
and FINE)
1915, 21, 377
Fever, elimination in (My-
ERS and VOLovic)
NOM2 sade) xd;
1913, 14, 489
Folin’s method of deter-
mination, criticism of
(JanNEY and BLATHER-
WICK)
1915, 21, 573
(McCruppEN and SaR-
GENT)
1916, 24, 423
-Free foods (CHESNUT)
1914, 17, xli
Glyoxylic acid from, on
oxidation (DAKIN)
1905-06, 1, 271
Inanition, effect on eX-
eretion of (MENDEL and
Rose)
1911-12, 10, 219
(McCoxium and STEEN-
BOCK)
1912-13, 13, 210
Kidney content (JANNEY
and BLATHERWICK)
1915, 21, 570
Lamprey, isolation from
(WiLson)
1914, 18, 20
219
Creatine—continued:
Liver content (JANNEY
and BLATHERWICK)
1915, 21, 570
— —, hydrolysis of liver,
effect of (JANNEY and
BLATHER WICK)
1915, 21, 571
Metabolism (WoLF)
1911-12, 10, 473
(BENEDICT)
1914, 18, 183, 191
(Benepict and OsTER-
BERG)
1914, 18, 195
(Myers and Fine)
1915, 21, 377, 383,
: 389, 583
—, animal, relation to
(Foun and DEnis)
1914, 17, 493
—, caffeine, influence of
(Satant and RreGER)
1913, 14, xxxv
— in dogs with Eck’s fis-
tula (FosTpR and FIsH-
ER) 1911, 9, 359
—, feeding, effect of
(Towies and Vorcr-
IN)
1911-12, 10, 479
— of growing pig (Mc-
Cottum and STEEN-
BOCK)
1912-13, 13, 209
—, inanition, effect of
(Towies and VorEGT-
1911-12, 10, 479
Muscle (Lmo and Howse)
1913, 14, xliil
— content (SAI!)
1908, 4, 486
(Witson)
1914, 17, 396
(Foun and BucKMAN)
1914, 17, 483
220
Creatine—continued:
Muscle content (SHAFFER)
1914, 18, 536
(JANNEY and BLATHER-
WICK)
1915, 21, 568
— —, carbohydrate feed-
ing, effect of (Myrrs
and FINE)
1913, 15, 305
— —, creatine and cre-
atinine, effect of (MyErs
and FINE)
1913-14, 16, 169
— —, growth, influence of
(Myers and Frye)
1913, 14, 17
— —, inanition, effect of
(MernpEx and Ross)
1911-12, 10, 255
— —, normal (Myrrs
and FINE) :
1913, 14, 9
— —, protein feeding, ef-
fect of (Myprs and
FINE)
1915, 21, 389
— —, starvation, effect of
(Myers and Frvr)
1913, 15, 283
—,and creatinine coeffi-
cient (Mysrs and Finr)
1913-14, 14, 18
—, of Python reticulatus,
isolation from (LYMAN)
1908-09, 5, 125
—, urinary creatinine, re-
lation to (Myers and
FINE)
1913, 14, 9
Nitrogen, fast, distribu-
tion in (Hown, Mar-
TILL, and Hawk)
1912, 11, 119
Occurrence (Morrits)
1915, 20, xviii;
1915, 21, 201
The Journal of Biological Chemistry
Creatine—continued:
Origin (BAUMANN
Marker)
and
1915, 22, 49
(Baumann, Htnus, and
MARKER)
1916, 24, xxiv
Pancreas content (JAN-
NEY and BLATHERWICK)
1915, 21, 580
Preparation (Foti)
1914, 17, 465
Proteins, relation to (JAN-
NEY and BLATHERWICK) -
1915, 21, 580
Spleen content (JANNEY
and BLATHERWICK)
1915, 21, 580
Starvation, elimination in,
proteins, effect of (RosE)
1915, 20, xix
Sulfuric acid, action on
(ERDMANN)
1910-11, 8, 46
Testes, content of (JAN-
NEY and BLATHERWICK)
1915, 21, 580
Tissues, autolyzing, con-
tent of (Myprs and
FINE) 1915, 21, 583
Urinary, origin of (BENE-
pict and OSTERBERG)
1914, 18, 195
Urine, children, content
of (Rosp)
1911-12, 10, 265
(Foun and Dents)
1912, 11, 253
(TAYLOR)
1915, 21, 663
— content (EmMmert and
GRINDLEY)
1907, 3, 503
— — in Bence-Jones
proteinuria (Fon and
DENIS)
1914, 18, 280
Subjects
Creatine—continued:
Urine content during
starvation (Myprs and
FINE)
1913, 15, 293
—, day and night, con-
tent of (OSTERBERG and
Wotr)
1907, 3, 167
—, occurrence in (Mc-
CRUDDEN and SaR-
GENT)
1916, 24, 423
—, preparation from (BEN-
EDICT)
1914, 18, 183
Water ingestion after fast-
ing, excretion, influ-
ence on (Hown, Mar-
TILL, and Hawk)
1911-12, 10, 424
Creatinine:
Absorption from large in-
testine (Foun and
DENIS)
1912, 12, 256
— from small intestine
(Fourn and Dents)
1912, 12, 148
— from stomach (FOoLIN
and Lyman)
1912, 12, 262
Arginase, action of (Da-
KIN) 1907, 3, 438
Blood content (Foin and
DENIs)
1914, 17, 487
(GETTLER and BAKER)
1916, 25, 216
— — in nephritis (MY=ERs
and FINE)
1915, 20, 391
— serum, content of
(SHAFFER and REINOSO)
1909-10, 7, xxx
Cancer content (SAIKI)
1909-10, 7, 23
221
Creatinine—continued:
Coefficient (SHAFFER)
1907, 3, xiii
(Hunter and GIvENS)
1914, 17, 59
— and body creatine
(Myers and FINE)
1913, 14, 24
— during fast (Hows,
Martitu, and Hawk)
1912, 11, 125
— in infants (AMBERG and
MorRILL)
1907, 3, 311
— and muscle creatine
(Myers and Fine)
1913, 14, 18
— in women (Tracy and
CLARK)
1914, 19, 115
(Foun and DENIs)
1915, 21, 190
Creatine, conversion into
(BENEDICT)
1914, 17, 363
—, preparation from (Fo-
LIN and DENIs)
1910-11, 8,
(SHAFFER)
1914, 18, 532
(Myers and FIN®)
1915, 21, 585
and InG-
399
(BAUMANN
VALDSEN)
1916, 25, 197
—, relation to (MyErs and
FINE
1913, 15, 296
Creatinine zine chloride,
preparation from (BEN-
EDICT)
1914, 18, 187
Cystinuria, excretion in
(Wotr and SHAFFER)
1908, 4, 457
Determination (Cook)
1909, 6, xxiv
222
Creatinine—continued:
Determination (SHAFFER
and Rernoso)
1909-10, 7, xiii
(TAYLOR)
1911, 9, 19
(SHAFFER)
1914, 18, 527
(Morris)
1915, 20, xviii;
1915, 21, 201
—in blood (Foun)
1914, 17, 475
(SHAFFER)
1914, 18, 530
(GRINDLEY
meat
and Woops)
1906-07, 2, 309
(Emmerr and GRIND-
LEY)
1907, 3, 491
— —milk (Four)
1914, 17, 475
— — muscle (Myrrs and
FINE)
1914, 17, 65
(Foun)
1914, 17, 479
(SHAFFER)
1914, 18, 533
(BauMANN and Hinus)
1916, 24, 441
—, proteins, effect of
(SHAFFER)
1914, 18, 529
— in tissues (Four)
1914, 17, 479
— — urine (Foun)
1914, 17, 469
— — —, diabetic (GREEN-
WALD)
1913, 14, 87
Excretion and basal me-
tabolism (PALMER,
Means, and GAMBLE)
1914, 19, 239
The Journal of Biological Chemistry
Creatinine—continued:
Excretion in coyotes
(Hunter and GivENs)
1910-11, 8, 460
—, inanition, effect of
(McCo.iuvum and StEEN-
BOCK)
1912-13, 13, 210
—, index of proteim me-
tabolism (AmBERG and
Morr)
1907, 3, 319
—, inosite, eftect of (AN-
DERSON and BoswortH)
1916, 25, 404
—, low nitrogen intake, ef-
fect of (Hart, Hun-
PHREY, and Morrison)
1912-13, 13, 144
—, magnesium sulfate, ef-
fect of (STEEL)
1908-09, 5, 121
— in monkey (HUNTER
and GIVENS)
1914, 17, 55
normal women
(Tracy and CLARK)
1914, 19, 115
—, potassium cyanide, ef-
fect of (RicHARDS anc
WALLACE)
1908, 4, 187
—, prolonged ereatine-free
diet, effect of (RINGER
and Razziss)
1914, 19, 487
—, proteins, effect of
(McCoutuum and STEEN-
BOCK)
1912-13, 13, B12
(Taytor and Rosg)
1914, 18, 519
—, sodium benzoate, ef-
fect of (Lewis and
KARR) ‘
1916, 25, 16
Subjects
Creatinine—continued:
Excretion, sodium hippu-
tate, effect of (Lewis
and Karr)
1916, 25, 20
Experimental study
(Mznpbet and Rose)
1911-12, 10, 213, 255
(Rose)
1911-12, 10, 265;
NOD 12,5) 43
Fat feeding, influence on
(McCotium and Hoac-
LAND)
1913-14, 16, 317
Fever, elimination in
(Myers and VoLovic)
LOND US xs
1913, 14, 489
Folin’s method, errors in
(TAYLOR)
1911, 9, 19
-Free foods (CHESNUT)
; 1914, 17, xli
Glyoxylie acid from, on
oxidation (DaxkIN)
1905-06, 1, 271
Infants, excretion in (AM-
BERG and MorRiLl)
1907, 3, 311
Metabolism (VOEGTLIN
and TowLzs)
1911, 9, xi
(WoLr)
1911-12, 10, 473
(BENEDICT)
1914, 18, 183, 191
(Benepicr and OsTER-
BERG)
1914, 18, 195
(Myers and FINE)
1915, 21, 377, 383,
389, 583
—, animal, relation to
(Fourn and Denis)
1914, 17, 493
223
Creatinine—continued:
Metabolism, caffeine, in-
fluence of (SALANT and
RIEGER)
1913, 14, xxxv
—, carbohydrates, role
in (MENDEL and Rose)
1911-12, 10, 213
—, in dogs with Kck’s
fistula (FostprR and
FISHER)
1911, 9, 359
—, feeding, effect on
(TowLes and Voret-
LIN)
1911-12, 10, 479
—, inanition, effect of
(TowLes and VorEGT-
LIN)
1911-12, 10, 479
Muscle content (SAtK1)
1908, 4, 486
(SHAFFER and ReErINosO)
1909-10, 7, xxx
(SHAFFER)
1914, 18, 536
(Myers and FINE)
1915, 21, 383
— —, creatine and ereati-
nine, effect of (MYERS
and FINE)
1913-14, 16, 169
—, non-striated, content
of (SATKI)
1908, 4, 486
Nitrogen, distribution in
fast (Hows, MAfrrILL,
and Hawk)
1912, 11, 118
— retention and rise in ex-
eretion of creatinine
during growth (McCot-
LUM)
1912, 11, xv
—, total, parallelism of
(MenpDeEL and Ross)
1911-12, 10, 225
224
Creatinine—continued:
Origin of (Mysrs
FINE)
and
1913, 15, 296
Preparation of (Fox)
1914, 17, 466
Standard solution (Four)
1914, 17, 467
Sulfurie acid, reaction
with (ERDMANN)
1910-11, 8, 48
Tissue, autolyzing, con-
tent of (Mysrs and
FINE)
1915, 21, 583
— extracts, determination
in (SHAFFER)
1914, 18, 5380
Urine, children, content
of (TayLor)
1915, 21,663
— content (Emmett and
GRINDLEY)
1907, 3, 502
—, day and night, content
of (OsTERBERG and
Wo tr)
1907, 3, 167
—, muscle creatine, rela-
tion to (Myers and
Fine)
1913, 14, 9;
1915, 21, 598
— preparation from (Fo-
LIN)
1910-11, 8, 395;
1914, 17, 463
(BENEDICT)
1914, 17 183
Water ingestion after fast-
ing, influence on
(Hown, Marrini, and
Hawk)
1911-12, 10, 425
Zine alum (Foun)
1910-11, 8, 396
The Journal of Biological Chemistry
Creatinine—continued:
Zine chloride (Four)
1910-11, 8, 396;
1914, 17, 464
— —, creatine from (BEN-
EDICT) ©
1914, 18, 186
— -—~, creatinine from
(BENEDICT)
1914, 18, 187
— —, preparation (BEN-
EDICT)
1914, 18, 184
Creatinuria:
(TAYLOR)
1915, 21, 663
p-Cresol:
Oxidase activity, effect on
(BUNZELL)
1916, 24, 96
Cresols:
Peroxidase activity of
milk and (Kastum and
Porc)
1908, 4, 310
m-Cresoxyethyl bromide:
(JAcoBs and HEImDELBER-
GER)
1915, 21, 440
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 441
o-Cresoxyethyl bromide:
(JacoBs and H»IpELBER-
GER)
1915, 21, 440
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 440
p-Cresoxyethyl bromide:
(JAcoBs and H»IpELBER-
GER)
1915, 21, 441
Subjects
p-Cresoxyethyl bromide—con-
tinued:
Hexamethylenetetramin-
jum salt (Jacops and
HEIDELBERGER)
1915, 21, 441
Crude soluble poison:
Vaughan’s, from casein,
physiological action
(UNDERHILL and HeEn-
DRIX) . |
1915, 22, 465
—, — zein, physiological
action (UNDERHILL and
HENDRIX)
1915, 22, 467
Cryoscopy:
Autolysis, study of, by
(WELLs and Benson)
1907, 3, 37
Cryptobranchus alleghenien-
sis:
Eggs, proteins from fat of
(McCiEenpon)
1915, 21, 270
Cuprous oxide:
Determination, colorimet-
ric (SHAFFER)
1914, 19, 289
—, volumetric (ScALEs)
1915, 23, 81
Curare:
Ammonia content of
blood, imfluence on
(Horxins and Denis)
1911-12, 10, 413
Cyanacetylguanidine:
Physiological action
(KLEINER)
1912, 11, 459
Cyanides:
Cysteine, oxidation of, in-
fluence on (MarTHEws
and WALKER)
1909, 6, 29
225
Cyanides—continued:
Cystine, oxidation of, in-
fluence on (MATHEWS
and WALKER)
1909, 6, 290
o-Cyanobenzyl chloride:
Hexamethylenetetramin-
ium salt (Jacosps and
HEIDELBERGER)
1915, 20, 666
p-Cyanobenzyl chloride:
Hexamethylenetetramin-
ium salt (Jacosps and
HEIDELBERGER)
1915, 20, 666
a-Cyanobutyrylurea:
(JOHNSON and JOHNS)
1905-06, 1, 317
Cyanogen:
Grasses, distribution in
(AtsBERG and Buack)
1915, 21, 601
Cyanogenesis:
(ALSBERG and BLACK)
1912s ley ons:
1916, 25, 133
(VIEHOEVER, JOHNS, and
ALSBERG)
1916, 25, 141
Cynoscion regalis:
Tryptie proteolysis of
(Wuire and THoMas)
AGIQ—otoe lS, Lee
Cysteine:
Cystinurie, tolerance for
(Wotr and SHAFFER)
1908, 4, 448
Glucose from (DakIN)
1913, 14, 326
Metabolism (Dakin)
1913, 14, 326
Oxidation, spontaneous
(Maraews and WALK-
ER)
1909, 6, 21, 29, 299
226
Cysteine—continued:
Oxidation, spontaneous,
nitriles and cyanides,
action of (MatTHEws
and WALKER)
1909, 6, 29
Preparation of (MATHEWS
and WALKER)
1909, 6, 21
Urine, origin in (WoLF
and SHAFFER)
1908, 4, 468
Cystine:
Cysteine, formation upon
spontaneous oxidation
of (Marnews and
WALKER)
1909, 6, 21
Cystinuric, tolerance of,
for (Wour and S#Har-
FER)
1908, 4, 448
Edestin content (VAN
SLYKE)
1911-12, 10, 46
Excretion, bile, effect of
(Wor and SHAFFER)
1908, 4, 463
—, cystinuria, proteins,
effect of (Wo.ur and
SHAFFER)
1908, 4, 444
—, protein food, relation
to (WiLLIAMs and WoLr)
1909, 6, 339
Fibrin content (VAN
SLYKE)
1911-12, 10, 50
— heteroalbumose con-
tent (Levenr, VAN
Styx, and BrrcHarp)
1910-11, 8, 283;
1911-12, 10, 69
— protoalbumose content
(LEVENE, VAN SLYKE,
and BircHARD)
1911-12, 10, 68
The Journal of Biological Chemistry
Cystine—continued:
Gelatin content (VAN
SLYKE)
1911-12, 10, 49
Gliadin content (VAN
SLYKE)
1911-12, 10, 45
Growth, influence on (Os-
BORNE and MEnpEL)
1915, 20, 352
Hair content (VAN SLYKB)
1911-12, 10, 48
Hemocyanin content (VAN
SLYKE)
1911-12, 10, 51
Hemoglobin content (VAN
SLYKE)
1911-12, 10, 53
Nitrous acid, reaction
with (VAN SLYKE)
1911, 9, 199
Oxidation, administered
per os (WitLIAMs and
Wotr) 1909, 6, 341
—, with potassium per-
manganate (Drnis)
1911, 9, 365
—, spontaneous (MATH-
Ews and WALKER)
1909, 6, 289
Preparation (Four)
1910-11, 8, 9
(DENts)
1911, 9, 369
Proteins, determination in
(Van SLYKE)
1911-12, 10, 28
Rice kernel protein, con-
tent of (OSBORNE, VAN
SLYKE, LEAVENWORTH,
and VINOGRAD)
1915, 22, 275
Cystinuria :
Protein metabolism in
(Wor and SHarrER)
1907, 3, xxix;
1908, 4, 439
Subjects 227
Cystinuria—continued:
Protein metabolism in
(WittrAMs and Wotr)
1909, 6, 337
Time relationships of ex-
cretion in (WoLr and
SHAFFER)
1908, 4, 458
Cytidine:
Gastric juice, action of
(Levene and MrpicRE-
CEANU)
1911, 9, 381
Intestinal juice, action of
(LeveENE and Mepr-
GRECEANU)
1911, 9, 381
Nucleases, action of (Lr-
VENE and MEDIGRECE-
ANU)
1911, 9, 69
Pancreatic juice, action of
(Levens and Mrepicre-
CEANU)
1911, 9, 381
Cytolysis:
Chemical studies (‘Tay-
LOR)
1908-09, 5, 311
Oxidation of eggs, effect
on (Lons and WASTE-
NEYS)
Cytosine:
Color test (WHEELER and
JOHNSON)
1907, 3, 183, xxiv
Diazobenzenesulfonic acid,
action of (JoHNsoNn and
1913, 14, 479
Capp)
1908-09, 5, 171
Hydrochloride (WHEEL-
ER)
1907, 3, 293
Metabolism (Menpet and
~ Myers)
1909-10, 7, ix
| Cytosine—continued:
Nitrogen alkyl derivatives
(JoHnson and CLAPP)
1908-09, 5, 49
Nucleic acid of fish eggs,
preparation from (MAN-
DEL and LEVENE)
1905-06, 1, 425
Phosphate (WHEELER)
1907, 3, 296
Picrolonate (WHEELER)
1907, 3, 297
(WHEELER and JAMIE-
SON)
1908, 4, 113
Salts (Myers)
1909-10, 7, 249
Soils, occurrence in
(SCHREINER and SHOR-
EY)
1910-11, 8, 389
Sulfate (WHEELER)
1907, 3, 295
D
Date:
Chemical organization of
(VINSON)
1909-10, 7, xl
Endo- and. ektoinvertase
of (Vinson)
1908, 4, xxviii
Day:
Urine (OsTERBERG and
Wotr)
1907, 3, 165
Deamidase:
(JONES) 1911, 9, 169
Deamination:
Amino-acids ih body
(WitiraMs and Wotr)
1909, 6, 342
Deaminochondrosamine:
Phenylosazone (LEVENE
and La Forcr)
(OLS s155 095
1914, 18, 127
228
Deaminochondrosin:
(Levene and La ForGr)
DONS Log ao
Defibrination:
Tube for (McCiEnpon)
1916, 24, 520
Deglycogenation:
Epinephrine, use of (SAN-
sum and WoopyatTT)
1915, 21, 2:
1916, 24, 327
Dehydromucic acid:
Chondrosie acid, prepara-
tion from (LEVENE and
La ForGeE)
1915, 20, 440
Depressor:
Substance in dog urine
and tissues (TAYLOR
and PEARCE)
1913, 15, 213
Detoxicating agent:
Glycocoll as (Daxry)
1908-09, 5, 413
Deuteroalbumose:
Globin, compound
(ScumipDT)
1916, 25, 78
Deuteroalbumose A:
Amino nitrogen content
(VAN SLYKE)
1911, 9, 194
Deuteroalbumose B:
with
Amino nitrogen content
(VAN SLYKE)
1911, 9, 194
Development:
Energy, metabolism in
(Muruin)
' 1909, 6, xxi
Protein metabolism in
(Mvrtin)
1909, 6, xx
Dextrin:
Glycocoll synthesis, effect
on (EpstTrern and Boox-
MAN)
1911-12, 10, 360
The Journal of Biological Chemistry
Dextrose:
Absorption of (FisHmr and
WISHART)
1912-13, 13, 49
Blood composition, effect
on (FisHer and WisH-
ART)
1912-13, 13, 49
— concentration and gly-
colysis (Macirop)
1913, 15, 507
— content, ether anes-
thesia, effect of (Ross
and McGuican)
1915, 22, 407
—— after feeding (FISHER
and WISHART)
1912-13, 13, 54
Commercial, and glycoly-
sis (MacLEop)
1913, 15, 508
Creatine determination,
effect on (RosB)
1912, d2a73
Determination (ScaLEs)
1915, 23, 81
— in blood and urine
(Mactrop, CHRISTIE,
and DoNALDSON)
LOMD Tie mexcxcval
Egg content (PENNING-
TON, HENDRICKSON,
Connouiy, and HEnpD-
RIX) 1915, 20, xxi
Glycogen content of liver,
effect on (FisHpr and
WISHART)
1912-13, 13, 54
— and glycolysis (Mac-
LEOD)
1913, 15, 510
Hemoglobin, blood con-
tent, effect on (FISHER
and WIsHART)
1912-13, 13, 58
Lactose, differentiation
from (BENEDICT)
1907, 3, 102
Subjects
Dextrose—continued:
Metabolism (Lusk)
1919-13. 13; 28
— in hydrazined dogs
(UNDERHILL)
1911-12, 10, 166
Nitrogen elimination, ef-
fect on (MxEnprE.L and
Lewis)
1913-14, 16, 41
— metabolism, influence
on (UNDERHILL and
Crosson)
1906-07, 2, 117
Nylander’s test, delicacy
of (REHFUSS and Hawk)
1909-10, 7, 274
Proteins, formation from
(WituraMs, Ricue, and
Lusk)
1912, 12, 367
Serum, action of (Kuri-
YAMA)
1916, 25, 538
Tetany after thyreopara-
thyroidectomy, effect
on (UNDERHILL and
BLATHERWICK)
1914, 19, 119
Urine, detection in (BEN-
EDICT)
1908-09, 5, 487
—, excretion in, effect on
(FisHER and WISHART)
1912-13, 13, 56
—, — — phlorhizin dia-
betes, sodium tartrate,
effect of (UNDERHILL)
1912, 12, 115
Utilization, hydrazine, ef-
fect of (UNDERHILL and
Hogan)
: 1915, 20, 203
—, thyroidectomy, effect
of (UNDERHILL and
SAIKI)
1908-09, 5, 233
Diabetes
(RINGER)
1914, 17, 107
Acetaldehyde, effect of
(RinceER and FRANKEL)
1913-14, 16, 563
Acetole, effect of (GREER,
WiItzEMANN, and Woop-
YATT)
1913-14, 16, 459
Blood composition in fatal
cases (Myers and
BAILEY)
1916, 24, 158
Chlorides in, after pancre-
atectomy (LEBENSOHN)
1915, 23, 513
Depancreatized dogs, al-
kali, effect of (MuRLIN
and KRAMER)
1916, 24, xxv
Experimental (UNDER-
HILL)
1905-06, 1, 113
— after pancreatectomy
(Epstein and BAEHR)
1916, 24, 1
—, protein metabolism in
(RINGER)
1912, 12, 431
Glucose, fate of, after so-
dium carbonate admin-
istration (KRAMER and
Murty)
1916, 24, xxiv
— formation from dioxy-
acetone (RINGER and
FRANKEL)
1914, 18, 233
— — and elimination, ve-
locity of (RivceR and
FRANKEL)
1914, 18, 81
dl-Glyceric aldehyde, effect
of (Sansum and Woop-
YATT)
1915, 20, xxiii;
1916, 24, 327
230
Diabetes—continued:
Glycid, effect of (GREER,
Wi1?zEMANN, and Woop-
YATT)
1913-14, 16, 455
Pancreatic, prevention
and inhibition (UNDER-
HILL and Fring)
1911-12, 10, 271
—, protein metabolism in
(RINGER)
1912, 12, 441
Phlorhizin, glucose, origin
in (JANNEY)
1915, 20, 333
—, dl-glyceric aldehyde in
(Sansum and Woop-
YATT)
1916, 24, 334
—, inulin in (Lewis and
FRANKEL)
1914, 17, 365
—, mechanism of (UN-
DERHILL)
1912-13, 13, 15
—, narcotics in (SANSUM
and Woopyatt)
1915, 20, xxix;
1915, 21, 1
—, sodium tartrate in
(UNDERHILL)
1912, 12, 115
Piperidine (UNDERHILL)
1905-06, 1, 115
—, adrenalin glycosuria,
relation to (UNDER-
HILL)
1905-06, 1, 129
Propyl aldehyde, effect of
(RINGER and FRANKEL)
1913-14, 16, 563
Protein synthesis in (JAN-
NEY)
1916, 24, xxx
The Journal of Biological Chemistry
Diabetes—continued:
Sarcolactic acid and the-
ory of (WoopyatTT)
1913, 14, xxxviii
Sodium carbonate and
(KRAMER and Mur.rn)
1915, 20, xxvii
(Murury and Kramer)
1916, 24, xxv
Theory of (WoopyaTT)
1913, 14, 441
(GREER, WITZEMANN,
and WoopyYatt)
1913-14,
(RINGER)
914, 17, 107
(Sansum and Woop-
YATT) 1914, 17, 521
(WoopyatTt)
1915, 20, 129
(Sansum and Woop-
YATT) LOWS Qe
1916, 24, 327, 343
Diabetes mellitus:
(WoopyatTt)
1915, 20, 132
Blood tr ansfusion in
(Woopyatr and RavL-
STON) 1914, 17, 1
Glucose from citric acid in
(GREENWALD)
1914, 17, xxxiv;
1914, 18, 115
— — propionic acid in
_(GREENWALD)
1913-14, 16, 375
Heat production in (Lusk)
1915, 20, 600
Renal diabetes, compari-
son with (Myprs and
BaILey)
16, 455
1916, 24, 159
Secretin, treatment with
(Foster) :
1906-07, 2, 297
(Dakin and RANsoM)
1906-07, 2, 305
Subjects
Diacetic acid:
See Acetoacetic acid.
Diacetin:
Liver extract, hydrolysis
by, sodium fluoride, ac-
tion of (LOEVENHART
and PEIRCE)
1906-07, 2, 403
Pancreatic juice, hydroly-
sis by (LOEVENHART
and SouDER)
1906-07, 2, 419
Tissue extracts, hydrolysis
by (LonVENHART)
1906-07, 2, 437
1,2-Diacetoxychloroacetylben-
zylamine:
(Jacops and HEIDELBER-
GER)
1915, 20, 691
Hexamethylenetetramin-
ium salt (JAcosps and
HEIDELBERGER)
1915, 20, 692
Diacetylhydroxyheptadecyla-
mine:
(LEVENE)
1916, 24, 81
Diacetylsphingosine:
(LEVENE and JAcoBs)
1912, 11, 551
Dialuric acid:
Ninhydrin reaction with
ammonium salts, action
on (Harpine and WAR-
NEFORD)
1916, 25, 332
Dialysis:
Chitin in (ALSBERG)
1909-10, 7, xii
Creatine from muscle
(Lro and Howe)
1913, 14, xiii
Proteus toxin, effect on
(HerTeR and TEN
BROECK)
1911, 9, 505
231
Dialysis—continued:
Yeast enzyme, action. on
(KoELKER)
1910-11, 8, 158
Diamines:
Urine, absence in, in cys-
tinuria (Wi~urams and
WOLF)
1909, 6, 343
2,5-Diamino-4,6-dioxypyrimi-
dine sulfate:
See 4,6-Dioxy-2,5-diamino-
pyrimidine.
4,5-Diamino-2,6-dioxypyrimi-
dine sulfate:
See 2,6-Dioxy-4,5-diamino-
pyrimidine.
Diamino nitrogen:
Bacillus coli communis, non-
poisonous portion, con-
tent of (LEACH)
1907, 3, 454
Germination, changes dur-
ing (SuzUKI)
1907, 3, 269
Protein diet, content of
(BARKER and CoHoB)
1905-06, 1, 229
2,4-Diamino-6-oxypyrimidine :
(KLEINER)
1912, 11, 458
Diaminophosphatide:
Milk, presence in (Os-
BORNE and WAKEMAN)
1915, 21, 541
Diastase:
Absorption by collodial
protein and by normal
lead phosphate (PETERS)
1908-09, 5, 367
Accelerators (RocKwoopD)
1916, 24, xxix
Aspergillus terricola, pro-
duction by (ScALBs)
1914, 19, 464
232
Diastase—continued:
Blood content, ether anes-
thesia, effect of (Ross
and McGuiGan)
1915, 22, 407
Copper sulfate, inactiva-
tion by (Prrprs and
BuRRES)
1909, 6, 68
Glycogen of animal tissue,
relation to (BRADLEY
and KELLERSBERGER)
1912-13, 13, 419
Hydrolysis by, critical hy-
droxyl ion concentra-
tion for (QUINAN)
1909, 6, 53
Paramecium (PrETERs and
BURRES) ‘
1909, 6, 65
Penicillium —_pinophilum,
presence in (CLARK and
SCALES)
1916, 24, xxxii
Ripening meat, presence
in (PererRs and MarT-
TILL)
1909, 6, xxix
Starch, digestion of (RocK-
woop)
1910-11, 8, 339
— of plant tissues, relation
to (BRADLEY and KEL-
LERSBERGER)
1912-13, 13, 425
Urease equation applied
to (VAN SLYKE and
CULLEN)
1914, 19, 163
Diazobenzalglucosaminic acid:
Ethyl ester (Levenr and
La ForGr)
1915, 21, 349
Diazobenzenesulfonic acid:
Pyrimidines, action with
(JOHNSON and CLAPP)
1908-09, 5, 163
The Journal of Biological Chemistry
4-p-Diazobenzylhydantoin
ethylxanthogenate:
(JOHNSON and Bravt-
LECHT)
1912, 12, 189
Dibasic acids:
Unsaturated, molds, be-
havior of, towards
(Dox)
1910-11, 8, 265
Dibenzalxylohexosaminic acid:
Ethyl ester hydrochloride
(LEVENE and La
ForGE)
1915, 21, 356
Dibromohydroxyhydrouracil:
(WHEELER and JoHNSON)
1907, 3, 187
Dibromosphingosine:
Sulfate (LEVENE
West)
and
1916, 24, 65
Dicalcium caseinate:
(VAN Stryke and Bos-
WORTH)
1913, 14, 218, 223
3,5-Dichloro-p-hydroxybenzal-
hydantoin:
Reduction (WHEELER,
HorrMan, and Joun-
son)
1911-12, 10, 152
2,6-Dichloropyrimidine:
(Jonson and MmncE)
1906-07, 2, 114
3,5-Dichlorotyrosine:
(WHEELER, HorrMan,
and JOHNSON)
1911-12, 10, 153
Hydrochloride (WHEEL-
ER, HorrMan, and
JOHNSON)
1911-12, 10, 154
3,5-Dichlorotyrosinehydantoin:
(WHEELER, HOFFMAN,
and JOHNSON)
1911-12, 10, 152
Subjects
Dicyandiamide:
Guanidine from (LEVENE
and SENIOR)
1916, 25, 623
Diet:
Amylolytic power of sa-
liva, effect on (NEILSON
and Lewis)
1908, 4, 501
(NEILSON and SCHEELE)
1908-09, 5, 331
Chemical constituents of,
growth, relation to (Os-
BORNE and M@npeEt)
1913, 15, 311
Dextrose content of blood,
effect on (Ross and
McGuican)
1915, 22, 411
Diastase content of blogd,
effect on (Ross and Mc-
GUIGAN)
1915, 22, 414
Egg yolk color, relation to
(PALMER)
1915, 23, 265
Essential factors of (Mc-
Cotium and Davis)
1915, 23, 231
Fecal nitrogen, influence
on (Menpet and FINeE)
1912, 11, 15
Growth, relation to (Os-
BORNE and MENDEL)
1913, 15, 311
Indoxyl sulfate, elimina-
tion of, influence on
(BoRDEN)
1906-07, 2, 588
Intestinal bacteria, rela-
tion to (KENDALL)
1909, 6, 257, 499
— flora, influence on types
of (HerreR and KEN-
DALL)
1909-10, 7, 208
233
Diet—continued:
Metabolism,
(BENEDICT)
1915, 20, 297
Milk fat, color of, relation
to (PaumMER and EckuEs)
1914, 17, 201
Nitrogen metabolism, ef-
fect on (HASKINS)
1906-07, 2, 217
Physiological effects (HER-
TER and KENDALL)
1909-10, 7, 207
— resistance, influence on
(FosTER)
1909-10, 7, 379
Pigments of blood serum,
influence on (PALMER)
1915, 23, 271
effect on
Polyneuritis, factor im
(McCotium and Ken-
NEDY)
1916, 24, 491
Protein, nitrogen content
of (BARKER and CoHOE)
1905-06, 1, 229
Ptyalin concentration and
(Cartson and CritT-
TENDEN)
1909-10, 7, xxii
Purine nitrogen excretion,
effect on (HAMMETT)
1915, 22, 551
Resistance to poison, ef-
fect on (Hunt)
1909-10, 7, xxix
Saliva, adaptation of, to
(GARREY)
1907, 3, xl
—, maltose-splitting pow-
er, effect on (NEILSON
and SCHEELE)
1908-09, 5, 331
Serum proteins, relative
proportions, effect on
(WELLS)
1913, 15, 37
234
Diet—continued:
Texture of, nitrogen elim-
ination, effect on (Mmn-
DEL and Lewis)
1913-14, 16, 19
Tumors, transmissible, re-
lation to (SwrET, Cor-
SON-WHITE, and Sax-
on)
INST Ss sy alte}
1915, 21, 309
Dietary deficiency:
Rice (McCoiitum
Davis)
and
1915, 23, 181
Wheat embryo (McCot-
LUM, SrMmonps, and
Pitz)
1916, 25, 105
p-Diethylaminobenzeneazo-
chloroacetyl--naphthyla-
mine:
(JAcoBs and HErmELBER-
GER)
1915, 21, 130
4-p-Diethylaminobenzeneazo-
phenylmercuric acetate:
(JAcoBs and HErmmELBER-
GER)
1915, 20, 516
p-Diethylaminobenzene--
naphthylamine:
(JAcoBs and HrmELBEr-
GER)
1915, 21, 130
Diffraction grating:
Ives, for spectroscopic an-
alysis (Saxon)
1914, 17, 103
Diffusion:
Acid into egg of Fundulus,
electrolytes, réle of
(Lons)
1915, 23, 139
Collodion membranes for
(Grins)
1912, 11, xli
The Journal of Biological Chemistry
Diffusion—continued:
Potentials (CLarK and
Luss)
1916, 25, 483
Digestibility: —
Bence-Jones protein (Tay-
LOR and MrILuEr)
1916, 25, 293
Bread (Rock woop)
1910-11, 8, 335
Egg white, temperature of
coagulation, effect of
(FRANK)
1911, 9, 463
Kafir corn meal (LAanG-
wortHy and Houmgs)
1916, 24, xxvi
Lard (Smitu, Mruuer, and
Hawk)
1915; 23; 505
Proteins, retention of, re-
lation to (VAN SLYKE
and Wuitr)
1911, 9, 219
Starch (Rockwoop) .
1910-11, 8, 336
Vegetable oil, hydroge-
nated (SmirH, MILLER,
and Hawk)
1915, 23, 505
Wheat flour, bleaching, ef-
fect of (Rockwoop)
1910-11, 8, 327
Digestion:
Amino-acid content of
blood, rise during (VAN
SLYKE and Mrysr)
1912, 12, 408
Assimilation, relation to
(Van StykE and WHITE)
1911, 9, 219
Bread, bleaching, effect of
(Lapp and Bassrrr)
1909, 6, 78
(Rock woop)
1910-11, 8, 335
Subjects
Digestion—continued:
Carotin, fate of, during
(PatmMeR and KEcK es)
1914, 17, 237
Gluten, bleaching, effect
of (Lapp and BassmTT)
1909, 6, 78
(Rockwoop)
1910-11, 8, 329
Limulus, process in (Mar-
TILL and MatTTiLu)
1915, 20, xxii
Molasses, depression by
(Linpssy and SmirH)
1909-10, 7, xxxix
Optimum rate of (VAN
SiyKp and WHITE)
1911, 9, 227
Protein, in stomach and
intestine of dogfish
(VAN SLYKE and WHITE)
1911, 9, 209
Xanthophyll, fate of,
during (PALMER and
EcKLES)
1914, 17, 237
Digestive glands:
Crawfish (BRADLEY)
1908, 4, xxxvi
Urie acid, endogenous, ex-
cretion, réle in (Mr5N-
DEL and STEHLE)
1915, 22, 215
Digestive tract:
Bacillus bulgaricus in
(HerTeER and KEN-
DALL)
1908-09, 5, 293
Cholesterol, absorption of
(LEHMAN)
1913-14, 16, 495
Pigments of (PALMER and
Eck.ezs)
1914, 17, 240
Digitonin :
Cholesterol determination
with (MUELLER)
1916, 25, 549
235
Dihydrodichlorosphingosine:
Reduction of (LEVENE
and JACOBS)
1912, 11, 554
Dihydrosphingosine:
(LEVENE and JAcoBs)
1912, 11, 550
(LEVENE)
1916, 24, 81
Oxidation of (LEVENE and
WEsT)
1913-14, 16, 549;
1914, 18, 481
Picrate (LevENE and
West)
1916, 24, 66
Picrolonate (LEVENE and
WEs?T)
1916, 24, 66
Sulfate (LEVENE and
WEsT)
1916, 24, 66
Dihydrosphingosol :
(Levene and West)
1916, 24, 67
Dihydrouridine:
Nuclease, action of (LE-
venkE and La ForGeE)
1912-13, 13, 508
Dihydroxystearic acid:
Plant nutrients, effect on
ratio of (SCHREINER
and SKINNER)
1909-10, 7, Xxxili
Diindyldihydronaphthaleneke-
to sodium monosulfonate:
(Herter and FostER)
1905-06, 1, 258
Diinosite tripyrophosphoric
acid:
Ester (ANDERSON)
1912, 12, 112
—, barium salt (ANDER-
SON) L912 toe
3,5-Diiodotyrosine:
Involution, effect on
(Morse)
1914, 19, 427
236
3,5-Diiodotyrosine—continued:
Sponges, presence in
(WHEELER and MeEn-
DEL)
1909-10, 7, 1
Diketohydrindylidene-diketo-
hydrindamine:
Ammonium salt, detection
of (Harpine and War-
NEFORD)
1916, 25, 321
— —, murexide, relation
to (Harpine and Mac-
LEAN)
1916, 25, 346
Dimagnesium caseinate:
(VAN SLYKE and WINTER)
1914, 17, 289
2,4-Dimethoxybenzyl alcohol:
(JaAcosBs and HrIpELBER-
GER)
1915, 20, 678
2,3-Dimethoxybenzyl chloride:
(JAcoBs and H®impELBER-
GER)
1915, 20, 677
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 678
3,4-Dimethoxybenzyl chloride:
Hexamethylenetetramin-
jum salt (JAcoBs and
H®IDELBERGER)
1915, 20, 678
1,2-Dimethoxychloroacetylben-
zylamine:
(JAcoBs and H8mDELBER-
GER) 1915, 20, 692
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 692
Dimethylamidobenzaldehyde:
Feces in advanced anemia,
reaction of (HrrTErR)
1906-07; 2, 10
The Journal of Biological Chemistry
Dimethylamidobenzaldehyde
—continued:
Reaction of urine, meat,
effect of (HpRTER)
1908, 4, 403
— — — and scatole, re-
lation of (HmRTER)
1905-06, 1, 251
4-p-Dimethylaminobenzene-
azophenylmercuric acetate:
(JAcoBs and H®IDELBER-
ee) 1915, 20, 516
p-Dimethylaminophenylamino-
ethanol:
(Jacops and HEIDELBER-
GER) 1915, 21, 420
3,5-Dimethylbenzyl chloride:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 663
1,3-Dimethyl-5-bromo-4-oxy-
hydrothymine:
(JOHNSON and CLAPP)
1908-09, 5, 60
1,3-Dimethyl-5-bromouracil:
(JoHNSON and CLAPP)
1908-09, 5, 62
Diazobenzenesulfonic acid,
action with (JOHNSON
and CLAPP)
1908-09, 5, 170
6-Dimethylcholine chloride:
(MENGE)
1911-12, 10, 404
3,5-Dimethylcytosine:
(JoHNSON and CLAPP)
1908-09, 5, 65
Diazobenzenesulfonicacid,
reaction with (JoHNSON
and CLapp)
1908-09, 5, 172
1,3-Dimethyldibromo-oxyhy-
drouracil:
(JOHNSON and CLAPP)
1908-09, 5, 61
Subjects 237
1,5-Dimethyl-2,6-dioxypyrimi-
dine:
(Jonson and Capp)
1908-09, 5, 56
3,5-Dimethyl-2,6-dioxypyrimi-
dine:
(Jonnson and Ciapp)
1908-09, 5, 56
1,2-Dimethylguanidine :
Picrate (WHEELER and
JAMIESON)
1908, 4, 116
Urine after pancreatec-
tomy, isolation from
(Kocn)
1913, 15, 49
2,2-Dimethylguanidine:
Picrate (WHEELER and
JAMIESON)
1908, 4, 115
Picrolonate (WHEELER
and JAMIESON)
1908, 4, 116
Urine after pancreatec-
tomy, isolation from
(Kocn)
1913, 15, 55
Dimethylsphingosine:
(LEVENE and JACOBS)
1912, 11, 552
1,3-Dimethylthymine:
(JoHNsON and CLAPP)
1908-09, 5, 59
Conductivity (Martin)
1908-09, 5, 67
Diazobenzenesulfonic acid,
action with (JOHNSON
and CLarp)
1908-09, 5, 168
1,3-Dimethyluracil:
(JoHNSON and Carp)
1908-09, 5, 61
Diazobenzenesulfonic acid,
action with (JOHNSON
and CLAPP)
1908-09, 5, 169
m-Dinitrobenzoic acid:
Oxidation with hydrogen
peroxide (DAKIN and
HERTER)
1907, 3, 433
2,4-Dinitrobenzyl chloride:
Hexamethylenetetramin-
ium salt (Jacosps and
HrIDELBERGER)
1915, 20, 667
Dioxyacetone:
Glucose from, in diabetes
(Rrveer and FRANKEL)
1914, 18, 233
2,5-Dioxy-6-aminopyrimidine P
(Jonnson and McCo.-
LUM)
1905-06, 1, 446
Picrate (Jounson and Mc-
CoLLuM)
1905-06, 1, 447
2,6-Dioxy-4-aminopyrimidine :
(LEVENE)
1914, 18, 309
4,-0,p-Dioxybenzeneazophe-
nylmercuric acetate:
(Jacops and H&IDELBER-
GER) 1915, 20, 517
Pe 6-Dioxy-4-chloromethyl-5-
methylpyrimidine :
(JOHNSON and CHERNOFF)
1913, 14, 318
2,6-Dioxy-4,5-diaminopyrimi-
dine:
(LEVENE)
1914, 18, 309
(LEVENE and SENIOR)
1916, 25, 613
Urea, condensation with
(LEVENE)
1914, 18, 310
(LEVENE and SENTOR)
1916, 25, 616
4,6-Dioxy-2,5-diaminopyrimi-
dine:
(LEVENE)
1914, 18, 309
238
4,6-Dioxy-2,5-diaminopyrimi-
dine—continued:
(L®VENE and SENIOR)
1916, 25, 614
Potassium chlorate, action
with (LevENE and SEn-
1OR) 1916, 25, 615
Urea, action with (LEvENE
and SENIOR)
1916, 25, 616
2,6-Dioxy-3,4-dimethyl-5-ni-
tropyrimidine:
(JoHns and BAUMANN)
1913-14, 16, 139
2,8-Dioxy-1,6-dimethylpurine:
(JoHNs and BauMANN)
1913-14, 16, 141
2,8-Dioxy-1,7-dimethylpurine:
(JOHNS) 1914, 17,6
2,8-Dioxy-1,9-dimethylpurine:
(JOHNS) 1913, 14, 5;
1914, 17,7
2,8-Dioxy-6,9-dimethylpurine:
(JOHNS)
1912, 11, 397
Metabolism (GOLD-
SCHMIDT)
1914, 19, 94
2,6-Dioxy-4,5-dimethylpyrimi-
ine:
(JOHNSON and CHERNOFR)
1913, 14, 320
2,6-Dioxy-4-ethoxymethyl-5-
methylpyrimidine:
(JOHNSON and CHERNOFF)
1913, 14, 317
2,6-Dioxy-5-ethoxypyrimidine:
(Jounson and McCot-
LUM)
1905-06, 1, 445
4,5-Dioxy-5-ethyl-6-amino-
pyrimidine:
(JOHNSON and JoHNs)
1905-06, 1, 317
2,8-Dioxy-9-ethylpurine:
(Jouns and Hrenprix)
1914, 19, 29
L.)
The Journal of Biological Chemistry
2,6-Dioxy-5-ethylpyrimidine:
(Jounson and Mrener)
1906-07, 2, 111
2,6-Dioxy-4-hydroxymethyl-
5-methylpyrimidine:
(JOHNSON and CHERNOFPF)
1913, 14, 319
Acetate (JoHNSON and
CHERNOFP)
1913, 14, 318
2,6-Dioxy-5-iodopyrimidine:
(JOHNSON and JoHns)
1905-06, 1, 310
2,8-Dioxy-6-methyl-9-ethyl-
purine:
(Jouns and BAUMANN)
1918, 15, 124, 521
2,6-Dioxy-3-methyl-5-nitro-
pyrimidine:
(JOHNS) 1912 FU iGe
1913, 14, 4
(Jouns and BauMANN)
1913-14, 16, 139
2,8-Dioxy-l-methylpurine:
(JOHNS)
1912, 11, 398
2,8-Dioxy-6-methylpurine:
Metabolism (Goup-
SCHMIDT)
1914, 19, 91
2,8-Dioxy-9-methylpurine:
(JOHNS)
1911, 9, 167
Metabolism (GoLp-
SCHMIDT)
1914, 19, 92
2,6-Dioxypurine:
See Xanthine.
2,8-Dioxypurine:
Metabolism
SCHMIDT)
(GoLp-
1914, 19, 87
2,6-Dioxypurine-8-thioglycol-
lic acid:
(Jouns and Hoaan)
"1913, 14, 306
Subjects
6,8-Dioxypurine-2-thioglycol-
lic acid:
(Jouns and Hocan)
1913, 14, 302
Ammonium salt (JOHNS
and HoGan)
1913, 14, 303
Dioxystearic acid:
See Dihydroxysteari¢
acid.
2,8-Dioxy-1,7,9-trimethylpu-
rine:
(JOHNS) 1914, 17, 4
Dipeptide:
Gelatin, isolation from
(LeveNE and BrKcu-
ARD)
1912-13, 13, 285
Spectrographic study
(KKoBER)
1915, 22, 441
Q, 8-Diphenylchloroacetylami-
noethanol:
(Jacops and HEImELBER-
GER) 1915, 21, 434
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 434
Diphenylhydrazine:
Blood sugar content, in-
fluence on (UNDERHILL)
1914, 17, 298
Diphtheria:
Antitoxin, deterioration of
(BANZHAF)
909-10, 7, xlv
Serum, antitoxic goat and
horse, fractionation of
(Gipson and CoLuINs)
1907, 3, 248
— globulin, relation to
(BanzHaF and Gipson)
1908, 4, xii
Toxin, concentration of
(HEINEMANN)
1908-09, 5, 27
239
Diphtheria—continued:
Urea content (K®eNDALL
and WALKER)
1913, 15, 282
Diplodia zee:
Pellagra,
(REED)
relation to
1909-10, 7, 1
Dipotassium hydrogen phos-
phate:
Liver autolysis, effect on
(BRADLEY and TAYLOR)
; 1916, 25, 265
Disaccharide:
Glucose, formation from,
by muscle plasma and
pancreas extract (LE-
VENE and MEYER)
1911, 9, 98
Muscle plasma and pan-
ereas extract, combined
action of (LEVENE and
MEYER)
1912, 11, 347
Parenteral utilization of
(Hoean)
1914, 18, 485
Tissues, action of (LE-
VENE and MryYER)
1914, 18, 469
Dissociation:
Constant, amphoteric elec-
trolytes (LuNDEN)
1908, 4, 287
—, calculation of (Lun-
DEN) 1908, 4, 267
—, oxyhemoglobin after
parathyroidectomy
(WILSON, STEARNS, and
THURLOW)
1915, 23, 89
Serum globulin (LUNDEN)
1908, 4, 280
Distiller’s grains:
Amino-acid content (NOL-
LAU)
1915, 21, 614
240
Distribution coefficient:
Dyes between water and
organic solvents (Ros-
ERTSON)
1908, 4, 5
Dithiodimethylpiperazine:
Metabolism (Lrwts)
1913, 14, 255
2,8-Dithio-6-oxypurine:
(Jouns and HoGcan)
1913, 14, 305
Dithiopiperazine:
(JoHNSON and BuRNHAM)
1911, 9, 455
Diuresis:
Milk secretion, effect on
(Harr and Humpurey)
1914, 19, 127
Serolipase, effect on (von
Hess)
1911-12, 10, 392
Diuretic:
Alkaline, nitrogen metab-
olism, effect on (Has-
KINS)
1906-07, 2, 217
Creatine and creatinine as
(Foster and FIsHER)
1911, 9, 359
Divicine:
(LEVENE)
1914, 18, 308
(LEvENE and Sentror)
1916, 25, 607
Sulfate (Levene and Sz-
NIOR) 1916, 25, 614
—, potassium chlorate, ac-
tion of (LEVENE and
SENIOR)
1916, 25, 615
—, urea, action with (Lr-
VENE and SENIOR)
1916, 25, 616
Docosane:
(LEVENE, West, and van
DER SCHEER)
1915, 20, 527
The Journal of Biological Chemistry
Docosyl alcohol:
(LevENE, West, and van
DER SCHEER)
1915, 20, 527
Docosyl iodide:
(LeveNnn, West, and vAN
DER SCHEER)
1915, 20, 528
Docosylmalonic acid:
(LEvENE, West, ALLEN,
and VAN DER SCHEER)
1915, 23, 74
Ethyl ester (LEvENE,
West, ALLEN, and
VAN DER SCHEER)
1915, 23, 74
Dodecyl iodide:
(LevENE and West)
1914, 18, 478
Dolichos:
biflorus, urease content
(MateprR and Mar-
SHALL) ;
1916, 24, xxx;
1916, 25, 298
lablab, urease content
(MatTsEerR and Mar-
SHALL)
1916, 24, xxx
Dominant white:
Cause of (GORTNER)
1911-12, 10, 113
Dotriacontane:
(Lrevenn, West, and vAN
DER SCHEER)
1915, 20, 530
Drugs:
Narcotic, in phlorhizin dia-
betes (Sansum and
WoopyYatTt)
1915, 21, 1
Dulcitol:
Carbon, source of, for fun-
gi (Nzrpie)
1913-14, 16, 143
Subjects
Duodenal extract:
Glycosuria of depancrea-
tized dogs, effect on
(Mourtrn and Kramer)
1913, 15, 365
Metabolism of depancrea-
tized dogs, effect on
(Morir and Kramer)
1913, 15, 365
Dwarf:
Metabolism (McCruppEN
and Lusk)
1912-13, 13, 447
Dyes:
Fat-soluble, behavior in
organism (MEnpEL and
DANIELS)
1912-13, 13571
—, deposition in animal
tissues (MenpEL and
DANIELS)
1912-13, 13, 72
—, fat absorption, study
of, by (Menpex and
BAUMANN)
1915, 22, 179
—, fate in organism (MEN-
DEL and DANIELS)
1912-13, 13, 84
—, localization of, in tissues
(MenpEL and DanrELs)
1912-13, 13, 76
Tissues, staining of, with
(ROBERTSON)
1908, 4, 1
Dyspnea:
Blood sugar, effect on
(UNDERHILL)
1905-06, 1, 124
E
Echinochrome:
Arbacia punctulata, red sub-
stance in (McCLenpon)
1912, 11, 435
241
Echinoderm:
Eggs, fertilized and unfer-
tilized, autolysis of
(Lyon and SHACKELL)
1909-10, 7, 371
Eck’s fistula:
Creatine and creatinine
metabolism, effect on
(FostER and FIsHER)
1911, 9, 359
(Tow zs and VorGTLin)
1911-12, 10, 484
Nitrogen metabolism, in-
fluence on (MatrHEws
and MILER)
1913, 15, 87
Phlorhizin, effect of, on
dogs with (Swrrr and
RINGER)
1913, 14, 135
Eclampsia:
Urine of (STooKEy)
1909-10, 7, 1
Edestin:
Amide nitrogen content
(DENIs)
1910-11, 8, 432
Amino-acids of (VAN
SLYKE)
1911, 9, 194;
1911-12, 10, 45
Amino nitrogen of (VAN
StyxkeE and BrrcHARD)
1913-14, 16, 544
Bacteria, behavior to-
wards (SpERRY and
RETTGER)
1915, 20, 452
— in feces after feeding of
(OsBoRNE and MEN-
DEL)
1914, 18, 180
Digestion of, use of neph-
elometer in study of
(KoBER)
1912-13, 13, 489
242
The Journal of Biological Chemistry
Edestin—continued:
Glucose from, in diabetic
organism (JANNEY)
1915, 20, 333
Growth, effect on (Os-
BORNE and MENDEL)
1912, 12, 494
—, — of varying amounts
of edestin on (OSBORNE
and Mmnps&L)
1914, 18, 16;
1915, 20, 352
Heat of eombustion of
(Benepicr and Os-
BORNE)
1907, 3, 120
Isoleucine, preparation of
(LEVENE and VAN
SLYKE)
1909, 6, 410
Leucine fraction of (LE-
VENE and VAN SLYKE)
1909, 6, 419
Liver enzymes, digestion
er areny. (BRADLEY)
of
1915, 22, 116
Lysine necessary for
growth with (OSBORNE
and MENDEL)
1915, 20, 352
Maintenance with (Os-
BORNE and MENDEL)
1912-13, 13, 233, 248
—, minimum for (Os-
BORNE and MrnpgEL)
1915, 22, 250
Metabolism, rate of (JAN-
NEY)
1915, 20, 326
Muscle creatine, influence
of feeding upon (Myrrs
and FInrE)
1915, 21, 389
Nitrogen elimination, in-
fluence on (MrnpEL
and Lewis)
1913-14, 16, 64
Edestin—continued:
Egg
Papain, digestion by
(MenpeEut and Brioop)
1910-11, 8, 189
Pepsin, hydrolysis by,
acids, action of (Bure
and GrEs)
1906-07, 2, 519
Refractive index
(ScHMIDT)
1915, 23, 487
Sera, normal and _sensi-
tized, digestion by (HuL-
TON)
1916, 25, 168, 228
Swelling in isohydric acid
solutions (Brera and
Gris)
1906-07, 2, 508
Zein and, growth with
(OsBoRNE and MeEn-
DEL)
1914, 17, 343
“Albumin, absorption from
small intestine (FoLIN
and Denis)
1912, 11, 94
—, amino nitrogen con-
tent (VAN SLYKE)
1911, 9, 194
—, bacteria, behavior to-
wards (SpmERRY and
RETTGER)
1915, 20, 448
—, iodized, effect of, on
involution (Morsp)
1914, 19, 425
—, lysylglycine from (Lu-
vpnE and Bratry)
1907, 3, Xxxix
—, racemized, non-anti-
genic properties of (TEN
BROECK)
- 1914, 17, 369
Subjects
Egg—continued:
Albumin, racemized, physi-
ological action (UNDER-
HILL and HENDRIX)
1915, 22, 455
Albumose, racemized, phys-
iological action (UNDER-
HILL and HENDRIX)
1915, 22, 462
Bacteria, varieties of, in
(PENNINGTON)
1909-10, 7, 119, 131
Cases, shark, chemical na-
ture of (HussaKkor and
WELKER)
1908, 4, xliv
—, skate, chemical nature
of (Hussakor and WEL-
KER)
1908, 4, xliv
Cholesterol content (MvEL-
LER) ;
1915, 21, 26
—, metabolism of, during
incubation of (MveEL-
LER) 1915, 21, 23
Dextrose content (PEN-
NINGTON, HENDRICK-
son, ConNnotiy, and
HENDRIX)
1915, 20, xxi
Diffusion of acids into, role
of electrolytes in (LOEB)
1915, 23, 139
Echinoderm, autolysis of
(Lyon and SHACKELL)
1909-10, 7, 371
Fat, growth, influence on
(McCotitum and Da-
Vis) (iss 15, 164
(OsBorNE and MrnpDgEL)
1914, 17, 402
—, protein, formation
from, in fish and am-
phibians (McCLEenpon)
1915, 21, 269
243
Egg—continued:
Fertilized, rate of oxida-
tion, bases, effect of
(Lors and WASTENEYS)
1913, 14, 459, 469
—, — — —, hypertonic.
solutions, effect of
(Lors and WASTENEYs)
1913, 14, 469
—,— — —, narcoties, ef-
fect of (Lops and Was-
TENEYS)
1913, 14, 518
Fish, pyrimidine — bases
- from nucleic acid of
(Manpet and LEVENE)
1905-06, 1, 425
Fresh, chemical and bac-
teriological study (PEN-
NINGTON)
1909-L0, 7, 109
Hatchability, pituitary
substance, effect of
(CLARK)
1915, 22, 488
Phosphoric acid, distribu-
tion in (CHAPIN and
Powick)
1915, 20, 112
Powder, cephalin, isola-
tion of (LevENE and
WEsrT)
1916, 24, 111
—, growth with (McCot-
LuM and Davis)
1915, 20, 415
Production, pituitary sub-
stance and corpus lute-
um substance, effect of
(PEARL)
1916, 24, 123
—,——, effect of (CLARK)
1915, 22, 485
Sea urchin, catalase of
(AmBERG and WINTER-
NITZ)
1911-12, 10, 295
244
Egg—continued:
Sea urchin, cell division in,
anesthetics, effect of
(LILLIE)
; 1914, 17, 121
— —, cholesterol content
(MATHEWS)
1913, 14, 466
— —, fertilization of, by
substance extracted
from sperm of same
species (ROBERTSON)
1912, 12, 1
— —, oxidation of (Mc-
Cimnpon and Mrircr-
ELL
1911-12, 10, 459
— —, — —, bases, effect
of (Lomnp and WastTE-
NEYS)
1915, 21, 153
— —, — —, isotonic solu-
tions, effect of (McCLEN-
pon and MurcHELL)
1911-12, 10, 459
——, starfish eggs, chem-
ical differences (MarTH-
EWs)
1913, 14, 465
— —, unfertilized, rate of
oxidation, bases, effect
of (Lomsp and WasTE-
NEYS)
1913, 14, 355
Starfish, sea urchin egg,
chemical differences of
(MatuEws)
1913, 14, 465
— —, unfertilized, acti-
vation of, mass action
in (LILLIE)
1916, 24, 233
Unfertilized, isotonic salt
solutions, effect on (Lit-
LIE)
1909-10, 7, xxv
The Journal of Biological Chemistry
Egg—continued:
Unfertilized, rate of oxida-
tion (Lops and WaASsTE-
NEYS)
1913, 14, 355
—, — — —, hypertonic
solutions, effect of
(Logs and WAstENEYs)
1913, 14, 469
White, cabbage erepsin,
action of (BLoop)
1910-11, 8, 223
—, digestibility of, tem-
perature of coagulation,
effect of (FRANK)
1911, 9, 463
—, nitrogen elimination,
influence on (MENDEL
and Lewis)
1913-14, 16, 68
—, papain, action of
(MenpeEL and Buioop)
1910-11, 8, 185
—, sensitizing portion
(Lracu)
1908-09, 5, 253
Yolk, carotin content and
diet (PALMER) |
1915, 23, 265
—, cephalin of (LEVENE
and West)
1916, 24, 111
— emulsion, blood fat,
effect on (BLOooR)
1914, 19, 6
— fat, growth, influence
on (OsBoRNE and MrEn-
DEL)
1913-14, 16, 432
—, growth, effect on
(Hart and McCoiium)
1914, 19, 390
—, lipoid nitrogen, met-
abolie end-products of
(McCo.tuvm and STEBN-
BOCK)
1913, 14, xliv
Subjects
Egg—continued:
Yolk, nutrition and (Mac-
ArtTHUR and LuckErt)
1915, 20, 169
—, selachians, globulins of
(ALSBERG )
1909, 6, xiii
—, sphingomyelin of (Lr-
VENE)
1916, 24, 88
—, spiny dogfish, globu-
lin of (AusBERG and
CLARK)
1908-09, 5, 243
—, xanthophyll content
and diet (PALMER)
1915, 23, 265
Ehrlich:
Aldehyde reaction (HErR-
TER)
1905-06, 1, 251
— —, meat, influence of
(HERTER)
1908, 4, 403
Eicosane:
Preparation (LEVENE;
West, and VAN DER
SCHEER)
1915, 20, 525
Eicosyl alcohol:
Preparation (LEVENE,
West, and VAN DER
SCHEER)
1915, 20, 526
Eicosyl iodide:
Preparation (LEVENE,
West, and VAN DER
SCHEER)
1915, 20, 526
Eisenia fcetida:
Stimulation of (CRozrER)
1916, 24, 273
Ektoinvertase:
Date, presence in (VIN-
SON)
1908, 4, xxvill
bo
He
or
Elasmobranch:
Fish, thyroid gland, iodine
content (CAMERON)
1915, 23, 32
Elastin:
Pepsin digestion, acids, ef-.
fect of (Brre and Grzs)
1906-07, 2, 503 .
Swelling in basic solutions
(Bere and Grss)
1906-07, 2, 541
Trypsin hydrolysis, bases,
action of (Bere and
Gigs)
1906-07, 2, 537
Electrical:
Conductivity, autolysis,
study of, by determina-
tion of (WeLts and
BENSON) :
1907, 3, 35
—, toxicity, measurement
of, by (OSTERHOUT)
1915, 23, 67
Resistance, toxicity, meas-
ure of (OSTERHOUT)
1915, 23, 67
Electrodes:
Calomel, preparation of
(CLaRK and Luss)
1916, 25, 484
Hydrogen (McCiLEnpon)
1916, 24, 521
—, improved Hasselbalch
(McCLEenpon and Ma-
GOON)
1916, 25, 669
—, normal (CuarK and
Luss)
1916, 25, 494
—, vessel (CLARK)
1915, 23, 475
Palladium black (CLARK
and Luss)
1916, 25, 485
246
Electrolysis:
Proteins and degradation
products (ATKINSON)
1914, 17, xxxiv
Electrolyte:
Alkaloid, toxicity of, in-
fluence on (ROBERTSON)
1905-06, 1, 507
Amphoteric (Lunpi&N)
1908, 4, 267
—, applications of laws to
serum globulin (Ros-
ERTSON)
1908-09, 5, 155
Chemotaxis of infusoria in
(RoBERTSON)
1905-06, 1, 185
Diffusion of acid into eggs
of Fundulus, réle im
(Lors)
1915, 23, 139
Lecithin, osmotie pressure
of, influence on (THom-
AS)
1915, 23, 359
—, relation to cephalin
and (Kocw)
1907, 3, 53
—, viscosities of solutions
of, influence on (THoM-
AS)
1915, 23, 367
Muscle and nerve, sensi-
tizing and desensitizing
action on (LILLIE)
1909-10, 7, xxvi
Osmotaxis in paramecia
(RoBERTSON)
1905-06, 1, 194
Permeability of proto-
plasm, réle in (CLOwEs)
1916, 24, xiv
Potassium, diffusion of,
influence on (Lops and
CATTELL)
1915, 23, 41
The Journal of Biological Chemistry
Electrolyte—continued:
Proteins, molecular com-
pounds of (RoBERTSON)
1906-07, 2, 321
Tissues, staining by io-
dine-eosin and methyl
green, influence on (Ros-
ERTSON)
1905-06, 1, 279
Embryo:
Chemical studies (Mpn-
DEL)
1907, 3, xxxiv
Fat transport to (MENDEL
and DANIELS)
1912-13, 13, 91
Ferments in (Jones and
AUSTRIAN)
1907, 3, xxvili
Nuclein ferments of
(JonEs and AUSTRIAN)
1907, 3, 227
Purine metabolism (Men-
DEL)
1907, 3, xxxiv
Urie acid, action on
(MrrcHE.LL)
1907, 3, 145
Wheat. See Wheat.
Emulsin:
Aspergillus terricola, pro-
duction by (ScaLEs)
1914, 19, 468
Burley tobacco, growth of,
influence on (OOsTHUI-
ZEN and SHEDD)
1913-14, 16, 446
Collodion, absorption by
(CLAUSEN)
1914, 17, 413
—, — —, temperature co-
efficient (CLAUSEN)
1914, 17, 424
Oocytin, comparison with
(ROBERTSON)
- 1912, 12, 168
Subjects
Emulsin—continued:
Penicillium camemberti,
presence in er!
1909, 6, 465
— pinophilum, presened in
(CLARK and ScaLEs)
_ 1916, 24, xxxii
Salicin, ciion by,
from collodion (CLAu-
SEN)
1914, 17, 435
Tridens flavus, action on
(VIEHOEVER, JOHNS, and
ALSBERG)
1916, 25, 145
Urease equation applied to
(Van SLYKE and CUL-
LEN)
1914, 19, 158
Endoinvertase:
Date, presence in (VIN-
SON)
1908, 4, xxvii
Energy:
Metabolism, in develop-
ment (Muri)
1909, 6, xxi
Muscular, origin of (Ma-
CALLUM)
1913, 14, ix
Enterokinase:
Infancy (AusTIN)
1909, 6, viii
Environment:
Study of (BANCROFT)
1912, 11, xxxvii
Enzyme:
(PETERS)
1908-09, 5, 367
(Peters and BuRRES)
1909, 6, 65
Acid-producing, in Bact.
lactis acidi (HASTINGS
and Hart)
1913, 14, xxxvill
247
Enzyme—continued:
Action, study by conduc-
tivity (Benson and
WELLs)
1910-11, 8, 64
SS SS freezing point
depression (BENSON and
WELLs)
1910-11, 8, 64
Amylolytic, action on my-
“codextran (Dox and
NeIDIG)
1914, 18, 174
Animal, hydrolysis of es-
ters by (LonpvENHART)
1906-07, 2, 427
Anti-inulase (SAIK1)
1907, 3, 395
Aspergillus — terricola
(ScaLEs)
1914, 19, 459
Banana (BatLry)
1912, 11, xlii
Cream, changes in, with
age (PENNINGTON, HEp-
BURN, St. JoHN, WIT-
MER, STAFFORD, and
BURRELL)
1913-14, 16, 331, 345
Definition (LOEVENHART)
1906-07, 2, 453
Diastatic, of ripening meat
(PETERS and MircHELL)
1909, 6, xxix
Fetal tissue (WELLS and
Corrrer) 1909, 6, 330
Human adult tissue
(WELLs and CorRPER)
1909, 6, 329
Intracellular, of lower fun-
gi (Dox)
1909, 6, 461
Liver, acetoacetic acid, de-
composition by (WAKE-
MAN and DakIN)
1909, 6, 373;
1910-11, 8, 105
248
Enzyme—continued:
Liver, 6-hydroxybutyric
acid, decomposition by
(WAKEMAN and Dakin)
1909, 6, 373
Lower fungi (Dox)
1909, 6, xxiv
Milk (Otson)
1908-09, 5, 265
—, changes in, with age
(PENNINGTON, Hrp-
BURN, St. JoHN, WIT-
MER, STAFFORD, and
BURRELL)
1913-14, 16, 331, 345
Mode of action (VAN
SLYKE and CULLEN)
1914, 19, 141
(VAN SLYKE and Zacu-
ARIAS)
1914, 19, 181
Nucleic acid, decomposi-
tion of, studied by opti-
cal method (AMBERG
and JONES)
1911-12, 10, 81
Optical method of study
(KOELKER)
1910-11, 8, 148
Oxidizing, in fungi (REED
and STAHL)
1912, 11, xli
Pancreatic juice (Brap-
LEY)
1909, 6, 136
—, proteins, hydrolysis by
(Harpina and Mac-
LEAN)
1916, 24, 503
pinophilum
and ScaALgs)
1916, 24, xxxi
Phytin splitting, in ani-
mal tissues (McCoLiuM
and Hart)
1908, 4, 497
Penicillium
(CLARK
The Journal of Biological Chemistry
Enzyme—continued:
Placenta (WsLLS
CorPER)
and
1909, 6, 332
Plant, influence of salts
used as fertilizers (SuL-
LIVAN)
1909, 6, xliv
Polypeptides, study by
means of (KOELKER)
1910-11, 8, 145
Proteins, hydrolysis and
synthesis, mechanism of
(RoBERTSON)
1908-09, 5, 493
—, racemized, action on
(Dakin and Dupuey)
1913; 15; 271
Purine, of chimpanzee
(WELLS and CatLp-
WELL)
1914, 18, 157
—,— guinea pig and rab-
bit (MircHE.)
1909-10, 7, xi
—, — opossum (CaLp-
WELL and WELLS)
1914, 19, 279
—, — orang utan (WELLS
and CALDWELL) :
1914, 18, 157
—, — tumors (WELLS)
1912, TA, =
Sugar, action on (Hup-
SON)
1909-10, 7, xxxix
Synthesis (BRADLEY)
1912-13, 13, 407
(BRapLEY and KeE.L-
LERSBERGER)
1912-13, 13, 419, 425
(BRADLEY)
1912-13, 13, 431;
1913, 14, xxxiv
Synthetic action (BrRaD-
LEY)
1912, 11, xxviii
Subjects 249
Enzyme—continued:
Tissue, halogens as accel-
erators of action of
(Morsr)
1915, 22, 125
Tricresol in work with
(Graves and Koper)
“1914, 17, xxix
Tridens flavus (VIEHOE-
VER, JOHNS, and ALs-
BERG)
1916, 25, 144
Wheat bran (phytase)
(ANDERSON)
1915, 20, 475
See also Ferments.
Epichondrosic acid:
(LeveNE and La Force)
1915, 20, 439
Epi-isosaccharic acid:
(LeveNE and La Force)
1915, 20, 442
Lead and potassium salts
(LEVENE and La
ForGE)
1915, 20, 442
[-Epi-isosaccharic acid:
(Levens and La Force)
1915, 21, 358
Epinephrine:
Adrenals, human fetal,
presence in (LEwIs)
1916, 24, 249
Albumin and hydrogen
peroxide, compound
with (Brown)
1906-07, 2, 149
Blood sugar content, ef-
fect on (UNDERHILL)
1916, 25, 450
Deglycogenation, use for
(Sansum and Woop-
YATT)
1ON5, 21,, 25
1916, 24, 327
Epinephrine—continued:
Determination, colorimet-
ric (Foun, CANNON,
and DeEnts)
1912-13, 13, 477
—, —, in desiccated su-
prarenal glands (SEI-
DELL)
1913, 15, 197
Fetal suprarenal glands,
occurrence in (Mac-
LEOD) ,
1915, 23, 435
Glycosuria, influence on
(KLEINER and MeE.rz-
ER)
1911, 9, xxiii
—, piperidine diabetes, re-
lation to (UNDERHILL)
1905-06, 1, 129
—, urethane, action on
(UNDERHILL)
1911, 9, 13
Hydrazine, effect on se-
cretion of (UNDERHILL
and FINE)
1911-12, 10, 283
Hyperglycemia, calcium
chloride, influence of
(UNDERHILL)
1916, 25, 451
—, calcium lactate, in-
fluence of (UNDERHILL)
1916, 25, 451
Ninhydrin reaction with
(Harpine and Mac-
LEAN)
1916, 25, 343
Suprarenal glands, con-
tent of (Foun, Can-
non, and Dents)
1912-13, 13, 481
— —, — — before and af-
ter birth (FENGER)
1912, 11, 489;
1912, 12, 55
250
Epinephrine—continued:
Uric acid, effect on deter-
mination of (Lewis)
1916, 24, 251
Urine, sugar content, ef-
feet on (UNDERHILL)
1916, 25, 450
Epinephrine hydrate:
Decomposition products
of (Ape, and TavEav)
1905-06, 1, 1
Potassium hydroxide, crys-
tallization from (ABEL
and TAVEAU)
1905-06, 1, 6
Purification .of (ABEL and
TAVEAU)
1905-06, 1, 1
Epsom salts:
Urie acid, endogenous, in-
fluence on excretion of
(Mernprt and STEHLE)
1915, 22, 225
Equilibrium:
Neutrality in blood and
protoplasm (HENDER-
SON)
1909-10, 7, 29
(RoBERTSON)
1909-10, 7, 351
Erepsin:
Cabbage (BiLoop),
1910-11, 8, 215
Casein, racemized, action
on (DaKkIn and Dup-
LEY)
1913, 15, 274
racemized, ac-
(Dakin and
Caseose,
tion on
Duprey)
1913, 15, 274
Glomerella —rufomaculans
(Reep and Srant)
1911-12, 10, 109
Sphaeropsis malorum
(Rerp and Sraunt)
1911-12, 10, 109
The Journal of Biological Chemistry
Ereptone:
Metabolism of (Mar-
THEWS and NELSON)
1914, 19, 232
Erythritol:
Carbon, source of,
fungi (Nerpia)
1913-14, 16, 143
Erythrocytes:
Blood content, influence
of oxygen on (KoLLS
and LoBVENHART)
1914, 17, xxxviil
Dyes, staining with (Ros-
ERTSON)
for
1908, 4, 12
Oxidizing power (Mc-
CLENDON)
LOTS 21 ete
Esterase:
Sodium fluoride, com-
pounds with (Prrrcn)
1913-14, 16, 5
Liver, partial purification
(PEIRCE)
1913-14, 16, 1
Esters:
Animal enzymes, hydrol-
ysis by (LOEVENHART)
; 1906-07, 2, 427
Bromoethyl (Jacops and
HEIDELBERGER)
1915, 21, 449
Carbohydrate, of fatty
acids (BLOooR)
1909-10, 7, 427;
1912, 11, 141, 421
Fatty, cheddar cheese,
production in (Suzuxt,
Hastines, and Hart)
1909-10, 7, 431
Halogenethyl, hexameth-
ylenetetraminium salts
(JAcops and H&ImDEL-
BERGER)
“1915, 21, 439
Subjects
Esters—continued:
Hydrolysis of, action of
fatty acids on (Am-
BERG and LOBVENHART)
1908, 4, 154
Pancreatic juice, hydrol-
ysis by, effect of bile on
(LoBvENHART and Sou-
DER)
1906-07, 2, 415
Ether:
Acetonuria following anes-
thesia by (BaLpwIn)
1905-06, 1, 239
Anesthesia, blood sugar
content, influence on
(UNDERHILL)
1905-06, 1, 115
(Ross and McGuican)
1915, 22, 407
(McGuiean and Ross)
1915, 22, 419
Blood fat, influence on
(BLoor)
1914, 19, 13
Bromoethyl (Jacoss and
HEIDELBERGER)
1915, 21, 440
Cell division, influence on
(LILLIE)
1914, 17, 128
Fatty acid salts, solu-
bility in (JAconson and
Homes)
; 1916, 25, 35
Glycosuria, effect on (SAN-
sum and WoopyAtTt)
1915, 21, 17
Halogenethyl, hexameth-
ylenetetraminium salts
(Jacops and HE&IDEL-
BERGER)
1915, 21, 439
Nitrogen excretion, influ-
ence on (Hawk)
1908, 4, 321
lo
Or
—
| Ether—continued:
Nitrous oxide and, anes-
thesia, blood sugar, ef-
fect on (EpsTern and
ASCHNER )
1916, 25, 157
Reductase, action on
(Harris and CREIGH-
TON)
1915, 22, 538
Serolipase, action on
(von Hess)
1911-12, 10, 390
Ethereal sulfates:
See Sulfates.
o-Ethoxybenzyl chloride:
Hexamethylenetetramin-
ium salt (Jacosps and
HEIDELBERGER)
1915, 20, 677
5-Ethoxycytosine:
(JoHnson and McCotium)
1905-06, 1, 445
p-Ethoxyphenacyl bromide:
Hexamethylenetetramin-
ium salt (JacoBs and
HEIDELBERGER)
1915, 21, 463
Ethyl alcohol:
Cell division,
(LILuig)
1914, 17, 133
Fatty acid salts, solu-
bility in (JacoBson and
HoLMEs)
effect on
1916, 25, 33
Glucose and, metabolism
of (Lusk)
1915, 20, 595
Muscle, derivation in
(TAYLOR)
1913, 15, 217 .
Urease, action on (MAr-
SHALL)
1914, 17, 360
(Van StyKe and Zacu-
ARIAS) 1914, 19, 199
252
Ethyl amine:
Determination (FostTsr)
1915, 20, 411
Oxidation in sea urchin’s
egg, effect on (Lons
and WASTENEYS)
1913, 14, 355
Ethyl chloride:
Blood sugar,
(UNDERHILL)
1905-06, 1, 118
5-Ethylcytosine:
Salts (JOHNSON
MENGE)
1906-07, 2, 112
Synthesis (JOHNSON and
MENGE)
1906-07, 2, 105
Ethylene anisate:
(JAcoBs and HrmmELBER-
GER)
effect on
and
1915, 21, 471
Ethylenebischloroacetamide:
(JacoBs and HrmpELBER-
GER)
1915; 21, 15
Ethylene bromoacetin:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 449
Ethylene glycol:
Carbon, source of,
fungi (Neipia)
1913-14, 16, 148
Ninhydrin reaction with
ammonium salts, effect
on (HARDING and WaR-
NEFORD)
for
1916, 25, 330
_ Ethyl glycolate:
Physiological
(Lusk)
action
1915, 20, 593
Ethyl hydantoate:
Metabolism (Lewis)
1912-13, 13, 347
The Journal of Biological Chemistry
2-Ethylmercapto-1,5-dimethyl-
6-oxypyrimidine:
(JoHNsOoN and C.app)
1908-09, 5, 54
2-Ethylmercapto-3,5-dimethyl-
6-oxypyrimidine:
(JoHNson and Cuiapp)
1908-09, 5, 55
2-Ethylmercapto-5-ethoxy-
6-aminopyrimidine:
(Jounson and McCouium)
1905-06, 1, 444
2-Ethylmercapto-5-ethoxy-6-
chloropyrimidine:
(Jounson and McCouium)
1905-06, 1, 443
2-Ethylmercapto-5-ethoxy-6-
oxypyrimidine:
(JoHnson and McCoutium)
1905-06, 1, 441
2-Ethylmercapto-5-ethyl-6-
aminopyrimidine:
(JoHNsonN and MENG)
1906-07, 2, 111
2-Ethylmercapto-6-ethylami-
nopyrimidine:
(Jonns and HmeNpRIx)
1914, 19, 27
2-Ethylmercapto-5-ethyl-6-
chloropyrimidine:
(JOHNSON and MpnGE)
1906-07, 2, 110
2-Ethylmercapto-5-ethyl-6-
oxypyrimidine:
(JoHnson and Mrnen)
1906-07, 2, 109
2-Ethylmercapto-5-iodo-6-
aminopyrimidine:
(JOHNSON and JOHNS)
1905-06, 1, 313
2-Ethylmercapto-5-iodo-6-
anilinopyrimidine:
(JoHNSON and JOHNS)
1905-06, 1, 314
2-Ethylmercapto-5-iodo-6-
chloropyrimidine:
(JOHNSON and JOHNS)
1905-06, 1, 313
Subjects 253
2-Ethylmercapto-5-iodo-6-
oxypyrimidine :
(Jonnson and JoHNs)
1905-06, 1, 310
2-Ethylmercapto-6-methyl-
aminopyrimidine:
(JOHNS)
1911, 9, 163
2-Ethylmercapto-4-methyl-6-
ethylaminopyrimidine :
(Jouns and BauMANN)
1913, 15, 121
2-Ethylmercapto-4-methyl-6-
methylaminopyrimidine:
(JOHNS)
1912, 11, 395
Ethyl nitrate:
Cell division,
(LILiiz)
- 1914, 17, 137
p-Ethylphenacyl bromide:
(Jacops and HErIDEL-
BERGER)
effect on
1915, 21, 458
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 459
p-Ethylphenyl bromoethyl ke-
tone:
(JACOBS
BERGER)
and HEIDEL-
1915, 21, 458
a-Ethyl- 6-pseudoethylthiourea
acrylic acid:
(JoHNnson and MENGE)
1906-07; 2, 110
2-Ethylpseudothiourea:
Picrate (WHEELER
JAMIESON)
1908, 4, 117
Picrolonate (WHEELER
and JAMIESON)
1908, 4, 117
and
5-Ethyluracil:
(Jounson and Menap)
1906-07, 2, 111
Ethyl urethane:
Cell division, effect on
(Lops and WASTENEYS)
1913, 14, 520
(LILLIE)
1914, 17, 131
Oxidation of sea urchin’s
ege, effect on (Lons and
W ASTENEYS)
1913, 14, 520
p-Ethylxanthogenate-4-benzyl-
hydantoin:
(Jounson and Braut-
LECHT)
1912, 12, 189
Euglobulin:
Ox serum, refractive in-
dex of (RoBERTSON)
1912, 11, 193
Eupolymnia aurantiaca:
Indicator from (CRozrIER)
1916, 24, 443
Evaporation:
Aqueous extracts (ALD-
RICH)
1915, 23, 255
Ewald-Boas:
Test meal (Koper, LYLE,
and MaRrsHALL)
1910-11, 8, 95
Excelsin:
Heat of combustion (BEN-
Epict and OSBORNE)
1907, 3, 125
Papain, digestion by
(Menpet and Buoop)
1910-11, 8, 189
Excretion:
Acid (HENDERSON
PALMER)
1913, 14, xxv
—, factor of (HENDERSON
and PALMER)
1914, 17, 305
— in nephritis (HENDER-
son and PALMER)
1915, 21, 37
and
254
Excretion—continued:
Acid, process of (HmnppR-
son) 1911, 9, 403
Barium (Myer)
1909, 6, xlvii
Calcium (Mernpren and
BENEDICT)
1909, 6, xx
Creatinine on prolonged
creatine-free diet (RinG-
ER and Ratrztss)
1914, 19, 487
Cutaneous, of nitrogenous
material (BENEDICT)
1905-06, 1, 263
Hippuric acid, velocity of
(Ratziss, Rarziss, and
RINGER)
1914, 17, 527
Magnesium (Menpet and
BENEDICT)
1909, 6, xx
Nitrogen, during purine-
free and -rich diet
(HAMMETT)
1915, 22, 551
Phenols, free and conju-
gated(Fourn and Dents)
1915, 22, 309
Physics of (Macauuum),
1914, 17, viii
Proteins, time relations in
(WoLr)
1909, 6, xlvii
Purine catabolites in urine
(Hunrpr, Givens, and
JUION)
1914, 18, 387
(Hunter and Givens)
1914, 18, 403
—, endogenous, in man
(Mactnop and Has-
KINS)
1906-07, 2, 231
Urea, rate of (Appis and
WATANABE)
1916, 24, 203
The Journal of Biological Chemistry
Excretion—continued:
Uric acid, endogenous, di-
gestive glands, role in
(Mernpeu and STrxur)
1915, 22, 215
— —, normal (HanziiK
and Hawk)
1908-09, 5, 355
Exercise:
Low protein diet, effect on ~
(FostTER)
1909-10, 7, 389
Extraction:
Apparatus (GREENE)
1909-10, 7, 503
— for liquids (Sarr)
1909-10, 7, 21
F
Factor:
Protein (JANNEY)
1916, 25, 185
Fast:
Acidity of urine, influence
on (ZpMAN, Koun, and
Hower)
1915, 20, xxvi
Creatine excretion during
(ZEMAN and Howe)
1915, 20, xviii
Nitrogen distribution dur-
ing (Hows, Martitu,
and Hawk)
1912, 11, 108
Fasting:
Amino-acid content of tis-
sues, effect on (VAN
Stryke and Mrynr)
1913-14, 16, 210, 231
Blood fat, effect on
(BLoor)
1914, 19, 9
— proteins, composition
of, effect on (Roperr-
SON)
1912-13, 13, 325
Subjects
Fasting—continued:
» Catalase content of fis-
sues, effect on (HAWK)
1911, 9, xxi
Differential leukocyte
count during (Hows
and Hawk)
1911, 9, xxi
Fat, resorption during, in
migration of salmon
(GREENE)
1912, 11, xvili
Formic acid exeretion, ef-
fect on (DAKIN, JAN-
ney, and WAKEMAN)
19138, 14, 351
Hydrogen ion concentra-
tion of blood, effect on
(WILSON, STEARNS, and
THURLOW)
1915; 235) 99
— — — — urine (Hows
and Hawk)
1914, 17, xlviil
Intestinal putrefaction
during (SHERWIN and
Hawk)
1912, 11, 169
— — and bacterial devel-
opment (BLATHERWICK,
SuHprwin, and Hawk)
1912, 11, vill
Lobsters, weight and com-
position, effect on (Mor-
GULIS)
1916, 24, 137
Metabolism during (Hows
and Hawk)
1912, 11, xxxi
—, influence on (BENE-
DICT)
1915, 20, 296
Nitrogen curves after
(Peprer and AusTIN)
1915, 22, 81
Fasting—continued:
Protein content of serum,
effect on (BRriGGs)
1915, 20, 7
— metabolism in (Foun)
1908, 4, xvil
Repeated (Howr and
Hawk)
1909-10, 7, xlvi
Studies (Howr, MarriLu,
and Hawk)
1909-10, 7, xlvii;
1911-12, 10, 417;
1912, 11, 103
(How8 and Hawk)
1912, 11, 129
(SHeRwin and Hawk)
1912, 11, 169
Urie acid, endogenous, ex-
cretion of, effect on
(MenpEL and STEHLE)
1915, 22, 219
Water ingestion after, ef-
fect of (Howr, Mart-
TILL, and Hawk)
1911-12, 10, 417
Fat:
Absorption (BLooR)
1912, 11, 429;
1913, 15, 105;
1913-14, 16, 517
—; changes during
(Bioor)
1913-14, 16, 517
— and deposition (MEN-
DEL and DANIELS)
1912-13, 13, 88
—., fat-soluble dyes, study
with (MenpeE. and Bau-
MANN) 1915, 22, 179
—, lipoids of blood and
(BLooR)
1915, 22, 317
—, when stained with
Sudan III (Wuite-
HEAD)
1909-10, 7, xxvil
256
Fat—continued:
Animal tissues and lipase
(BRADLEY)
1912-13, 13, 407
Assimilation (BLoor)
1916, 24, xi, 447
Blood changes after feed-
ing (Boor)
1914, 19, 3
— content (RosEnTHAL
and TROWBRIDGE)
1915, 20, 712
(GEPTLER and BaxeEr)
1916, 25, 218
(Bioor)
1916, 25, 585
— —,, fasting, influence of
(Buoor)
1914, 19,
SS Ss ihe introduction, a
fect of (Mrnprn and
BauMANnN)
1915, 22, 169
(Boor)
1914, 19, 3
— —in lipemia (Imrr)
1915, 20, 87
= =» Darcotics, efieet of
(Bioor)
1914, 19, 11
——, variation under nor-
mal conditions (BLoor)
1914, 19, 1
changes in,
absorption of
— lipoids,
during
(Boor)
1915, 23, 317
Butter. See Butter fat.
Carbohydrate, formation
from, heat production
during (Lusk)
1915, 20, 581
Chicken, acid value: fac-
tors influencing (Prn-
NINGTON, Heppurn, and
Connoty)
1914, 17, xliv
The Journal of Biological Chemistry +
Fat—continued:
Cream content, changes
in, with age, at 0° (PEN-
NINGTON, Hepsurn, Sr.
Joun, Wirmer, STar-
FORD, and BURRELL)
1913-14, 16, 342
Creatine- creatinine excre-
tion during inanition,
effect on (MENDEL and
Rose)
LO1I—125 1O233
Determination of (RosEn-
THAL and TROWBRIDGE)
1915, 20, 711
— —, in blood (Bioor)
1914, 17, xxxvil, 377;
1915, 23, 319
(GETTLER and BAKER)
1916, 25, 218
— —, — feces (Foun and
WENTWORTH)
1909-10, 7, 421
(Saxon)
1914, 17, 99
(GEPHART and CsonxKa)
1914, 19, 521
(SmirH, Minurr, and
Hawk)
1915, 21, 396
— —, — moist masses
(Saxon)
1914, 17, 99
Digestion, bile, effect of
(LoEVENHART and Sov-
DER)
1906-07, 2, 415
Egg yolk, growth, effect
on (OsBORNE and Mrn-
DEL)
1913-14, 16, 432
Embryo, transport to.
(Mernpat and DaniEzs)
1912-13, 13, 91
Fatty acids, source of, in
cheese (Suzuki, Hast-
INGS, and Harr)
1909-10, 7, 450
Subjects
Fat—continued:
Feces, content of, changes
in, when preserved by
freezing (SmirH, MuIt-
LER, and Hawk)
1915, 21, 395
Flour content, bleaching,
effect of (Lapp and
BASSETT)
1909, 6, 76
Formation in perfused
kidney (UNDERHILL and
HENDRIX)
1915, 22, 471
-Free food, feeding experi-
ments with (OSBORNE
and MENDEL)
1912, 12, 81
Growth, effect on (Mc-
Coxtum and Davis)
1915, 20, 641
—, glycocoll, and, metab-
olism, effect on (Mur-
Lin and Lusk)
1915, 22, 23
— and, metabolism, effect
on (Murtin and Lusk)
1915, 22, 19
Hypernephromas, renal
(WELLS)
1909, 4, xxvi
Infiltration of cat’s kidney
(MorrraM)
1916, 24, xi
Ingested, fate of, in ani-
mal body (RAPER)
1912, 11, ix
—, metabolism, effect on
(Mururw and Lusk)
1915.) 220e
Intestine, absorption from
(MenpeEL and Bau-
MANN)
1915, 22, 173
Lecithin in metabolism of
(BLoor)
1916, 24, xi, 447
257
Fat—continued:
Metabolism (Lusk)
1912-13, 13, 38
(Murtrn and Lusk)
1915, 22, 19
—, liver function in (Ra-
PER) -
1913, 14, 117
Milk content (Meres and
MarsH)
1913-14, 16, 150
(Van Styke and Bos-
WORTH)
1915, 20, 151
(Bosworta and VAN
SLYKE)
1916, 24, 184, 187
—, transport in (MENDEL
and DANIELS)
1912-13, 13, 92
Muscular tissue of salmon,
storage in and resorp-
tion during migration
fast (GREENE)
1912, 11, xviii
Natural, growth, influence
on (OsBorNE and MEn-
DEL) 1915, 20, 379
Nitrogen elimination, ef-
fect on (MrnpEL and
LEwIs)
1913-14, 16, 37
— metabolism, effect on
(McCotium and Hoac-
LAND
1913-14, 16,°317
Nutrition with (MacAr-
THUR and LucKETT)
1915, 20, 165
Proteins, formation from,
in eggs of fish and am-
phibians (McCLENpDoN)
1915, 21, 269
-Soluble A, growth factor
(McCotium and KeEn-
NEDY)
1916, 24, 493
258
Fat—continued:
-Soluble dyes, fat absorp-
tion studied by (Mxmn-
DEL and BAUMANN)
1915, 22, 179
Stained, absorption of
(WHITEHEAD)
1909-10, 7, xxvil
—, behavior in animal or-
ganism (Menpeu and
DANIELS)
1912-13, 13, 71
(MenprEx and BAUMANN)
1915, 22, 179
—, metabolism (MENDEL
and DANIELS)
1912-13, 13, 81
Starvation, transport in
(Mernpet and DanreLs)
1912-13, 13, 90
Stomach, mammalian, ab-
sorption from (MENDEL
and BAUMANN)
1915, 22, 165
Swine, physical constants
of (Emmett and Car-
ROLL)
1911, 9, xxiii
Uric acid, endogenous, ex-
cretion of, effect on
(Mxnpegu and Struue)
1915, 22, 221
Utilization, cocaine, effect
of (UNDERHILL and
- Buack)
1912, 11, 235
—, water drinking, effect
of (Martini and HawK)
TOTO ex
Vegetable, growth, effect
on (McCoutitum = and
Davis)
1915, 21, 179
Vitellin, production from
(McCienpon)
1915, 21, 269
The Journal of Biological Chemistry
Fat cells:
Omentum, staining by
dyes (RoBERTsON)
1908, 4, 10
Fatigue:
(UNDERHILL and Woop-
RUFP)
1914, 17, 9
Fatty acid:
See Acid.
Fatty infiltration:
Hepatic, in late pregnancy
and early lactation
(Morrram)
1915, 20, xxxi
Fecal bacteria:
Allantoin, action on (Gry-
ENS)
1914, 18, 420
Determination of (Mar-
TILL and Hawk)
1911, 9, xx
Gas production of, grown
on sugar bouillon (H=R-
TER and WARD)
1905-06, 1, 415
Methyl mercaptan pro-
duction, when grown on
peptone medium (H=ER-
TER)
1905-06, 1, 421
Fecal nitrogen:
Origin (MenpEvand FINE)
_ 1912, 11, 5
Feces:
Acids and bases of (HER-
TER)
1906-07, 2, 11
Advanced anemia (HER-
TER) :
1906-07, 2, 1
Aluminium, determination
of (Scumipt and Hoac-
LAND)
1912, 11, 387
Subjects 259
Feces—continued: Feces—continued:
Analysis of (OsBorNE and
MENDEL)
1914, 18, 177
Bacteria, contribution of,
to (OsBorNE and Mrn-
DEL)
1914, 18, 177
Boric acid, excretion of
(WILEY)
1907, 3, 15
Calcium, determination of
(McCruppEN)
1909-10, 7, 83
(LyMan)
1915, 21, 551
Chlorides, excretion of, in
diabetes (LEBENSOHN)
1915, 23, 519
Dimethylamidobenzalde-
hyde reaction of (HER-
TER)
1906-07, 2, 10
Fat content, changes in,
when preserved by
freezing (Smits, Mrt-
LER, and Hawk)
1915, 21, 395
—, determination of (Fo-
LIN and WENTWORTH)
1909-10, 7, 421
(Saxon)
1914, 17, 99
(GEPHART and CsonKA)
1914, 19, 52]
Fatty acids, determina-
tion of (Foun and
WENTWORTH)
1909-10, 7, 421
Hydrobilirubin reaction
of, in advanced anemia
(HERTER)
1906-07, 2, 15
Hydrogen ion concentra-
tion (Howx and Hawk)
1912, 11, 129
Hydrogen ion concentra-
tion of extracts (HowE
and Hawk)
1912, 11, xxxil
Indole, occurrence of
(HERTER)
1906-07, 2, 2
Inosite, excretion of, in
(ANDERSON)
1916, 25, 395
Magnesium, determina-
tion of (McCruDDEN)
1909-10, 7, 83
Metabolic end-products,
determination of (MEN-
DEL and FINE)
1912, 11, 21
— — and residual food ni-
trogen of (FINE)
1912, 11, xiii
Nitrogen, diet, effect of,
on (Menpet and FIN)
1912, 11, 15
Phenol, occurrence of, in
advanced anemia (HER-
TER)
1906-07, 2, 2
Phosphorus, determina-
tion of (Gi~L, PETER-
son, and GRINDLEY)
1909, 6, xii
(TayLor and MILLER)
1914, 18, 220
Pigments excreted in (Pat-
MER and EcKLEs)
1914, 17, 241
Preservation (Howe,
RUTHERFORD, and
Hawk)
1909, 6, xlix
Purine excretion in (Mpn-
pEL and LyMaAn)
1910-11, 8, 137
Saccharin, determination
of (WAKEMAN)
1910-11, 8, 233
260
Feces—continued:
Salicylates, recovery of,
from (THOBURN and
HANZLIK)
NOLO OL tie
Seatole in, in advanced
anemia (HERTER)
1906-07, 2, 2
Feedingstuffs: j
Amino-acid content (No.-
LAU)
1915, 21, 611
Nitrogen, water-soluble,
content (Harr and
BENTLEY)
1915, 22, 477
Phosphorus, acid-soluble,
content (Harv and Tor-
TINGHAM)
1909, 6, 431
— content (CoLLison)
1912, 12, 65
See also Foodstuffs.
Ferment:
Cane sugar, inversion of
(TayLor) -
1908-09, 5, 405
Embryos, occurrence in
(Jonus and AusTRIAN)
1907, 3, xxviii
Growth of burley tobacco,
effect on (OostHurzEN
and SHepp)
1913-14, 16, 439
Lactic acid, intestinal pu-
trefaction, effect on
(BaLpwin)
1909-10, 7, 37
Maltose, inversion of (Tay-
LOR)
1908-09, 5, 405
Nuclein, of embryo (Jonrs
and AusTRIAN)
1907, 3,
synthesis of
227
Protamines.
(TAYLOR)
1908-09, 5, 381
The Journal of Biological Chemistry
Ferment—continued:
Proteolytic, method — of
study of (Kosrr)
1ONI-12.. 10,79
—, specific, formation of,
by parenteral introduc-
tion of foreign protein
(TayLor and Huron)
1915, 22, 59
(Huron)
ONG) 25, l6ameen
Purine, of rat (Ronpr and
JONES)
1909-10, 7, 237
Yeast, nuclein ferment of
(StRAUGHN and JoNnEs)
1909, 6, 245
See also Enzyme.
Fermentation:
Bulb (Keyes and GrLLEs-
PIB)
1912-13, 13, 295
Citrie acid in milk (Bos-
WworTH and PrucHa)
1910-11, 8, 479
Nuclein, physiological
agents of (JONES)
1911, 9, 169
Sugar by bacteria, leci-
thin, effect of (EpsTEin
and OLSAN)
LOU Uy Silo
Tannic acid (KNupson)
1913, 14, 159, 185
Tubes, gas volume in
(KENDALL)
1909, 6, 259
—, intestinal bacteriology,
use in (Herrer and
KENDALL)
1908-09, 5, 283
(IXENDALL)
1909, 6, 257
Ferric chloride:
Cystine, oxidation of, ef-
fect on (MatHrws and
WALKER)
1909, 6, 296
Subjects
Ferric hydroxide:
Blood proteins, removal
of, with (VAN SLYKE,
VrnoGRaAp - VILLCHUR,
and LosEE)
1915, 23, 380
Liver autolysis, effect on
(BrapLey and TayLor)
1916, 25, 267
Ferric thiocyanate:
Microcolorimetric anal-
ysis, use in (HOWLAND,
HapssLterR, and Mar-
RIOTT)
1916, 24, xviii
Fertilization:
Autolysis, effect on (LYON
and SHACKELL)
1909-10, 7, 371
Catalytic activity, effect
on (AmBEeRG and WIN-
TERNITZ)
1911-12, 10, 295
Eggs of sea urchin, by sub-
stance extracted from
sperm of that species
(ROBERTSON)
1912, 12, 1
Oxidation in sea urchin’s
egg, effect on (McCLEN-
pon and MrrcHEL)
1911-12, 10, 470
Fertilizer:
Nitrogenous (GREAVES)
1909-10, 7, 287
Phosphates as (GREAVES)
1909-10, 7, 304
Salts as, plant enzymes,
effect on (SULLIVAN)
1909, 6, xliv
Fertilizing substance:
Sperm, extraction
(ROBERTSON)
GHD. 12 seal
from
Fetus: ,
Human, adenase in ( Lona)
1913, 15, 449
261
Fetus—continued P
Human, purines and purine
metabolism of (WELLS
and CorPER)
1909, 6, 469
Fever:
Body proteins, destruction
in (SHAFFER)
1909, 6, xxvil
Creatinine, elimination of,
effect on (Myers and
VoOLovic)
LOTS xxats
1913, 14, 489
Metabolism in experi-
mental (Myers and Vo-
LOVIC)
1912) 10; ex
Fibrin:
Amino-acid content (VAN
SLYKE)
1911-12, 10, 49
Ash-free preparation (Bos-
WORTH)
1915, 20, 91
Cabbage erepsin, diges-
tion by (BLoop)
1910-11, 8, 223
Compounds of (Bos-
WORTH)
1915, 20, 92
Glucose from, in diabetic
organism (JANNEY)
1915, 20, 333
Heteroalbumose (LEVENE,
Van SLYKE, and Bircu-
ARD
1910-11, 8, 269
Molecular weight (Bos-
WORTH)
1915, 20, 94
Pancreatic enzymes, hy-
drolysis by (HARDING
and MacLBan)
1916, 24, 517
262
Fibrin—continued:
Papain, solution by (Mrn-
DEL and Buoop)
1910-11, 8, 187
Pepsin digestion, acids, ef-
fect of (Brre and Gigs)
1906-07, 2, 502
Protoalbumose (LEVENE,
VAN SLYKE, and Brrcu-
ARD)
1911-12, 10, 57
Putrefaction of (McCrup-
DEN)
1910-11, 8, 109
Swelling in basic solutions
(Brera and Gizs)
1906-07, 2, 541
isohydrie — solu-
tions (Bere and Gis)
1906-07, 2, 508
Trypsin hydrolysis, bases,
effect of (BERG and
Gims)
1906-07, 2, 537
Fibrinolysins:
Tissue (FLEISHER and
Los)
1915, 21, 477
Filter paper:
Nitrogen elimination, ef-
fect on (MrEnpEL and
‘Lewis)
1913-14, 16, 28
Fisetin:
Poison ivy, isolation from
(ACREE and Symez)
1906-07, 2, 554
Fish:
Blood of (Dxnis)
1913-14, 16, 389
Elasmobranch, nephro-
toxic agents, resistance
to (Dents)
1913-14, 16, 395
Urine of (Dmnis)
1912-13, 13, 225:
1913-14, 16, 389
The Journal of Biological Chemistry
Fission:
Planarian worms, pitui-
tary body, effect of
(WuuzEn)
1916, 25, 625
Flavor:
Cheese, cause of (Suzuxr,
Hastinas, and Harr)
1909- 10; 7, 455
Flesh:
Chemistry of (GrrnpLEy
and Woops)
1906-07, 2, 309
(Emmett and ’ GRinp-
LEY)
1907, 3, 491
Cold storage, effect of
(Emmert and Grinp-
LEY)
1909, 6, ix
Flounders:
Composition (Moreuuis)
1915, 20, 44
Fasting, oxygen consump-
tion of (Morautts)
1915, 20, 37
Flour:
Bleaching of (Lapp and
BASSETT)
1909, 6, 75
Proteins extracted by usu-
al solvents (BarLey and
BuisH)
1915, 23, 345
Fluids:
Drying of (RosENBLOoM)
1913, 14, 27
Human, uric acid content
of (Finr)
1915, 23, 472
Organic, iron, determina-
tion of (Marriorr and
Wotr)
1905-06, 1, 459
Urea content (MarsHALL
and Davis)
“1914, 18, 60
Subjects
Fluorides: .
Food products, detection
in (AmpERG and Loz-
VENHART)
1908, 4, 158
Lipase, inhibiting effect on
(AmBurRG and LOEVEN-
HART)
1908, 4, 149
Folin’s method:
Acetone and diacetic acid
(Harr)
1908, 4, 473
Ammonia (Howr and
Hawk)
1908, 4, x;
1908-09, 5, 477
— jin urine (STeEL and
GrEs)
1908-09, 5, 71
— — —, improvement of
(STEEL)
; 1910-11, 8, 365
Creatine, meat, applica-
tion to (EMMETT and
GRINDLEY)
1907, 3, 491
— in urine (McCRUDDEN
and SARGENT)
1916, 24, 423
Creatinine, errors in (Tay-
LOR) 1911, 9, 19
—, meat, application to
(Emmert and GRIND-
LEY)
1907, 3, 491
Urea (Howe and Hawk)
1908, 4, x;
1908-09, 5, 477
(BENEDICT)
1910-11, 8, 405
(Bock)
1913, 14, 295
Folin-Denis method:
Epinephrine, determina-
tion of (Lewis)
1916, 24, 250
263
Folin-Farmer method:
Nitrogen, defense of (Fo-
LIN) 1915, 21, 195
—, examination of (Bock
and BENEDICT)
1915, 20, 47
(Harpine and WARNE-
FORD)
1915, 21, 69
—, modification of (Gu-
LICK)
1914, 18, 541
Food:
Acid- and base-forming
elements, balance of
(SHERMAN and SIN-
CLAIR)
1907, 3, 307
(SuprMAN and GeErTtT-
LER)
1912, 11, 323
Calcium, determination of
(McCrupDEN)
1909-10, 7, 83
Children, requirements of
(Rockwoop)
1909-10, 7, xxvl
Creatine- and creatinine-
free (CHESNUT)
1914, 17, xli
Fat-free, feeding experi-
ments with (OsBORNE
and MENDEL)
12; 81
Fluorides, detection of
(AmBERG and LOEVEN-
HART)
1908, 4, 158
Glucose, commercial value
of (Sansum and Woop-
YATT)
1916, 24, 23
Intake, growth, relation to
(OssorNE and MeEn-
DEL)
1915, 20, 357
264
Food—continued:
Magnesium, determina-
tion of (McCruppEn)
1909-10, 7, 83
Metabolism, effect on
(Lusk)
1915, 20, viii
Mineral content (SHErR-
MAN and GETTLER)
TODAS doo
Nitrates, determination of
(MircHe.u, SHONLE,
and GRINDLEY)
1916, 24, 472
Nitrogen content (Bar-
KER and CoHor)
1905-06, 1, 286
Phosphorie acid, determi-
nation of (CHAPIN and
Powick)
1915, 20, 97
Phosphorus, determina-
tion of (Grit, PETER-
son, and GRINDLEY)
1909, 6, xii
Urine composition, effect
on (BLATHER WICK)
1914, 17, xl
Vitamines, distribution
and isolation of (SuLLI-
VAN and Vore@rTLin)
1916, 24, xvi
Foodstuffs:
Metabolism,
(Lusk)
1912-13, 13, 185
Specific dynamic action of
(Lusk)
effect on
UGS 2055055
See also Feedingstufts.
Formaldehyde:
Determination, colorimet-
ric (CoLLINS and Hanz-
LIK)
1916, 25, 231
Excretion (McGuiGan)
1912, 11, xxxiii
The Journal of Biological Chemistry
Formaldehyde—continued:
Milk, detection in
REB)
(Ac-
1906-07, 2, 145
Formic acid:
Fatty acids, product in
catabolism of (DaxkINn
and WAKEMAN)
1911, 9, 329
Metabolism of (RrvcER)
1913, 14, 44
—, intermediary, product
of (Daxrn, JANNEY, and
WAKEMAN)
1913, 14, 348
Oxidation with hydrogen
peroxide (Dakin)
1908, 4, 229
Urine, determination in
(Dakin, JANNEY, and
WAKEMAN)
1913, 14, 341
Formyl-2-oxy-5,6-diaminopy-
rimidine:
(JOHNS)
1912 11 oe
Formyl-2-oxy-3-methyl-5,6-
diaminopyrimidine:
(JOHNS)
Monies SIN ee
Fowl cholera:
Urea nitrogen of (KEN-
DALL and WALKER)
1913, 15, 282
Freezing point:
Autolysis,study by (WELLS
and Brnson)
1907, 3, 35
(Benson and WE Ls)
1910-11, 8, 64
Blood (GrrrLer and Ba-
KER)
1916, 25, 221
Body liquids of Fundulus
(Lorn and WAsTENEYs)
1915, 21, 224
Subjects 26
Freezing point—continued:
Cream, changes in with
age, at 0° (PENNINGTON,
Heppurn, Sr. JOHN,
Wirmmr, STAFFORD, and
BURRELL)
1913-14, 16, 345
Fundulus cell contents,
surrounding — solution,
effect of (Lorp and
W ASTENEYS)
1915, 23, 158
Milk, changes in with
age, at 0° (PENNINGTON,
HepsBuRN, Sv. JOHN,
WITMER, STAFFORD,
and BURRELL)
1913-14, 16, 342
Sea water (LorsB and
WASTENEYS)
1915, 21, 224
Urine, dilute (Macat-
Lum and Brnson)
1909, 6, 87
Water, depression by dis-
solved caseinates (RoB-
ERTSON and BURNETT)
1909, 6, 105
Fructose:
Arrowhead tubers, occur-
rence in (MryAKer)
1913, 15, 223
Heat, influence on (HEN-
DERSON)
1911-12, 10, 6
d-Lactic acid formation
from (LEVBNE and
MEYER)
1913, 15, 68
Metabolism (Lusk)
1915, 20, 590
Phlorhizin glycosuria, in-
fluence on (LusK)
1915, 20, 606
Sweet potato tubers, oc-
currence in (M1ryAKE)
1915, 21, 505
[|
Fructose—continued:
Tissue, kidney, action of
(LevENE and Meys5R)
1915, 15, 67
Fruit:
Chemical organism (VIN-
son) 1909-10, 7, xl
Urine, composition of, ef-
fect on (BLATHERWICK)
1914, 17, xl
Fucose:
Marine alge, isolation
from (HoaGLAND and
LIEB)
1915, 23, 295
Fumaric acid:
Molds, behavior of, to-
wards (Dox)
1910-11, 8, 266
Fumes:
Absorption of (Four and
Denis)
1912, 11, 503
Function:
Lime requirements of ani-
mals, influence on
(StreNBock and Harr)
1913, 14, 59
Functional variability:
(Rierz and MircHeE.t)
1910-11, 8, 297
Fundulus:
Eggs, osmotic pressure,
surrounding solutions,
relation to (LorB and
W ASTENEYS)
1915; 23, Lor
heteroclitus, copper, ab-
sorption of (WHITE and
THOMAS)
1912, 11, 381
Osmotic pressure of body
liquids, balanced and
non-balanced salt solu-
tions, effect of (LOEB
and WASTENEYS)
1915, 21, 223
266
Fundulus—continued:
Potassium chloride, effect
of (Loms and CaTrTELL)
1915, 23, 41
Sugar solutions, toxicity
of (Lors)
1912, 11, 415
Fungus:
Enzymes (Dox)
1909, 6, xxiv
—, cellulose-destroying
(CLARK and ScCALEs)
1916, 24, xxxi
—, intracellular (Dox)
1909, 6, 461
—, oxidizing, in fungi
pathogenic for plants
(REED and STAHL)
LOUD, 115 xii
Growthof, magnesium and
phosphorus, relation to
(REED)
1909, 6, xxili
Nitrogen fixation by (Lip-
MAN)
1911-12, 10, 169
Parasitic, erepsin of (REED
and Srau.)
1911-12, 10, 109
Penicillium — pinophilum,
enzymes of (CLARK and
SCALEs)
1916, 24, xxx
Pentosans in lower (Dox
and Nerpie)
1911, 9, 267
Phytase in (Dox and
GOLDEN)
1911-12, 10, 183
Polyatomic alcohols as
source of carbon for
(Nerpia)
1913-14, 16, 143
Polysaccharides, soluble,
of (Dox and Nuinia)
1914, 18, 167;
1914, 19, 235
The Journal of Biological Chemistry
Fungus—continued:
Polysaccharides,
of (Dox)
soluble,
1915, 20, 83
Tannie acid, toxicity of
(Knupson)
1913, 14, 163
Fusarium oxysporium:
Polyatomie alcohols, ac-
tion on (Nurpie)
1913-14, 16, 143
G
Galactans:
Nutritive value (Swartz)
1909-10, 7, xlvi
Galactonic acid:
Acid calcium salt (LEVENE
and La Foras) F
1915, 22, 333
Galactose:
Arrowhead tubers, occur-
rence in (Mryake)
1918, 15, 223
Carbohydrate from Macro-
cystis, preparation from
(Hoagianp and Lrzs)
1915, 23, 295
Cerebron content (Lz-
VENE and JACOBS)
1912, 12, 397
Heat, influence on (HEN-
DERSON)
1911-12, 10, 6
Lactic acid formation from
(Lrvenr and Myr)
1913, 14, 149
Metabolism (Ross)
1911-12, 10, 135
(Lusk)
1915, 20, 590
Milk, isolation from (Ox-
SON)
1908-09, 5, 278
Muscle plasma and pan-
creas extract, action of
(LEVENE and Mrysr)
1912, 11, 347
Subjects
Galactose—continued:
Mycogalactan, hydrolysis
product of (Dox and
NEIDIG)
1914, 19, 236
Oxidation in alkaline solu-
tion (MaTHEWs)
1909, 6, 4
Saponin from Yucca an-
gustifolia, presence in
(VIEHOEVER,CHERNOFF,
and JOHNS)
1916, 24, xxxiv
d-Galactose osazone:
Mutarotation (LEVENE
and La Force)
1915, 20, 43]
d-§-Galaheptite:
(PEIRCE)
1915, 23, 335
Gallic acid:
Poison ivy, presence in
(AcREE and SyME)
1906-07, 2, 551
Tannase, influence on pro-
duction of (KNupsoNn)
1913, 14, 199
Gammarus:
Alkaloids, toxicity for
(RoBERTSON)
1905-06, 1, 509
Ganglia:
Carbon dioxide output in
Limulus (TasHrro and
ADAMS)
1914, 18, 329
Gas:
Chain, hydrogen ion con-
centration, determina-
tion of (McCLENDON)
1916, 24, 519
Metabolism of bacteria
(Kpyzs and GILLEsPIz)
1912-13, 13, 291,305
— — normal men (BENE-
pict, Emmss, Rots, and
SmitH) 1914, 18, 139
Gas—continued:
Pipette (TASHIRO)
1913-14, 16, 492
Production by bacteria,
sodium benzoate, effect
of (HERTER)
1909-10, 7, 59
— — fecal bacteria grown
on sugar bouillon (Hrr-
TER and WARD)
1905-06, 1, 415
Roquefort cheese, analy-
sis of (THom and CurR-
RIE)
1913, 15, 250
Tar, oysters, influence on
(MircHELL)
1914, 17, xlii
Gastric contents:
Hydrochloric acid, recog-
nition and determina-
tion of (KasTLE and
Amoss)
1907; 35 xt
Trypsin, determination of
(SPENCER)
1915, 21, 165
Gastric juice:
Acidity (MENTEN)
1915, 22, 341
Cytidine, action on (LE-
VENE and MmpIGRECEA-
NU) 1911, 9, 381
Guanylic acid, action on
(LEVENE and MEDIGRE-
CEANU)
1911, 9, 382
Hydrogen ion concentra-
tion (MENTEN)
1915, 22, 341
Inosin, action on (LE-
VENE and M&DIGRECE-
ANU) 1911, 9, 380
Pyrimidine nucleotide, ac-
tion on (LmvpNnE and
MeEDIGRECEANU)
1911, 9, 383
268 The Journal of Biological Chemistry
Gastric juice—continued:
Thymus nucleic acid, ac-
tion on (LEvENE and
MerDIGRECEANU)
1911, 9, 386
Yeast nucleic acid, action
on (LEVENE and Mept-
GRECEANU)
1911, 9, 385
Gastric mucosa:
Nucleoproteim from (OuppP)
1909, 6, 1
Gastric secretion:
Water, stimulation by
(Witits and Hawk)
1911, 9, xxix
(BERGE, REHFUss,
and Hawk)
1914, 19, 345
Gastro-intestinal:
Juice, nucleic acids, action
on (LevENE and Merpr-
GRECEANU)
LOMO Se Siio.
Studies (BrRGEIM, REH-
Fuss, and Hawk)
1914, 19, 345
(SPENCER)
1915, 21, 165
(Smita, MiLurr, and
Hawk)
1915, 23, 505
Tract, glucose, non-elimi-
nation of, by way.of, in
diabetes after sodium
carbonate (KRAMER and
Mur.uin)
1916, 24, xxiv
—, tin, elimination of,
through (Sauant, Riz-
GER, and TREUTHARDT)
1914, 17, 267
Gelatin:
Amide nitrogen content
(DeEnis)
1910-11, 8, 432
Gelatin—continued:
Amino-acid content (VAN
SLYKE)
1911-12, 10, 48
Amino nitrogen content
(VAN SLYKE and Brrcu-
ARD)
1913-14, 16, 543
Collagen, relation to (EM-
METT and Gres)
L907, 3; x
Compressibility of solu-
tions of (HENDERSON
and BRINK)
1908, 4, xiv
Culture medium, poten-
tial of (CLARK)
1915, 23, 485
Dyes, distribution coeffi-
cient of, between water
and ethyl acetate, effect
on (ROBERTSON)
1908, 4, 14
Feeding experiments with
(OSBORNE and Men-
DEL)
1912-13, 13, 233, 272
Glueose from, in diabetic
organism (JANNEY)
1915, 20, 333°
Kyrine of (LEvENE and
BIRcHARD)
1912-13, 13, 277
Latent period in liver au-
tolysis, effect on (BRAD-
LEY and TAyLorR)
1916, 25, 368
Liquefaction by cabbage
erepsin (BLoop)
1910-11, 8 223
— — papain (MENDEL
and Buioop)
1910-11, 8, 187
Liver enzymes, digestion
by (BRADLEY and Tay-
LOR)
1916, 25, 272
Subjects
Gelatin—continued:
Maintenance with (Os-
BORNE and MENDEL)
1912-13, 13, 272
Nitrogen elimination, ef-
fect on (MrnpEL and
LEwIs) .
1913-14, 16, 66
Oxalie acid excretion, ef-
fect on (Dakin)
1907, 3, 79
Pancreatic enzymes, hy-
drolysis by (HarpING
and MacLEan)
1916, 24, 517
Racemization of (DaktN)
1912-13, 13, 359
Genitalia:
Female, biochemistry of
(RosENBLOOM)
1912-13, 13, 511
Germination:
Products affecting soil fer-
tility (ScHREINER and
SULLIVAN)
1907, 3, xxv
Proteolytic changes dur-
ing, in lima bean (Su-
ZUK1)
1907, 3, 265
Gestation:
Ghadin and (OsBORNE
and MENDEL)
1912, 12, 485
Mouse, period in (Ros-
ERTSON)
1916, 24, 367
Gliadin:
Amide nitrogen content
(OsBorNE, VAN SLYKE,
LEAVENWORTH, and VIN-
‘OGRAD)
1915, 22, 265
Amino-acid content (VAN
SLYKE)
1911-12, 10, 43
269
Gliadin—continued:
Amino nitrogen of (VAN
Stryke and BrrcHaRD)
1913-14, 16, 544
(OsBORNE, VAN SLYKE,
LEAVENWORTH, and VIN-
OGRAD)
1915, 22, 278
Bacteria in feces after
feeding of (OSBORNE
and MENDEL)
1914, 18, 180
Determination of
(GREAVES)
1911, 9, 271
Feeding experiments with
(OsBORNE and MeEn-
DEL)
1916, 25, 5
Flour, preparation from
(Barty and Bris)
1915, 23, 352
Gestation and (OSBORNE
and MENDEL)
1912, 12, 485
Glucose from, in diabetic
organism (JANNEY)
1915, 20, 333
Growth, influence on (Os-
BORNE and MENDEL)
1915, 20, 361
Heat of combustion (BEN-
ppict and OSBORNE)
1907, 3, 131
Hydrolysis products (Os-
BORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 259
Lysine content (OSBORNE
and LEAVENWORTH)
1913, 14, 481
(OSBORNE, VAN SLYKE,
LeAVENWoRTH, and VIN-
OGRAD)
1915, 22, 259
270
Gliadin—continued:
Lysine as supplement to,
in growth (OsBoRNE and
MENDEL)
1914, 17, 332
Maintenance with (Os-
BORNE and MENDEL)
192, 12, 482;
1912-13, 13, 233, 252
—, minimum for (Os-
BORNE and MENDEL)
1915, 22, 251
Metabolism, rate of (JAn-
NEY) 1915, 20, 326
Nutrition, réle in (Os-
BORNE and MENDEL)
1912, 12, 473;
1914, 17, 332
Proteoses,physiological ac-
tion of (UNDERHILL and
HENDRIX)
1915, 22, 443
Refractive index (Rops-
ERTSON and GREAVES)
1911, 9, 181
Serum, normal and sensi-
tized, digestion by
(Hutton)
1916, 25, 168, 228
Utilization (Mernpst and ‘
FINE)
1911-12, 10, 321
Wheat, hydrolysis of (Os-
BORNE and GuEST)
1911, 9, 425
Gliadoses:
Physiological action (Un-
DERHILL and HENDRIX)
1915, 22, 450
Glidine:
Nitrogen elimination, ef-
fect on (MENDEL and
LxEwIs)
1913-14, 16, 65
Utilization of (Mpnpru
and Frnr)
19L1I=12, 10; Sl
The Journal of Biological Chemistry
Globin:
Casein, compound with
(ScumipT)
TOUG 250 via
Deuteroalbumose, com-
pound with (ScumipT)
1916, 25, -78
Nucleic acid, compound
with (ScHMm1DT)
1916, 25, 76
Preparation of (RoBERT-
SON)
1912-13, 13, 455
Refractive index, (Ros-
ERTSON)
1912-18, 13, 455
Salting out of, changes in
H+ and OH™ concentra-
tions during (ScumrpT)
1916, 25, 69
Taurocholic acid, com-
pound with (Scumipt)
1916, 25, 76
Globin caseinate:
Preparation (ROBERTSON)
1912-13, 13, 499
Refractive index (Ros-
ERTSON)
1912-13, 13, 504
Globulin:
Antitoxic solution and
whole serum, relative
therapeutic value(Banz-
HAF) 1908, 4, xi
Artificial, nature of so
called (GrBson)
1912, 12, 61
Barbus fluviatus, ovaries
of (McCruppEn)
1911, 9, viii
Blood content after re-
peated hemorrhage
(Taytor and Lrwis)
1915, 22, 74
— sera, determination in
(ROBERTSON)
1912, 11, 198
Subjects
Globulin—continued:
Blood sera, micro-refrac-
tometric determination
in (ROBERTSON)
1915, 22, 233
Cat serum, content of
(WooLsEyY)
1913, 14, 438
Cottonseed, heat of com-
bustion (BENEDICT and
OsBORNE)
1907, 3, 126
Dog serum, content of
(WooLsEY)
1913, 14, 437
Duck serum, content of
(THOMPSON)
1915, 20, 4
Egg yolk of selachians
(ALSBERG)
1909, 6, xiii
= — spiny dogfish
(AtsBERG and CLARK)
1508-09, 5, 243
Flour, extraction from
(BarLEy and BiisH)
1915, 23, 352
Goat serum, content of
-(WooLsEy)
1913, 14, 436
Goose serum, content of
(THOMPSON)
1915, 20, 5
Guinea fowl serum, con~
tent of (BRIGGS)
1915, 20, 10
— pig serum, content of
(Woo.LsEY)
1913, 14, 439
Hen serum, content of
(THoMpson)
1915, 20, 2
Hog serum, content of
(WooLsEY)
1913, 14, 435
Jack bean (JoHns and
JONES)
1916, 24, xxxill
271
Globulin—continued:
Ox serum, content of
(WooLsEyY)
1913, 14, 433
Pea, utilization of (MEN-
DEL and FINe)
1911-12, 10, 454
Perea (Fouin and DENIs)
1915, 21, 193
Pigeon serum, content of
(BriaGs)
1915, 20, 8
Pike ovaries (McCrup-
DEN)
1911, 9, viii
Polymerization of (Tay-
LOR)
1905-06, 1, 345
Refractivity of (ROBERT-
SON)
1915, 22, 237
Rooster serum, content of
(THomMPson)
915, 20, 3
(Briaes)
1915, 20, 9
Saturated sodium chloride
soluble, antitoxin con-
tent (BANZHAF and GIB-
son) 1907, 3, 253
Sera of animals and birds,
content of (JEWETT)
1916, 25, 21
Serum (Gipson)
1905-06, 1, 161
—, age and diet, influence
on content of (WELLS)
(Oiss 155 oa
— content (RoBERTsSON)
1912-13, 13, 325
(WooLsEyY)
1913, 14, 433
(THOMPSON)
1915, 20, 1
(Briaes)
1915, 20, 7
(JEWETT)
1916, 25, 21
272
Globulin—continued:
Serum, dissociation of
(Lunpb&N)
1908, 4, 280
—, laws of amphoteric
electrolytes applied to
(ROBERTSON)
1908-09, 5, 155
_, refractive index
(RoBErTson)
1910-11, 8, 441
Sheep serum, content of
(WooLskEy)
1913, 14, 435
Soy bean, serum, normal
and sensitized, diges-
tion by (Hurton)
1916, 25, 168, 228
Turkey serum, content of
(THOMPSON)
1915, 20, 4
Wheat, heat of combus-
tion (BrengepicT and Os-
BORNE)
1907, 3, 132
Gluconeogenesis:
Chemistry of (RINGER)
1912, 12, 511;
1913, 14, 43
(RinGeR, FRANKEL, and
Jonas)
1913, 14, 525, 539
(RINGER)
1913, 15, 145
(RinGurR and FRANKEL)
1913-14, 16, 563
(RINGER)
1914, 17, 281
(RincEeR and FRANKEL)
1914, 18, 81, 233
Liver, influence of (SWEET
and RINGER)
1913, 14, 137
d-Gluconic acid:
Acidosis, effect on (Rrine-
ER)
1914, 17, 108
The Journal of Biological Chemistry
d-Gluconic acid—continued:
Bacterium savastanot
Smith, formation by
(ALSBERG)
1911, 9, 1
Glucose, sole product of
oxidation of (BuNzELL)
1909-10, 7, 161
Glucosamine:
Egg white, sensitizing por-
tion, occurrence in
(Lracu)
1908-09, 5, 2.7
Mucoitin sulfuric acid,
presence in (LEVENE
and L6pEz-SuAREZz)
1916, 25, 514
Glucosaminoheptonic acid:
(LEVENE)
1916, 24, 55
Glucose:
Alanine and, metabolism
of (Lusk)
1915, 20, 584
l-Alanine, formation from,
in phlorhizinized dogs
(Dakin and Dup.tey)
1914, 17, 451
dl-Alanine, formation
from, in phlorhizinized
dogs (CsonxKA)
1915, 20, 550
a-Aminocaproic acid, for-
mation from, in phlor-
hizinized dogs (GREEN-
WALD)
1916, 25, 81
Arrowhead tubers, pres-
ence in (Mtyaxkp)
1913, 15, 223
Assimilation, limit of
(TayLtor and Huron)
1916, 25, 173
Autolysis, influence of
(SHAFFER)
1914, 17, xii
Subjects 273
Glucose—continued: Glucose—continued:
Bang’s method of deter-
mination (TAyLoR and
Hutton)
1915, 22, 66
Body proteins, formation
from (JANNEY and
CsonKA)
1915, 22, 203
Bromine oxidation of,
mechanism of (BuNZzELL)
1909-10, 7, 157
Burley tobacco, growth of,
influence on (OosTHUI-
ZEN and SHEDD)
1913-14, 16, 446
Casein, production from,
in’ diabetic organism
(JANNEY)
1915, 20, 333
Catabolism, dl-glyceric al-
dehyde, réle of, in (SAN-
sum and WoopyatTt)
1916, 24, 340
Citric acid, formation
from (GREENWALD)
1914, 17, xxxiv;
1914, 18, 115
Cysteine, formation from
(Daxrn)
1913, 14, 326
Determination (BENE-
DICT)
1907, 3, 101
— in finger blood (TAYLOR
and Huron)
1915, 22, 63
Dioxyacetone, formation
from, in diabetes (RING-
ER and FRANKEL)
1914, 18, 233
Disappearance, rate of, in
hydrazined and starv-
ing rabbits (UNDERHILL
and Hogan)
1915, 20, 208
Edestin, formation from,
in diabetic organism
(JANNEY)
1915, 20, 333
Elimination by diabetic
animal, velocity of
(RincER and FRANKEL)
1914, 18, 81
— in phlorhizin gly-
cosuria (CSONKA)
1915, 20, 543
Ethyl alcohol and, metab-
olism of (Lusk)
1915, 20, 595
Ethyl lactate, formation
from, in phlorhizinized
dog (CsonKA)
1915, 20, 550
— — and, metabolism
of (Lusk)
1915, 20, 596
Excretion, repeated phlor-
hizination, effect of
(CSONKA)
1915. 20, 541
Fat, glycocoll, and, metab-
olism, effect on (Mur-
Lin and Lusk)
1915, 22, 23
— and, metabolism, ef-
fect on (Murry and
Lusk)
1915, 22, 19
Fate in diabetes, after
sodium carbonate ad-
ministration (KRAMER
and Muri)
1916, 24, xxiv
Fibrin, production from,
in diabetic organism
(JANNEY)
1915, 20, 333
Food value of commercial
(Sansum and Woop-
YATT)
1916, 24, 23
274 The Journal of Biological Chemistry
Glucose—continued:
Formation in diabetic
animals, velocity of
(RinGER and FRANKEL)
1914, 18, 81
Formic acid excretion,
effect on (Dakin, JAN-
NEY, and WAKEMAN)
1913, 14, 352
Gelatin, production from,
in diabetic organism
(JANNEY)
1915, 20, 333
Gliadin, formation from,
in diabetic organism
(JANNEY)
1915, 20, 333
d-Gluconic acid from, by
action of Bacterium sa-
vastanoi Smith (Ats-
BERG) LOM ON
dl-Glyceric aldehyde, for-
mation from, in diabetic
organism (WoopyaTT)
1915, 20, xxiii
——, réle in catabolism of
(Sansum and Woop-
YATT)
1916, 24, 340
Glycocoll, formation from,
in phlorhizinized dogs
(CsonxKA)
1915, 20, 545
— and, metabolism of
(Lusk)
1915, 20, 584
(Mvururn and Lusk)
1915, 22, 27
Glycogen, non-formation
of, in muscle (HaTrcHER
and WotF)
1907, 3, 25
Glycollie aldehyde, forma-
tion from (Sansum and
Woopyatt)
1914, 17, 524
Glucose—continued:
Heptylie acid, formation
from (RINGER)
1913, 14, 43
Ingestion, limit of (Tay-
LoR and Huron)
1916, 25, 173
Instability of, at tempera-
ture and alkalinity of
body (HENDERSON)
1911-12, 10, 3
Intolerance of sheep to
subeutaneous adminis-
tration of (HuNTER and
Hrz)
1914, 17, 61
Tnulin, effect of, on elim-
ination of glucose in
phlorhizin diabetes
(Lewis and FRANKEL)
1914, 17, 365
Invertase, content of
(Matuews and GLENN)
1911, 9, 48
Isobutyric acid, formation
from (RincER, FRANK-
EL, and JONAS)
1913, 14, 527
Tsocaproie acid, formation
from (RinesR, FRANK-
EL, and JONAs)
1913, 14, 530
Kidney, elimination by
(RinGER and FRANKEL)
1914, 18, 81
— tissue, action of (Lr-
VENE and MryEr)
1913, 15, 67
d-Lactic acid from (LE-
VENE and MryeEr)
1913, 15, 68
l-Lactic acid from, in gly-
cosurie organism (Da-
KIN and DuDLEY)
1913, 15, 143
Subjects 275
Glucose—continued:
Leukocytes, action of (LE-
VENE and Mrysr)
1912, 11, 361;
1912, 12, 265
Malic acid, formationfrom
(RINGER, FRANKEL, and
JONAS)
1913, 14, 539
Metabolism (JANNEY)
1915, 20, 321
(Lusk)
1915, 20, 575
(JANNEY and CsoNnKA)
1915, 22, 203
Methyl glyoxal, forma-
tion from (Dakin and
DUDLEY)
1913, 15, 135
— —, — —, in diabetic
organism (Daxrn and
DUDLEY)
1913, 15, 142
Muscle, formation from
(JANNEY and CsONKA)
1915, 22, 203
— plasma, action of (LE-
VENE and Mnyer)
1911, 9, 97
—— and pancreas ex-
tract, action of (LE-
VENE and Mpyir)
1911, 9, 97
Mycodextran, product of
hydrolysis of (Dox and
NEIDIG)
1914, 18, 173
Ninhydrin reaction with
ammonium salts, action
on (Harpine and War-
NEFORD)
1916, 25, 330
Nitrogen ratio, aver-
age (JANNBY and BLATH-
BERWICK)
1915, 23, 79
Glucose—continued:
Ornithine, formation from
(DaKkIN)
1913, 14, 327
Ovalbumin, — production
from, in diabetic organ-
ism (JANNEY)
1915, 20, 333
Oxidation in alkaline solu-
tion (MATHEWS)
1909, 6, 4
(Levene and Mrysr)
1912, 12, 269
Pancreas extract, action
of (LEVENE and Mryer)
1911, 9, 97
Phlorhizin diabetes, ori-
gin in (JANNEY)
1915, 20, 333
— glycosuria, effect on
(Lusk)
1915, 20, 604
Proline, formation from, in
diabetic organism (Da-
IN)
1912-13, 13, 515
Propionic acid, forma-
tion from (RineER and
FRANKEL)
1914, 18, 81
— —, — — in diabetes
mellitus (GREENWALD)
1913-14, 16, 375
——, quantitative con-
veysion of (RINGER)
1912, 12, 511
Protein, body, formation
from (JANNEY and
CsonxKA)
1915, 22, 203
—compound in Ascaris
lumbricoides (McCRup-
DEN) 1911, 9, vill
—, human, formationfrom
(JANNEY and BLATHER-
WICK)
1915, 23, 77
276
Glucose—continued:
Protein, metabolic
tionships (JANNEY)
1915, 20, 321
(JANNEY and CsonKA)
1915, 22, 203
(JANNEY and BLATHER-
WICK)
rela-
ROMS 23, vid
Pyruvie acid, biochemical
relation of (DaKIn and
JANNEY)
1913, 15, 177
——, formation from
(RINGER)
19S, 15; 150"
1914, 17, 281
Serine, formation from
(Dakin)
1913, 14, 326
Serum albumin, formation
from, in diabetic organ-
ism (JANNEY)
1915, 20, 333
Succinie acid, formation
from (RINGER, FRANK-
EL, and JONAS)
1913, 14, 541
Suppression of, after nar-
cosis in phlorhizinized
dogs (Sansum- and
Woopyat?t)
1915, 21, 7
Sweet potato content (Mz1-
YAKB)
1915, 21, 505
Tissues and tissue juices,
action of (LrEvENE and
Mrysr)
1912, 11, 353
Tryptophane, formation
from (Dakin)
1913, 14, 329
Urease, effect on (VAN
SLYKE and ZAcCHARIAS)
1914, 19, 198
The Journal of Biological Chemistry
Glucose—continued:
Valeric acid, formation
from (RineEr)
1913, 14, 43
Vicine, sugar of (LEVENE)
1914, 18, 311
Zein, production from, in
diabetic organism (JAN-
NEY)
1915, 20, 333
d-Glucose osazone:
Mutarotation of (LEVENE
and La ForaGs)
1915, 20, 431
Glucosephosphoric acid:
Kidney tissues, action on
(Levenr and Mrysr)
1914, 18, 475
Glucosides:
Preparation (JAcoBs)
1912, 12, 427
Glucosone:
Kidney tissues, action of
(LevENE and Meyer)
191522300
Oxidation (LevENE and
MEYER)
1915, 22, 339
Glucuron:
p-Bromophenylhydrazine
compound (LEvENE and
La ForGs)
1913, 15, 76
Phenylhydrazine com-
pound (Levene and La
ForGp)
1913, 15, 75
Glucuronic acid:
Chondrosin, isolation from
(Levene and La Fores)
1913, 15, 71
Osazone hydrazide (LE-
VENE and La Forer)
1913, 15, 75;
1914, 18, 240
Subjects
Glutamic acid:
Casein, content of (Os-
BORNE and GUEST)
1911, 9, 336
Dipeptide of gelatin, iso-
lation from (LEVENE
and BIRCHARD)
1912-13, 13, 288
Fibrin heteroalbumose,
content of (LEVENE,
Van SLYKE, and Brrcu-
ARD)
1910-11, 8, 272
— protoalbumose, content
of (LEVENE, VANSLYKE,
and BrrRcHARD)
1911-12, 10, 60
Heteroalbumose, content
of (LEVENE)
1905-06, 1, 57
Kyrine of gelatin, iso-
lation from (LEVENE
and BIRcHARD)
1912-13, 13, 277
Legumelin content (Os-
BORNE and Hy.)
1908-09, 5, 198
Legumin content (Os-
BORNE and CLarr)
1907, 3, 219
Liver content after chloro-
form necrosis (WELLS)
1908-09, 5, 139
Metabolism (Lusk)
1912-13, 13, 169, 197
—, intermediary (RINGER,
FRANKEL, and JoNAs)
1913, 14, 539
Oxidation with hydrogen
peroxide (DAKIN)
1908-09, 5, 409
Picrolonate (LevENE and
Van SLYKE)
1912, 12, 132
Placenta content (KorL-
KER and SLEMONS)
1911, 9, 485
277
Glutamic acid—continued:
Protoalbumose content
(LEVENE)
1905-06, 1, 51
Sugar from (RincuR and
Lusk)
1909-10, 7, xx
Tuberculosis poison, pres-
ence in (WHEELER)
1909, 6, 549
Vicilin content (OSBORNE
and Hy.)
1908-09, 5, 188
Vitellin content (LEVENE
and ALSBERG)
1906-07, 2, 131
Wheat gliadin, content of
(OsBoRNE and GUEST)
1911, 9, 426
dl-Glutamic acid:
Metabolism (Lusx)
1912-13, 13, 169, 197
Picrolonate (LEVENE and
VAN SLYKE)
1912, 12, 132
Glutaminic acid:
See Glutamic acid.
Glutaric acid:
Phlorhizin glycosuria, ef-
fect on (RINGER)
1912, 12, 223
Glutelin:
Growth with (OSBORNE
and MuNnpDEL)
1914, 18, 12
Gluten:
Amino-acid content (NoL-
LAU)
1915, 21, 614
Bleaching, effect of, on
digestion (Lapp and
BASSETT?)
1909, 6, 78
Cooked, digestibility of
(Rocxwoop)
1910-11, 8, 334
278
Gluten—continued:
Corn, feeding experiments
with (OsBORNE and
MENDEL)
1914, 18, 5
—, utilization of (MrEN-
DEL and FInr)
1911-12, 10, 345
Moist, digestibility of
(Rockwoop)
1910-11, 8, 329
Pancreatic digestion( Lapp
and BAssErr)
1909, 6, 80
(Rockwoop)
1910-11, 8, 333
— enzymes, hydrolysis by
(Harpine and Mac-
Lean) 1916, 24, 516
Pepsin-hydrochlorie acid
digestion (Rockwoop)
1910-11, 8, 330
Uric acid, endogenous, ex-
cretion, effect on (Mxmn-
DEL and FINE)
1915, 22, 221
Utilization of (MrnpEL
and Finr)
1911-12, 10, 314
Glutenin:
Growth, effect on (Os-
BORNE and MiEnpDgEL)
1912, 12, 495;
1915, 20, 361
Heat of combustion (Brn-
EDIcT and OSBORNE)
1907, 3, 131
Maintenance with (Os-
BORNE and MENDEL)
1912-13, 13, 233, 258
Utilization of (MENDEL
and Frnr)
1911—12, 10, 317
Glutin:
Acids, precipitation by
(HANZLIK)
1915, 20, 18
The Journal of Biological Chemistry
Glutin—continued:
Alcohol, precipitation by
(HANZLIK)
1915, 20, 16
Alkaloidal reagents, pre-
cipitation by (HANzLIK)
1915, 20, 13
Salts, effect on precipita-
tion of (HANZLIK)
1915, 20, 20
Glyceric acid:
Glyceric aldehyde, forma-
tion from (Daxrn and
DupDLey)
1913, 15, 137
dl-Glyceric aldehyde:
(WoopyatTt)
1915, 20, 131, xxiii
Detection in body fluids
(Sansum and Woop-
YATT)
1916, 24, 333
Glucose catabolism, réle
in (Sansum and Woop-
YATT)
1916, 24, 343
— from, in diabetic organ-
ism (WoopyatT)
1915, 20, xxiii
Glyceric acid, formation
from (Dakin and Dup-
LEY) 1913, 15, 137
Intravenous tolerance
limit (Sansum and
Woopyatt)
1916, 24, 343
p-Nitrophenylosazone
(Daxin and Dup.ey)
1913, 15, 138
Organism, normal and
diabetic, behavior in
(Sansum and Woop-
YATT)
1916, 24, 327
Tolerance for (SANSUM
and WoopyatTr)
1916, 24, 333
Subjects
dl-Glyceric aldehyde—con-
tinued
Toxicity of (SANnsum and
Woopyatt)
1916, 24, 333
Glycerol:
Carbon, source of,
fungi (Neric)
1913-14, 16, 143
for
Cephalin content (LE-
VENE and WEsT)
1916, 24, 50
Fatty acids, source of, in
cheese (SuzuKi1, Hast-
INGS, and Harr)
1909-10, 7, 453
Ninhydrin reaction with
ammonium salts, action
on (Harpine and WaAR-
NEFORD)
1916, 25, 330
Phosphatides, determina-
tion in (FosTER)
1915, 20, 403
Glycid:
Diabetes, rdle in (GREER,
WITZEMANN, and Woop-
YATT)
1913-14, 16, 455
Fate in organism (GREER,
WitzEMANN, and Woop-
YATT)
1913-14, 16, 459
Glycine:
See Glycocoll.
Glycine hispida:
Urease content (MaATEER
and MarsHALL)
1916, 25, 298
Glycinin:
Growth, effect on (Os-
BORNE and MENDEL)
1915, 20, 361
Heat of combustion (BEN-
EDIcT and OSBORNE)
1907, 3, 127
279
Glycocholia:
Phlorhizin (WoopyYATT)
1909-10, 7, 133
Glycocoll:
Absorption from large in-
testine (Fonin and
DENIs)
1912, 12, 255
—— small intestine (Fo-
LIN and Denis)
1912, 11, 91, 165
(VAN SLYKE and
Mryer)
1913-14, 16, 226
— — stomach (Fourn and
LyMAN)
1912, 12, 260
—and urea formation (Fo-
LIN and DENIs)
1912, 12, 158
Alanine, separation from
(LevENE and VAN
SLYKE)
1912, 12, 285
Benzoic acid, formation of,
effect on (EpsTErIn and
BooKMAN)
1911-12, 10, 353
Benzoylleucine, produc-
tion from (EpsTrin and
BooKMAN)
1912-13, 13, 120
Detoxicating agent (Da-
KIN)
1908-09, 5, 413
Diastase accelerator
(RocKwoop)
1916, 24, xxix
Fat, glucose, and, metab-
olism, effect on (Mur-
Lin and Lusk)
1915, 22, 27
Fibrin heteroalbumose
content (LEVENE, VAN
StyKeE, and BrrcHarD)
1910-11, 8, 278
280
Glycocoll—continued:
Fibrin protoalbumose con-
tent (LEvENE, VAN
StyKE, and Brrewarp)
1911-12, 10, 66
Formation in body (Kp-
STEIN and BooKMAN)
1911-12, 10, 353;
1912-13, 13, 117;
1914, 17, 455
———,, alanine, effect of
(Eestpry and Boox-
MAN)
1914, 17, 456
—— —, benzoic acid and
alanine, effect of (EHp-
STEIN and BooKMANn)
1914, 17, 456
———, —-—., effect of
(Epstein and Boox-
MAN)
1911-12, 10, 354;
1912-13, 13, 119
— — —, benzoylalanine,
effect of (EpsTmIn and
BookMan)
1914. 17, 456
— — —, benzoylglucose,
effect of (Epstrern and
BooKkMaAn)
1914, 17, 456
— — —, benzoylleucine,
effect of (Epsrmin and
BookMANn)
1912-138, 13, 119
——-—,, leucine, effect of
(Epstein and Bookman)
1912-138, 13, 119
—-—-—, phosphorus, ef-
fect of (Epsrmrn and
Bookman)
1912-13, 13, 122
Glucose and, metabolism
of (Lusk)
1915, 20, 584
(Moururn and Lusk)
1915, 22, 27
The Journal of Biological Chemistry
Glycocoll—continued:
Glucose from, in phlorhizi-
nized dog (CsonKA)
1915, 20, 545
Glyoxal, preparation from
(Dakin and Dup.Ey)
1913, 15, 139
Heat production, effect
on (Lusk)
1915, 20, 560
Heteroalbumose content
(LEVENE)
1905-06, 1, 56
Hippuric acid synthesis
on glycocoll-free diet
(Lewis)
1914, 17, 503
— — — in nephrecto-
mized dogs (KINGSBURY
and Briu)
1915, 21, 298
Legumelin content (Os-
BORNE and Heryt)
1908-09, 5, 198
Legumin content (Os-
BORNE and CLAPP)
1907, 3, 225
Leukocytes, action of (Lx-
VENE and Mrymr)
1913-14, 16, 556
Liver content after chloro-
form necrosis (WELLS)
1908-09, 5, 139
Metabolism (Lusk)
1912-13, 13, 162, 201;
1915, 20, 560
—,rate of (CsonKA)
1915, 20, 539
Nitrous acid, reaction
with (VAN SLYKE)
1911, 9, 197
(LEVENE and VAN
SLYKE)
1912, 12, 286
Origin of (RinGER)
1911-12, 10, 327
Subjects 281
Glycocoll—continued:
Oxidation with hydrogen
peroxide (DaxkIN)
1905-06, 1, 173
— — potassium perman-
ganate (DENIs)
1911, 9, 365
Oxidative processes in or-
ganism, stimulus for
(Lusk)
1912-13, 13, 164, 202
-Phlorhizin glycosuria, ef-
fect on (Lusk)
1915, 20, 608
Picrate (LEVENE)
1905-06, 1, 413
(LevENE and VAN
SLYKD)
LOM Lose;
1912, 12, 285
Picrolonate (LEVENE and
VAN SLYKE)
1912, 12, 133
Placenta content (KoBL-
KBR and SLEMONS)
1911, 9, 483
Protoalbumose content
(LEvENE)
1905-06, 1, 49
Sugar from (Rineer and
Lusk)
1909-10, 7, xx
Sulfuric acid, reaction
with (ERDMANN)
1910-11, 8, 54
Synthesis in animal organ-
ism (Lewis)
1914, 17, 503
Tissue, kidney, action of
(Levenr and Meyer)
1913-14, 16, 555
Urea formation from
(Fiske and SuMNER)
1914, 18, 291
(JANSEN)
1915, 21, 557
Glycocoll—continued:
Urea formation after per-
fusion of liver with
(Fisk and SUMNER)
1913-14, 16, 399
Uricolysis, product of
(STOoOKEY)
1908, 4, xxx
Vitellin content (LEVENE
and ALSBERG)
1906-07, 2, 133
Glycocyamine:
Arginase, action on (Da-
KIN) 1907, 3, 439
Glycogen:
Animal tissue and dias-
tase (BRADLEY and
KELLERSBERGER)
1912-13, 13, 419
Creatine excretion, effect
on (Menpet and Rose)
1911-12, 10, 242
Glucose, non-formation
from, in muscle (HatcH-
ER and WOLF)
1907, 3, 25
—, non-storage of, as
glycogen in diabetes
after sodium carbonate
(Kramer and Muruin)
1916, 24, xxiv
Hydrazine, effect on stor-
age of (UNDERHILL)
1914, 17, 293
Liver content after feeding
dextrose (FIsHER and
WISHART)
1912-13, 13, 54
—-—, hydrazine, effect of
(UNDERHILL)
1911-12, 10, 162
— —, thyreoparathyroid-
ectomy, effeet of (UN-
DERHILL and BLATHER-
WICK)
1914, 18, 87
282
Glycogen—continued:
Metabolism, alcohol, ef-
fect of (SALANT)
1907, 3, 403
Muscle, formation in
(HatcHER and Wour)
1907, 3, 25
—, transformation in
(SArKI) 1908, 4, 494
Nephrectomy, effect on
formation of (HpsTErn
and BarHr)
1916, 24, 18
Pancreatectomy and (Ep-
STEIN and BanHR)
1916, 24, 4, 18
Phlorhizin, effect on for-
mation of, in liver (Ep-
STEIN and BaErHR)
1916, 24, 17
Saccharose, non-formation
from: (Harcupr and
WOLF) 1907, 3, 25
Storage, reaction of medi-
um, effect on (MuRLIN
and KRAMER)
1913, 15, 374
Sugar, conversion into, in
liver (TayLor)
1908-09, 5, 315
—,source of, after ne-
crosis in phlorhizinized
dogs (Sansum and
Woopyatt)
LOWS 21, 2
Glycogenolysis:
Postmortem (Macirop)
1909, 6, xl
Glycol:
Oxidation in animal organ-
ism (Dakin)
1907, 3, 78
Glycol aldehyde:
Glucose from (Sansum
and Woopyatt)
1914, 17, 524
(WoopyatTt)
1914, 17, xxix
The Journal of Biological Chemistry
Glycol aldehyde—continued:
Phlorhizinized dogs, be-
havior in (Sansum and
Woopyart)
1914, 17,521
(WoopyaTr)
1914, 17, xxix
Glycollic acid:
Glyeocoll and (RinGER)
1911-12, 10, 333
Glyoxal formation from
(Daxin and Dup.Ey)
1913, 15, 136
— — —, upon perfusion of
liver (Dakin and Dup-
LEY
1913-14, 16, 510
Oxidation in animal or-
ganism (DAxtn)
1907, 3, 75
—with hydrogen perox-
ide (Dakin)
1905-06, 1, 273;
1908, 4, 95
Glycolysis:
(Levene and Mrynr)
1912, 11, xxix
Antiseptics, action of (Mc-
GuIGAN and von Huss)
1912, 11, xxxiv
Blood (Macurop)
1913, 15, 497
(L&PINE)
1913-14, 16, 559
— constituent responsible
for (MaciEop)
1913, 15, 504
—, defibrinated (Mac-
LEOD) 1918, 15, 500
—, dextrose, relation to
source and concentra-
tion of (MacLEop)
1913, 15, 507
—, oxalate (MactEop)
1913, 15, 500
Corpuscles, function of
(Mac Leop)
1913, 15, 504
Subjects
Glycolysis—continued:
Dextrose, commercial, and
: (Mac.erop)
1913, 15, 508
Glycogen dextrose and
(Mac rop)
1913, 15, 500
Pancreas removal, effect
of (McGuIcan and von
Hess)
1912, 11, xxxiv
Glycosuria:
(McGuiean)
1908, 4, xv
Acromegaly and, metab-
olism in (MspDIGRECE-
ANU and KRISTELLER)
1911, 9, 109
Adrenalin, effect of
(KLEINER and MELTz-
ER)
1912, 11, xxii
—, piperidine diabetes, re-
lation to (UNDERHILL)
1905-06, 1, 129
—, urethane, effect of
(UNDERHILL)
911, 9, 13
Ammonia, utilization of, in
(TayLor and RincER)
1913, 14, 412
Caffeine (SaLanr and
KNIGHT)
1909-10, 7, li
Depancreatized dogs, duo-
denal extracts, effect
of (Muruin and Kra-
MER)
1913, 15, 365
— —, hydrochlorie acid,
effect of (Muriin and
KRAMER)
1913, 15, 376
— —, pancreatic extract,
effect of (Murtin and
KRAMER)
1913, 15, 365
283
Glycosuria—continued:
Depancreatized dogs, sodi-
um carbonate, effect of
(Mururn and Kramer)
1913, 15, 375
Eck’s fistula and (SwErErT
and RINGER)
zn 1913, 14, 137
Emotional, in man (Fo-
LIN, DENIs, and SMILLIE)
1914, 17, 519
Epinephrine, calcium chlo-
ride and lactate, effect
of (UNDERHILL)
1916, 25, 451
—, magnesium lactate and
sulfate, effect of (UNDER-
HILL)
1916, 25, 472
—, sodium carbonate, ef-
fect of (UNDERHILL)
1916, 25, 467
—,— oxalate and phos-
phate, effect of (UNDER-
HILL)
1916, 25, 456
Experimental (Macirop)
, 1908, 4, xvill;
1909, 6, xvii
Magnesium chloride as
cause of (BURNETT)
1908, 4, 60
— salts, production by
(Kuerner and MeE.tz-
ER) 1916, 24, xx
— sulfate, calcium chlo-
ride, effect of (UNDER-
HILL)
1916, 25, 475
Mechanics of (EpstTEIN
and BarHR)
1914, 18, 21
— — increased, after nar-
cosis (Sansum and
WoopyYatTt)
1915, 21, 5
284
Glycosuria—continued:
Nephrectomy and
STEIN and BAwHR)
1916, 24, 6
Pancreatectomy and (Hp-
STEIN and BAanHr)
1916, 24, 4
Phlorhizin, alanine, effect
of (Lusk)
1915, 20, 613
—, fructose, effect of (Lusx)
1915, 20, 606
—, glucose from citric acid
im (GREENWALD)
1914, 17, xxxiv;
1914, 18, 115
—,—, effect of (Lusk)
1915, 20, 604
—, glutaric acid, effect of
(RINGER)
1912, 12, 223
—, glycocoll, effect of
(Lusk)
(Ep-
1915, 20, 608
—, Liebig’s extract, effect
of (Lusk)
1915, 20, 542
—, metabolism in (Lusx)
1915, 20, 598
—, phlorhizination, re-
peated, effect of (Cson-
KA)
1915, 20, 541
—, protein metabolism in
(RINGER)
1912, 12, 431
Post-operative (EpsTErn
and ASCHNER)
1916, 25, 162
Salt, mechanism of (Un-
DERHILL and KLEINER)
1908, 4, 395
Sea water isotonic with
blood, production by
(BURNETT?)
1908, 4, 57
The Journal of Biological Chemistry
Glycosuria—continued:
Sodium carbonate, effect
of (KRAMER and Mur-
LIN)
1915, 20, xxvii
(Muruin and Kramer)
1916, 24, xxv
— chloride, potassium chlo-
ride, inhibitory effect of
(BURNETT)
1908-09, 5, 351
Spleen, absence of, effect
of (AusTIN and RinGER)
19138, 14, 139
Glycosuric reaction:
Nutritional conditions, re-
lation to (PrTERs)
1916, 24, xxi
Glycylglycine:
Ferments, action of (Ko-
BER)
1011-19: Tosa
Nitrous acid, reaction of
(VAN SLYK®)
1911, 9, 198
Glyoxal:
Amino-acids, formation
from, in animal organ-
ism (Dakin and Dup-
LEY)
1914, 18, 29
Glycocoll, preparation
from (Daxkin and Dup-
LEY) 1913, 15, 139
Glycollie acid, forma-
tion from (Dakin and
DuDLEY)
1913, 15, 136
——,——, by perfusion
of liver with (DaAKIN
and DupLEyY)
1913-14, 16, 510
Hydroxy acids, formation
in animal organism (Da-
kin and DupuEy)
1914, 18, 29
Subjects
Glyoxal—continued:
Liver perfusion
and DupLry)
1914, 18, 50
Ninhydrin reaction, in-
termediate product in
(Harpine and WARNE-
FORD)
(DAKIN
1916, 25, 327
Glyoxalase:
(Daxin and Dvup.ey)
1913, 14, 155, 423;
1913, 15, 463;
1913-14, 16, 505
Acid, influence of (Da-
KIN and DupLEy)
1913, 14, 428
Aldehydemutase, differen-
tiation of (DaKkin and
DUDLEY)
1913-14, 16, 511
Alkali, effect of (Dakin
and DuDLEY)
1913, 14, 428
Benzylglyoxal, reaction
with (Dakin and Dup-
LEY) 1914, 18, 45
Blood cells, occurrence in
(Daxin and DvuDLEY)
1913, 14, 430
Diabetic tissue, content
of (Daxin and DupLEy)
1913, 15, 473
Distribution of (DAKIN
and DupLEyY)
1913, 15, 463
Glands, occurrence in
(Daxin and DupLEyY)
1913-14, 16, 508
Hydrazine, effect on activ-
ity of (UNDERHILL and
Hogan)
1915, 20, 211
Isobutylglyoxal, action on
(Dakin and DupLEyY)
1914, 18, 41
285
Glyoxalase—continued:
Methylglyoxal, action on
(Dakin and Dup.ey)
1913, 14, 427
Oysters, presence in (Da-
KIN and DupLEY)
1913, 14, 431
Pancreas, inhibition by
(Dakin and DupDLEY)
1913, 15, 463
Phenylglyoxal, action on
(Dakin and DupLEY)
1913, 14, 427
Temperature, effect of
(Dakin and DuDLEY)
1913, 14, 428
Yeast, presence in (DAKIN
and DupLEY)
1913, 14, 431
Glyoxylic acid:
Formation of (Daxry)
1905-06, 1, 271
p-Nitrophenylhydrazone
(DaxkIN)
1908, 4, 237
Oxidation in animal organ-
ism (DaAkIN)
1907, 3, 77
Preparation of (BENE- .
DICT) 1909, 6, 51
Tissues, isolation from
(Dakin)
1905-06, 1, 273
Tryptophane, indole, and
seatole, reaction with
(Dakin)
1906-07, 2, 289
Urine, isolation from (Da-
KIN) 1905-06, 1, 275
Goiter:
Exophthalmic, protein me-
tabolism in (SHAFFER)
1907, 3, xiii
Metabolism in (HAaLVER-
son, Berrcrm, and
Hawk)
1916, 24, xxii
286
Gold:
Cysteine, oxidation of, ef-
fect on (MatHrws and
WALKER)
1909, 6, 303
Gooch crucible:
Barium sulfate determi-
nation, use in (Foun)
1905-06, 1, 147
Gossypium herbaceum:
Quercimeritrin, distribu-
tion in (VIEHOEVER,
CHERNOFF, and JOHNS)
1916, 24, xxxili
Grasses:
Cyanogen content (ALs-
BERG and BLack)
1915, 21, 601
Hydrocyanic acid content
(VIBHOEVER, JOHNS,
and ALSBERG)
1916, 25, 141
Growth:
Alfalfa hay, value for
(Hart, Humpurey, and
Morrison)
1912-138, 13, 133
—meal, effect of (Hart
and McCouium)
1916, 24, xxix
(Hart, Mituer, and
McCouuvum)
1916, 25, 246
Almond oil, effect of (Os-
BORNE and MmrNDEL)
1914, 17, 402
Amino-acids in (OSBORNE
and MENDEL)
1914, 17, 325, xxiii
— minimum for (OSBORNE
and MmnpE.)
1916, 25, 1
Animals, number of, re-
quired for experiments
in (RoBERTSON)
1916, 24, 374
The Journal of Biological Chemistry
Growth—continued:
Balanced rations, effect of
(Harr, McCouivm, and
STEENBOCK)
1912, 11, xii
Beef fat, effect of (Os-
BORNE and Mernpst)
1915, 20, 381
— oil, effect of (OSBORNE
and MpNnDEL)
1915, 20, 383
Brain lipoids, effect on
(Kocu and Kocf#)
1913, 15, 423
Burley tobacco, effect of
ferments on (OosTHuI-
ZEN and SHEDD)
1913-14, 16, 439
Butter in (FunK and Ma-
CALLUM)
1915, 23, 414
— fat, effect of (OSBORNE
and MENDEL)
19138, 15, 317; 1913-
14, 16, 423: 1914,
17, 401
(Hart and McCouuum)
1914, 19, 387
(McCotuvm and Davis
1915, 20, 644
(Funk and Macatium)
1915, 23, 414
——~, isolation of sub-
stance from, which stim-
ulates growth (McCot-
Lum and Davis)
1914, 19, 245
— oil, effect of (OSBORNE
and MENDEL)
1915, 20, 383
Calcium lactate, effect of
(Hart and McCotuum)
1914, 19, 390
Capacity of (OsBorNE and
MENDEL)
1914, 17, xxiii;
1914, 18, 95
Subjects
Growth—continued:
Casein, effect of (Harr
and McCoiium)
1914, 19, 385
—, — — varying amounts
of (OsBoRNE and MEN-
DEL)
1914, 18, 12;
1915, 20, 352
Catalyzers of (RoBERT-
son)
1916, 24, 364
Cereal grains proteins, ef-
fect of (McCotiuM)
1914, 19, 323
Chemical constituents of
diet, effect of (OSBORNE
and MENDEL)
1913, 15, 311
Chick, pituitary glands,
effect of (WULZEN)
1916, 25, 630
Cholesterol, effect on suck-
ling mice, when fed to
mother (RoBERTSON
and CUTLER)
1916, 25, 663
—, — — white mouse
(RoBERTSON)
1916, 25, 635
Cod liver oil, effect of
(OsporNE and MEN-
DEL)
1914, 17, 401
Corn, effect of (Harr,
Humpurey, and Morri-
son)
1912-13, 13, 133
(Hart and McCotium)
1914, 19, 373
— oil, effect of (Harr and
McCo.tium)
1914, 19, 385
Corpus luteum substance,
effect of (PEARL)
1916, 24, 123
287
Growth—continued:
Cottonseed meal, effect of
(RICHARDSON and
GREEN)
1916, 25, 307
— — and milk powder,
effect of (RicHARDSON
and GREEN)
1916, 25, 313
— oil, effect of (McCot-
Lum and Davis)
1915, 20, 643
Creatine content of mus-
cle, effect on (MyYErs
and FINE)
1913, 14, 17
Curves of (OSBORNE and
MENDEL)
1912, 12, 84;
1912-13, 13, 247, 488;
1913, 15, 320;
1913-14, 16, 433;
1914, 17, 342, 404;
1914, 18,
1915, 20, 370, 385;
1915, 22, :
1915, 23,
1916, 25, 9
(McCottum and Da-
VIs)
1914, 19, 247;
1915, 20, 418, 649;
1915, 21, 182, 626;
1915, 23, 195,
235, 253
(FunK and Macaium)
1915, 23, 417
(ROBERTSON)
1916, 24, 368
(McCotium, SiuMonbs,
and Pirz)
1916, 25, 115
(Hart, Mier, and
McCotiu)
1916, 25, 250
(RicHARDSON and
GREEN) 1916, 25, 316
288
Growth—continued:
Desiceated milk in: (Mc-
Coutitum and Harr)
1912, 11, xvi
Diet, essential factors in,
during (McCotium and
Davis)
LOM 2559201
Edestin, effect of varying
amounts of (OSBORNE
and MEnpE.)
1915, 20, 352
Egg powder, effect of (Mc-
Cotuum and Davis)
1915, 20, 415
— yolk, effect of (Mc-
Coutium and Davis)
1914, 19, 390
— — fat, effect of (Os-
BORNE and MENDEL)
1913-14, 16, 432;
1914, 17, 402
Fat-free food, effect of
(OsBORNE and Men-
DEL)
1912) 42.81
Fats, natural, effect of
(OsBoRNE and Men-
DEL)
1915, 20, 379
Ferments, burley tobacco,
effect on (OosTHUIZEN
and SHEpD)
1913-14, 16, 439
Fibrinolysins and (FLEIsH-
ER and Loxns)
1915, 21, 501
Food intake, relation to
(OSBORNE and Mern-
DEL)
1915, 20, 357
Fungi, magnesium and
phosphorus, relation of
(REED)
1909, 6, xxiii |
The Journal of Biological Chemistry
Growth—continued:
Gliadin and lysine, effect
of (OSBORNE and Mrn-
DEL)
1914, 17, 332
Glutelin of maize, effect
of (OSBORNE and Mrn-
DEL)
1914, 18, 12
Histidine, effect of (Os-
BORNE and MENDEL)
1914, 18, 11
Kidney fat, effect of (Mc-
Couium and Davis)
1915, 20, 644
Lactalbumin, effect of
varying amounts of (Os-
BORNE and MENDEL)
1915, 20, 352
Lard, effect of (OSBORNE
and MENDEL)
1914, 17, 402;
1915, 20, 380
(Hart and McCouium)
1914, 19, 394
Lecithin, effect on white
mice (ROBERTSON)
1916, 25, 647
—, — — suckling mice,
when fed to mother
(Ropertson and Curt-
LER)
1916, 25, 663
Legumin of vetch, effect of
(OsBoRNE and Men-
DEL) 1914, 18, 14
Lipoids and (McCotiumM
and Davis)
1913, 15, 167;
1914, 19, 246
Lysine, réle of (OSBORNE
and MmnpEL)
1914, 17, 332;
1916, 25, 1
Maintenance and (Os-
BORNE and MENDEL)
1912, 11, xxxvii
Subjects
Growth—continued:
Meat scrap, effect of
(Hart, Muitirr, and
McCotium)
1916, 25, 247
Milk, artificial protein-
free, effect of (OSBORNE
and MENDEL)
1913, 15, 315
—, centrifugated, effect of
(OsBoRNE and MENDEL)
1913-14, 16, 426
— proteins and (McCot-
LUM)
1914, 19, 323
(McCottum and Da-
VIS) 1915, 20, 415
Mineral content of ration,
effect of (McCoLiumM
and Davis)
1913, 14, xl;
1915, 21, 615
Nitrogen of alfalfa hay
and corn, efficiency of
(Harr, HUMPHREY, and
Morrison)
1912-13, 13, 133
Normal, of white mouse
(RoBERTSON)
1916, 24, 363
Oats and wheat, compara-
tive value of (McCo.-
LUM) 1912, 11, xv
Oil meal, effect of (Hart
and McCo.iuum)
1914, 19, 386
Olive oil, effect of (Mc-
Coxtium and Davis)
1914, 19, 246;
1915, 20, 643
Phaseolin, effect of (Os-
BORNE and MENDEL)
1914, 18, 14
Phospholipoid content of
tissues, changes in, dur-
ing (ROBERTSON)
1916, 24, 379
289
I
Growth—continued:
Pituitary body, effect of
(ROBERTSON)
1916, 24, 385
— substance, effect of
(PEARL)
1916, 24, 123
Planarian worm, pituitary
gland, effect of (WuL-
ZEN) 1916, 25, 625
Problems of (OSBORNE
and MENDEL)
1914, 17, xxii
Process, nature of (RosB-
ERTSON)
1916, 24, 363
Proteins, comparative nu-
tritive value of (Os-
BORNE and MENDEL)
1915, 20, 351
—, corn, and (OSBORNE
and MENDEL)
1914, 18, 1
— intake, plane of, effect
of (McCouiuM)
1914, 19, 323
(McCotium and Davis)
1915, 20, 415
— minimum and (JAN-
NEY)
1915, 20, 340
—, role of (OsBoRNE and
MENDEL)
1912, 11, xxii
Purified food substances
and (McCouttum and
Davis)
1915, 20, 641
Restricted rations, effect
of (Harr and McCo.-
LUM)
1914, 17, xliv
Resumption of, after long
continued failure to
grow (OsBoRNE and
MENDEL)
1915, 23, 439
290 The Journal of Biological Chemistry
Growth—continued:
Rice plant, hydrochloric
acid, effect of (Mr-
YAKE)
1916, 25, 26
— —, salts, effect of (M1-
YAKE)
1913-14, 16, 235
— —, toxic action of alu-
minium salts (MryaKs)
1916, 25, 23
Salts, effect of (Hart,
Mixture, and McCot-
LUM) 1916, 25, 245
Substance in butter fat
promoting growth, sta-
bility of (OsBoRNE and
MENDEL)
1916, 24, 37
— promoting growth, na-
ture of (FuNK and Ma-
CALLUM)
1915, 23, 413
Suppression of (OsBORNE
and MENDEL)
1914, 18, 95
Testicle fat, effect of (Mc-
Couium and Davis)
1915, 20, 644
Tethelin, effect of (Ros-
ERTSON)
1916, 24, 397
Thymus, changes in, dur-
ing (ROBERTSON)
1916, 24, 377
Thyroid, changes in, dur-
ing (RoBERTSsoN)
1916, 24, 377
Tryptophane, réle of (Os-
BORNE and MENDEL)
1916, 25, 1
Vegetable diet, effect of
(Hart and McCoitium)
1916, 24, xxviii
— fats, effect of (McCot-
LuM and Davis)
1915, 21, 179
Growth—continued:
Wheat, effect of (Hart
and McCotium)
1914, 19, 373
— embryo, effect of (Mc-
Cotuum and Davis)
1915, 20, 415;
1915, 21, 180;
1915, 23, 235
(McCouium, Simmonps,
and Prrz)
1916, 25, 107
— proteins, effect of (Mc-
Cotium and Davis)
1915, 20, 415
Yeast, effect of (FunK
and Macatuum)
1915, 23, 414
Zein, tryptophane, and ly-
sine, effect of (OSBORNE
and MENDEL)
1914, 17, 341
Guaiacum:
Peroxidase reaction of
milk and (KastTim and
PorcnH)
1908, 4, 302
Guanase:
Chimpanzee (WerLLs and
CALDWELL)
1914, 18, 162
Fetus, human (W=LLs and
CoRPER)
1909, 6, 471
Monkey tissue (WELLS)
1909-10, 7, 179
Muscle, ox (LEONARD and
JONES)
1909, 6, 459
Opossum (CALDWELL and
WELLS)
1914, 19, 279
Orang utan (Weuus and
CALDWELL)
1914, 18, 160
Pancreas, pig’s (JONES)
“1911, 9, 1386
Subjects 291
Guanase—continued:
Placenta (WELLS
CoRPER)
and
1909, 6, 480
Rat tissue (RonpE and
JONES)
1909-10, 7, 242
Spleen, dog’s (CoRPER)
1912, 11, 32
Yeast (SrRauGcHN and
JONES)
1909, 6, 249
Guanidine:
Arginase, action on deriv-
atives of (Daxkin)
1907, 3, 435
Ninhydrin reaction nega-
tive (Harpine and
MacLean)
1916, 25, 348
Picrolonates of derivatives
of (WHEELER and Ja-
MIESON)
1908, 4, 111
Sulfate, preparation (LE-
VENE and SENIOR)
1916, 25, 623
Urine after parathyroidec-
tomy, isolation from
(Kocu)
1913, 15, 55
Guanine:
Aralia cordata shoots,
presence in (Mryaxs)
1915, 21, 507
Guanylic acid of spleen,
preparation from (JONES
and ROWNTREE)
1908, 4, 293
Liver of Python reticulatus,
isolation from (LYMAN)
1908-09, 5, 127
Metabolism (Menprt and
LyMAN)
1910-11, 8, 121
(Hunter and GIvENS)
1914, 17, 41
Guanine—continued:
Monkey urine, content of
(HunTER)
1914, 18, 112
Muscle content (BEN-
NETT)
1912, 11, 221
Pancreas, pig’s, action of
(JONES)
1911, 9, 135
Placenta content (WS5LLS
and CorPER)
1909, 6, 479
Spleen content (CoRPER)
1912, 11, 32
Thymus nucleic acid, con-
tent of (JonEs and Aus-
TRIAN)
1907, 3, 4
Yeast nucleic acid, isola-
tion from, on partial
enzymatic hydrolysis
(Jones and RicHaRps)
1914, 17, 78
Guanine cytosine dinucleotide:
(Jonus and RicHARDs)
1915, 20, 30
Guanine hexoside:
Thymus nucleic acid, iso-
lation from (LEVENE
and JAcoBs)
1912, 12, 377
Guanosine:
Nitrous acid, reaction with
(VAN SLYKE)
1911, 9, 195
Yeast nucleic acid, forma-
tion from, by enzymes
(AmBeERG and JONES)
1912-13, 13, 445
(Jongs and RicHARDs)
1914, 17, 78
Guanylase:
Spleen, ox,
(JONES)
presence in
1911, 9, 129
292
Guanylic acid:
(LevENE and JAcoBs)
1912, 12, 421
Barium salt (Levenn and
JACOBS)
1912, 12, 425
Brucine salt (LevyEnE and
JACOBS)
1912, 12, 424
Gastric juice, action of
(LevENE and MEpIGRE-
CEANU)
1911, 9, 382
Intestinal juice, action of
(LevENE and MrEpIGRE-
CEANU)
1911, 9, 383
— mucosa extract, action
of (LevENE and Mept-
GRECEANU)
1911, 9, 80, 397
Kidney plasma, action of
(LEVENE and MEDIGRE-
CEANU)
1911, 9, 81
Liver plasma, action of
(LevENE and MEpicReE-
CEANU)
1911, 9, 80
Nucleases, action of (Lx-
VENE and MEDIGRECE-
ANU) 1911, 9, 68
—, specific (Jones)
1911, 9, xxviii
Organism, distribution in
(JonEs and RowNTREE)
1908, 4, 295
Ox spleen, action of
(JONES)
1911, 9, 134
Pancreas, pig’s, action of
(JONES)
1911, 9, 1385
Pancreatic juice, action of
(LEVENE and Mrpicre-
CEANU)
1911, 9, 382
The Journal of Biological Chemistry
Guanylic acid—continued:
Pancreatic plasma, action
of (Levene and Mepr-
GRECEANU)
1911, 9, 80, 397
Spleen, action of (JoNES
and RowNTREB)
1908, 4, 289
Triphosphonucleinsdure,
identity with (JonEs
and GERMANN)
1916, 25, 99
Yeast nucleic acid, forma-
tion from (JONES)
NOI 12 eo
(Jones and RrcHarps)
1914, 17, 78;
1915, 20, 33
d-Gulose osazone:
Mutarotation of (LEVENE
and La Forar)
1915, 20, 43]
Gum:
Invertase content (MarTx-
Ews and GLENN)
1911, 9, 47
H
Hair:
Amino-acid content of
(Van SLYKE)
1911-12, 10, 47
Chemical composition of
different races (RuTH-
ERFORD and Hawk)
1907, 3, 459
Halogen: ,
Tissue enzyme action, ac-
celerator of (Morsn)
1915, 22, 125
Handkase:
Indole content (NrLson)
1916, 24, 534
Heart:
Growth, influence of feed-
ing on (McCouium and
Davis) 1915, 21, 181
Subjects
Heart—continued:
Isolated mammalian, ac-
tion of blood proteins
on (GorHAM and Mor-
RISON)
1909-10, 7, xviil
Muscle, lipoid content
(RosENBLOOM)
1913, 14, 291
— plasma, guanylic acid,
action on (LEVENE and
MeEDIGRECEANU)
1911, 9, 68
— —, inosin, action on
(LEvENE and MEDIGRE-
CEANU)
1911, 9, 67
——, inosinic acid, action
on (LEVENE and MepI-
GRECEANU)
1911, 9, 68
— —, pyrimidine nucleo-
tide, action on (LEVENE
and MEpIGRECEANU)
1911, 9, 398
——, thymus nucleic acid,
action on (LEVENE and
MeEDIGRECEANU)
1911, 9, 402
— —, yeast nucleic acid,
action on (LEveNE and
MEDIGRECEANU)
1911, 9, 69, 400
Tissue, urea content (Mar-
SHALL and Davis)
1914, 18, 60
Heat:
Arabinose, effect on (HmN-
DERSON)
1911-12, 10, 6
Bence-Jones protein, re-
action of (TayLor and
MILLER)
1916, 25, 282
Glucose, effect on (H»N-
DERSON)
1911-12, 10;.8
293
Heat—continued:
Muscle, effect on (Mrtas)
1909, 6, xviil
Pancreas powder, effect on
activity of (LOEVEN-
HART)
1906-07, 2, 451
Peroxidase activity of
milk, influence on (Kas-
7TLE and PorcH)
1908, 4, 311
Phytase, destruction by
(ANDERSON)
1915, 20, 490
Reductase, action on(Har-
RIs and CREIGHTON)
1915, 21, 303
Yeast enzyme, effect on
(KoELKER)
1910-11, 8, 169
Heat production:
Alanine, effect of (Lusk)
1915, 20, 560
Athletes (BENEDICT and
SMITH)
1915, 20, 246
Body composition and
(BENEDICT)
1915, 20, 279
— surface and (BENEDICT)
1915, 20, 274
— weight and (BENEDICT)
1915, 20, 270
Carbohydrate conversion
into fat (Lusk)
1915, 20, 581
Depancreatized dog (Mur-
LIN and KRAMER)
1913, 15, 380
Diabetes mellitus (Lusk)
1915, 20, 600
Glucose and alanine, ef-
fect of (Lusk)
1915, 20, 584
—, effect of (Lusk)
1915, 20, 575
294
Heat production—continwed:
Glucose and glycocoll, ef-
fect of (Lusk)
1915, 20, 584
Glycocoll, and alanine, ef-
effect of (Lusk)
1915, 20, 560
—, effect of (Lusk)
1915, 20, 560
Hydrazine, effect of (UN-
DPRHILL and Muruin)
1915, 22, 499
Menstruation, effect of
(Lusk)
1915, 20, 562
Non-vegetarians (BENE-
pict and Rorn)
1915, 20, 233
Normal individuals (BEN-
gepict and Emmss)
1915, 20, 253
Vegetarians (BENEDICT
and Ror)
1915, 20, 233
Heat of reaction:
Direct determination
(HENDERSON and Ry-
DER)
1907, 3, xvii
Hemagglutinin:
Autolysis and (ScHNEI-
DER)
TOT OS
Beans, hemagglutinating
properties of (ScHNEI-
DER) 1912, 11, 47
Food for seedlings
(SCHNEIDER)
1912, 11, 55
Hemocyanin:
Amino-acids of
SLYKE)
1911-12, 10, 50
Amino nitrogen content
(VAN SLYKE and Bircu-
ARD)
1913-14, 16, 544
(VAN
The Journal of Biological Chemistry
Hemocyanin—continued:
Coagulation temperature
(ALSBERG)
1914, 19, 81
Limulus polyphemus (Aus-
BERG and CLARK)
1910-11, 8, 1
(ALSBERG)
1914, 19, 77
— —, oxygen, solubility
of, in solutions of (Aus-
BERG and CLARK)
1914, 19, 503
——, potassium oxalate,
action of (ALSBERG)
1915, 23, 501
Hemoglobin:
Amino-acids — of
SLYKE)
1911-12) 10,52
Amino nitrogen of (VAN
StykE and Brrcwarp)
1913-14, 16, 543
Blood éontent, dextrose,
action of, on (FISHER
and WISHART)
1912-13, 13, 58
— —, oxygen, influence
of, on (Kouts and Losr-
VENHART)
1914, 17, xxxviii
Liver enzymes, digestion
by (BrapLpy and Tay-
LOR)
(VAN
1916, 25, 273
Muscle, non-striated, con-
tent of (SArKI)
1908, 4, 487
Specificity (BRADLEY and
SANSUM)
1914, 17, xxviii;
1914, 18, 497
Tissue reductase, reduc-
tion by (Harris and
CREIGHTON)
1915, 20, 179
Subjects
Hemoglobin—continued:
Trypsin, action of (HoL-
LIS)
1908, 4, xxxili
Hemolysin:
Amanita phalloides, glu-
coside nature of (ABEL
and Forp)
1906-07, 2, 273
Hemolysis:
Analytical methods ap-
plied to (ManwaRkIna)
1905-06, 1, 213
Fatty acids, power of (Mc-
PHEDRAN)
1912, 11, x
Hemolytic serum:
See Serum.
Hemorrhage:
Amino-acid content of
blood, influence on
(Gyérey and ZuNz)
1915, 21, 518
Blood composition after
repeated (TayLor and
Lewis)
1915, 22, 71
Hyperglycemia following
(Epstery and BAER)
1914, 18, 21
Protein metabolism, in-
fluence on (TayLor and
LEwIs)
1915, 22, 71
Recuperation from, pro-
tein, effect of (FosTER)
1909, 6, xlviil;
1909-10, 7, 379
Hemp seed:
Amino-acid content (NoL-
LAU)
1915, 21, 614
Heptoses:
(Prrrce)
1914, 17, xxxv;
1915, 23, 327
295
Heptylic acid:
Glucose formation from
(RINGER)
1913, 14, 43
Oxidation in the body
(RINGER )
1913, 14, 47
— with hydrogen peroxide
(Dakin)
1908, 4, 229
Herbivora:
Acidosis in
NELSON)
1914, 17, xlvi
(STEENBOCK, NELSON,
and Harr)
1914, 19, 399
Herter, Christian A.:
Appreciation,
1910-11, 8, 437
Memorial fund,
1911-12, 10; 1
Heteroalbumose:
Amino nitrogen content
(VAN SLYKE)
1911, 9; 194
(VAN SLYKE and Bircu-
ARD) 1913-14, 16, 544
Fibrin (LevENE, VAN
Styx, and BrrcwarD)
1910-11, 8, 269
Witte’s peptone, hydroly-
sis of (LEVENE)
1905-06, 1, 54
— —, preparation of (Lr-
(Harr and
VENE)
1905-06, 1, 46
Hexacosane: .
Preparation (LEVENE,
Woast, and vAN DER
SCHEER) a
1915, 20, 528
Hexadecane:
Preparation (LEVENE,
West, and VAN DER
ScHEER)
1915, 20, 523
296
Hexamethyleneamine:
See Hexamethylenetetra-
mine:
Hexamethylenetetramine:
Bile, excretion in (CROWB)
1908, 4, xxxv
Determination, colorimet-
ric (CoLuins and Hanz-
LIK)
1916, 25, 231
Excretion (McGutGan)
1912, 11, xxxiii
Pancreatic Juice, excretion
in (CROWE)
1908, 4, xxxv
Salts of (JAcoBs and Het-
DELBERGER)
1915, 20, 659, 685;
1915, 21, 103, 145,
403, 439, 455, 465
Hexamethylenetetraminium
salts 3!
o-Acetaminobenzyl chlo-
ride, 1915, 20, 668
p-Acetaminobenzyl chlo-
ride,
1915, 20, 668
1-Acetamino-4-ethoxychlo-
roacetylbenzylamine,
1915, 20, 691
p-Acetaminoiodoacetyl-
benzylamine,
1915, 20, 687
3-Acetamino-4-methyl-
phenacyl bromide,
1915, 21, 461
p-Acetaminophenacy] bro-
mide,
1915, 21, 460
o-Acetaminophenoxyethyl
bromide,
1915, 21, 446
p-Acetaminophenoxyethyl
bromide,
1915, 21, 448
1All of these salts were prepared
by Jacozns and HEIDELBERGER.
The Journal of Biological Chemistry
Hexamethylenetetraminium
salts'—continued:
3-Acetamino-4-tolyl w-io-
doethyl ketone,
1915, 21, 462
B-Acetoxy-a-chloroacetyl-
naphthobenzylamine,
1915, 20, 689
2-Acetoxy-3,5-dibromo-
benzyl bromide,
1915, 20, 671
4-A cetoxy-3,5-dibromo-
benzyl bromide,
1915, 20, 671
2-Acetoxy-3,5-dimethyl-
benzy1 chloride,
1915, 20, 670
2-Acetoxy-3,5-dimethyl-
4,6-dibromobenzyl bro-
mide,
1915, 20, 671
Acetoxyethyl bromide,
1915, 21, 449
B-Acetoxy-a-iodoacetyl-
naphthobenzylamine,
1915, 20, 690
B-Acetyl-a-chloroacetyl-a-
phenylhydrazine,
1915, 21, 474
3-Aldehydo-4-oxybenzyl
chloride,
1915, 20, 683
Aliphatic-aromatie ke-
tones, w-halogen deriy-
atives,
1915, 21, 455
Amines, monohalogen-
acylated aromatic,
1915, 21, 103
—, — simple,
1915, 21, 145
Aminoalcohols, monohalo-
genacetyl derivatives,
1915, 21, 403
1All of these salts were prepared
by Jacoss and HEIDELBERGER.
Subjects
Hexamethylenetetraminium
salts'—continued:
p-Aminophenacyl chloride,
1915, 21, 460
p-Aminopheny1 chloro-
methyl ketone,
1915, 21, 460
p-Anisyl bromomethyl ke-
tone,
1915, 21, 462
Benzeneazo-m-chloroace-
tylaminophenol,
1915, 21, 134
Benzoyloxyethy! bromide,
1915, 21, 450
Benzyl halides,
1915, 20, 659
Bornyl bromoacetate,
1915, 21, 468
w-Bromoacetophenoneox-
ime,
1915, 21, 456
Bromoacetylaniline,
1915, 21, 104
B-(w-Bromoacetyl)-quinal-
dine,
1915, 21, 464
Bromoacetyl-w-o-toluidi-
noacetophenone,
1915, 21, 107
o-Bromobenzyl chloride,
1915, 20, 665
p-Bromobenzyl chloride,
1915, 20, 665
p-Bromochloroacetylani-
line,
1915, 21, 110
Bromoethyl acetate,
1915, 21, 449
— benzoate,
1915, 21, 450
—esters,
1915, 21, 449
— ethers,
1915, 21, 440
LAll of these salts were prepared
by Jacops and HEIDELBERGER.
297
Hexamethylenetetraminium
salts'—continued:
Bromoethyl —p-nitroben-
zoate, 1915, 21, 450
w-Bromo-m-nitroaceto-
phenone,
1915, 21, 459
p-Bromophenoxyethyl
bromide,
1915, 21, 444
m-Carbethoxychloroace-
tylbenzylamine,
1915, 20, 692
3-Carbomethoxy-4-oxy-
benzyl chloride,
1915, 20, 681
3-Carboxy-4-oxybenzyl
chloride,
1915, 20, 681
Cetyl iodide,
1915, 21, 466
Chloroacetdiethylamide,
1915, 21, 149
Chloroaéetdimethylamide,
1915, 21, 148
Chloroacetethylamide,
1915, 21, 149
Chloroacetmethylamide,
1915, 21, 148
Chloroacetpiperidide,
1915, 21, 150
m-Chloroacetylaminoace-
tophenone,
1915, 21, 141
w-Chloroacetylaminoace-
tophenone,
1915, 21, 472
p-Chloroacetylaminoazo-
benzene,
1915, 21, 118
Chloroacetylaminoazotol-
uene, 1915, 21, 118
p-Chloroacetylaminoben-
zeneazodiethylaniline,
1915, 21, 124
LAll of these salts were prepared
by Jacops and HEIDELBERGER.
298
Hexamethylenetetraminium
salts'—continuea:
p-Chloroacetylaminoben-
zeneazodimethylani-
line, 1915, 21, 123
p-Chloroacetylaminoben-
zeneazodipropylaniline,
1915, 21, 125
p-Chloroacetylaminoben-
zeneazoethylbenzylani-
line, 1915, 21, 127
p-Chloroacetylaminoben-
zoic acid, diethylamino-
ethyl ester,
1915, 21, 140
— —, ethyl ester,
1915, 21, 139
o-Chloroacetylaminoben-
zyl alcohol,
1915, 21, 138
o-Chloroacetylaminoben-
zyl benzoate,
1915, 21, 139
8-Chloroacetylamino-y-
butanol,
1915, 21, 429
6-Chloroacetylamino-n-
butanol,
1915, 21, 427
6-Chloroacetylamino-y-
butyl p-nitrobenzoate,
1915, 21, 429
6-Chloroacetylaminobutyl
p-nitrobenzoate,
1915, 21, 428
p-Chloroacetylaminodi-
ethylaniline,
1915, 21, 115
m-Chloroacetylaminodi-
methylaniline,
1915, 21, 113
p-Chloroacetylaminodi-
methylaniline,
1915, 21, 114
‘All of these salts were prepared
by Jacoss and HempeLBerGer.
The Journal of Biological Chemistry
Hexamethylenetetraminium
salts!—continued:
p-Chloroacetylaminodi-
propylaniline,
1915, 21, 116
Chloroacetylaminoethyl
acetylsalicylate,
1915, 21, 414
— anisate,
1915, 21, 415
— (p-azodiethylaniline)-
benzoate,
1915, 21, 413
— benzoate,
1915, 21, 408
— ethyl ether,
1915, 21, 416
— p-methoxybenzoate,
1915, 21, 415
— B-naphthoate,
1915, 21, 410
— m-nitrobenzoate,
1915, 21, 411
+ — o-nitrobenzoate,
1915, 21, 410
— p-nitrobenzoate,
1915, 21, 412
— o-toluate,
1915, 21, 409
— o-tolyl ether,
1915, 21, 417
p-Chloroacetylaminoeth-
ylbenzylaniline,
LOWE key Luan
Chloroacetylaminoisopro-
panol,
1915, 21, 425
Chloroacetylaminoisopro-
pyl p-nitrobenzoate,
1915, 21, 425
p-Chloroacetylaminoleu-
comalachite green,
1915, 21, 141
1 All of these salts-were prepared
by Jacoss and HrmeLeerGnr.
Subjects
Hexamethylenetetraminium
salts—continued:
m-Chloroacetylamino-
methylbenzamide,
1915, 20, 694
m-Chloroacetylamino-
methylbenzoic acid, di-
ethylaminoethy! ester,
1915, 20, 694
— —, ethyl ester,
1915, 20, 692
y-Chloroacetylamino-8-
methyl-8-butanol,
1915, 21, 431
Chloroacetylaminometh-
ylmethylethy! carbinol,
1915, 21, 430
y-Chloroacetylamino--
pentanol,
1915, 21, 430
m-Chloroacetylaminophe-
nol, 1915, 21, 133
o-Chloroacetylaminophe-
nol, 1915, 21, 131
o-Chloroacetylaminophe-
ny! benzoate,
1915, 21, 131
— p-nitrobenzoate,
1915, 21, 132
y-Chloroacetylaminopro-
py! anisate,
1915, 21, 424
— p-nitrobenzoate,
1915, 21, 423
6-Chloroacetylaminoquin-
oline,
1915, 21, 143
o-Chloroacetylamino-p’ ,p"-
tetraethyldiaminotri-
phenylmethane,
1915, 21, 142
p-Chloroacetylamino-p’ ,p"-
tetraethyldiaminotri-
phenylmethane,
1915, 21, 142
LAll of these salts were prepared
by Jacoss and H»emmeLBERGER.
299
Hexamethylenetetraminium
salts'—continued:
Chloroacetylaniline,
1915, 21, 104
Chloroacetyl-w-anilino-
acetophenone,
1915, 21, 107
Chloroacetyl-o-anisidine,
1915, 21, 135
Chloroacetyl-p-anisidine,
1915, 21, 138
Chloroacetyl-w-o-anisidin-
oacetophenone,
1915, 21, 137
Chloroacetylbenzylamine,
1915, 20, 686
Chloroacetylbenzylurea,
1915, 21, 152
Chloroacetyl-o-chloroani-
line,
1915, 21, 110
Chloroacetyl-y-cumidine,
1915, 21, 109
Chloroacetyldipheny!-
amine,
1915, 21, 105
Chloroacetylethylamino-
ethyl p-nitrobenzoate,
; 1915, 21, 418
Chloroacetylleucoaura-
mine,
1915, 21, 473
Chloroacetylmethylani-
line, 1915, 21, 105
Chloroacetyl-o-methylben-
zylamine,
1915, 20, 686
Chloroacetylmethylurea,
1915, 21, 151
Chloroacetyl-a-naphthyl-
amine,
1915, 21, 109
Chloroacetyl-8-naphthyl-
amine,
1915, 21, 109
1All of these salts were prepared
by Jacops and HEIDELBERGER.
300 The Journal of Biological Chemistry
Hexamethylenetetraminium
salts'—continued:
Chloroacetylnovocain,
1915, 21, 140
Chloroacetyloxyethyl ani-
sate,
1915, 21, 471
Chloroacetylphenyl-
aminoethyl p-nitroben-
zoate,
1915, 21, 419
6-Chloroacety]-a-a-phe-
nylbenzylhydrazine,
1915, 21, 475
Chloroacetylphenylglycin-
anilide,
1915, 21, 106
Chloroacetyl-m-toluidine,
1915, 21, 108
Chloroacetyl-o-toluidine,
1915, 21, 107
Chloroacetyl-p-toluidine,
1915, 21, 108
Chloroacetyltriphenyl-
eee | 1915, 21, 474
Chloroacetylurea,
1915, 21, 151
Chloroacetylurethane,
1915, 21, 152
Chloroacetyl-m4-xylidine,
1915, 21, 109
o-Chlorobenzy] chloride,
1915, 20, 665
p-Chlorobenzy1! chloride,
1915, 20, 665
Chloromethylanisic acid,
1915, 20, 682
— —, methyl ester,
_ 1915, 20, 683
Chloromethyl-p-cresotinic
1915, 20, 681
acid,
5-Chloromethylsalicyl-
aldehyde,
1915, 20, 683
1All of these salts were prepared
by Jacosps and HrimpeLBercer.
Hexamethylenetetraminium
salts'—continued:
Chloromethylsalicylic
acid,
1915, 20, 681
— —, methyl ester, .
1915, 20, 681
Chloromethylvanillin,
1915, 20, 683
o-Cresoxyethyl bromide,
1915, 21, 440
o-Cyanobenzy] chloride,
1915, 20, 666
p-Cyanobenzy] chloride,
1915, 20, 666
1, 2-Diacetoxychloro-
acetylbenzylamine,
1915, 20, 692
2,3-Dimethoxybenzy] chlo-
ride,
1915, 20, 678
3,4-Dimethoxybenzy] chlo-
ride,
1915, 20, 678
1, 2-Dimethoxychloro-
acetylbenzylamine,
1915, 20, 692
3,5-Dimethylbenzy1 chlo-
ride, 1915, 20, 663
2,4-Dinitrobenzy] chloride,
1915, 20, 667
a, 8-Diphenylchloroacetyl-
aminoethanol,
1915, 21, 434
Esters, halogenethyl,
1915, 21, 439
Ethers, halogenethyl,
1915, 21, 439
o-Ethoxybenzyl chloride,
1915, 20, 677
p-Ethoxyphenacyl _ bro-
mide,
1915, 21, 463
p-Ethylphenacy!l bromide,
1915, 21, 459
1 All of these salts. were prepared
by Jacoss and HerpeLBERGER.
Subjects
Hexamethylenetetraminium
salts'—continued:
Halogenacety!
amines,
benzyl
1915, 20, 685
* Todoacetylaminoethanol,
1915, 21, 408
o-Iodobenzyl bromide,
1915, 21, 467
p-lodobenzyl bromide,
1915, 20, 665
m-lodochloroacetylani-
line, 1915, 21, 111
5-lIodochloroacetyl-o-tolu-
idine,
1915, 21, 112
Todoethyl alcohol,
1915, 21, 465
g-lodopropionamide,
1915, 21, 147
g-Iodopropionic acid, ethyl
ester,
1915, 21, 467
p-Iodopropionyl-o-anisi-
dine,
1915, 21, 136
a,6-Isodiphenylchloroace-
tylaminoethanol,
1915, 21, 435
Ketones, aliphatic-aromat-
ic, w-halogen deriva-
tives,
1915, 21, 455
Menthyl bromoacetate,
1915, 21, 468
Mesitylene chloride,
1915, 20, 664
o-Methoxybenzy1 chloride,
1915, 20, 673
p-Methoxybenzyl chloride,
1915, 20, 673
2-Methoxy-5-carbometh-
oxybenzy! chloride,
1915, 20, 683
LAIl of these salts were prepared
by Jacoss and HerpeLBeRGER.
361
Hexamethylenetetraminium
salts'\—continued:
2-Methoxy-5-carboxyben-
zyl bromide,
1915, 20, 682
6-Methoxy-a-chloroacetyl-
naphthobenzylamine,
1915, 20, 690
3-Methoxy-4-ethoxyben-
zy! chloride,
1915, 20, 680
8-Methoxy-a-naphthoben-
zy\ chloride,
1915, 20, 674
2-Methoxy-5-nitrobenzyl
chloride,
1915, 20, 676
p-Methoxyphenacyl bro-
mide,
1915, 21, 462
1-Methyl-4-acetamino-
chloroacetylbenzylam-
ine,
1915, 20, 688
m-Methylbenzy1 chloride,
1915, 20, 663
o-Methylbenzy! chloride,
1915, 20, 663
p-Methylbenzyl chloride,
1915, 20, 663
3,4-Methylenedioxybenzyl
chloride,
1915, 20, 677
p-Methylphenacyl bro-
mide,
1915, 21, 456
— iodide,
1915, 21, 457
m-Methylphenoxyethyl
bromide,
1915, 21, 441
o-Methylphenoxyethyl
bromide,
1915, 21, 440
1 All of these salts were prepared
by Jacoss and HEIDELBERGER.
302
Hexamethylenetetraminium
salts'—continued:
The Journal of Biological Chemistry
Hexamethylenetetraminium
salts'—continued:
p-Methylphenoxyethyl
bromide,
1915, 21, 441
B-Naphthobenzyl chlo-
ride, 1915, 20, 664
a-Naphthoxyethyl bro-
mide,
1915, 21, 442
B-Naphthoxyethyl bro-
mide,
1915, 21, 442
3-Nitro-4-acetoxybenzyl
iodide,
1915, 20, 673
p-Nitrobenzoylaminoiso-
propyl chloroacetate,
1915, 21, 427
p-Nitrobenzoyloxyethyl
bromide,
1915, 21, 450
— iodide,
1915, 21, 451
m-Nitrobenzy1 chloride,
1915, 20, 666
o-Nitrobenzyl chloride,
1915, 20, 666
p-Nitrobenzyl] chloride,
1915, 20, 666
m-N itrochloroacetylani-
line, 1915, 21, 112
m-N itrochloroacetyl-p-to-
luidine,
1915, 21, 112
2-Nitro-3,4-dimethoxyben-
zyl chloride,
1915, 20, 679
3-Nitro-4-methoxybenzyl
chloride,
1915, 20, 676
m-Nitrophenacyl] bromide,
1915, 21, 459
o-Nitrophenyl bromoace-
tate, 1915, 21, 470
‘All of these salts were prepared
by Jacoss and HemeLeercer.
2-Oxy-3-carbomethoxy-
naphthobenzyl chloride,
1915, 20, 682
2-Oxy-3-carboxy-5-meth-
ylbenzyl chloride,
1915, 20, 681
2-Oxy-3,5-dibromobenzyl
bromide,
1915, 20, 670
Oxyethyl iodide,
1915, 21, 465
2-Oxy-3-methoxy-5-alde-
hydobenzy1 chloride,
1915, 20, 683
Oxymethylchloroaceta-
mide, 1915, 21, 406
2-Oxy-5-nitrobenzyl chlo-
ride, 1915, 20, 671
p-Phenetyl bromoethyl
ketone,
1915, 21, 463
Phenoxyethyl bromide,
1915, 21, 440
Phenyl bromoacetate,
1915, 21, 469
Phenylethyl iodide,
1915, 21, 467
a-Phenyl-a-oxy-8-chloro-
acetylaminoethane,
1915, 21, 432
6-Phenyl-6-oxy-a-chloro-
acetylaminopropane,
1915, 21, 436
Piperonyl chloride,
1915, 20, 677
o-Tolueneazochloroacetyl-
o-toluidine,
1915, 21, 118
p-Tolyliodomethy] ketone,
1915, 21, 456
Tribromo-p-methylphen-
oxyethyl bromide,
1915, 21, 445
‘All of these salts were prepared
by Jacoss and HeItpELBERGER.
Subjects 303
Hexamethylenetetraminium Hexone bases—continued:
salts——continued: Fibrin heteroalbumose,
Trimethylene chlorobro- content of (LEVENE,
mide, Van SLYKE, and BircH-
, 1915, 21, 465
Trimethylene iodohydrin,
1915, 21, 466
Ureas, monohalogenacyl-
ated,
1915, 21, 145
Urethanes, monohalogen-
acylated,
1915, 21, 145
m-Xylyl bromomethy! ke-
tone,
1915, 21, 458
o-Xylyl bromomethyl ke-
tone,
1915, 21, 458
m-Xylylene chloride,
1915, 20, 664
o-Xylylene chloride,
1915, 20, 663
Hexatriacontane:
(Levene, West, and VAN
DER SCHEER)
1915, 20, 531
Hexocytidine diphosphoric
acid:
Thymus nucleic acid, iso-
lation from (LEVENE
and JACOBS)
1912, 12, 419
Hexone bases:
Autolysis of Glomerella,
formation in (REED)
1914, 19, 257
Bacillus coli communis,
cell substance, content
of (LmacH)
1905-06, 1, 485
Casein, content of (VAN
SLYKE)
1913-14, 16, 531
1 All of these salts were prepared
by Jacoss and HemeLBERGER.
ARD)
1910-11, 8, 280;
1911-12, 10, 68
— protoalbumose, con-
tent of (LEvENE, VAN
Stykr, and BrrcHARD)
1911-12, 10, 67
Kidney, content of (WAKE-
MAN)
1908, 4, 121
Liver, content of (WAKE-
MAN) 1908, 4, 121
Muscle, content of (WAKE-
MAN) 1908, 4, 121
Tumors, malignant, con-
tent of (KocHER)
1915, 22, 295
Hexonic acid:
Deamino chondrosamine,
bromine oxidation of
(LevENE and La ForGE)
1914, 18, 130
Hexosamine:
See Chondrosamine, Glu-
cosamine.
Hexosaminic acid:
Ribose, preparation from
(Levene and La ForGE)
1915, 20, 441
Hexose:
Leukocytes, action of (LE-
VENE and MEYER)
1913, 14, 149, 551
Phenylosazones, mutaro-
tation of (LEVENE and
La ForGE)
1915, 20, 429
Tissue, kidney, action of
(Leven and MryeEr)
1913, 15, 65
Walden rearrangement in
(Levenz and La Force)
1915, 21, 345
304
Hexothymidine
acid:
Thymus nucleic acid, iso-
lation from (LEVENE
and JAcoBs)
1912, 12, 417
diphosphoric
Hickory nut:
Amino-acid content (NoL-
LAU)
1915, 21, 614
Hippuric acid:
Benzoic acid, effect on ex-
cretion of (McCoLiuM
and HoaGLANp)
1913-14, 16, 321
(Lewis)
1914, 18, 225
— —, formation from
(DaxkINn)
1909-10, 7, 103
Creatinine excretion, in-
fluence on (Lewis and
KARR)
1916, 25, 20
Determination (Dakin)
1909-10, 7, 106
(VAN SLYKE)
1913-14, 16, 133
— in blood (Krnessury)
1915, 21, 289
— — tissues (Kinespury)
1915, 21, 289
— — urine (STEENBOCK)
1912, 11, 201
(Fourn and FLANDERS)
1912, 11, xxvii, 257
(VAN SLYKE)
1913-14, 16, 133
Diastase accelerator
(Rockwoop)
1916, 24, xxix
Diet, influence of, on syn-
thesis of (RincurR)
LO LON sae
Excretion in monkey
(Hunter and Givens)
1914, 17, 55
The Journal of Biological Chemistry
Hippuric acid—continued:
Formation and elimina-
tion from animal body
(Ratziss, Ratziss, and
RINGER)
1914, 17, 527
Glyoxylic acid from, on
oxidation with hydro-
gen peroxide (DAxIN)
1905-06, 1, 272
Maximum production
(RINGER)
1911-12, 10, 327
Molds, hydrolysis by
(Dox
1909, 6, 465
Output, maximum (Ep-
STEIN and BooKman)
1912-13, 13, 117
Oxidation (Dax1n)
1905-06, 1, 272
Phosphorus poisoning, in-
fluence on (EpsTHIn and
BooxKMan)
1912-13, 13, 122
Sulfuric acid, reaction with
(ERDMANN)
1910-11, 8, 54
Synthesis, animal organ-
ism (Lewis)
1914, 17, 503;
1914, 18, 225
(Raiziss and Dustin)
AG pe lgrae
(Lewis and Karr)
1916, 25, 13
—, experimental tartrate
nephritis (KInGsBURY
and BELL)
1915, 20, 73, xxxii
—, glycocoll-free diet
(Lewis)
1914, 17, 503
—, nephrectomized dogs
(Kainespury and Bry)
1915, 21, 297
Subjects
Hippuric acid—continued:
Synthesis, protein diet
(Raiziss and Dusin)
1915, 21, 331
Uric acid determination in
urine, effect on (LEWIS
and Karr)
1916, 25, 14
— — excretion, effect on
(Lewis and Karr)
1916, 25, 19
Urine, alkaline decomposi-
tion in (Raiziss and
DvuBrn)
1915, 21, 334
Hirudin:
Immunization against anti-
coagulating effect (VERA
and Lor)
1914, 17, xxv;
; 1914, 19, 305
Prothrombin, compound
with (VERA and Loxs)
1914, 19, 320
Histidine:
Casein content (VAN
SLYKE)
1913-14, 16, 531
Catabolism (DaxKiy and
WAKEMAN)
1911-12, 10, 499
Hdestin content (VAN
SLYKE)
1911-12, 10, 46
Fibrin content (VAN
SLYKE)
1911-12, 10, 50
— heteroalbumose content
(LEVENE, VAN SLYKE#,
and BrrcHarRD)
1910-11, 8, 280;
1911-12, 10, 69
— protoalbumose content
(LEVENE, VAN SLYKE,
and BrrcHaRD)
1911-12, 10, 68
305
Histidine—continued:
Gelatin content (VAN
SLYKE)
1911-12, 10, 49
Gliadin content (VAN
SLYKE)
1911-12, 10, 45
(OsBoRNE, VAN SLYKE,
LEAVENWORTH, and VIN-
OGRAD)
1915, 22, 261
Glomerella, presence in
(REED)
1914, 19, 260
Growth, influence on (Os-
BORNE and MENDEL)
1914, 18, 11°
Hair content (VAN SLYKE)
1911-12, 18, 47
Hemocyanin content (VAN
SLYKE)
1911-12, 10, 51
Hemoglobin content (VAN
SLYKE)
1911-12, 10, 53
Kidney content (WAKE-
MAN)
1908, 4, 123
Legumelin content (Os-
BORNE and Hzyt)
1908-09, 5, 198
Legumin content (Os-
BORNE and CLaAppP)
1907, 3, 225
Liver content (WAKEMAN)
1908, 4, 123
— — after chloroform
necrosis (WELLS)
1908-09, 5, 139
Metabolism of (Daxtry)
1913, 14, 328
Muscle content (WAKE-
MAN) 1908, 4, 123
Nitrous acid, reaction with
(VAN SLYKE)
1911, 9, 192
306 The Journal of Biological Chemistry
Histidine—continued:
Placenta content (IKoEL-
KER and SLEMONS)
1911, 9, 486
Proteins, determination in
(VAN SLYKE)
1911-12, 10, 29;
1916, 23, 411
Rice kernel protein con-
tent (OSBORNE, VAN
SiyYKE, LEAVENWORTH,
and VINOGRAD)
1915, 22, 275
Soils, presence in (SCHREIN-
BR and SHoREY)
1910-11, 8, 381
Thyreoglobulin, presence
in (Koc)
: 1911, 9, 121
Tissue, animal, determina-
tion in (WAKEMAN)
1908, 4, 119
Tumors, malignant, con-
tent (KocHER)
1915, 22, 300
Vicilin content (OSBORNE
and Hryt)
1908-09, 5, 188
Vitellin content (LEVENE
and ALSBERG)
1906-07, 2, 132
Hog cholera:
Urea nitrogen of (KEn-
DALL and WALKER)
1913, 15, 281
Homogentisic acid:
Tyrosine, réle in metab-
olism of (Dakin)
1910-11, 8, 11
Urine content in aleapto-
nuria(Ravoip and WarR-
REN)
1909-10, 7, 478
Hordein:
Heat of combustion (BEn-
EDIcT and OsBORNE)
1907, 3, 132
Hordein—continued:
Nutrition and (OsBoRNE
and MENDEL)
1912, 12, 484
Hordeum sativum:
Phytie acid from (Harr
and TorrrnGHaM)
1909, 6, 437
Horse gram:
Urease content (MATEER
and MARSHALL)
1916, 25, 298
Humin:
Tryptophane, formation
from (OSBORNE, VAN
StykE, LEAVENWORTH,
and VINOGRAD)
1915, 22, 269
(VAN SLYKE)
1915, 22, 285
Hydantoic acid:
Ethyl ester, metabolism of
(Lewis)
1912-13, 13, 347
Hydantoin:
(BRAUTLECHT)
1911-12, 10, 139
(WHEELER, HOFFMAN,
and JOHNSON)
1911-12, 10, 147
(JOHNSON)
1912, 11, 97
(Jounson and Braut-
LECHT)
1912, 12, 175
(JoHNSON and O’BRIEN)
1912, 12, 205
Derivatives, metabolism
of (Lewis)
1912-13, 13, 347;
1913, 14, 245;
1915, 23, 281
—, phenol reagent, reac- .
tion with (Lewis and
NICOLET) |
1913-14, 16, 369
—
Subjects
Hydantoin—continued:
Derivatives, uric acid re-
agent, reaction with
(Lewis and NicoLer)
1913-14, 16, 369
Metabolism (Lewis)
1912-13, 13, 347
Racemization of (Daxktn)
1910-11, 8, 31
Resolution of (DakIn and
DuDLEY)
1914, 17, 29
Hydrastine:
Picrolonate (WARREN and
WEIss)
1907, 3, 337
Hydrazine:
Adrenalin, effect on secre-
tion of (UNDERHILL and
FINE)
1911-12, 10, 283
Blood ammonia content,
effect of liver poisoned
with © hydrazine on
(FiskKE and KaRsNER)
1914, 18, 381
— composition, influence
on (UNDERHILL)
1914, 17, 293
— pressure, influence on
(UNDERHILL)
1911-12, 10, 168
— sugar content, influence
on (UNDERHILL)
1911-12, 10, 159
Dextrose utilization, ef-
fect on (UNDERHILL and
Hoaan)
1915, 20, 203
Glycogen, influence on
(UNDERHILL)
1911-12, 10, 162
— storage, influence on
(UNDERHILL)
1914, 17, 293
307
Hydrazine—continued:
Glyoxalase activity, influ-
ence on (UNDERHILL
and Hocan)
1915, 20, 211
Heat production, influence
on (UNDERHILL and
MovRLIN)
1915, 22, 499
Histological study of ac-
tion of (UNDERHILL and
KLEINER)
1908, 4, 177
Hypoglycemia in rabbits
(UnpERHILL and Ho-
GAN)
1915, 20, 205
—, role of muscle in (UN-
DERHILL and PRINCE)
1914, 17, 299
Lethal dose (UNDERHILL)
1911-12, 10, 161
Metabolism, intermediary,
influence on (UNDERHILL
and PRINCE)
1914, 17, 299
Nitrogen distribution in
urine, effect on (UN-
DERHILL and KLEINER)
1908, 4, 171
Organism, influence on
(UNDERHILL)
1911-12, 10, 159
Pancreatic diabetes, pre-
vention by (UNDERHILL
and FINE)
1911-12, 10, 273
Respiratory quotient, in-
fluence on (UNDERHILL
and MuRLIN)
1915, 22, 499
Sugar disappearance from
solutions perfused
through heart, influence
on (UNDERHILL and
PRINCE)
1914, 17, 299
308
Hydrazine—continued:
Sugar metabolism, action
on (UNDERHILL and
Fine)
1911-12, 10, 280
Sulfur distribution in urine,
effect
and KLEINER)
1908, 4, 171
Hydrobilirubin:
Extraintestinal origin of
(Austin and Orpway)
1908, 4, xxxii
Reaction of feces in ad-
vanced anemia (HER-
TER) 1906-07, 2, 15
Hydrocarbon:
Aliphatic, preparation (Lr-
VENE, West, and VAN
DER ScHEER)
1915, 20, 521
Oil, absorption of (BLoor)
O13: 153.107
Hydrocephalin:
Preparation (LEVENE and
WEstT)
1916, 24, 52
Hydrochloric acid:
Autolysis, influence .on
(BRADLEY)
IGT5 22, LUG
Barium sulfate precipita-
tion, influence on (Fo-
LIN
1905-06, 1, 146
Gastric contents, recogni-
tion and determination
in (KasTLR and Amoss)
1907, 3, xi
Magnesium sulfate anes-
thesia, influence on (UN-
DERHILL)
1916, 25, 477
Metabolism, effect on
(McCouuium and Hoaa-
LAND)
1913-14, 16, 309
on (UNDERHILL
The Journal of Biological Chemistry
Hydrochloric acid—continued:
Metabolism, effect on
(STEENBOCK, NELSON,
and Hart)
1914,.19, 405
Morphological changes in-
duced by chloroform,
relation to (GRAHAM)
1915, 20, xxv
Osmotic pressure of leci-
thin suspensions, influ-
ence on (THOMAS)
1915, 23, 365
Permeability, effect on
(OsTERHOUT)
1914, 19, 493
Phytase, action on (AN-
DERSON)
1915, 20, 490
Rice plant, influence on
growth of (MryaKe)
1916, 25, 26
Sodium chloride in, chem-
ical and physiological
EO (PETERS)
1908, 4, xxvii
Tetany, effect on (WIL-
SON, STEARNS, and JAN-
NEY)
1915, 21, 171
(Witson, STEARNS, and
THURLOW)
1915, 23, 95
Urease, action on (Mar-
SHALL) 1914, 17, 356
Viscosity of lecithin sus-
pensions, influence on
(THOMAS)
1915, 23, 369
Hydrocyanic acid:
Bacteria, production by
(Cuawson and Youne)
1913, 15, 419
Burley tobacco, grow th of,
influence on (OosTHUI-
ZEN and SHEDD)
1913-14, 16, 448
Subjects
Hydrocyanic acid—continued:
Grasses, content of (ALSs-
BERG and BuLack)
1915, 21, 601;
1916, 25, 133
(VirHOEVER, JOHNS, and
ALSBERG)
1916, 25, 141
Liver autolysis, effect on
(BRADLEY and TAYLOR)
1916, 25, 262
Plant tissues, disappear-
ance from, during mac-
eration (ALsBERG and
BLAck)
1916, 25, 133
—, separation from
(AnsBerG and BLack)
1916, 25, 133
Proteins, formation from
(Emerson, Capy, and
BAILEY)
1913, 15, 415
Proteolysis, acceleration of
(MenpeEt and Brioop)
1910-11, 8, 179
Test for (EmpRson, Capy,
and BAILEY)
1913, 15, 415
Thyroid feeding, influence
of, on poisoning by
(Hunt)
1905-06, 1, 42
Tridens flavus, content of
(VIEHOEVER, JoHns, and
ALSBERG)
1916, 25, 141
Hydrogen:
Hair, content of (RuTH-
ERFORD and Hawk)
1907, 3, 462
Urine, content of (BRa-
MAN)
1914, 19, 108
Hydrogen electrode:
(McCrLenpon)
1916, 24, 521
309
Hydrogen electrode—continued:
Potentials, barometer cor-
rections (CLARK and
Luss)
1916, 25, 486
—of phthalate, phosphate,
and borate buffer mix-
tures (CLARK and Luss)
1916, 25, 479
Tonometer and (McCLEN-
pon and Maaoon)
1916, 25, 675
Two compartment (Mc-
CiEenpon and Macoon)
1916, 25, 669
Vessel (CLARK)
1915, 23, 475
Hydrogen ion:
Concentration, aluminium
chloride solutions (Mr-
YAKB)
1916, 25, 27
—, during autolysis
(Morse)
1916, 24, xxvii
—, Bacillus coli cultures
(CLARK)
1915, 22, 87
—, blood (GrrrLeR and
BAKER)
1916, 25, 221
(McCienpon and Ma-
GOON)
1916, 25, 672
—,—, improved gas chain
method for determining
(McCiEenpon)
1916, 24, 519
—, — after parathyroid-
ectomy (WiLson,
Srparns, and TuHUR-
Low)
1915, 23, 97, 105
—, comparison solutions
for colorimetric method
(CLark and Luss)
1916, 25, 479
310
Hydrogen ion—continued:
Concentration, fecal . ex-
tracts (Howr and
Hawk)
LOND Ls) Ke
—, feces (Hows and
Hawk)
1912; 117, 129
—, gastric juice (MEnN-
TEN)
1915, 22, 341
—, indicators for (HEN-
DERSON and PALMER)
1912-13, 13, 394
=, measurement of
(ScuMIDT)
1916, 25, 66
—, millivolts, calculation
from (McCLEenpon)
1916, 24, 524
—, optimum for liver au-
tolysis (BrapLtey and
TAYLOR)
1916, 25, 264
—, protein compounds,
formation of, changes in,
during (ScumiprT)
1916, 25, 63
—, serum (McCiLenpon
and Macoon)
1916, 25, 672
—, — proteins, solutions
of (ROBERTSON)
1909-10, 7, 352
—, stomach contents, in-
dicator method for (Mc-
CLENDON and MacGoon)
1916, 25, 680
—, tissue enzymes, action
on (Morspr)
1915, 22, 125
—, urease, action on (VAN
StykE and ZACHARIAS)
1914, 19, 181
—, urine (HmnpERSON)
1911, 9, 406
The Journal of Biological Chemistry
Hydrogen ion—continued:
Concentration, urine (HEN-
DERSON and PALMER)
1912-13, 13, 393;
1918, 14, xxv;
1914, 17, 306
—, —, extremes of varia-
tions of (HmNDERSON
and PALMER)
1913, 14, 81
—, — during fast (Hows
and Hawk)
1914, 17, xlviii
—, — during nephritis
(HENDERSON and PatL-
MER)
AOS: 205139) com
—, — after parathyroid-
ectomy (WILSON,
Srearns, and JANNEY)
1915, 23, 123
—, — during tartrate
nephritis (UNDERHILL
and BLATHERWICK)
1914, 19, 43
Hydrogen peroxide:
Acetophenone,
of (Dakin)
1908, 4, 422
Alanine, oxidation of (Da-
KIN) 1905-06, 1, 174
o-Aminobenzoic acid, oxi-
dation of (DaKIn and
HERTER)
oxidation
1907, 3, 433
a-Aminoisovaleric acid, ox-
idation of (Daxin)
1908, 4, 73
a-Amino-n-valeric acid, ox-
idation of (Dakin)
1908, 4, 73
Aspartic acid, oxidation of
(DakIN)
1908-09, 5, 409
Benzoic acid, oxidation of
(Daxin and HertER)
1907, 3, 419
Subjects
Hydrogen peroxide—continued:
Betaine, oxidation of (Da-
KIN) 1905-06, 1, 272
p-Bromobenzoic acid, oxi-
dation of (Daxin and
HERTER)
1907, 3, 433
Butyric acid, oxidation .of
(Dax1Nn)
1908, 4, 77
o-Chlorobenzoic acid, oxi-
dation of (Dakin and
HERTER)
1907, 3, 433
Creatine, oxidation of (Da-
KIN) 1905-06, 1, 271
Creatinine, oxidation of
(Dakin)
1905-06, 1, 271
m-Dinitrobenzoic acid, ox-
idation of (Daxry and
HERTER)
1907, 3, 433
Fatty acids, oxidation of
(HERTER)
1908, 4, 227
Glutamic acid, oxidation
of (DaAKtn)
1908-09; 5, 409
Glycocoll, oxidation of
(DakIN)
1905-06, 1, 173
Glycollic acid, oxidation
of (Daxkrn)
1905-06, 1, 273;
1908, 4, 95
Hippuric acid, oxidation
of (Daxkry)
1905-06, 1, 272
m-Hydroxybenzoie acid,
oxidation of (DAKIN and
HERTER)
1907, 3, 432
o-Hydroxybenzoic acid,
oxidation of (Dakin and
HERTER)
1907, 3, 432
311
Hydrogen peroxide—continued:
p-Hydroxybenzoic _ acid,
oxidation of (DaKry and
HERTER)
1907, 3, 431
a-Hydroxybutyrie acid,
oxidation of (DAKIN)
1908, 4, 96
g-Hydroxybutyric acid,
oxidation of (DAxKIN)
1908, 4, 97
a-Hydroxyisobutyric acid,
oxidation of (DaK1n)
1908, 4, 98
a-Hydroxyisovalerie acid,
oxidation of (Dakin)
1908, 4, 98
Lactic acid, oxidation of
(DakIN)
1908, 4, 96
Leucie acid, oxidation of
(Dakin)
1908, 4, 99
Leucine, oxidation of (Da-
KIN)
1905-06, 1, 176;
1908, 4, 63
Milk, determination in
(AMBERG)
1905-06, 1, 219
—, preservation of, with
(AMBERG)
1905-06, 1, 219:
p-Nitrobenzoic acid, oxi-
dation of (Dakin and
HERTER)
1907, 3, 433
B-Phenyl-8-hydroxypropi-
onic acid, oxidation of
(Daxrn)
1908, 4, 422
B-Phenylpropionic acid,
oxidation of (DaAKkIN)
1908, 4, 422
Sarcosine, oxidation of
(Dakin)
1905-06, 1, 273
312
The Journal of Biological Chemistry
Hydrolysis:
Casein (OsBorNE- and
GuEst)
1911, 9, 333
— with barium hydroxide
(HomER)
1915, 22, 378
Diastase, critical hydroxy]
ion concentration for
(QUINAN)
1909, 6, 53
Esters, fatty acids, influ-
ence of (AmBERG and
LOEVENHART)
1908, 4, 154
Gliadin, products of (Os-
BORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 259
Heteroalbumose (LE-
VENE)
1905-06, 1, 54
Lactalbumin, products of
(OSBORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915; 22, 259.
Legumelin (OsBoRNE and
Hey)
1908-09, 5, 197
Legumin of pea (OSBORNE
and CiLapp)
1907, 3, 219
Maltose, by muscle plas-
ma and pancreas ex-
tract (LevENr and Mry-
ER) 1911, 9, 99
Organic phosphoric acid of
wheat bran (ANDERSON)
1915, 20, 483
Phytin, by phytase (AN-
DERSON)
1915, 20, 475
Proteins, conditions for
complete (VAN SLYKE)
1912, 12, 295
Hydrolysis—continued:
Proteins, by enzymes,
mechanism of (ROBERT-
SON
1908-09, 5, 493
—, kyrines from partial
hydrolysis of (LEVENE
and BrrcHarp)
1919-13, 13, 277
(LEVENE and VAN DER
ScHEER)
1915, 22, 425
— by pancreatic enzymes
(Harpinc and Mac-
Lan)
1916, 24, 503
—, partial (Lnvpnn, VAN
SLYKE, and BrrcHARD)
1910-11, 8, 269;
—, by pepsin-acid solu-
tions (BERG)
1908, 4, xlv
— by trypsin, réle of al-
kali in (ROBERTSON) |
1908-09, 5, 31
1911-12, 10,57
Protoalbumose (LEVENE)
1905-06, 1, 47
Rice kernel protein, prod-
ucts of hydrolysis of
(OSBORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 259.
Spleen nucleoprotein
(Manpret and LavENE)
1907, 3, xxill
Typhoid germ substance
(WHEELER)
909, 6, 516
Vicilin (OsBoRNE and
Hey.)
1908-09, 5, 187
Vitellin (LEvENr and Aus-
BERG)
1906-07, 2, 127
Subjects
Hydrolysis—continued:
Wheat gliadin (OSBORNE
and GUEST)
1911, 9, 425
Yeast nucleic acid (LE-
VENE and JAcoBs)
1916, 25, 103
= — — with ammonia
(JonEs and GERMANN)
1916, 25, 93
— — —, partial enzy-
matic (Jonys and Ricu-
ARDS)
1914, 17, 71
Hydroquinone:
Glutin, precipitation of
(HANZLIK)
1915, 20, 16
Oxidation with potassium
permanganate (DENIS)
1911-12, 10, 75
— of, in presence of man-
ganese acetate (BUN-
ZELL)
1915, 20, 701
, — — — sodium
succinate (BUNZELL)
1915, 20, 700
Serum, precipitation of
(HaANzLIK)
1915, 20, 16
Hydroxy-acids:
Aromatic, production by
anaerobes (RETTGER)
1906-07, 2, 80
Glyoxals, formation from,
in animal organism (Da-
KIN and DupLEY)
1914, 18, 29
Interconversion of, with
a-amino-acids and a-
ketonie aldehydes (Da-
KIN and DUDLEY)
1913, 14, 555;
19036 15, 127
313
Hydroxy-acids—continued:
Ketonic aldehydes, forma-
tion of, by enzymes
(Daxin and DupLEy)
1913, 14, 555
Oxidation with hydrogen
peroxide (Daxk1N)
1908, 4, 91
Stimuli to oxidation in or-
ganism (Lusk)
1915, 20, 615
p-Hydroxybenzaldehyde:
Fate in body (Dax1n)
1910-11, 8, 23
Ninhydrin reaction with
ammonium salts, action
on (Harpine and WaAr-
NEFORD)
1916, 25, 330
m-Hydroxybenzoic acid:
Oxidation with hydrogen
peroxide (Daxrn and
HERTER)
1907, 3, 432
o-Hydroxybenzoic acid:
Oxidation with hydrogen
peroxide (DakrN. and
HERTER)
1907, 3, 432
p-Hydroxybenzoic acid:
Oxidation with hydrogen
peroxide (Dakin and
HERTER)
1907, 3, 431
d-p-Hydroxybenzylhydantoin:
Tyrosine, formation from
(Dakin)
1910-11, 8, 29
|-p-Hydroxybenzylhydantoin:
(Dakin)
1910-11, 8, 31
dl-p-Hydroxybenzylhydantoin:
(DakIN)
1910-11, 8, 30
314
Hydroxybromohydrothymine-
4-carboxylic acid:
(JOHNSON)
1907, 3, 306
a-Hydroxybutyric acid:
Oxidation with hydrogen
peroxide (Dakin)
1908, 4, 97
8-Hydroxybutyric acid:
Acetoacetie acid, forma-
tion from, by liver en-
zymes (WAKEMAN and
DAKIN)
1910-11, 8, 105
—, — reduction
in animal body (Daxtn)
1910-11, 8, 97
a-Aminocaproie acid, for-
mation from (GREEN-
WALD)
1916, 25, 82
Blood content in acidosis
(Marriorr)
1914, 18, 514
Determination (CooKE
and GoRSsLIN)
1911-12, 10, 291
*(SHAFFER and Mar-
RIOTT)
1913-14, 16, 265
(SHAFFER and Huops-
BARD)
1916, 24, xxvii
— in blood (Marrriort)
1913-14, 16, 293:
1914, 18, 511
— — tissues (MaRRroTT)
1913-14, 16, 293
— — urine (Back)
1908-09, 5, 207
(SHAFFER)
1908-09, 5, 211
(Fouin and Denis)
1914, 18,
Fate of (Marriorr)
1914, 18, 244
268
The Journal of Biological Chemistry
B-Hydroxybutyric acid—con-
tinued:
Ionization constant (Hmn-
DERSON and Sprro)
1909, 6, xxxix
Liver enzymes, decompo-
sition by (WAKEMAN
and Daxtn)
1909, 6, 373
Metabolism (Daxrn)
1910-11, 8, 104
Oxidation (SHAFFER and
HUBBARD)
1916, 24, xxvii
— with hydrogen peroxide
(Dakin)
1908, 4, 97
Shaffer’s method of deter-
mining (Cookr and
GORSLIN)
1911-12, 10, 291
Surface tension of urine,
effect on (ALLEN)
1915, 22, 514
Zine calcium salt (SHar-
FER)
1912) Vi ex
(SHAFFER and Marriott)
1913-14, 16, 269
y-Hydroxy-a-carboxyquino-
line:
Kynurenic acid, relation to
(Hommr)
914, 17, 513
y-Hydroxy-8-carboxyquino-
line:
Synthesis (HomER)
1914, 17, 514
Hydroxyheptadecylamine:
(LEVENE and West)
1916, 24, 67
(LEVENE)
1916, 24, 79
a-Hydroxyisobutyric acid:
Oxidation with hydrogen
peroxide (Dakin)
- 1908, 4, 98
Subjects
a-Hydroxyisovaleric acid:
Metabolism (Daxry)
1913, 14, 327
Oxidation with hydrogen
peroxide (DAKIN)
1908, 4, 98
Hydroxyl ion:
Concentration in diastatic
hydrolysis (QUINAN)
1909, 6, 53
—, protein compounds,
formation of, changes
during (Scum1pT)
1916, 25, 63
—, — hydrolysis by tryp-
sin, changes during
(ROBERTSON)
1908-09, 5, 34
Hydroquinone, oxidation
of, by (BUNZELL)
1915, 20, 704
a-Hydroxynitrohydrothymine:
(JOHNSON)
1908, 4, 410
8-Hydroxynitrohydrothymine:
(JOHNSON)
1908, 4, 414
a-Hydroxypalmitic acid:
Ethyl ester (LEVENE and
WEST)
1914, 18, 466
p-Hydroxyphenylethylamine :
Mistletoe, occurrence in
(CRAWFORD and WaAtTA-
NABE)
1916, 24, 169
Pressor substance in Amer-
ican mistletoe (CRAW-
FORD and WATANABB)
1914, 19, 303
B, 8-Hydroxyphenylpropionic
acid:
Oxidation with hydrogen
peroxide (DAkIN)
1908, 4, 422
315
a-Hydroxypyridine:
Antineuritic
(WILLIAMS)
1916, 25, 439
Isomeric forms, antineu-
ritic properties of (WiL-
LIAMS)
properties
1916, 25, 440
Isomerism of (WILLIAMS)
1916, 25, 440
8-Hydroxypyridine:
Antineuritic
(WILLIAMS)
1916, 25, 445
y-Hydroxypyridine:
Antineuritic
. (WILLIAMS)
1916, 25, 445
properties
properties
Hyoscine:
Reductase, action on
(Harris and CREIGH-
TON)
1915, 22, 538
Hyperglycemia:
Anesthesia, production by
(EpstTEIn and ASCHNER)
1916, 25, 152
Chemical structure _ of
drugs in relation to (UN-
DERHILL)
*1905-06, 1, 121
Coniine (UNDERHILL)
1905-06, 1, 121
Epinephrine, calcium
salts, influence of (UN-
DERHILL)
1916, 25, 451
—, magnesium salts, in-
fluence of (UNDERHILL)
1916, 25, 471
—, sodium salts, influence
of (UNDERHILL)
1916, 25, 456, 463
Ether anesthesia (Ross
and McGuiGan)
1915. 22, 407
316
Hyperglycemia—continued:
Hemorrhage, production
by (Erstrern and Banur)
1914, 18, 21
Magnesium salts, produc-
tion by (KLEINER and
MEeELTzER)
1916, 24, xx
— sulfate, calcium chlo-
ride, influence of (UNn-
DERHILL)
1916, 25, 475
Nephrectomy, influence of
(Epstein and Barr)
1916, 24, 6
(Epstern and ASCHNER)
1916, 25, 160
Nicotine (UNDERHILL)
1905-06, 1, 121
Pancreatectomy (KprsTEin
and Baruyr)
1916, 24, 1
Piperidine (UNDERHILL)
1905-06, 1, 115
Piperonal (UNDERHILL)
1905-06, 1, 121
Pyridine (UNDERHILL)
1905-06, 1, 121
Renal disease, influence of
(Myzrs and Barry)
1916, 24, 151
Sodium carbonate, influ-
ence of (KRamER and
Mur rn)
1915, 20, xxvii
(Mvruin and KRAMER)
1916, 24, xxv
Stimuli, psychic and sen-
sory, effect of, on hyper-
glycemia produced by
cold (KRAMER and Cor-
FIN)
1916,
Hypernephromas:
Fats and lipoids of (WxxLs)
1908, 4, xxii
25, 423
The Journal of Biological Chemistry
Hyperthyroidism:
Serolipase, action of Gar
Hess)
1911-12, 10, 392
Hypoglycemia:
(Woopyatt)
1915, 20, 132
Albumin (McGurean and
Ross)
1915, 22, 422
Hydrazine, production of
(UNDERHILL)
1911-12, 10, 162
— in rabbits (UNDERHILL
and Hogan)
1915, 20, 205
—, réle of muscle in (Un-
DERHILL and PRINCE)
1914, 17, 299
Peptone (McGuiean and
Ross)
1915, 22,.417
Tetany, relation to (Un-
DERHILL and BLATHER-
WICK)
1914, 19, 125
Hypothyroidism:
Serolipase, action of (von
Hess)
1911-12, 10, 392
Hypoxanthine:
Cancer content (SArKt)
1909-10, 7, 25
Glomerella, isolation from
(REED)
1914, 19, 261
Liver content after chloro-
form necrosis (WELLS)
1908-09, 5, 135
Metabolism of (HunTER
and GIVENs)
1914, 17, 41
(Mernpet and Lyman)
1910-11, 8, 127
Muscle content (LEonAaRD
and JONES)
1909, 6, 458
Subjects
Hypoxanthine—continued:
Muscle content (BENNETT)
1912, 11, 225
—, non-striated, content
of (SATKI) ;
1908, 4, 487
— of Python reticulatus,
isolation from (LYMAN)
1908-09, 5, 126
Placenta content (WELLS
and CoRPER),
1909, 6, 479
Preformed (LEONARD and
JONES)
1909, 6, 453
Soils, presence in (SCHREIN-
ER and SHOREY)
1910-11, 8, 392
Spleen content (CoRPER)
1912, 11, 32
Thymus nucleic acid, con-
tent of (JonEs and Aus-
TRIAN)
1907, 3, 4
Urine of monkeys, content
of (HUNTER)
1914, 18, 111
Hypoxanthine-2-thioglycollic
acid:
(Jonrs and Hocan)
1913, 14, 304
I
Ibervillea sonore:
Composition and toxicity
(Emerson and WEL-
KER)
1908-09, 5, 339
Iceland moss:
Inulin, digestion by (Sark)
1906-07, 2, 258
Taka-diastase, digestion by
(SAIKI)
1906-07, 2, 258
§-Imidazole-4(5)-acrylic acid:
Urocanie acid (HUNTER)
1912, 11, 544
317
§-Imidazolylethylamine :
Urine after pancreatec-
tomy, isolation from
(KocH)
1913, 15, 44
2-Imidopseudouric acid:
(LEVENE and SENIOR)
1916, 25, 619
4-Imidopseudouric acid:
(Levene and SENIOR)
1916, 25, 618
Uric acid, conversion into
(Levene and SENIOR)
1916, 25, 621
Iminoallantoin:
Physiological
(SAIKI)
1909-10, 7, 263
behavior
Immunity:
Paranuclein, reaction of
(Gay and ROBERTSON)
1912,.12, 233
Protein (VAUGHAN)
1907, 3, xxxii
Toxin, Proteus vulgaris
(HerteR and TEN
BROECK)
1911, 9, 506
Immunization:
Eggs against potassium
chloride by distilled wa-
ter (LoEB‘and CaTTELL)
1915, 23, 56
Hirudin, anti-coagulating
effect of (VERA and
Logs)
1914, 17, xxv;
1914, 19, 305
Quantitative changes dur-
ing (BanzHar and GIB-
son)
1908, 4, xii
Inanition:
Ammonia elimination, in-
fluence on (MENDEL
and Rosr)
1911-12, 10, 219
318
Inanition—continued:
Ammonium salts, elimi-
nation of, during (Un-
DERHILL)
1913, 15, 337
Blood sugar content, in-
fluence on (UNDERHILL
and Hoaan)
1915, 20, 206
Creatine-creatinine excre-
tion, influence on (MEn-
pEL and Ross)
1911-12, 10, 219
Creatine metabolism, in-
fluence on (TowLes and
VoEGTLIN)
1911-12, 10, 479
—, muscle content (Mrn-
DEL and Ross)
1911-12, 10, 255
Creatinine metabolism
(Tow Es and Voratiin)
1911-12, 10, 479
—, muscle content (MEn-
DEL and Rose)
1911-12, 10, 255
Protein transfer in (WorL-
FEL) 1909, 6, 189
Resistance to poisons, in-
+ fluence on (Hunt)
1909-10, 7, xxix
Sugar, disappearance of,
from solutions perfused
through the heart, in-
fluence on (UNDERHILL
and PRrincr)
1914, 17, 299
Incubation: :
Cholesterol content of
hen’s egg, influence on
(MuvELLER)
1915, 21, 23
Dextrose content of egg,
influence on (PENNING-
TON, HENDRICKSON,
ConNOLLY, and HeEn-
DRIX) 1915, 20, xxi
The Journal of Biological Chemistry
Incubator:
Respiration, for infants
(Mvururn)
1914, 17, xxxix
Indican:
Fasting, output during -
(SHERWIN and Hawk)
L912 Ad nS
Reaction of urine (Ho-
MER)
1915, 22, 359
— — — in advanced ane-
mia (HERTER)
1906-07, 2, 5
Urine of insane, elimina-
tion in (BoRDEN)
1906-07, 2, 575
Indicators:
(RoBERTsoN)
1908, 4, 15
Animal tissues (Crozier)
1916, 24, 443
Buffer value of blood, de-
termination of, by (Mc-
CLENDON and Macoon)
1916, 25, 679
Casein solutions, reaction
towards (RoBERTSON)
1906-07, 2, 340
Chromodoris zebra, pig-
ment of, as (CRozIER)
1916, 24, 257
Hydrogen ion concentra-
tion, measure of (HmN-
DERSON and PALMER)
1912-13, 13, 394
Stomach contents, hydro-
gen ion concentration,
determination of (Mc-
CLENDON and Macoon)
1916, 25, 680
Indole:
Absorption spectra of col-
or reactions for (Ho-
MER)
1915, 22, 347, 362
Subjects
Indole—continued:
Bromine, absorption of
(Homer)
1915, 22, 376
Celtis reticulosa wood, oc-
currence in (H®rTER)
1908-09, 5, 489
Cheese, content of (NEL-
SON)
1916, 24, 533
Color reactions of (NEL-
SON)
1916, 24, 527
Derivatives, color reac-
tions of (HomER)
1915, 22, 345
Determination of (H@R-
ter and FosTER)
1905-06, 1, 257;
1906-07, 2, 267
Feces, occurrence in, in
advanced anemia (HER-
TER)
1906-07, 2, 2
Glyoxylic acid reaction
(Dakin)
1906-07, 2, 289
Indoxy] sulfate, effect on
elimination of (BORDEN)
1906-07, 2, 592
Intestine, absorption from
(HERTER)
1908, 4, 102
Seatole, separation from
(Herter and Foster)
1906-07, 2, 267
Urine, spectroscopic inves-
tigation after adminis-
tration of (HomER)
1915, 22, 364
Indoleacetic acid:
Absorption spectra of col-
or reactions of (HomMER)
1915, 22, 362
Bromine absorption (Ho-
MER)
1915, 22, 377
319
Indoleacetic acid—continued:
Seatole, relation to (HER-
TER)
1908, 4, 108
Urine, spectroscopic anal-
ysis after administra-
tion of (HomER)
1915, 22, 365
Urorosein of urine, chro-
mogen of (HERTER) |
1908, 4, 253
Indoleaceturic acid:
Absorption spectra of col-
or reactions of (HoMER)
1915, 22, 347, 362
Urorosein, chromogen of
(HomER)
1915, 22, 354
Indolealdehyde:
Absorption spectra _ of
color reactions of (Ho-
MER)
1915, 22, 347, 362
Urine, spectroscopic anal-
ysis after administra-
tion of (HomER)
1915, 22, 364
Indolepropionic acid:
Bromine absorption (Ho-
MER) 1915, 22, 376
Pigment from (HoMER)
1915, 22, 349
Urine, spectroscopic anal-
ysis after administra-
tion of (HomER)
1915, 22, 365
Indophenol: .
Formation at nuclear and
plasma membranes of
corpuscles (LILLIE)
1913, 15, 237
Granules, formation of
(REED)
1915, 22, 101
Oxidases, relation to for-
* mation of (REED)
1915, 22, 99, 106
320
Indoxyl sulfate:
Bacteria, influence of, up-
on urine containing
(HERTER)
1908, 4, 250
Urine, of insane, excretion
in (BorpEN)
1906-07, 2, 575
—, normal, excretion in
(BorDEN)
1906-07, 2, 580
Induction shock:
Erythrocytes, effect on
(McCiLEenpon)
1915, 21, 278
Indophenol formation, ac-
celeration of (LILLIE)
USS, WSs 2aivi
Infancy:
Enterokinase in (AustIN)
1909, 6, viii
Infant:
Breast-fed, metabolism of
(AMBERG and Morri11)
1909, 6, xxxv
Creatine excretion in
(Rosr)
1911-12, 10, 265
Creatinine excretion in
(AmMBERG and Morri.1)
1907, 3, 311
Respiration calorimeter
for (WILLIAMS)
1912; 12, 317
— incubator for (Mur.1n)
1914, 17, xxxix
Infantilism:
Bacillus infantilis, relation
to (KENDALL)
1908-09, 5, 419
Infectious diseases:
Bile, changes in (BALp-
WIN)
1908, 4, 213
Infiltration:
Fat, of cat’s kidney (Mor-
TRAM) 1916, 24, xi
The Journal of Biological Chemistry
Infiltration—continued:
Fatty, hepatic, in late
pregnancy and _ early
lactation (MorrTram)
1915, 20, xxx
Infusoria:
Chemical and osmotic
stimuli, reaction to
(RoBERTSON)
1905-06, 1, 185
Chemotaxis in electrolytes
(RoBERTSON)
1905-06, 1, 185
Staining power, influence
of electrolytes on (Ros-
ERTSON)
1905-06, 1, 279
Injection:
Intravenous, continuous,
at uniform rate (SAan-
sum, WILDER, and
Woopyatr)
1916, 24, xix
Inosin:
Blood, hemolyzed, action
of (Levene and Mepr-
GRECEANU)
1911, 9, 74
— serum, action of (Lx-
VENE and MrpiGRecs-
ANU)
1911, 9, 74
Gastric juice, action of
(Levens and Mrpicre-
CEANU)
1911, 9, 379
Heart muscle plasma, ac-
tion of (LevENE and
MEDIGRECEANU)
1911, 9, 73
Intestinal juice, action of
(Levent and Mrpicre-
CEANU)
1911, 9, 380
— mucosa, action of (Ln-
VENE and MrpiGcREcn-
ANU) | 1910; ‘Osa
Subjects
Inosin—continued:
Kidney plasma, action of
(LevENE and MEDIGRE-
CEANU)
1911, 9907
Liver plasma, action of
(LevENE and MEpDIGRE-
CHANU) —
1911: Og
Nucleases, action of (Lx-
VENE and MErDIGRECE-
ANU)
1911, 9, 67
Pancreatic juice, action
of (Levene and Mept-
GRECEANU)
1911, 9, 380
— plasma, action of (LE-
VENE and MeEpDIGRECE-
ANU)
1911, 9, 72
Inosinic acid:
(Jacops and LEVENE)
1909, 6, xxxvl;
1911, 9, xxv
Heart muscle plasma, ac-
tion of (LEVENE and
MeEDIGRECEANU)
1911, 9, 77
Intestinal mucosa, action
of (Levene and Mept-
GRECEANU)
1911, 9, 76
Kidney plasma, action of
(LeveNrE and MEpIGRE-
CEANU)
1911, 9, 77
Liver plasma, action of
(Levene and MEpIGRE-
CEANU)
LOM Oya
Muscle content (BEN-
NETT)
1912, 11, 226
Nucleases, action of (LE-
vENE and MxpiGRECE-
ANU) 1911, 9, 68
321
Inosinic acid—continued:
Pancreas plasma, action of
(LeveNrE and MupIGRE-
CEANU)
1911, 9, 77
Preparation from fresh
meat (BENNETT)
1912, 11, 227
Tetany, role in (GREEN-
WALD)
1916, 25, 224
Inosite:
Acid, CoopHs5049P 9, prepa-
ration from (ANDER-
SON)
1912, 12, 461
Cottonseed meal, isolation
from (ANDERSON)
1912-13, 13, 320
Inosite triphosphate, prep-
aration from (ANDER-
SON)
1915, 20, 471
Intestine, absorption from
(ANDERSON)
1916, 25, 394
Metabolism of man, influ-
ence on (ANDERSON and
BoswortH)
1916, 25, 399
Nitrogen balance, effect on
(AnpERsoN and Bos-
WORTH)
1916, 25, 403
Phosphoric acid esters (AN-
DERSON)
1912, 11, 471
Phosphorus balance, effect
on (ANDERSON and Bos-
WORTH)
1916, 25, 403
Phytin, formation from,
by phytase (ANDERSON)
1915, 20, 481
Pyrophosphoric acid es-
ters. (ANDERSON)
1912, 12, 97
322
Inosite—continued:
Tethelin, isolation
(RoBERTSON )
1916, 24, 418
Utilization of, in the dog
(ANDERSON)
1916, 25, 391
Inosite diphosphate:
(ANDERSON)
1914, 17, 187
Phytase, formation by
(ANDERSON)
1915, 20, 478
Inosite dipyrophosphoric acid
ester:
(ANDBPRSON)
1912, 12, 109
Barium salt (ANDERSON)
1914, 12, 107
Inosite hexaphosphate:
See Phytin.
Inosite monophosphate:
Barium salt (ANDERSON)
1914, 17, 185
Phytase, formation by (An-
DERSON)
1915, 20, 480
Wheat bran, isolation from
(ANDERSON)
1914, 18, 441
Inosite tetraphosphate:
(ANDERSON)
1914, 17, 187
Ester (ANDERSON)
1912, 11, 484
—, barium salt (AnpER-
son)
from
1912, 11, 480
Inosite triphosphate:
Acid barium salt (ANDER-
SON)
1915, 20, 469
Barium salt (ANDERSON)
1915, 20, 468
Phytase, formation by(An-
DERSON)
1915, 20, 478
The Journal of Biological Chemistry
Inosite triphosphate—con-
tinued:
Strychnine salt (ANDER-
SON)
1915, 20, 467
Wheat bran, occurrence in
(ANDERSON)
1915, 20, 463
Insane:
Urine of, elimination of
indoxy] sulfate in (Bor-
DEN)
1906-07, 2, 575
Insanity:
Cerebrospinal
(Myers)
fluid in
1909, 6, 115
Insects:
Salts necessary for devel-
opment (Lons)
1915, 23, 431
Intestinal:
Absorption (BRADLEY and
GASSER)
LOT 2 ih rex
Bacteria, relation of diet
to (KENDALL)
1909, 6, 259, 499
Bacteriology, fermenta-
tion tube in (HmRTER
and KENDALL)
1908-09, 5, 283
(KeNnDALL)
1909, 6, 257
Factor, influence of lime
requirements of animals
(StBENBOCK and Harr)
1913, 14, 60
Flora, influence of dietary
alterations on types of
(Herter and KENDALL)
1909-10, 7, 203
Juice, cytidine, action on
(LevENE and Mepr-
GRECEANU)
1911, 9, 381
Subjects
Intestinal—continued:
Juice, guanylic acid, action
on (LEVENE and Mepi-
GRECEANU)
1911, 9, 383
—, inosin, action on (LE-
VENE and MEDIGRECE-
ANU)
1911, 9, 380
—, pyrimidine nucleotide,
action on (LEVENE and
MeEDIGRECEANU)
1911, 9, 384
—, thymus nucleic acid,
action on (LEVENE and
MEDIGRECEANU)
1911, 9, 387
—, yeast nucleic acid, ac-
tion on (LEVENE and
MEDIGRECEANU)
1911, 9, 385
Mucosa, adenosine, action
on (Levenn and La
ForGE)
1912-13, 13, 508
—, cytidine, action on
(LEVENE and MEDIGRE-
CEANU)
1911, 9, 69
—, dihydrouridine, action
on (Levene and La
Force)
1912-13, 13, 508
— extract, guanylie acid,
action on (LEVENE and
MeEpDIGRECEANU)
1911, 9, 68, 397
— —, inosin, action on
(LevENE and MrpicrE-
CEANU)
1911, 9, 68
— —, inosinic acid, action
on (Levenr and Mepr-
GRECEANU)
1911, 9, 68
323
Intestinal—continued:
Mucosa extract, pyrimi-
dine nucleotide, action
on (Levenré and Mepi-
GRECEANU)
1911, 9, 397
— —, yeast nucleic acid,
action on (LEvENE and
MepDIGRECEANU)
1911, 9, 69
—, thymus nucleic acid,
action on (LEVENE and
MeEDIGRECEANU)
1911, 9, 401
—, toxic substances in
(WHIPPLE)
1913, 14, xxxii
—, yeast nucleic acid, ac-
tion on (LEVENE and
MrEpIGRECEANU)
1911, 9, 399
Obstruction (WHIPPLE)
1913, 14, xxxil
Putrefaction (RETTGER)
1906-07, 2, 82;
1908, 4, 50
—, during fasting (SHER-
win and Hawk)
1912, 11, 169
—, lactic acid ferment, in-
fluence of (BALDWIN)
1909-10, 7, 37
—, water drinking and
fasting, influence on
(BLATHERWICK, SHER-
win, and Hawk)
1912, 11, viii
Intestine: |
Absorption of optical iso-
mers, rate of (DAKIN)
1908, 4, 437
Amino-acid content (VAN
Styke and Myer)
1913-14, 16, 208
Fat absorption from
(MrenpeL and Bav-
MANN) 1915, 22, 173
324
Intestine—continued:
Fat, putrefaction in
(REerTGER)
L908, 4, 50
—, scatole in (HmRTER)
1907, 3, xiv;
1908, 4, LOL
Large, absorption from
(Foun and Drnts)
1912, 12, 253
Protein, digestion of (VAN
StyKE and WHITE)
1911, 9, 209
Small, absorption from
(Four and DeEnis)
1912, 11, 89, 161;
1912, 12, 141
(Van StyKE and Mry-
ER)
1912, 12, 407
Sudan III, absorption of
(MENDEL and Bav-
MANN)
1915, 22, 188
Intoxication:
Cottonseed meal (WrTH-
ERS and Ray)
1913, 14, 53
Inulase:
Aspergillus terricola, pro-
duction by (ScauEs)
1914, 19, 463
Inulin, digestion of, influ-
ence of sera of immu-
nized rabbits on (SArK1)
1907, 3, 399
Penicillium camemberti,
presence in (Dox)
1909, 6, 466
Inulin:
Glucose, influence on out-
put of, in phlorhizin
diabetes (Lewis and
FRANKEL)
1914, 17, 365
The Journal of Biological Chemistry
Inulin—continued:
Inulase, digestion by, in-
fluence of serum of im-
munized rabbits (SarKr)
1907, 3, 399
Invertase:
Acids and alkali, destrue-
tion by (PAIN)
1909-10, 7, xli
Activity (MarHEews and
GLENN) 1911, 9, 37
Alcohol, action of (MatH-
Ews and GLENN)
1911, 9, 45
Aspergillus terricola, pro-
duction by (ScaLEs)
1914, 19, 465
Biological fluids, determi-
nation of acidity or al-
kalinity of, by (Hupson
and SALANT)
1909-10, 7, xiii
Composition of (MatTH-
Ews and GLENN)
1911, 9, 29
Nitrogen content and ac-
tivity (MatrHEws and
GLENN)
1911, 9, 48
Protein reaction (MatTH-
Ews and GLENN)
1911, 9, 42
Urease equation applied to
(Van SLYKE and CUL-
LEN)
1914, 19, 158
Invertin:
Blood, effect of, on activ-
ity (KurryaMa)
1916, 25, 541
— serum content after in-
jection of invertin (Ku-
RIYAMA)
1916, 25, 539
— —, effect of, on activity
of (Kurry.AMA)
1916, 25, 541
Subjects 325
Invertin—continued: Iodine—continued:
Sucrose, utilization of, ef- Determination, electrolytic
fect on (KURIYAMA) (Krauss)
1916, 25, 533 1916, 24, 321
Urine content after injec- —, organic matter
tion of (KurryAMA)
1916, 25, 539
Involution:
Protein relationships in
(BRADLEY and TAayLor)
1916, 25, 280
Thyroid principle acceler-
ating, in frog larve
(Morse)
1914, 19, 421
Iodic acid:
Iodine, determination of,
as (HUNTER)
1909-10, 7, 326
Iodine:
Absorption by dog’s thy-
roid glands (MARINE)
1915, 22, 547
Animal tissues, distribu-
tion in (CAMERON)
1914, 18, 335;
1915, 23, 1
Biochemistry of (CAMER-
ON)
1914, 18, 335;
1915, 23, 1
Bronchial cleft organs, con-
tent of (CAMERON) ~
1913-14, 16, 465
Compounds of, from thy-
roid (KENDALL)
1915, 20, 502
Determination of (Hun-
TER)
1909-10, 7,
(KENDALL)
1914, 19,
(Krauss)
1915, 22, 151
—, colorimetric (SEIDELL)
1907, 3, 391
321
251
(Krauss)
1914, 22, 151
—, protein combinations
(RiaGs)
1909, 6, xli
—, thyroid glands (Srt-
DELL)
1911-12, 10, 95
(KENDALL)
1914, 19, 251
Involution, effect on
(Mors)
1914, 19, 424
Metazoa content (Cam-
ERON)
1915, 23, 16
Parathyroids, content of
(CAMERON)
1913-14, 16, 472
Pituitary glands, human,
presence in (WELLS)
1909-10, 7, 259
(DENIs)
1911, 9, 363
Plant tissues, distribution
in (CAMERON)
1914, 18, 335;
igiby, 7835 1
Protozoa, content of (CAM-
ERON)
1915, 23, 16
Sea water, content of
(CAMERON)
1915, 23, 4
Sponges, complexes in
(WHEELER and MEN-
DEL)
1909-10, 7, 1
Thyreoglobulin, complex
of (IKKocH)
1913, 14, 101
326
Iodine—continued:
Thyroid gland, absorption
by, in dog (Van AL-
STYNE and BrEBr)
1909, 6, xli
(MARIN»E)
1915, 22, 547
— —, content of (Hun-
TER)
1909-10, 7, 321
(CAMERON)
1913-14, 16, 465
(Lewis and Krauss)
1915, 22, 159
— —, — before and after
birth (FENGER)
1912, 11, 489;
1912, 12, 55
— —, —, diet of marine
algse, influence of (HuN-
TER and Smvpson)
1915, 20, 119
— —, —, seasonal varia-
tion in (SEIDELL and
FENGER)
1912-138, 13, 517
— —, fetal, content of
(FENGER)
1912, 12, 56;
1913, 14, 397
— —, human, content of
(Riees and BEEBe)
1909, 6, xli
— —, —, fetal, presence
in (FENGER)
1915, 20, 695
— —, metabolism of,
pregnancy and castra-
tion, influence of (FENG-
ER) .1914, 17, 23
Tissue, diseased, entrance
into (WerLLs and Hr-
DENBURG)
1913, 14, xxxvi
— enzymes, accelerator of
action of (Morsr)
1912, 22, 126
The Journal of Biological Chemistry
Iodine—continued:
Tissue, tuberculous, con-
tent of (Lewis and
Krauss)
1914, 18, 313;
L915; (225 159
Iodine-eosin:
Tissues, staining of, elec-
trolytes, effect of (RoB-
ERTSON)
1905-06, 1, 279
Iodoacetylaminoethanol:
(JAcosBs and HrmELBER-
GER)
1915, 21, 407
Hexamethylenetetramin-
ium- salt (JAcoBs and
HEIDELBERGER)
1915, 21, 408
Trimethylamine salt (Ja-
cops and HrmELBER-
GER)
1915, 21, 408
m-lodoacetylaminoethylben-
zoic acid:
Ethyl ester (JAcops and
HEIDELBERGER)
1915, 20, 693
o-Iodobenzyl bromide:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 467
p-lodobenzyl bromide:
Hexamethylenetetramin-
ium salt (JacoBs and
HEIDELBERGER)
1915, 20, 665
m-lodochloroacetylaniline:
(Jacops and HripELBER-
GER) W915, Zi eeee
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915; 2p
Subjects
5-Iodochloroacetyl-o-toluidine:
(Jacops and H&IDELBER-
GER)
1915,-21, Tu
Hexamethylenetetramin-
jum salt (Jacosps and
HEIDELBERGER)
1915, 21, 112
5-Iodocytosine:
(Jonnson and JoHNs)
1905-06, 1, 305
Acetic acid salt (JOHNSON
and JOHNS)
1905-06, 1, 312
Picrate (JoHNSON and
JOHNS)
1905-06, 1, 311
Iodoethyl alcohol:
Hexamethylenetetramin-
ium salt (Jacops and
H®IDELBERGER)
1915, 21, 465
Iodoethyl p-nitrobenzoate:
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 451
Iodoform test:
Urine preserved with thy-
mol (WELKER)
1907, 3, xxvii
Iodomucoids:
Preparation and proper-
ties (MEYER)
1909-10, 7, 11
a-Iodopropionamide:
(JaAcops and HEImDELBER-
GER)
1915, 21, 146
6-Iodopropionamide:
(Jacops and HEImELBER-
GER)
1915, 21, 146
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 147
327
6-Iodopropionic acid:
Ethyl ester, hexamethyl-
enetetraminium salt
(JAcops and HEImDEL-
BERGER)
1915, 21, 467
Hydrazide (ABEL and Ta-
VEAU)
1905-06, 1, 29
—, chloroacetopyrocate-
chol, reaction with
(AsEL and TAVEAU)
1905-06, 1, 30
a-Iodopropionyl-o-anisidine :
(JAcoss and H®IDELBER-
GER)
1915, 21, 135
8-Iodopropionyl-o-anisidine :
(Jacops and H&EIDELBER-
GER)
1915, 21, 136
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 136
B-Iodopropionyl chloride:
(Jacops and HEIDELBER-
GER)
1915, 21, 136
5-Iodopyrimidine:
Derivatives (JOHNSON and
JOHNS)
1905-06, 1, 305
Iodosobenzoic acid:
Carbon monoxide, oxida-
tion of (KASTLE)
1909, 6, xxili
Iodothyrin:
Involution,
(Morse)
action on
1914, 19, 426
Thyroid activity of (Koc#)
1913, 14, 104
5-Iodouracil:
(Jounson and JoHNs)
1905-06, 1, 310
328
Tonic:
Equilibria in animal or-
ganism (HENDERSON
and Spiro)
1909, 6, xxxix
Potentials of salts and
power of inhibiting li-
polysis (NrcHOLL)
1908-09, 5, 453
Ionization:
Acetoacetic acid, constant
of (HENDERSON and Spr-
RO)
1909, 6, xxxix
a-Hydroxybutyric acid,
constant of (HENDER-
son and Sprro)
1909, 6, xxxix
Penetration speed, rela-
tion to (CROZIER)
1916, 24, 268
Ion protein:
Compounds (RoBERTSON)
1905-06, 1, 279, 507;
1906-07, 2, 317
Hypothesis (Roprrrson)
1905-06, 1, 294;
1906-07, 2, 317
Tissue, acidity or basicity
in (ROBERTSON)
1905-06, 1, 546
Tons:
Catalysis, effect on (BERG
and Grins)
1906-07, 2, 489
Oppositely charged and
antagonistic salt action
(Lors)
1914, 19, 431
Iridaea laminarioides:
Carbohydrates of (Hoaa-
LAND and Lies)
1915, 23, 288
Irish moss:
Inulase, digestion by (Sar-
KI)
1906-07, 2, 258
The Journal of Biological Chemistry
Irish moss—continued:
Taka-diastase, digestion
by (SAIK1)
1906-07, 2, 258
Iron:
Colloidal, use of, in deter-
mination of lactose in
milk (Hii)
1915, 20, 175
Cottonseed meal toxicity,
antidote for (WITHERS
and Ray)
1918, 15, 161
Cysteine, spontaneous oxi-
dation, effect on (MatH-
Bws and WALKER)
1909, 6, 299
Cystine, spontaneous oxi-
dation, effect on (MatxH-
bws and WALKER)
1909, 6, 290
Determination of (Mar-
RIoT?r and WOLF)
1905-06, 1, 451
— — in presence of cal-
cium and magnesium
(McCruppEn)
1909-10, 7, 83
Urine, excretion in, in
pneumonia (GoopMAN)
1912, 12, 37
Iron salts:
Burley tobacco, growth of,
influence on (OosTHuI-
ZEN and SHEDD)
1913-14, 16, 448
Irritability :
Calcium in (Loxs)
1915, 23, 423
Electrical, of nerves, stim-
ulation, relation to
(Lons and Ewatp)
1916, 25, 384
Magnesium in (Lom)
1915, 23, 426
Subjects
Irritability—continued:
Muscle, adductor, of Ve-
nus (MeIcs)
1914, 17, 93
Semipermeable mem-
branes, relation to pres-
ence of (MerrGs)
1914, 17, 93
Isatin:
Absorption spectra of col-
or reactions of (HomER)
1915, 22, 347, 363
Urine, spectroscopic anal-
ysis after administra-
tion of (HomER)
1915, 22, 366
Isobarbituric acid:
Synthesis (JOHNSON and
JoHNs)
1905-06, 1, 437
Isobutylglyoxal:
Dinitrophenylhydrazone
(Daxin and DupLey)
1914, 18, 39
Glyoxalase, action of (Da-
KIN and DupDLEY)
1914, 18, 41
d-Leucic acid from, in
liver (Dakin and Dup-
LEY) 1914, 18, 39
l-Leucine from, in liver
(Dakin and DuDLEY)
1914, 18, 39
Semicarbazone (DakIN
and DuDLEY)
1914, 18, 38
Synthesis (DaAkIN and
DUDLEY)
1914, 18, 37
Isobutylglyoxal acetal:
(Dakin and DUDLEY)
1914, 18, 37
Isobutyric acid:
a-Aminoisovaleric acid,
formation from, on Oxi-
dation (DAKIN)
1908, 4, 71
329
Isobutyric acid—continued:
Fate of, in animal body
(RINGER, FRANKEL, and
JONAS)
1913, 14, 527
Oxidation with hydrogen
peroxide (Daxkry)
1908, 4, 7
Isobutyric aldehyde:
p-Nitrophenylhydrazone
(Dakin)
1, 229
es
1908, 4, 237
Isocaproic acid:
Fate in animal body
(RINGER, FRANKEL, and
JONAS)
1913, 14, 530
Isocytosine:
Picrolonate (WHEELER)
1907, 3, 297
(WHEELER and JAMIE-
SON) 1908, 4, 114
Salts (WHEELER)
1907, 3, 293
a,6-Isodiphenylchloroacetyl-
aminoethanol:
(Jacops and HErIDELBER-
GER)
1915, 21, 435
Hexamethylenetetramin-
jum salt (Jacops and
HEIDELBERGER)
1915, 21, 435
Isohexacosane:
(LEvVENE, WEST, and VAN
DER SCHEER)
1915, 20, 532
d-Isoleucine:
Casein content (LEVENE
and VAN SLYKE)
1909, 6, 426
—, preparation from (LE-
VENE and VAN SLYKE)
1909, 6, 408
Edestin content (LEVENE
and VAN SLYKE)
1909, 6, 429
330
d-Isoleucine-—continued:
Edestin, preparation from
(LEVENE and VAN
SLYKE) 1909, 6, 410
Fibrin heteroalbumose
content (LEVENE, VAN
SLYKE, and Brrewarp)
1909-10, 8, 274
— protoalbumose content
(LEVENE, VAN SLYKE,
and BrrcoHarp)
1911-12, 10, 61
Leucine, separation from
(LEVENE and Van
SLYKE) 1909, 6, 400
Metabolism of (Daxin)
1913, 14, 327
Picrolonate (LEvENE and
VAN SLYKE)
ISSA 7-5 lS}
Valine, separation from
(LevENE and Van
SLYKE)
1909, 6, 394
Isomannid dilaurate:
(Boor)
1912, 11, 423
Isomannid distearate:
(Bioor)
1912, 11, 145
Isomannid esters:
Metabolism (Bioor)
1912, 11, 425
Isomerism:
a-Hydroxypyridine (W1-
LIAMS)
1916,
Isopropyl alcohol:
Cell division, influence on
25, 440
(Lruuik)
1914, 17,
Isopropyl radical:
Amino- and fatty acids
containing, intermediary
metabolism of (RincErR,
FRANKEL, and Jonas)
1913, 14, 531
The Journal of Biological Chemistry
Isotetracosane:
See Lignocerane.
Isotetracosyl alcohol:
(Levenr and WEst)
1914, 18, 479
Isotetracosyl iodide:
(Levenr and West)
1914, 18, 480
Isotriacontane: q
(Levenn, West, and van
DER SCHEER)
1915, 20, 533
Isovaleric acid:
Fate in animal organism
(RINGER, FRANKEL, and
Jonas)
1913, 14, 529
Oxidation with hydrogen
peroxide (DaKtn)
1908, 4, 229
Isovaleric aldehyde:
Leucine, formation from,
on oxidation (Daxkin)
1908, 4, 66
p-Nitrophenylhydrazone
Dakin)
1908, 4, 237
Itaconic acid:
Molds, action of (Dox)
1910-11, 8, 266
Ivy:
Poison, poison of (AcRER
and SyMB)
1906-07, 2, 547
Jack bean:
Nitrogen distribution in
(BREWSTER)
1916, 24, xxxv
Proteins of (Jonns and
JONES)
1916, 24, xxxiii
Urease of (Marrrr and
MARSHALL)
1916, 24, xxx;
1916, 25, 297
,
Subjects
Joint fluid: -
Salicylates, determination
of, in (THOBURN and
HANZLIK)
1915, 23, 176
K
Kafir corn:
Meal, digestibility of
(LANGWORTHY and
HoLMEs)
1916, 24, xxvi
Kephalin:
See Cephalin.
Kerasin:
(LEVENE and JACOBS)
1912, 12, 394
Keratin:
Decomposition product
giving Millon’s reaction
(GORTNER)
1911, 9, 355
Hair of different races
(RUTHERFORD and
Hawk)
1907, 3, 460
Keto-acids:
Stimuli to oxidation in or-
ganism (LUSK)
1915, 20, 615
Ketones:
Aliphatic-aromatic, w-halo-
gen derivatives (JACOBS
and HEIDELBERGER)
1915, 21, 455
——— —; hexamethyl-
enetetraminium salts
(Jacops and HEIDEL-
BERGER)
1915, 21, 455
—, —, mode of forma-
tion in organism (Da-
KIN) 1908, 4, 221
= p-nitrophenylhydra-
zones, identification as
(Dakin)
1908, 4, 2385
331
Ketones—continued:
Aliphatic, synthesis of
(Dax)
1908, 4, 221
a-Ketonic aldehydes:
a-Hydroxy-acids and a-
amino acids, intercon-
version of (Dakin and
DUDLEY)
1913, 14, 155;
(G13, 15 eaied
—, formation of, by_en-
zymes (Dakin and Dup-
LEY)
1913, 14, 155
Kidney:
Alkali retention of, meas-
urement of (HENDER-
son and PALMER)
1909, 6, xxxvill
Amino-acid content (VAN
SLiyKp and MEYER)
1913-14, 16, 208
Carnaubic acid, isolation
of (DUNHAM)
08, 4, 297
Cephalin (LEVENE and
WEst)
1916, 24, 111
Creatine content (JANNEY
and BLATHERWICK)
1915, 21, 570
Fat formation in perfused
(UNDERHILL and HEN-
DRIX)
1915, 22, 471
—, growth, influence on
(McCottum and Da-
VIS)
1915, 20, 644
— infiltration of (Mort-
TRAM)
1916, 24, xi
Growth, influence of feed-
ing on (McCoLLuM and
Davis)
1915, 21, 181
332
Kidney—continued:
Hexone bases of (WAKE-
MAN)
1908, 4, 123
Hippurie acid, rdle in syn-
thesis of (KinasBuRY
and Bru.)
1915, 20, 73
Juice, hemoglobin reduc-
tion by (Harris and
CREIGHTON)
1915, 20, 186
Large white or soapy
(Kuiorz)
1909, 6, xxxviil
Ligation of, blood sugar
content in diabetes, ef-
fect on (UNDERHILL)
1911-12, 13, 20
Nephritic, influence on
division rate of Parame-
ctum aurelia (Woop-
RUFF and UNDERHILL)
1913, 15, 390
Phlorhizin, action of (UN-
DERHILL)
I Mise TES ig
Plasma, guanylie acid, ac-
tion on (LEVENE and
MErDIGRECEANU)
1911, 9, 68
—, inosin, action on (Lx-
VENE and MrpiIGRECE-
ANU)
1911, 9, 68
—, inosinic acid, action on
(LEVENE and Mrpiare-
CEANU)
1911, 9, 68
—, pyrimidine nucleotide,
action on (LevENrE and
MmpDIGRECEANU)
1911, 9, 398
—, thymus nucleic acid, |
action on (Lrvenn and
MEDIGRECEANU)
1911, 9, 402 |
The Journal of Biological Chemistry
Kidney—continued:
Plasma, yeast nucleic acid,
action on (LEVENE and
MeEpDIGRECEANU)
1911, 9, 69, 400
Reductase (Harris and
CREIGHTON)
1915, 21, 303
Selective action of (FoLin
and Dents)
1915, 22, 321
Sphingomyelin (LEVENE)
1916, 24, 83
Tin, elimination of,
through (Sauant, Rin-
GER, and TREUTHARDT)
1914, 17, 267
Tissue. See Tissue.
Urea content (MarsHaLu
and Dayts)
1914, 18, 60
Uric acid infarets, patho-
genesis of (WELLS and
CoRPER)
1909, 6, 321
Kjeldahl:
Digestion, alkylamines as
products of (ERpDMANN)
1910-11, 8, 41
Method, limitations of
(Dakin and DupiEy)
1914, 17, 275
—, nitrogen determina-
tions by (PHELPs and
Daupt)
1916, 24, xxxv
Microchemical (Guuick)
1914, 18, 542
Kjeldahl-Folin-Farmer meth-
od:
Nitrogen determination
(HarpING and WaARNE-
FORD)
1915, 21, 69
Koch, Waldemar:
Appreciation (MacaLLum)
1913, 14, viii
Subjects
Kombu:
Utilization (SaiK1)
1906-07, 2, 259
Kynurenic acid:
Constitution (HOMER)
1914, 17, 509
Excretion (HoMER)
1915, 22, 397
Tryptophane administra-
tion, relation to (Ho-
MER)
1915, 22, 391
Urine, determination in
(HomER)
1915, 22, 396
Kyrine:
Casein, preparation from
(LEVENE and VAN DER
SCHEER)
1915, 22, 425
Gelatin, preparation from
(LEvVENE and BrIrcH-
ARD)
1912-13, 13, 277
L
Laccase:
Alfalfa (BUNZELL)
1915, 20, 697
Lactalbumin:
Amino nitrogen content
(OSBORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 278
Arginine content (Os-
BORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 272
Bacteria in feces after
feeding (OsBorNE and
MENDEL)
1914, 18, 180
Growth, with (OSBORNE
and MENDEL)
1912, 12, 502
333
Lactalbumin—continued:
Growth, influence of vary-
ing amounts on (Os-
BORNE and MENDEL)
1914, 18, 16;
1915, 20, 352
Histidine content (Os-
BORNE, WAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 272
Hydrolysis products (Os-
BORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 259
Lysine —_ content (Os-
BORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 266
Maintenance with (Os-
BORNE and MENDEL)
: 1912-13, 13, 276
—, minimum for (Os-
BORNE and MENDEL)
1915, 22, 248
Muscle creatine, influence
of feeding on (MyErs
and Finer)
1915, 21, 389
Tryptophane content (Os-
BORNE, WAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 269
Tyrosine content (FoLIN
and DENTS)
1912, 12, 246
growth with
and Mern-
Zein and,
(OSBORNE
DEL)
1914, 17, 343
Lactase:
Mammary gland (Brab-
LEY)
1912-13, 13, 431
334
Lactase—continued:
Penicillium camemberti,
presence in (Dox)
1909, 6, 466
Urease equation applied to
(VAN SLYKE and CuL-
LEN) 1914, 19, 161
Lactates:
Cheese, source of fatty
acids in (SuzuK1, Hast-
INGS, and Harr)
1909-10, 7, 449
Lactation:
Period in mouse (Ros-
ERTSON)
1916, 24, 373
Lactic acid:
Alanine, relation to, in
metabolism (RINGER)
1913, 15, 150
Arabinose, formation from,
by leukocytes (LEVENE
and Mrymr)
1913, 14, 149
Bacteria, kinds produced
by (HEINEMANN)
1906-07, 2, 603
Blood content after tem-
porary occlusion of he-
patie pedicle (Mactrop
and Wepp)
1914, 18, 447
Carbohydrates, formation
from, by leukocytes
(LEvENE and Mrynrr)
1913, 14, 149
Cheese, content of (Su-
ZUKI, Hasvines, and
Hart)
1909-10, 7, 439
—, source in (Suzuki,
Hastinecs, and Harr)
1909-10, 7, 442
Cocaine, influence of, on
elimination of (UnprR-
HILL and Buack)
1912, 11, 235
The Journal of Biological Chemistry
Lactic acid—continued:
Ethyl ester, absorption of
(Bioor)
1913-14, 16, 526
— —, glucose and, me-
tabolism of (Lusk)
1915, 20, 596
—) —, — from) sin
phlorhizinized dog
(CsonKA)
1915, 20, 550
— —, metabolism (Lusk)
1915, 20, 596
Ferment, intestinal putre-
faction, influence on
(BaLpwIn)
1909-10, 7, 37
Formation, mechanics of
(Levene and Mryer)
1913, 14, 551
d-Fructose, formation
from, by leukocytes (LE-
VENE and Mryr)
1913, 15, 68
Galactose, formation from
(Levenr and Mrynr)
1913, 14, 149
Glucose, formation from
(LEvVENE and MryEr)
1912, 11, 361;
1912, 12, 265
—,— —, by kidney tissue
(LevENE and Mrynr)
1913, 15, 68
Leukocytes, action of (Lr-
VENE and Mryrr)
1912, 12, 273
Levulose, formation from,
by leukocytes (LEVENE
and Mryerr)
1913, 14, 149
Liver, autolyzed dog’s,
presence in (SAIKT)
1909-10, 7, 17
Mannose, formation from,
by kidney. tissue (Ln-
VENE and Mnrymr)
1913, 15, 68
Subjects
Lactic acid—continued:
Mannose, formation from,
by leukocytes (LE-
VENE and MnysrR)
1913, 14, 149
Metabolism of (DaAKIN
and JANNEY)
1913, 15, 177
Methyl glyoxal, formation
of (Dakin and Duvup-
LEY)
1913, 14, 555;
1913, 15, 130
— —, — — by glyoxalase
(Dakin and DupLrEy)
1913, 14, 429
— —, — — upon perfu-
sion through liver (Da-
KIN and DupDLEY)
1913, 15, 140
Optical forms produced
by Bacillus bulgaricus
(CURRIE)
1911-12, 10, 201
Oxidation of (LEVENE and
MEYER)
1912, 12, 272
— with hydrogen peroxide
(DakIN)
1908, 4, 96
Protein metabolism, effect
on (KocHER)
1916, 25, 573
Python reticulatus muscle,
isolation from (LYMAN)
1908-09, 5, 126
Souring of milk, rate of
formation in (VAN
SLtyYKE and BosworTH)
1916, 24, 195
Urine of pernicious vomit-
ing of pregnancy, pres-
ence in (UNDERHILL)
1906-07, 2, 485
Water solutions, surface
tension of (ALLEN)
1915, 22, 515
339
Lactic acid—continued:
Xylose, formation from,
by leukocytes (LEVENE
and MBysr)
1913, 14, 149
[-Lactic acid:
Fate in glycosuri¢e organ-
ism (Dakin and Dup-
LEY)
Lactochrome:
Acetaldehyde, active, ac-
tion of (PALMER and
CooLEDGE)
1914, 17, 253
1913, 15, 143
Bromine compound of
(PatMER and CooL-
EDGE)
1914, 17, 257
Human milk (PALMER and
CooLEDGE)
1914, 17, 259
Milk whey, yellow pig-
ment of (PALMER and
CooLEDGE)
1914, 17, 251
Sheep milk (PALMER and
CoOLEDGE)
1914, 17, 259
Urochrome, probable
identity of (PALMER and
CooLEDGE)
1914, 17, 252
Lactonitrile:
Cysteine, oxidation of, in-
fluence on (MatTHEWwS
and WALKER)
1909, 6, 34
Lactose:
Bacillus lactis acidi, action
of (Suzuxt, HastINGs,
and Hart)
1909-10, 7, 446
Cheese, source of fatty
acids in (SuzuK1, Hast-
InGs, and Hart)
1909-10, 7, 445
336
Lactose—continued:
Determination of (ScALEs)
hike Hts
(Hit)
. 1915, 20, 175
Dextrose, differentiation
of (BENEDICT)
1907, 3, 102
Growth, influence on (Mc-
CotutuMm and Davis)
1915, 23, 231
Intestinal bacteria, action
of (KENDALL)
1909, 6, 259
Lactase, relation to (BRapD-
LEY)
1912-13, 13, 431
Metabolism (Roser)
1911-12, 10, 135
(Lusk)
1915, 20, 590
Milk content (Merres and
Marsa)
1913-14, 16, 150
— —, changes with age,
at 0°( PENNINGTON, HEp-
BURN, Str. JoHN, WIT-
MER, STAFFORD, and
BURRELL)
1913-14, 16, 342
—, determination in, use
of colloidal iron (H1i1)
1915, 20, 175
Muscle plasma and pan-
creatic extract, com-
bined action of (LE-
VENE and Mnryrrr)
1912, 11, 347
Nutritive properties, heat,
influence of (McCot.-
LuM and Davis)
1915, 23, 249
Nylander’s reaction, deli-
cacy of (ReHruss and
Hawk)
1909-10, 7, 274
The Journal of Biological Chemistry
Lactose—continued:
Oxidation in alkaline solu-
tion (MatTrHEws)
‘ 1909, 6, 4
Tissue, kidney, action on
(Levenr and Mrymr)
1914, 18, 473
Utilization, parenteral
(Hogan)
1914, 18, 491
Laminaria saccharina: *
Electrical resistance (Os-
TERHOUT)
1914, 19, 335, 493, 517;
1915, 23, 67
Permeability of (OsTER-
HOUT)
1914, 19, 335
Lamp:
Quartz mereury vapor
(BoviE)
1915, 20, 315
Lard:
Digestibility and utiliza-
tion (SmitrH, Mr.uEr,
and Hawk)
1915, 23, 505
Growth, effect on (Hart
and McCo.nuum)
1914, 19, 394
(OsporNE and MENDEL)
1915, 20, 380
Nitrogen elimination, ef-
fect on (MenpEL and
Lewis)
1913-14, 16, 47
Nutrition and (MacAr-
THUR and LucKETT)
1915, 20, 170
Larva:
Tenebrio molitor, origin of
pigment in (GORTNER)
1909-10, 7, 365
Latent period:
Autolysis (BRADLEY and
TAYLOR) .
1916, 25, 363
Subjects
Latent period—continued:
Autolysis, acids, effect of
(BRADLEY and TAYLOR)
1916, 25, 366
—, gelatin, effect of
(BrapLey and TAyLor)
1916, 25, 368
—, sodium bicarbonate,
effect of (BRADLEY and
TAYLOR)
1916, 25, 369
Lauric acid:
Mannite ester (BLOoR)
1912, 11, 421
Melting point (LEVENE
and WEsT)
1914, 18, 465
Myristic acid, separation
from (JAcoBson and
HomMEs)
1916, 25, 55
Oxidation with hydrogen
peroxide (DAkIN)
1908, 4, 229
Salts, solubility of, in or-
ganic solvents (JACOB-
son and HoLmss)
1916, 25, 29
Thyroid, isolation from
(KENDALL)
1915, 20, 505
Laxatives:
Uric acid, endogenous,
excretion of, effect on
(MenpEL and STEHLE)
1915, 22, 225
Lead:
Cysteine, spontaneous oxi-
dation, influence on
(MarHEews and WAL-
KER) 1909, 6, 303
Lead phosphate:
Catalase and diastase, ad-
sorption of (PETERS)
1908-09, 5, 367
337
Lead salts:
Amino-acids (LEVENE and
VAN SLYKE)
1909, 6, 404;
1910-11, 8, 285
Fatty acids, solubility of,
in organic solvents (JA-
copson and HoumEs)
1916, 25, 47
Leucine (LEVENE and VAN
SLYKE)
1909, 6, 395
Lignoceric acid (LEVENE
and WEsT)
1913, 15, 194
Thymine (Myers)
1909-10, 7, 253
Uracil (Myers)
1909-10, 7, 256
Lecithans:
Determination of (Koc#
and Woops)
1905-06, 1, 203
See also Lipoids.
Lecithin:
Aspergillus niger, utiliza-
tion by (Dox)
1911-12, 10, 79
Bile, content of (ROSEN-
BLOOM)
1913, 14, 241
Blood content (BLOoR)
1916, 25, 585
—, determination in
(BLoor) :
1915, 22, 133;
1915, 23, 320;
1916, 24, 450
Commercial, cephalin from
(LEVENE and Wrst)
1916, 24, 114
Corpuscles, formation in
(BLoor)
1916, 24, 457, xi
338
Lecithin—continued:
Cream, changes in, with
age, at 0° (PENNINGTON,
HEpsurn, Sv. JOHN,
Witmer, StarrorD, and
BURRELL)
1913-14, 16, 345
Determination of (Kocu
and Woops)
1905-06, 1, 205
(CoLuIson)
LOTS Ly 2
Electrolytes, relation to
(Koc)
1907, 3, 53
Fat metabolism, role in
(Boor)
1915, 23, 323;
1916, 24, 448, xi
Glycerol, determination of,
in (FosTER)
1915, 20, 406
Growth, influence on
(RoBERTSON)
1916, 25, 647
— of suckling mice, in-
fluence on, when fed to
mother (ROBERTSON
and CUTLER)
1916, 25, 663
Todized, effect of, on in-
volution (Morsr)
1914, 19, 425
Liver content after chloro-
form necrosis (WELLS)
1908-09, 5, 135
Methyl groups, determi-
nation of (FostTER)
1915, 20, 410
Milk (OsBornnand WAKE-
MAN) 1915, 21, 544
Nutrition and (MacAr-
THUR and LUCKETT)
1915, 20, 168
Osmotic pressure of sus-
pensions of (THomas)
1915, 23, 359
The Journal of Biological Chemistry
Lecithin—continued:
Pancreatic juice, action
of (LorvenHART and
SoupER)
1906-07, 2, 418
Pituitary body, content of
(FENGER)
1916, 25, 419
—, growth, influence on
(RoBERTSON)
1916, 25, 656
Spleen, content of (Cor-
PER) 1912, 11, 30
Starfish egg, content of
(MarHEws)
1913, 14, 467
Sugar fermentation by
bacteria, influence on
(Epstein and O.usan)
1912, 11, 313
Sulfuric acid, reaction
with (HRDMANN)
1910-11, 8, 52
Synthesis in hen (Mc-
Coutum and Ha.pin)
1912, 11, xiii
(McCotitum, Hatprin,
and DrEscHER)
1912-13, 13, 219
Viscosities of suspensions
of (THOMAS)
1915, 23, 359
See also Lipoids.
Legumelin:
Heat of combustion (BEN-
EDICT and OSBORNE)
1907, 3, 180
Hydrolysis of (OsBORNE
and Hryt)
1908-09, 5, 197
Pea, preparation from
(OSBORNE and Harris)
1907, 3, 213
Legumes: ;
Proteins, utilization of
(Menpet and Fine)
“ 1911-12, 10, 433
Subjects
Legumin:
Horse bean, heat of com-
bustion (Brnepict and
OSBORNE)
1907, 3, 128
Lentil, heat of combustion
(BENEDICr and = Os-
BORNE)
1907, 3, 128
Pea, hydrolysis of (Os-
BORNE and Ciapp)
1907, 3, 219
—, preparation of (Os-
BORNE and Harris)
1907, 3, 213
Vetch, bacteria in feces
after feeding (Os-
BORNE and MENDEL)
1914, 18, 180
—, feeding experiments
with (OsBoRNE and
MENDEL)
1914, 18, 14
combustion
and = Os-
—, heat of
(BENEDICT
BORNE)
1907, 3, 128
Lesions:
Liver, ammonia content
of blood, effect on
(Fiskr and KarsNER)
1914, 18, 381
d-Leucic acid:
Isobutylglyoxal, forma-
tion from, by glyoxalase
(Daxin and Dup.ry)
1914, 18, 41+
—, —-—, in liver (Dakin
and DupLry)
1914, 18, 39
Oxidation (DaKktn)
1908, 4, 99
Zine salt (Dakin and
Duprey)
1914, 18, 40
339
Leucine:
Acetoacetic acid from
(Dakin)
1913, 14, 327
Anaerobes, production by,
from proteins (Rerr-
GER)
1906-07, 2, 80
Casein content (LEVENE
and VAN SLYKE)
1909, 6, 426
(OsBORNE and GuEST)
1911, 9, 340
bacillus, prepara-
(WHEELER)
1909, 6, 542
— germ substance, iso-
lation from (WHEELER)
1909, 6, 524
Edestin content (LEVENE
and VAN SLYKE)
1909, 6, 429
Fibrin heteroalbumose
content (LEVENE, VAN
Styke, and BrrcHarpD)
1910-11, 8, 274
— protoalbumose content
(LevenEn, VAN SLYKE,
and BrrcHARD)
1911-12, 10, 61
Heteroalbumose content
(LEVENE)
1905-06, 1, 56
Hippuric acid, influence
on output of (EPSTEIN
and BooKMAN) ¥
1912-13, 13, 118
Isobutylglyoxal, | forma-
tion from, in liver (Da-
KIN and DupDLEY)
1914, 18, 39
Tsoleucine, separation
from (LevENE and VAN
SLYKE) 1909, 6, 400
Lead salt (Levene and
VAN SLYKE)
1909, 6, 395
Colon
tion from
340
Leucine—continued:
Legumelin content
BORNE and HrEYL)
1908-09, 5, 198
Legumin content (Os-
BORNE and CLAPP)
1907, 3, 225
Leukocytes, action of (LE-
VENE and Mny2r)
1913-14, 16, 555
Liver content after chlo-
roform necrosis (WELLS)
1908-09, 5, 139
Metabolism (Lusk)
1912-13, 13, 171
(Dakin)
1913, 14, 327
—, intermediary (RINGER,
FRANKEL, and JONAS)
1913, 14, 532
Oxidation with hydrogen
peroxide (Dakin)
1905-06, 1, 176;
1908, 4, 63
Picrolonate (LEVENE and
VAN SLYKE)
1912, 12, 133
Placenta content (KoEL-
KER and SLEMONS)
1911, 9, 484
Protein hydrolysis, frac-
tion of (VAN SLYKE and
(Os-
LEVENE)
1909, 6, |
(LEvENE and VAN
SLYKE)
1909, 6, 391
Protoalbumose, content of }
(LEVENE)
1905-06, 1, 50
Racemized gelatin, con-
tent» of (Dakin)
1912-13, 13, 359
Tissue, kidney, action of
(LEvVENE and Mryesr)
1913-14, 16, 555
The Journal of Biological Chemistry
Leucine—continued:
Toxicity, influence of elec-
trolytes on (ROBERT-
SON)
1905-06, 1, 516
Urea formation from (JAN-
SEN)
1915, 21, 557
Valine, separation from
(LevENE and VAN
SLYKE)
1909, 6, 394
Vicilin, content of (Os-
BORNE and Hey)
1908-09, 5, 198
Vitellin, content of (LE-
VENE and ALSBERG)
1906-07, 2, 129
Wheat gliadin, content of
(OsBoRNE and CLAPP)
1911, 9, 426
dl-Leucine:
Metabolism (Lusk)
1912-13, 13, 171
Picrolonate (LEVENE and
Van SLYKE)
1912, 12, 134
Leucinimide:
Tuberculosis poison, pres-
ence in (WHEELER)
1909, 6, 549
Leukocytes:
dl-Alanine, action on (LE-
vEnr and MryEr)
1913, 15, 475
Amino-acids, action on
(Levenr and Mnysr)
1913-14, 16, 555
Arabinose, action on (LE-
VENE and Mpymr)
1913, 14, 153
Asparagine, action on (LE-
VENE and Mpysr)
1913-14, 16, 556
Aspartic acid, action on
(Levenr and Merysr)
1913-14, 16, 556
Subjects
Leukocytes—continued:
Carbohydrates, formation
of lactic acid from (LE-
VENE and Mrynr)
1913, 14, 149
Differential count during
prolonged fasting (Hows
and Hawk)
1911, 9, xxi
Galactose, action on (LE-
VENE and Mryr)
1913, 14, 153
Glucose, action on (LE-
vEnE and MnyER)
1912, 11, 361;
1912, 12, 265
Glycocoll, action on (Lr-
VENE and MryYER)
1913-14, 16, 556
Hexoses, action on (LE-
vENE and MEYER)
1913, 14, 149, 551
g-Hydroxybutyric acid, in-
fluence on decomposi-
tion of, by liver enzymes
(WAKEMAN and Da-
KIN) 1909, 6, 386
Lactic acid, action on
(LeveNE and MEYER)
1912, 12, 273
— —, formation of, from
carbohydrates (LE-
yvENE and MEYER)
1913, 14, 149
Leucine, action on (LE-
VENE and MEYER)
1913-14, 16, 556
Levulose, action on (LE-
VENE and MEYER)
1913, 14, 153
Mannose, action on (LE-
VENE and M®YER)
1913, 14, 153
Methyl glyoxal, action on
(LeveNE and MerYER)
1913, 14, 554
341
Leukocytes—continued:
Pyruvic acid, action on
(LeveNE and MEYER)
1914, 17, 443
Serolipase, relation to
(von Huss)
1911-12, 10, 392
Uricolytic index of dog
(Weis and CorPER)
1909, 6, 334
Xylose, action on (Ln-
VENE and MEYER)
1913, 14, 153
Levulans:
Nutritive value (SwARvTz)
1909-10, 7, xliv
Levulinic acid:
Chondrosin, preparation
from (LEVENE and La
Force)
1913, 15, 158
Thymus nucleic acid, prep-
aration from (LEVENE
and JACOBS)
1912, 12, 419
Levulose:
Ingestion, limit of (Tay-
tor and HuLron)
1916, 25, 175
Lactic acid, formation of,
from, by leukocytes
(LEVENE and MEYER)
1913, 14, 149
Muscle plasma and pan-
ereas extract, combined
action of (LEVENE and
Meyer)
1912, 11, 347
Nylander’s test, delicacy
of (ReaFuss and Hawk)
1909-10, 7, 274
Oxidation in alkaline solu-
tion (MaTHEWs)
909, 6, 4
Urine, detection in (M1L-
LER and TAYLOR)
1914, 17, 534
342
Lewis-Benedict method:
Blood sugar, criticism of
(PHaRcr)
1915, 22, 525
— —, determination of,
by (Myrrs and Barry)
1916, 24, 147
Lichens:
Carbohydrates, utilization
and digestibility (Sarkr)
1906-07, 2, 251
Liebig’s extract:
Metabolism,
(Lusk)
1912-13, 13, 159
Phlorhizin glycosuria, ef-
fect on (CSonKA)
1915, 20, 542
effect on
Light:
Reductase,
(Harris
TON)
action on
and CREIGH-
1915, 21, 303
Lignocerane:
(LEVENE and West)
1914, 18, 480
(LEvENE, West, and van
DER SCHEER)
1915, 20, 528
Lignoceric acid:
Cerebrin, isolation
(LEVENE)
from
1913, 15, 362
Cerebronic acid, prepara-
tion from (LEVENE and
JACOBS)
1912, 12, 385
(LEVENE and Wrst)
1913, 14, 263:
1913-14, 16, 477
Constitution (LEvENE and
West)
1913, 15, 193:
1914, 18, 477
Ethyl ester (Levenr and
WeEsr)
1913, 15, 194
The Journal of Biological Chemistry
Lignoceric acid—continued:
Lithium salt (Leven® and
West) 1913, 14, 263
Mammary gland, passage
into (Bowss)
015,22) te
Methyl ester (LEvrEnr and
West)
1913, 15, 194
Peanut oil, preparation
from (LEVENE, WEst,
and VAN DER ScHEER)
1915, 20, 525
Reduction with hydriodic
acid (LEVENE and WEs?)
1913, 14, 265
Sodium salt (LevENE and
Wrst)
1913, 14, 263
Sphingomyelin, isolation
from (LEVENE)
1913, 15, 153; -
1914, 18, 459;
1916, 24, 69
Lima bean:
Germination, proteolytic
changes during (SuzuK1)
1907, 3, 265
Limburger cheese:
Phenol in (NELson)
1916, 24, 534
Lime:
Metabolism
and Harr)
1913, 14, 59
Requirements of animals,
influence of function on
(STEENBOCK and Harr)
1913, 14, 59
(STEENBOCK
Limulus:
Connective
(BRADLEY)
1912, 11, xxxii;
1913, 14, xl
Digestive processes (Mat-
TILL and MarriL1)
‘1915, 20, xxii
tissue of
Subjects
Limulus—continued:
polyphemus, blood clot of
(AusBERG and CLARK)
1908-09, 5, 323
—, —, proteins of (ALs-
BERG)
1914, 19, 77
—, carbon dioxide output
of nerve fibers and gang-
lia (TASHTRO and
ADAMS)
1914, 18, 329
—, hemocyanin of (ALs-
BERG and CLARK)
1910-11, 8, 1
—, serum, oxygen solu-
bility in (ALSBERG and
CLARK)
1914, 19, 503
—,—, reduction of oxyhe-
mocyanin in (ALSBERG)
1915, 23, 495
—, soluble chitin from
(AusBERG and HeEp-
BLOM)
1909, 6, 483
Lipase:
(BRADLEY)
1909-10, 7, xvii
Action of (TAYLOR)
1906-07, 2, 87
Aspergillus terricola, pro-
duction by (ScaLEs)
1914, 19, 469
Blood, relation to pan-
creas (von HEss)
1911-12, 10, 381
Cheese, presence in (Su-
zuKI, Hastinas, and
Hart)
1909-10, 7, 450
Coferment of (LOEVEN-
HART)
1906-07, 2, 391
Ethyl butyrate, solubility
in (NicHOLL)
1908-09, 5, 456
343
Lipase—continued:
Fat of animal tissues and
(BRADLEY)
1912-13, 13, 407
Fluorides, inhibiting effect
of (AmprerG and Lor-
VENHART)
1908, 4, 149
Lymph, relation to pan-
creas (von HgEss)
1911-12, 10, 381
Mannid distearate, action
on (BLoorR)
1912, 11, 151
Mannitan distearate, ac-
tion on (BLOoR)
1912, 11, 152
Ooeytin, comparison with
(ROBERTSON)
1912, 12, 167
Pancreatic juice, human
(BRADLEY)
1909, 6, 141
Penicillium pinophilum,
presence in (CLARK and
ScALES)
1916, 24, xxxii
Radium emanation, action
on (MarsHaLL and
ROWNTREE)
1913-14, 16, 379
Reactions of (BRADLEY)
1910-11, 8, 251
Sodium fluoride, inhibit-
ing action of (LOEVEN-
HART and PEIRCE)
1906-07, 2, 397
(AmBERG and LOEVEN-
HART)
1908, 4, 149
Lipemia:
Alimentary (BLooR)
1914, 19, 3
Fat in blood in (Ivrre)
1915, 20, 87
Lipins:
See Lipoids.
344
Lipochrome:
Blood serum (PALMER and
EcKkEs)
1914, 17, 223
Lipoids: ,
Blood and fat absorption
(BLooR)
1915.23, 37
—, human, distribution
in (BLoor)
LONG 25, 10010
Brain content (CoLLIson)
1912, 11, 219
—, effect of growth on
(Kocu and Koc#)
1913, 15, 423
Corpus luteum of preg-
nant and non-pregnant
cow (RosENBLOOM)
1912-13, 13, 511
Growth and (OsBORNE
and MENDEL)
1912, 12, 81
(McCouivmM and Davis)
1914, 19, 246
(MacArruurand Luck-
ETT)
1915, 20, 161
—, necessity for (McCot-
LuM and Davis)
1913, 15, 167
Heart muscle of ox (Ros-
ENBLOOM)
1913, 14, 291
Hypernephromas, renal
(WELLS)
1908, 4, xxii
Nitrogen of egg yolk,
metabolic end-products
of (McCottum and
\ Davis)
1913, 14, xliv
Nutrition and (MacAr-
THUR and LUCKETT)
1915, 20, 161
\
The Journal of Biological Chemistry
Lipoids—continued:
Ovary of pregnant and
non-pregnant cow (Ro-
SENBLOOM)
1912-18, 13, 511
Phosphorus, determina-
tion in serum (GREEN-
WALD)
1915, 21, 29
Purification by diffusion
through rubber (RosEN-
BLOOM and GIns)
1911, 9, xiv
Solubility, effect on pro-
toplasm in relation to
(RoBERTSON)
1908, 4, 24
Solvents, osmotic pressure
of lecithin suspensions,
influence on (THOMAS)
1915, 23, 359
—, viscosities of lecithin
suspensions, influence
on (THOMAS)
. 1915, 23, 372
Vitamines, relation to
(SULLIVAN and Voner-
LIN)
1916, 24, xvii
See also Cephalin, Cere-
brin, Kerasin, Lecithans,
Phosphatides, Phreno-
sin, Sphingomyelin, Sul-
fatide.
Lipolysis:
(BRADLEY)
1909, 6, 133
Tonie potential of salts
and (NicHOLL)
1908-09, 5, 453
Salt concentration for in-
hibition of (NrcHOLL)
1908-09, 5, 459
Solution tension and tox-
icity in (Ponp)
-1907, 3, xxvi;
1908, 4, xliv
Subjects
Liquid:
Extraction, Soxhlet appa-
ratus for (SAIKI)
1909-10, 7, 21
Surface tension, determi-
nation of (ERDMANN)
1913, 14, 141
Lithium chloride:
Casein, rate of solution of,
in sodium hydroxide,
influence on (ROBERT-
son and MtysAKe)
1916, 25, 353
Lithium hydroxide:
Casein, solubility of (Ros-
ERTSON)
1908-09, 5, 151
Lithium salts:
Fatty acids, solubility of,
in organic solvents (Ja-
coBsoNn and HouMEs)
1916, 25, 33
Liver:
Acetoacetic acid forma-
tion im, pancreas, in-
fluence of (Daxin and
DuDLEY)
1913-14, 16, 515
Adenase, absence of (Lona)
1913, 15, 452
Amino-acid content (VAN
Stryke and Meyer)
1913-14, 16, 208
Autolysis, acceleration of
(BRADLEY)
1915, 20, xxix;
1915, 22, 113
—, alcohol, inhibition by
(WELLS and CALDWELL)
1914, 19, 57
— after chloroform necro-
sis (WELLS)
1908-09, 5, 129
—, manganous chloride,
effect of (BRADLEY and
Morse)
1915, 21, 209
345
Liver—continued:
Autolysis, reaction, effect
of (BrApLEY and Tay-
LOR) 1916, 25, 261
Autolyzed, cholesterol con-
tent (MUELLER)
1916, 25, 565
—, creatinine content
(Mymrs and FINe)
1915, 21, 595
—, lactie acid in (SATKI)
1909-10, 7, 17
Blood from, sugar and
lactic acid content after
temporary occlusion of
hepatic pedicle (Mac-
LEOp and Wexpp)
1914, 18, 447
— —, — level in (Mac-
LEOD and PEARCH)
1915, 20, xxiil
Catalase, adsorption and
partial purification (PE-
TERS and STEWART)
1909, 6, xxx
Cephalin (LEVENE and
WEST)
1916, 24, 111
Chemical composition in
acute yellow atrophy
(WELLS)
1907, 3, xv
Chloroform necrosis,
chemistry of, in (WELLS)
1908-09, 5, 129
Cholesterol content (Cor-
PER) 1912, 12, 201
Circulation, changes in,
nitrogen metabolism, ef-
fect on (Marruews and
MILLER)
1913, 15, 87
Creatine content (JAN-
NEY and BLATHERWICK)
1915, 21, 570
346
Liver—continued:
Creatine and creatinine
metabolism, function in
(TowiEes and Vonar-
LIN) 1911-12, 10, 479
Enzymes, acetoacetic acid,
decomposition of, by
(WAKEMAN and Daxrn)
1909, 6, 373;
1910-11, 8, 105
—, 8-hydroxybutyric acid,
decomposition of, by
« (WAK»MAN and Dakry)
1909, 6, 373;
1910-11, 8, 105
Esterase, partial purifica-
tion of (PEIRCE)
1913-14, 16, 1
Jsters, action of ex-
tracts on (LOEVENHART)
1906-07, 2, 434
—, hydrolysis by extracts,
bile salts, influence of
(LOEVENHART)
1906-07, 2, 447
Extract, coferment for ac-
tion of, on amyl sali-
cylate (LonVENHART)
1906-07, 2, 391
—, sodium fluoride, ac-
tion on (LOEVENHART
and Prrrcer)
1906-07, 2, 402
Fat, determination of (Ro-
SENTHAL and Trow-
BRIDGE)
1915, 20, 711
—, metabolism of, func-
tion in (RAPER)
1913, 14, 117
Fatty infiltration in late
pregnancy and early lac-
tation (Morrram)
1915, 20, xxxi
Gluconeogenesis, influence
on (Swept and RinGcER)
1913, 14, 137
The Journal of Biological Chemistry
Liver—continued:
Glycogen content (SALANT)
1907, 3, 416
— — after feeding dex-
trose (FIsHpR and WIsH-
ART)
1912-13, 13, 54
— —, thyreoparathyroid-
ectomy, effect of (UN-
DERHILL and BLATHHR-
WICK)
1914, 18, 87
—, conversion into sugar
in (TAYLOR)
1908-09, 5, 315
— formation in, phlor-
hizin, effect of (Ep-
STEIN and BanHr)
1916, 24, 17
Glyoxalase activity, hydra-
zine, effect of (UNDER-
HILL and HoGan)
1915, 20, 211
Hexone bases of (WAKE-
MAN)
1908, 4, 123
Hydrazine poisoning, pro-
tective adaptation in
(UNDERHILL and KLEIN-
ER)
1908, 4, 176
Hydrolysis, influence on
creatine content (JAN-
NEY and BLATHHR-
WICK)
1915, 21, 572
Juice, hemoglobin, reduc-
tion of (Harris and
CREIGHTON)
1915, 20, 182
Lesions, acute destructive,
ammonia content of
blood, effect in reduc-
tion of (Fisknand Kars-
NER) .
1914, 18, 381
Subjects
Liver—continued:
Lipoid phosphorus con-
tent (COLLISON)
1912, 11, 219
Perfusion with parabanic
acid (Lrwis)
1915, 23, 284
Phytase in (McCoLLuM
and Harr)
1908, 4, 497
Plasma, cytidine, action on
(LEVENE and MEpiGcRE-
CEANU)
1911, 9, 69
—, guanylie acid, action
on (LEVENE and Mepr-
GRECEANU)
1911, 9, 68
—, inosin, action on (LE-
VENE and MEeEDIGRE-
CEANU)
1911, 9, 68
—, inosinic acid, action
on (LEVENE and Mept-
GRECEANU)
1911, 9, 68
—, pyrimidine nucleotide,
action on (LEVENE and
MerpIGRECEANU)
1911, 9, 398
—, thymus nucleic acid,
action on (LeveNE and
MEDIGRECEANU)
1911, 9, 402
—, yeast nucleic acid,
action on (LEVENE and
MeEpDIGRECEANU)
1911, 9, 400
Proteins, groups of (BRAD-
LEY) 1915, 20, xxx
—, manganous chloride,
effect of (BRADLEY and
Morse)
1915, 21, 217
Reductase (Harris and
CREIGHTON)
1915, 21, 303
347
Liver—continued:
Reptile, chemistry of (Ly-
MAN)
1908-09, 5, 125
Sphingomyelin (LEVENE)
1916, 24, 87
Sugar production, relation
to suprarenal glands
(Macirop and PEARCE)
1912, 11, xx
Tissue, autolysis, effect
of thyroid (Cooke and
BEEBE)
1911, 9, xv
Tryptophane, rdle in de-
composition of (HOMER)
1915, 22, 360
Urea content (MARSHALL
and Davis)
1914, 18, 60
(FiskE and SUMNER)
1914, 18, 293
— excretion in dogfish
(VAN SLYKE and WHITE)
1911, 9, 211
— formation in (FISKE
and KARSNER)
1913-14, 16, 399
— — from amino-acids,
function in (VAN SLYKE
and MEYER)
1913-14, 16, 228
(Fiskr and SUMNER)
1914, 18, 285
(JANSEN)
1915, 21, 557
(Taytor and Lewis)
1915, 22, 77
Lobsters:
Fasting, weight and com-
position, changes in
(Moreutts)
1916, 24, 137
Lophius piscatorius:
Urine of (DEnNis)
1912-13, 13, 231
348
Lung:
Compression by inert
gases (McGuigan and
Bucur)
1913, 14, xxvil
Metabolism, effect of di-
minished lung area upon
(CARPENTER and BENE-
DICT)
1909, 6, xv
Urea content (MarsHALL
and Davis)
1914, 18, 60
Lunge’s method:
Urea, modification of (Qur-
NAN)
1909, 6, 173
Lupinus albus:
Urease content (MatTEER
and MARSHALL)
1916, 24, xxx;
1916, 25, 298
y-Lutidone:
Antineuritic
(WILLIAMS)
1916, 25, 445
properties
Lymph:
Lipase, relation to pan-
creas (von Huss)
1911-12, 10, 381
Physiology of (von Huss)
1911-12, 10, 381
Lysine:
Amino group of proteins
(VAN SLYKE and Bircu-
ARD)
1913-14, 16, 546
Bacillus coli communis cell
substance, isolation from
(Lmac#)
1905-06, 1, 486
Casein content (VAN
SLYKE)
1913-14, 16, 538
Edestin content (VAN
SLYKE)
1911-12, 10, 46
The Journal of Biological Chemistry
Lysine—continued:
Fibrin content
SLYKE)
(VAN
1911-12, 10, 50
— heteroalbumose con-
tent (LrvENE, VAN
SLYKE, and Brrcewarp)
1910-11, 8, 281;
1911-12, 10, 69
— protoalbumose con-
tent (LEVENE, VAN
SLYKE, and BrroHarp)
1911-12, 10, 68
Gelatin content (VAN
SLYKE)
1911-12, 10, 49
Gliadin content (Van
SLYKE)
1911-12, 10, 45
(OsBORNE and MENDEL)
: 1912, 12, 480
(OSBORNE and LHAVEN-
WORTH)
1913, 14, 481
(OSBORNE, VAN SLYKE,
LEAVENWORTH, and VIN-
OGRAD) 1915, 22, 259
— and lysine in growth
(OsBoRNE and MENDEL)
1914, 17, 332
Glomerelles isolation from
(REED)
1914, 19, 261
Growth, influence on
(OsBoRNE and MEnpDEL)
1915, 20, 352
—, réle in (OsBorNE and
MENDEL)
1916, 25, 1
Hair content (VAN SLYKE)
1911-12, 10, 48
Hemocyanin content (VAN
SLYKE)
1911-12, 10, 51
Hemoglobin content (Van
SLYKE) .
1911-12, 10, 53
Subjects
Lysine—continued:
Heteroalbumose
(LEVENE)
content
1905-06, 1, 58
Kidney content (WAKE-
MAN)
1908, 4, 123
Kyrine of casein, isolation
from (LEVENE and VAN
DER SCHEER)
1915, 22, 430
— — gelatin, isolation
from (LEVENE and
BrrcHArD)
1912-13, 13, 283
Lactalbumin content (Os-
BORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 266
Legumelin content (Os-
BORNE and Hy)
1908-09, 5, 198
Legumin, content of (Os-
BORNE and CLAPP)
1907, 3, 225
Liver content (WAKEMAN)
1908, 4, 123
Maintenance, role in (Os-
BORNE and MENDEL)
1916, 25, 1
Malignant tumors, con-
tent (KocHER)
1915, 22, 300
Metabolism (Dakin)
1913, 14, 327
—, intermediary (RINGER,
FRANKEL, and JONAS)
1913, 14, 539
Muscle content (WAKE-
MAN) 1908, 4, 123
Nitrous acid, action of
(VAN SLYKE)
1911, 9, 199
Placenta content (KoEL-
KER and SLEMONS)
; 1911, 9, 486
349
Lysine—continued:
Protein content (Os-
BORNE and MENDEL)
1914, 17, 334
—, determination in (VAN
SLYKE)
1911-12, 10, 30
Protoalbumose content
(LEVENE)
1905-06, 1, 54
Rice kernel protein, con-
tent of (OSBORNE, VAN
StykE, LEAVENWORTH,
and VINOGRAD)
1915, 22, 275
Tissue, animal, determi-
nation in (WAKEMAN)
1908, 4, 119
Vicilin content (OSBORNE
and Hy.)
1908-09, 5, 188
Vitellin content (LEVENE
and ALSBERG)
1906-07, 2, 132
Zein content (OSBORNE
and LEAVENWORTH)
1913, 14, 481
—, tryptophane and ly-
sine, growth with (Os-
BORNE and MENDEL)
1914, 17, 341
Lysis:
(WOELFEL)
1909, 6, 190
Lysylglycine:
(LEVENE and Brartry)
1907, 3, xxxix
d-Lyxohexosaminic acid:
(LeveNE and La ForGE)
1915, 22, 331
d-Lyxose:
p-Bromophenylhydrazone
(LeveNE and La Force)
1914, 18, 325
p-Nitrophenylhydrazone
(LevENE and La ForGE)
1914, 18, 326
350
d-Lyxosimine:
Amino nitrogen
(LEVENE)
content
1916, 24, 61
Synthesis (Levenr and
La Foren)
1915, 22, 333
M
Macrocystis pyrifera:
Algin from (HoaGuAaNp
and Limp)
1915, 23, 290
Magnesium:
Ammonium magnesium
phosphate, precipitation
as (McCruppEn)
1909-10, 7, 91
Calcium, excretion in pigs,
effect on (Harr and
STEENBOCK)
1912, 11, xiv
—, separation from (Mc-
CRUDDEN)
1909-10, 7, 83
Determination in blood
(HALVERSON and Brr-
GEIM) 1916, 24, xxv
— — presence of calcium
(McCrupprEn)
Uae, aKa alfesrd
Excretion (STEEL)
1908-09, 5, 111
(MernveExand Benepicr)
1909, 6, xx
— in monkey (BauMANN
and Ovrarr)
1915, 22, 44
Food content (SHmrMan
and GErTLER)
1912, 11, 327
Growth in fungi, rela-
tion to (REED)
1909, 6, xxiii
Insects, development. of,
effect on (Loms)
1915, 23, 432
The Journal of Biological Chemistry
Magnesium—continued:
Intake, caleium retention
by swine, effect on
(Harv and Srpensock)
1913, 14, 75
Irritability, relation to
(Loxs)
1915, 23, 426
Metabolism in acromegaly
(MepieREecEANU and
KRISTELLER)
1911, 9, 115
— — goiter (HALVERSON,
BERGEIM, and Hawk)
1916, 24, xxii
Milk content (VAN SLYKE
and BosworrH)
1915, 20, 144;
1916, 24, 180
Nerve stimulation, inhibit-
ing power on (Logs and
EWaALp)
1916, 25, 381
Polyorchis, isolated center,
effect on (Los)
1905-06, 1, 431
Potassium, antagonism of,
’ in growth of rice plant
(Mryaknk)
1913-14, 16, 259
Magnesium caseinate:
(VAN SLYKE and WINTER)
1914, 17, 288
Magnesium chloride:
Blood containing hirudin,
effect on (Vura and
LoEB)
1914, 19, 315
Glycosuria produced by
(BURNETT)
1908, 4, 60
Magnesium lactate:
Blood sugar content, effect
on (UNDERHILL)
1916, 25, 472
Subjects 351
Magnesium lactate—continued:
Glycosuria, epinephrine,
effect on (UNDERHILL)
1916, 25, 472
Hyperglycemia epineph-
rine, effect on (UNDER-
HILL)
1916, 25, 472
Magnesium salts:
Fatty acids, solubility of,
in organic solvents (JA-
copson and HoLMs&s)
1916, 25, 39
Glycosuria produced by
(KLEINER andjMELTzER)
1916, 24, xx
Hyperglycemia produced
by (KLEINER and MeEtr-
ZER) 1916, 24, xx
Magnesium sulfate:
Anesthesia, hydrochloric
acid, effect of (UNDER-
HILL)
1916, 25, 477
—, sodium carbonate, ef-
fect of (UNDERHILL)
1916, 25, 477
Blood sugar content, effect
on (UNDERHILL)
1916, 25, 474
Glycosuria, calerum chlo-
ride, effect of (UNDER-
HILL)
1916, 25, 475
—, epinephrine, effect of
(UNDERHILL)
1916, 25, 474
Hyperglycemia, calcium
chloride, effect of (UN-
DERHILL)
1916, 25, 475
—, epinephrine, effect of
(UNDERHILL)
1916, 25, 474
Metabolism, effect on
(STEEL)
1908-09, 5, 85
Magnesium sulfate—continued:
Purgative action of (BAN-
CROFT)
1907, 3, 207
(AUER)
1908, 4, 209
Urie acid, endogenous, ex-
cretion, effect on (MEN-
DEL and STEHLE)
1915, 22, 225
Maintenance:
(OsBoRNE and Menver)
1912, 11, xxxvil
Amino-acid minimum for
(OsBoRNE and MENDEL)
1916, 25, 1
Corn gluten (OsBORNE
and MENDEL)
1914, 18, 15
Gliadin (OsporNE and
MENDEL)
1912, 12, 482
Isolated proteins (Os-
BORNE and MENDEL)
1912-13, 13, 233
Lime, minimum require-
ments of animals (STEEN-
Bock and Hart)
1913, 14, 60
Lysine, réle of (OSBORNE
and MENDEL)
1916, 25, 1
Protein minima for (Os-
BORNE and MENDEL)
1915, 22, 241
Tryptophane, réle of (Os-
BORNE and MENDEL)
1916, 25, 1
Zein and tryptophane in
(OsporNE and MENDEL)
1914, 17, 338
Maize:
Amino-acid content (NoL-
LAU)
1915, 21, 614
352
Maize—continued:
Proteins, nutritive value
of (OsBoRNE and Mrn-
DEL)
1913, 14, xxxi;
1914, 18, 1
See also Corn,
Maleic acid:
Molds, behavior towards
(Dox)
: 1910-11, 8, 266
Malic acid:
Aspartic acid metabolism,
product of (RinGER,
FRANKEL, and Jonas)
1913, 14, 544
Fate in diabetic organism
(RINGER, FRANKEL, and
JONAS)
1913, 14, 539
Malonic acid:
Fate in diabetic organism
(RincErR, FRANKEL, and
JONAS)
1913, 14, 539
Malonyl guanidine:
Physiological
(KLEINER)
1912, 11, 452
action
Maltase:
Aspergillus terricola, pro-
duction by (ScarEs)
1914, 19, 466
Penicillium camemberti,
presence in (Dox)
1909, 6, 466
Saliva content, diet, ef-
fect of (NEILson and
SCHEELE)
1908-09, 5, 331
Urease equation applied
to (Van Styxkr and
CULLEN)
1914, 19, 162
Maltose:
Determination of (ScaEs)
1915, 23, 87
The Journal of Biological Chemistry
Maltose—continued:
Heat, effect of (HmunpER-
SON)
1911-12, 10, 6
Inversion by ferments
(TayLor)
1908-09, 5, 405
Muscle plasma, action of
(LEVENE and Mrymr)
1911, 9, 106
— — and pancreas ex-
tract, effect of (Lz-
VENE and Mrynmr)
1911, 9, 106
Nylander’s test, delicacy
of (RnHFuss and Hawk)
1909-10, 7, 274
Oxidation in alkaline solu-
tion (MATHEWs)
1909, 6, 4
Pancreas extract, action
of (LEVENE and MryEr)
1911, 9, 106
Saliva, action of, diet,
effect of (NEILSoN and
SCHEELE) ©
1908-09, 5, 331
Tissue, kidney, action of
(LEVENE and Mryerr)
1914, 18, 473
Mammary gland:
Fatty acid of food, pas-
sage into (BowEs)
1915, 22, 11
Lactase of (BRADLEY)
1912-13, 13, 431
Mandelic acid:
Phenylglyoxal, formation
from, by yeast (DAxKIn)
1914, 18, 92
—, preparation from
(Daxty and Dup.iay)
1913, 15, 138
Phenylglyoxylic acid from
(Daxtn and Dup.Ey)
- 1918, 15, 138
Subjects
Mandelic nitrile:
Cysteine, oxidation of, ef-
fect on (MarHews and
WALKER)
1909, 6, 34
Manganese:
Clam, fresh water, con-
tent of (BRADLEY)
1907, 3, 151
Cysteine, spontaneous oxi-
dation, effect on (MarH-
ws and WALKER)
1909, 6, 152
Determination of (BRAD-
LEY)
1907, 3, 152;
1910-11, 8, 238
Fat digestion by lipase,
effect on (BRADLEY)
1909, 6, 152
Mussels, fresh water, con-
tent of (BRADLEY)
1909-10, 7, XXxvi
Tissues of lower ani-
mals, content of (BRAD-
LEY)
1910-11, 8, 237
Manganese acetate:
Hydroquinone, oxidation
of, effect on (BUNZELL)
1915, 20, 701
Manganese carbonate:
Liver autolysis, effect on
(BRADLEY and TAYLOR)
1916, 25, 266
Manganese salts:
Burley tobacco, growth of,
effect on (OQOSTHUIZEN
and SHEDD)
1913-14, 16, 448
Manganous chloride:
Liver autolysis, effect on
(BrapLEy and Mors®)
1915, 21, 209
(BRADLEY)
1915, 22, 115, 120
353
Manganous chloride—con-
tinued:
Liver proteins, effect on
(BrapuEy and TAYLOR)
1915, 21, 217
Mannans:
Nutritive value (Swarrz)
1909-10, 7, xliv
Mannid distearate:
(BLoor)
1909-10, 7, 427;
1912, 11, 145
Digestion of (BLooR)
1912, 11, 149
Mannitan distearate:
(BLoor)
1912, 11, 144
Digestion of (BLoor)
1912, 11, 152
Metabolism of (BLooR)
1912, 11, 156
Mannite:
Lauric acid esters (BLOoR)
1912, 11, 421
Stearic acid esters (BLOoR)
1909-10, 7, 428;
1912, 11, 141
Mannite dilaurate:
(BLoor)
1912, 11, 421
Mannitol:
Carbon, source of, for
fungi (NEIDIG)
1913-14, 16, 143
d-a-Mannoheptaric acid:
(PEIRCE)
1915, 23, 336
d-8-Mannoheptite :
(PEIRCE)
1915, 23, 334
a-Mannoheptonic acid:
(PEIRCE)
1915, 23, 330
8-Mannoheptonic acid:
(PEIRCE)
1915, 23, 330
354
d-8-Mannoheptonic acid:
(PEIRCE)
1915, 23, 331
Phenylhydrazide (PEIRCE)
1915, 23, 331
d-8-Mannoheptose:
(PEIRCE)
1915, 23, 333
p-Nitrophenylhydrazone
(PEIRCE)
1915, 23, 333
Mannoketoheptose:
Avocado, isolation
(La Force)
1916, 24, xxxv
p-Bromophenylhydrazone
(La Forae)
1916, 24, xxxvi
d-a,a-Mannooctaric acid:
Double lactone (PErRcH)
1915, 23, 337
from
Mannosan:
Invertase, content of
(Marxews and GLENN)
1911, 9, 37
Mannose:
Invertase, content of
(MatHEws and GLENN)
1911, 9, 48
Lactie acid, formation of,
by kidney tissue (LE-
VENE and Mrynr)
1913, 15, 68
—w—,by leukocytes
(LrvENE and Mrysr)
1913, 14, 149
Muscle plasma and pan-
creas extract, combined
action of (LmvENE and
Mrnyrr)
1912, 11, 347
Manure:
Nitrogen increase upon
fermentation (Torrine-
HAM)
1916, 24, 221
The Journal of Biological Chemistry
Margaric acid:
Preparation of (LEVENE
and Wusr)
1913-14, 16, 477
Marsupials:
Purine metabolism (Hun-
TER, GIVENS, and
Guron)
1914, 18, 387
Mass action:
Activation of unfertilized
eges by butyric acid
(LILuIB) F
1916, 24, 233
Meat:
Blood, amino-acid content
of, effect on (WISHART)
1915, 20, 535
(Gy6rey and Zunz)
1915, 21, 524
Chemical changes during
drying in vacuum (Da-
vis and Emmett)
1913, 14, xli
Creatine, determination of
(GrinDLEY, and Woops)
1906-07, 2, 309
(EmmMerr and GrINnpD-
LEY) 1907, 3, 491
Creatinine, determination
of (GRINDLEY and
Woops)
1906-07, 2, 309
(EmMMEtT and GRIND-
LEY) 1907, 3, 491
Dimethylamidobenzalde-
hyde reaction of urine,
effect on (HERTER)
1908, 4, 403
Dried, nitrogen elimina-
tion, effect on (MENDEL
and Lewis)
1913-14, 16, 56
Extracted, nitrogen elimi-
nation, effect on (M=En-
DEL and Luwrs)
1913-14, 16, 57
Subjects
Meat—continued:
Infusion medium, poten-
tial of (CLARK)
1915, 23, 486
Metabolism after feeding
(Benepicr and Pratt)
1913, 15, 1
— — injection of large
quantities (WILLIAMS,
Ricu®, and Lusk)
1912, 11, xxiv;
1912, 12, 349
Muscle, amino-acid con-
tent, effect on (WIsH-
ART)
1915, 20, 535
Phosphorus, determina-
tion of (GRINDLEY and
Ross)
1910-11, 8, 483
Powder, proteins, utiliza-
tion of (MenpEL and
FINE) 1902) Lis
Ripening, diastatic en-
zymes of (Prrers and
Matti)
1909, 6, xxix
Seraps, growth, effect on
(Hart, Minuer, and
McCoiium)
1916, 25, 247
Urea and, nitrogen elim-
ination, effect on (MEN-
ppL and Lewis)
1913-14, 16, 59
Medicago sativa:
Acid-soluble phosphorus
of (Hart and Torrinc-
HAM)
1909, 6, 441
Hydroquinone, oxidation
of, effect of powder of, on
(BUNZELL)
1915, 20, 702
Lacease, absence of (BuN-
ZELL)
1915, 20, 706
Melanin:
(GORTNER)
1910-11, 8, 341;
1911-12, 10, 89, 113
Alkali, action of (GortT-
NER)
1910-11, 8, 341
Isolation of (GORTNER)
1910-11; 8, 341
Nitrogen, proteins, deter-
mination in (VAN
SLYKE)
1911-12, 10, 21
Spiegler’s white (Gorr-
ER)
1911-12, 10, 115
Melanoidin:
Nitrogen, protein diet,
content of (BARKER and
CoHOE)
1905-06, 1, 229
Melano-protein:
(GORTNER)
1911, 9, 356
Melissane:
(LevENE, WEsT, and vAN
DER SCHEER)
1915, 20, 533
Membrane:
Semi-permeable, irritabil-
ity of (Mzxres)
1914, 17, 93
Menstruation:
Basal metabolism, effect
on (Lusk)
1915, 20, 562
Mental defectives:
Clinical studies (PETERS)
1916, 24, xxi
Glycosurie reaction (PE-
TERS)
1916, 24, xxi
Menthyl bromoacetate:
Hexamethylenetetramin-
ium salt (Jacops and
H&rIDELBERGER)
1915, 21, 468
356
Mercaptan:
Anaerobes, production by
(RETTGER)
1906-07, 2, 80
a-Mercaptobenzalhydantoin:
(WHEELER, HorrMan,
and JOHNSON)
1911-12, 10, 155
Mercuric acetate:
Sugar in urine, use in de-
termination of (KurtI-
YAMA)
1916, 25, 524
Mercuric chloride:
Blood proteins, precipita-
tion of, by (GrrTLER
and BakER)
1916, 25, 214
Poisoning, distribution of
mercury after (RosEN-
BLOOM)
1915, 20, 123
Mercury:
Amines, aromatic, deriva-
tives of (Jacops and
HEIDELBERGER)
1915, 20, 513
Chloride-iodide as tem-
perature indicator (Fo-
LIN)
1912, 11, 514
Cysteine, spontaneous oxi-
dation, effect on (MarH-
Ews and WALKER)
1909, 6, 302
Distribution in body after
mercuric chloride poi-
soning (ROSENBLOOM)
1915, 20, 123
Nylander’s reaction, effect
on (REHFUSS and
Hawk)
1909-10, 7, 267
Organic compounds, aro-
matic (JAcoBs and Hxrt-
DELBERGER)
1915, 20, 513
The Journal of Biological Chemistry
Mercury—continued:
Quartz mercury
lamp (Bovir)
1915, 20, 315
Thymine salt (Mymrs)
1909-10, 7, 252
Uracil salt (Myrrs)
1909-10, 7, 255
Mesaconic acid:
Molds, behavior towards
(Dox)
1910-11, 8, 266
Mesityl bromoethyl ketone:
(JaAcoBs and HrmELBER-
GER) 1915, 21, 459
Mesitylene chloride:
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 20, 664
vapor
Metabolism:
Abdominal vessels, clamp-
ing of, effect of (Mur-
LIN, EDELMANN, and
KRAMER)
1913-14, 16, 79
Acetoacetic acid (Daxkry)
1910-11, 8, 102
(Marriorr)
1914, 18, 247
Acetone bodies (Mar-
RIOTT)
OWA 75 exncratls
1914, 18, 241
Acromegaly complicated
with glycosuria (Mzrpt-
GRECEANU and KRris-
TELLER)
1911, 9, 109
Adenine (Memnpet and
LyMAN)
1910-11, 8, 125
(HunTErR and GIvEns)
1914, 17, 41
Alanine (Lusk)
1912-13, 13, 168, 199;
1915, 20, 560
Subjects
Metabolism—continued:
Alanine, pyruvic acid in
intermediate metabo-
lism of (RINGER)
1913, 15, 145
—, rate of (CSONKA)
1915, 20, 539
Allantoin (Hunrer and
GIVENS)
1912-13, 13, 381
(Taytor and ADOLPH)
1914, 18, 521
—, a product of purine
metabolism (HUNTER
and GIVENS)
1914, 17, 41
Amino-acids (Lusk)
1912-13, 13, 155, 185
—, intermediary metab-
olism (Daxkry)
1913, 14, 321
—, mixtures of (Lusk)
1912-13, 13, 174
(MarrHews and NE#L-
SON)
1914, 19, 229
—, rate of (JANNEY)
1915, 22, 191
Ammonia, relation to bal-
ance of acid- and base-
forming elements in
food (SHERMAN and
GErTLER)
1912, 11, 323
Ammonium salts (UNDER-
HILL)
1913, 15, 327, 337
(UnpERHILL and GoLp-
SCHMIDT)
1913, 15, 341
Animal, creatine, relation
to (Fourn and DENts)
1914, 17, 493
—, creatinine, relation to
(Foun and DENIs)
1914, 17, 493—
357
Metabolism—continued:
Arginine, intermediary
metabolism of (RINGER,
FRANKEL, and JONAS)
1913, 14, 539
Aspartie acid, interme-
diary metabolism of
(RINGER, FRANKEL, and
JONAS)
543,
and
1913, 14,
Athletes (BENEDICT
SMIvH)
1915, 20,
Bacterial (KENDALL
FARMER)
1912, 12, 13, 19,
215, 219, 465, 469;
1912-13, 13, 63
(KenpaLtL and WALK-
ER)
243,
and
1913, 15, 277
Basal (Lusk)
1912-13, 13, 29
(Mvurtrn and Lusk)
1915, 22, 17
and body — surface
(Mans)
1915, 21, 263
— and creatinine elimina-
tion (PALMER, MEans,
and GAMBLE)
1914, 19, 239
—, factors affecting (BEN-
EDICT)
1915, 20, 263
—, gaseous, of normal men
and women (BENEDICT,
Emmes, Rors, and
SmIvrH)
1914, 18, 139
— of normal individuals
(Benepict and EMMEs)
1915, 20, 253
—, units of reference
(Movtron)
1916, 24, 299
358
Metabolism—continued:
Bathing in Great Salt
Lake, effect of (Mar-
TILL and MATTILL)
1914, 17, xxxi
Beef extract (Lusk)
1912-13, 13, 157
Bence-Jones proteinuria
(Four and Dents)
1914, 18, 277
Benzoylacetic acid (Da-
KIN)
1911, 9, 123
Butyric acid (RINGER)
1913, 14, 44
(MARRIOTT)
1914, 18, 261
Calcium in calf (STEEN-
Bock, NELSON, and
Hart)
1914, 19, 414
— — goiter (HALVERSON,
BERGE, and Hawk)
1916, 24, xxi
— — myositis ossificans
(Austin)
1907, 3, xxi
— — parathyroidectomy
(SteEwarT, BERGEIM,
and Hawk)
1914, 17, xlvii
Caproic acid (RINGER)
1913, 14, 46
Carbohydrate (UNDER-
HILL)
. 1911-12. 10, 159;
1914, 17, 293, 295, 299;
1916, 25, 447, 463, 471
(UNDERHILL and FINE)
1911-12, 10, 271
(UNDERHILL and BLaTH-
ERWICK)
1914, 18, 87;
1914, 19, 119
(UNDERHILL and Ho-
GAN)
1915, 20, 203, 211
The Journal of Biological Chemistry
Metabolism—continued:
Carbohydrate (Lusk)
1915, 20, 575
(UNDERHILL and Mur-
LIN)
1915, 22, 499
—, blood glycolysis in
(MacteEop)
1913, 15, 497
—, intermediary (Rose)
1911-12, 10, 123
— and mucic acid (MEN-
DEL and Ross)
1911, 9, xii
(Rose)
1911-12, 10, 123
— after thyroidectomy
(UNDERHILL and SarKt)
1908-09, 5, 233
Casein, rate of (JANNEY)
1915, 20, 326
Castration, effect of (Mc-
CRUDDEN)
1908, 4, xl;
1909-10, 7, 185
Cholesterol of hen’s egg
during incubation
(MvELLER)
1915, 21, 23
Cocaine, effect of (UNDER-
HILL and Buack)
1912, 11, 235
Cold-blooded animals
(DENIs)
1912-13, 13, 225;
1913-14, 16, 389
Creatine (MENDEL and
Rose)
1911-12, 10, 218, 255
(Rose)
1911-12, 10, 265
(Wotr)
1911-12, 10, 473
(BENEDICT)
1914, 18, 183, 191
(Benepict and OsTER-
BERG) 1914, 18, 195
Subjects 359
Metabolism—continuwed:
Creatine (Myers and Fring)
1915, 21, 377,
383, 389, 583
—, caffeine, effect of (Sa-
LANT and RIEGER)
1913, 14, xxxv
—, carbohydrates, effect
of (Mrnpet and Ross)
1911-12, 10, 213
—, dogs with Eck’s fistula
(FosTaR and FisHER)
1911, 9, 359
(Towtes and VoxgcrT-
IN)
1911-12, 10, 484
—, feeding, effect of
(Towtes and VoxGT-
IN)
1911-12, 10, 479
—, growing pig (McCotL-
LUM and STEENBOCK)
1912-13, 13, 209
—, imanition, effect of
(TowLes and VorEer-
1911-12, 10, 479
Creatinine (VoEGTLIN and
TOwWLEs) :
1911, 9, xi
(Mrnvet and Ross)
1911-12, 10, 213, 255
(Rose)
1911-12, 10, 265
(WoLF)
1911-12, 10, 473
(Towies and VonerT-
IN)
1911-12, 10, 479
(BENEDICT)
1914, 18, 183, 191
(BenEpict and OsTER-
BERG)
1914, 18, 195
(Mygrs and FINe)
1915, 21, 377,
383, 389, 583
Metabolism—continued:
Creatinine, caffeine, effect
of (Sauant and RrecER)
1913, 14, xxxv
—, carbohydrate, effect of
(Menpezt and Ross)
1911-12, 10, 213
—, dogs with Eck’s fistula
(Foster and FISHER)
1911, 9, 359
Cystinuria, sodium cho-
late, effect of (WoLF
and SHAFFER)
1908, 4, 458
Cytosine (MrnpEL and
Myers)
1909-10, 7, ix
Dextrose (LusK)
1912-13, 13, 28
2,8-Dioxy-6,9-dimethyl-
purine (GOLDSCHMIDT)
1914, 19, 94
2,8-Dioxy-6-methylpurine
(GOLDSCHMIDT)
1914, 19, 91
2,8-Dioxy-9-methylpu-
rine (GOLDSCHMIDT )
1914, 19, 92
2,8-Dioxypurine (GoLb-
SCHMIDT)
1914, 19, 87
Dithiodimethylpiperazine
(Lewis)
1913, 14, 255
Diurnal variations (BENE-
DICT)
1915, 20, 295
Dwarf (McCruppEen and
Lusk)
1912-13, 13, 447
Edestin, rate of (JANNEY)
1915, 20, 326
Endogenous, of pig (Mc-
Cottum and Hoac-
LAND)
1913-14, 16, 299,
317, 321
360
The Journal of Biological Chemistry
Metabolism—continued:
Energy, total, in develop-
ment (Murtin)
1909, 6, xxi
Ereptone (MarruEws and
NELSON)
1914, 19, 232
Ethyl alcohol (Lusk)
1915, 20, 593
— — and glucose (Lusk)
1915, 20, 595
— hydantoate (Lewis)
1912-13, 13, 347
— lactate (Lusk)
1915, 20, 596
Fasting man (Howe and
Hawk)
1912, 11, xxxi
— and obesity (Fouin and
DEnIs)
1915, 21, 184
Fat, glucose and, effect on
(Muruin and Lusk)
1915, 22, 19
—, —, — glycocoll, ef-
fect of (Muri and
Lusk)
1915, 22, 23
— ingestion, effect of
(Lusk) .
1912-13, 13, 38
(Murtin and Lusk)
1915, 22, 15
—, lecithin and (Bioor)
1916, 24, 451, xl
—, liver, function of (Ra-
PER)
1913, 14, 117
—, stained (Mrnpru and
DANIELS)
1912-13, 13, 81
Fever, experimental
(Myzrs and Vouovic)
1912, 11, xx
Food, influence of (Lusk)
1915, 20, viii
Metabolism—continued:
Foodstufis, mixtures of,
effect of (Lusk)
1912-13, 13, 185
Formic acid (RinGER)
1913, 14, 44
Fructose (Lusk)
1915, 20, 590
Galactose (Ross)
1911-12, 10, 135
(Lusk)
1915, 20, 590
Gas, of bacteria (KEYES
and GILLESPIE)
1912-13, 13, 291, 305
Gliadin, rate of (JANNEY)
1915, 20, 326
Glucose (Lusk)
19155 20; soe
— and alanine (Lusk)
1915, 20, 584
— — glycocoll (Lusk)
1915, 20, 584
(Murutn and Lusk)
1915; 22, 27
dl-Glutamic acid (Lusk)
1912-13, 13, 169, 197
Sy intermediary
metabolism of (RINGER,
FRANKEL, and JONAS)
1913, 14, 539
Glycocoll (Lusk)
1912-18, 13, 162, 201;
1915, 20, 560
— and alanine (Lusk)
1915, 20, 560
— rate of (CsonKA)
1915, 20, 539
Glycogen, alcohol, effect
of (SALANT)
1907, 3, 403
Goiter, exophthalmie
(Hatverson, BerGEIM,
and Hawk)
1916, 24, xxii
Subjects
Metabolism—continued:
Goiter, thymus, effect of
(HatvEersoN, BERGEIM,
and Hawk)
1916, 24, xxii
—, thyroid, effect of (HaL-
VERSON, BERGEIM, and
Hawk)
1916, 24, xxii
Guanine (MENDEL and
Lyman)
(910-11, 8, 121
(HuntTER and GIVENS)
1914, 17, 41
Hydantoin (Lewis)
1912-13, 13, 347
— derivatives (LEWIS)
1912-13, 13, 347;
1913, 14, 245;
1915, 23, 281
Hydrochloric acid, effect
of (SreEnBock, NEL-
son, and Harr)
1914, 19, 405
Hydroxybutyric acid
(Marriorr)
1914, 18, 244
dl-8-Hydroxybutyric acid
(Dakin)
1910-11, 8, 104
Hypoxanthine (MENDEL:
and Lyman)
LOLOSI syd
(Hunter and GIVENS)
1914, 17, 41
Infant, breast-fed (Am-
BERG and MorriLL)
1909, 6, Xxxv
—, respiration incubator
for study of (MurRLIN)
1914, 17, xxxix
Tnosite in dog (ANDERSON
and BoswoRTH)
1916, 25, 399
—, effect of, on metabo-
lism in man (ANDER-
SON) 1916, 25, 391
361
Metabolism—continued:
Intermediary, carbohy-
drate, theory of (DAKIN
and DupLEY)
1913, 14, 555
—, formie acid as product
of (DAKtn, JANNEY, and
WAKEMAN)
1913, 14, 348
—, hydrazine, influence of
(UNDERHILL and KLEIN-
ER) 1908, 4, 165
—, leucine (RINGER,
FRANKEL, and JONAS)
1913, 14, 532
—, protein, theory of
(Daxtn and DuDLEY)
1913, 14, 555
—, valine (RINGER, FRANK-
EL, and JONAS)
1913, 14, 533
Todine of thyroid gland,
effect of pregnancy and
castration on (FENGER)
1914, 17, 23
Isomannid esters (BLOOR)
1912, 11, 425, 429
Lactose (ROSE)
1911-12, 10, 135
(Lusk)
1915, 20, 590
di-Leucine (Lusk)
1912-13, 13, 171
Lime (STEENBOCK and
Hart) 1913, 14, 59
Lipoid nitrogen of egg
yolk (McCoLtuM and
STEENBOCK)
1913, 14, xliv
Lysine, intermediary
(RINGER, FRANKEL, and
JONAS)
1913, 14, 539
Magnesium in goiter
(HaLvERSON, BERGE,
and Hawk)
1916, 24, xxi
362
Metabolism—continued:
Magnesium sulfate, effect
of (STEEL)
1908-09, 5, 85
Man with diminished lung
area (CARPENTER and
BENEDICT)
1909, 6, xv
Mannitan distearate
(Buoor)
1912, 11, 156
Measurements of (BENE-
DICT)
1915, 20, 301
Meat (Lusk)
1912-13, 13, 176
— feeding, effect of (Wiz-
LIAMS, Ricue, and Lusk)
1912, 11, xxiv;
1912, 12, 349
(BENEDIcT and PRATT)
1913, 15, 1
Metabolic changes in
muscular tissues (Mat-
THEWS and NELSON)
1914, 19, 229
— relationships of pro-
teins to glucose (JAan-
NEY)
1915, 20, 321
Mucie acid (MrnpEu and
Rosk)
1911, 9, xii
(Rosz)
1911-12, 10, 123
Narcotic drugs, ‘effect of
(Sansum and Woop-
YATT)
UWS ils AL
Nitrates (MrrcHEt,
SHONLE, and GRINDLEY)
1916, 24, 468
Nitrogen, acid and alka-
line salts, effect of, in
pig (McCottum and
HOAGLAND)
1913-14, 16, 299
The Journal of Biological Chemistry
Metabolism—continued:
Nitrogen, alkaline diuret-
ics, effect of (Haskins)
1906-07, 2, 217
, blood transfusion, ef-
Tie of (HAsKINS)
1907, 3, 321
— of coyote (HunTER and
GIVENS)
1910-11, 8, 449
—, dextrose, subcutaneous
injections, effect of (Un-
DERHILL and CLosson)
1906-07, 2, 117
—, diet, effect of (Has-
KINS)
1906-07, 2, 217
— after KEck’s fistula
(MatraHews and NeEt-
SON)
1913, 15
—, endogenous (Motion
LuM and HoaGuanp)
1913-14, 16,
299, 317, 321
(STEENBOCK, NELSON,
and Harr)
1914, 19, 411
—, —, benzoic ‘acid, ef-
fect of (McCotnum and
HoAGLanp)
1913-14, 16, 321
—, —, fat feeding, effect
of (McCottum and
HoaGuLanp)
1913-14, 16, 317
—, —, mineral acids, ef-
feet of (McCouium and
HoAGLAnpD)
1913-14, 16, 299
—, exogenous (STEEN-
BocK, NELSON, and
Harr)
1914, 19, 404
— in goiter (HALVERSON,
Brreem, and Hawk)
1916, 24, xxii
Subjects
Metabolism—continued:
Nitrogen, liver circulation,
changes in, effect of
(Marruews and MiIL-
LER)
1913, 15, 87
—, low calorific value of,
effect of (OSTERBERG
and WOLF)
1908, 4, xxill
—, organic phosphorus,
effect of (LECLERC and
Cook)
1906-07, 2, 203
— jin pneumonia (LaM-
BERT and WOLF)
1907, 3, xix
Non-vegetarians (BENE-
pict and Ror)
1915, 20, 231
Nuclein (LeonarD and
JONES)
1909, 6, 453
(JonEs and DE ANGULO)
1909, 6, xlv
Nucleoprotein (MENDEL
and LyMAN)
1910-11, 8, 130
Oils, effect of (MuRLIN
and Mitts)
1911, 9, xxvil
Ornithine, intermediary
metabolism of (RINGER,
FRANKEL, and J ONAS)
1913, 14, 539
Osteitis deformans (Da
Costa, Funx, BER-
cum, and Hawk)
1914, 17, xxx
Pancreatic external secre-
tion, metabolism in ab-
sence of (BENEDICT and
PRATT) ’
1913, 15, 1
Parabanic acid (LEwIs)
1915, 23, 281
363
Metabolism—continued:
Parathyroidectomized
dogs (GREEN WALD)
1913, 14, 363
Phlorhizin glycosuria
(Lusk)
1915, 20, 598
Phosphorus (LECLERC
and Cook)
1906-07, 2, 203
— in calf (STEENBOCK,
Netson, and Harr)
1914, 19, 414
— in goiter (HALVERSON,
Bercem, and Hawk)
1916, 24, xxii
— in man (SHERMAN)
1908, 4, xli
— of thyroid gland, preg-
nancy and castration,
effect of (FENGER)
1914, 17, 23
Plant, toxic substances
from (SCHREINER and
SHOREY)
1908, 4, xxvi
Proline, intermediary me-
tabolism of (RINGER,
FRANKEL, and Jonas)
19138, 14, 539
Proteins, alcohol, effect of
(SALANT and RIEGER)
: 1911, 9, xii
—, ammonia, utilization
of (TayLor and RiING-
BR)
1913, 14, 407, xxvi
—, barium bromide, effect
of (BERG and WELKER)
1905-06, 1, 371
—, blood and tissue anal-
ysis, from standpoint of
(Foun and DENIS)
1912, 11, 87, 161;
1912, 12, 141, 253;
1913, 14, 29;
1914, 17, 493
364
Metabolism—continued:
Proteins, blood and tissue
analysis from standpoint
of (Foun and Lyman)
1912, 12, 259
— in eystinuria (WoLF
and SHAFFER)
1907, 3, xxix;
1908, 4, 439
— in development (Mur-
LIN)
1909, 6, xx
— in dog (Wo LF)
1907, 3, xxx
(OsTERBERG and Wour)
1908, 4, xxili
— in exophthalmie goiter
(SHAFFER)
1907, 3, xiii
— in experimental dia-
betes (RINGER)
1912, 12, 431
— in fasting (Foun)
1908, 4, xvii
— and glucose (JANNEY
and CsonKa)
1915, 22, 203
(JANNEY and BLaTHER-
WICK)
OTS 5235 00
—, hemorrhage, effect of
(TayLor and Lewis)
1915, 22, 71
—, lactic acid, effect of
(Kocumr)
1916, 25, 573
— in monkey (HuntTER
and GIvENsS)
1914, 17, 59
—, narcosis in phlorhizin-
ized dog, effect of (San-
suM and Woopyarr)
1915, 21, 8
—, normal, of rat (Fouin
and Morris)
1913, 14, 509
The Journal of Biological Chemistry
Metabolism—continued:
Protein, of parturient
women (Muriin and
CARPENTER)
1909-10, 7, xlix
—, phosphorus, effect of
(Epstein and Boox-
MAN)
1912; 11, 122
—, potassium cyanide, ef-
fect of (RicHarps and
WALLACE)
1908, 4, 179
—, pyruvic acid, effect of
(Kocumr)
1916, 25, 574
—, racemized (Dakin and
Dup.ry)
OLS WS seeee
—, radium bromide, effect
of (BERG and WELKER)
1905-06, 1, 371
—, rate of (JANNEY)
1915, 22, 191
—, sparing action of car-
bohydrates on (Kocu-
ER)
1916, 25, 571
— synthesis and diseases
of metabolism (JANNEY)
1916, 24, xxx
Purine (MENDEL and Ly-
MAN)
1910-11, 8, 115
(TayLor and Roser)
1913, 14, 419
—, comparative biochem-
istry of (HunrTER and
GIVENS)
1914, 17, xxiii
— of embryo (MznpEz)
; 1907, 3, xxxiv
—, endogenous (MacLEop
and -HAskKINs)
1906-07, 2, 231
Subjects
Metabolism—continued:
Purine, endogenous and
exogenous (HunrErR and
GIVENS)
1912-13, 13, 371;
1914, 17, 37
(HuNTER)
1914, 18, 107
— of monkey (WELLS)
1909-10, 7, 171
(Hunter and Givens)
Os AMI Scevesab;<
(Hunter, Givens, and
Guton) 1914, 18, 387
(HunTER and GIVENS)
1914, 18, 403
Pyrimidine derivatives
(Menpet and Myers)
1909-10, 7, ix
Pyruvie acid in (RINGER)
1914, 17, 281
(KocHER)
1916, 25, 574
Racemized proteins (Da-
KIN and DupLEY)
1913, 15, 271
Respiratory, of depancrea-
tized dogs, duodenal ex-
tracts, effect on (Mur-
LIn and KRAMER)
1913, 15, 365
—,———, normal blood,
effect of (Murtin and
KRAMER)
1913, 15, 381
—, — — —, pancreas ex-
tract, effect of (MurRLIN
and KRAMER)
1913, 15, 365
—, — — —, sodium car-
bonate, effect of (KRa-
MER and MuRuIN)
1915, 20, xxvii
(Murtin and KRAMER)
1916, 24, xxv
Salicylic acid and isomers,
_ effect of (Rockwoop)
1909, 6, Xxxv
365
Metabolism—continued:
Serum albumin, rate of
(JANNEY)
1915, 20, 326
Sodium benzoate (DaK1n)
1909-10, 7, 103
— chloride in solution,
effect of (Lusk)
1912-13, 13, 37
— nucleate (HunTER and
GIVENS)
1912-13, 13, 381;
1914, 17, 41
(Givens and HunrTsr)
1915, 23, 299
Statistical problem (Rrerz
and MrrcHELL)
1910-11, 8, 297
Sucrose (Lusk)
1915, 20, 590
Sugar (McGuiGan)
1907, 3, Xxxvll
—, hydrazine, effect of
(UNDERHILL and
FINE)
1911-12, 10, 280
Sulfur (SraDTMULLER,
Kaun, and Rosen-
BLOOM)
1913, 14, xliv
—, balance in (TaYLor)
1911, 9, ix
— in goiter (HALVERSON,
Burerm, and Hawk)
1916, 24, xxii
— in pneumonia (LAM-
BERT and WOLF)
1907, 3, xix
2-Thiohydantoin (LEwIs)
1913, 14, 247
2-Thiohydantoin-4-acetic
acid (LEwis)
1913, 14, 252
2-Thio-4-methylhydantom
(Lewis)
1913, 14, 25
366
Metabolism—continued:
Thymine (M®npDEL
MyeErs)
and
1909-10, 7, ix
Tissue, creatinine excre-
tion, relation to (Mxn-
DEL and Rose)
1911-12, 10, 247
Total, body weight, com-
parison with (BENE-
DICT)
1915, 20, 266
Tryptophane (Homer)
1915, 22, 351
Typewriting, effect of
(CARPENTER and BENE-
DICT)
1909, 6, 271
—, increase during (CarR-
PENTER)
1911, 9, 231
Tyrosine (Lusk)
1912-13, 13, 173
Uracil (MpnpEt and My-
ERS)
1909-10, 7, ix
Urea in solution (Lusk)
1912-13, 13, 36
Uric acid (MmnpEL and
LYMAN)
1ONO=t lense
(HuntTER and GIvENsS)
1914, 17, 41
(GOLDSCHMIDT)
1914, 19, 97
(BENEDICT)
1915, 20, 633
— —, endogenous(Razziss,
Dustin, and RrncErR)
1914, 19, 473
Vegetarians (BENEDICT
and Rors#)
1915, 20, 231
Water ingestion, effect of
(Lusk)
1912-13, 13, 36
The Journal of Biological Chemistry
Metabolism—continued:
Xanthine (Hunrer and
GIVENS)
1914, 17, 41
(GOLDSCHMIDT)
1914, 19, 100
Metallic hydroxides:
Sugars, effect on, com-
pared with that of pan-
creas (WoopyATT?)
1915, 20, 129
Metaprotein:
Thyroid, activity of
(Kocr)
1913, 14, 104
Metazoa:
Todine content (CAMERON)
1914, 18, 356;
1915, 23, 16
o-Methoxybenzyl chloride:
Hexamethylenetetramin-
jum salt (Jacops and
H&IDELBERGER)
1915, 20, 673
p-Methoxybenzyl chloride:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 673
p-Methoxybenzylhydantoin:
(WHEELER, HOorFrrMan,
and JOHNSON)
1911-12, 10, 156
2-Methoxy-5-carbomethoxy-
benzyl chloride:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 683
2-Methoxy-5-carboxybenzyl
chloride:
Hexamethylenetetramin-
ium salt (JacosBs and
HEIDELBERGER)
; 1915, 20, 682
Subjects °
g-Methoxy-a-chloroacetylnaph-
thobenzylamine:
Hexamethylenetetramin-
ium salt (Jacosps and
H®IDELBERGER)
1915, 20, 690
3-Methoxy-4-ethoxybenzyl
. chloride:
(Jacops and H»rmELBER-
GER) 1915, 20, 680
Hexamethylenetetramin-
ium salt (Jacosps and
HEIDELBERGER)
1915, 20, 680
g-Methoxy-a-naphthobenzyl
alcohol:
(Jacops and H»IDbBLBER-
GER
1915, 20, 674
3-Methoxy-e-naphthobenzyl
chloride:
(Jacops and HEIDELBER-
GER)
1915, 20, 674
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 20, 674
2-Methoxy-5-nitrobenzyl al-
cohol:
(Jacops and HrmELBER-
GER)
1915, 20, 675
2-Methoxy-5-nitrobenzyl chlo-
- ride: }
(Jacops and HErmDELBER-
GER)
1915, 20, 675
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 20, 676
2-Methoxy-5-nitrochloroacetyl-
benzylamine:
(Jacops and HEIDELBER-
GER)
1915, 20, 691
367
p-Methoxyphenacyl bromide:
Hexamethylenetetramin-
ium salt (Jacops and
H®IDELBERGER)
1915, 21, 462
p-Methoxyphenylacetic acid:
Urine, presence in, after
feeding p-methoxyphen-
ylalanine (Dakin)
1910-11, 8, 22
p-Methoxyphenylalanine :
Fate in alcaptonuric or-
ganism (DAKIN)
1911, 9, 156
— — body (Dakin)
1910-11, 8, 21
Perfusion of (WAKEMAN
and Dax)
1911, 9, 147
Synthesis (DAKIN)
1910-11, 8, 17
p-Methoxyphenylaminoetha-
nol:
(Jacops and H&IDELBER-
GER)
1915, 21, 421
a-p-Methoxyphenyl-a-oxyeth-
ylamine:
(Jacops and HEtELBER-
GER)
1915, 21, 433
p-Methoxyphenylpyruvic acid:
Perfusion of (WAKEMAN
and Daxkty)
1911, 9, 147
Synthesis (WaKEMAN and
Dakin)
1911, 9, 150
1-Methyl-2-acetaminochloro-
acetylbenzylamine:
(Jacops and HEIDELBER-
GER)
1915, 20, 688
1-Methyl-4-acetaminochloro-
acetylbenzylamine:
(Jacops and HE&ImDELBER-
GER) 1915, 20, 688
368 The Journal of Biological Chemistry
1-Methyl-4-acetaminochloro-
acetylbenzylamine—con-
tinued:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 688
Methyl alcohol:
Fatty acid salts, solubility
of, in (JACOBSON and
Homes)
1916, 25, 34
Methyl amine:
Alkyl amines of urea, effect
on content of (ERp-
MANN)
1911, 9, 91
Epinephrine hydrate, de-
composition product of
(ABEL and TavEAv)
1905-06, 1, 13
Oxidation in sea urchin’s
eggs, effect on (LOEB
and WASTENEYsS)
1913, 14, 355, 462
Sulfuric acid, reaction
with (ERDMANN)
1910-11, 8, 43
3-Methyl-4-aminophenylmer-
curic acetate:
(JAcoBs and HrmpELBER-
GER)
1915, 20, 519
Methyl-n-amyl ketone:
Synthesis (Daxrn)
1908, 4, 224
a-Methyl arabinose:
Tissue extracts, action of,
on (LEVENE, JAcoBs,
and MrpicrREcEANv)
1912, 11, 374
8-Methyl arabinose:
Tissue extracts, action of,
on (LEVENE, JAcoBs,
and MrpiGREcEANU)
1912) Ws 378
| m-Methylbenzyl chloride:
Hexamethylenetetramin-
lum salt (JAcops and
HEIDELBERGER)
1915, 20, 663
o-Methylbenzyl chloride:
Hexamethylenetetramin-
lum salt (Jacops and
HEIDELBERGER)
1915, 20, 663
p-Methylbenzyl chloride:
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 20, 663
1-Methyl-5-bromo-4-oxy-
hydrothymine:
(JOHNSON and CLApp)
1908-09, 5, 57
1-Methyl-5-bromouracil:
Diazobenzenesulfonie acid,
reaction with (JoHnson
and CLapp)
1908-09, 5, 170
3-Methyl-5-bromouracil:
(JOHNSON and CLapp)
1908-09, 5, 64
Diazobenzenesulfonic acid,
reaction with (JoHNSON
and CLAPP)
1908-09, 5, 170
a-Methylcholine chloride:
(MENGE)
1911-12, 10, 400
Methyl cyanide:
Papain, action on (Mzn-
DEL and Buoop)
1910-11, 8, 194
3-Methylcytosine:
(JOHNSON and CrappP)
1908-09, 5, 62
Chloroplatinate (JoHnson
and Capp)
1908-09, 5, 63
Diazobenzenesulfonic acid,
reaction with (JoHNSON
and Cuapp)
1908-09, 5, 171
Subjects 369
3-Methylcytosine—continued:
Picrate (JoHNson and
CLAPP)
1908-09, 5, 63
5-Methylcytosine:
Diazobenzenesulfonic
acid, reaction with
(Jounson and CLApp)
1908-09, 5, 172
Methylenebisiodoacetamide:
(Jacoss and HEmpELBER-
GER) 1915, 21, 150
3,4-Methylenedioxybenzyl
chloride:
Hexamethylenetetramin-
jum salt (Jacops and
HEIDELBERGER)
1915, 20, 677
Methylethoxyacetoacetic acid:
Ethyl ester (Jounson and
CHERNOFF)
1913, 14, 315
8,8-Methylethylcholine chlo-
ride:
(MENGE)
1911-12, 10, 405
Methylethyl ketone:
p-Nitrophenylhydrazone
(Dakin)
1908, 4, 238
1-Methyl-2-ethylpseudothio-
urea:
Picrate (WHEELER and
JAMIESON)
1908, 4, 117
a-Methylglucoside:
Tissue extracts, action of
(LEVENE, JACOBS, and
MeEpIGRECEANU)
TOT aso
—, kidney, action of (Lr-
VENE and MryEr)
1914, 18, 474
B-Methylglucoside:
Tissue, kidney, action of
(LEvENE and MryEr)
1914, 18, 474
Methyl glyoxal:
Alanine, formation from
(Daxry and DupLey)
1913, 15, 134
Fate in glycosuric organ-
ism (Daxry and Dup-
LEY)
1913, 15, 142
Glucose, formation from
(Dakin and Dup.ey)
1913, 15, 135
—, — —, in diabetic or-
ganism (Dakin and
DupLEyY)
1913, 15, 142
Glyoxalase, action of (Da-
KIN and DuDLEY)
1913, 14, 427, 555
Kidney tissue, action of
(LeveNE and MryEr)
1913, 14, 554
Lactic acid, formation of,
by glyoxalase (DaKkIN
and DupLEY)
1913, 14, 429, 555;
1913, 15, 130
— —, — —, by leukocytes
(LeveNnE and MryEr)
1913, 14, 554
— —, — —, on perfusion
through liver (DAKIN
and DuDLEY)
1913, 15, 140
Leukocytes, action of (LE-
vpNne and MnyErR)
1913, 14, 554
p - Nitrophenylhydrazone
(Daxrn and DupteEy)
1913, 15, 132
Perfusion (Dakin and
DuDLEY)
1913, 15, 140;
1914, 18, 50
Tissue, liver, action of
(Dakin and DupLEy)
1913, 14, 157
370
Methyl green:
Tissues, staining of, by,
electrolytes, effect of
(Ropmrrson)
1905-06, 1, 279
Methyl guanidine:
Picrolonate (WHEELER
and JAMIESON)
1908, 4, 115
Urine after parathyroidec-
tomy, isolation from
(Kocn)
1912, 12, 313;
1913, 15, 46
Methyl-n-heptyl ketone:
Synthesis (Dax1y)
1908, 4, 224
Methylhydantoin:
(BAUMANN)
1915, 21, 565
Creatine, relation to (Bav-
MANN and MARKER)
1915, 22, 49
Methylhydrazine:
Blood sugar content, ef-
fect on (UNDERHILL)
1914, 17, 296
Epinephrine hydrate, de-
composition product of
(ABEL and TavHav)
1905-06, 1, 13
6-Iodopropionic acid, reac-
tion with (ABEL and
TAVEAU)
1905-06, 1, 29
Methylisopropyl ketone:
p-Nitrophenylhydrazone
(Dakin)
1908, 4, 238
Methyl mercaptan:
Fecal bacteria grown on
peptone medium, pro-
duction by (HrrrEr)
1905-06, 1, 421
— —, production by, in
anemia (H»RTER)
1906-07, 2, 21 |
The Journal of Biological Chemistry
2-Methylmercapto-4-amino-6-
methoxypyrimidine:
(Jouns and Henprix)
1915, 20, 156
2-Methylmercapto-4-amino-
5-nitroso-6-oxypyrimidine:
(JoHns and BAUMANN)
1913, 14, 384
2-Methylmercapto-4-amino-
6-oxypyrimidine:
(JoHNs and BAUMANN)
1913, 14, 384
Methylation of (Jonns
and Henprix)
1915, 20, 156
2-Methylmercapto-4-carbo-
ethoxy-5-methyl-6-oxypyr-
imidine:
(JOHNSON)
1907, 3, 302
2-Methylmercapto-4-carboxyl-
5-methyl-6-oxypyrimidine:
(JOHNSON)
1907, 3; 302
2-Methylmercapto-4,5-diami-
no-6-oxypyrimidine:
(Jonns and BAUMANN)
1913, 14, 385
2-Methylmercapto-6,8-dioxy-
purine:
(Jonns and BAUMANN)
1913, 14, 386
2-Methylmercapto-5- ethoxy-
6-oxypyrimidine:
(JOHNSON and
LUM)
McCot-
1905-06, 1, 447
2-Methylmercapto-6-oxy-8-
aminopurine:
(Jouns and BAUMANN)
1913, 14, 387
2-Methylmercapto-6-oxy-8-
thiopurine:
(JoHns and-BAUMANN)
1913, 15, 521
Subjects
1-Methyl-2-methylmercapto-
4-amino-5-nitroso-6-oxy-
pyrimidine:
(Jonns and HENDRIX)
1915, 20, 158
1-Methyl-2-methylmercapto-
4-amino-6-oxypyrimidine:
(Jouns and HENDRIX)
1915, 20, 157
1-Methyl-2-methylmercapto-
4,5-diamino-6-oxypyrimi-
dine:
(Jouns and HENDRIX)
1915, 20, 159
1-Methyl-2-methylmercapto-
6,8-dioxypurine :
(Jouns and HENDRIX)
1915, 20, 159
1-Methyl-5-nitro-4-oxyhydro-
thymine:
(Jonson and CLAPP)
1908-09, 5, 58
3-Methyl-5-nitro-4-oxyhydro-
thymine:
(Jounson and CLAPP)
1908-09, 5, 58
p-Methylnitrosoaminophenyl-
mercuric acetate:
(Jacops and HEIDELBER-
GER)
1915, 20, 519
Methy!-n-nonyl ketone:
p-Nitrophenylhydrazone
(Dax)
1908, 4, 224, 238
Synthesis (Daxktn)
1908, 4, 224
3-Methyl-4-p-oxybenzeneazo-
phenylmercuric acetate:
(Jacops and HrtpELBER-
GER) /
1915, 20, 520
Methyl pentosides: 5
Nucleosides, action of
(LEVENE, JACOBS, and
MEDIGRECEANU)
1912, 11, 371
371
p-Methylphenacyl bromide:
Hexamethylenetetramin-
ium salt (JacoBs and
HEIDELBERGER)
1915, 21, 456
p-Methylphenacyl iodide:
(Jacoss and HEIDELBER-
GER)
1915, 21, 456
Hexamethylenetetramin-
ium salt (Jacosps and
HEIDELBERGER)
1915, 21, 457
o-Methylphenoxyethyl amine:
(Jacoss and H®IDELBER-
GER)
1915, 21, 416
m-Methylphenoxyethyl —_bro-
mide:
(Jacops and HIDELBER-
GER)
1915, 21, 440
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 441
o-Methylphenoxyethyl bro-
mide:
Hexamethylenetetramin-
ium salt (Jacosps and
HrmELBERGER)
1915, 21, 440
p-Methylphenoxyethyl bro-
mide:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER) 7
1915, 21, 441
p-Methyiphenylacetic acid:
Excretion after feeding
p-methylphenylalanine
(Dakin)
1911, 9, 159
p-Methylphenylalanine:
Fate in alcaptonuric or-
ganism (DAKIN)
1911, 9, 156
one
372
p-Methylphenylalanine—con-
tinued:
Perfusion of (WAKEMAN
and Dakin)
1911, 9, 148
Synthesis (Daxin)
1911, 9, 154
Methylphenylhydrazine:
Blood sugar content, effect
on (UNDERHILL)
1914, 17, 297
p-Methylphenylpyruvic acid:
Perfusion of (WAKEMAN
and Dakin)
1911, 9, 147
Synthesis (WAKEMAN and
Dakin)
1911, 9, 149
Methyl riboside:
Tissue extracts, action of
(LEVENE, JAcoBs, and
MEDIGRECEANU)
GES lik, Biro)
1-Methylthymine:
(Jounson and Ciapp)
1908-09, 5, 56
Conduetivity (Martin)
1908-09, 5, 67
Diazobenzenesulfonie acid,
reaction with (JoHn-
SON and Crapp)
1908-09, 5, 168
3-Methylthymine:
(Jounson and Crapp)
1908-09, 5, 56
Conductivity (Marri)
1908-09, 5, 67
Diazobenzenesulfonic acid,
reaction with (JoHN-
SON and Crapp)
1908-09, 5, 168
Methyltyrosine:
See p-Methoxyphenylalan-
ine.
The Journal of Biological Chemistry
1-Methyluracil:
Diazobenzenesulfonic acid,
reaction with (JoHn-
SON and Crapp)
1908-09, 5, 169
4-Methyluracil:
Conductivity (Marr)
1908-09, 5, 67
p-Methyluramidophenylpropi-
onic acid:
Excretion after feeding
methylphenylalanine
(Dakin)
1911, 9, 159
Synthesis (Daxtn)
1911, 9, 159
Methylurea:
Alkylamines of urine, ef-
fect on content of (ERp-
MANN)
1911, 9, 89
Sulfuric acid, reaction
with (ERDMANN)
1910-11, 8, 45
Methylureidoacetic acid:
(BAUMANN)
1915, 21, 565
Creatine, relation to (Bav-
MANN and MARKER)
1915, 22, 49
Muscle, action of, on
(BauMANN and Mar-
KER) 1915, 22, 49
a-Methylxyloside:
Tissue extracts, action of
(LEVENE, JAcoBs, and
MEDIGRECEANU)
1912, 11, 375
6-Methylxyloside:
Tissue extracts, action of
(Levenn, JAcoss, and
MEDIGRECEANU)
1912, 11, 378
Micrococcus:
albus, sodium benzoate,
effect of (HmrrEr)
1909-10, 7, 61
Subjects
Micrococcus—continued:
aurantiacus, milk, pres-
ence in (PENNINGTON,
HepsBurn, St. JOHN,
Wirmer, Srarrorp, and
BURRELL)
1913-14, 16, 363
aureus, dextrose broth ac-
tion on (KENDALL and
FARMER)
1912, 12, 215, 219;
1913, 13, 65
ovalis, milk, presence in
(PENNINGTON, HeEp-
BURN, St. JoHN, WIT-
MER, STAFFORD, and
BURRELL)
1913-14, 16, 363
—, sodium benzoate, effect
of (HERTER)
1909-10, 7, 61
Milk:
Acidity, cause of (VAN
StykE and BoswortH)
1914, 19, 73
—, changes of, with age
(PENNINGTON, HeEp-
BURN, ST. JOHN, WIt-
MER, STAFFORD, and
BURRELL)
1913-14, 16, 339
—, determination of (VAN
StykE and BosworrH)
1914, 19, 73;
1915, 20, 149
—, souring, effect of, on
(Van StykE and Bos-
WORTH)
1916, 24, 196
Albumin, serum, normal
and sensitized, diges-
tion by (Huiron)
1916, 25, 168, 228
—, souring, effect of, on
(Van Stryke and Bos-
WORTH)
1916, 24, 200
373
Milk—continued:
Ammonia in (SHERMAN,
Bere, CoHEeN, and
WHITMAN)
1907, 3, 171, xxxvi
Artificial protein-free,
growth, effect on (Os-
BORNE and MENDEL)
1913, 15, 315
Ash content (Mrtes and
MaRsH)
1913-14, 16, 150
Bacterial and enzymatic
changes at O° (PEN-
NINGTON, HEPBURN, ST.
Joun, WITMER, STAF-
FORD, and BURRELL)
1913-14, 16, 331
— growth and chemical
changes at low tem-
perature (PENNINGTON)
1908, 4, 353, xxvii
Borie acid excretion in
(WILEY)
1907, 3, 17
Calcium content (VAN
StykE and BoswortH)
1915, 20, 144
—, insoluble, content,
souring, effect of (VAN
StykE and BoswortH)
1916, 24, 199
Casein, condition of, in
(Van Styke and Bos-
WORTH)
1915, 20, 135
— content (VAN SLYKE
and BoswortH)
1915, 20, 142
—, determination, volu-
metric (Harr)
1909, 6, 445
Citrie acid, fermentation
of (BoswortH and PRu-
CHA)
1910-11, 8, 479
374
Milk—continued:
Clotting by cabbage erep-.
sin (BLoop)
1910-11, 8, 223
— — papain (MENDEL
and Bioop)
1910-11, 8, 188
Colostrum, pigments of
(PALMER and EcKuss)
1914, 17, 199
Compounds of (VAN
SLYKE and BoswortH)
1915, 20, 150
Constituents of (OSBORNE
and WAKEMAN)
1915, 21, 539
Cow, composition of
(Meres and Marsa)
1913-14, 16, 147
—, goat and human milks,
comparison with (Bos-
wort and VAN SLYKE)
1916, 24, 187
Creatine, determination of
(Fourn)
1914, 17, 477
Creatinine, preformed, de-
termination of (Four)
1914, 17, 475
Diamino monophospha-
tide of (OSBORNE and
WAKEMAN)
1915, 21, 543
Dissected, feeding of
(McCouivm and Harr)
1912, 11, xvi
Enzymes of (Oxson)
1908-09, 5, 265
—, changes of, with age,
at O° (PENNINGTON,
Herrpurn, Sr. Joun,
WirMeRr, STAFFORD, and
BURRELL)
1913-14, 16, 345
Fat, color of, breed of cow,
relation to (PALMER and
EcKLEs)
1914, 17, 208
The Journal of Biological Chemistry
Milk—continued:
Fat, color of, diet, relation
to (PatMER and Eckius)
1914, 17, 201
—, content (Mrias and
Marsa)
1913-14, 16, 150
—, pigments of, carotin
and xanthophyll of
green plants, physiolog-
ical relation to (PAL-
MER and HcKLEs)
1914, 17, 200
—, transport into milk
(Mernpet and DantEtis)
1912-13, 13, 92
—, yellow pigment of
(PALMER and EcKkuEs)
1914, 17, 191,
211, 228, 237, 245
Fecal bacteria of anemia,
action of (HERTER)
1906-07, 2, 33
Feeding experiments with
(OsBoRNE and MENpEL)
1913, 15, 313
Formaldehyde, detection
of (AcREE)
1906-07, 2, 145
Freezing point, changes of,
with age (PENNINGTON,
HePsBurn, Sr. Joun,
WirMER, STAFFORD, and
BURRELL)
1913-14, 16, 342
Fresh, acidity, cause of
(VAN Stryker and Bos-
WORTH)
1914, 19, 73
Goat, acidity of (Bos-
WORTH and VAN SLYKE)
1916, 24, 182
—, casein of (BoswortH
and VAN SLYKE)
. 1916, 24, 173
—, compounds of (Bos-
WoRTH and VAN SLYKE)
1916, 24, 177
Subjects
Milk—continued:
Goat, cow and human
milks, comparison with
(BoswortH and VAN
SLYKE)
1916, 24, 187
Growth, influence on
(Hart and McCorium)
1914, 19, 393
Heated, nutritive efficien-
cy, loss of (McCoLtuM
and Davis)
1915, 23, 247
Human, acidity of (Bos-
WORTH)
1915, 20, 707
—, composition of (Mrtcas
and MarsH)
1913-14, 16, 147
—, compounds of (Bos-
WORTH)
1915, 20, 709
—, cow and goat milks,
comparison with (Bos-
wortH and VAN SLYKE)
1916, 24, 187
—, fat, pigments of
(PatmER and EcKLEs)
1914, 17, 245
—, lactochrome of (PAL-
MER and CooLEDGE)
1914, 17, 259
—, peroxidase reaction of
(KastLE and Porcn)
1908, 4, 314
—, serum of (BosworTH)
1915, 20, 708
Hydrogen peroxide, de-
termination of (Am-
BERG)
1905-06, 1, 219
— —, preservation by
(AMBERG)
1905-06, 1, 219
Insoluble components
(Van Styke and Bos-
WORTH)
1915, 20, 140
375
Milk—continued:
Lactose content (Metres
and Mars#)
1913-14, 16, 150
— —, changes of, with
age, at 0° (PENNINGTON
Heppurn, St. Jou,
Witmer, STAFFORD, and
BURRELL)
1913-14, 16, 342
—, determination of, col-
loidal iron, use of
(Hr)
1915, 20; 175
Lecithin of (OsBoRNE and
WAKEMAN)
1915, 21, 544
Magnesium content (VAN
Styke and BoswortH)
1915, 20, 144
Nitrogen content (MrIcs
and MarsH)
1913-14, 16, 150
— —, changes of, with
age, at 0° (PENNINGTON,
Heppurn, St. JOHN,
Wirmer, STAFFORD, and
BURRELL)
1913-14, 16, 337
Peptonization in raw and
pasteurized (COLWELL
and SHERMAN)
1908-09, 5, 247
Peroxidase reaction (Kas-
TLE and PorcH)
1908, 4, 301, xxxix
Phosphatides of (OSBORNE
and WAKEMAN)
1915, 21, 539
Phosphorus content (VAN
StyKE and BosworTH)
1915, 20, 142
—, imorganic, content,
souring, effect of (VAN
Styke and BoswortH)
1916, 24, 199
Potential of (CLARK)
1915, 23, 485
376
Milk—continued:
Powder, cottonseed meal
and, growth, effect on
(RicHARDSON and
GREEN)
1916, 25, 313
—, growth, effect on (Mc-
Cottum and Davis)
1915, 21, 623
(OsBORNEand MENDEL)
1912, 12, 507
—, maintenance with (Os-
BORNE and MENDEL)
1912-138, 13, 233, 263
—, polished rice, supple-
mentary relationship to
(MecCotiumand Davis)
1915, 23, 185
Production (Hart and
HuMPHREY)
1914, 19, 127
—, lime requirements of
animals, effect of
(STEENBOCK and Hart)
1913, 14, 65
—, proteins, relation of
(Hart and HumpHrey)
1915, 21, 239
Protein (OLson)
1908-09, 5, 261
—, content of (Mzres and
Marsa)
1913-14, 16, 155
(VAN SLYKE and Bos-
WORTH)
1915, 20, 142
— free, artificial, com-
position of (OsBoRNE
and MmNDEL)
1913, 15; 317
— —, feeding experiments
with (OsBoRNE and
MENDEL)
1913, 15, 311
= shel pansies ((O)Se
BORNE and MENDEL)
1912-13, 13, 239
The Journal of Biological Chemistry
Milk—continued:
Protein free, preparation
of (Mrrcnmii and Nrt-
son)
1915, 23, 459
—, growth, effect on
(McCotiumand Davis)
1915, 20, 416
—, maintenance, mini-.
mum for (OSBORNE and
MENDEL)
1915, 22, 251
—, milk production, effect
on (Hart and Hvum-
PHREY)
1915, 21, 243
—, trichloroacetic acid,
removal by (MrtcHenu
and NELSON)
1915, 23, 463
—, value for growth in pig
(McCotuum)
1914, 19, 323
Proteolysis, ammonia for-
mation during (SHER-
MAN, BERG, CoHEN, and
WHITMAN)
1907, 3, 172, xxxvi
Salts, condition of, in
(VAN SLYKE and Bos-
WORTH)
1915, 20, 135
Secretion, diuresis, effect
of, on (Hart and Hum-
PHREY)
1914, 19, 127
Serum, acidity of (Van
StykKE and Boswortn)
1915, 20, 149
—, —, souring, effect of
(VAN SLYKE and Bos-
WORTH)
1916, 24, 196
—, constituents of (VAN
SLYKE and BoswortsH)
1915, 20, 138
Subjects
Milk—continued:
Serum, preparation of (VAN
StykKE and BosworTH)
1915, 20, 136
Sheep, lactochrome of
(PatmMER and Coo.L-
EDGE) 1914, 17, 259
Souring, chemical changes
during (VAN Styke and
BoswoOrTH)
1916, 24, 191
Sugar, cheese, disappear-
ance in (Suzuki, Hast-
incs, and Harr)
1909-10, 7, 439
—, milk, content of (Bos-
WORTH and VAN SLYKE)
1915, 20, 151;
1916, 24, 187
—, souring, effect of (VAN
Sityke and BoswortH)
1916, 24, 192
Whey, lactochrome, yel-
low pigment of (PAL-
MER and CooLEDGE)
1914, 17, 251
Millivolt:
Hydrogen ion concentra-
tion, conversion into
(McCLENDoN)
1916, 24, 524
Millon’s reaction:
Keratin, | decomposition
product of, giving
(GORTNER)
1911, 9, 355
Urine, appearance in, in
absence of protein
(VonGTLIN)
1907, 3, xvi
Mineral:
Excretion of monkey
(BAUMANN and OvIATT)
1915, 22, 43
Matter, growth, effect on
(McCotiumand Davis)
1915, 21, 615
377
Mineral—continued:
Matter, metabolism in
acromegaly (MEpDIGRE-
CEANU and KRISTELLER)
1911, 9, 109
—, reproduction, effect on
(McCotiumand Davis)
1915, 21, 615
Oil, nitrogen elimination,
effect on (MmnpEL and
LEwis)
1913-14, 16, 25
Ration, content of,
growth, effect on (Mc-
Couium and Davis)
1913, 14, xl
Mistletoe:
p-Hydroxyphenylethyl-
amine, occurrence of
(CRawForD and Wat-
ANABE)
1916, 24, 169
—, pressor -compound of
(CRAwForD and Wat-
ANABE)
1914, 19, 303
Molasses:
Digestion, depression of
(LinpsEy and SmirH)
1909-10, 7, xxxix
Mold:
Cultures, autolysis of
(Dox and Maynarp)
1912, 12, 227
Dibasic, unsaturated acids,
behavior towards (Dox)
1910-11, 8, 265
Molecular:
Cohesion, valence from
(MatHEws)
1913, 14, xxxv
Weight, casein (VAN
StykE and BoswortH)
1913, 14, 227
(BoswortH and VAN
SLYKE)
1916, 24, 174
378
Molecular—continued:
Weight, fibrin (BoswortH)
1915, 20, 94
Molybdenum:
Solution, standardization
of (TAyLorand MruuEr)
1915, 21, 255
Monobenzalglucosaminic acid:
Ethyl ester hydrochloride
(Levenrand La Force)
1915, 21, 348
Monosaccharides:
Higher, configuration of
(PEIRCE)
1915, 23, 327
Muscle plasma and pan-
creas extract, action of
(LEvVENE and Mrynmr)
1912, 11, 347
Morgan bacillus:
Urea nitrogen of (Kxrn-
DALL and WALKER)
1913, 15,281
Morphine:
Blood fat, effect on
(Boor)
1914, 19, 15
Determination of, in poi-
soning by (SANGER and
BovuGuton)
1909-10, 7, xxxvii
Picrolonate (WARREN and
WeEIss)
1907, 3, 336
Ptomaines, non-interfer-
ence of, in tests for
(RosENBLOOM and
Mrits)
1913-14, 16, 327
(ROSENBLOOM)
1914, 18, 131
Reductase, action on
(Harris and CreriGu-
\ TON) 19155225 530
Mouse:
Gestation period (RoBERT-
SON) 1916, 24, 367
The Journal of Biological Chemistry
Mucic acid:
Carbohydrate metabolism,
role in (MmnpEL and
Rosr)
1911, 9, xii
Metabolism (Rosx)
1911-12, 10, 123
Mucin:
Pig’s stomach, conjugated
sulfuric acid of (Lz-
VENE and Ld6prz-Su-
AREZ)
LOLS 25 eo
Mucoids:
Azolitmin, compounds of
(RosENBLOOM and
GrEs)
1907, 3, xxxix
Blood, determination in
(May and Gis)
1907, 3, xlii
Connective tissue, effect
and fate of (Rosmn-
BLOOM and GIEs)
1909-10, 7, lviii
Salts (Grns)
1908, 4, xlvi
Tissues, determination in
(May and Guins)
1907, 3, xlii
Urine, determination in
(May and Gris)
1907, 3, xlii
Mucoitin sulfuric acid:
Glucosamine from (LzE-
VENE and Lé6prz-Su-
ARBZ) 1916, 25, 514
Preparation (LEVENE and
L6pxEz-Su4REz)
1916, 25, 511.
Murexide:
Alloxan formation from,
ninhydrin reaction, an-
alogy to (HARDING and
WARNEFORD)
1916, 25, 320
Subjects
Murexide—continued:
Diketohydrindylidene-
diketohydrindamine,
ammonium salt, rela-
tion to (Harpine and
MacLnan)
1916, 25, 345
Muscle:
Absorption by stretched
(GARREY)
- 1909, 6, x
Acids, behavior towards
(ABEL)
1907, 3, viii
Adductor, chlorme con- }
tent (MrIGs)
1914, 17,.83
Adenine, absence of (BEN-
NETT)
1912, 11, 221
Amino-acid content (VAN
SiyKE and MEYER)
1913-14, 16, 208
— —, meat ingestion,
effect of (WISHART)
1915, 20, 535
Amino nitrogen of (W1L-
SON)
1914, 17, 389, 392
Arginine, action on (Bau-
MANN and MarkER)
1915, 22, 49
Autolyzed, creatinine con-
tent (Myprs and FINE)
1915, 21, 591
Bilateralnephrectomy and
double ureteral ligation,
changes following (JACK-
SON)
1911, 9, xxvil
Chemistry of (WiLson)
1914, 17, 385;
1914, 18, 17
Compressibility of (HEN-
pDERSON and BRINK)
1908, 4, xiv
379
Muscle—continued:
Contraction, temperature,
effect of (BURNETT)
1906-07, 2, 195
Creatine content (SAtkI)
1908, 4, 486
(Leo and Hower)
1913, 14, xliii
(Myers and FINE)
1913, 14, 9
(Witson)
1914, 17, 396
(Foun and BucKMAN)
1914, 17, 483
(JANNEY and BLATHER-
WICK)
1915, 21, 568
— —, carbohydrate feed-
ing, effect of (MYERS
and FINE)
1913, 15, 305
——, creatine and creati-
nine feeding, effect of
(Myers and Fre)
1913-14, 16, 169
— —, inanition, effect of
(MxenpEL and Rose)
1911-12, 10, 255
— —, proteins, effect of
(Myers and Fine)
1915, 21, 389
— —, starvation, effect of
(Myers and FINE)
~ 1913, 15, 283
—, determination of (Bau-
MANN)
1914, 17, 15, xxxvill
(Myers and FINE)
1914, 17, 65
(FoLtn)
1914, 17, 480
(Janney and BLATHER-
WICK)
1915, 21, 567
(BAUMANN and HinEs)
1916, 24, 439
The Journal of Biological Chemistry
Muscle—continued:
Creatine, determination of
(BauMANN, Hrinus, and
MARKER)
1916, 24, xxiii
(BauMANN and Inc-
VALDSEN)
1916, 25, 195
—, dialysis of (Lro and
Hower)
1913, 14, xliii
—, origin of (BAUMANN,
Hines, and Marxnur)
1916, 24, xxiii
—, urinary creatinine, re-
lation to (Myers and
Finn) 1913, 14, 9
Creatinine, content of
(SAIKI)
1908, 4, 486
(SHAFFER and REINoso)
1909-10, 7, xxx
(Myers and Fin)
1915, 21, 383
——, starvation, effect of
(Myers and Frye)
1913, 15, 283
—, determination ‘of (My-
ERS and Fine)
1914, 17, 56
(Fortin)
1914, 17, 479
(SHAFFER)
1914, 18, 531
Diabetic, sarcolactic acid,
content of (Woopy APT)
1913, 14, 441
Diamino-acid nitrogen
content (Wrison)
1914, 17, 392
Electrolytes, sensitizing
and dese nsitizing action
of (Line)
1909-10, 7, xxvi
Ethyl alcohol, derivation
of (TayLor)
1913, 15, 217
Muscle—continued:
Fresh, creatine content
(BAUMANN)
LOMAS Wiliam
Glucose formation from
(JANNEY and Csonxa)
1915, 22,208
Glycogen formation in
(Harcuer and Wour)
1907, 3, 25
Guanine content (BEN-
NETT)
1OT2. Li 22
Heart, lipoids of (RosEn-
BLOOM)
1913, 14, 291
Hexone bases of (WAKE-
MAN) 1908, 4, 123
Human, analysis of (JAN-
NEY and BLATHERWICK)
1915, 23, 80
—, creatine content (My-
ERS and Finr)
1913, 14, 17
—, glucose formation from
(JANNEY and BuaTrHER-
WICK)
1915, 23, 78
Hydrazine hypoglycemia,
role in (UNDERHILL and
PRINCE)
1914, 17, 299
Hypoxanthine content
(LEonarp and Jonzs)
1909, 6, 458
(BENNETT)
1912; 11, 225
Infant, new-born, ‘analysis
of (Ros)
1911-12, 10, 266
Inosinie acid content (BEN-
NETT)
1912, 11, 226
Juice, hemoglobin, reduc-
tion of, by (Harris and
CREIGHTON)
1915, 20, 185
Subjects 381
Muscle—continued:
Lipoid phosphorus, con-
tent of (CoLLIson)
1912, 11, 220
Metabolic changes in
(MarruHpws and NEL-
SON)
1914, 19, 229
Methylureidoacetie acid,
action on (BAUMANN
and Hrnzs)
1915, 22, 49
Nitrogen, non-protein wa-
ter-soluble, partition in
(Wixson)
1914, 17, 385
Non-protein substance,
determination of (JAN-
NEY and CsonKA)
1915, 22, 195
(JANNEY)
1916, 25, 177
Non-striated, chemistry of
(SATKI)
1908, 4, 483
Paramecium division rate,
effect of extracts on (UN-
DERHILLand WOODRUFF)
1914, 17, 9
Plasma, glucose, action on
(LeveNE and Meyer)
1911, 9, 97
—, maltose, action on (LE-
VENE and MnyEr)
1911, 9, 99
— and pancreas extract,
glucose, action on (LE-
VENE and MrysEr)
1911, 9, 104
— — — —, maltose, ac-
tion on (LEvENE and
Mrymr)
1911, 9, 106
— — — —, sugars, action
on (LEVENE and Mry-
ER)
1912, 11, 347
Muscle—continued:
Protein content (JANNEY)
1916, 25, 183, 185
—, determination of (JAN-
NEY and CsonKA)
1915, 22, 195
(JANNEY)
1916, 25, 177
Purines of (Sark!)
1908, 4, 487
(BENNETT)
1912, 11, 221
Reptile, chemistry of (Ly-
MAN)
1908-09, 5, 125
Saccharose, perfusion with
(Harcuer and Wotr)
1907, 3, 32
Salmon, fat storage in
(GREENE)
1912, 11, xvii
Smooth, ash of, chemical
analysis (Muies and
RYAN)
1912, 11, 401
(Ryan and Metrcs)
1912, 11, xxv
—, heat coagulation in
(Mercs)
1909, 6, xvill
Striated, heat, effect of
(Mztaes)
1909, 6, xviii
—, surface tension (BERG)
1913, 14, xxvill
—, — —, maximum
(BERG)
1914, 17, xlix
—, — —, source of
(BERG)
1914, 17, xlix
Sulfur of (WiLson)
1914, 17, 392
Tissue, analysis of (BENE-
pict and OSTERBERG)
1914, 18, 208
382
Muscle—continued:
Urea content (MARSHALL
and Davis)
1914, 18, 60
(Fiskr and SUMNER)
1914, 18, 290
Uric acid content (Fin)
1915, 23, 472
Muscular energy:
Origin (MacCanium)
1913, 14, ix
Mussels:
Fresh water, manganese
content (BRADLEY)
1909-10, 7, xxxvi;
TOTO, 99.237
Mustelis canis:
Potassium chromate,
sistance to (DENIs)
1913-14, 16, 397
Uranium nitrate, resist-
ance to (D=NIs)
1913-14, 16, 396
Urine of (Dmnts)
LIZ, 135 225
Mycoderma vini:
Nitrogen fixation by (Lip-
re-
MAN)
1911-12, 10, 174
Mycodextran:
Aspergillus niger content,
autolysis, effect of
(Dox)
1915, 20, 83
Penicillium expansum,
preparation from (Dox
and Nrrmia)
1914, 18, 167
Mycogalactan:
Aspergillus niger, prepa-
ration from (Dox and
N¥IpDIG)
1914, 19, 235
hia ossificans:
Calcium metabolism in
(AusTIN)
U9 O ds Sy eeexal
The Journal of Biological Chemistry
Mpyristic acid:
Laurie acid, separation
from (JACOBSON and
HoumEs) f
LOLG 25 snob
Melting point (LrvENE
and Wust)
1914, 18, 466
Oxidation with hydrogen
peroxide (Dakin)
1908, 4, 229
Salts, solubility of, in or-
ganic solvents (Jacos-
son and Hoitmus)
1916, 25, 29
N
6-Naphthaleneazochloroacetyl-
6-naphthylamine:
(JAcoBS and H&IDELBER-
GER)
1915, 21, 119
B-Naphthobenzyl chloride:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 664
a-Naphthyl bromoethyl ether:
(JAcoBs and HEIDELBER-
GER) 1915, 21, 441
Hexamethylenetetramin-
ium salt (JaAcosps and
HEIDELBERGER)
1915, 21, 442
a-Naphthyloxyethyl bromide:
(JAcoBs and HnripELBER-
GER) 1915, 21, 441
Hexamethylenetetramin-
ium salt (JAcops and
H&IDELBERGER)
1915, 21, 442
6-Naphthyloxyethyl bromide:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 442
Subjects
Naphthylureidocephalin:
(LEvENE and Wust)
1916, 25, 519
Narcosis:
Asphyxiation and (Lous
and WASTENEYS)
1913, 14, 517
Wild indigo, leaves of
(CLARK)
1914, 17, xxxill
Narcotics:
Blood fat, effect on
(BLoor)
1914, 19, 11
Drugs in phlorhizin dia-
betes (Sansum and
Woopyatt)
1915, 21, 1
Eggs, oxidation of, effect
on (Lors and WASTE-
NEYS)
1913, 14, 517
Phlorhizin diabetes (SAn-
sum and WoopyatTt)
1915, 20, xxix;
1915, 21, 1
Reductase, action on
(Harris and CREIGH-
TON)
1915, 22, 535
Necrosis:
Chloroform, of liver, chem-
istry of (WELLS)
1908-09, 5, 129
Protein relationships in
(Brapuey and TayYLor)
1916, 25, 278
Needle:
Blood drawing (McCLEN-
DON)
1916, 24, 519
Nephelometer:
(KoBER)
1912-13, 13, 486
Acetone, determination of,
by (Marriorr)
1913-14, 16, 289
383
Nephelometer—continued:
Duboseq, colorimeter, con-
version into (BLoor)
1915, 22, 145
Fat in blood, determina-
tion of, by (BLooR)
1914, 17, 377
Lecithin, determination of
(BLoor)
1915, 22, 133
Nephelometry :
Nucleases, study of, by
(KoBER)
1912-13, 13, 485
Proteases, study of, by
(Koper)
1912-13, 13, 485
Nephrectomy:
Bilateral, blood and mus-
cle changes in (JACK-
SON)
1911, 9, xxvil
Blood sugar content, effect
on (Epsrern and AscH-
NER)
1916, 25, 160
Glyeogen formation after
(Epstein and BanHrR)
1916, 24, 18
Glycosuria and (EPpsTEIN
and BAEHR)
1916, 24, 6
Hippuric acid, synthesis
of, in (KinasBuRY and
BELL)
1915, 21, 297
Hyperglycemia and (Hp-
STEIN and BAEHR)
1916, 24, 6
Nephritis:
Acid excretion, factors of,
in (HmNpERSON and
PALMER)
1915,.21, 37
Alkali, retention of, in
(PatmMER and HENDER-
SON) 1915) 21,)00
384
Nephritis—continued:
Blood, non-protein nitro-
gen of (Fourn and Drn-
Is)
1913, 14, 36
(DENIs)
1913-14, 16, 398
(Myers and Fine)
1915, 20, 391
—, urea of (Four and
Denis)
1913, 14, 36
(DeEnis)
1913-14, 16, 398
—, uric acid of (Four and
DENIs)
1913, 14, 36
Creatine retention in
(Mors)
1916, 24, xxvili
Hyperglycemia in (Myrrs
and BatLEy)
1916, 24, 153
Protozoan protoplasm in
(WooprurF and Un-
DERHILL) .
1913, 15, 385
Serum, phosphorus con-
’ tent (GRHEENWALD)
IGS Als Bis)
Tartrate, hippuric acid
synthesis in (Krnes-
BuRY and BEL)
1915, 20, 73, xxxii
—, nitrogen excretion dur-
ing (UNDERHILL and
BLATHERWICK)
1914, 19, 43
—, phenolsulfonephthal-
ein, elimination of (Un-
DERHILL and BLATHER-
WICK)
1914, 19, 39
Nerve:
Chemical stimulation
(Loms and Ewarp)
1916, 25, 377
The Journal of Biological Chemistry
Nerve—continued:
Electrolytes, sensitizing
and desensitizing action
of (Linuie)
1909-10, 7, xxvi
Fibers, carbon dioxide
output of (TasHtro and
ADAMS)
1914, 18, 329
Impulse, conduction of, a
chemical process (Max-
WELL)
1907;, 3; 359%
Tissue, preservation of, for
chemical examination
(Kocu and Koc)
1913, 14, 281
—, respiration of (REED)
1915, 22, 108
Nessler reagent:
Ammonia (GULICK)
1914, 18, 543
Neutrality:
Equilibrium in blood and
protoplasm (HENDER-
son)
1909-10, 7, 29
(RoBERTSON)
1909, 6, 313
Proteins, relation to (HEN-
DBRSON)
1909-10, 7, 29
(RoBERTSON)
1909-10, 7, 351
Regulation in animal or-
ganism (HENDERSON)
1908, 4, xiv
Tissue and tissue fluids,
chemical mechanism of
(RoBERTSON)
1909, 6, 313
Nickel:
Cysteine, spontaneous ox-
idation, effect on (MatH-
EWws and. WALKER)
1909, 6, 304
Subjects
Nickel chloride:
Barium sulfate precipita-
tion, effect on (Fort)
1905-06, 1, 144
Nicotine:
Hyperglycemia and (UN-
DERHILL)
1905-06, 1, 121
Picrolonate (WARREN and
WEIss)
1907, 3, 333
Reductase, effect on
(Harris and CREIGH-
TON)
1915, 22, 537
Toxicity, electrolytes, ef-
fect on (ROBERTSON)
1905-06, 1, 517
Night:
Urine (OsTERBERG and
WOLF)
1907, 3, 165
Ninhydrin:
Alloxan, relation to
(Harpinc and Mac-
LEAN)
1916, 25, 344
Amides, reaction with
(Harpinc and Mac-
LEAN)
1916, 25, 337
Amines, reaction with
(Harpinc and Mac-
LBAN)
1916, 25, 337
Amino-acid nitrogen, de-
termination of, with
(Harpinc and Mac-
LEAN)
1915, 20, 217
Amino-acids, reaction with
(Harpine and WARNE-
FORD)
1916, 25, 319
Ammonia, reaction with
(Harpine and WARNE-
FORD)
1916, 25, 330
385
Ninhydrin—continued:
Ammonium salts, reaction
with (Harpine and
WARNEFORD)
1916, 25, 319
— —, — —, pyridine, ef-
fect of (Harpine and
W ARNEFORD)
1916, 25, 324
Reaction, mechanism of
(Harpine and WARNE-
FORD) 1916, 25, 327
—, murexide formation
from alloxan, analogy
to (HarpIne and WAR-
NEFORD)
1916, 25, 320
, pyridine, effect of
(Harpinc and WARNE-
FORD)
1916, 25, 324
(Harpine and Mac-
LAN)
1916, 25, 338
—, reducing agents, effect
of (Harpinec and WaR-
NEFORD)
1916, 25, 330
Nitrates:
Determination of (Mircu-
ELL, SHONLE, and
GRINDLEY) °
1916, 24, 470
(MircHELL,
and GRIND-
Excretion
SHONLE,
LEY)
1916, 24, 478
Lipolysis, effect on (NicH-
OLL)
1908-09, 5, 460
Metabolism (Mr1rcHELL,
SHONLE, and GRIND-
LEY)
1916, 24, 468
Urine, origin in (Mircx-
ELL, SHONLE, and
GRINDLEY)
1916, 24, 461
3586
Nitric acid:
Bread from bleached flour,
oecurrence in (Lapp and
BASSETT)
1909, 6, 77
Nitric oxide:
Determination (Mu1trcH-
ELL, SHONLE, and
GRINDLEY)
1916, 24, 471
Nitrifying bacteria:
Urorosein reaction,
tion to (HERTER)
1908, 4, 239
rela-
Nitriles:
Cysteine, oxidation of, ef-
fect on (Marnews and
WALKER)
1909, 6, 29
3-Nitro-4-acetoxybenzyl chlo-
ride:
(JacoBs and HrrpELBER-
GER)
1915, 20, 672
3-Nitro-6-acetoxybenzy! chlo-
ride:
(JAcoBs and H&mELBER-
GER)
1915, 20, 673
3-Nitro-4-acetoxybenzyl _io-
dide:
(JAcops and HrmELenr-
GER)
1915, 20, 672
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 20, 673
3-Nitro-4-acetoxybenzylpiper-
idine:
Hydrochloride (JACOBS
and HripELBERGER)
1915, 20, 669
4-p-Nitrobenzalhydantoin:
(JoHNSON and Bravt-
LECHT)
1912, 12, 186
The Journal of Biological Chemistry
4-Nitrobenzeneazo-2’-chloro-
acetylamino-4’/-dimethyl-
aminobenzene:
(JaAcoss and HEripELBER-
GER)
. 1915, 21, 129
p-Nitrobenzoic acid:
Oxidation with hydrogen
peroxide (Dakin and
HERTER)
1907, 3, 433
p-Nitrobenzoylaminoisopropyl
chloroacetate:
(JacoBs and HripELBER-
GER)
1915, 21, 426
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 427
y-p-Nitrobenzoylaminopropyl
chloroacetate:
(JAcosBs and H&IDELBER-
GER)
1915, 21, 422
p-Nitrobenzoyloxyethyl _bro-
mide:
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 21, 450
p-Nitrobenzoyloxyethyl iodide:
Hexamethylenetetramin-
tum salt (Jacosps and
HEIDELBERGER)
1915, 21, 451
m-Nitrobenzyl chloride:
Hexamethylenetetramin-
ium salt (JAcoss and
HEIDELBERGER)
1915, 20, 666
o-Nitrobenzyl chloride:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 666
Subjects
p-Nitrobenzyl chloride:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 666
4-p-Nitrobenzylhydantoin :
(Jounson and Braut-
LECHT) °
1912, 12, 188
p-Nitrobenzylpyridinium chlo-
ride:
(Jacops and HEIDELBER-
GER)
1915, 20, 667
m-Nitrochloroacetylaniline :
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 112
p-Nitrochloroacetylaniline :
(Jacoss and H&IDELBER-
GER) LOM 25 lal
Hexamethylenetetramin-
ium salt (JAcosps and
HEIDELBERGER)
1915, 21, 112
m-Nitrochloroacetyl-p-tolui-
dine:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 112
2-Nitro-3 ,4-dimethoxybenzyl
chloride:
Hexamethylenetetramin-
ium salt (JaAcoss and
HEIDELBERGER)
1915, 20, 679
Nitrogen:
Absorption of (Four and
DeENIs)
1912, 11, 87;
1912, 12, 141;
1913, 14, 453
Alfalfa hay, in growth
(Hart, Humpurey, and
Morrison)
1912-13, 13, 183
387
Nitrogen—continued:
Alfalfa hay, in milk pro-
duction (Harr and
HuMPHREY)
1914, 19, 127
Allantoin, distribution
during fast (Hows,
Marri, and Hawk)
1912, 11, 123
Amide, gliadin content
(OSBORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 265
—, protein content (DEN-
Is)
1910-11, 8, 427
—, — diet, content of
(BaRKER and CoHOE)
1905-06, 1, 229
—, spleen content (Cor-
PER) 1912, 11, 32
Amino-acid, determina-
tion of (VAN SLYKE)
1911, 9, 185
(KLEIN) ;
1911-12, 10, 287
—, — in blood (Van
Siyke and MrnyER)
(Oe. WAG BRE)
—; —, colorimetric
(Harpinc and Mac-
LEAN)
1915, 20, 217
—, — of free and conju-
.gated in urine (VAN
SLYKE)
1913-14, 16, 125
—,— of minute quantities
(VAN SLYKE)
1913-14, 16, 121;
1915, 23, 407
—, — in tissues (VAN
SLYKE)
1913-14, 16, 187
—, — in urine (VAN
SLYKE)
1913-14, 16, 125
388
Nitrogen—continued:
Amino-acid, determination
of, in urine (BENEDICT
and Muruin)
1913-14, 16, 385
—, muscle content (WiL-
SON)
1914, 17, 389
—, protein diet, content of
(Barker and Conor)
1905-06, 1, 229
—, spleen, content of
(CorPER)
1912, 11, 32
Ammonia, fast, distribu-
tion in (Hown, Mar-
TILL, and Hawk)
1926 1a, 117
—, urine, determination in
(STEEL)
1910-11, 8, 365
—, —) steer’s, determina-
tion in (CocHRANE)
1915, 23, 311
—, utilization in protein
metabolism (Taynor
and RrnGEr)
_ 1913, 14, xxvi
Bacillus coli communis,
acid extract, distribu-
tion in (WHEELER)
1905-06, 1, 487
— — _—) non-poisonous
portion, ¢distribution in
(Lracu)
1907, 3, 454
Bacterial proteins, content
of (WHEELER)
1909, 6, 513
Blood content (GETTLER
and Baxmr)
1916, 25, 213
— —, hemorrhage, re-
peated, effect on (Tay-
LOR and Lewis)
1915, 22, 72
The Journal of Biological Chemistry
Nitrogen—continued:
Blood, curves of, after feed-
ing (PEPPER and Aus-
TIN)
1915, 22, 81
—, Limulus polyphemus,
distribution in (Ats-
BERG)
1914, 19, 79
Body, blood, relation to
(Movtton)
1916, 24, 310
—, fat-free empty weight,
relation to (Mouton)
1916, 24, 300
—, surface area, relation
to (Mouton)
1916, 24, 308
Butter fat, absence in (Os-
BORNE and WAKEMAN)
IMS ail, Oil
Carbohydrate, effect on
elimination of (MrnpEL
and Ros)
UV) 10}, BOS
Combustion, effect on
(Datiwic, Kouts, and
LorvENHAR?)
1915, 20, xxxii
Corn, in growth (Harr,
Humpurey, and Mor-
RISON)
1912-13, 13, 133
—, im milk production
(Hart and Humpurey)
1914, 19, 127
Cow peas, distribution in
(BREWSTER)
1916, 24, xxxy
Creatine, distribution dur-
ing fast (Hown, Mar-
TILL, and Hawk)
1912, 11, 119
Creatinine, distribution
during fast (Hower,
Martini, and Hawk)
1912, 11, 118
Subjects
Nitrogen—continued:
Cutaneous excretion of
(BENEDICT)
1905-06, 1, 263
(TAYLOR)
1911, 9; 28
Determination (Bock and
BENEDICT)
1915, 20, 52
— by calorimetry (Gu-
LICK)
1914, 18, 541
Diamino-acid, muscle con-
tent (WILSON)
1914, 17, 392
—, protein diet, content of
(Barkur and CoHOoR)
1905-06, 1, 229
—, spleen content (CorR-
PDR) 1912, 11, 32
Elimination, agar-agar, ef-
fect of (MrnpEL and
Lewis)
1913-14, 16, 30
—, benzoic acid, effect of
(RINGER)
1911-12, 10, 328
—, bone ash, effect of
(Menpvet and Lewis)
1913-14, 16, 31
—, carbohydrates, effect
of (Mmnpex and Ross)
1911-12, 10, 222
(Menpet and Lewis)
1913-14, 16, 37
—, casein, effect of (MEN-
pEL and LEwIs)
1913-14, 16, 62
—, cork, effect of (MEN-
pEL and LEwIs)
1913-14, 16, 29
—, cottonseed oil, effect
of (Mrnpxt and Lewis)
1913-14, 16, 46
—, curves of, after protein
feeding (VAN SLYKE and
Wuirr) 1911, 9, 220
389
Nitrogen—continued:
Elimination, dextrose, ef-
fect of (MrnpEL and
Lewis)
1913-14, 16, 41
—, diet factor, effect of
(Meznpet and Lewis)
1913-14, 16,
19, 37, 55
, —, texture, effect of
(MenpEL and Lewis)
1913-14, 16, 19
, edestin, effect of
(MenpeEt and Lew!s)
1913-14, 16, 64
, egg white, effect of
(Menpe#t and Lewis)
1913-14, 16, 68
—, ether anesthesia, ef-
fect of (HAWK)
1908, 4, 321
—, fats, effect of (MENDEL
and Lewis)
1913-14, 16, 37
—, filter paper, effect of
(Mernpxt and Lewis)
1913-14, 16, 28
—, gelatin, effect of (MEN-
pEL and LEwIs)
1913-14, 16. 66
—, glidine, effect of (MEN-
pEL and Lewis)
1913-14, 16, 65
—, indigestible material,
effect of (MENDEL and
LEwIs)
1913-14, 16, 25
—, lactic acid, effect of
(KKocHER)
1916, 25, 573
—, lard, effect of (MEN-
pEL and Luwis)
1913-14, 16, 47
—, meat, dried, effect of
(Menvet and Lewis)
1913-14, 16, 56
390 The Journal of Biological Chemistry
Nitrogen—continued:
Elimination, meat, ex-
tracted, effect of (Mun-
DEL and Lrwis)
1913-14, 16, 57
—, — and urea, effect of
(Mernpet and Lewis)
1913-14, 16, 59
—, mineral oil, effect of
(Menpet and Lewis)
1913-14, 16, 25
— in monkey (HuntER
and GIvEns)
1912, 11, xxxix:
HOTA 755
(BAUMANN and Ovrarr)
1915, 22, 44
—, oleo-stearin, effect of
(Menvet and Lewis)
1913-14, 16, 48
—, ovalbumin, effect of
(Menvex and Lewis)
1913-14, 16, 70
—, Ovovitellin, effect of
(Menvet and Lewts)
1913-14, 16, 63
—, paraffin, effect of
(M@npEt and Lewis)
1913-14, 16, 27
—, proteins, effect of
(MenpeEx and Lewis)
1913-14, 16, 55
—), purine-free and pu-
rine-rich diet, effect of
(HAMMETT)
1915, 22, 551
—, pyruvic acid, effect of
(KocuEr)
1916, 25, 574
—, renal ligation, effect
of (PrncHErR)
1913, 14, 389
—, sand, effect of (Mrn-
DEL and Lewis)
1913-14, 16, 32
Nitrogen—continued ¢
Elimination, soy bean, ef-
fect of (MENDEL and
Lewis)
1913-14, 16, 67
—, starch, effect of (Mmn-
DEL and Luwrs)
1913-14, 16, 38
—, —, soluble, effect of
(Menpet and Lewis)
1913-14, 16, 39
—, sucrose, effect of
(Menvet and Lewis)
1913-14, 16, 40
— _in tartrate nephritis
(UNDERHILL and BLaTH-
ERWICK)
1914, 19, 43
— in urine, potassium cy-
anide, effect of (WxL-
KER)
1908, 4, xxxi
—), vaseline, effect of
(Menpet and Lrwis)
1913-14, 16, 26
—y, water, effect of, after
fast (Hown, Marri,
and Hawk)
1911-12, 10, 417
Fast, distribution during
Howr, Marriuz, and
Hawk)
1912, 11, 103
Fecal, diet, effect of
(Menpet and FINE)
1912, 11, 15
—, origin of (MmnpeEx and
Finn)
1912, aaa
Feces, metabolic and _ re-
sidual food nitrogen of
(Finn)
1912, 11, xlii
Fixation by yeast and oth-
er fungi-(Lipman)
1911-12, 10, 169
Subjects
Nitrogen—continued:
-Fixing organism in fer-
menting manure (Tor-
TINGHAM)
1916, 24, 223
Folin-Farmer colorimetric
method, defense of
(Four)
1915, 21, 195
— — —, examination of
(Bock and BENEDICT)
1915, 20, 47
Germination, changes dur-
ing (SUZUKI)
1907, 3, 265
Glomerella cultures, dis-
tribution in (REED)
1914, 19, 259
(REED and GRISSOM)
1915, 21, 163
Goiter, metabolism in
(HALVERSON, BERGHIM,
and Hawk)
1916, 24, xxii
Hair, content of (RUTHER-
FoRD and Hawk)
1907, 3, 462
Inosite, effect of, on bal-
ance of (ANDERSON and
BoswoRTH)
1916, 25, 403
Invertase content and ac-
tivity (Marsews and
GLENN)
1911, 9, 43
Jack bean, distribution in
(BREWSTER)
1916, 24, xxxv
Kjeldahl method (DAKIN
and DupLEY)
1914, 17, 275
(Puees and Daupt)
1916, 24, XXxv
Kjeldahl-Folin-Farmer
method (Harpine and
WARNEFORD)
1915, 21, 69
391
Nitrogen—continued:
Lipoid, of egg yolk, meta-
bolic end-products of
(McCotium and STEEN-
BOCK)
1913, 14, xliv
Low caloric values of,
metabolism, effect on
(OsTERBERG and WOLF)
1908, 4, xxiii
Manures, fermenting, in-
crease in (TorrinGHAM)
1916, 24, 221
Melanoidin, protein diet,
content of (BARKER and
CoHOoR)
1905-06, 1, 229
Metabolism, alkaline di-
uretics, effect of (HANz-
LIK) 1906-07, 2, 217
—, barium bromide, effect
of (Bure and WELKER)
1905-06, 1, 389
— in Bence-Jones pro-
teinuria (Fours and
DENIS)
1914, 18, 280
—, blood transfusion, ef-
feet of (HASKINS)
1907, 3, 321
— of breast-fed infants
(AMBERG and MorRrILL)
1909, 6, xxxv
— of coyote (HuNTER and
GIVENS)
1910-11, 8, 449
—, dextrose, subcutaneous
injection, effect of (UN-
DERHILL and CLossoNn)
1906-07, 2, 117
—, diet, effect of (Has-
KINS)
1906-07, 2, 217
— after Kck’s fistula
(Marruews and MIL-
LER)
1913, 15, 87
392
Nitrogen—continued:
Metabolism, endogenous
(McCoutuum and Hoaa-
LAND)
1913-14, 16,
299, 317, 321
(StHENBOCK, NELSON,
and Harr)
1914, 19, 401
—, —, acid, mineral, ef-
feet of (McCotium and
Hoacuanp)
1913-14, 16, 299
—, —, acid salts, effect of
(McCotium and Hoac-
LAND)
1913-14, 16, 299
—, —, basic salts, effect of
(McCoutum and Hoac-
LAND)
1913-14, 16, 299
—),—, benzoic acid, effect
of (McCottum and
Hoaguanp)
1913-14, 16, 321
—, —, fat feeding, effect
of (McCotuum and
HOAGLaAnpD)
1913-14, 16, 317
—, exogenous (STHEn-
BOCK, NELSON, and
Hart) 1914, 19, 404
ener circulation,
changes in, effect of
(MarrHmws and Mi-
LER) 1913, 15, 87
—, organic phosphorus,
effect of (LECLERC and
Cook)
1906-07, 2, 203
—), pheumonia (LAMBERT
and Wo.r)
1907, 3, xix
—) potassium cyanide, ef-
fect of (RicHarps and
WALLAcr)
1908, 4, 187
The Journal of Biological Chemistry
Nitrogen—continued: ;
Metabolism, radium bro-
mide, effect of (Bere
and WELKER)
1905-06, 1, 402
== ise thyroidectomy
(UNDERHILL and Sark)
1908-09, 5, 226
— after thyroid feeding
(UNDERHILL and Sark)
1908-09, 5, 236
Milk content (Mrres and
Marsn)
1913-14, 16, 150
— distribution in,
changes of, with age
(PENNINGTON, HeEp-
BURN, St. Joun, Wir-
MER, STAFFORD, and
BuRRELL)
1913-14, 16, 337
Non-coagulable, liver au-
tolysis, latent period in
(BRADLEY and TAYLOR)
1916, 25, 364
Non-colloidal, determina-
tion of (WELKER and
Fats)
LONG 25.05 6n1
Non-protein, blood, con-
centration, relation to
elimination of (McLEan
and SELLING)
1914, 19, 31
—, — content (Four and
Dents)
1913, 14, 29
(GETTLER and Baker)
1916, 25, 213
—), — —, curves of, after
feeding (Prpprr and
AUSTIN)
1915, 22, 81
—),— — in nephritis (My-
ERS and. FINE)
1915, 20, 391
Subjects
Nitrogen—continued:
Non-protein, blood con-
tent after repeated hem-
orrhage (TAYLOR and
Lewis)
1915, 22, 75
—, —, determination of
(Foun and DENIS)
1912, 11, 527
(GREENWALD)
1915, 21, 61
(Taytor and Huron)
1915, 22, 63
(GEerrLeR and BAKER)
1916, 25, 214
—, tissue, determination
in (Fiske and SuMNER)
1914, 18, 288
—, water-soluble, muscle,
partition in (WILSON)
1914, 17, 385
Partition, effect of sub-
stituting aleohol for
sucrose (HAMMETT)
1916, 25, 601
Pepsins, content of (ALD-
RICH)
1915, 23, 339
Plasma content (GETTLER
and BAKER)
1916, 25, 213
Pneumonia, metabolism in
(Lampert and WOLF)
1907, 3, xix
Pregnancy, balance in
(MurR.In)
1909-10, 7, x
Protein diet, content of
(BARKER and CoHOR)
; 1905-06, 1, 219
Pseudoglobulin, partition
in (GIBSON)
1912, 12, 63
Purine, distribution dur-
ing fast (Hown, Mat-
TILL, and Hawk)
1912, 11, 123
393
Nitrogen—continued:
Purine, urine, determina-
tion in (BENEDICT and
SAIKI)
1909-10, 7, 27
Retention, alfalfa hay ni-
trogen, effect of (Harr,
Humpurey, and Mor-
RISON)
1912-13, 13, 137
—, corn nitrogen, effect of
(Hart, Humpurey, and
Morrison)
1912-13, 13, 137
— and creatinine excre-
tion during growth of
pig (McCoLiuM)
1912, LL, xv
—, plane of protein intake,
effect of (McCouium)
1913, 14, xxxill
Serum, content of (GETT-
LER and BAKER)
1916, 25, 213
—, Limulus polyphemus,
distribution in (ALS-
BERG)
1914, 19, 79
Spleen content (CORPER)
1912, 11, 30
Suppression of, after nar-
eosis in phlorhizinized
dogs (Sansum and
W oopyAtTT)
1915, 21, 7
Thyroid proteins, distri-
bution in hydrolysis
products of (KENDALL)
1915, 20, 508
Total, and total creatinine,
parallelism of (MmNnDEL
and Ros)
1911-12, 10, 225
—, urine, determination in
(Foun and FARMER)
1912, 11, 493
394
Nitrogen—continued:
Typhoid germ substance,
distribution in hydroly-
sis products of (WHEEL-
BR)
1909, 6, 519
Urea, in cultures of bac-
teria (KmnpDALL and
WALKER)
LOIS; 1550277
Urine, of cat, partition in
(Hammer)
19155922, 5d4.
—, content of (McLran
and SELLING)
1914, 19, 35
—, curves of, after feed-
ing (PuppHrR and Aus-
TIN) 1915, 22, 81
—, determination in
(Foun, Farmer, Ma-
CALLUM, and Pprrtr-
BONE)
USWNLS Ch, ibe
—, distribution in, hy dra-
zine, effect of (UnpeEr-
HILL and KLEINER)
1908, 4, 171
SS ay ceelins effect of
(McCouuum and Hoac-
LAND)
1913-14, 16, 304
—, — —, starv ation, ef-
fect of (UNDERHILL ‘and
KLEINER)
1908, 4, 167
—, partition in (MEnpEL
and Lyman)
1910-11, 8,°134
—,— —, magnesium sul-
fate, effect of (Str)
1908-09, 5, 93, 110
=) a> =) removal of al-
bumin by aluminium
hydroxide (Tracy and
WELKER)
L915; 22, 55
The Journal of Biological Chemistry
Nitrogen—continued: :
Urine, sodium tartrate, ef-
fect on excretion of (UN-
DERHILL)
1912, 12, 115
Water-soluble, of feeding-
stuffs (Harr and Brnt-
LEY)
1915, 22, 477
Wheat, distribution in
(BREWSTER)
1916, 24, xxxv
Nitrogen peroxide:
Flour, bleaching of (Rock-
woop)
UMC tc, Sy
Nitromethane:
Cell division,
(Litirm)
effect on
1914, 17, 136
3- -Nitro-4-methoxybenzyl chlo-
Tide:
(Jacoss and HEmE.prr-
GER)
1915, 20, 676
Hexamethylenetetramin-
tum salt (JAcoss and
HEIDELBERGER)
1915, 20, 676
m-Nitrophenacyl bromide:
Hexamethylenetetramin-
ium salt (JAcosps and
HEMELBERGER)
1915, 21, 459
o-Nitrophenyl bromoacetate :
(JacoBs and Hrmniper-
GER)
1915, 21, 469
Hexamethylenetetramin-
ium salt (Jacops and
HEMELBERGER)
1915, 21, 470
p-N itrophenylhydrazine:
Aldehydes and ketones,
use in identifying (Da-
KIN)
1908, 4, 235
Subjects
p-Nitrosodipropylaniline :
Hydrochloride (Jacops and
HnIDELBERGER)
1915, 21, 115
Nitrous acid:
Arginine, action |
(VAN SLYKE)
1911, 9, 192
Flour, bleaching of, with
(Lapp and BASSETT)
1909, 6, 75
with
Glycocoll, action with
(VAN SLYKE)
1911, 9, 197
(LEVENE and VAN
SLYKE)
1912, 12, 286
Glycosuria, effect on (SAN-
sum and WoopyYAtTT)
ICE Au US
Nitrous oxide:
Anesthesia, blood sugar,
effect on (EpsTHin and
BaAEHR)
1916, 25, 157
Ether and, anesthesia,
blood sugar, effect on
(Epstein and BAEHR)
1916, 25, 157
Nomenclature:
Casein compounds (Ros-
ERTSON)
1907, 3, 324
Proteins,
1908, 4, xlvill
Non-electrolytes:
Chemotaxis of paramecia
in (ROBERTSON)
1905-06, 1, 201
Osmotie pressure of para-
mecia in (ROBERTSON)
1905-06, 1, 201
Non-protein:
Muscle, determination in
(JANNEY)
1916, 25, 177
395
Non-protein—continued:
Nitrogen. See Nitrogen.
Sera of animals and birds,
content of (JEWETT)
1916, 25, 21
Nonylic acid:
Oxidation with hydrogen
peroxide (Daxktn)
1908, 4, 229
Nori:
Utilization (Sark)
1906-07, 2, 259
Nor-leucine:
See a-Aminocaproie acid.
Nucleases:
(Levene and MEDIGRE-
CEANU)
1911, 9, 65, 389
(JONES)
1911, 9, 129
(LevENE and La ForGE)
1912-13, 13, 507
Cytidine, action on (LE-
VENE and MEDIGRECE-
ANU)
1911, 9, 69
Guanylie acid, action on
(LEvENE and MEDIGRE-
CEANU)
1911, 9, 68
, specific for (JONES)
1911, 9, xxviii
Inosin, action on (LEVENE
and MEDIGRECEANU)
1911, 9, 68
Inosinie acid, action on
(LEVENE and MEDIGRE-
CEANU)
1911, 9, 68
Monkey tissues, presence
in (WELLS)
1909-10, 7, 178
Nephelometry, study by
(IKOBER)
1912-13, 13, 485
396
Nucleases—continued:
Penicillium camemberti,
presence in (JoNES and
AUSTRIAN)
1909, 6, 464
Thymus nucleic acid, ac-
tion on (JonES and
AUSTRIAN) i
1907, 3, 4
Yeast nucleic acid, action
on (LEVENE and Mepr-
GRECEANU)
1911, 9, 69
Nucleic acid:
(Jacoss and LEvENr)
1909, 6, xxxvi
Bacillus coli communis, non-
poisonous portion, pres-
ence in (LEacn)
1907, 3, 445
Enzymatic decomposition,
study by optical meth-
od (Ampmre and Jonzs)
L912) LOS
Fish eggs, pyrimidine
bases of (MAnpEL and
LEVENE)
1905-06, 1, 425
Gastro intestinal juices,
action of (LEvENE and
MEDIGRECEANU)
1911, 9, 375
Gelatinous and non-gel-
atinous salts (Jonxs)
1908-09, 5, 14
Globin, compound with
(ScHMmipT)
1916, 25, 76
Metabolism (Huntrr and
GIVENS)
. 1914, 17, 43
Preparation (Prrmrs)
1911-12; 10; 373
Sodium salt, fate of, in
monkey organism (Hun-
TER and Givens)
1912-13, 13, 381
The Journal of Biological Chemistry
Nucleic acid—continued:
See also Pancreas, Spleen,
Thymus, Yeast.
Nuclein:
Bases, Aralia cordata
shoots, presence in (Mr-
YAKE)
1915, 21, 507
Fermentation, physiologi-
cal agents of (Jonus)
1911, 9, 169
Ferments, of embryos
(Jones and AusTRIAN)
L907 S220
Metabolism (LEonarp and
JONES)
1909, 6, 453
(Jones and pp ANGULO)
1909, 6, xlv
Yeast, ferments of
(StrauGHN and JonEs)
1909, 6, 245
Nucleoproteins:
Azolitmin compounds of
(RosENBLOOM and
GIBs)
1907, 3, xxxix
Gastric mucosa (Oxpp)
1909, 6, 1
Metabolism (Mrnpst and
LyMAn)
1910-11, 8, 130
Pancreatic enzymes, hy-
drolysis by (Harpine
and MacLran)
1916, 24, 516
Spleen (Jonrs and Rown-
TREE)
1908, 4, 290
—, hydrolysis (ManpgEn
and LuvENnr)
1907, 3), xxi
Nucleosidase:
Methylpentosides, action
on (LEVENE, JAcoBs,
and MrpiGrecranv)
1912, Wieeon
Subjects
Nucleotide:
Purine phosphoric acid,
determination of
(JONES)
1916, 24, ili
Yeast nucleic acid (JONES
and RIcHARDS)
1915, 20, 25
Nucleus:
Oxidation processes, rela-
tion to (RBHED)
1915, 22, 102
Nutrition:
Amino-acids in (OSBORNE
and MENDEL)
1914, 17, 325
Animal, proteins in (EM-
METT and CARROLL)
1911, 9, xxii
(Emmett, JosErH, and
WILLIAMS)
1912, 11, xxxv
Cottonseed meal in (RicH-
ARDSON and GREEN)
1916, 25, 307
Deficiency of wheat grain
mixtures (Hart, Mi1-
LER, and McCouiiuM)
1916, 25, 239
Gliadin in (OsporNE and
MENDEL)
1912, 12, 473;
1914, 17, 332
Glycosurie reaction of
mental defectives, rela-
tion to (PETERS)
1916, 24, xxl
Hordein in (OsBorNE and
MENDEL)
1912, 12, 479
Lipoids in (MacArrHuR
and LucKErr)
1915, 20, 161
Purified foodstuffs im
(McCotivum and Davis)
1915, 20, 641
397
Nutrition—continued:
Studies m (MrnpEL and
FINE)
1911-12, 10, 303,
339, 345, 433;
1912 ie eo
Tannase, effect on produc-
tion of (KNupDsON)
1913, 14, 185
Wood, effect of (McCot-
Lum and Davis)
1915, 20, 645
(Mircuety and NEL
SON) 1915, 23, 46u
Nylander’s reaction:
(Reuruss and Hawk)
1909, 6, Xxx.,
1909-10, 7, 267, 273
Chloroform, effect —_ of
(Reuruss and Hawk)
1909-10, 7, 267
Clinical value (REHFUSS
and Hawk)
1909-10, 7, 279
Mercury, effect of (REH-
russ and Hawk)
1909-10, 7, 267
O
Oat:
Amino-acid content (NoL-
LAU) 1915, 21, 614
Diet, disease produced by,
in guinea pigs and rab-
bits (FUNK)
1916, 25, 409
Extract, polyneuritis, ef-
fect on (McCotium and
Davis)
1916, 24, 496
Growth, effect on (Mc-
Cottum and Davis)
1915, 21, 181
Hull, acid-soluble phos-
phorus content (Harr
and TorrinGHAM )
1909, 6, 436
398
Oat—continued:
Kernel, acid-soluble phos-
phorus content (Harr
and TorrincHam)
1909, 6, 436
Nitrogen, water-soluble,
content (Harr and
BENTLEY)
1915, 22, 482
Phytie acid from (Harr
and TorrincHam)
' 1909, 6, 435
Phytin of (Harr and Tor-
TINGHAM)
1909, 6, 436
ECMDERSON)
LOU U7, Lit
Protein, value for growth
in pig (McCotium)
1914, 19, 323
Wheat and, comparative
nutritive values of, for
growing pig (McCot-
LUM)
1912, 11, xv
Obesity:
Acidosis and (Foun and
Dents)
1915, 21, 183
Octacosane:
(LEvENE, West,
DER SCHEER)
1915, 20, 529
and VAN
Octadecane:
(LevENE, West, and van
DER SCHEER)
1915, 20, 524
Octadecyl iodide:
(LEvENE, Wuszv, arfd van
DER SCHEER)
1915, 20, 524
Octyl alcohol:
Foaming, prevention of
(VAN SLYKE)
1912, 12, 282
The Journal of Biological Chemistry
Sec.—Octyl bromoacetate:
(Jacoss and HrmEnsrr-
GER) 1915, 21, 468
Oil:
Absorption after intrave-
nous injection (RAPER)
1913, 14, 127
Feeding experiments with
(RAPER)
1913, 14, 125
Meal, growth, effect on
(Harr and McCoiium)
1914, 19, 385
Metabolism, effect on
(Muruin and Mitts)
1911, 9, xxvii
spontaneous
RIDDLE,
Oxidation,
(MatTHEws,
and WALKER)
1908, 4, xxi
Wheat embryo, toxicity
‘of (McCoutium, Sim-
* MONDs, and Prrz)
1916, 25, 109
Oleo-stearin:
Nitrogen elimination, ef-
fect on (MENDEL ‘and
Lewis)
1913-14, 16, 48
Olive oil:
Animal tissue, hydrolysis
by (LonVENHART)
1906-07, 2, 439 .
Digestion of (BRADLEY)
1909, 6, 141
Growth, effect on (Mc-
Couium and Davis)
1914, 19, 247;
1915, 20, 643
Liver and pancreas ex-
tracts, hydrolysis by
(LOEVENHART)
1906-07, 2, 441
Pancreatic juice, hydroly-
sis by (LornvenHART
and SoupER)
1906-07, 2, 419
Subjects
Omnivora:
Acidosis in (STEENBOCK,
Nutson, and Hart)
1914, 19, 399
Onion:
Oxidase activity (BuN-
ZELL)
1916, 24, 108
Oocytase:
See Oocytin.
Oocytin:
Emulsion, comparison with
(ROBERTSON)
1912, 12, 168
Tsolation from mammalian
blood sera (ROBERTSON)
1912, 11, 339
Lipase, comparison with
(ROBERTSON)
1912, 12, 167
Non-enzymatic character
of (ROBERTSON)
1912, 12, 163
Pepsin, comparison with
{ ROBERTSON)
1912, 12, 166
Peroxidase, comparison
with (RoBERTSON)
1912, 12, 169
Properties of (RoBERT-
SON)
1912, 12, 172
Sperm, isolation from
(ROBERTSON)
1902s 5125
Trypsin, comparison with
(ROBERTSON)
1912, 12, 165
Opossum:
Purine enzymes of (CALD-
WELL and WELLS)
1914, 19, 279
Optical isomers:
Absorption from intestine,
relative rate of (DaAxkIN)
1908, 4, 437
399
Optical method:
Enzymes, study of (KoEL-
KER)
1910-11, 8, 148
Nucleic acids, enzymatic
decomposition, study of
(AmBERG and JONES)
1911-12, 10, 81
Proteins of blood sera,
concentration of (Ros-
ERTSON)
1912, 11, 179
Organic matter:
Iodine, determination of,
in presence of (KRAUSS)
1915, 22, 151;
1916, 24, 321
Organs:
Catalase content
fasting (Hawk)
1911, 9, xxi
after
Phosphorus, distribution
of, in (Francis and
TROWBRIDGE)
1910-11, 8, 81
Plant, relative oxidase ac-
tivity of (BUNZELL)
1916, 24, 103
Radium, distribution of,
in, after administering
radium bromide (Mry-
ER)
1906-07, 2, 464
Urea, determination of, in
(MarsHatt and Davis)
1914, 18, 58
Ornithine:
Glucose from (Daxry)
1913, 14, 327
Metabolism, intermediary
(Dakin)
1913, 14, 327
(RINGER, FRANKEL, and
JONAS)
1913, 14, 539
400
Oryzenin:
Hydrolysis of (OSBORNE,
Van SLyke, LEaven-
WORTH, and VinoGRap)
1915, 22, 274
Osmosis: *
Living membranes
(KAHLENBERG)
1908, 4, xxiv
and
Osmotaxis:
Paramecia (RoBERTSoN)
1905-06, 1, 194
— _ in non-electrolytes
(Rosertson)
1905-06, 1, 201
Osmotic:
Pressure, Fundulus body
liquids, balanced and
non-balanced solutions,
effect of (LozsB and
WASTENEYs)
1915; 21, 293
—)» —_ eggs, surrounding
solutions, relation to
(Los and WASTENEYs)
1915, 23, 157
—, lecithin suspensions
(THOMAS)
1915, 23, 359
—, proteins (Roprrtson
and Burnurr)
1909, 6, 105
—, soluble chitin (Ats-
BERG and Hepsiom)
1909, 6, 495
—, toxic action and
(RoBErtson)
1908, 4, 29
Properties of clam muscle
(Meigs)
1914, 17, 81
ia ashe vinnes)
1915, 22, 493
Stimuli, infusoria, reaction
to (RoBERTSON)
1905-06, 1, 185
The Journal of Biological Chemistry
Osseoalbumoid:
Bence-Jones protein, re-
lation to (RosENBLOoM)
1909-10, 7, xiv
Osteitis deformans:
Metabolism in (Da Costa,
Funk, Brercrm, and
Hawk)
1914, 17, xxx
Osteomalacia:
Human adolescent, bone
composition in (Mc-
CRUDDEN)
1909-10, 7, 199
Ovalbumin:
Glucose from, in diabetic
organism (JANNEY)
1915, 20, 333
Liver enzymes, digestion
by (BRADLEY)
1915, 22; 117
Nitrogen elimination, ef-
fect on (MEnpDEL and
Lewis)
1913-14, 16, 70
Ovaries:
Acetonitrile poisoning, ef-
fect on (Hunt)
1905-06, 1, 41
Fish, toxic action of (Mc-
CRUDDEN)
1911, 9, ix
Lipoids (RosENBLOoM)
1912-135 35d
Resting, pituitary body,
action of (Prart and
SURFACE)
1915, 21, 95
Ovomucoid:
Refractive index (RopErt-
SON)
1909-10, 7, 359
Ovovitellin:
Aspergillus niger, utiliza-
tion by -(Dox)
1911-12, 10, 79
Subjects
Ovovitellin—continued:
Nitrogen elimination, ef-
fect on (MrnpEL and
FINneE)
1913-14, 16, 63
Refractive index (ROBERT-
son) 1909-10, 7,359
Ovulation:
Corpus luteum, effect of
(PEARL and SuRFACE)
1914, 19, 263
Pituitary body, effect of
(PHarL and SuRFACE)
1915, 21, 97
Oxalic acid:
Determination of (Da-
KIN) 1907, 3, 71
Excretion after feeding
mucie acid (RosE)
1911-12, 10, 127
Oxidation in animal organ-
ism (Dakin)
1907, 3, 78
Penicillium producing
(Currie and THOM)
1915, 22, 287
Oxidase:
(BUNZELL)
1914, 17, Xxxvi
Activity of (BuNzELL)
1916, 24, 91
— of organs of same plant
(BUNZELL)
1916, 24, 103
Apparatus (BUNZELL)
1914, 17, 409
Indophenol reaction, re-
lation to (REED)
1915, 22, 106
Mode of action (BUNZELL)
1916, 24, 91
Phenolphthalem as re-
agent for (IKASTLE)
1907, 3, xii
Quantitative measure-
ment of (BUNZELL)
1912, 11, xxvi
401
Oxidase—continued:
Respiration, role in (REED)
1915, 22, 99
Tenebris molitor, presence
in (GORTNER)
1909-10, 7, 367
Oxidation:
Acetie acid (DAKIN)
1907, 3, 75
Acetophenone with hy-
drogen peroxide (Da-
KIN)
1908, 4, 422
Alanine with hydrogen
peroxide (Daxkry)
1905-06, 1, 174
— — potassium perman-
ganate (DENIS)
1911-12, 10, 73
Aliphatic substances in
animal organism (Da-
KIN) ICU, Sy al
Amino-acids (Dakin)
1905-06, 1, 171
1911, 9, 365;
1911-12, 10, 73
o-Aminobenzoic acid with
hydrogen peroxide (Da-
KIN and HerRTER)
1907, 3, 433
(DENIs)
a-Aminoisovaleric acid
(Dax)
1908, 4, 70
a-Amino-n-valeric acid
with hydrogen peroxide
(Dakin)
1908, 4, 73
Aspartic acid with hydro-
gen peroxide (Daxkin)
1908-09, 5, 409
Benzoic acid with hydro-
gen peroxide (DAKIN
and HERTER)
1907, 3, 419
Betaine with hydrogen
peroxide (Dakin)
1905-06, 1, 272
402
Oxidation—continued:
p-Bromobenzoic acid (Da-
KIN and Hrrrmr)
1907, 3, 433
Butyrie acid with hydro-
gen peroxide (Dakin)
1908, 4, 77
Carbon monoxide (KaAs-
TLE)
1909, 6, xxiii
Catalase, relation of (Am-
BERG and WINTERNITZ)
1911-12, 10, 295
Cell constituents, spon-
taneous oxidation of
(Matruews, RIDDLE,
and WALKER)
1908, 4, xx
— membranes, relation of
(Renp)
1915, 22, 103
—, seat of oxidation in
(Lors and WASTENEYs)
1915, 21, 153
o-Chlorobenzoie acid (Da-
KIN and Hurrmr)
1907, 3, 433
Creatine with hydrogen
peroxide (Daxin)
1905-06, 1, 271
Creatinine with hydrogen
peroxide (Daxkrn)
1905-06, 1, 271
Cysteine, spontaneous
(MaruHEws and Waxk-
ER)
1909, 6, 21, 299
—) —) eyanides and ni-
triles, effect of (MartH-
EWS and Waukmr)
1909, 6, 29
Cystine, administered per
os (WILLIAMS and Wotr)
1909, 6, 341
—, with potassium per-
manganate (DrEnts)
1911, 9, 365
The Journal of Biological Chemistry
Oxidation—continued:
Cystine, spontaneous
(MATHEWS and WALK-
ER) 1909, 6, 289
Dihydrosphingosine (Lr-
VENE and West)
1913-14, 16, 549:
1914, 18, 481
m-Dinitrobenzoic acid
with hydrogen peroxide
(Dakin and HeErtER)
1907, 3, 433
Eggs, hypertonic solu-
tions, effect of (Lors
and WASTENEYs)
1913, 14, 469
—) narcotics, effect of
(Logs and WASTENEYs)
1913, 14, 517
—, sea urchin’s, bases,
effect of (LomB and
WaASTENEYs)
1913, 14, 355, 459;
1915, 21, 158
—, — —, carbon dioxide
parthenogenesis, effect
of (McCiEenpon and
MircHe.y)
1911-12, 10, 470
—,— —, sodium chioride,
effect of (McCLEenpon
and MrrcHE.i)
1911-12, 10, 459
Enzymes in fungi (REED
and STan.)
1912, 11, xi
Erythrocytes, oxidizing
power of (McC.LEnpon)
1915, 21, 275
Fatty acids with hydro-
gen peroxide (Dax)
1908, 4, 227
— —, phenyl derivatives
(Daxin)
1908, 4, 419;
1908-09, 5, 178, 303;
1909, 6, 203, 221, 235:
1910-11, 8, 35
Subfects 403
Oxidation—continued: | Oxidation—continued:
Fertilization, effect of (Mc-
Cienpon and Muirca-
ELL)
1911-12, 10, 470
Galactose in alkaline solu-
tion (MarHEws)
1909, 6, 4
Gelatin in animal organ-
ism (DAKIN)
1907, 3, 79
Glucose in alkaline medi-
um (MatTHmws)
1909, 6, 4
— by bromine, mechan-
ism of (BUNZELL)
1909-10, 7, 157
Glucosone (LEVENE and
MeYER)
1915, 22, 339
Glutamic acid with hydro-
gen peroxide (Dakin)
1908-09, 5, 409
Glycocoll with hydrogen
peroxide (Daxkin)
1905-06, 1, 173
— with potassium per-
manganate (DENIS)
1911, 9, 365
Glycol in animal organ-
ism (DaKkIN) ;
1907, 3, 79
Glycollie acid in animal
organism (Dak1N)
1907, 3, 75
— — with hydrogen per-
oxide (Dakin)
1905-06, 1, 273;
1908, 4, 95
Glyoxylic acid in animal
organism (DAKIN)
1907, 3, 77
Heptylic acid in body
(RINGER)
1913, 14, 47
Hippuric acid with hydro-
gen peroxide (Dakin)
1905-06, 1, 272
Hydroquinone (DENIs)
1911-12, 10, 75
m-Hydroxybenzoic acid
(Dakin and HERTER)
1907, 3, 432
o-Hydroxybenzoic —_ acid
(Dakin and HERTER)
1907, 3, 432
p-Hydroxybenzoic acid
(Dakin and HERTER)
1907, 3,432
a-Hydroxybutyric acid
(Dakin)
1908, 4, 96
g-Hydroxybutyric acid
with hydrogen peroxide
(Daxty)
1908, 4, 97
— — — potassium per-
manganate and sulfuric
acid (SHAFFER and Hus-
BARD)
1916, 24, xxvii
a-Hydroxy fatty acids with
potassium permanga-
nate (LEVENE and Ja-
COBS)
1912, 12, 385
(LEVENE and WEST)
1913, 14, 263;
1913-14, 16, 475
a-Hydroxyisobutyric acid
(Daxtn)
1908, 4, 98
a-Hydroxyisovalerie acid
(Dakin)
1908, 4, 98
Intracellular (Linure)
1913, 15, 237
Lactic acid with hydrogen
peroxide (DAKIN)
1908, 4, 96
404
Oxidation—continued:
Lactose in alkaline solu-
tion (MatHEws)
1909, 6, 4
Leucie acid (Daxtn)
1908, 4, 99
Leucine with hydrogen
peroxide (Dakin)
1905-06, 1, 176;
1908, 4, 63
Levyulose in alkaline solu-
tion (MatTHeEws)
1909, 6, 4
Maltose in alkaline solu-
tion (MatTHEews)
1909, 6, 4
p-Nitrobenzoie acid with
hydrogen peroxide (Da-
KIN and HErTER)
1907, 3, 433
Nucleus, relation to (REED)
1915, 22, 102
Oxalie acid in animal or-
ganism (Daxrn)
1907, 3, 78
Oxyhemoglobin, oxidizing
power (McCiunpon)
LOM 2 25)
Parthenogenesis, reversed
artificial, ratein(WastE-
NEYs)
1916, 24, 281
6-Phenyl-8-hydroxypropi-
onic acid (Daxrn)
1908, 4, 422
Phenylpropionic acid (Da-
KIN)
1909, 6, 208
8-Phenylpropionic acid
(Dakin)
1908, 4, 422
Phenylvaleric acid (Da-
KIN)
1909, 6, 221
Pigmentation of cicada
(GORTNER)
1911-12, 10, 90
The Journal of Biological Chemistry
Oxidation—continued:
Roots, power of (ScurEer-
ER and Suuuivan)
1909-10, 7, xxxii
Sarcosine with hydrogen
peroxide (Daxrn)
1905-06, 1, 272
Soil, biological analogies
(SCHREINER and SnHor-
EY)
1911, 9, xvii
Sphingosine (LevEnE and
West)
1913-14, 16, 549;
1914, 18, 481
Sugar (Muruin, EpeEt-
MANN, and Krammr)
1913-14, 16, 79
— in acid medium, rate of
(BUNZELL)
1908, 4, viii
—, spontaneous (Marx-
EWS) 1909, 6, 1
Sulfides in soil (Brown
and KELLoae)
LOTS 206
Toxin, Proteus, effect on
(HERTER and “Tern
BRoEcK)
1911, 9, 505
Tyrosine (DEnts)
1911-12, 10, 73
Valeric acid (RinGER)
1913, 14, 46
Oxidizability :
Biological, and chemical
constitution (BUNZELL)
1914, 17, xxxvi
2-Oxy-5-amino-6-ethylamino-
pyrimidine:
(Jouns and Hunprix)
1914, 19, 28
2-Oxy-5-amino-6-methyl-
aminopyrimidine:
(JOHNS)
1911, 9, 165
Subjects
4-p-Oxybenzeneazophenyl-
mercuric acetate:
(Jacoss and HrIpELBHR-
GER) 1915, 20, 516
4-p-Oxybenzylideneamino-
phenylmercuric acetate:
(Jacops and H®ImDELBER-
GER) 1915, 20, 518
Oxybutyric acid:
See Hydroxybutyric acid.
2-Oxy-3-carbomethoxynaph-
thobenzyl chloride:
(Jacops and HEIDELBER-
GER)
1915, 20, 682
Hexamethylenetetramin-
ium salt (JaAcops and
HEIDELBERGER)
1915, 20, 682.
2-Oxy-3-carboxy-5-methylben-
zyl chloride:
Hexamethylene tetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 681
5-Oxycytosine:
Synthesis (Jounson and
McCouiirM)
1905-06, 1, 437
2-Oxy-3,5-dibromobenzyl bro-
mide:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 670
2-Oxy-3,5-dimethyl-6-amino-
pyrimidine:
(Jounson and CLAPP)
- 1908-09, 5, 65
2-Oxy-3,4-dimethyl-5,6-diam-
inopyrimidine:
(Jouns and BAUMANN)
1913-14, 16, 140
2-Oxy-6,8-dimethyl-9-ethylpu-
rine:
(Jouns and BAUMANN)
1913, 15, 518
405
2-Oxy-3,4-dimethyl-5-nitro-6-
aminopyrimidine:
(Jouns and BAUMANN)
1913-14, 16, 137
2-Oxy-6,8-dimethylpurine:
(JOHNS) 1913, 14, 6
2-Oxy-6,9-dimethylpurine :
(JOHNS) 1912, 12, 94
Picrate (JOHNS)
1912, 12, 95
2-Oxy-8,9-dimethylpurine:
(JOHNS) 1912, 12, 95
Picrate (JOHNS)
1912, 12, 96
2-Oxy-6,9-dimethyl-8-thiopu-
rine:
(JOHNS)
1915, 21, 323
2-Oxy-5-ethoxy-6-aminopyri-
midine:
(Jounson and McCot-
LUM)
1905-06, 1, 445
Picrate (Jounson and Mc-
CoLLum)
1905-06, 1, 446
2-Oxy-5-ethyl-6-aminopyrimi-
dine:
(Jonson and MENGE)
1906-07, 2, 112
Oxyethyl anisate:
(Jacops and H®IDELBER-
GER) 1915, 21, 470
Oxyethyl iodide:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 465
Oxygen:
Absorption by growing
bacteria (KryEs and
GILLESPIE)
1912-13, 13, 305
Ammonia of blood, effect °
on (Horxinsand DENIs)
1911-12, 10, 411
406
Oxygen—continued:
Arbacia eggs, consumption
by (WastTENgEys)
1916, 24, 282
Blood content, after clamp-
ing abdominal vessels
(Muruin, EprELmMann,
and KRAMER)
1913-14, 16, 79
—, octopus, content (ALs-
BERG and CLARK)
1914, 19, 508
Carbohydrate content of
bananas, effect on (Batr-
LEY)
1905-06, 1, 360
Erythrocytes, blood con-
tent, effect on (Koxus
and LoEVENHART)
1914, 17, xxviii
Fasting flounders, com-
position of (Moreutts)
1915, 20, 39
Hemoglobin of blood, ef-
fect on (Kouus and
LOEVENHART)
1914, 17, xxxviii
Oxidase activity, effect on
(BUNZELL)
1916, 24, 98
Piperidine diabetes, effect
on (UNDERHILL)
1905-06, 1, 126
Sea water content (Ats-
BERG and CLARK)
1914, 19, 508
Shellfish, requirement of
(MrrcHe.1)
1914, 17, xxxi
Solubility in serum of
Limulus polyphemus
(ALSBERG and CrLark)
1914, 19, 503
— — solutions of Limulus
hemocyanin (ALSBERG
and CLARK)
1914, 19, 503
The Journal of Biological Chemistry
Oxygen—continued:
Stimulation by want of,
mechanics of (GRossER
and LoEVENHART)
1913, 14, xxx
Tension of atmosphere,
combustion, relation to
(Datiwie, Kouts, and
LorvENnHART)
1915, 20, xxxii
Water, distilled, content
of (ALSBERG and CLark)
1914, 19, 508
Oxygenation:
Ammonia content of blood,
effect on (Fiske and
KARSNER)
1914, 18, 381
Oxyhemocyanin: t
Reduction
Limulus
(ALSBERG)
1915, 23, 495
in serum of
polyphemus
Oxyhemoglobin:
Dissociation constant af-
ter parathyroidectomy
(Witson, STEARNS, and
THURLOW)
1915, 23, 89
B-Hydroxybutyrie acid,
decomposition by liver
enzymes, effect on
(WAKEMAN and Daxrn)
1909, 6, 380
Oxidizing power (McCiEn-
DON)
1915, 21, 275
Reduction in vivo, time of
(Harris and CreiGu-
TON)
1915, 23, 469
Tissue reductase, action
on (Harris and CrreigH-
TON) —
1915, 20, 182
Subjects
Oxyisopropyl p—nitrobenzam-
ide:
(Jacosps and HrIDELBER-
GER) 1915, 21, 426
2-Oxy-3-methoxy-5-aldehy do-
benzyl chloride:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 683
2-Oxy-4-methyl-5-amino-6-
ethylaminopyrimidine :
(Jouns and BauMANN)
1913, 15, 123
Thiourea addition product
(Jouns and BAUMANN)
1913, 15, 519
2-Oxy-3-methyl-5-amino-6-
methylaminopyrimidine:
(JOHNS) 1913, 14, 4
Picrate (JOHNS)
1913, 14, 5
2-Oxy-4-methyl-5-amino-6-
methylaminopyrimidine:
(JOHNS)
1912, 11, 397
2-Oxy-8-methylaminopurine:
(JOHNS)
1915, 21, 322
2-Oxy-3-methyl-6-amino-
pyrimidine:
(Jounson and CLAPP)
1908-09, 5, 62
Picrate (JoHNson and
CLAPP)
1908-09, 5, 63
2-Oxy-6-methylaminopyrimi-
dine:
(JOHNS)
1911, 9, 163
Oxymethylchloroacetamide:
Derivatives (Jacops and
H®IDELBERGER)
1915, 21, 406
2-Oxy-3-methyl-5,6-diamino-
pyrimidine:
(JOHNS) LOZ Aad
407
2-Oxy-4-methyl-5,6-diamino-
pyrimidine:
(JOHNS) 1913, 14, 6
2-Oxy-4-methyl-6-ethylamino-
pyrimidine:
(Jouns and BAUMANN)
1913, 15, 121
Hydrochloride (JoHns and
BAUMANN)
1913, 15, 122
2-Oxy-6-methyl-9-ethylpurine:
(Jonns and BAUMANN)
; 1913, 15, 517
2-Oxy-6-methyl-9-ethylpurine-
8-thioglycollic acid:
(Jouns and BAuMANN)
1913, 15, 520
2-Oxy-8-methylmercapto-
purine:
(JOHNS) 1915, 21, 322
2-Oxy-4-methyl-6-methyl-
aminopyrimidine:
(JOHNS)
1912, 11, 395
2-Oxy-3-methyl-6-methyl-
phenylaminopyrimidine :
(Jonnson and CLAPP)
1908-09, 5, 65
2-Oxy-3-methyl-5-nitro-6-
aminopyrimidine:
(JOHNS) 1912, 11, 75;
1914, 17, 3
2-Oxy-4-methyl-5-nitro-6-
ethylaminopyrimidine:
(JOHNS)
1913, 15, 122
2-Oxy-3-methyl-5-nitro-6-
methylaminopyrimidine :
(JOHNS)
1913, 14, 3;
1914, 17, 4
2-Oxy-4-methyl-5-nitro-6-
methylaminopyrimidine:
(JOHNS)
1912, 11, 396
408
2-Oxy-6-methylphenylamino-
pyrimidine:
(JOHNSON and Crapp)
1908-09, 5, 64
2-Oxy-i-methylpurine:
(JOHNS) 1912, 11, 78
Picrate (JoHns)
1912, 11, 79
2-Oxy-8-methylpurine:
(JOHNS) 1912, 11, 71
Nitrate (Jonns)
TOT UL rie
Picrate (JOHNS)
LOND D872
2-Oxy-9-methylpurine:
(JOHNS)
1911, 9, 166
2-Oxy-6-methyl-8-thio-9-
ethylpurine:
(JoHNs and BauMANN)
1913, 15, 519
6-Oxynaphthoic acid:
Methyl ester (Jacoss and
HEIDELBERGER)
1915, 20, 682
2-Oxy-5-nitrobenzyl chloride:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 20, 671
2-Oxy-5-nitro-6- -ethylamino-
pyrimidine:
(Jonuns and HEnpRrIx)
1914, 19, 28
2-Oxy-5-nitro-6- -methylamino-
pyrimidine:
(JOHNS)
1911, 9, 164
y-Oxypropy]l iodide:
Hexamethylenetetramin-
ium salt (JAcosBs and
H&IDELBERGER)
1915, 21, 466
y- peers, ~p-nitrobenza-
mide:
(JAcoBs and HrrEeLper-
GER) 1915, 21, 422
The Journal of Biological Chemistry
2-Oxypurine:
(JOHNS)
Hydrochloride,
picrate (Jouns)
1912, 11, 70
6-Oxypurine-2,8- -dithioglycol-
lic acid:
(Jonns and Hoaan)
1913, 14, 306
6-Oxypyrimidine:
(WHEELER)
1912, 11, 69
nitrate,
1907, 3, 288
Hydrochloride, picrate
(WHEELER)
1907, 3, 292
Picrolonate (WHEELER)
1907, 3, 297
(WHEELER and ’ JAMIE-
SON)
1908, 4, 114 -
Sulfate (WHEELER)
1907, 3, 294
2-Oxy-8-thiopurine:
(JoHns)
1915, 21, 321
2-Oxy-6,8 ,9-trimethylpurine:
(JoHNs)
1912, 12, 93
Picrate (Jonns)
1912, 12, 94
Oysters:
Gas tar, effect of (Mrrcu-
ELL)
1914, 17, xlii
Glyoxalase of (Dakin and
DupDLEy)
1913, 14, 431
Ozone:
Sphingosine, action on
(LEVENE and Wxst)
1914, 18, 483
oP
Palladium:
Black, electrodes (CuarK
and Luss)
1916, 25, 485
Subjects
Palladium—continued:
Electrolytic determination
of (Krauss)
1916, 24, 321
Palmitic acid:
Ethyl ester, absorption of
(BLoor)
1913-14, 16, 526
Melting point (LEVENE
and Wrst)
1914, 18, 467
Methyl ester, animal
tissues, hydrolysis by
(LonvENHART)
1906-07, 2, 444
Oxidation with hydrogen
peroxide (DAKtN)
1908, 4, 229
Salts, solubility of, in
organic solvents (JA-
cogson and HouMEs)
1916, 25, 29
Palmityl-a-methylcholine
chloride:
(MxEnce)
1912-13, 13, 108
Pancreas:
Acetoacetic acid formation
in liver, effect on (Da-
KIN and DupLEy)
1913-14, 16, 515
Amino-acid content (VAN
Stykp and MryeEr)
1913-14, 16, 200
Antiglyoxalase in (Da-
Kin and DupLey)
1913, 15, 470;
1913-14, 16, 509
Creatine content (JAN-
nny and BLATHERWICK)
1915, 21, 580
Diabetes, prevention and
inhibition (UNDERHILL
and FINE)
1911-12, 10, 271
Digested, absorption from
intestine (Fouin and
DENIS) 1912, 11, 93
409
Pancreas—continued:
Esters, hydrolysis by ex-
tracts of (LOBVENHART)
1906-07, 2, 434
—, —— — —, bile salts,
effect of (LOEVENHART)
1906-07, 2, 447
Extract, glucose, action on
(Levene and Meyer)
1911, 9, 97
—, glycosuria of depan-
creatized dogs, effect on
(Mourttn and KRAMER)
1913, 15, 365
—, maltose, action on (LE-
vEnE and Mrysr)
1911, 9, 106
—, and muscle plasma,
sugar, action on (LE-
vENE and Mrysr)
1911, 9, 97;
1912, 11, 347
—, respiratory metabolism
of depancreatized dogs,
effect on (Muriin and
KRAMER)
1913, 15, 365
—, sodium fluoride, action
of (LomvenHaRT and
PEIRCE)
1906-07, 2, 399
—, — salts, action of
(LonvENHART and
PEIRCE)
1906-07, 2, 408
—, yeast nucleic acid,
action on (JONES)
1912, 12, 32
Glycolysis, effect on, of
removal of (McGuiGAN
and von Huss)
1912, 11, xxxiv
Glyoxalase, inhibition of,
by (Dakin and Dvup-
LEY)
1913, 15, 463
410
Pancreas—continued:
Hyperglycemia by piperi-
dine, relation to (UNDER-
HILL)
1905-06, 1, 117
Lipase of blood and lymph,
relation to (von Hxss)
1911-12, 10, 381
Nucleic acid, thymus and
spleen nucleic acids,
identity of (Jonns)
1908-09, 5, 1
Pentose of (Jacops and
LEVENE)
1909-10, 7, ix
— content, autolysis, ef-
fect of (MrrcuHEt)
1905-06, 1, 503
Pig’s, adenine, action on
(JONES)
1911, 9, 136
—), guanine, action on
(JONRs)
1911, 9, 135
—, guanylic acid, action
on (JONEs)
1911, 9, 135
—, self digestion (Jonus)
1911, 9, 136
Piperidine diabetes, fac-
tor in (UNDERHILL)
1905-06, 1, 118
Plasma, cytidine, action
on (LEVENE and Mrpt-
GRECEANU)
1911, 9, 69
—, guanylic acid, action
on (LEVENE and Mrpt-
GRECEANU)
1911, 9, 68, 397
—, inosin, action on (Ln-
VENE and Mrpiarucr-
ANU) 1911, 9, 67
—, inosinic acid, action on
(Levenrk and Mepr-
GRECRANU)
1911, 9, 68
The Journal of Biological Chemistry
Pancreas—continuwed:
Plasma, pyrimidine nucleo-
tide, action on (LEVENE
and MEpIGRECEANU)
1911, 9, 398
—, thymus nucleic acid,
action on (LEVENE and
MEDIGRECEANU)
1911, 9, 402
—) yeast nucleic acid,
action on (LEVENE and
MerpicRECEANU)
1911, 9, 69, 397
Powder, heat, effect of
(LoEVENHAR?)
1906-07, 2, 451
Secretion, external, metab-
olism in absence of
(BENepIcr and Pratt)
1913, 15, 1
Sugar, effect on, com-
pared with that of
metallic hydroxides
(Woopyarr)
1915, 20, 129
Tyrosine, preparation of,
from (MarsHALL)
1913, 15, 86
Urea content (MARSHALL
and Dayts)
1914, 18, 60
Urocanie acid from di-
gestion of (HunTmr)
1909, 6, xliii
Pancreatectomy:
Blood sugar after (Ep-
STEIN and Bapnr)
1916, 24, 3
— volume changes after
(Epsrpin and Barur)
1916, 24, 2
Chlorides in diabetes after
(LrBEnsoun)
1915, 23, 513
Experimental, — diabetes
after (Epsrrin and
Baur) 1916, 24, 1
Subjects
Pancreatectomy—continued:
Glycogen formation after
(ErstErn and BAEHR)
1916, 24, 18
Glycosuria — and (Ep-
stEIn and BanuHR)
1916, 24, 4
Hyperglycemia and (Kp-
sTEIN and BAEHR)
1916, 24, 1
Serolipase, effect on (VON
Hxss)
1911-12, 10, 387
Sugar, absence of, in urine
after pancreatectomy
during pregnancy (CARL-
son, OrR, and JONES)
1914, 17, 19
Pancreatic:
Digestion, bread
bleached flour
- _ and BassETT)
1909, 6, 82
from
(Lapp
—, gluten
1910-11, 8, 333
—,—, from bleached flour
(Lapp and BaAssErT)
1909, 6, 80
—, starch (Rockwoop)
1910-11, 8, 336
Enzymes, proteins, hydrol-
ysis of (HARDING and
MacLuan)
1916, 24, 503
Juice, cytidine, action on
(LEVENE and Mepi-
G@RECEANU)
1911, 9, 38]
=, diastase: of, critical
hydroxyl ion concen-
tration of (QuUINAN)
1909, 6, 62
—, esters, hydrolysis of,
by, bile salts, effect of
(LoEVENHART and Sou-
DER)
1906-07, 2, 415
(Rockwoop)-
41]
Pancreatic—continued:
Juice, guanylic acid, action
on (LEVENE and MeEpI-
GRECEANU)
1911, 9, 382
—, hexamethylenetetra-
mine, excretion of
(CROWE)
1908, 4, XXXV
—, human (BRADLEY)
1909, 6, 133, xlii
—, inosin, action on (LE-
VENE and MupiGRECE-
ANU) 1911, 9, 380
—, lecithin, effect of, on
action of (LOEVENHART
and SouDER)
1906-07, 2, 418
—, pyrimidine nucleotide,
action on (LEVENE and
MEDIGRECEANU)
1911, 9, 384
—, thymus nucleic acid,
action on (LEVENE and
MrEpIGRECEANU)
1911, 9, 387
—, yeast nucleic acid,
action on (LEVENE and
MEDIGRECEANU)
1911, 9, 385
Pancreatin:
Cottonseed meal extract,
feeding of (WITHERS
and Ray)
1913, 14, 56
Panicularia :
Cyanogen in (ALSBERG
and BLAck)
1915, 21, 604
nervata, hydrocyanic acid
content of leaves (ALS-
BERG and Back)
1916, 25, 136
Papain:
Antiseptics, action of
(Mrnpev and Buoop)
1910-11, 8, 183
412
Papain—continued:
Burley tobaceo, growth of,
effect on (OostHurzEN
and Supp)
1916, 16, 446
Deterioration of (Mrn-
DEL and Buioop)
1910-11, 8, 201
Hydroecyanie acid, action
of (MENpxEL and Boop)
1910-11, 8, 177
Proteolysis by, Ascaris ex-
tract, effect of (Mzun-
DEL and BLoop)
1910-11, 8, 207
Proteolytic activity (MEn-
DEL and Buoop)
1910-11, 8, 177
Stability of solutions of
(Menpret and Bioop)
1910-11, 8, 201
Parabanic acid:
Metabolism (Luwts)
1915, 23, 281
Perfusion through liver
(Lewis)
1915, 23, 284
Paracasein:
Acid salts (Van SLYKE
and Bosworrn)
1913, 14, 211
Ash-free, preparation of
(Van SLYKE and Bos-
WORTH)
1913, 14, 203
Basic calcium salt, prep-
aration and properties
(BoswortH and VAN
SLYKE)
1913, 14, 209
Calcium salt, brine-solu-
ble compound of cheese
(Van SLYKE and Bos-
WORTH)
1913, 14, 235
The Journal of Biological Chemistry
Paracasein—continued:
Casein, preparation from,
by enzymes (Bosworrn)
1914, 19, 397
Molecular weight (VAN
SLYKE and Boswortn)
1913, 14, 227
Molecule, valency of (VAN
SLYKE and Boswortn)
1913, 14, 227
Unsaturated paracasein-
ates, preparation and
properties (VAN SLYKE
and Bosworrn)
1913, 14, 211
Paraffin:
Nitrogen elimination, ef-
fect on (MENDEL and
Lrwis)
1913-14, 16, 27
Paralactic acid:
Muscle, non-striated, iso-
lation from (SATK1)
1908, 4, 485
— of Python reticulatus,
isolation from (Lyman)
1908-09, 5, 125
Paraldehyde:
Cell division, effect on
(LILLIE)
1914, 17, 137
Paramecium:
Alkaloids, toxicity of, for
(Rogpertson)
1905-06, 1, 509
Chemotaxis in electro-
lytes (RopmRTson)
1905-06, 1, 185
non-electrolytes
(Ropurrson)
1905-06, 1, 201
Copper sulfate, killing eon-
centration of (Prrers
and Burrs)
1909, 6, 67
Subjects
Paramecium—continued:
Division rate, carcinoma
extracts, effect of (UN-
DERHILL and Woop-
RUFF)
1913, 15, 401
— —, kidney’ extracts,
normal and_nephritic,
effect of (WooDRUFF
and UNDERHILL)
1913, 15, 388
— —, muscle extracts,
effect of (UNDERHILL
and WoopDRUFF)
1914, 17, 9
— —, sodium tartrate,
effect of (WooDRUFF
and UNDERHILL)
1913, 15, 393
Enzymes of (Perers and
BURRES)
1909, 6, 65
Osmotaxis in (ROBERT-
SON)
1905-06, 1, 194
non-electrolytes
(RoBERTSON) :
1906-06, 1, 201
Paranuclein:
(RoBERTSON and BIDDLE)
1911, 9, 296
(Gay and
Anaphylaxis
ROBERTSON)
1912, 12, 234
Pepsin, synthesis by
(RoBERTSON)
1907, 3, 95;
1908-09, 5, 493
Refractive index (ROBERT-
son)
1910-11, 8, 287
Synthetic, compared with
that obtained from ca-
sein (Gay and RoBERT-
SON)
1912, 12, 233
413
Paranuclein A:
(RoBERTSON)
1907, 3, 95
(Ropertson and BIDDLE)
1911, 9, 297
Pepsin, synthesis — by
(Ropertson and Brp-
DLE) 1911, 9, 298
Refractive index (ROBERT-
SON)
1910-11, 8, 289
Parathyroid:
Acetonitrile poisoning, ef-
fect on (Hunt)
1905-06, 1, 44
Internal secretion (CARL-
son and WOELFEL)
1909-10, 7, xxi
Iodine content (CAMERON)
1913-14, 16, 472;
1914, 18, 370
Tetany, acid, effect of
(Witson, STEARNS, and
JANNEY)
1915, 21, 169
—, parathyreopriva, in-
hibition of, by extracts
of parathyroids (BEEBE)
1907, 3, xxxi
Parathyroidectomy :
Acid-base equilibria after
(WILson, STEARNS, and
THURLOW)
1915, 23, 89
Acid excretion after (W1IL-
SON, STEARNS, and JAN-
NEY) 1915, 23, 123
Alkalosis after (WILSON,
STHARNS, and JANNEY)
1915, 21, 171
(Witson, Stearns, and
THURLOW)
1915, 23, 89
Ammonia excretion after
(Witson, StHaRns, and
JANNEY)
1915, 23, 123
414
Parathyroidectomy—continued:
Histological changes af-
ter (Koc)
1913, 15, 56
Metabolism after (GrEEN-
WALD)
1913, 14, 363
Toxic bases in urine after
(Koc)
1912, 12, 313:
1913, 15, 43
Paratyphoid:
Dextrose broth, action on
(KenpaLL and Far-
MER) —
1912, 12, 467, 470
Urea nitrogen of (Knn-
DALL and WALKER)
1913, 15, 282
Parthenogenesis:
Agents of, oxidation in
sea urchin’s eggs (Mc-
CLENDON and Mircu-
ELL)
1911-12, 10, 459
Reversed artificial, cause
of (WaASTENEYs)
1916, 24, 296
— —, rate of oxidation in
(WASTENEYs)
1916, 24, 281
Pathological change:
Protozoan protoplasm as
indicator of (Woop-
RUFF and UNDERHILL)
1913, 15, 385
(UNDERHILL and Woop-
RUFF) 1913, 15, 401;
1914, 17, 9
Pathology:
Serum, analytical methods
of (Manwarinc)
1905-06, 1, 213
Pea:
Globulin, utilization of
(MrnveL and Fring)
1911-12, 10, 454
The Journal of Biological Chemistry
Pea—continued:
Legumelin, hydrolysis of
(OsBorNE and Heyn)
1908-09, 5, 197
Legumin, hydrolysis of
(OSBORNE and Cxapp)
1907, 3, 219
Nitrogen, water-soluble,
content (Harr and
BENTLEY)
1915, 22, 482
Proteins of (OsBorNE and
Harris)
L907; Sy 2te
Vicilin, hydrolysis of
(OsBoRNE and Hryt)
1908-09, 5, 187
Peanut:
Amino-acid content (NoL-
LAU)
1915, 21, 614
Oil, lignocerie acid from
(LEVENE, Wrst, and
VAN DER SCHHER)
1915, 20, 525
Peat:
Soils, Ohio bog vegeta-
tion, relation to (Dacu-
NOWSKI)
1912, 11, xxxviii
Pecan: :
Amino-acid content (NoL-
LAU)
1915, 21, 614
Pellagra:
Corn rot, relation to
(REED)
1909-10 Neen
Penetration:
Coefficient of (RospErr-
son and Mryaxr)
1916, 25, 359
Speed of, and ionization
(CroztER)
1916, 24, 268
Subjects
Penicillium :
camemberti, alcohols, poly-
atomic, action on (NEI-
DIG)
1913-14, 16, 143
—, autolysis (Dox and
Maynarp)
1912, 12, 230
—, dibasic acids, unsatu-
rated, behavior towards
(Dox)
1910-11, 8, 266
—, intracellular enzymes
of (Dox)
1909, 6, 461
. —, pentosan content (Dox
and Nuipia)
1911, 9, 268
chrysogenum, dibasic
acids, unsaturated, be-
havior towards (Dox)
1910-11, 8, 266
—, pentosan content (Dox
and Nuipic)
1911, 9, 268
expansum, alcohols, poly-
atomic, action on (NEI-
DIG)
1913-14, 16, 143
—, autolysis of (Dox and
MayNarpD) :
1912, 12, 228
acids, un-
action on
—, dibasic
saturated,
(Dox)
1910-11, 8, 266
—, mycodextran, isolation
of (Dox and Nerpte)
1914, 18, 167
—, pentosan content (Dox
and N&IDIG)
1911-12, 10, 268
glaucum, nitrogen fix-
ation by (LreMan)
1911-12, 10, 177
—, tannic acid, fermenta-
tion of (KNUDSON)
1913, 14, 166
415
Penicillium—continued:
oxalicum, oxalic acid pro-
ducing (Currie and
THOM)
1915, 22, 289
pinophilum, enzymes of
(CLark and ScaLEs)
1916, 24, xxxi
roqueforti, alcohols, poly-
atomic, action on (NEI-
DIG)
1913-14, 16, 143
—, cheese, dominance in
(THom and CurRRIE)
1913, 15, 249
—, dibasic acids, unsatu-
rated, behavior towards
(Dox)
1910-11, 8, 266
Pentacosan:
Cerebronic acid, prepara-
tion from (LEVENE and
JACOBS) :
1912, 12, 387
(Levene and Wxst)
1913, 14, 264
Pentadecylic acid:
Dihydrosphingosine, prep-
aration from (LEVENE
and WEsT)
1913-14, 16, 549;
1914, 18, 482
Melting point (LEVENE
and WEsT)
1914, 18, 466
Preparation (LEVENE and
WEsT)
1913-14, 16, 478
Pentosan:
Lower fungi, content of
(Dox and MayNarp)
1911, 9, 267
Nutritive value (SwarvTz)
1909-10, 7, xliv
Pentose:
Algin, isolation from
(HoaGLanp and LIEB)
1915, 23, 292
416
Pentose—continued:
Pancreas content, autol-
ysis, effect of (Mrrcu-
ELL)
1905-06, 1, 503
Pancreatic gland (Jacons
and LEVENE)
1909-10, 7, ix
Phenylosazones, mutaro-
tation of (LevEN® and
La Force)
1915, 20, 429
Urine (Exuiorr and Ra-
PER)
1912, 11, 211
(Levenr and La Forar)
1913, 15, 481;
1914, 18, 321
—, phenylosazone of (Et-
LioTT and RapEr)
1912, 11, 213
(Levenrand La Foren)
1913, 15, 484:
1914, 18, 321
Pentosuria:
(Evuiorr and RapEr)
1912, 11, 211
(LevENE and La Forcr)
1913, 15, 481:
1914, 18, 319
Pepsin:
Bacterial proteins, diges-
tion of (WHEELER)
1909, 6, 515
Bence-Jones protein, di-
gestion of (Taynor and
Miter)
1916, 25, 293
Burley tobacco, growth of,
effect on (OosruurzEn
and Sumpp)
1913-14, 16, 446
Casein hydrolysis prod-
ucts, action on (Rop-
ERTSON and Bippie)
1911, 9, 295
The Journal of Biological Chemistry
Pepsin—continued:
Casein, racemized, hydrol-
ysis of (Dakin and
Dupury)
1913, 15, 273
Caseose, racemized, hy-
drolysis of (Dakin and
Duprey)
1918, 15, 273
Chymosin, identity with
(TAYLOR)
1908-09, 5, 399
Elastin digestion, acids, ef-
fect of (Bere and Gis)
1906-07, 2, 503
Fibrin digestion, acids, ef-
fect of (Bere and Grins)
1906-07; 2, 502
-Hydrochlorie acid diges-
tion of bread (Rocx-
woop)
1910-11, 8, 336
a aaa eluten (hock.
woop)
1910-11, 8, 330
Nitrogen content (ALp-
RICH)
1915, 23, 339
Oocytin, comparison with
(Ropertson)
1912, 12, 166
Pancreatin and, cotton-
seed meal extract, feed-
ing of (WirHERs and
Ray)
1913, 14, 56
Paranuclein, synthesis of
(Ropertson)
1907, 3, 95;
1908-09, 5, 493
Proteins, hydrolysis of
(Bure)
1908, 4, xlv
—, synthesis of (RoBErr-
SON)
1907, 3, 95
Subjects
Pepsin—continued:
Toxin of Proteus, diges-
tion of (Herter and
Tren BroeEck)
1911, 9, 504
Peptase:
Urease equation applied
to (Van Styke and
CULLEN)
1914, 19, 164
Peptides:
Copper complexes (Ko-
BER and SuaruRA)
1912-13, 13, 1
Peptolysis:
Ions and (BERG and GrEs)
1906-07, 2, 489
Peptone:
Absorption and urea for-
mation (Fourn and
DENIS)
1912, 12, 160
Autolysis of liver, effect
on (BRADLEY)
1915, 22, 114
Burley tobacco, growth of,
effect on (OQOSTHUIZEN
and SHEDD)
1913-14, 16, 446
Cabbage erepsin, digestion
by (Bioop)
1910-11, 8, 221
Catalytic action in cer-
tain syntheses (DakIN)
1909-10, 7, 49
Copper complexes (Ko-
BER and SUGIURA)
1912-13, 13, 1
Germination, changes dur-
ing (SuzUKI)
1907, 3, 269
Hypoglycemia (McGut-
GAN and Ross)
1915, 22, 417
Liver enzymes, digestion
by (BRADLEY and Tay-
LOR) 1916, 25, 269
417
Peptone—continued:
Milk, changes in, at low
temperature (PENNING-
TON)
1908, 4, 353
Nature of (HAsKINS)
1908, 4, xix
Nylander’s reagent, effect
on(Reuruss and Hawk)
1909-10, 7, 277
Pancreatic enzymes, hy-
drolysis by (HARDING
and MacL@nan)
1916, 24, 515
Solutions of, potential of
(CLARK)
1915, 23, 484
Sulfuric acid, reaction
with (ERDMANN)
1910-11, 8, 51
Surface tension of urine,
effect on (ALLEN)
1915, 22, 512
Peptonization:
Milk, raw and pasteurized,
chemical evidence of
(ConwELL and SHER-
MAN)
1908-09, 5, 247
Perca globulin:
(Four and DENIS)
1915, 21, 193
Perfusion: ,
Acid through
(ABEL)
muscle
1907, 3, vill
Ammonium carbonate
through liver (FISKE
and KARSNER)
1913-14, 16, 399
Apparatus (HATCHER and
WOLF)
1907, 3, 28
(FiskE and KARSNER)
1913-14, 16, 416
418
Perfusion—continued:
Arginine through muscle
(BAUMANN and Mar-
KER)
1915, 22, 49
Benzylglyoxal through
liver (Dakin and Dup-
LEY)
1911, 18, 44
Bottles (Fiske and Kars-
NER)
1913-14, 16, 416
Glyeocoll through liver
(FIskE and Karsner)
1913-14, 16, 399
Glyoxal (Dakin and Dup-
LEY)
1915-14, 16, 510;
1914, 18, 50
Histidine through liver
(Daxry and Dupiery)
1911-12, 10, 499
Isobutylglyoxal through
liver (Dakin and Dup-
LEY)
1914, 18, 39
Kidney, fat formation in,
during (UNDERHILL and
HENDRIX)
1915, 22, 471
Methylglyoxal (Dakin
and Dupury)
1913, 15, 140:
1914, 18, 50
Methylureidoacetie acid
through muscle (Bav-
MANN and Marxpr)
1915, 22, 49
Parabanie acid through
liver (Lewis)
1915, 23, 284
Phenylglyoxal through liy-
er (Dakrn and Duprey)
1913, 15, 141:
1914, 18, 47
The Journal of Biological Chemistry
Perfusion—continued:
Phenylglyoxylic acid
through liver (Dakin
and DupLry)
1914, 18, 47
Saccharose through mus-
cle (Harcuer and
Wotr) USO, 215%
Sugar, disappearance of,
from solutions perfused
through the heart (Un-
DERHILL and Princr)
° 1914, 17, 299
Periodical cicada:
Chromogen of (GorTNER)
1911-12, 10, 93
Pigmentation of (Gorrt-
NER)
1911-12, 10, 89
Peritoneal cavity:
Absorption from (FLEISH-
ER and Lous)
1909-10, 7, xix
Permeability:
(McCuiEenpon and Mrrcr-
ELL)
1911-12, 10, 471
Acids, effect of (OsTER-
HOUT) ;
1914, 19, 493
Alkalies, effect of (OstmR-
HOUT)
1914, 19, 335
Balanced and non-bal-
anced solutions, effect of
(Lors and WasTEneys)
1915, 21, 229
Calcium in (Lors)
1915, 23, 423
Cells, superficial layers of,
relation to (RoBERT-
SON)
1908, 4, 1
Induction shocks, pro-
duction, by (McCuirn-
DON)
1915, 21, 278
Subjects
Permeability—continued:
Protoplasm, electrolytes,
role of (CLOWES)
1916, 24, xiv
Secretion, rdle in (Ma-
CALLUM)
1905-06, 1, 343
Toxicity, relation to (LOEB
and WASTENEYS)
1915, 21, 231
Pernicious vomiting:
Pregnancy, lactic acid in
urine of (UNDERHILL)
1906-07, 2, 485
Peroxidase:
Milk, reaction of (KASTLE
and PorcH)
1908, 4, 301, xxxix
Oocytin, comparison with
(ROBERTSON)
1912, 12, 169
Paramecia (PETERS and
BuURRES)
1909, 6, 66
Reagent, phenols as (Kas-
TLE and PorcH)
1908, 4, 305
Perspiration:
Boric acid excretion in
(WILEY)
1907, 3, 15
Petroleum ether:
Extraction, use for (Mar-
SHALL)
1907, 3, xx
Phaseolin:
Adzuki bean, heat of com-
bustion (BENEDICT and
OSBORNE)
1907, 3, 129
Feeding experiments with
(OsBorNEand MENDEL)
1914, 18, 14
Kidney bean, heat of com-
bustion (BenEpicr and
OSBORNE)
1907, 3, 129
419
Phaseolin—continued:
Serum, normal and sensi-
tized, digestion by (HUL-
TON)
1916, 25, 168, 228
Utilization (MENDEL and
FINE)
1911-12, 10, 454
Phaseolus:
aconitifolius, urease, ab-
sence of (MATHER and
MARSHALL)
1916, 24, xxx
angularis, urease, ab-
sence of (MaTEER and
MARSHALL)
1916, 24, xxx
urease content
and Mar-
aureus,
(MaATEER
SHALL)
1916, 24, xxx;
1916, 25, 299
calcaratus, urease, ab-
sence of (Marner and
MARSHALL)
1916, 24, xxx
mungo, urease, absence of
(MarrEer and Mar-
SHALL)
1916, 24, xxx
Phenaceturic acid:
Phenyl] derivatives of fatty
acids, formation from,
in body (DakIN)
1908-09, 5, 180
Urine, determination in
(STERNBOCK)
1912, 11, 201
p-Phenetyl bromoethyl ketone:
Hexamethylenetetramin-
ium salt (JAcops and
HEmELBERGER)
1915, 21, 463
Phenol:
Alcohol, antagonism to
(TayYLor)
1908-09, 5, 319
420
Phenol—continued:
Alimentary canal, ab-
sorption from (Hanz-
LIK and SOLLMANN)
1909, 6, xxxvii
Benzene, production from
(Foun and Dents)
1915, 22, 314
Color reaction with phos-
photungstie acid (Fo-
Lin and Macatium)
1912, 11, 265
— reagent (Fouin and
DeEniIs)
1912, 12, 240
Determination of (Mor-
RIS) 19L65-25, 205
——, in urine (Fouin and
Dents)
1915, 22, 305
Feces, occurrence in, in
advanced anemia (HER-
TER)
Formation in organism
(Dakin and Herrer)
1907, 3, 419
Free and conjugated, ex-
cretion of (Fourn and
Denis)
1915, 22, 309
Glutin, precipitation of
(HANZLIK)
1915, 20, 16
Limburger cheese, occur-
rence in (NELSON)
1916, 24, 534
Peroxidase reagent (Kas-
TLE and Porcn)
1908, 4, 305
Serum, precipitation of
(HANzLIK)
1915, 20, 16
Phenol reagent:
Hydantoin derivatives, re-
action with (Lewis and
NICOLET)
1913-14, 16, 369
1906-07, 2, 2 |
The Journal of Biological Chemistry
Phenol reagent—continued:
Purine derivatives, re-
action with (Lrwis and
NIcOLEr)
1913-14, 16, 369
Pyrimidine derivatives, re-
action with (Lmwis and
NICOLLET)
1913-14, 16, 369
Phenolic acids:
Benzoie acid and deriva-
tives, production from,
upon oxidation (Da-
KIN and Herrmr)
1907, 3, 419
Phenolphthalein:
Albuminuria following in-
gestion of (Hypricxk)
1914, 17, xxxvi
Oxidases, reagent for
(KASTLE)
1907, 3, xii
Peroxidase reaction of
milk towards (KastTLE
and Porcn)
1908, 4, 302
Uric acid, endogenous, ex-
eretion, effect on (MEn-
DEL and STEHLE)
1915, 22, 227
Phenolsulfonephthalein:
Tartrate nephritis, excre-
tion in (UNDERHILL and
BLATHERWICK)
1914, 19, 39
Phenoxyethyl bromide:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 440
Phenylacetaldehyde:
Catabolism (Daxkrn)
1909, 6, 242
Phenylacetic acid:
Catabolism (Daxki)
1908, 4, 424
Subjects
Phenyiacetone:
Fate in animal organism
(DaKkIN)
1908-09, 5, 183
Phenylacetyl-y-homocholine
chloride:
(MaznceE)
1912-13, 13, 104
Phenylacetyl-a-methylcholine
chloride:
(MENGE)
1912-13, 13, 100
Phenylacetyl-s-methylcholine
chloride:
(MENGE)
1912-13, 13, 102
Phenylalanine:
Acetoacetic acid from
(Dax)
1913, 14, 329
Albumin poison, presence
in (WHEELER)
1909, 6, 549
Aspartic acid, separation
from (LEVENE and VAN
SLYKE)
1O1P 125 138
Casein content (OSBORNE
and GuEST)
1911, 9, 340
Catabolism (DaKIN)
1909, 6, 240
(WAKEMAN and DaAKIN)
1911, 9, 139
Colon poison, presence in
(WHEELER)
1909, 6, 549
Fibrin heteroalbumose
content (LEVENE, VAN
SiyKkE, and BrrcHarD)
1910-11, 8, 277
= protoalbumose content
(LEVENE, VAN SLYKE,
and BrrcHaRD)
1911-12, 10, 63
Invertase content (MaTH-
pws and GLENN)
1911, 9, 46
42]
Phenylalanine—contin ued:
Legumelin content
BORNE and Heyu)
1908-09, 5, 198
content. (Os-
and CLAPP)
1907, 3, 225
Metabolism (Dak1Nn)
1913, 14, 329
l-Phenyllactic acid, con-
version into (DaKIN and
DUDLEY)
(Os-
Legumin
BORNE
1914, 18, 46
g-Phenyl-a-uramidopropi-
onic acid, preparation
from (DAKIn and Dup-
LEY) 1914, 17, 35
Picrolonate (LEVENE and
VAN SLYKE)
1912, 12, 135
Placenta content (KOEL-
KER and SLEMONS)
1911, 9, 485
Protoalbumose content
(LEVENE)
1905-06, 1, 51
Synthesis (JOHNSON and
O’ BrRIEN)
1912, 12, 205
Tuberculosis poison, pres-
ence in (WHEELER)
1909, 6, 549
Typhoid poison, presence
in (WHEELER)
1909, 6, 549
Vicilin content (OSBORNE
and Hnyu)
1908-09, 5, 188
Vitellin content (LEVENE
and ALSBERG)
1906-07, 2, 130
Wheat gliadin content (Os-
BORNE and GUEST)
1911, 9, 426
dil-Phenylalanine:
Picrolonate (LEVENE
VAN SLYKE)
1912, 12, 136
and
422
Phenyl-6-alanine:
Catabolism (Dakin)
1909, 6, 241;
1910-11, 8, 35
1-Phenyl-4-p-aminobenzylhy-
dantoin:
(JoHNSON and Bravr-
LECHT)
1912, 12, 184
Hydrochloride, —_ hydrio-
dide, nitrate, and sul-
fate (JoHNSOoN and
BRAUTLECHT)
1912, 12, 185
a-Phenyl-a-benzoyloxy-$-ben-
zoylaminopropane:
(JAcoBs and HemE.smr-
GER)
1915, 21, 436
1-Pheryl-4-benzyl-2-thiohy-
dartoin:
(BRAUTLECHT)
1911-12, 10, 144
Pheny! bromoacetate:
Hexamethylenetetramin-
ium salt (Jacosps and
HRIDELBERGER)
1915, 21, 469
Phenyl-a-bromo--chloropro-
pionylglycocoll:
(Daxktn)
1908-09, 5, 308
Phenyl-a-bromo-6-hydroxy-
propionylglycocoll:
(Daxtn)
1908-09, By, OA
Phenylbutyric acid:
Fate in organism (Dakin)
1908-09, 5, 180
Preparation (Daxin)
1908-09, 5, 179
Phenyl-«,3-dibromopropionyl-
glycocoll:
(Dakin)
1908-09, 5, 307
The Journal of Biological Chemistry
Phenyldihydrouracil: :
Formation after feeding
phenyl-6-alanine (Da-
KIN)
1910-11, 8, 37
Synthesis (Dakin) ~
1910-11, 8, 38
Phenyl-6,y-dihydroxybutyric
acid:
Fate in animal organism
(Dakin)
1908-09, 5, 183
p-Phenylenediamine:
Peroxidase reaction of
milk towards (Kasrir
and Porcn)
1908, 4, 303
Phenylethyl iodide:
(JAcoBs and HemE.eer-
GER)
1915, 21, 466
Hexamethylenetetramin-
ium salt (JAcosps and
HEIDELBERGER)
1915, 21, 467
1-Phenyl-2-ethylmercapto-4-
p-nitrobenzalhydantoin:
(JOHNSON and Bravr-
LECHT)
1912, 12, 183?
1-Phenyl-4-ethyl-2-thiohydan-
toin: :
(BRAUTLECHT)
1911-12, 10, 143
Phenylglyceric acid:
Catabolism (Daxin)
1909, 6, 242
Phenylglyoxal:
d-a-Aminophenylacetic
acid formation from, in
liver (Daxrn and Dup-
LEY)
1914, 18, 47
Benzoylearbinol — forma-
tion from, by ferment-
ing yeast (Daxin)
1914, 18, 91
Subjects
Phenylglyoxal—continued:
Dinitrophenylhydrazone
(Dakin and DuDLEY)
1913, 15, 138
Fate in animal body (Da-
Kin and DuDLEY)
1913, 14, 155
Glyoxalase, action of (Da-
KIN and DuDLEY)
1913, 14, 155, 427
l-Mandelic acid from, by
action of yeast (DAKIN)
1914, 18, 92
— —, preparation of, from
(Dakin and DupLEyY)
1913, 15, 138
Perfusion through liver
(Dakin and DUDLEY)
1913, 15, 141;
1914, 18, 47
Tissues, action of (DAKIN
and DuDLEY)
1913, 14, 155
Phenylglyoxylic acid:
d-a-Aminophenylacetic
acid, formation of, from,
in liver (Dakin and
DUDLEY)
1914, 18, 47
Mandelie acid, prepara-
tion of, from (DAKIN
and DupLEY)
1913, 15, 138
p-Nitrophenylhydrazone
(Dakin and DUDLEY)
1913, 15, 139
Perfusion through liver
(Daxin and DupLEy)
1914, 18, 47
Phenylglyoxal formation
from, in liver (DaKIN
and DuDLEY)
1913, 15, 141
Phenylhydantoin:
(Dakin and DuDLEY)
1914, 18, 49
423
Phenylhydrazine:
Blood sugar content, ef-
fect on (UNDERHILL)
1914, 17, 297
1-Phenyl-4-p-hydroxybenzyl-
2-thiohydantoin :
(BRAUTLECHT)
1911-12, 10, 144°
Phenyl-8-hydroxybutyric acid:
Fate in organism (DAKIN)
1908-09, 5, 182
Synthesis (Dak)
1908-09, 5, 181
g-Phenyl-8-hydroxybutyric
acid:
Catabolism (Dax)
1908, 4, 428
Oxidation with hydrogen
peroxide (Dak)
1908, 4, 422
Tests for (DAKIN)
1908, 4,.427
Phenyl--hydroxypropionic
acid:
Catabolism of (DAKIN)
1909, 6, 212
Phenylvaleric acid, for-
mation from, in body
(Dakin) 1909, 6, 229
Test for (DaKIN)
1909, 6, 210
Toxicity of (DaK1n)
1908-09, 5, 416
|-Phenyl-8-hydroxypropionic
acid:
Excretion of, after admin-
istration of benzoylacet-
ic acid (DAKIN)
1911, 9, 126
Phenyl-s-hydroxypropionyl-
glycocoll:
Catabolism (Daxkry)
1909, 6, 215
Synthesis (DAKIN)
1908-09, 5, 308
Toxicity of (DAKIN)
1908-09, 5, 417
424
Phenyl-$-hydroxyvaleric acid:
Catabolism (Dakin)
1909, 6,
Catabolism (Daxrn)
1909, 6,
Phenylisocrotonic acid:
Catabolism (Daxry)
1908-09, 5, 183
1-Phenyl-4-isopropyl-2-thiohy-
dantoin:
(BRAUTLECHT)
1911-12, 10, 144
d-Phenyllactic acid:
Benzoylelyoxal, forma-
tion from, by glyoxalase
(Dakin and Dupiry)
1914, 18, 45
l-Phenyllactic acid:
l-Phenylalanine, prepara-
tion from (Dakin and
Duprey)
232
1914, 18, 46
1-Phenyl-4-p-nitrobenzalhy-
dantoin:
(JOHNSON
LECHT)
and Braut-
1912, 12, 184
a-Phenyl-a-oxy-8-chloroace-
tylaminoethane:
(JAcoss and Hemrnpur-
GER)
LOND 214i
Hexamethylenetetramin-
ium salt (Jacoss and
HEIDELBERGER)
1915, 21, 432
$-Phenyl-6-oxy-a-chloroace-
tylaminopropane:
(JACOBS and HEmpELprr-
GER)
1915, 21, 436
Hexamethylenetetramin-
ium salt (Jacosps and
H&IDELBERGER)
1915, 21, 436
229 |}
Phenyl-y-hydroxyvaleric acid: |
The Journal of Biological Chemistry
Phenyl-a,é-pentenic acid:
Catabolism (Dax)
1909, 6, 230
Phenyl-,y-pentenic acid:
Catabolism (Dakin)
1909, 6, 231
Phenylpropionic acid:
Catabolism (Dax)
1909, 6, 203;
1911, 9, 125
Toxicity of (Daxrm)
1908-09, 5, 415
6-Phenylpropionic acid:
Catabolism of (Daxtn)
1908, 4, 419
Oxidation with hydrogen
peroxide (Dakin)
1908, 4, 422
Phenylpropionylglycocoll:
Catabolism (Dax)
1908, 4, 424;
1909, 6, 214
Synthesis (Daxm)
1908, 4, 431
Toxicity (Dakin)
1908-09, 5, 415
Phenylserine:
Catabolism (Daxr)
1909, 6, 242
1-Phenyl-2-thiohydantoin:
(BRAUTLECHT)
1911-12, 10, 143
1-Phenyl-2-thiohydantoin-4-
acetamide:
(BRAUTLECHT)
1911-12, 10, 145
1-Phenyl-2-thiohydantoin-4-
acetic acid:
(BRAUTLECHT)
1910-11, 10, 146
1-Phenyl-2-thio-4-p-nitroben-
zalhydantoin:
(JOHNSON
LECHT)
and Bravur-
1912, 12, 182
Subjects
d-g-Phenyl-o-uramidopropion-
ic acid:
(Dakin and DuDLEY)
1914, 17, 34
]-8-Phenyl-a-uramidopropion-
ic acid:
(Dakin and DUDLEY)
1914, 17, 33
Strychnine salt (DAKIN
and DupDLEY)
1914, 17, 33
Phenyl-$-uramidopropionic
acid:
Formation after feeding
phenyl-6-alanine = (Da-
KIN)
1910-11, 8, 37
Synthesis (DAKIN)
1910-11, 8, 38
Phenylurea:
Gell division,
(LILuiz)
effect on
1914, 17, 136
Phenylureidocephalin:
(LEVENE and Wrst)
1916, 25, 518
Phenylureidotetrahydroceph-
alin:
(Levene and Wrst)
1916, 25, 519
Phenylurethane:
Cell division,
(LILLIe)
effect on
1914, 17, 131
Phenylvaleric acid:
Catabolism (DaKIN)
1909, 6, 221
Phlorhizin:
Blood ammonia content,
effect of liver poisoned
with, on (Fiske and
KKARSNER)
1914, 18, 381
Creatine excretion, effect
on (Mrnpet and Rose)
1911-12, 10, 242
425
Phlorhizin—continued:
Diabetes. See Diabetes.
Eck’s fistula in dog, effect
on (SwHrt and RINGER)
1913, 14, 135
Glycocholia (WoopyAtT)
1909-10, 7, 133
Glycogen formation in liv-
er, effect on (EPSTEIN
and BAEHR)
1916, 24, 17
Glycosuria. See Glyco-
suria.
Hexone bases of liver, ef-
fect on (WAKEMAN)
1908, 4, 127
Splenectomized dog, effect
on (Austin and RING-
ER) 1913, 14, 139
Phlorhizination :
Acetoacetic acid, action on
(MaRrRI0T?)
1914, 18, 258
Carbohydrate, utilizable,
use of phlorhizination to
determine (Sansum and
WoopyYatt)
1916, 24, 23
Creatine excretion, effect
on (BENEDICT and Os-
TERBERG)
1914, 18, 195
Hydroxybutyric acid, ac-
tion on (MARRIOTT)
1914, 18, 259
Metabolism, effect on
(Lusk)
1915, 20, 601
Repeated, glucose excre-
tion, effect on (CSONKA)
1915, 20, 541
Phoradendron:
californicum, p-hydroxy-
phenylethylamine, 0¢-
currence in (CRAWFORD
and WATANABE)
1916, 24, 171
426
Phoradendron—continued:
flavescens, p-hydroxyphen-
ylethylamine, oceur-
rence in (CRAWFORD and
WATANABE )
1916, 24, 171
villosum, p-bydroxyphen-
ylethylamine, oceur-
rence in (CRAWFORD
and WATANABE)
1916, 24, 170
Phosphate:
Buffer mixture, potentials
of (CLARK and Luss)
1916, 25, 479
Calcium, determination in
presence of (McCrup-
DEN)
1909-10, 7, 83;
1911-12, 10, 187
Inorganic, blood serum,
determination in (How-
LAND, HamsSLER, and
MarriotTr)
1916, 24, xix
Insect development, rdle
in (Lons)
1915, 23, 482
Insoluble, effect of soluble
salts on (GREAVES)
1909-10, 7, 287
Magnesium, determina-
tion of, in presence of
(McCruppEn)
1909-10, 7, 83
Milk, condition in (Bos-
wortH and VAN SLYKE)
1916, 24, 188
Soil and (GREAVEs)
1909-10, 7, 309
Urease, effect on (VAN
SLYKE and ZAcHARIAS)
1914, 19, 185
(VAN SLYKE and CuL-
LEN)
1914, 19, 225
The Journal of Biological Chemistry
Phosphatide:
Blood, determination in
(BLoor)
1915, 22, 137;
1916, 24, 450
Brain, growth, effect of,
on (Kocu and Kocu)
1913, 15, 428
Groups of, determination
of (FostER)
1915, 20, 403
Milk (OsBornnand WAKE-
MAN)
1915, 21, 539
Nutrition and (MacAr-
THUR and LucKETT)
1915, 20, 173
Starfish eggs (MatHEws)
1913, 14, 466
Tissue content, growth,
changes during (Ros-
ERTSON)
1916, 24, 379
See also Cephalin, Leci-
thin, Lipoids, Sphingo-
myelin.
Phospholipins:
See Phosphatides.
Phospholipoids:
See Phosphatides.
Phosphoric acid:
Ammonium magnesium
phosphate as form to
weigh (JonES)
1916, 25, 87
HKggs, distribution in (CHaA-
PIN and Powick)
1915, 20, 112
Inorganic, determination
of (CHAPIN’ and Pow-
ICK)
1915, 20, 97
Inosite, esters of (ANDER-
SON) —~
1912, 11, 471
Subjects
Phosphoric acid—continued:
Liver autolysis, effect on
(BRADLEY and TAYLOR)
1916, 25, 263
Organic, of cottonseed
meal (ANDERSON)
1912-13, 13, 311;
1914, 17, 141
—, of wheat bran (ANDER-
SON)
1912, 12, 447;
1914,18, 425, 441;
1915, 20, 463, 483
Purine, determination of
(JONES)
1916, 24, vii
Phosphorus:
Acid-soluble of feeding ma-
terials (Harr and Tor-
TINGHAM)
1909, 6, 431
——serum, determina-
tion of (GREENWALD)
1915, 21, 29;
1916, 25, 431
Aspergillus niger, assimi-
lation by (Dox)
1911-12, 10, 77
Bacillus coli communis con-
tent (LEACH)
1905-06, 1, 476
Beef animals, content of
(Francis and TRow-
BRIDGE)
1909-10, 7, 481;
1910-11, 8, 81
Biological material, de-
termination in (TAYLOR
and MiLLER)
1914, 18, 215;
1915, 21, 255
Blood ammonia content,
liver poisoned with
phosphorus, _ effect of
(FIskE and KARSNER)
1914, 18, 384
427
Phosphorus—continued:
Blood content of normal
animals (GREENWALD)
1913, 14, 369
— — after parathyroidee-
tomy (GREENWALD)
1913, 14, 369
Brain, distribution in
(Kocn and Koc)
1913, 15, 437
Butter fat, absence in (Os-
BORNE and WAKEMAN)
1915, 21, 91
Casein content (Bos-
WORTH and VAN SLYKE)
1914, 19, 67
Cutaneous excretion of
(TAYLOR)
1911, 9, 21
Determination of (Koc#
and Woops)
1905-06, 1, 208
(Kocw)
1907, 3, 159
(GitL, PETERSON, and
GRINDLEY)
1909, 6, xii
(Francis and TRow-
BRIDGE)
1909-10, 7, 486
(TayLor and MILLER)
1914, 18, 215;
1915, 21, 255
(CHaprn and Powick)
1915, 20, 99
(GREENWALD)
1915, 21, 29;
1916, 25, 431
(JONES)
1916, 24, vii
(GERMANN)
1916, 25, 192
—, colorimetric (TAYLOR
and MILLER)
1914, 18, 220
428
Phosphorus—continued:
Determination, colorimet-
ric, indirect (Gipson and
EstEs)
1909, 349, xxv
Eggs, cnet ee in (CHA-
PIN and Powrck)
1915, 20, 112
Exeretion in monkey
(BAUMANN and Oviatt)
1915, 22, 44
—, parathy roidectomy,
effect of (GREENWALD)
1913, 14, 365
—,) potassium cy anide., ef-
fect of (RicHARDS and
WALLACE)
1908, 4, 189
Extractive, Aspergillus ni-
ger content (Kocr and
REED)
1907, 3, 49
—, determination of
(Kocn)
1907, 35 159
Feces, determination in
(Gri, PRTERSON, and
Grinvury)
1909, 6, xii
(TAYLOR and Miter)
1914, 18, 220
Flat turnip content (Harr-
WELL and Quantz)
1909-10, 7, xxxviii
Food content (SHERMAN
and GrrrLer)
NEPA abi, Bey
—, determination in (Ca
PETERSON, and Grinp-
LEY) 1909, 6, xii
Goiter, metabolism in
(HALVERSON, BERGEIM,
and Hawk)
1916, 24, xxii
Growth in fungi, rel: ation
to (RuEp)
1909, 6, xxiii
The Journal of Biological Chemistry .
Phosphorus—continued:
Hippuric acid formation,
effect on (Ersrrry and
Booxman)
IGT 213 shee
Inorganic, milk content
(BosworrH and Van
SLYKE)
1916, 24, 180
—, plant substances, de-
termination in (Couut-
SON)
1912, 12, 65
—, separation from or-
ganic (CHAPIN and Pow-
ICK)
1915, 20, 99
—, souring of milk, effect
on (VAN SLYKE and
Boswortn)
1916, 24, 199
Inosite, effect of, on bal-
ance ‘of (ANDERSON and
Boswortn)
1916, 25, 403
Lipoid, serum, determina.
tion in (Greenwatp)
1915, 21, 29
Meat, determination. in
(GRINDLEY and Ross)
1910-11, 8, 483
Metabolism (LuCtme
and Cook)
1906-07, 2, 203
— in acromegaly (Mupr-
GRECEANU and Kris-
TELLER)
LOM TESS eth
—, barium bromide, effect
of (BERG and WeLKER)
1905-06, 1, 390
— in calf (SrEENROcK,
Newson, and Harr)
1914, 19, 414
— in man: (SHERMAN)
1908, 4, xli
Phosphorus—contin ued:
Subjects
Metabolism, radium bro-
mide, effect of (BERG
and WELKER)
1905-06, 1, 403
Milk content (VAN SLYKE
and BoswortH)
1915, 20, 142
Organic, nitrogen metab-
olism, effect on (Ln-
Cuimrc and Coox)
1906-07, 2, 203
—, separation from inor-
ganic (CHAPIN and Pow-
ICK)
1915, 20, 99
Pituitary body, content of
(FENGER)
1915, 21, 285
Plant, content of inorgan-
ic (COLLISON)
1912, 12, 70
Protagon content (GiEs)
1907, 3, 339
Protein, Aspergillus niger
content (KocH and
REED)
1907, 3, 49
—, determination in
(Kocr)
1907, 3, 159
Serum, nephritic, content
of (GREENWALD)
1915, 21, 35
Spleen content (CorPER)
1912, 11, 30
Thymus nucleic acid, par-
tition in (GERMANN)
1916, 25, 189
Thyroid gland, fetal, con-
tent of (FENGER)
1913, 14, 397
——, metabolism of phos-
phorus in, pregnancy
and castration, effect of
(FENGER)
1914, 17, 23 |
429
Phosphorus—continued:
Urine, determination in
(Gitt, Prrerson, and
JRINDLEY)
1909, 6, xil
(Taytor and MILLER)
1914, 18, 216
Phosphorus pentoxide:
Determination of (GIBSON
and EstTEs)
1909, 6, xxv
Phosphotungstic acid:
Color reaction with uric
acid and phenols (FoLIN
and MacaLLuM)
1912, 11, 265
Removal from aqueous so-
lutions (JACOBS)
1912, 12, 429
Urine analysis, clarifying
agent in (May)
LOT Ties
Phosphotungstic-phosphomo-
lybdic compounds:
Color reagents (Foun and
DENIS)
1912, 12, 239
Photochemistry :
Quartz mercury
lamp (Boviz)
1915, 20, 315
vapor
Phrenosin:
(PosNEr and Gigs)
1905-06, 1, 71
Cerebron, identity with
(Gres)
1906-07, 2, 159
See also Cerebrin and
Kerasin.
Phrenosinic acid:
(Posner and Gress)
1905-06, 1, 73
See also Cerebronic acid.
Phthalate buffer mixtures:
Hydrogen electrode po-
tentials of (CLARK and
LuBs) 1916, 25, 479
430
Phthalic acid:
Acid potassium salt as
standard for hydrogen
ion concentration
(CLARK and Luss)
1916, 25, 506
Titration curves (CLARK
and Luss)
1916, 25, 507
Phylum:
Iodine content of (Cam-
ERON)
1914, 18, 356;
OTS 23506
Physicochemical methods:
Autolysis, study of (WELLS
and BENson)
190735005
(BENSON and WELLs)
1910-11, 8, 61
(CHIARI)
1911, 9, 61
Physics:
Secretion and excretion
(Macauium)
1914, 17, viii
Physiological chemistry:
Comparative, studies in
(Jonus and bE ANGULO)
1909, 6, xlv
Physiology:
Reproduction in the do-
mestic fowl (PEARL and
SURFACE)
1914, 19, 263;
1915, 21, 95
(PEARL)
1916, 24, 123
Physostigmine:
Toxicity, electrolytes, ef-
fect of (RoBERTSON)
1905-06, 1, 525
Phytase:
Ammonia, action of (An-
DERSON)
1915, 20, 490 |
The Journal of Biological Chemistry
Phytase—continued:
Animal tissues, presence
in (McCotitum and
Hart)
1908, 4, 497
Heat, action of (ANDER-
SON)
1915, 20, 490
Hydrochloric acid, action
of (ANDERSON)
1915, 20, 490
Lower fungi, presence in
(Dox and GoLpEN)
1911-12, 10, 183
Phosphoric acid, organic,
of wheat bran, hydroly-
sis of (ANDERSON)
1915, 20, 483
Phytin, hydrolysis of (An-
DERSON)
1915, 20, 475
Phytic acid:
(ANDERSON)
1912, 11, 482
Barley, isolation from
(Hart and Torrinc-
HAM) 1909, 6, 437
Calcium magnesium po-
tassium salt (ANDER-
SON)
1912, 12, 103
Composition of (ANDER-
son)
1914, 17, 171
Corn, isolation from
(Hart and Torrine-
HAM) 1909, 6, 432
Decomposition products
(ANDERSON)
1914, 17, 171
Heptasilver salt (ANDER-
SON)
1912, 12, 107
Hexacopper salt (ANDER-
SON)
1912, 12, 105
Subjects
Phytic acid—continued:
Methyl ester (ANDERSON)
1914, 17, 188
Oats, isolation from
(Hart and Torrinc-
HAM) 1909, 6, 435
Octasilver salt (ANDER-
SON)
1912, 12, 106
Pentabarium ammonium
salt (ANDERSON)
1912, 11, 480
Pentabarium salt (ANDER-
SON) 1912, 11, 480
Pentacalecium salt (AN-
DERSON)
1912, 12, 103
Pentamagnesium ammon-
ium salt (ANDERSON)
1912, 11, 481
Pentamagnesium salt (AN-
DERSON)
1912, 12, 104
Tetracaletum salt (AN-
DERSON)
1912, 12, 104
Tetracupric dicalcium
salt (ANDERSON)
1912, 11, 481
Tribarium salt (ANDHR-
son)
1912, 11, 478
Phytin:
(ANDERSON)
1912, 11, 471; |
1912, 12, 97, 447;
1912-13, 13, 311;
1914, 17, 141, 151, 165,171;
1914, 18, 425, 441;
1915, 20, 463,
475, 483, 493
Aspergillus niger, utiliza-
tion by (Dox)
1911-12, 10, 78
Barley, isolation from
(Harr and TorrinG-
HAM) 1909, 6, 438
431
Phytin—conti nued:
Corn, isolation from (HART
and TorriNGHAM)
1909, 6, 434
(ANDERSON)
1914, 17, 165
Cottonseed meal, isola-
tion from (ANDERSON)
1912-13, 13, 311;
1914, 17, 148
Enzyme splitting, in anl-
mal tissues (McCo.-
Lum and Hart)
1908, 4, 497
Heptabarium salt (AN-
DERSON)
1914, 17, 158;
1915, 20, 497
Hydrolysis by phytase
(ANDERSON)
1915, 20, 475
Oats, isolation from
(Hart and Torrinec-
HAM) 1909, 6, 436
(ANDERSON)
1914, 17, 160
Phosphorus, precipit ation,
of, effect on (CoLLIsoN)
1912, 12, 66
Tribarium salt (ANDER-
SON)
1914, 17, 146;
1915, 20, 497
Wheat bran, — isolation
from (ANDERSON)
1915, 20, 493
Phytosterol:
Soil, occurrence in
(SCHREINER and SHoR-
BY)
1911, 9, 9
Picolinecarboxylic acid:
Soils, occurrence in
(ScHREINER and SHOR-
HY)
1907, 3, xxxviil
432
Picramic acid:
Sugar determination, use
in (Lewis and BENE-
DICT)
1915, 20, 69
Picric acid:
Creatine determination,
effect on (EmMMeErr and
GRINDLEY)
1907, 3, 508
—, precipitation of, by
(BAUMANN and _ IncG-
VALDSEN)
1916, 25, 197
Creatinine determination,
effect on (EMMnrT and
GRINDLEY)
1907, 3, 511
Phosphoric acid determi-
nation, use in (CHAPIN
and Powick)
1915, 20, 101
Picrolonates:
Alkaloids
WerIss)
(WARREN and
1907, 3, 327
Amino-acids (LEVENE and
VAN SLYKE)
1912, 12, 127
Determination, by Kjel-
dahl (WHEELER and
JAMIESON)
1908, 4, 113
Guanidines (WHEELER
and JAMIESON)
1908, 4, 111
Picrolonic acid:
Preparation (WARREN and
WEIss)
1907, 3, 328
Solubilities (WARREN and
WeIss)
1907, 3, 329
Pigment:
Body fat of hens (Pat-
MER)
1915, 23, 276
The Journal of Biological Chemistry
Pigment—continued:
Butter fat, preparation
from (PALMER and
EcKkuis)
1914, 17, 192
Colostrum milk fat (Pa.-
MER and HcKLEs)
1914, 17, 199
Digestive tract (PALMER
and EcKuEs)
1914, 17, 240
Feces, excretion in (PAL-
MER and EcKL&s)
1914, 17, 241
Milk fat (PatmMprR and
EcKLEs)
1914, 17, 191
——, human (PALMER and
EcKtgEs)
: 1914, 17, 245
Tenebrio molitor, integu-
ments of larva of
(GORTNER)
1909-10, 7, 3865
Pigmentation:
Periodical cicada (Gorr-
NER) 1911-12, 10, 89
Pilocarpin:
Blood pressure, action on
(MacCatium)
1905-06, 1, 337
Salivary secretion, action
on (MacCatium)
1905-06, 1, 337
Toxicity, electrolytes, ef-
fect of (RoBpERTSON)
1905-06, 1, 520
Uric acid, endogenous, ex-
cretion of, effect on
(M=npDEL and STHHLE)
1915, 22, 227
Piperidine:
Diabetes (UNDERHILL)
1905-06, 1, 115
—, oxygen, effect of (UN-
DERHILL)
1905-06, 1, 126
Subjects
Piperonal:
Hyperglycemia and (UN-
DERHILL)
1905-06, 1, 121
Piperonyl chloride:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 677
Pisum sativum:
Proteins of (OsBoRNE and
Harris)
1907, 3, 213
Pituitary body:
Adult, composition and
physiological activity
(FENGER)
1916, 25, 417
Anterior lobe, tethelin,
preparation of (Ros-
ERTSON)
1916, 24, 409
Chick, growth of, effect
on (WULZEN)
1916, 25, 630
Colloid masses of (FENG-
ER) 1915, 21, 283
Composition (FENGER)
1915, 21, 283;
1916, 25, 417
Egg production, effect on
(CLARK)
1915, 22, 485
— — and growth, effect
on (PEARL)
1916, 24, 123
Fetal, pituitrin content
(McCorp)
1915, 23, 435
Growth, effect on (Ros-
ERTSON)
1916, 24, 385
Human, iodine content
(WELLS)
1909-10, 7, 259
(DENIs)
1911, 9, 363
433
Pituitary body—continued:
Infant, composition and
physiological activity
(FENGER)
1916, 25, 417
Iodine content (CAMER-
on) 1914, 18, 372
Lecithin content (FENG-
ER)
1916, 25, 419
—, growth, effect on
(ROBERTSON)
1916, 25, 656
Ovary, resting, effect on
(PEARL and SURFACE)
1915, 21, 95
Physiological activity
(FENGER)
1915, 21, 283;
1916, 25, 417
Planarian worms, growth
of, effect on (WuLzEN)
1916, 25, 625
Reproduction, effect on
(WULZEN)
1916, 25, 625
Uterine-contracting prin-
ciple (FENGER)
1916, 25, 421
Pituitrin:
Fetal glands, occurrence
in (McCorp)
1915, 23, 435
Placenta:
Ferments, specific proteo-
clastic, formation of, by
introduction of (HuL-
TON)
1916, 25, 227
Human, amino-acid con-
tent of (KomLKER and
SLEMONS)
1911, 9, 471
—, purines and purine
metabolism of (WELLS
and CoRPER)
1909, 6, 469
434
Placenta—continued:
Protein, digestion by nor-
mal and _ sensitized
serum (Hunton)
Substrate for Abderhal-
den reaction, prepara-
tion of (VAN SLYKE,
VINOGRAD-VILLCHUR,
and LosEr)
1915, 23, 382
Uricolytic action of
(WELLS and CorpER)
1909, 6, 332
Planarian worms:
Growth and fission, pitui-
tary body, effect of
(WuuzEn)
1916, 25, 625
Plant:
Carotin, milk fat caro-
tin, relation to (PAL-
MER and EcKuLEs)
1914, 17, 191, 211
223, 237, 245
Cyanogenesis in (VIEHOE-
vER, JOHNS, and ALs-
BERG)
1916, 25, 141
Hydrocyanic acid, recov-
ery of, from (VIEHOR-
VER, JOHNS, and ALs-
BERG)
1916, 25, 146
Iodine content (CammEr-
ON)
1915, 23, 6
Metabolism, toxie sub-
stances of (SCHREINER
and SuLLIVAN)
1908, 4, xxvi
Nutrients, harmful soil
compounds, effect of
(SCHREINER and SKIN-
NER)
1909-10, 7, xxxiii
1916, 25, 228 |
The Journal of Biological Chemistry
Plant—continued:
Sulfate, organic, passage
of, into medium (SHar-
FER)
1914, 17, xliti
Tissue, cyanogenetic, hy-
drocyanie acid, action
~on (ALSBERG and
Buack)
1916, 25, 136
—, hydrocyanic acid, sep-
aration of (ALSBERG and
Back)
1916, 25, 133
—, lodine, distribution of
(CAMERON)
1915, 23, 1
—, phosphorus, inorganic,
determination of (Coz-
LISON) 1912, 12, 65
Toxic compounds, effect
of (SCHREINER)
1911, 9, xiii
Xanthophyll, body pig-
ments, relation to (PAL-
MER and EcKuEs)
1914, 17, 191
—, egg yolk, body fat, and
blood serum of hen, re-
lation to (PALMER)
1915, 23, 261
Plasma:
Blood, amino nitrogen
content (GyGrey and
ZUNZ)
1915, 21, 527
—, carbon dioxide capa-
city (GrrTLER and Ba-
KER)
1916, 25, 219
—, chlorides, determina
tion of (McLean and
Van SLYKE)
1915, 21, 361
—, cholesterol content
(Boor)
1916, 24, 456
Subjects
Plasma—continued:
Blood, fatty acid content
(BLoor)
1916, 24, 456
_) lecithin content
(Boor)
1916, 24, 456
—, nitrogen content
(GreTTLER and BAKER)
1916, 25, 213
Heart muscle, cytidine,
action on (LEVENE and
MeEDIGRECEANU)
1911, 9, 69
— —, guanylie acid, ac-
tion on (LmvEne and
MEpIGRECHANU)
1911, 9, 68
— —, inosin, action on
(LmnvENE and MEDIGRE-
, CEANU)
1911, 9, 67
— —, inosinic acid, action
on (LEvEN® and Mept-
GRECEANU)
1911, 9, 68
— —, yeast nucleic acid,
action on (LEVENE and
MEDIGRECEANU)
1911, 9, 69
Kidney, cytidine, action
on (Luvenn and Mept-
GRECEANU)
1911, 9, 69
—, guanylie acid, action
on (Leven and Meptr-
GRECEANU)
1911, 9, 68
—, inosin, action on (LE-
VENE and MmrpDIGRE-
CBANU)
1911, 9, 68
—, mosinic acid, action on
(LuevENE and MEpIGRE-
CHANU)
1911, 9, 68
435
Plasma—continued:
Kidney, yeast nucleic acid,
action on (LHVENE and
MEDIGRECEANU)
1911, 9, 69
Liver, cytidine, action on
(LeveNnzE and MEDIGRE-
CEANU)
1911, 9, 69
—, guanylie acid, action
on (LEVENE and Mepr-
GRECEANU)
1911, 9, 68
—, inosin, action on (LE-
VENE and MEeEDIGRE-
CEANU)
1911, 9, 68
—, inosinic acid, action
on (LEVENE and MeEptr-
GRECHANU)
1911, 9, 68
—, yeast nucleic acid, ac-
tion on (LEVENE and
MeEDIGRECEANU)
1911, 9, 69
Membranes, frog corpus-
cles, indophenol forma-
tion at (LILurE)
1913, 15, 237
—, plant, protein char-
acter of (OsTERHOUT)
1914, 19, 517
Muscle, glucose, action on
(LEVENE and MrEysr)
1911, 9, 97
—, maltose, action on
(Levene and MeryEr)
1911, 9, 99
— and pancreas extract,
maltose, action on (LE-
VENE and Mnysr)
1911, 9, 106
Pancreas, cytidine, action
on (LEVENE and MeptI-
GRECEANU)
1911, 9, 69
436
Plasma—continued:
Pancreas, guanylic acid,
action on (LEVENE and
MEDIGRECHANU)
1911, 9, 68
—, inosin, action on (Lz-
VENE and MeEpIGRECE-
ANU)
1911, 9, 68
—, inosinie acid, action
on (LEVENE and Mepti-
GRECEANU)
1911, 9, 68
—, yeast nucleic acid,
action on (LEVENE and
MeEpDIGRECEANU)
1911, 9, 69
Platinum :
Cysteine, oxidation of,
effect on (MaTHEWS
and WALKER)
1909, 6, 303
Platinum black:
Hydrolytic action (GROVE
and LoEVENHART)
1909, 6, xxvill
Pneumococcus:
Dextrose broth, action on
(KeNDALL and FARMER)
1912, 12, 219
Quinine, effect on culture
of (Brown)
1912, 11, xxxvi
Pneumonia:
Iron excretion in, in urine
(GoopMAN)
1912, 12, 37
Nitrogen metabolism dur-
ing (LAMBERT and
WoLF) 1907, 3, xix
Sulfur metabolism during
(Lampert and WOLF)
1907, 3, xix
Podophyllin:
Jellyfish center, action on
(MacCaium)
1906-07, 2, 390
The Journal of Biological Chemistry
Poison:
Amanita phalloides (ABEL
and Forp)
1906-07, 2, 273
Casein, Vaughan’s crude
soluble, | physiological
action (UNDERHILL and
HENDRIX)
1915, 22, 465
Resistance to, inanition
and diet, relation of
(Hunt)
1909-10, 7, xxix
Toxicodendrol (AcREE and
SyMB)
1906-07, 2, 558
Zein, Vaughan’s crude
soluble, physiological
action (UNDERHILL and
HENDRIX)
1915, 22, 467
Poisoning :
‘Acetonitrile, thyroid feed-
ing, effect on (Hunt)
1905-06, 1, 33
—, — —, protection by
(BEEBE)
1909, 6, xill
Potassium chloride, re-
covery from, acids and
bases, role in (LOEB
and CATTELL)
1915, 23, 54
Polymerization:
Globulin (TAYLOR)
1905-06, 1, 345
Polyneuritis:
Dietary factors im pro-
duction of (McCoLLUM
and Davis)
1916, 24, 491
Polyorchis:
Vegetable catharties, ac-
tion of, on isolated
center of (MacCALLuM)
1906-07, 2, 385
Subjects
Polypeptides:
Bacteria, action of (KoxL-
KER)
1910-11, 8, 153
Copper salts (Koper)
1911-12, 10, 9
(Koper and Suciura)
1912-13, 13, 7
Enzymes, study of, by
(KKOELKER)
1910-11, 8, 145
Spectrographic study (Ko-
BER) 1915, 22, 433
Tubercle bacillus, utiliza-
tion by (KoELKER and
HAMMER)
1909-10, 7, li
Polysaccharides:
Lichens and fungi, utiliza-
tion of (SATKI)
1906-07, 2, 251
Lower fungi (Dox and
NEIDIG)
1914, 18, 167;
1914, 19, 235
(Dox)
1915, 20, 83
Portal blood:
Ammonia of, origin and
significance (Fortin and
DENIS)
1OL2S UG
Circulation, fat-soluble
dyes, absorption into
(MxnpeEL and DANIELS)
1912-13, 13, 86
Postmortem:
Glycogenolysis (MacLEop)
1909, 6, xl
Potassium:
Calcium, antagonism of,
in growth of rice plant
(Miyake)
1913-14, 16, 259
Cerebrospinal fluid con-
tent (Myprs)
1909, 6, 115
437
Potassium—continued:
Diffusion of, electrolytes,
effect of (Lomsp and
CaTTELL)
1915, 23, 41
Excretion in monkey (Bav-
MANN and OVIATT)
1915, 22, 44
Food content (SHERMAN
and GETTLER)
1912, 11, 327
Insect development, role
in (Lozs)
1915, 23, 432
Magnesium, antagonism
of, in growth of rice
plant (MryaKe)
1913-14, 16, 259
Metabolism in acromegaly
(MepIGRECEANU = and
KRISTELLER)
1911, 9, 116
Tissues, chemical combi-
nations in (Kocu and
Topp)
1911, 9, xv
Urine, dilute, content of
(Macattum and BEn-
SON)
1909, 6, 87
Potassium chloride:
Casein, rate of solution
of, in sodium hydroxide,
effect on (ROBERTSON
and M1yaKkBE)
1916, 25, 355
Eggs, immunization of,
against, by distilled
water (Lonp and Cat-
_ TELL)
1915, 23, 56
Sodium chloride glyco-
suria, inhibiting effect
on (BURNETT)
1908-09, 5, 351
438
Potassium chloride—continued:
Toxie action, anions, ef-
fect of, on (Lons and
CATTELL)
1915, 23, 42
— —, cations, effect of, on
(Lors and CaTTBLL)
. 1915, 23, 52
— —, electrolytes, effect
of, on recovery from
(Lors and CATTELL)
1915, 23, 57
Potassium chromate:
Fish, elasmobran ch,
sistance to (DENIS)
1913-14, 16, 397
Potassium cyanide:
Ammonia excretion, ef-
fect on (RICHARDS and
WALLACE)
Ee=
1908, 4, 187
Burley tobacco, growth of,
effect on (OOSTHUIZEN
and SHEDD)
1913-14, 16, 448
Cell division, effect on
(LILit1B)
1914, 17, 137
Cysteine oxidation, effect
on (MATHEWS and
WALKER) .
1909, 6, 29
Cystine oxidation, effect
on (MatHews and
WALKER)
1909, 6, 290
Nitrogen excretion in
urine, effect on (WEL-
KER)
1908, 4, xxxi
Oxidation of sea urchin’s
eggs, effect on ,(LOEB
and WASTENEYS)
1913, 14, 518
Papain, action on (MEN-
ppL and Bioop)
1910-11, 8, 194
The Journal of Biological Chemistry
Potassium cyanide—continued:
Plant tissues, recovery
from (AtsBERG and
Buack) 1916, 25, 133
Protein metabolism, ef-
fect on (RicHARDS and
WALLACE)
1908, 4, 179
Potassium dihydrogen phos-
phate:
Liver autolysis, effect on
(BRADLEY and TAYLOR) ©
1916, 25, 263
Potassium hydroxide:
Casein, solubility of, in
(ROBERTSON)
1908-09, 5, 151
Sugar, oxidation of, ef-
fect on (MATHEWS)
1909, 6, 4
Potassium iodide:
Tissue enzymes, accelera-
tor of action of (Mors8)
1915, 22, 126
Potassium nitrate:
Barium sulfate precipita-
tion, effect on (Four)
; 1905-06, 1, 145
Potassium oxalate:
Hemocyanin,
(ALSBERG)
1915, 23, 501
Potassium salts:
Barium sulfate precipita-
tion, effect on (Foutn)
1905-06, 1, 141
Relative toxicity (LOEB
and CATTRLL) = -
1915, 23, 59
Sodium salts, antagonism
of, in growth of rice
plant (MryaKs)
1913-14, 16, 251
Potassium sulfocyanide:
Papain, action on (MzEn-
ppL and Bioop)
1910-11, 8, 194
action on
Subjects
Potassium thiocyanate:
Alanine, action on (JOHN-
SON)
1912, 11, 97
Potato:
’ Amino-acid content of
blood, effect on (Gy6r-
Gy and ZuNz)
1915, 21, 521
Juice, oat disease in rab-
bits, effect on (FUNK)
1916, 25, 413
—, polyneuritis, effect on
(McCotium and KEn-
NEDY)
1916, 24, 495
Oxidase activity (BuN-
ZELL) 1916, 24, 106
Sweet, sugars of tubers of
(Miyake)
1915, 21, 503
Potentials:
Diffusion (CLARK and
Luss)
1916, 25, 483
Hydrogen electrode
(CLARK and Luss)
1916, 25, 479
Tonic, of salts and power
of inhibiting lipolysis
(NICHOLL)
1908-09, 5, 453
Precipitation:
Proteins by salts, chemi-
eal mechanics of (RoB-
ERTSON)
1911, 9, 316
Pregnancy:
Iodine metabolism of
thyroid gland, effect of
(FENGER)
1914, 17, 23
Liver fat, effect of (Mor-
TRAM)
1915, 20, xxxi
Nitrogen balance in (Mur-
LIN) 1909-10, 7, x
439
Pregnancy—continued:
Phosphorus metabolism,
thyroid gland, effect of
(FENGER)
1914, 17, 23
Protein metabolism of
(Mouriry and CARPEN-
TER)
1909-10, 7, xlx
Urine, absence of sugar in,
after pancreatectomy
(CarRLsoN, ORR, and
JONES)
1914, 17, 19
— of late (Murti and
BaILpy)
1912, 11, xvil
Uterus, cyclic changes, ef-
fect on (LoErsB)
1913, 14, xxix
Vomiting, pernicious, lac-
tic acid in urine of
(UNDERHILL)
1906-07, 2, 485
Pressor:
Compound in mistletoe
(CRawrorD and Wa-
TANABE)
1914, 19, 303
Pressure:
Albumin, coagulation of,
by (BRIpGMAN)
1914, 19, 511
Proceedings:
American Society of Bio-
logical Chemists,
i, 1906, 1907, 3
ii, 1907, 1908, 4
iit, 1908, 1909, 6
iv, 1909, 1909-10, 7
v, 1910, 1911, 9
vi, 1911, 1912, 11
vii, 1912, 1913, 14
viii, 1913, 1914, 17
ix, 1914, 1915, 20
x, 1915, 1916, 24
440
Procreative functions:
Stunting, effect of (Os-
BORNE and MENDEL)
1915, 23, 449
Proline:
Casein content (VAN
SLYKE) 1911, 9, 205
(OsBoRNE and GUEST)
1911, 9, 340
Determination of, ob-
tained by ester method
(Van SLYKE)
1911, 9, 205
Fate of, in animal body
(DAKIN)
1912-13, 13, 513
Fibrin heteroalbumose
content (LEVENE, VAN
Stykn, and BrrcwarD)
1910-11, 8, 275
— protoalbumose content
(Levene, VAN SLYKE,
and BrrcHARD)
1911-12, 10, 64
Glucose from, in diabetic
animals (DaxK1y)
1912-13, 13, 515
Heteroalbumose content
(LEVENE) ;
1905-06, 1, 56
Legumelin content (Os-
BORNE and Heyu)
1908-09, 5, 198
Legumin content (Os-
BORNE and Cuapp)
1907, 3, 221
Metabolism, intermedi-
ary (RINGER, FRANKEL,
and JONAS)
1913, 14, 539
Perfusion of liver with
(Dakin)
1912-13, 13, 514
content (KOEL-
and S LEMONS)
1911, 9, 484
Placenta
KER
The Journal of Biological Chemistry
Proline—continued:
Protamine content (Tay-
LOR)
1908-09, 5, 392
Protoalbumose content
(LEVENE)
1905-06, 1, 50
Vicilin content (OSBORNE
and Hryu)
1908-09, 5, 188
Vitellin content (LEVENE
and ALSBERG)
1906-07, 2, 130
Wheat gliadin content
(OsBoRNE and GUEST)
1911, 9, 426
Propionic acid:
Cheese content (SuzuxKI,
Hastines, and Hart)
1909-10, 7, 437
Ethyl ester, animal tis-
sues, hydrolysis by
(LOEVENHART)
1906-07, 2, 444
———, pancreatic juice,
hydrolysis by (LOEVEN-
HART and SOUDER) ~
1906-07, 2, 423
Glucose from (RINGER
and FRANKEL)
1914, 18, 81
— — in diabetes mellitus
(GREENWALD)
1913-14, 16, 375
—, quantitative conver-
sion into (RINGER)
1912, 12, 511
Oxidation with hydrogen
peroxide (DaKrN)
1908, 4, 229
Propionyl-a-methylcholine
chloride: *
(MENGE)
1912-13, 13, 105
Subjects
Propyl alcohol:
Cell division, effect on
(Loz and WasTENEYS)
1913, 14, 521
(Linure)
1914, 17, 134
Glutin, precipitation of
(HANZLIK)
1915, 20, 16
Oxidation of sea urchin’s
eggs, effect on rate of
(Lors and WasTENEYs)
11913, 14, 521
Serum, precipitation of
(HANZLIK)
1915, 20, 16
Propyl aldehyde:
Acidosis in diabetic
organism, effect on
(RINGER and FRANKEL)
1913-14, 16, 563
p-Nitrophenylhydrazone
(Dakin) 1908, 4, 236
Sugar formation in dia-
betic organism, effect on
(Ringer and FRANKEL)
1913-14, 16, 563
Protagon:
(GIES) 1907, 3, 339
Fractionation of (POSNER
and GiEs) ~
1905-06, 1, 90
Mixture or chemical com-
pound (POSNER and
Gis)
1905-06, 1, 59
Non-existence (Koc)
1912, 11, xl
Preparation (POSNER and
GiEs)
1905-06, 1, 77
See also Cerebrin, Sphin-
gomyelin.
Protamine:
Composition and
vation (TAYLOR)
1908-09, 5, 389
deri-
441
Protamine—continued:
Dyes, distribution coeffi-
cient of, effect on (RoB-
ERTSON)
1908, 4, 14
Ferments, proteolytic, for-
mation of, by parenteral
introduction of prota-
mine (TAYLor and Hut-
TON) 1915, 22, 59
Hydrolysis by trypsin,
alkali, réle of (RoBERT-
son and ScHMIpT)
1908-09, 5, 40
Serum, normal and sensi-
tized, digestion by (HuL-
TON)
1916, 25, 168, 228
Synthesis by trypsin (Tay-
LOR) 1907, 3, 87;
1908-09, 5, 381
Protease:
Aspergillus terricola, pro-
duction by (ScALEs)
1914, 19, 470
Nephelometry in study of
(KKoBER)
1912-13, 13, 485
Penicillium camemberti,
presence in (Dox)
1909, 6, 463
Proteins:
Alcohol, precipitation by
(VAN SLYKE)
1913-14, 16, 188
(JANNEY)
1916, 25, 178
— soluble of flour (BAILEY
and BuisH)
1915, 23, 354
Amide nitrogen, determi-
nation of (DENIS)
1910-11, 8, 427
Amino-acid content of
blood, effect on (GYOR-
ay and ZuNz)
1915, 21, 524
442
Proteins—continued:
Amino group, free, con-
tent of (OSBORNE, VAN
Stykn, LEAVENWORTH,
and VINOGRAD)
1915, 22, 277
=) = snature vol » (VAN
Stykp and BrrcHARD)
1913-14, 16, 539
Amylolytic power of sa-
liva, effect on (NEIL-
son and Lewis)
1908, 4, 501
Analysis (OSBORNE and
JONES)
1909-10, 7, vill
— by determination of
chemical groups (VAN
SLYKE)
1911-12, 10, 15;
1915, 22, 281;
1915, 23, 411
Animal, bacteria, behav-
ior of, towards (SPHRRY
and RETTGER)
1915, 20, 445
Assimilation (VAN SLYKE
and MEYER)
1912, 12, 399
Azolitmin compounds of
(RosenBLooM and Gis)
1907, 3, xxxix
Bacteria in feces after
feeding (OSBORNE and
MENDEL)
1914, 18, 177
Bacterial cellular (WHEEL-
ER) 1909, 6, 509
— —, digestion: | of
(WHEELER)
1909, 6, 515
Barley, utilization of
(MmnpxEL and Frne)
1911-12, 10, 339
Jean, separation of
(SCHNEIDER)
1912, 11, 49
The Journal of Biological Chemistry
Proteins—continued:
Bean, utilization of (MEn-
pEL and Fins)
1911-12, 10, 446
Bence-Jones (Foun and
DENIS)
1914, 18, 277
(Taytor and MruiEr)
1916, 25, 281
—, anaphylaxis (TAYLOR
and MuiLLER)
1916, 25, 290
—, digestibility (TAYLOR
and MILLER)
1916, 25, 293
—, osseoalbumoid, rela-
tion to (ROSENBLOOM)
1909-10, 7, xiv
—, preparation of (TAYLOR
and MILLER)
"1916, 25, 288
—, serum, normal and sen-
sitized, digestion by
(Hunton)
1916, 25, 168, 228
—, toxicity (TAYLOR and
MILLER)
1916, 25, 293
Blood, isolated mamma-
lian’ heart, action on
(Gornam and Morrt-
SON)
1909-10, 7, xviii
—, Limulus polyphemus
(ALSBERG)
1914, 19, 77
—, removal of (SHAFFER)
1914, 19, 287
(McLean and VAN
SLYKE)
1915, 21, 362
—, — with colloidal ferric
hydroxide (VAN SLYKE,
VINOGRAD-VILLCHUR,
and LosEE)
1915, 23, 380
Subjects
Proteins—continued:
Blood, removal with
magnesium sulfate and
tannie acid (KinGs-
BURY) 1915, 21, 290
, — — Pierie acid
(Lewis and BEnepict)
1915, 20, 69
—,— — sulfosalicylic acid
(Gravus and KoBEr)
1915, 20, xx
—, — — trichloroacetic
acid (GREENWALD)
1915, 21, 62
—, sera, concentration of
(ROBERTSON)
LOZ Lo
—, —, determination of
(RoBERTSON)
912, 11, 197
Body, destruction in fever
(SHAFFER)
09, 6, xxvii
—, fluids of, removal from
(McLEAN and VAN
SLYKE)
1915, 21, 362
—, glucose formation from
(JANNEY and CsoNKA)
1915, 22, 203
—, ingested proteins, spar-
ing action of (JANNEY)
1915, 20, 341
—, normal hydrolysis
(Huron)
1916, 25, 170
Brain, growth, effect of, on
(Kocu and Kocn)
1913, 15, 423
Carbohydrate metabo-
lism, relation to (JAN-
NEY)
1915, 20, 342
Carbohydrates, sparing
effect of (EpsTErn and
BooKMAN)
1911-12, 10, 353
443
Proteins—continued:
Carbohydrates, sparing
effect of (RINGER)
1912, 12, 437
(Myers and F rv)
1913, 15, 303
(SHAFFER)
1914, 17, xlii
—, — — —, in artificial
media (KENDALL and
FARMER)
NeW, gH. Wey, il),
215, 219, 465, 469;
1912-13, 13, 63
Catalytic action in certain
syntheses (Dakry)
1909-10, 7, 49
Cereal grains, value of,
for growth in pig (Mc-
CoLLuM)
1914, 19, 323
Cheese, source of fatty
acids of (SuzuKI, Hast-
ines, and Harr)
1909-10, 7, 451
Colloidal, diastase and
catalase, absorption of,
by (PErTuRs)
1908-09, 5, 367
Compound, formation of,
changes in H+ and OH—
concentration (ScHMIDT)
1916, 25, 63
—, globin caseinate (Ros-
ERTSON)
1912-13, 13, 499
Compounds (GIEs)
1909, 6, li
Corn, utilization of (MEN-
pEL and FINE)
1911-12, 10, 345
Cottonseed flour, growth,
value for (RicHARDSON
and GREEN)
1916, 25, 310
444
Proteins—continued:
Cottonseed, utilization of
(Menpev and Fine)
1912, 11, 1
Creatine elimination, ef-
fect on (McCoLLuM
and STEENBOCK)
1912-13, 13, 218
— — during inanition, ef-
fect on (MENDEL and
Rosk)
1911-12, 10, 233
__ — — starvation, effect
on (ROSE)
1915, 20, xix
—, muscle content, effect
on (Myers and FINE)
1915, 21, 389
—, relation to (JANNEY
and BLATHERWICK)
1915, 21, 580
Creatinine, determination
of, effect on (SHAFFER)
1914, 18, 529
— elimination, effect on
(McCo.ium and STEEN-
BOCK)
1912-13, 13, 213
(Taytor and Ross)
1914, 18, 519
during inanition,
effect on (MrnpEL and
Rose)
1911-12, 10, 233
Cystine excretion in cysti-
nuria, effect on (WOLF
and SHAFFER)
1908, 4, 444
Decomposition products,
soil, presence in
(ScHREINER and SHOR-
BY) 1907, 3, xxxvill
Derivatives, physiological
action (UNDERHILL and
HENDRIX)
1915, 22, 443, 453, 465
The Journal of Biological Chemistry
Proteins—continued:
Dextrose, production of,
from (WILLIAMS, RIcHE,
and Lusk)
1912, 12, 367
Diet, hippuric acidsynthe-
sis, effect on (Rarziss
and Dust)
1915, 21, 331
—, intestinal flora, effect
on (Herter and KeEn-
DALL)
1909-10, 7, 205
—, nitrogen content (BaR-
KpR and CoHoE)
1905-06, 1, 229
Digestibility and reten-
tion, relation of (VAN
Stykp and WuHiIts)
1911, 9, 219
Digestion products, fate of,
in body (VAN SLYKE)
1913-14, 16, 187
(Van SLYKE and MEYER)
1913-14, 16, 197,
213, 231
—, starch, effect of (VAN
SiykE and WHITE)
1911, 9, 224
— jin stomach and intes-
tine (VAN SLYKE and
WHITE)
1911, 9, 209
Dyes, distribution coefhi-
cient, effect on (ROBERT-
SON)
1908, 4, 13
Electrolysis of (ATKIN-
SON)
1914, 17, xxxiv
Electrolytes, molecular
compounds of (ROBERT-
SON)
1906-07, 2, 321
Elimination, time rela-
tions in (WOLF)
1909, 6, xlvii
Subjects
Proteins—continued:
Extraction, rate of, from
desiccated tissue (Ros-
ERTSON)
1913, 14, 237
Factor (JANNEY)
1916, 25, 185
Fasting, effect on com-
position of blood sera
proteins (ROBERTSON)
1912-13, 13, 336
Fat from, in eggs of fish
and amphibians (Mc-
CLENDON)
1915, 21, 269
— —, — perfused kidney
(UNDERHILL and HEN-
DRIX)
1915, 22, 471
Feeding, amino-acid con-
tent of tissues, effect
on (VAN SLYKE and
Mryir)
1913-14, 16, 231
Filtration of solutions of
(Gipson)
1909, 6, xxvi
Flour, extraction from
(Barney and Buts#H)
1915, 23, 345
Foreign, specific proteo-
lytic ferments after par-
enteral introduction of
(Taytor and Huron)
1915, 22, 59
(Huron)
1916, 25, 167
Formic acid excretion, ef-
fect on (Dakin, JAN-
NEY, and WAKEMAN)
1913, 14, 351
-Free milk, preparation
of (Mircnety and NEL-
SON) 1915, 23, 459
Germination, changes dur-
ing (SuzuK1)
1907, 3, 265
445
Proteins—continued:
Glucose, metabolic rela-
tionship of (JANNEY)
1915, 20, 321
(JANNEY and CsoNnKA)
1915, 22, 203
(JaNNEY and BLATHER-
WICK)
1915, 23, 77
Growth, effect of intake
on (McCotuuM)
1914, 19, 323
—, role in (OsBoRNE and
MENDEL)
1911-12, 11, xxii
Hemorrhage, recuperation
from, effect on (Fos-
TER)
1909-10, 7, 379
Human, glucose forma-
tion from (JANNEY and
BLATHERWICK)
1915, 23, 77
Hydrolysis, complete, con-
ditions for (VAN SLYKE)
1912, 12, 295
— by enzymes, mechan-
ism of (ROBERTSON)
1908-09, 5, 493
—, estimation of (HARD-
mvc and MacLzEan)
1916, 24, xv
—, leucine fraction (VAN
SitykE and LEVENE)
1909, 6, 1
(LEVENE and VAN
SLYKE)
1909, 6, 391
— by pancreatic enzymes
(Harpinc and Mac-
LAN)
1916, 24, 503
—, partial (LEVENE, VAN
SLtyKE, and BrrcHarD)
1910-11, 8, 269;
1911-12, 10, 57
446
Proteins—continued:
Hydrolysis, pepsin-acid so-
lution (BERG)
1908, 4, xlv
—, trypsin, alkali, réle of
(ROBERTSON)
1908-09, 5, 31
Immunity (VAUGHAN)
1907, 3, xxxil
Inanition, transfer of, in
(WOELFEL)
1909, 6, 189
Ingested, cystine . excre-
tion, relation to (WiL-
LIAMS and WOLF)
1909, 6, 339
Ingestion, high and low,
putrefactive processes
during (SHERWIN and
Hawk)
1912, 11, 169
Inorganic salts, action of,
upon solutions of (Ros-
ERTSON)
1911, 9, 303
Intake, growth, effect on
(McCorium)
1914, 19, 323
(McCoxtiumand Davis)
1915, 20, 415
—, nitrogen retention, ef-
fect on (McCotium)
1913, 14, xxx
Intestinal bacteria, effect
on (KENDALL)
1909, 6, 499
Invertase, reaction of
(MatuEews and GuEnn)
1911, 9, 42
Iodine, determination of
(Rigas) 1909, 6, xli
Isogenous (BRADLEY and
SANSUM)
1914, 17, xxviii
—, sensitization to (BRAD-
LEY and SansuM)
1914, 18, 502
The Journal of Biological Chemistry
Proteins—continued:
Jack bean (Jouns and
JONES)
1916, 24, xxxill
Kyrine fraction (LEVENE
and BrrcHarD)
1912-13, 13, 277
(LEVENE and VAN DER
SCHEER)
1915, 22, 425
Legumes, utilization of
(Menpet and Frvr)
1911-12, 10, 433
Liver, alteration of, in
autolysis (BRADLEY)
1915, 22, 113
—, autolysis of, effect oh
(BRADLEY)
1915, 22, 114
—, groups in (BRADLEY)
1915, 20, xxx
—, manganous chloride,
effect of (BRADLEY and
Morse)
1915, 21, 217
—, reaction, effect of
(BrapLEY and TAayLor)
1916, 25, 275
Lysine content (OSBORNE
and MENDEL) ‘
1914, 17, 334
—, free amino group of
(VAN SLYKE and BircH-
RD)
1913-14, 16, 546
Maintenance experiments
with isolated (OSBORNE
and MENDEL)
1912-18, 13, 233
Maize kernel, nutritive
properties of (OSBORNE
and MENDEL)
1913, 14, xxxi;
1914, 18, 1
Maltose-splitting power of
saliva, effect on (NEIL-
son and ScHEELE)
1908-0), 5, 332
Subjects
Proteins—continued:
Meat powder, extractive-
free, utilization of (MEN-
DEL and FINE)
1912, 11, 5
Mercurie chloride, precip-
itation by (GuTrLER and
BAKER)
1916, 25, 214
Metabolism (Form and
DENIs)
1912, 11, 87, 161;
1912, 12, 141, 253
(Foury and Lyman)
1912, 12, 259
(Foun and DENIs)
1913, 14, 29;
1914, 17, 493
—, alcohol, effect of (Sa-
LANT and RImGER)
1911, 9, xii
—, ammonia utilization
in (TayLor and RIncG-
ER)
1913, 14, 407, xxvi
—, barium bromide, effect
of (Bera and WELKER)
1905-06, 1, 371
—, benzoic acid, effect
of (Erstern and Boox-
MAN)
1911-12, 10, 362;
1912-18, 13, 119
—, carbohydrate, sparing
action of (IKocHER)
1916, 25, 571
—, cocaine, effect of (UN-
DERHILL and BiLack)
1912, 11, 235
—, creatinine excretion an
index of (AmBERG and
Morritu) .
1907, 3, 319
—, in cystinuria (WoLF
and SHAFFER)
1907, 3, xxix;
1908, 4, 439
447
Proteins—continued:
Metabolism, in cystinuria
(Wititams and WOLF)
1909, 6, 337
—, in development (Mur-
LIN) 1909, 6, xx
—, in dog (WoLFr)
1907, 3, xxx
(OsTERBERG and WOLF)
1908, 4, xxiii
— in exophthalmic goiter
(SHAFFER)
1907, 3, xiii
— jin experimental dia-
betes (RINGER)
1912, 12, 431
— in fasting (Four)
1908, 4, xvii
—, hemorrhage, effect of
(Taytor and Lewis)
1915, 22, 71
— intermediary, theory of
(Daxin and DuDLEY)
1913, 14, 555
—, lactic acid, effect of
(KocHER)
1916, 25, 573
—, of monkeys (HUNTER
and GIvENS)
1914, 17, 59
—, narcosis in phlorhizin-
ized dogs, effect of (SAN-
sum and WoopyatT?)
1915, 21, 8
—, normal of rat (FOLIN
and Morse)
1913, 14, 509
— of parturient women
(Muruin and CaRPEN-
TER)
1909-10, 7, xlix
—, phosphorus poisoning,
effect of (ErsTErn and
BooKMAN)
1912-13, 13, 122
448
Proteins—continued:
Metabolism, potassium
cyanide, effect of (RicH-
ARDS and WALLACE)
1908, 4, 179
—, pyruvic acid, effect of
(KocHER)
1916, 25, 574
—, radium bromide, ef-
fect of (Bera and WEL-
KER)
1905-06, 1, 371
—, rate of (JANNEY)
1915, 22, 191
Milk (Otson)
1908-09, 5, 261
—, content of (Metres
and Mars)
1913-14, 16, 155
(Van Styke and Bos-
WORTH)
1915, 20, 142;
1916, 24, 187
—, production of, relation
to (Harr and Hum-
PHREY)
1915, 21, 239
—, removal of, by
trichloroacetic acid
(MircHELL and NEL-
SON)
1915, 23, 463
—, value of, for growth
(McCouium)
1914, 19, 328
Millon’s reaction, appear-
ance in urine in absence
of protein (Voretiin)
1907, 3, xvi
Minima for maintenance
(OsBoRNE and MENDEL)
1915, 22, 241
Minimum (OsBorNE and
MENDEL)
1915, 20, 351
— and growth (JANNEY)
1915, 20, 340
The Journal of Biological Chemistry
Proteins—continued:
Muscle content (Sark1)
1908, 4, 494
(JANNEY)
1916, 25, 183, 185
— creatinine, effect of
protein on (Mymrs and
FINE)
1915, 21, 389
—, determination in (JAN-
NEY and CsonKa)
1915, 22, 195
(JANNEY)
-1916, 25, 177
Neutrality of tissues, fune-
tion in maintaining
(ROBERTSON)
1909, 6, 313;
1909-10, 7, 351
(HENDERSON)
1909-10, 7, 29
Nitrogen elimination, ef-
fect on (MENDEL and
LEwi!s)
1913-14, 16, 55
— — curve after feeding
(Van Stykband WHITE)
1911, 9, 220
Nomenclature,
1908, 4, xlviii
Non-poisonous portion,
nitrogen content
(WHEELER)
1909, 6, 533
Nutrition of animals, fac-
tor in (EmmeErr and
CARROLL)
1911, 9, xxiii
(EmMErt, JosEpH, and
WILLIAMS)
1912, 11, xxxv
Nutritive value in growth
(OsBoRNE and MENDEL)
‘ 1915, 20, 351
Organic compounds
(Eppy)
1909-10, 7, lvii
Subjects
Proteins—continued:
Osmotic pressure (ROBERT-
son and BuRNETT)
1909, 6, 105
Ox serum, refractive in-
dex (RoBERTSON)
UA, als Wee
Partial hydrolysis (LE-
VENE, VAN SLYKH, and
BrRCHARD)
1910-11, 8, 269;
1911-12, 10, 57
Pea (Pisum sativum) (Os-
BORNE and Harris)
1907, 3, 213
Penicillium camemberti, ac-
tion of (Dox)
1909, 6, 463
Pepsin, synthesis by (RoB-
ERTSON)
1907, 3, 95
Peptic digestion, pepto-
lytic products, effect of
(Bere and Gres)
1906-07, 2, 535
Phenols, excretion of, ef-
fect on (Four and DEN-
Is)
1915, 22, 315
Phosphorus, Aspergillus
niger content (Kocx and
REED)
1907, 3, 49
—, determination (Kocw)
1907, 3, 161
Placenta, serum, normal
and sensitized, diges-
tion by (Huron)
1916, 25, 228
Plasma membranes of
plants, nature of (Os-
TERHOUT)
1914, 19, 517
Poison, nitrogen content
(WHEELER)
1909, 6, 541
449
Proteins—continued:
Potassium cyanide, for-
mation of, from (EMER-
son, Capy, and BalLry)
1913, 15, 415
Racemization of (DaKkr)
1912-13, 13, 357
(Dakin and Dvup.ry)
1913, 15, 263
—, theory of (KoBER)
1915, 22, 434
Racemized, derivatives of
(Dakrn)
1912-13, 13, 357
—, enzymes, action of
(Daxin and DvupLey)
1913, 15, 271
—, fate in animal body
(Dakin and DupLey)
1913, 15, 271
—, physiological action of
(UNDERHILL and HeEn-
DRIX) 1915, 22, 454
Refractive index of solu-
tions of (ROBERTSON)
1909-10, 7, 359;
1910-11, 8, 287,
441, 507;
1912, 11, 179, 307;
1912-13, 13, 455
(ROBERTSON and
GREAVES)
: 1911, 9, 181
(ScHMID?)
1915, 23, 487
Relationships in autolysis
(BrapLEy and Taylor)
1916, 25, 277
Retention and digestibil-
ity, relation between
(Van SiykEand WHITE)
1911, 9, 219
Ricin, toxicity of, effect
on resistance to (Fos+
TER)
1909-10, 7, 379;
1909, 6, xviii
450
Proteins—continued:
Salt, inorganic, action of
(ROBERTSON)
1911, 9, 303
— soluble, of flour (BatL-
BY and BuisH)
1915, 23, 352
Salts of (Gras)
1908, 4, xlvi
—, precipitation of, by
alcohol (ROBERTSON)
1909-10, 7, 352
—, — —, chemical me-
chanics of (ROBERTSON)
1911, 9, 316
Serum, composition of
(RoBERTSON)
1912-13, 13, 325
(Woo.LsEy)
1913, 14,433
(THompson)
1915, 20, 1
(Briaas)
1915, 20, 7
(JEWETT)
1916, 25, 21
— content, fasting, effect
of (Briaes)
1915, 20, 7
—, digestion by (Huron)
1916, 25, 168, 228
—, hydrogen ion con-
centration of solutions
of (RoBERTSON)
1909-10, 7, 352
—, relative proportions of,
age and diet, effect of
(WELLs)
1913, 15, 37
Sparing action of alcohol
(HAMMETT)
1916, 25, 604
e Specific dynamie action
of (WituraMs, Rice,
and Lusk)
1912,
The Journal of Biological Chemistry
Proteins—continued:
Specific dynamic action of
(Lusk)
1912-13, 13, 169;
1915, 20, 615
(WISHART)
1915, 20, 536
Storage, acidosis, relation
of (SrmpENBock, NEL-
son, and Hart)
1914, 19, 399
Sulfur in (Jonnson and
BuRNHAM)
1911, 9, 331
— linkages in (JoHNSON)
1911, 9, 439
Susceptibility (VAUGHAN)
1907, 3, xxxil
Synthesis by enzymes,
chemical mechanics of
(RoBERTSON)
1908-09, 5, 493
—and metabolic diseases
(JANNEY)
1916, 24, xxx
Thyroid, decomposition of
(IXENDALL)
1915, 20, 501, xxiv
Trypsin, synthesis by
(TayLor)
1907, 3, 87
Tryptophane, determina-
tion of (LEvENE and
ROvUILLER)
1906-07, 2, 481
(HommEr)
1915, 22, 369
Tyrosine content, deter-
mined colorimetrically
(Foun and DENIs)
1912, 12, 245;
1913, 14, 457
Uric acid, endogenous, ex-
cretion, effect on (MEN-
DEL and STEHLE)
1915, 22, 221
Subjects
Proteins—continued:
Uric acid formation, effect
on (Taytor and Rose)
1914, 18, 519
Utilization of (OSBORNE
and MENDEL)
1914, 18, 177
—, cocaine, effect of (UN-
DERHILL and Brack)
1912, 11, 235
Vegetable, bacteria, be-
havior of, towards
(Sperry and RErTGER)
1915, 20, 445
—, heat of combustion of
(BenepIcr and Os-
BORNE) 1907, 3, 119
—, utilization of (Mxn-
DEL and FINE)
1912, 11, 23
Wheat embryo, growth,
value for (McCoLium,
Smumonps, and Prrz)
1916, 25, 107
—, utilization of (MENDEL
and FINE)
1911-12, 10, 303
Proteinuria:
Bence-Jones (TayLor and
MILLER)
1916, 25, 281
—, metabolism in (Foun
and DENIs)
1914, 18, 277
Proteoclasis:
Colorimetric method,
study by (Harpine and
MacLean)
1916, 24, 511
Proteolysis:
Abderhalden reaction and
(VAN SLYKE, VINOGRAD-
Viticuur, and LosrE)
1915, 23, 384
Amino method in study
of (VAN SLYKE)
1911, 9, 185 |
451
Proteolysis—continued:
Casein, rennin, role of, in
(BosworTH)
1913, 15, 231
Germination in lima beans,
changes during (SuzuK1)
1907, 3, 265
Milk, ammonia formation
during (SHERMAN, BERG,
Conen, and WHITMAN)
1907, 3, 172, xxxvi
—, at 0° (PENNINGTON,
Heppurn, St. JOHN,
WirMer, STAFFORD, and
BURRELL)
1913-14, 16, 337
— proteins (OLSON)
1908-09, 5, 265
Potassium cyanide, ac-
celeration by (MEN-
pEL and Buioop)
1910-11, 8, 177
Tryptic, of Cynoscion
regalis (WHITE and
THOMAS)
1912-13, 13, 111
Velocity of, measured by
amino determinations
(VAN SLYKE)
1911, 9, 200
Proteolytic:
Action, determination of
(GOLDTHWAITE)
1909-10, 7, 70
Activity of papain (MEN-
DEL and Bioop)
1910-11, 8, 177
Ferments, study of (Ko-
BER)
1911-12, 10, 9
Products, amino method
in study of (VAN SLYKE)
1911, 9, 185
Proteose:
Bean as hemagglutinating
agent (SCHNEIDER)
1912, 11, 51
452
Proteose—continued :
Cleavage products
VENE)
(Ln-
1905-06, 1, 45
“Crude soluble poison,”
relation to (UNDERHILL
and HmnpRIXx)
1915, 22, 467
Gliadin, physiological ac-
tion (UNDERHILL and
HENDRIX)
1915, 22, 448
Nephelometry in study of
(KoBER)
1912-13, 13, 485
Physiological action, ra-
cemization, relation to
(UNDERHILL and HEN-
DRIX)
1915, 22, 453
Seeds, biological reaction
(Weis and OsBORNE)
1914, 17, xxvi
Zein, physiological action
(UNDERHILL and HEn-
DRIX)
1915, 22, 443
Proteus:
Group and _ putrefaction
(RerrGER and NEWELL)
1912-13, 13, 341
mirabilis, putrefaction, re-
lation to (RETTGER and
NEWELL)
1912-13, 13, 344
vulgaris, anaerobes, effect
on action of (RETTGER)
1906-07, 2, 81
—, biochemical study
(HERTER and TEN
BROECK)
1911, 9, 491
—, growth, products of
(HeERTER and TEN
BROECK)
1911, 9, 494
The Journal of Biological Chemistry
Proteus—continued:
vulgaris, putrefaction, rela-
tion to (RmrTeER and
NEWELL)
1912-13, 13, 342
—, toxin of (Herter and
TrN BrRoOECK)
1911, 9, 499
zenkin, putrefaction and
(RETTGER and NEWELL)
1912-18, 13, 344
Prothrombin:
Hirudin compound of
(VERA and Logs)
1914, 19, 320
Protoalbumose:
Amino nitrogen content
(VAN SLYKE)
1911, 9, 194
(Van SLYKE and Brrcu-
ARD)
1913-14, 16, 545
Fibrin (LEvENE, VAN
Stykr, and Brrcwarp)
1911-12, 10, 57
Hydrolysis (LEVENE)
1905-06, 1, 47
Preparation (LEVENE)
1905-06, 1, 46
Protocatechuic aldehyde:
Epinephrine hydrate, de-
composition product of
(AsEL and TavEAv)
1905-06, 1, 16
Protoplasm:
Alkaloids, | combination
with (RoBERTSON)
1905-06, 1, 543
Cellular, amino-acids as
stimuli for (LusK)
1912-13, 13, 183
Chemical ‘stimulation
(Lusk)
1915, 20, 615
Neutrality, equilibrium in
(RoBERTSON)
1909, 6, 313
Subjects 453
Protoplasm—continued:
Neutrality, equilibrium in
(HENDERSON)
1909-10, 7, 29
Permeability, réle of elec-
trolytes in (CLOWES)
1916, 24, xiv
“Rounding up’ of drop-
lets of, in watery liquids
(ROBERTSON)
1908, 4, 19
Protozoa: ;
Iodine content (CAMER-
ON)
1914, 18, 356;
1915, 23, 16
Protozoan protoplasm:
Pathological changes, indi-
cator of (WooprRurrFr and
UNDERHILL)
1913, 15, 385
(UNDERHILL and Woop-
RUFF)
1913, 15, 401;
1914, 17,9
Prunus virginiana:
Hydrocyanie acid content
of leaves (ALSBERG and
BLACK)
1916, 25, 136
Pseudocerebrin:
(Posner and Gis)
1905-06, 1, 67
See also Cerebrin, Kera-
sin, Phrenosin.
Pseudoglobulin:
Arwificial, nitrogen parti-
tion in (GIBSON)
1912, 12, 62
Fseudo yeast:
Nitrogen fixation by (Lrp-
MAN)
1911-12, 10, 174
Psoriasis:
Metabolism in (Ratziss,
Dupin, and RINGER)
1914, 19, 474
Psoriasis—continued:
Metabolism in
and Ratziss)
1914, 19, 487
(RINGER
Ptomaine:
Morphine tests, non-inter-
ference with (RosEN-
BLooM and MILLs)
1913-14, 16, 327
(RosENBLOOM)
1914, 18, 131
Ptyalin:
Critical hydroxyl ion con-
centration for (QUINAN)
1909, 6,61
Diet, relation to concen-
tration of (CARLSON and
CRITTENDEN)
1909-10, 7, xxii .
Salivary secretion, rela-
tion to concentration of
(Cartson and Cnrit-
TENDEN )
1909-10, 7, xxii
Shaking, activity, effect on
(Hartow and StTrLEs)
1909, 6, 359
Ptychodera sp.:
Indicator from (CRozIER)
1916, 24, 443
Purgative:
Saline, relative efficiency
of methods of adminis-
tering (BANCROFT)
1907, 3, 191
Purine:
(JOHNS)
1911, 9, 161;
1912, 11, 67, 73, 393;
1912, 12, 91;
1913, 14, 1;
1914, 17, 1;
1915, 21, 319
(Jouns and HoGan)
1913, 14, 299
454
Purine—continued:
(Jouns and BauMANN)
1913, 14, 381;
1913, 15, 119, 515;
1913-14, 16, 135
(Jouns and HEnprrx)
1914, 19, 25;
1915, 20, 153
Allantoin as metabolism
product of (HunTER and
GIVENS)
1914, 17, 41
Bases, blood, nephelo-
metric determination of
(GRAVES and KopeEr)
1915, 20, xx
—, cancer, content of
(SAIKI)
: 1909-10, 7, 23
—, excretion, magnesium
sulfate, effect of (STEEL)
1908-09, 5, 121
—, Glomerella, autolysis
of (REED)
1914, 19, 257
—, guanylic acid of spleen
(JonES and ROWNTREE)
1908, 4, 298
—, mammalia, excretion
of (GivENs and Hun-
TER)
1913, 14, xxiv
—, monkey, excretion of
(HunTER and GIvENs)
1914, 17, 55
—, soil, presence in
(SCHREINER and SHor-
EY)
1910-11, 8, 385
—, urine, excretion in
(HuntER, Givens, and
GuION)
1914, 18, 387
(Hunter and Givens)
1914, 18, 403
The Journal of Biological Chemistry
Purine—continued:
Bases, urine, nephelomet-
ric determination in
(GRAVES and KosBEr)
1915, 20, xx
Catabolism of (TAyLor
and ApOoLPH)
1914, 18, 521
Catabolites, excretion in
mammalia (GIvENsS and
HUNTER)
1913, 14, xxiv
—, — — urine (HunTER,
GIvENs, and Guron)
1914, 18, 387
(HuntTER and GIvENS)
1914, 18, 403
Coefficient (HuntER, Grtv-
ENS, and Gurion)
1914, 18, 389
Derivatives, phenol re-
agent, reaction with
(Lewis and NicouEr)
1913-14, 16, 369
—, uric acid reagent, re-
action with (LEwis and
NIcOLET)
1913-14, 16, 369
Diet, nitrogen excretion,
effect on (HAMMETT)
1915, 22, 551
Endogenous, excretion in
man (Macirop and
HASKINS)
1906-07, 2, 231
—,—in monkey (HUNTER
and GIvENs)
1912-13, 13, 377
— and exogenous, metab-
olism of, in monkey
(HuntTER and Givens)
1912-13, 13, 371;
1914, 17, 37
(HuntTER)
1914, 18, 107
Subjects
Purine—continued:
Enzymes of chimpanzee
(Weis and CALDWELL)
1914, 18, 157
— — guinea pig (MircH-
ELL)
1909-10, 7, xi
—— opossum (CALDWELL
and WELLS)
1914, 19, 279
— — orang utan (WELLS
and CALDWELL)
1914, 18, 157
— — rabbit (MrrcHELL)
1909-10, 7, xi
— — rat (RoupE and
JONES)
1909-10, 7, 237
— — tumors (WELLS)
1912, 11, x
Excretion in coyote (HuN-
THR and GIvENs)
1910-11, 8, 461
— — monkey (HUNTER
and GIvENs)
1911, 9, xvi
Feces, content of (MEN-
pEL and Lyman)
1910-11, 8, 137
Fetus, human (WELLS and
CorPER)
1909, 6, 469
Hexose complex, yeast, iso-
lation from (MANDEL
and DuNHAM)
1912, 11, 85
Metabolism (Mrnpet and
LYMAN)
1910-11, 8, 115
(Taytor and Rose)
1913, 14, 419
(HuNTER, GIVENS, and
Gurion)
1914, 18, 387
(HunTER and GIVENS)
1914, 18, 403
455
Purine—continued:
Metabolism, comparative
biochemistry (HuNTER
and GIvENS)
1914, 17, xxiii
— of embryo (MENDEL)
1907, 3, xxxiv
endogenous and
exogenous (HunTER and
GIVENS)
1912-13, 13, 371
(HuNTER)
1914, 18, 107
— — human fetus and
placenta (WELLS and
CorRPER)
1909, 6, 469
— in monkey (HUNTER
and GIVENS)
1912, 11, xxxix;
1914, 17, 37
(WELLS)
1909-10, 7, 171
—, sodium bicarbonate,
effect of (Macinop and
HASKINS)
1906-07, 2, 232
Muscle content (Sark1)
1908, 4, 487
(BENNETT)
1912, 11, 221
Nitrogen fast, distribu-
tion in (Hown, Mar-
TILL, and HawK)
1952) 11.123
—, urine, determination in
(BENEpIcT and Sark1)
1909-10, 7, 27
Phosphoric acid, determi-
nation of (JONES)
1916, 24, vii
Placenta, human, content
(Wetts and CorPER)
1909, 6, 469
Spleen content (CoRPER)
1912, 11, 32
456
Purine—continued:
Tumors (WELLS)
1912, 1, x
Uric acid content of blood,
effect on (DEnts)
1915, 23, 147
Urine of monkey, content
of (HuNnTER)
1914, 18, 107
Water ingestion after fast-
ing, effect of (Hows,
Marritt, and Hawk)
1910-11, 10, 429
Pus:
Tests for (KastLtm and
ROBERTS)
1909, 6, xlvi
Putrefaction:
(RETTGER)
1906-07, 2, 71;
1908, 4, 45
Fibrin (McCrupDDEN)
1910-11, 8, 109
Intestinal (RerrcER)
1906-07, 2, 82
—, lactic acid ferments,
effect on (BaLpwin)
1909-10, 7, 37
Processes during high and
low protein ingestion
(SHERWIN and Hawk)
1912, 11, 169
— in intestine during fast-
ing (SHERWIN and
Hawk)
1912, 11, 169
Proteus group, reference
to (RerrGER and NEw-
ELL)
1912-138, 13, 341
Pyridine:
Hyperglycemia and (UN-
DERHILL)
1905-06, 1, 121
Ninhydrin reaction with
amino-acids, effect on
(Harpinc and Mac-
LEAN) 1915, 20, 224
if
The Journal of Biological Chemistry
Pyridine—continued:
Ninhydrin reaction with
ammonium salts, effect
on (HARDING and WAR-
NEFORD)
1916, 25, 324
p-Nitrobenzyl chloride
salt (JAcops and Het-
DELBERGER)
1915, 20, 667
Nitrogen, determination
of, by Kjeldahl method
(Dakin and Dubey)
1914, 17, 275
(PHELPS and: Daupt)
1916, 24, xxxv
Pyrimidine:
(JoHnson and JoHNS)
1905-06, 1, 305
(Jonnson and McCot-
LUM)
1905-06, 1, 487
(Jounson and MrncE)
1906-07, 2, 105
(WHEELER and JOHNSON)
1907, 3, 183
(WHEELER)
1907, 3, 285
(JOHNSON)
1907, 3, 299;
1908, 4, 407
(JoHNsoN and Cuaprp)
1908-09, 5, 49, 163
(JoHnson and CHERNOFF)
1913, 14, 307
Derivatives, metabolism
of (MENDEL and
Mynrs)
1909-10, 7, ix
—, phenol reagent, re-
action with (Lewis and
NIcOLET)
1913-14, 16, 369
—, uric acid reagent, re-
action with (Luwis and
NICcOLET)
1913-14, 16, 369
Subjects
Pyrimidine—continued:
Group, nucleotides, indi-
rect determination in
(JONES)
1916, 24, iii
Nucleic acid of fish eggs,
bases of (ManpEL and
LEVENE)
1905-06, 1, 425
Nucleosides (JoHNSON and
CHERNOFF)
1913, 14, 307
Nucleotides, blood serum,
action of (LEVENE and
MrEpDIGRECEANU)
1911, 9, 399
—, gastric juice, action of
(Levene and Mept-
GRECEANU)
1911, 9, 383
—, heart muscle plasma,
action of (LEVENE and
MeEpIGRECEANU)
1911, 9, 398
—, intestinal juice, ac-
tion of (LEVENE and
MEpIGRECEANU)
1911, 9, 384
mucosa extract,
action of (LEVENE and
MrpiGRECEANU)
1911, 9, 397
—, kidney plasma, ac-
tion of (LEVENE and
MeEpIGRECEANU)
1911, 9, 398
—, liver plasma, action of
(LEVENE and MEDIGRE-
CEANU) 1911, 9, 398
—, pancreas extract, ac-
tion of (Levene and
MrpIGRECEANU)
1911, 9, 384
—, — plasma, action of
(LEVENE and MEDIGRE-
CEANU)
1911, 9, 398
457
Pyrimidine—continued:
Physiological action
(KLEINER)
1912, 11, 443
Soils, bases in (SCHREIN-
ER and SHOREY)
1910-11, 8, 321
Pyrocatechol:
Tyrosinase, action on
(GORTNER)
1911-12, 10, 120
Pyrogallol:
Oxidase activity, effect on
(BUNZELL)
1916, 24, 96
Pyromucic acid:
Chondrosie acid, prepara-
tion from (LEVENE and
La ForGE)
1915, 20, 440
Pyrophosphoric acid:
Inosite esters of (ANDER-
SON)
1912, 12, 97, 109
Toxicity of (WiTHERS and
Ray) 1913, 14, 53
Pyrrole:
Blood sugar, effect on (UN-
DERHILL)
1905-06, 1, 118
Hyperglycemia and (UN-
DERHILL)
1905-06, 1, 121
Pyruvic acid:
Alanine, intermediary me-
tabolism of, rdle in
(RINGER)
1913, 15, 145
Glucose from (RINGER)
1913, 15, 150;
1914, 17, 281
—, biochemical relation to
(Dakin and JANNEY)
1913, 15, 177
Leukocytes, action of (LE-
VENE and MryEr)
1914, 17, 443
458
Pyruvic acid—continued:
Metabolism of (DaAKIN
and JANNEY)
1913, 15, 177
(RINGER)
1914, 17, 281
Oxidation, quantitative
(LEVENE and Murysr)
1914, 17, 446
Protein metabolism, ef-
fect on (KocHER)
1916, 25, 574
Tissue, kidney, action of
(Levené and Meryer)
1914, 17, 443
Q
Quartz:
Mercury vapor lamp (Bo-
VIE) 1915, 20, 315
Quaternary salts:
Hexamethylenetetramine
(Jacops and HErmE.-
BERGER)
1915, 20, 659, 685;
1915, 21, 1038, 145,
403, 4389, 455, 465
Quercimeritrin:
Cotton plant, distribution
in (VIEHOEVER, CHER-
NOFF, and JOHNS)
1916, 24, xxxiii
Quinine:
Hydrochloride, blood urie
acid concentration, ef-
fect on (Fine and
CHACE)
1915, 21, 375
Picrolonate (WARREN and
WeEIss)
1907, 3, 337
Pneumonia cultures, ef-
fect on (BRown)
1912, 11, xxxvi
Reductase, action on
(Harris and CREIGH-
TON) 1915, 22, 538
The Journal of Biological Chemistry
Quinine—continued: i
Toxicity, electrolytes, ef-
fect of (RoBERTSON)
1905-06, 1, 531
Quinoline:
Toxicity, electrolytes, ef-
fect of (ROBERTSON)
1905-06, 1, 515
R
Race:
Hair, composition of, ef-
fect on (RUTHERFORD
and Hawk)
1907, 3, 462
Racemization:
Casein (Dakin and Dup-
LEY)
1913, 15, 263
Caseose (Daxkrn and Dup-
LEY) 1913, 15, 267
Gelatin (Daxkry)
1912-13, 13, 357
Physiological action, rela-
tion to (UNDERHILL and
HENDRIX)
1915, 22, 453
Proteins (DaxkIn)
1912-13, 13, 357
(Dakin and Dup.Ey)
1913, 15, 263
(IKOBER)
1915, 22, 434
Radiotropic response:
(GAGER)
1908, 4, xliii
Radium:
Fate in animal body
(Myr)
1906-07, 2, 461
Radium bromide:
Lethal dose (Mrymr)
1906-07, 2, 467
Protein metabolism, ef-
fect on (BERG and WEL-
KER)
1905-06, 1, 371
Subjects
Radium emanation:
Lipase, action on (Mar-
SHALL and ROWNTREE)
1913-14, 16, 379
Reductase, action on
(Harris and CREIGH-
TON)
1915, 21, 303
Raffinose:
Arrowhead tubers, pres-
ence in (Mryaxkh)
1913, 15, 227
Rape:
Nitrogen,
content
BENTLEY)
1915, 22, 482
water-soluble,
(Harr and
Rat:
Purine ferments (ROHDE
and JONES)
1909-10, 7, 237
Ration:
Balanced, growth and re-
production on (Hart,
McCottivm, and STEEN-
BOCK)
1912, 11, xii
Restricted, growth on
(Harr and McCotium)
1914, 17, xliv
—, reproduction, effect on
(Hart, McCottum, and
STRENBOCK)
1914, 17, xlvii
Rauschbrand:
Fibrin, putrefaction of, by
(McCruppEN)
1910-11, 8, 109
Reaction:
Latent period in liver
autolysis, effect on
(BrapLEY and TAYLOR)
1916, 25, 368
Liver autolysis, effect on
(BravLEy and TAYLOR)
1916, 25, 261
459
Recessive whites:
Cause of (GORTNER)
1911-12, 10, 113
Reciprocal catalysis:
(RoBERTSON)
1908-09, 5, 510
Red blood cells:
See Erythrocytes.
Reducing agents:
Ninhydrin reaction, effect
on (Harpine and War-
NEFORD)
1916, 25, 330
Reductase:
Age, effect of (HARRIS and
CREIGHTON )
1915, 20, 188
Alkaloids, effect of (Har-
RIs and CREIGHTON)
1915, 22, 535
Decay, rate of (HARRIS
and CREIGHTON)
1915, 20, 187
Destruction, temperature
of (Harris and CREIGH-
TON) 1915, 21, 307
Kidney (Harris and
CREIGHTON)
1915, 21, 303
Liver, heat, effect of
(Harris and CREIGH-
TON)
1915, 21, 303
—, light, action of (Har-
RIS and CREIGHTON)
1915, 21, 303
—, radium radiations, ef-
fect of (Harris and
CREIGHTON)
1915, 21, 303
Temperature, _ effect of
(Harris and CREIGH-
TON) 1915, 20, 187
Tissue, hemoglobin, re-
duction of (Harris and
CREIGHTON)
1915, 20, 179
460
Reduction:
Acetoacetic acid (Dakin)
1910-11, 8, 97
Ammonium molybdate in
acid solution (MILLER
and TAYLOR) —
1914, 17, 531
Barium sulfate (Four)
1907, 3, 81
Crossed (Harris .and
CREIGHTON)
1915, 20, 184
Hemoglobin by cortex
cerebri juice (Harris
and CREIGHTON)
1915, 20, 186
— — kidney juice (Har-
Ris and CREIGHTON)
1915, 20, 186
— — liver juice (Harris
and CREIGHTON)
1915, 20, 182
— — muscle juice (Har-
RIs and CREIGHTON)
1915, 20, 185
— — stomach juice (Har-
Ris and CREIGHTON)
1915, 20, 186
— — tissue reductases
(Harris and CREIGH-
TON)
1915, 20, 179
Oxyhemocyanin in serum
of Limulus polyphemus
(ALSBERG)
1915, 23, 495
Oxyhemoglobin in vivo,
time of (Harris and
CREIGHTON)
1915, 23, 469
Roots, power of (ScHREIN-
ER and SHOREY)
1909-10, 7, xxxii
Refractive index:
Blood (GrrrLer and Ba-
KER)
1916, 25, 221
The Journal of Biological Chemistry
Refractive index—continued:
Casein in alcohol-water
mixtures (ROBERTSON)
1910-11, 8, 507
, hydrolysis products
(RoBERTSON)
1912 2 es
Edestin (ScHmipT)
1915, 23, 487
Gliadin (Ropertson and
GREAVES) :
1911, 9, 181
Globin (RoBERTSON)
1912-13, 13, 455
— caseinate (ROBERTSON)
1912-138, 13, 504
Mycodextran (Dox and
NEIpIG)
1914, 18, 174
Ovomucoid (ROBERTSON)
1909-10, 7, 359
Ovovitellin (RoBpERTSON)
1909-10, 7, 359
Paranuclein (ROBERTSON)
1910-11, 8, 287
Proteins (ROBERTSON)
1909-10, 7, 359;
1910-11, 8, 287, 441, 507;
1912, 11, 179, 307;
1912-18, 13, 455
(RoBERTSON and
GREAVES)
1911, 9, 181
(ScumiptT)
1915, 23, 487
— of ox serum (ROBERT-
SON) 1912) 11, 179
Salmine (RoBERTSON)
1912, 11, 307
Serum globulin (RoBERtT-
SON)
1910-11, 8, 441
Refractivity :
Additive function (Ros-
ERTSON)
1912-13, 13, 505
Subjects
Refrigeration :
Urine, preservation of, by
(Hawk and GRINDLEY)
1908, 4, 1x
Reid’s method
Reducing substances in
blood (Mac LEoD)
1908, 4, xvil;
1908-09, 5, 444
Renal:
Arteries, ligation of, ni-
trogen excretion after
(PrucHER)
1913, 14, 389
—, — —, serolipase, ac-
tion on (von Huss)
1911-12, 10, 390
Diabetes, diabetes melli-
tus, comparison with
(Myers and Batey)
1916, 24, 159
Disease, hyperglycemia in
(Myers and Barney)
1916, 24, 151
Excretions, dilute, com-
position of (Macat-
LuM and BENsoNn)
1909, 6, 87, xxxix
Insufficiency, uric acid
content of blood in
(DENIs)
1915, 23, 147
Rennin:
Casein, action on (Bos-
WORTH)
1918, 15, 231;
1914, 19, 397
Reproduction:
Balanced rations, effect of
(Hart, McCouium, and
STEENBOCK)
1912, 11, xii
Cottonseed meal, effect of
(RICHARDSON and
GREEN)
1916, 25, 314
461
Reproduction—continued:
Mineral content of ra-
tions, effect of (Mc-
Coutum and Davis)
1915, 21, 615
Physiology of, in fowl
(PEaRL and SurFrace)
1914, 19, 263;
1915, 21, 95
(PEARL)
1916, 24, 123
Pituitary gland, effect of
(WULZEN)
1916, 25, 625
Restricted rations, effect
of (Hart, McCo.Lium,
and STEENBOCK)
1914, 17, xlvii
Resistance:
Physiological, diet, effect
of (FosTER)
1909, 6, xlviii;
1909-10, 7, 379
Resorcinol:
Glutin, precipitation of
(HANZLIK)
1915, 20, 16
Serum, precipitation of
(HANZLIK)
1915, 20, 16
Tyrosinase, action on
(GORTNER)
1911-12, 10, 118
Resorption:
Fat during migration
(GREENE)
1912, 11, xviii
See also Absorption.
Respiration:
Apparatus for small ani-
mals (BENEDICT)
1915, 20, 301
Calorimeter (WILLIAMS)
1912, 12, 317
—, vegetable physiology,
study of, by (LANG-
wortHy and MILNER)
1912, 11, xxxili
462
Respiration—continued:
Fasting and (BENEDICT
and Prarr)
1913415, 18
Feeding experiments and
(Benepict and Prat?)
1913, 15, 15
Incubator for infants
(Mourn)
1914, 17, xxxix
Oxidases, réle of (RmED)
1915, 22, 99
Respiratory:
Center, sodium 0-iodoben-
zoate, action of (LoE-
VENHART and Grove)
1909-10, 7, xvi
—, — o-iodosobenzoate,
action of (LORVENHART
and Grove)
1909-10, 7, xvi
—, — o-10doxybenzoate,
action of (LOnVENHART
and Grove)
1909-10, 7, xvi
Chamber (Kouus and
LOEVENHART)
1914, 17, xxxvili
Metabolism, depancrea-
tized dogs, duodenal ex-
tract, effect of (Mur-
LIN and KRAMER)
1913, 15, 365
—, — —, effect of normal
blood (Murutin_ and
KRAMER)
1913, 15, 380
—, — —, pancreatic ex-
tract, effect of (MuRLIN
and KRAMER)
1913, 15, 365
—, — —) sodium carbo-
nate, effect of (KRAMER
and Murur)
1915, 20, xxvil
(Moururn and KramMmr)
1916, 24, xxv
The Journal of Biological Chemistry
Respiratory—continued:
Metabolism, meat feeding,
effect of (BENEDICT and
PRATT)
; 1913, 15, 1
Quotient, abdominal ves-
sels, effect of (Murtuin,
EpDELMANN, and Kra-
MER)
1913-14, 16, 85
—, flounders, fasting
(Moreutts) ;
1915, 20, 46
—, hydrazine, effect of
(UNDERHILL and Mur-
LIN)
1915, 22, 499
—, inosite, effect of (AN-
DERSON)
1916, 25, 394
—, meat feeding, effect of
(BEenEpIcT and Pratt)
1913, 15, 27
Rest:
Nitrogen excretion, cuta-
neous, during (BENE-
DICT)
1905-06, 1, 267
Retention:
Alkali, by kidney (Hmn-
DERSON and PALMER)
1909, 6, Xxxvili
Nitrogen, level of protein
intake, effect of (Mc-
CoLiuM) A
1915, 14, xxmu
Proteins, digestibility, re-
lation to (VAN SLYKE
and WHITE)
1911, 9, 219
Tissue (Sansum and
WoopyYatTtT)
1915, 21, 8
Rhamnose:
Poison ivy, isolation from
(ACREE and SyME)
1906-07, 2, 554
Subjects 463
Rhubarb: Rice—continued:
Jellyfish center, action on Polished, natural food-
(MacCaiuM) stuffs, supplemental re-
1906-07, 2, 388
Rhus poisoning:
Potassium permanganate
as remedy (AcREE and
SYME)
1906-07, 2, 570
Ribose:
Muscle plasma and pan-
creas extract, action of
(LevENE and MryEr)
1912, 11, 347
Mutarotation of (LEVENE,
Jacoss, and MEpIGRE-
CEANU)
1912, 11, 380
Reducing power (LEVENE
and La ForGrE)
1913, 15, 484
Ribosimine:
(Levene and La ForRGE)
1915, 20, 440
Rice:
; Amino-acid content (NoL-
LAU)
1915, 21, 614
Dietary deficiencies _ of
(McCottum and Da-
VIS)
1915, 23, 181
Plant, growth of, alumi-
nium salts, toxic action
of (Miyake)
1916, 25, 23
—, — —, hydrochloric
acid, action of (Mr-
YAKE)
1916, 25, 26
—, — —, salts, action of
(Miyak8)
1913-14, 16, 235
Polished, milk powder as
aceéssory for growth
(McCoututum and Da-
VIS) 1915, 23, 185
lationship of (McCot-
Lum and Davis)
1915, 23, 185
—, purified foodstuffs,
supplemental relation-
ship of (McCotium and
Davis)
1915, 23, 181
—, wheat embryo as ac-
cessory for growth (Mc-
Cottum and Davis)
1915, 23, 185
Protein, free amino nitro-
gen of (OSBORNE, VAN
StykE, LEAVENWORTH,
and VINOGRAD)
1915, 22, 278
—, hydrolysis of (Os-
BORNE, WAN SLYKE,
LEAVENWORTH, and V1-
NOGRAD)
1915, 22, 259
Ricin:
Liver, hexone bases of,
effect on (WAKEMAN)
1908, 4, 127
Toxicity, proteins, effect
of, on resistance to
(FosTER)
1909, 6, xlvill;
1909-10, 7, 379
Ritter’s method:
Cholesterol, | determina-
tion of, errors in (COR-
PER)
1912, 11, 37
—- > modification of
(CoRPER)
1912,
Rock phosphate:
Fertilizer value (GREAVES)
1909-10, 7, 304
12, 197
464
Rodents:
Purine metabolism — of
(HuntTER, GIvENs, and
GUION)
1914, 18, 387
Roots: ;
Oxidizing power and soil
fertility(SCHREINER and
REED)
1907, 3, xxiv
— and reducing power
(SCHREINER and SHOR-
BEY)
1909-10, 7, xxx
Roquefort mold:
Cheese, dominance in
(THom and CurRRIz)
1913, 15, 249
Rye:
Amino-acid content (Not-
LAU)
1915, 21, 614
Growth, effect on (Mc-
Cotium and Davis)
1915, 21, 181
S)
Saccharic acid:
Oxidation of (LEVENE and
MEYER)
1912, 12, 269
Saccharin:
Determination in
(WAKEMAN)
1910-11, 8,
— — urine (BLoor)
1910-11, 8, 227
(WAKEMAN)
feces
1910-11, 8, 233
Saccharomyces:
Nitrogen fixation by (Lre-
MAN)
1911-12, 10, 174
Saccharose:
Glycogen, non-formation
of, from (HatrcueEr and
WOLF) 1907, 3, 25
The Journal of Biological Chemistry
Saccharose—continued:
Muscle, perfusion of, with
(HatcHER and Wo.r)
1907, 3, 25
Safranin:
Trypsin, precipitation of,
by (HouzBER@)
1913, 14; 335
Salicin:
Emulsion, extraction of,
from collodion (CiAu-
SEN)
1914, 17, 435
Salicylamide ethylene ether:
(Jacoss and HrmDELBER-
GER)
1915, 21, 449
Salicylates:
Blood uric acid concentra-
tion, effect on (FINE and
CHACE)
1915, 21, 371
Body fluids, determina-
tion in (THOBURN and
HANZLIK)
1915, 23, 163
Urine, determination in
(THopuRN and Hawnz-
LIK)
1915, 23, 163
Salicylic acid:
Metabolism,
(Rockwoop)
1909, 6, xxxv
Oxidation with hydrogen
peroxide (Dakin and
HERTER)
effect on
1907, 3, 432
Salicylic aldehyde:
Catabolism of (Daxkry)
1910-11, 8, 24
Saline:
Cathartics, purgative in-
efficiency (AUER)
1908, 4, 197
Subjects
Saline—continued:
Purgatives, relative effi-
ciency of methods of
administering (BAN-
CROFT)
1907, 3, 191
Saliva:
Amylolytie power (Mrn-
DEL and UNDERHILL)
1907, 3, 135
——, diet, effect of (NutL-
son and Lrwis)
1908, 4, 501
(NEILSON and ScHEELE)
1908-09, 5, 331
Diet, adaptation to (GAR-
REY) t
1907, 3, xl
Glucose, non-elimination
of, by way of saliva, in
diabetes after sodium
carbonate (KRAMER and
Murtin)
1916, 24, xxiv
Hydroxyl ion concentra-
tion, critical, for (Qut-
NAN)
: 1909, 6, 61
Salivary:
Digestion of starch (Rock-
woop)
1910-11, 8, 338
Secretion, pilocarpin, ac-
tion of (MacCaLuum)
1905-06, 1, 337
—, ptyalin concentration,
relation to (CARLSON
and CRITTENDEN)
1909-10, 7, xxii
Salmine:
Blood serum, action of
(Taytor and Huron)
1915, 22, 59
Extraction, rate of, from
desiccated tissue (Ros-
ERTSON)
1913, 14, 237
465
Salmine—continued:
Refractive index
ERTSON)
(Ros-
1912, 11, 307
Salmine chloride:
Preparation (RoBERTSON)
1912, 11, 308
Salmon:
Phosphorus content of tis-
sue (Gipson and EsrEs)
1909, 6, 354
Salt (s): :
Acid, antagonism of (Os-
TERHOUT)
1914, 19, 517
—, metabolism, effect on
(McCotuum and Hoac-
LAND)
1913-14, 16, 299
—, toxic action upon Fun-
dulus, and (LOEB)
1915, 23, 139
Antagonistic action of
(MtyaKkk)
1913-14, 16, 242
— — and _ oppositely
charged ions (LOEB)
1914, 19, 431
Barium sulfate precipita-
tion, effect on (FoLin)
1905-06, 1, 143
Basic, metabolism, effect
on (McCoitium and
HOAGLAND)
1913-14, 16, 299
Bence-Jones urine, reac-
tions of (TayLor and
MILLER)
1916, 25, 284
Burley tobacco, growth of,
effeet on (OOSTHUIZEN
and SHEpp)
1913-14, 16, 448
Casein, hydrolysis of, by
trypsin, effect on (Ros-
ERTSON)
1906-07, 2, 355
The Journal of Biological Chemistry
Salt(s)—continued:
Casein, solubility of, in
(ROBERTSON)
1906-07, 2, 338
Cheese curds, solubility
of, in (Sammis and
Hart)
1909, 6, 187
Cysteine, oxidation of, ef-
fect on (Marumws and
WALKER)
1909, 6, 299
Cystine, oxidation of, ef-
fect on (MatTHEws and
WALKER)
1909, 6, 299
Eggs, unfertilized, isotonic
solutions, effect of (Lit-
LIE)
1909-10, 7, xxv
Ethyl butyrate, solubility
in (NICHOLL)
1908-09, 5, 457
Fertilizers, plant enzymes,
action on (SULLIVAN)
1909, 6, xliv
Glutin, precipitation of, ef-
fect on (HANZLIK)
1915, 20, 20
Glycosuria, mechanism of
(UNDERHILL and KLEIN-
DR)
1908, 4, 395
Growth, effect on (Hart,
Miuter, and McCot-
LUM)
1916, 25, 245
Hexamethylenetetramin-
ium (JAcoss and HEI-
DELBERGER)
1915, 20, 659, 685;
1915, 21, 103, 145,
403, 439, 455, 465
Inorganic, protein solu-
tions, effect on (Ros-
ERTSON)
1911, 9, 303
Salt(s)—continued:
Insects, development of,
role in (LoEB)
1915, 23, 431
Tonic potentials and power
of inhibiting lipolysis
(NIcHOLL)
1908-09, 5, 453
Laurie acid, solubility in
organic solvents (JA-
copson and HotMEs)
1916, 25, 29
Lipolysis, | concentration
for inhibition of (NicH-
OLL) 1908-09, 5, 459
Liver autolysis, effect on
(BrapLry and TAYLor)
1916, 25, 265
Living matter, distribu-
tion in, surface tension,
role of (MacaLLuM)
1912, 11, xxii
Metabolism, endogenous,
effect on (McCoLttuM
and HOAGLAND)
1913-14, 16, 299
Metallic, absorption of,
by fish (Wurre and
THOMAS) :
1912, 11, 381
Milk, condition in (VAN
SiyKE and BoswortH)
1915, 20, 135
— content (BosworTH
and VAN SLYKE)
1916, 24, 187
Muscle, non-striated, con-
tent (SAIKT)
1908, 4, 488
Myristie acid, solubility
of, in organic solvents
(JACOBSON and HouM&s)
1916, 25, 29
Palmitie acid, solubility
of,-in organic solvents
(JACOBSON and HouMEs)
1916, 25, 29
Subjects
Salt(s)—continued:
Pancreas extract,
on (LOEVENHART
PEIRCE)
1906-07, 2, 408
Phosphates, insoluble, ef-
fect on (GREAVES)
1909-10, 7, 287
action
and
Polyorchis, isolated cen-
ter, stimulating effect on
(LOEB)
1905-06, 1, 433
Protein (GrEs)
1908, 4, xlvi
—, action on (ROBERT-
SON)
1911, 9, 303
— precipitated as, by al-
cohol (ROBERTSON)
1909-10, 7, 356
— precipitation by (Ros-
ERTSON)
1911, 9, 316
Quaternary, of hexameth-
ylenetetramine (JACOBS
and HEIDELBERGER)
1915, 20, 659, 685;
1915, 21, 103, 145,
403, 439, 455, 465
Rice plant; growth of, ef-
fect on (MryakE)
1913-14, 16, 235
Serum, amylase pancreatic,
stimulating effect on
(Croun and EpstEr)
1914, 17, 317
—, precipitation of, ef-
fect on (HANZLIK)
1915, 20, 20
Solutions, balanced and
non-balanced, osmotic
pressure of body liquids
of Fundulus, effect on
(Lors and WasTENEYS)
1915, 21, 223
467
Salt(s)—continued:
Stearie acid, solubility of,
in organic solvents (JA-
coBson and HouMEs)
1916, 25, 29
Sugar and, antagonistic
action of (LoEB)
1912, 11, 415
Toxicity of sodium chlo-
ride, effect on (OsTER-
HOUT)
1905-06, 1, 363
Urease, effect on action of
(Van SLYKE and ZAcH-
ARIAS)
1914, 19, 192
Sand:
Nitrogen elimination, ef-
fect on (MENDEL and
LEwIs)
1913-14, 16, 32
Saponin:
Yucca angustifolia, isola-
tion from (VIEHOEVER,
CHERNOFF, and JOHNS)
1916, 24, xxxiv
— radiosa, isolation from °
(Jouns, GEIGER, and
VIEHOEVER)
1916, 24, xxxiv
Sarcolactic acid:
Diabetes, theory of, rela-
tion to (WoopYATT)
1913, 14, xxxvill
Diabetic muscle, content
of (WoopyATT)
1913, 14, 441
See also Lactic acid, Para-
lactic acid.
Sarcosine:
Hydrochloride
MANN)
(Bau-
1915, 21, 565
468
Sarcosine—continued :
Oxidation with hydrogen
peroxide (Dakin)
1905-06, 1, 273
Preparation (BAUMANN)
1915, 21, 563
Savelinus fontinalis:
Proteins from fat in eggs
of (McCiEnpon)
1915, 21, 273
Scatole:
Absorption spectra of color
reactions for (HoMER)
1915, 22, 347, 362
Bacterial production
(HERTER)
1907, 3, xiv
Bromine, absorption of
(HomER)
1915, 22, 376
Celtis reticulosa wood, oc-
currence in (HERTER)
1908-09, 5, 489
Color reactions (NELSON)
1916, 24, 527
Determination (HERTER
and FostER)
1906-07, 2, 267
Dimethylamidobenzalde-
hyde reaction of urine,
relation to (HERTER)
1905-06, 1, 251
Epinephrine hydrate, de-
composition product of
(ABEL and TAVEAU)
1905-06, 1, 16
Feces, occurrence in, in
advanced anemia (HER-
TER)
1906-07, 2, 2
Glyoxylic acid reaction
(Dakin)
1906-07, 2, 289
Indole, separation from
(Herter and Foster)
1906-07, 2, 267
The Journal of Biological Chemistry
Scatole—continued:
Indoleacetic acid, relation
to (HERTER)
1908, 4, 108
Intestinal tract, occur-
rence in (HERTER)
1907, 3, xiv;
1908, 4, 101
Intestine, absorption from
(HERTER)
1908, 4, 102
Urine, spectroscopic ex-
amination of, after ad-
ministration of (HomER)
1915, 22, 364
Scatole red:
Urorosein, relation to
(HERTER)
1908, 4, 239
(HomEr)
1915, 22, 355
Schenck’s method:
Reducing substances
blood (Mactrop)
1908, 4, xvii;
1908-09, 5, 446
in
Scleroprotein:
Limulus (BRADLEY)
1913, 14, xli
Sea alge:
Iodine-bearing, involu-
tion, effect on (Mors)
1914, 19, 424
Sea urchin:
Echinochrome, isolation of
(McCrienpon)
1911, 11, 435
Ege. See Egg.
Sea water:
Carbon dioxide, determi-
nation of (MorGuLiIs
and FULLER)
1916, 24, 31
Freezing point (Lons and
WASTENEYS)
1915, 21, 224
Subjects
Sea water—continued:
Glycosuria production
with (BURNETT)
1908, 4, 57
Todine eontent (CAMERON)
1915, 23, 4
Oxygen content (ALSBERG
and CLARK)
1914, 19, 508
Secretin:
Diabetes mellitus, treat-
ment with (FosTER)
1906-07, 2, 297
(Dakin and Ransom)
1906-07, 2, 305
Secretion:
Blood pressure, relation to
(MacCatium)
1905-06, 1, 342
Factors influencing (Mac-
CaLLuM)
1905-06, 1, 335
Internal, of thyroid (CaRrL-
son and WOoOELFEL)
1909, 6, xv
Muscular activity, relation
to (MacCatium)
1905-06, 1, 338
Parathyroids (CARLSON
and WOELFEL)
1909-10, 7, xxi
Physies of (MacaLuum)
1914, 17, viii
Thyroids (Cartson and
W OELFEL)
1909-10, 7, xxl
Semicarbazide:
Blood sugar content, ef-
fect on (UNDPRHILL)
1914, 17, 298
Seralbumin:
Refractive index (Ros-
ERTSON)
1912, 11, 189
Serine:
Glucose from (Daxkry)
1913, 14, 326
469
Serine—continued:
Legumelin content
BORNE and Hry1L)
1908-09, 5, 198
Legumin content (Os-
BORNE and CLaApp)
1907, 3, 225
Metabolism (Dakin)
1913, 14, 326
Picrolonate (LEVENE and
VAN SLYKE)
1912, 12, 136
Protamine content (TAy-
LOR)
(Os-
1908-09, 5, 393
Serolipase:
Nature of (von Huss)
1911-12, 10, 382
Serum:
Acids, precipitation by
(HANZLIK)
1915, 20, 18
Albumin, alkaloidal re-
agents, precipitation by
(HANZLIK)
1915, 20, 13
—, bacteria, behavior to-
wards (Sperry and
RETTGER)
1915, 20, 451
— content (JEWETT)
1916, 25, 21
— —, age and diet, effect
of (WELLS)
1913, 15, 37
—, glucose from (JANNEY)
1915, 20, 333
* —, metabolism, rate of
(JANNEY)
1915, 20, 326
—, pancreatic enzyme, hy-
drolysis by (HaRpDING
and MacL4ran)
1916, 24, 514
Alcohol, precipitation by
(HANzLIK)
1915, 20; 16
470
Serum—continued:
Amylase, pancreatic, stim-
ulating effect on (CROHN
and EpstEIn) :
1914, 17, 317
Anaphylaxis, chloral hy-
drate, effect of (BANz-
HAF and FAMULENER)
1909, 6, xlu
Anti-Aspergillus, imulase,
effect of (SATKT)
1907, 3, 399
—, inversion of sucrose,
effect on (SAIKI)
1907, 3, 399
Anti-cholera anti-typhoid,
horse, fractionation of
(Grpson and Couns)
1907, 3, 244
Anti-dysentery, horse,
fractionation of (GIB-
son and Couns)
1907, 3, 244
Antitoxic, fractional pre-
cipitation (BANzHAF and
GIBSON)
1907, 3, 253
—, globulin solutions and,
relative therapeutic val-
ue (BANZHAF) .
1908, 4, x1
Aspergillus sucrase, effect
on (SAIKI)
1907, 3, 400
Autolysis, effect on (BEN-
son and WELLS)
1910-11, 8, 71
Blood, albumin, micro-re-
fractometric determina-
tion of (RoBERTSON)
1915, 22, 233
—, conductivity of (Tay-
LOR)
1905-06, 1, 179
(GerrLer and BAKER)
1916, 25, 220 |
The Journal of Biological Chemistry
Serum—continued:
Blood, creatinine content
(SHAFFER and ReErNo-
Xo)
1909-10, 7, xxx
—, globulin, micro-refrac-
tometric determination
of (ROBERTSON)
1915, 22, 233
—, inosin, action on (LE-
VENE and MEpDIGRECE-
ANU)
1911, 9, 68
—, invertin content after
ingestion of invertin
(KuRIYAMA)
1916, 25, 539
—, Limulus, hemocyanin
content (ALSBERG)
1914 19, 80
—, —, nitrogen distribu-
tion in (ALSBERG)
1914, 19, 79
—, nitrogen, non-colloidal,
determination of (WEL-
KeR and Fats)
1916, 25, 567
—, phosphorus in (Tay-
Lor and MrLumr)
1914, 18, 224
—, proteins, optical meth-
od of determining (Ros-
ERTSON )
1912S Lun
—, —, removal of (VAN
SLYKE, VINOGRAD-
Vittcuur, and LosEE)
1915, 23, 380
, thymus nucleic acid,
action on (LEVENE and
MupiGRECEANU)
1911, 9, 402
—, uric acid, solubility of
(TAYLOR)
1905-06, 1, 177
Subjects 471
Serum—continued: Serum—continued:
Blood, yeast nucleic acid,
action on (LEVENE and
MnmpIGRECEANU)
1911, 9, 69, 401
Buffer value (McCLEN-
DON)
1916, 24, 523
— —, charts for (Mc-
CLENpDoN and Macoon)
1916, 25, 678
Carbon dioxide pressure
of (McCLENDON)
1916, 24, 528
—— tension, buffer value,
relation to (McCLEN-
pon and Macoon)
1916, 25, 679
Cat, proteins of (WooL-
SEY) 1913, 14, 438
Colloids, precipitation of,
with aluminium _hy-
droxide cream (WEL-
KER and FAs)
1916, 25, 567
Conductivity (GETTLER
and BAKER)
1916, 25, 220
Dextrose, action on (Ku-
RIYAMA)
1916, 25, 538
Diphtheria antitoxic, goat
and horse (Gipson and
Cours)
1907, 3, 248
Dog, proteins of (WooL-
SEY) 1913, 14, 487
Duck, proteins of (THomp-
SON) 1915, 20, 4
Filtration (GrBson)
1919, 6, xxvi
Globulin (Greson)
1905-06, 1, 161
—, amphoteric electro-
lytes, laws of, applied to
(ROBERTSON)
1908-09, 5, 155
Globulin content (JEWETT)
1916, 25, 21
— —, age and diet, ef-
fect of (WELLS)
1913, 15, 37
—, diphtheria antitoxin
content, relation to
(BanzHar and Grpson)
1908, 4, xii
—, dissociation of (Lun-
DEN)
1908, 4, 280
—, refractive index (Ros-
ERTSON)
1910-11, 8, 441
—, tetanus antitoxin con-
tent, relation to (BANz-
HAF and GIBSON)
1908, 4, xii
Goat, proteins of (WooL-
SEY)
1913, 14, 486
Goose, proteins of (THOMP-
SON)
1915, 20, 5
Guinea fowl, proteins of
(BriaGs)
1915, 20, 10
— pig, proteins of (WooL-
SEY)
1913, 14, 439
Hemolytic, amboceptor
content of heated, after
contact with corpuscle
(MANWARING)
1905-06, 1, 213
—, quantitative methods
with (MANWARING)
1907, 3, 387
Hen, proteins of (THomp-
SON)
1915, 20, 2
Hog, proteins of (WooL-
SEY)
1913, 14, 435
472
Serum—continued:
Horse, proteins of (Ros-
ERTSON)
1912-13, 13, 325
Hydrogen ion concentra-
tion (McCLENDON)
1916, 24, 522
(McCienpon and Ma-
GOON)
1916, 25, 672
Intestinal sucrase, activ-
ity of, effect on (KuRI-
YAMA)
1916, 25, 541
Invertin activity, effect
on (KURIYAMA)
1916, 25, 541
Limulus polyphemus, nitro-
gen distribution in (ALs-
BERG)
1914, 19, 80
— —, oxygen, solubility
of, in (AnsBERG and
CLARK)
1914, 19, 503
— —, reduction of oxy-
hemocyanin in (ALSs-
BERG)
1915, 23, 495
Milk, acidity of (VAN
StykE and BoswortH)
1914, 19, 74;
1915, 20, 149
(BoswortH and VAN
SLYKE)
1916, 24, 182
—, constituents of (VAN
Styke and BoswortH)
1915, 20, 138
(BosworTH)
1915, 20, 708
—, preparation of (VAN
SLtykKE and BoswortH)
1915, 20, 136
Nephritic, phosphorus
content (GREENWALD)
1915, 21, 35
—, human
The Journal of Biological Chemistry
Serum—continued:
Nitrogen content (GErT-
LER and BAKER)
1916, 25, 213
Non-protein content (JEw-
ETT)
1916, 25, 21
Ox, proteins of (WooL-
SEY)
' 1913, 14, 434
—, —, refractive index
(ROBERTSON)
1912, 11, 179
Pathology, analytical
methods of (MANWAR-
ING)
1905-06, 1, 213
Phosphorus, acid-soluble,
determination of
(GREEN WALD)
1915, 21, 29;
1916, 25, 431
— content after para-
thyroidectomy (GREEN-
WALD)
1913, 14, 369
—, lipoid, determination
of (GREENWALD)
1915, 21, 29
Pigeon, proteins of
(Briaes)
1915, 20, 7
Polyagglutinative goat,
fractionation of (GrB-
son and CoLurns)
1907, 3, 242
— rabbit, fractionation
of (Grsson and CoL-
LINS)
1907, 3, 238
Protein, blood relation-
ship as displayed by
(RoBERTSON)
_ 1912-18, 13, 325
(WooLsEyY)
1913, 14, 483
Subjects
Serum—continued:
Protein, blood relation-
ship as displayed by
(THOMPSON)
1915, 20, 1
(Briaes) ;
1915, 20, 7
(JEWETT)
1916, 25, 21
— content, fasting, ef-
fect of (ROBERTSON)
1912-13, 13, 325
(BriGGs) ,
1915, 20, 7
—, hydrogen ion con-
centration of (ROBERT-
SON)
1909-10, 7, 352
—, normal and _ fasting
conditions, effect of
(RoBERTSON)
1912-13, 13, 325
Rabbit, anti-inulase or in-
ulin-splitting enzyme
in (SAIKI) -
1907, 3, 397
—, protein content (RoB-
ERTSON)
1912-13, 13, 331
Rat, proteins of (RoBERT-
SON)
1912-13, 13, 335
Rooster, proteins _ of
(THoMpPsoN)
1915, 20, 3
(Briags)
1915, 20, 9
Sheep, proteins of (WooL-
SEY) ‘
1913, 14, 435
Surface tension, heating,
effect of (ERDMANN)
1913, 14, 146
— —, incubation, effect
of (ERDMANN)
1913, 14, 145
473
Serum—continued:
Thymus nucleic acid, ac-
tion on (AMBERG and
JONES)
1911-12, 10, 86
Turkey, proteins of
(THOMPSON)
1915, 20, 4
Urea, stability of, in (Mar-
SHALL)
1913, 15, 491
Uricolysis, effect on
(Writs and CorRPER)
1909, 6, 333
Yeast nucleic acid, ac-
tion on (AmperRG and
JONES)
1911-12, 10, 86
Sex:
Hair, composition of, ef-
fect on (RUTHERFORD
and Hawk)
1907, 3, 462
Shaffer’s method:
g-Hydroxybutyric acid
(Cooxn and GorsLIN)
1911-12, 10, 291
Shaking:
Fat digestion by lipase,
effect on (BRADLEY) ~
1909, 6, 161
Ptyalin activity, effect on
(Harrow and SriLEs)
1909, 6, 359
Sheep:
Glucose, intolerance to
(Hunter and Hirt)
1914, 17, 61
Shellfish:
Oxygen requirement
(MircHE.1)
1914, 17, xxxi
Shiga bacillus:
Urea nitrogen of (KEN-
pDALL and WALKER)
1913. 15, 282
474
Silver salts:
Fatty acids, solubility of,
in organie solvents (JA-
copson and Ho.LmMgs)
1916, 25, 51
Simaba cedron:
Cedrin, isolation of (V1E-
HOBVER, GEIGER, and
JOHNS)
1916, 24, xxx
Simia satyrus:
Purine enzymes of (WELLS
and CALDWELL)
1914, 18, 157
Skin:
Seeretions of cow, pig-
ment of (PALMER and
ECKLES)
1914, 17, 211
Sleep:
Metabolism, effect on
(BENEDICT)
1915, 20, 287
Urine composition, effect
on (OsSTERBERG and
WOLF) 1907, 3, 167
Smooth muscle:
Ash, analysis of (RYAN
and Meres)
1912, 11, xxv
Soaps:
Intestine, absorption from
(RAPER)
1913, 14, 126
Sodium:
Excretion in monkey
(BAUMANN and OviIAtTT)
1915, 22, 44
Fibrin, combination with
(BoswortH)
1915, 20, 92
Foods, content of (SHER-
MAN and GETTLER)
1912, 11, 327
Metabolism in acromegaly
(MerpIGRECEANU and
KRISTELLER)
1911, 9, 116
The Journal of Biological Chemistry
Sodium benzoate:
Bacteria, multiplication
and gas production, ef-
fect on (HERTER)
1909-10, 7, 59
Fate in human organism
(Dakin)
1909-10, 7, 103
Uric acid excretion, effect
on (Lewis and Karr)
1916, 25, 13
See also Benzoie acid.
Sodium bicarbonate:
Latent period in liver
autolysis, effect on
(BRADLEY and TayLor)
1916, 25, 369
Liver autolysis, effect on
(BrapLuy and TayLor)
1916, 25, 267
Nitrogen metabolism, ef-
fect on (HASKINS)
1906-07, 2, 217
Purine metabolism, effect
on (Mactrop and Has-
KINS)
1906-07, 2, 232
Urine of nephritis, effect on
(PaLtMER and HENDER-
SON) 1915, 21, 57
Sodium carbonate:
Blood sugar content, ef-
fect on (UNDERHILL)
1916, 25, 463
Carbamate content of am-
monium carbamate and
carbonate, effect on
(MactEop and Has-
KINS)
1905-06, 1, 327
Diabetes of depancrea-
tized dogs, effect on
(Muruin and KraMER)
1916, 24, xxv
Glucose in depancreatized
dogs, effect on (Mur-
tin and KRAMER)
1916, 24, xxiv
Subjects
Sodium carbonate—continued:
Glycosuria, effect on (KRA-
mEeR and MuRLIN)
1915, 20, xxvii
—, epinephrine, effect on
(UNDERHILL)
1916, 25, 463
Hyperglycemia, effect on
(Kramer and MuRLIN)
1915, 20, xxvil
—, epinephrine, effect on
(UNDERHILL)
1916, 25, 463
Magnesium sulfate anes-
thesia, effect on (UNDER-
HILL)
1916, 25, 447
Respiratory metabolism,
effect on (KRAMER and
Mur.in)
1915, 20, xxvil
Sodium chloride:
Ammonia elimination, ef-
fect on (UNDERHILL)
1913, 15, 333
Barfoed’s test, disturbing
factor in (WELKER)
1909, 6, xxxill
Barium sulfate precipita-
tion, effect on (FoLtN)
1905-06, 1, 144
Blood sugar, effect on (UN-
DERHILL)
1905-06, 1, 118
Casein, rate of solution of,
in sodium hydroxide, ef-
fect on (ROBERTSON and
Mr1yAKE)
1916, 25, 354
Glycosuria, mechanism of
(UnpERHILL and KLEIN-
ER)
1908, 4, 395
—, potassium chloride,
inhibiting effect of (BuR-
NET?
1908-09, 5, 351
475
Sodium chloride—continued:
Hydrochloric acid and,
chemical and_ physio-
logical properties of
(PETERS)
1908, 4, xxviii
Metabolism, effect on
(Lusk)
1912-13, 13, 37
Oxidation in sea urchin’s
eggs, effect on (Mc-
Cienpon and Mircu-
ELL)
1911-12, 10, 459
Toxicity (OstERHOUT)
1905-06, 1, 363
Yeast enzyme, dialyzed,
effect on (KOELKER)
1910-11, 8, 171
Sodium cholate:
Metabolism in cystinuria,
effect on (WoLF and
SHAFFER)
1908, 4, 456
Sodium citrate:
Blood containing hirudin,
action on (VERA and
LoxsB)
1914, 19, 314
Nitrogen metabolism, ef-
fect on (HASKINS)
1906-07, 2, 217
Purgative, action as (BAN-
CROFT)
1907, 3, 193
(AUER)
1908, 4, 200
Purine metabolism, effect
on (Mactrop and Has-
KINS)
1906-07, 2, 232
Sodium cyanide:
Arbacia eggs, rate of oxi-
dation in, effect on
(WASTENEYS)
1916, 24, 284
476
Sodium fluoride:
Blood containing hirudin,
action on (VERA and
Loxrs)
1914, 19, 312
Esterase, compound with
(PEIRCE)
1913-14, 16, 5
Esters, hydrolysis of, by
animal esterases, effect
on (LOEVENHART)
1906-07, 2, 446
inhibiting effect
and
Lipase,
on (LOEVENHART
PEIRCE)
1906-07, 2, 397
(AmBERG and LOEVEN-
HART)
1908, 4, 149
Papain, action on (MEnN-
pEL and Bioop)
1910-11, 8, 184
Sodium glycerophosphate:
Aspergillus niger, utiliza-
tion by (Dox)
1911-12, 10, 79
Sodium glycocholate:
Surface tension, effect on
(ALLEN)
1915, 22, 507
Sodium hydroxide:
Casein, rate of solution of,
in, alkali and alkaline
earth salts, effect of
(Ropertson and Mr-
YAKE)
1916, 25, 351 |
Fat digestion by lipase,
effect on (BRADLEY)
1909, 6, 148
Liver autolysis, effect on
(BrapLEy and TayLor)
1916, 25, 268
Melanin, extraction of
(GORTNER)
1910-11, 8, 341
|
|
The Journal of Biological Chemistry
Sodium hydroxide—continued:
Oxidation in sea urchin’s
eggs, effect on (LonB
and WASTENEYs)
1913, 14, 459, 469;
1915, 21, 156
Permeability, . effect on
(OsSTERHOUT)
1914, 19, 335
Sugar oxidation, effect
on (MatHEws)
1909, 6, 4
Urease, effect on (Mar-
SHALL)
1914, 17, 356
Sodium iodide:
Animal tissues, determi-
nation in (HANzLIK)
1909-10, 7, 459
Sodium o0-iodobenzoate:
Respiratory center, action
on (LOEVENHART and
GROVE)
1909-10, 7, xvi
Sodium o0-iodosobenzoate:
Respiratory center, action
on (LOEVENHART and
GROVE)
1909-10, 7, xvi
Sodium o0-iodoxybenzoate:
Respiratory center, action
on (LOBVENHART and
GROVE)
1909-10, 7, xvi
Sodium metaphosphate:
Aspergillus niger, utiliza-
tion by (Dox)
1911-12, 10, 78
Sodium nitrate:
Barium sulfate precipita-
tion, effect on (Four)
1905-06, 1, 145
Sodium nitroprussiate:
Thyroid feeding, effect on
poisoning by (Hunt)
1905-06, 1, 42
Subjects
Sodium nucleinate:
Aspergillus niger, utiliza-
tion by (Dox)
1911-12, 10, 79
Metabolism of (HuNTER
and GIVvENS)
1912-13, 13, 381;
1914, 17, 41
— —, in human subject
(Givens and HunTER)
1915, 23, 299
Sodium orthophosphate:
Aspergillus niger, utiliza-
tion by (Dox)
1911-12, 10, 78
Sodium oxalate:
Blood sugar content, ef-
fect on (UNDERHILL)
1916, 25, 456
Epinephrine glycosuria,
effect on (UNDERHILL)
1916, 25, 456
Sodium phosphate:
Blood sugar content, ef-
fect on (UNDERHILL)
1916, 25, 456
Glycosuria, epinephrine,
effect on (UNDERHILL)
1916, 25, 456
Hyperglycemia, epineph-
rine, effect on (UNDER-
HILL) 1916, 25, 456
Sodium pyrophosphate:
Aspergillus niger, utiliza-
tion by (Dox)
1911-12, 10, 78
Feeding experiments with
(Wirners and Ray)
1913, 14, 55
Sodium salts:
Nerve, stimulation of
(LorB and Ewatp)
1916, 25, 378
Osmotic pressure of lec-
ithin suspensions, effect
on (THOMAS)
1915, 23, 359
477
Sodium salts—continued:
Pancreatic extracts, ac-
tion on (LOEVENHART
and PEIRCE)
1906-07, 2, 408
Potassium salts, antago-
nistic action of (Mr-
YAKE)
1913-14, 16, 251
Rice plant, growth of,
effect on (MryaKkn)
1913-14, 16, 237
Stimulating effect, sodium
chloride, réle of (Lons
and Ewa.p)
1916, 25, 382
Viscosity of lecithin sus-
pensions, effect on
(THOMAS)
1915, 23, 367
Sodium succinate:
Hydroquinone, oxidation
of, effect on (BUNZELL)
1915, 20, 700
Sodium sulfate:
Barium sulfate precipita-
tion, effect on (FoLrN)
1905-06, .1, 145
Purgative action (BaAN-
CROFT)
1907, 3, 199
(AUER)
1908, 4, 198
Sodium sulfide:
Soils, oxidation in (BROWN
and KELLOGG)
1915, 21, 81
Sodium tartrate:
Blood sugar content, in
diabetes effect on (UN-
DERHILL)
1912-13, 13, 22
Paramecium aurelia, di-
vision rate, effect on
(WooprurFF and UNDER-
HILL)
1913, 15, 393
478
Sodium tartrate—continued:
Urinary constituents in
phlorhizin diabetes, ef-
fect on elimination of
(UNDBRHILL)
1912, 12, 115
Soil:
Acidity, determination of,
logical method (Mr1-
YAKE)
1916, 25, 28
Arginine, presence of
(SCHREINER and SHOR-
BEY)
1910-11, 8, 381
Cytosine, presence of
(SCHREINER and SHoR-
EY)
1910-11, 8, 389
Fatigue, organic com-
pounds, cause of
(SCHREINER and SuULLI-
VAN) 1909, 6, 39
Fertility, germination
products and (ScHREIN-
ER and SULLIVAN)
1907, 3, xxv
—, oxidizing power of
roots, réle in (ScHREIN-
PR and REED)
1907, 3, xxiv
Histidine, presence — of
(SCHREINER and SHoR-
EY)
1910-11, 8, 381
Hypoxanthine, presence
of (ScCHREINER and
SHOREY)
1910-11, 8, 392
Oxidation, biological an-
alogies in (SCHREINER
and SHOREY)
1911, 9, xvii
Peat, relation to Ohio
bog vegetation (Dacu-
NOWSKI)
1912, 11, xxxvili
The Journal of Biological Chemistry
Soil—continued:
Phosphates and (GREAVEs)
1909-10, 7, 309
Phytosterol in (ScHREIN-
ER and SHOREY)
1911, 9, 9
Picoline carboxylic acid in
(SCHREINER and SHOR-
EY)
1907, 3, xxxvili
Proteins, secondary de-
composition products
of, in (SCHREINER and
SHOREY)
1907, 3, xxxvili
Purine bases in (SCHREIN-
ER and SHOREY)
1910-11, 8, 385
Pyrimidine bases in
(SCHREINER and SHOR-
BY)
1910-11, 8, 385
Sulfides, oxidation of
(Brown and KELLoae)
1915, 21, 76
Sulfofying power (BROWN
and KELLOGG)
1915, 21, 73
Total organic constituents
(SCHREINER and SHoR-
BY)
1908, 4, xxvi
Xanthine, presence in
(SCHREINER and SHOR-
HY)
1910-11, 8, 391
Solids:
Blood content (GETTLER
and BAKER)
1916, 25, 213
Solution tension:
Metals, and action on
spontaneous oxidation
of cysteine (MaTHEWs
and WALKER)
1909, 6, 306
Subjects
Solution tension—continued:
Toxicity in lipolysis and
(Ponp)
1907, 3, xxvl;
1908, 4, xliv
Sorbitol:
Carbon, source of, for
fungi (NEIDIG)
1913-14, 16, 143
Sorensen’s method:
Amino method, compari-
son with Van Slyke’s
and colorimetric (HARD-
inc and MacLEAn)
1916, 24, 508
Protein hydrolysis, esti-
mation of, by (Harp-
tna and MacLean)
1916, 24, xv
Souring:
Milk, changes in, during
(VAN SLYKE and Bos-
WORTH)
1916, 24, 191
Soxhlet’s apparatus:
Liquid extraction, use for
(SATKI)
1909-10, 7, 21
Modified form (GREENE)
1909-10, 7, 503
Soy bean:
Amino-acid content (NoL-
LAU) 1915, 21, 614
Nitrogen elimination, ef-
fect on (MrEnpEL and
Lewis)
1913-14, 16, 67
Urease content (MATHER
and MARSHALL)
1916, 25, 298
—, See also Urease.
Utilization (MenpEL and
FINE)
1911-12, 10, 437
Specific dynamic action:
dl-Alanine (Lusk)
1915, 20, 575
479
Specific dynamic action—con-
tinued:
Foodstuffs (Lusk)
1915, 20, 555
Glucose in hydrazinized
dogs (UNDERHILL and
MuvrtIn)
1915, 22, 501
Glyeocoll (Lusk)
1915, 20, 575, 612
Proteins (WILLIAMS,
Ricue, and Lusk)
1912, 12, 369
(Lusk)
1912-13, 13, 169;
1915, 20, 615
(WIsHART)
1915, 20, 536
Specific gravity:
Blood (Gurripr and Ba-
KER)
1916, 25, 221
Specificity :
Hemoglobin (BRADLEY
and SANSUM)
1914, 18, 497
Spectroscope:
Ives diffraction grating as
(Saxon)
1914, 17, 103
Sperm:
Substance which will fer-
tilize eggs of same spe-
cies, extraction of (RoB-
ERTSON)
1912, 12, 1
Spermatozoa:
Cytolysis of (TAYLOR)
1908-09, 5, 312
Sphaeropsis malorum:
Erepsin of (REED and
STAHL)
1911-12, 10, 109
Sphingamine:
(LEVENE and JACOBS)
1912, 11, 553
480
Sphingine:
(LEVENE)
1916, 24, 79
Sphingomyelin:
(LEVENE)
1913, 15, 153;
1914, 18, 453;
1916, 24, 69
Sphingosine:
(LEVENE and JAcoBs)
1912, 11, 547, xxix
(LEVENE and WsEstT)
1913-14, 16, 549;
1914, 18, 481;
1916, 24, 63
Diacetate (LEVENE and
JACOBS)
1912, 11, 549
Oxidation (LEVENE and
West)
1913-14, 16, 549;
1914, 18, 481
Ozone, action of (LEVENE
and Wast)
1904, 18, 483
Picrolonate (LEVENE and
WEstT) 1916, 24, 64
Sulfate (LEVENE and
JACOBS)
1912, 11, 549
Spinach:
Oxidase
ZELL)
activity (BuNn-
1916, 24, 105
Spinal cord:
Pathological conditions
from wheat feeding
(Hart, Minumr, and
McCouium)
1916, 25, 242
Urea content (MARSHALL
and Davis)
1914, 18, 60
Spinal fluid:
Urea content
and Ewuts)
1915, 20, 511
(CULLEN
The Journal of Biological Chemistry
Spinal fluid—continued:
Urea, determination — of
(VAN SLYKE and CuL-
LEN) 1914, 19, 219
Spiro’s method:
Ammonia (Hows and
Hawk) 1908, 4, x;
1908-09, 5, 477
Urea (Howe and Hawk) |
1908, 4, x;
1908-09, 5, 477.
Spleen:
Absence of, glycosuria, ef-
fect on (Austin and
RINGER)
1913, 14, 139
Amino-acid content (VAN
SLYKE and MrysEr)
1913-14, 16, 208
Autolysis of (CoRPER)
1912, 11, 33
Chemistry of (CorpPER)
1912, 11, 27
Cholesterol content (Cor-
PER) 1912, 11, 45;
1912, 12, 201
Creatine content (JAN-
NEY and BLATHERWICK)
1915, 21, 580
Guanylic acid of (JonES
and ROWNTREE)
1908, 4, 289
Nucleic acid, identity
with thymus and pan-
creas nucleic acids
(JONES)
1908-09, 5, 1
Nucleoprotein, hydrolysis
of (Manpret and Lz-
VENB)
1907, 3, xxiii
— of pig’s (Jones and
ROWNTREE)
1908, 4, 290
Ox, guanylic acid, action
on (JONES)
1911, 9, 134
Subjects
Spleen—continued:
Pig’s, thymus nucleic acid,
action on (JoNES and
AUSTRIAN)
1907, 3, 5
Purine enzymes of (CorR-
PER)
1912, 11, 32
Urea content (MARSHALL
and Davis)
1914, 18, 60
Uricase of (CorPER)
1912, 11, 34
Xanthine-oxidase of (CorR-
PER)
1912, 11, 33
Sponges:
Aspartic acid, isolation of
(WHEELER and MEN-
DEL)
1909-10, 7, 8
Iodine complexes _ of
(WHEELER and MEN-
DHL)
1909-10, 7, 1
Squalus acanthras:
Egg yolk, globulin of
(ALsBERG and CLARK)
1908-09, 5, 243
Staphylococcus pyogenes au-
reus:
Dextrose broth, action on
(KENDALL and FARMER)
1912, 12, 216
d-Lactic acid, production
of (HEINEMANN)
1906-07, 2, 603
Proteins, behavior toward
(Sperry and RerrGEr)
1915, 20, 449
Starch:
Diastase, digestion by
(Rock woop)
1910-11, 8, 339
Digestibility (Rockwoop)
1910-11, 8, 336
481
Starch—continued:
Lintner soluble (CLARK)
1909-10, 7, lv
Nitrogen elimination, ef-
fect on (MenpEL and
Lewis)
1913-14, 16, 38
Pancreatic digestion
(RocKwoop)
1910-11, 8, 336
Plant tissue and diastase
(BrapLEY and KEL-
LERSBERGER)
1912-13, 13, 425
Protein digestion, effect
on (Van StyKE and
WHITE)
1911, 9, 224
Salivary digestion (RocK-
woop)
1910-11, 8, 338
Soluble, nitrogen elimina-
tion, effect on (MEN-
DEL and LEwis)
1913-14, 16, 39
Starch iodate:
Involution, effect on
(Morse)
1914, 19, 425
Starfish:
Eggs, phosphatides of
(MatTHEWs)
1913, 14, 466
—,and sea urchin eggs,
chemical differences
(MatHEws)
1913, 14, 465
—, unfertilized, activation
by butyric acid, mass
action in (LILLIe)
1916, 24, 233
Starvation:
Acidosis and (Fouin and
DENIS)
1915, 21, 183
482
Starvation—continued:
Creatine content of mus-
cle, effect on (My3Ers
and FInr)
1913, 15, 283
— elimination during, pro-
tein, effect of (RosE)
1915, 20, xix
— of urine during (My=Ers
and FINE)
1913, 15, 293
Fat transport in (MENDEL
and DANTELS)
1912-13, 13, 90
Nitrogen distribution in
urine, effect on (UNDER-
HILL and KLEINER)
1908, 4, 167
Protein relationships in
(BRADLEY and TAyLor)
1916, 25, 278
Repeated, and creatine
content of body (MyErs
and FINE)
1913, 15, 298
Sulfur distribution in
urine, effect on (UNDER-
HILL and KLEINER)
1908, 4, 167
Triacetin values, effect on
(LOEVENHART)
1906-07, 2, 4389
Stearic acid:
Cephalin, isolation from
(LEVENE and WsEstT)
1913-14, 16, 419
Ethyl ester, absorption of
(Bioor)
1918-14, 16, 525
Mannite esters (Boor)
1909-10, 7, 428;
1912, 11, 141
Oxidation with hydrogen
peroxide (Daxry)
1908, 4, 229
The Journal of Biological Chemistry
Stearic acid—continued:
Salts, solubility of, in
organic solvents (JA-
copson and Hommss)
1916, 25, 29
Stem:
Germination, proteolytic
changes during (SuzUK1)
1907, 3, 265
Sterilization:
Nitrogen compounds of
milk, effect on (OLSON)
1908-09, 5, 271
Stimulation:
Brain, by creatine (Max-
WELL) 1907, 3, 21
Cell penetration by acids,
comparison with (Cro-
ZIER) 1916, 24, 270
Chemical, of motor areas
of brain (MaxWwELL)
1906-07, 2, 183
—, of nerves (Lows and
EWALD)
1916, 25, 377
—, reaction of infusoria
to (ROBERTSON)
1905-06, 1, 185
—, relation to electrical
stimulation (LomB and
EWALp) ’
1916, 25, 386
Efficiency (ROBERTSON)
~ 1905-06, 1, 189
Latent period of, calcium,
effect of (LorB and
EWALD)
1916, 25, 384
Mechanism of process of
(CROZIER)
1916, 24, 270
Motor areas of cerebral
hemispheres(MaxWELL)
1906-07, 2, 183
Oxygen want, mechanism
of (GassER and LoEVEN-
HART) 1913, 14, xxx
Subjects
Stimulation—continued:
Stomach, by water (BER-
crim, Reuruss, and
Hawk)
1914, 19, 345
Stimuli:
Chemical, reaction of infu-
soria to (ROBERTSON)
1905-06, 1, 185
Metabolism, effect on
(BENEDICT)
1915, 20, 282
Osmotic, reaction of in-
fusoria to (ROBERTSON)
1905-06, 1, 185
Psychic and sensory, ef-
fect of, on hypergly-
cemia produced by cold
(Kramer and Corr)
1916, 25, 423 °
Stizolabium deeringianum:
Urease, absence of (Ma-
TEER and MarsHALl)
1916, 24, xxx
Stomach:
Absorption from (Four
and LyMAN)
1912, 12, 259;
1912-13, 13, 389
Acidity (BurcErmm, REH-
russ, and Hawk)
1914, 19, 345
Alanine, absorption of,
from (Four and Ly-
MAN)
1912, 12, 261
Contents, hydrogen ion
concentration, indicator
method for (McCiLEN-
pon and Macoon)
1916, 25, 680
Creatinine, absorption of,
from (Four and Ly-
MAN) 1912, 12, 262
Fat absorption from (MEN-
pEL and BAUMANN)
1915, 22, 165
483
Stomach—continued:
Glycocoll, absorption of,
from (Fourn and Ly-
MAN)
1912, 12, 260
Juice, hemoglobin, — re-
duction of, by (Harris
and CREIGHTON)
1915, 20, 186
Proteins, digestion of, in
(Van StyKHand WHITE)
1911, 9, 209
Sudan III, absorption of
(MenpEL and Bav-
MANN)
1915, 22, 189
Urea, absorption of (Fo-
Lin and LyMAN)
1912, 12, 263
Water, stimulatory power
of, on (BerGemm, REH-
russ, and Hawk)
1914, 19, 345
Witte’s peptone, absorp-
tion of (Foury and Ly-
MAN)
1912, 12, 261
Streptococcus:
Dextrose broth, action on
(KenpALL and Farm-
ER)
1912, 12, 219;
1912-13, 13, 69
lacticus, d-lactic __ acid,
production of (HEINE-
MANN)
1906-07, 2, 603
Strongylocentrotus purpuratus:
Fertilizing substance of,
which will fertilize eggs
of same species (RosB-
ERTSON)
1912, 12, 1
Strontium:
Growth of rice plant, ef-
fect on (Mryak®8)
1913-14, 16, 261
484
Strontium—continued:
Polyorchis, isolated cen-
ter, stimulating effect
on (Lor)
1905-06, 1, 431
Strontium chloride:
Casein, rate of solution of,
in sodium hydroxide, ef-
fect on (ROBERTSON and
MIYAKE)
1916, 25, 356
Strychnine:
Albumin, colloidal com-
pound with (Brown)
1906-07, 2, 149
Animal tissue, fixation by
(Brown)
1906-07, 2, 152
Corpse, persistence in
(Cram and M®sERVE)
1910-11, 8, 495
Picrolonate (WARREN and
WEIss)
1907, 3, 334
Reductase, action on (HArR-
RIS and CREIGHTON)
1915, 22, 537
Toxicity, electrolytes, ef-
fect of (ROBERTSON)
1905-06, 1, 535
Stunting:
Growth capacity, effect on
(OsBoRNE and Mzen-
DEL)
1915, 23, 489
Succinic acid:
Cheese content (Suzuxt,
Hastings, and Harr)
1909-10, 7, 439, 453
Fate in diabetic organism
(RinceER, FRANKEL, and
JONAS)
1913, 14, 539
Sucrase:
Aspergillus, effect of anti-
Aspergillus serum (Sat-
KI) 1907, 3, 401
The Journal of Biological Chemistry
Sucrase—continued:
Aspergillus, serum, effect
of (SAIKI)
1907, 3, 401
Intestinal, activity, blood,
effect of (KurryaMA)
1916, 25, 541
—, anti-Aspergillus serum,
effect of (SATKI)
1907, 3, 402
—, serum, effect of (Sark)
1907, 3, 402
(KuRryAMA)
1916, 25, 541
Penicillium camemberti,
presence in (Dox)
1909, 6, 466
— pinophilum, presence
in (CLARK and ScaALEs)
1916, 24, xxxil
Sucre virtuel:
Blood, fresh (MactEop)
1913, 15, 497, 513
(LEPINE)
1913-14, 16, 559
Sucrose: ,
Arrowhead tubers, isola-
tion from (Mt1yaK&)
1913, 15, 223
Blood, inverting power of,
after parenteral injec-
tion of (KuRrIYAMA)
1916, 25, 534
— serum, inverting power
of, after parenteral in-
jection (KurryaAMa)
1916, 25, 534
Inversion, anti-Aspergzllus
serum, effect of (SArkr)
1907, 3, 399
— by ferments (TayLor)
1908-09, 5, 405
Metabolism (Lusk)
1915, 20, 590
Nitrogen elimination, ef-
fect on (MENDEL and
Lrwis)
1913-14, 16, 40
Subjects
Sucrose—continued:
Nitrogen partition, effect
on, of substituting alco-
hol for (HAMMETT)
1916, 25, 601
Sweet potato tubers, iso-
lation from (MryaKe)
1915, 21, 505
Tissue, kidney, action on
(LEVENE and MryzErR)
1914, 18, 474
Uric acid, endogenous, ex-
cretion, effect on (MEN-
DEL and STEHLE)
1915, 22, 220
Utilization (KuRIYAMA)
1916, 25, 521
—, imvertin, effect of
(KURIYAMA)
1916, 25, 533
—, parenteral (HoGan)
1914, 18, 493
Sudan III:
Intestine, absorption from
(MENDEL and Bav-
MANN)
1915, 22, 189
Stomach, absorption from
(MENDELL and Bav-
MANN)
. 1915, 22, 188
Sugar:
Amino-acids, production
from (RINGER and
Lusk)
1909-10, 7, xx
Ammonia derivatives (LE-
VENE)
1916, 24, 59
Arrowhead tubers, con-
tent of (MryaKn)
1913, 15, 221
Beet, nitrogen, water-solu-
ble, content (Harr and
_ BENTLEY)
1915, 22, 482
485
Sugar—continued:
Beet, oxidase
(BUNZELL)
1916, 24, 105
Blood. See Blood sugar.
Determination by copper
reduction (PETERS)
1912, 11, vii
Disaccharide, parenteral
utilization of (HoGAN)
1914, 18, 485
Disappearance from solu-
tion perfused through
heart (UNDERHILL and
PRINCE)
1914, 17, 299
Enzymes, action of (Hup-
SON)
1909-10, 7, xxxix
Fermentation by bacteria,
lecithin, effect of (Ep-
STEIN and OLSAN)
1912, 11, 313
Formation in diabetic or-
ganism, acetaldehyde,
effect of (RrincER and
FRANKEL)
1913-14, 16, 563
— — — —, propyl alde-
hyde, effect of (RINGER
and FRANKEL)
1913-14, 16, 563
Glycogen, conversion of,
into, in liver (TAYior)
1908-09, 5, 315
—, source of, after nar-
cosis in phlorhizinized
dogs (Sansum and
Woopyattr)
1915, 21, 2
Liver, production in, su-
prarenal glands, rela-
tion of (Mactnop and
PEARCE)
activity
19125 V0 x
Metabolism (McGuican)
1907, 3, xxxvii
486
Sugar—continued:
Metabolism, hydrazine, ef-
fect of (UNDERHILL and
FINE)
1911-12, 10, 280
Metallic hydroxides, ef-
fect of, compared with
that of pancreas (Woop-
YATT) 1915, 20, 129
Nylander’s test for (REH-
Fuss and Hawk)
1909-10, 7, 267, 273
Oxidation of, in depan-
ereatized dog (MuRLIN
and KRAMER)
1913, 15, 377
(Muritin, EpELMANN.
and KRAMER)
1913-14, 16, 79
—, rate of, in acid me-
dium (BUNZELL)
1908, 4, vill
—, — —,— alkaline me-
dium (MaTHEWs)
1909, 6, 4
—, spontaneous (MaATH-
EWS, RiwpiE, and
WALKER)
1908, 4, xxi
(MatTHEWs)
1909, 6, 1
Pancreas, effect of, com-
pared with that of
metallic hydroxides
(WoopyATT)
1915, 20, 129
Parenteral utilization of
disaccharide (HoGan)
1914, 18, 485
Perfusion through heart,
hydrazine, effect of (UN-
DERHILL and PRINCE)
1914, 17, 299
— — —, inanition, effect
of (UNpERHILL and
PRINCE)
1914, 17, 299
The Journal of Biological Chemistry
Sugar—continued:
Reducing, detection. and
determination (BENE-
DICT)
1907, 3, 101;
1908-09, 5, 485;
1911, 9, 57
(ScaLEs)
1915, 23, 81
Salts, antagonism of
(Loxs)
1912, 11, 415
Solutions, toxicity of, for
Fundulus (LOEB)
1912, 11, 415
Spontaneous oxidation
(MaTHEWS)
1909, 6, 1
Sweet potato tubers, con-
tent of (Miyake)
1915, 21, 503
Tannase production, ef-
fect on (KNUDSON)
1913, 14, 189
Tannic acid fermentation,
effect on (Knupson)
1913, 14, 174
Tolerance in pig (CARLSON
and DRENNAN)
1912-13, 13, 465
Urea, determination of, in
presence of (Fourn)
1912, 11, 520
Urine, absence in, after
pancreatectomy during
pregnancy (CARLSON,
Orr, and JONES)
1914, 17, 19
— content, epinephrine,
effect of (UNDERHILL)
1916, 25, 450
—— in lipemia (IrRre)
? 1915, 20, 87
—, qualitative (reduction)
test for (FoLIN)
1915, 22, 327
Subjects
Sugar—continued:
Volumetric determination
(BENEDICT)
1907, 3, 110
Sugar acids:
Epimeric monocarboxylic,
configuration and rota-
tion (LEVENE)
1915, 23, 145
Sulfate:
Determination (Four)
1905-06, 1, 131
(ACREE)
1906-07, 2, 135
output during
(SHERWIN and
Ethereal,
fasting
Hawk)
1912, 11, 176
content in ad-
anemia (HER-
—, urine
vanced
TER)
1906-07, 2, 18
—, — —, lactic acid fer-
ments, effect of (BALp-
WIN)
1909-10, 7, 41
—, —, determination in
(Foun)
1905-06, 1, 154
Insects, development of,
role in (LOEB)
1915, 23, 432
Organic, passage from
plant into medium (SuL-
LIVAN)
1914, 17, xliii
Urine, determination in
(Foun)
1905-06, 1, 150
Sulfatide:
Brain (LEVENE)
1912-13, 13, 463
—, growth, influence of
(Kocu and Kocn)
1913, 15, 423
487
Sulfide:
Chemical oxidation dur-
ing extraction (BROWN
and KELLOGG)
1915, 21, 77
Soil, oxidizability in
(Brown and KeEtioae)
1915, 21, 76
Sulfofication:
Soils (Brown and KeEt-
LOGG)
1915, 21, 73
Sulfosalicylic acid:
Blood proteins, removal
of, with (GrAvES and
KOBER)
1915, 20, xx
Sulfur:
Brain, distribution in
(Kocs and Koc)
1913, 15, 435
Catabolism, radium bro-
mide, effect of (BERG
and WELKER)
1905-06, 1, 403
Cutaneous excretion (TAy-
LOR)
1911, 9, 21
Determination (Font)
1905-06, 1, 131
(AcRER)
1906-07, 2, 135
(PHELPS)
1909, 6, xxxi
— in urine (Four)
1905-06, 1, 150
(GiLL and GRINDLEY)
1909, 6, xi
(BENEDICT)
1909, 6, 363;
1909-10, 7, 101
(DENIs) :
1910-11, 8, 401
(ScHmiptT)
1910-11, 8, 423
(BENEDICT)
1910-11, 8, 499
488
Sulfur—continued:
Determination, volumetric
(Raiziss and Dusin)
1914, 18, 297
Excretion in monkey (Bav-
MANN and OvIATT)
1915, 22, 44
—, potassium cyanide, ef-
fect of (RicHarps and
WALLACE)
1908, 4, 188
Feces, compounds in, in
advanced anemia (HER-
TER) 1906-07, 2, 14
Food content (SHERMAN
and GETTLER)
1912, 11, 327
Goiter, metabolism in
(HALVERSON, BERGEIM,
and Hawk)
1916, 24, xxi
Hair content (RUTHER-
FoRD and Hawk)
1907, 3, 462
Marine alge content
(HoaGcLanp and Lies)
1915, 23, 287
Metabolism (STADTMUL-
LER, Kann, and RosEN-
BLOOM)
1913, 14, xliv
—, balance in (TayLor)
1911, 9, ix
—, barium bromide, ef-
fect of (BERG and WEL-
KER)
1905-06, 1, 385
—, radium bromide, ef-
fect of (BaRG and WEL-
KER)
1905-06, 1, 403
Muscle content (W1ILsoNn)
1914, 17, 392
Neutral, urine content,
source of, in cystinuria
(Wiu.LrAMs and WOLF)
1909, 6, 343
The Journal of Biological Chemistry
Sulfur—continued:
Pneumonia, metabolism in
(LAMBERT and WOLF)
1907, 3, xix
Proteins, forms in (JoHN-
son and BuRNHAM)
1911, 9, 331
—, linkages in (JoHNSON)
1911, 9, 439
Soil, oxidation in (BROWN
and KELLOGG)
1915, 21, 82°
Spleen content (CoRPER)
1912, 11, 30
Urine, alcohol-soluble con-
tent, bromobenzene, ef-
fect of (GIBSON)
1909, 6, xvii
—, distribution in, im dis-
ease (STADTMULLER,
Kann, and RosEn-
BLOOM)
1913, 14, xliv
—, — —, hydrazine, ef-
fect of (UNDERHILL and
KLEINER)
1908, 4, 171
—, — —, starvation, ef-
fect of (UNDERHILL and
KLEINER)
1908, 4, 167
—,— —, after thyroidec-
tomy (UNDERHILL and
SATKI)
1908-09, 5, 231
Sulfuric acid:
Conjugated, of mucin of
pig’s stomach (LHVENE
and L6pEz-SUAREZ)
1916, 25, 511
—, — tendomucoid (LE-
VENE and LA ForGE)
- 1914, 21g eeam
Volatility of, in vacuum
(GORE)
1913, 15, 259
Subjects
Sunflower:
Amino-acid content of
seeds of (NOLLAU)
1915, 21, 614
Superficial layer:
Cells, permeability and
staining with dyes, rela-
tion to (ROBERTSON)
1908, 4, 1
Suppression:
Growth (OsBpornp and
MENDEL)
1914, 18, 95
Suprarenals:
Acetonitrile poisoning, ef-
fect on (HunT)
1905-06, 1, 41
Active principle (FENGER)
1912, 11, 489;
1912, 12, 55
Epinephrine, content of
(FENGER)
1912, 11, 492
(Foun, CANNON, and
DENIS)
1912-13, 13, 481
(McCorp)
1915, 23, 435
—, determination (FoLIN,
Cannon, and DEnis)
1912-13, 13, 477
(SEIDELL) ,
1913, 15, 197
Sugar production in liver,
relation to (MacLEOD
and PHARCE)
OZ. Ls
Surface area:
Body nitrogen, relation to
(Mouton)
1916, 24, 308
— weight, relation to
(Mouton)
1916, 24, 303
See also Body;surface.
489
Surface tension:
Bile salts in urine, deter-
mination of, by (ALLEN)
1915, 22, 505
Liquids, determination of
(ERDMANN)
1913, 14, 141
Salt distribution in living
matter, rdle in (Ma-
CALLUM)
1912, 11, xxii
Striated muscle (BERG)
1913, 14, xxvill;
1914, 17, xlix
Surgical procedure:
Blood sugar content, ef-
fect on (EpsTEry and
ASCHNER)
1916, 25, 151
Susceptibility :
Protein (VAUGHAN)
1907, 3, Xxxil
Sweat:
Chemical study (Riees)
1911, 9, xix
Urea content (MarsHALL)
1913, 15, 493
Sword bean:
Urease, presence of (Ma-
TEER and MARSHALL)
1916, 24, xxx;
1916, 25, 297
al
Taka-diastase:
Burley tobacco, growth of,
effect on (OQOSTHUIZEN
and SHEDD)
1913-14, 16, 446
Critical hydroxyl ion con-
centration for (QUINAN)
1909, 6, 61
Tall red top:
Cyanogenesis in (ViE-
HOEVER, JOHNS, and
ALSBERG)
1916, 25, 141
490
Tannase:
Aspergillus niger, produc-
tion by (Knupson)
1913, 14, 188
—terricola, production by
(ScaLEs)
1914, 19, 466
Nutrition, effect of, on
production of (Knup-
SON)
1913, 14, 185
Penicilium sp., produc-
tion by (Knupson)
1913, 14, 188
Sugar, effect of (Knup-
SON)
1913, 14, 193
Tannic acid, effect of
(KNupson)
1913, 14, 189
Tannic acid:
Fermentation, aeration, ef-
feet of (Knupson)
1913, 14, 179
—, sugar, effect of (KNup-
son)
1913, 14, 176
Fungi, toxicity for (Kwup-
SON)
1913, 14, 163
Tannase production, ef-
fect on (KNUDSON)
1918, 14, 189
Tannin:
Plant tissues, fixing and
staining in (Vinson)
1909-10, 7, xli
Tartrate nephritis:
Hippuric acid synthesis in
(Kinespury and Bry)
1915, 20, 73
Phenolsulfonephthalein,
elimination of (UnpurR-
HILL and BuLaTHER-
WICK)
1914, 19, 39 |
The Journal of Biological Chemistry
Taurocholic acid:
Globin, compound with
(ScHMIDT)
1916, 25, 76
Origin (G1Bson)
1909, 6, xvi
Tautoga onitis:
Copper absorption by
(WHITE and THoMAs)
1912, 11, 385
Tautomerism:
Allantoin (MenpEL and
Dakin)
1909-10, 7, 155
Proteins (KoBER)
1915, 22, 434
Temperature:
Cabbage erepsin,
on (BLoop)
1910-11, 8, 224
Casein, solubility of, in
alkah, effect on (Ros-
ERTSON)
1908-09, 5, 147
Egg white, digestibility of,
effect on (FRANK)
1911, 9, 463
Fat digestion by lipase, ef-
fect on (BRADLEY)
1909, 6, 160
Glucose oxidation by bro-
mine, coefficient of (BuN-
ZELL) ;
action
1909-10, 7, 167
Glyoxalase, action on (Da-
Kin and DupLEy)
1913, 14, 428
Indicator, mercuric chlo-
ride-iodide as (Four)
1912, 11, 514
Muscle contraction, effect
on (BURNETT)
1906-07, 2, 195
Nylander’s reaction, ef-
fect on (ReuFuss and
Hawk)
1909-10, 7, 275
Subjects
Temperature—continued:
Oxidase activity, effect on
(BUNZELL)
1916, 24, 94
Papain, effect on (MEn-
DEL and Buoop)
1910-11, 8, 197
Paranuclein synthesis by
pepsin, effect on (RoB-
ERTSON)
1908-09, 5, 504
Reductase, destruction of
(Harris and CREIGH-
TON) 1915, 21, 307
—, reducing power, effect
on (HARRIS and CREIGH-
TON)
1915, 20, 187;
1915, 21, 305
Urease, effect on (VAN
Styke and CULLEN)
1914, 19, 174
Velocity of nerve impulse,
coefficient of (MAXWELL)
1907, 3, 359
Yeast enzyme, effect on
(KOELKER)
1910-11, 8, 169
Tendomucoid:
Conjugated sulfuric acid
of (LeveNE and La
Force)
1914, 18, 237
Todine derivatives (Mry-
ER)
1909-10, 7, 12
Tenebrio molitor:
Pigments in integuments
of larva of (GORTNER)
1910-11, 7, 365
Testes: ~
Cholesterol, effect of, on
growth of (ROBERTSON)
1916, 25, 643
Creatine content (JANNEY
and BLATHERWICK)
1915, 21, 580
491
Testes—continued:
Urea content (MaRrsHALL
and Davis)
1914, 18, 60
Testical fat:
Growth, effect on (Mc-
Couium and Davis)
1915, 20, 643
Tetanus:
Antitoxin, serum globulin,
relation to (BANZHAF
and GIBson)
1908, 4, xii
Tetany:
Acidosis from (WrLSON,
Srmarns, and THUR-
Low)
1915, 23, 89
Blood, hydrogen ion con-
centration of, during
(Winson, STEARNS, and
THURLOW)
TIES, 28} Wl
Caleium lactate, effect of,
on, after thyreopara-
thyroidectomy (UNDER-
HILL and BLATHER-
WICK)
1914, 19, 119
Dextrose, effect of, on,
after thyreoparathy-
roidectomy (UNDERHILL
and BLATHERWICK)
1914, 19, 119
Hypoglycemia, onset of,
relation to (UNDERHILL
and BLATHERWICK)
1914, 19, 125
Inosinie acid, rdle of
(GREENWALD)
1916, 25, 224
Oxyhemoglobin, dissocia-
tion constant of, dur-
ing (WILSON, STEARNS,
and THURLOW)
1915, 23, 90
492
Tetany—continued:
Parathyreopriva, inhibi-
tion by parathyroid
gland extract (BEEBE)
1907, 3, xxxi;
1909, 6, xiv
Parathyroid, effect of acid
on (WrLson, STEARNS,
and JANNEY)
1915, 21, 169
Parathyroidectomized
dogs (GREENWALD)
1916, 25, 223
Tethelin:
Growth, effect on (Ros-
ERTSON)
1916, 24, 397
Isolation and properties
(ROBERTSON)
1916, 24, 408
Physiological action (RoB-
ERTSON)
1916, 24, 419
Tetrabromo-p-methylphenoxy-
ethyl bromide:
(JAcoBs and H&IDELBER-
GER)
1915, 21, 445
Tetracosane:
Lignocerie acid, prepara-
tion from (LEVENE and
West)
1913, 14, 265
See also Lignocerane.
n-Tetracosane:
(Levenr and West)
1914, 18, 478
Tetracosanic acid:
Kthyl ester (LEVENE,
West, ALLEN, and van
DER SCHEER)
1915, 23, 75
Synthesis (LEvENrE, Wus?,
ALLEN, and VAN DER
SCHEER)
1915, 23, 71
The Journal of Biological Chemistry
Tetraethylammonium chloride:
Nerve muscle, stimulation
of (Lons and Ewatp)
1916, 25, 382
Stimulating action, réle
of sodium chloride
(Lorsp and Ewatp)
1916, 25, 379
Tetraethylammonium hydrox-
ide:
Oxidation in sea urchin’s
eggs, effect on (LoEB
and WASTENEYS)
1913, 14, 355, 459
Tetraiodohistidine anhydride:
Thyroid activity of (Kocx)
1918, 14, 105
Tetramethylglucose:
Kidney tissue, action of
(LEvENE and Mrysr)
1914, 18, 475
Tetratriacontane:
(Levenn, West, and vAN
DER SCHEER)
1915, 20, 531
Thallium salts:
Toxicity of (Swain and
BATEMAN)
1909-10, 7, 137
Theobromine:
Sodium salicylate com-
pound, blood uric acid
concentration, effect on
(FrnE and CHAcEk)
1915, 21, 375
Toxicity of, electrolytes,
effect of (ROBERTSON)
1905-06, 1, 514
Thermoregulator: -
(McCiLEenpon)
1916, 24, 524
2-Thio-3-acetyl-4-benzylhy-
dantoin:
(JOHNSON and O’BrIEN)
1912, 12, 211
Subjects
2-Thio-3-acetyl-4-methylhy-
dantoin:
(JOHNSON)
1912, 11, 99
Thioamides:
(Jounson and BuRNHAM)
1911, 9, 449
2-Thio-4-anisylhydantoin:
(Jonson and O’BRIEN)
1912, 12, 212
2-Thio-4-benzalhydantoin:
(Jonnson and O’BrRIEN)
1912, 12, 210
2-Thio-4-benzylhydantoin:
(Jonnson and O’BrRIEN)
' 1912, 12, 211
2-Thio-3,5-dimethyl-6-oxypy-
rimidine:
(JoHnson and CLApp)
1908-09, 5, 57
-2-Thio-6,8-dioxypurine :
(Jouns and HoGan)
1913, 14, 302
_2-Thio-4-ethoxymethyl-5-
methyl-6-oxypyrimidine :
(JOHNSON and CHERNOFF)
1913, 14, 316
Thioglycylglycinthioamide:
(JoHnson and BURNHAM)
1911, 9, 457
2-Thiohydantoin:
Metabolism (LEwis)
1913, 14, 247
Toxicity (LEwIs)
1913, 14, 249
2-Thiohydantoin-4-acetic acid:
Metabolism (LEwis)
1913, 14, 252
2-Thio-4-methylhydantoin:
(JOHNSON)
1912, 11, 100
(Lewis)
1913, 14, 251
2-Thio-4-piperonalhydantoin:
(Jounson and O'BRIEN)
1912, 12, 213
Metabolism
493
Thiopolypeptides:
(JoHnson and BuRNHAM)
1911, 9, 331, 449
Thiopurine:
Desulfurization
and HoGan)
1913, 14, 299
(JOHNS
- Thiotyrosine:
Synthesis (JoHNsoN)
1912, 11, xxxviii
(Jounson and Bravt-
LECHT)
1912, 12, 194
Thiotyrosine disulfide:
(JoHNsSON and
LECHT)
BRAUT-
1912, 12, 190
Dibenzoyl derivative
(Jonnson and BRaut-
LECHT)
1912, 12, 193
Hydantoin (Jonson and
BRAUTLECHT)
1912, 12, 194
Hydrochloride (JOHNSON
and BRAUTLECHT)
1912, 12, 193
Thiotyrosinehydantoin:
(Jounson and Bravt-
LECHT)
1912, 12, 190
Third serum complement:
(MANWARING)
1907, 3, 387
Thorium:
Cysteine, oxidation of, ef-
fect on (MarHEws and
WALKER)
1909, 6, 303
Thymine:
Conductivity (Martin)
1908-09, 5, 67
Diazobenzenesulfonic acid,
action of (JoHNSON and
CLAPP)
1908-09, 5, 168
494
Thymine—continued:
Lead salt (Mymrs)
1909-10, 7, 253
Metabolism (MrnpxEt and
Myers)
1909-10, 7, ix
Nitrogen-alkyl derivatives
of (JoHnsoN and CLAPP)
1908-09, 5, 49
Potassium salt (JOHNSON
and CLAPP)
1908-09, 5, 59
Salts of (Myers)
1909-10, 7, 249
Uracil, separation of
(JOHNSON)
1908, 4, 407
Thymine-4-carboxylic acid:
Salts (JoHNSON)
1907, 3, 305
Synthesis (JOHNSON)
1907, 3, 299
Thymine-4-ethylcarboxylate:
(JOHNSON)
1907, 3, 306
Thymol:
Autolysis, effect on (BEN-
son and WELLs)
1910-11, 8, 61
Papain, action on (MEn-
DEL and Buioop)
1910-11, 8, 184
Urine, preservation of,
with (Hawk and GRIND-
LEY)
1908, 4, ix
Thymus:
Acetonitrile poisoning, ef-
fect on (Hunt)
1905-06, 1, 41
Autolysis, hydrogen ion
concentration during
(Morse)
1916, 24, xxvil
Growth, changes during
(RoBERTSON)
1916, 24, 377
The Journal of Biological Chemistry
Thymus—continued:
Todine content (CAMERON)
1914, 18, 370
Metabolism in goiter, ef-
fect on (HALVERSON,
BEeRGEIM, and Hawk)
1916, 24, xxii
Self digestion (MaARrsHALL)
1913, 15, 81
Size and composition
(FENGER)
1915, 20, 115
Thymus nucleic acid:
(JonEs and AUSTRIAN)
1907, 3, 1
Blood serum, action of
(LEVENE and MEDIGRE-
CEANU)
1911, 9, 402
Gastric juice, action of
(LEVENE and M=DIGRE--.
CEANU)
1911, 9, 386
Guanine hexoside from
(LEVENE and JAcoBs)
1912, 12, 377
Heart muscle plasma, ac-
tion of (LuvENE and
MEDIGRECEANU)
1911, 9, 402
Intestinal juice, action of
(LEvENE and MEDIGRE-
CEANU)
1911, 9, 387
— mucosa, action of (LE-
VvENE and MEDIGRECE-
ANU)
1911, 9, 401
Kidney plasma, action of
(Levens and MEpDIGRE-
CEANU)
1911, 9, 402
Liver plasma, action of
(Levene and MEpDIGRE-
CEANU)
1911, 9, 402
Subjects
Thymus nucleic acid—contin-
ued:
Pancreatic juice, action
of (LEvENE and Mepr-
GRECEANU)
1911, 9, 387
— plasma, action of (Lzr-
VENE and MbepDIGRE-
CEANU) 1911, 9, 402
Phosphorus partition in
(GERMANN)
1916, 25, 189
Serum, action of (Am-
BERG and JONES)
1911-12, 10, 86
Spleen extract, action of
' (JonEs and AusTRIAN)
1907, 3,5
— and pancreatic nucleic
acids, identity with
(JONES)
1908-09, 5, 1
Structure (Levene and
JACOBS)
1912, 12, 411
Thyreoglobulin:
Histidine content (Koc)
1911, 9, 121
Involution, action on
(Mors)
1914, 19, 426
Todine-containing com-
plex, nature of (Koc)
1913, 14, 101
Thyreoparathyroidectomy :
Blood sugar content, cal-
cium lactate, effect of
(UnprruiLiand BLati-
ERWICK)
1914, 19, 119
— — —, dextrose, effect
of (UNDERHILL and
BLATHERWICK)
1914, 19, 119
— — —, effect on (UN-
DERHILL and BLATHER-
WICK) 1914, 18, 87
495
Thyreoparathyroidectomy—
continued:
Calcium metabolism after
(Stewart, BERGEIM,
and Hawk)
1914, 17, xlvii
Glycogen content of liver,
effect on (UNDERHILL
and BLATHERWICK)
1914, 18, 87
Tetany, calcium lactate,
effect of (UNDERHILL
and BLATHERWICK)
1914, 19, 119
—, dextrose, effect of
(UNDERHILL and BLATH-
ERWICK)
1914, 19, 119
Thyroid:
Acetonitrile poisoning, ef-
fect on (Hunt)
1905-06, 1, 33
— —, protection against,
by feeding (BEEBE)
1909, 6, xill
Active principle, presence
of, before and after
birth (FENGER)
1912, 11, 489;
1912, 12, 55
Autolysis, relation to
(Weis and BrENnson)
1907, 3, 35
acetonitrile
effect on
Blood and,
poisoning,
(Hunt)
1905-06, 1, 41
Disease, protein metab-
olism in (JANNEY)
1916, 24, xxx
Fetal, iodine content
(FENGER)
1913, 14, 397
—, phosphorus content
(FENGER)
1913, 14, 397
496
Thyroid—continued:
Fetal, physiological activ-
ity (FENGER)
1913, 14, 397
—, size (FENGER)
1913, 14, 397
Fish, iodine content (CAM-
ERON)
1915, 23, 32
Growth, changes during
(RoBERTSON)
1916, 24, 377
Human fetal, iodine con-
tent (FENGER)
1915, 20, 695
Hydroecyanic acid poison-
ing, effect on (Hunt)
1905-06, 1, 42
Internal secretions (CARL-
son and WoELFEL)
1909, 6, xv;
1909-10, 7, xxi
Involution in frog larve,
active principle in
(Morse)
1914, 19, 421
Iodine, absorption of, by
dog’s thyroid (Van AL-
STYNE and BEEBE)
1909, 6, xl
(MaRrIngB)
1915, 22, 547
— content (HuNTER)
1909-10, 7, 321
(FENGER)
1912, 11, 490
(CAMERON)
1913-14, 16, 465;
1914, 18, 363;
1915, 23, 32
(Lewis and Krauss)
1915, 22, 159
— —, diet of marine
alge, effect of (HUNTER
and Simpson)
1915, 20, 119
The Journal of Biological Chemistry
Thyroid—continued: ;
Iodine content of dog’s
(SEIDELL)
1911-12, 10, 104
— —, human thyroid
(Riees and BEEBE)
1909, 6, xli
— —, seasonal variation
of (SrIDELL and FENG-
ER)
1912-13, 13, 517
— —, sheep (SEIDELL)
1911-12, 10, 107
—, determination (SErI-
DELL)
1911-12, 10, 95
(KENDALL)
1914, 19, 251
—, metabolism of, preg-
nancy and castration,
effect of (FENGER)
1914, 17, 23
Liver autolysis, effect on
(CooxE and BEEBE)
1911, 9, xv
Metabolism in goiter, ef-
fect on (HALVERSON,
Bercem, and Hawk)
1916, 24, xxii
Peptone and, acetonitrile
poisoning, effect on
(Hunt)
1905-06, 1, 41
Phosphorus metabolism,
pregnancy and castra-
tion, effect of (FENGER)
1914, 17, 23
Principle accelerating in-
volution in frog larve
(Morse)
1914, 19, 421
Proteins, decomposition of
(KENDALL)
1915, 20, 501, xxiv
Sodium nitroprussiate poi-
soning, effect on (HunT)
1905-06, 1, 42
Subjects
Thyroid—continued:
Tissue, tissue enzymes,
accelerator of action of
(Morsr)
1915, 22, 126
Urea content (MARSHALL
and Davis)
1914, 18, 60
Urine composition, effect
of (UNpDERHILL and
SAIKI)
1908-09, 5, 236
Thyroidectin:
Acetonitrile poisoning, ef-
fect on (Hunt)
1905-06, 1, 38
Thyroidectomy :
Ammonia, rate of dis-
appearance of, from
blood after (JACOBSON)
1914, 18, 133
Carbohydrate metabolism
after (UNDERHILL and
SAIKI)
1908-09, 5, 233
Hydrogen ion concentra-
tion of blood, effect on
(Winson, STEARNS, and
THURLOW)
1915, 23, 99
Urine, composition of,
after (UNDERHILL and
SAIKI)
1908-09, 5, 226
Tibicen septendecim:
Pigmentation of (Gorr-
NER
1911-12, 10, 89
Timothy hay:
Nitrogen,
content
BENTLEY)
1915, 22, 482
water-soluble,
(Hart and
Tin:
Absorption (SaLrant, Rie-
GER, and TREUTHARDT)
1914, 17, 265
497
Tin—continued:
Fat digestion by lipase,
effect on (BRADLEY)
1909, 6, 152
Fate of, in body (SALANT,
Riecer, and TREuvT-
HARDT)
1914, 17, 265
Tissue (s):
Acetoacetic acid,
on (Marriott)
1914, 18, 254
Acetone bodies, determi-
nation of (Marrrorr)
1913, 14, xxvii
Active protoplasmic, me-
tabolism, effect.on (BEN-
EDICT)
action
1915, 20, 280
dl-Alanine, action on (LE-
VENE and Mrymr)
1913, 15, 475
Amino-acids, absorption
of, from blood (VAN
SLYKE and Meyer)
1913-14, 16, 197
— content, feeding and
fasting, effect of (VAN
StYKE and Mryer)
1913-14, 16, 231
—, determination of (VAN
SLYKE)
1913-14, 16, 187
Analysis, protein metabo-
lism, relation to (FoLIn
and DENIs)
AQIZ. Ay 87, LoL;
1912, 12, 141, 253;
1913, 14, 29;
1914, 17, 493
(Foun and Lyman) #4
1912, 12, 259
Animal, alcohol, recovery
of, from (HANZLIK) | #4
1912, 11, 61
498
Tissue(s)—continued:
Animal, arginine, determi-
nation of (WAKEMAN)
1908, 4, 119
—, arsenic, determination
of (SANGER and BouGH-
)
1909-10, 7, xxxvii
—, fat of, and lipase
(BRADLEY)
1912-13, 13, 407
—, glycogen of, and dias-
tase (BRADLEY and KEL-
LERSBERGER)
1912-13, 13, 419
—, glyoxalase, prepara-
tion of (Daxin and
DuDLEY)
1913, 14, 426
—, histidine, determina-
tion of (WAKEMAN)
1908, 4, 119
—, indicators from (CRo-
ZIER)
1916, 24, 443
—, iodine, distribution of
(CAMERON)
1914, 18, 335;
1915, 23, 1
—, lysine, determination
of (WAKEMAN)
1908, 4, 119
—, phytin-splitting en-
zyme in (McCoLium
and Harr)
1908, 4, 497
—, sodium iodide, deter-
mination of (HaNnzuik)
1909-10, 7, 459
—, strychnine, fixation of
(Brown)
1906-07, 2, 152
—, uric acid, action on
(MircHEe.y)
1907, 3, 145
The Journal of Biological Chemistry
Tissue(s)—continued:
Arsenic, determination of
(SancerR and BovucuH-
)
1909-10, 7, xxxvii
Autolyzing, creatine con-
tent (Myers and FINn&)
1915, 21, 583
—, creatinine content
(Mynrs and FINE)
1915, 21, 583
Benzoic acid, determina-
tion of (KinGsBuURY)
1915, 21, 289
Body, autolysis of (WoRL-
FEL)
1909, 6, 190
Brain, cerebrosides of (LE-
VENE and JACOBS)
1912, 12, 389
(LEVENE)
1913, 15, 359
Catalase content after
fasting (Hawk)
1911, 9, xxi
Cholesterol esters, action
on (MUELLER)
1916, 25, 561
Conductivity of (BENSON
and WELLS)
1910-11, 8, 64
Connective, of Limulus
(BRADLEY)
19125 Diy sccxan:
1913, 14, xl
Creatine, determination of
(Four)
1914, 17, 480
Creatinine, preformed, de-
termination of (Fourn)
1914, 17, 479
Depressor substance in
dog’s (Taytor and
PEARCE)
1913, 15, 213
Subjects
Tissue(s)—continued:
Diabetic, glyoxalase con-
tent (Dakin and Dup-
LEY)
1913, 15, 473
Diseased, iodine, entrance
of, into (Wetis and
HEDENBURG)
1913, 14, xxxvi
Drying of (RosENBLOOM)
1913, 14, 27
Dyes, fat-soluble, localiza-
tion of (MENDEL and
DANIELS)
1912-13, 13, 76
Enzyme action, halogen as
accelerator of (Morse)
1915 22, 125
Extracts, creatinine, de-
termination of (SHAF-
FER)
1914, 18, 530
—, nucleosidase-contain-
ing, methyl pentoses, ac-
tion on (LEVENE,
Jacops, and MEDIGRE-
CEANU)
1912, 11, 371
—, urea, determination of
(Van Stryke and CuL-
LEN)
1914, 19, 220
Fetal, uricolysis of (WELLS
and CorPER)
1909, 6, 330
Fibrinolysins (FLEISHER
and Lors)
1915, 21, 477
Freezing point of dog’s
(Benson and WELLS)
1910-11, 8, 67
Glucose, action on (LE-
VENE and Mnrysr)
1912, 11, 353
Glyoxalase from (DAKIN
and DuDLEY)
1913, 14, 426
499
Tissue(s)—continued:
Glyoxylic acid, isolation of
(DaAkIN)
1905-06, 1, 273
Hexoses, action on. (LE-
VENE and Mrysr)
1913, 15, 65
Hippuric acid, determina-
tion of (KINGSBURY)
1915, 21, 289
Human, adult, uricolysis
of (WELLS and CorPER)
1909, 6, 329
—, uric acid content
(FINE)
1915, 23, 472
8-Hydroxybutyrie acid,
determination of (Mar-
RIOTT) ;
1913-14, 16, 293
—, action on (Marriott)
1914, 18, 253
Iodine, determination of
(Krauss)
1915, 22, 151
Iron, determination of
(Marriorr and Wotr)
1905-06, 1, 459
Juices, glucose, action on
(Levenr and MrysErR)
1912, 11, 353
Kidney, dl-alanine, action
on (Levene and Mry-
ER) 1913, 15, 477
—, amino-acids, action on
(Levenr and MerysEr)
1913-14, 16, 555
—, d-fructose, action on
(LEvVENE and Mry=r)
1913, 15, 67
—, d-glucose, action on
(Levenr and MnyEr)
1913, 15, 67
—,glucosephosphoric acid,
action on (LEVENE and
MryYER)
1914, 18, 475
500
Tissue(s)—continued:
Kidney, glucosone, action
on (LEVENE and MEYER)
1915, 22, 337
—, lactose, action on (LE-
VENE and Myer)
1914, 18, 473
—, maltose, action on
(LeveNE and MryeEr)
1914, 18, 473
—, mannose, action on
(LEVENE and MryEr)
1913, 15, 67
—, a-methylglucoside, ac-
tion on (LEVENE and
MEYER)
1914, 18, 474
—, B-methylglucoside, ac-
tion on (LEVENE and
Mryer)
1914, 18, 474
—, methyl glyoxal, action
on (LEVENE and Mry-
ER)
1913, 14, 554
—, pyruvic acid, action on
(LEVENE and Mnymr)
1914, 17, 443
—, sucrose, action on (Lx-
VENE and MnysEr)
1914, 18, 474
—,tetramethylglucose, ac-
tion on (LEVENE and
MryYER)
1914, 18, 475
Liver, dl-alanine, action
on (Lrvenn and Mry-
ER)
1913, 15, 477
—, methyl glyoxal, action
on (Daxrn and Dup-
LEY)
1913, 14, 157
—, uric acid, action on
(MircHELL)
1907, 3, 147
The Journal of Biological Chemistry
Tissue(s)—continued:
Manganese, determination
of (BRADLEY)
1907, 3, 152;
1910-11, 8, 237
—, lower animals, content
of (BRADLEY)
1910-11, 8, 237
Metabolism, creatinine
excretion, relation to
(Mzxnpet and Rose)
1911-12, 10, 247
Mucoid, determination of
(May and Gras)
1907, 3, xli
Muscle, analysis of (BEN-
Epict and OsTHRBERG)
1914, 18, 208
Muscular, metabolic
changes in (MarTHEWS
and NELSON)
- 1914, 19, 229
Nephritic, urea in (Mar-
SHALL and Davis)
1914, 18, 73
Nerve, preservation of,
for chemical analysis
(Koc and Kocn)
19138, 14, 281
Neutrality, chemical
mechanism of (RoBERT-
SON)
1909, 6, 313
Nitrogen, non-protein, de-
termination of (FIsKE
and SUMNER)
1914, 18, 288
Oxidase, phenolphthalein
as reagent for (KASTLE)
1907, 3, xii
Phenylglyoxal, action on
(Dakin and Dupiey)
: 1913, 14, 155
Phospholipoid content,
changes with growth
(RoBERTSON)
1916, 24, 379
Subjects
Tissue(s)—continued:
Phosphoric acid, inor-
ganic, determination of
(CHaprm and Powick)
1915, 20, 97
Phosphorus, distribution
of (FrANcIs and TrRow-
BRIDGE)
1910-11, 8, 81
Plant, iodine, distribution
of (CAMERON)
1914, 18, 335;
1915, 23, 1
—, phosphorus, determi-
nation of (CoLLIson)
1912, 12, 65
—, starch of, and diastase
(BRADLEY and KEL-
LERSBERGER)
1912-13, 13, 425
—, tannin, fixing and
staining of, in (VINSON)
1909-10, 7, xli
—, wounded, turgor pres-
sure in (RICHARDS)
1908, 4, xl
Potassium, chemical com-
bination of, in (Koc#H
and Topp)
1911, 9, xv
Reductase, hemoglobin,
reduction of, by (Har-
RIS and CREIGHTON)
1915, 20, 179
Salmon, phosphorus con-
tent (Grpson and Es-
TES)
1909, 6, 354
Staining by dyes, super-
ficial layer of cells, rela-
tion to (ROBERTSON)
1908, 4, 1
iodine-eosin and
methyl green, electro-
lytes, effect of (ROBERT-
SON)
1905-06, 1, 279
501
Tissue(s)—continued:
Tuberculous, iodine con-
tent (LEWIS and
Krauss)
1914, 18, 313;
1915, 22, 159
Urea content (MARSHALL
and Davis)
1914, 18, 60
— — after injection of
urea (MARSHALL and
Davis)
1914, 18, 58
—, determination (Mar-
SHALL and Davis)
1914, 18, 58
(FiskE and SUMNER)
1914, 18, 288
Urie acid content (FINE)
1915, 23, 472
Tobacco:
Growth of, ferments, ef-
fect of (OosTHUIZEN and
SHEDD)
1913-14, 16, 439
Tolerance:
Elasmobranch fish to neph-
rotoxie agents (DENTS)
1913-14, 16, 395
dl-Glyceric aldehyde (SAN-
sum and WoopyatTt)
1916, 24, 343
Sugar in pig (CARLSON
and DRENNAN)
1912-13, 13, 465
Toluene:
Autolysis, effect on (BEN-
son and WELLS)
1910-11, 8, 61
Papain, action on (MEN-
pEL and Buoop)
1910-11, 8, 184
o-Tolueneazochloroacetyl-o-
toluidine:
__(Jacoss and H&rIpELBER-
Aj Bagcer)
; 1915, 21, 118
502
o-Tolueneazochloroacetyl-o- |
toluidine—continued:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 118
o-Tolueneazo-a-naphthalene-
azo-$-naphthylamine :
(Jacoss and H&EIDELBER-
GER)
1915, 21, 121
o-Tolueneazo-a-naphthylam-
ine:
(Jacops and HEIDELBER-
GER)
1915, 21, 121
o-Tolueneazo-o-tolueneazo-
chloroacetyl-$-naphthylam-
ine:
(JaAcosBs and HEIDELBER-
GER)
1915, 21, 120
o-Tolueneazo-o-tolueneazo-6-
naphthylamine:
(JacosBs and HEIDELBER-
GER)
1915, 21, 120
p-Tolyl bromomethyl ketone:
Hexamethylenetetramin-
ium salt (JAcoBs and
HEIDELBERGER)
1915, 21, 456
p-Tolyl iodomethyl ketone:
(JAcoBs and HErmDELBER-
GER)
1915, 21, 456
Hexamethylenetetramin-
ium salt (JAcoBs and
H&IDELBERGER)
1915, 21, 457
a-p-Tolyl-a-oxy-$-chloroace-
tylaminoethane:
(JacoBps and Hm&IpELBER-
GER)
1915, 21, 433 |
The Journal of Biological Chemistry
a-p-Tolyl-a-oxyethylamine :
(JAcoBs and H»ImDELBER-
GER)
1915, 21, 432
Tonometer:
Hydrogen electrode and
(McCienpon and Ma-
Goon)
1916, 25, 675
Toxic concentration:
Chlorides (LoxEsB)
1914, 19, 434
Toxicity:
Acids for Fundulus, salts,
effect of (LozB)
1915, 23, 139
Alkaloids, electrolytes, ef-
fect of (ROBERTSON)
1905-06, 1, 507
Aluminium chloride for
rice plant (MryakRr)
1916, 25, 23
Bacterial cells, dry dead
(WHEELER)
1909, 6, 514
Barium bromide (BERG
and WELKER)
1905-06, 1, 373
Bence-Jones protein (Tay-
Lor and MILER)
1916, 25, 293
Cinnamic acid (Dakin)
1908-09, 5, 416
Cinnamoylglycocoll (Da-
KIN)
1908-09, 5, 416
Cottonseed meal (WiTH-
prs and Ray)
1913, 14, 55
(RIcHARDSON and
GREEN)
1916, 25, 314
— —, iron as antidote
(WitHmRs and Brew-
STER)
1913, 15, 161
Subjects
Toxicity—continued:
Glycid (GREER, WITZE-
MANN, and Woopyatt)
1913-14, 16, 459
Ibervillea sonore (EmER-
son and WELKER)
1908-09, 5, 339
Tonic potential a factor in
(NIcHOLL)
1908-09, 5, 453
Lipolysis and surface ten-
sion (PonD)
1907, 3, xxvi;
1908, 4, xliv
Local, of chemical com-
pounds, determination
of (CoRPER)
1915, 20, xxi
Measurement of (OsTER-
HOUT)
1915, 23, 67
Osmotic pressure and
(RoBERTSON)
1908, 4, 29
Permeability, relation to
(Lorns and WASTENEYS)
1915, 21, 231
Phenyl-8-hydroxypropion-
ic acid (Daxkrn)
1908-09, 5, 416
Phenyl-8-hydroxypropio-
nylglycocoll (Daxtry)
1908-09, 5, 417
Phenylpropionic acid (Da-
KIN)
1908-09, 5, 415
Phenylpropionylglycocoll
(Dakin)
1908-09, 5, 415
Potassium salts for Fun-
dulus (Lops and Was-
TENEYS)
1915, 23, 42,59
Pyrophosphoric acid
(WirHmrs and Ray)
1913, 14, 54
503
Toxicity—continued:
Ricin, protein, effect of,
on resistance to (Fos-
TER)
1909-10, 7, 379;
1909, 6, xlviii
Salts upon growth of rice
seedlings (MryaKker)
1913-14, 16, 242
Sodium chloride (OstEr-
HOUT)
1905-06, 1, 363
Sugar solutions for Fun-
dulus (LOEB)
1912. 11, 415
Tannic acid for fungi
(Knupson)
1913, 14, 163
Thallium salts (Swarn and
BATEMAN)
1909-10, 7, 137
Wheat for swine (Hart,
Minter, and McCot-
LUM)
1916, 25, 244
Toxic substances:
Plant metabolism, forma-
tion during (ScHREINER
and SHOREY)
1908, 4, xxvi
Toxicodendrin:
Toxicodendrol, isolation
from (ACREE and SyME)
1906-07, 2, 563
Toxicodendrol:
Composition (AcrREE and
Symp)
1906-07, 2, 547
Toxin:
Diphtheria, concentration
of (HEINEMANN)
1908-09, 5, 27
Filtration (Gipson)
1909, 6, xxvi
Proteus vulgaris (HERTER
and Tren Broxrck)
1911, 9, 499
504
Transfusion:
Blood, nitrogen metabo-
lism, effect on (HAs-
KINS) 1907, 3, 321
Transport number:
Toxicity of alkaloids, rela-
tion to (ROBERTSON)
1905-06, 1, 548
Triacetin:
Dyes, distribution coeffi-
cient between water and
(RoBERTSON)
1908, 4, 7
Lipase, hydrolysis by
(TAYLOR)
1906-07, 2, 87
Liver extract, hydrolysis
by (LonvenHAaRT and
PEIRCE)
1906-07, 2, 404
Pancreatic juice, hydroly-
sis by (LonyENHART and
SOUDER)
1906-07, 2, 419
Tissue extracts, hydrolysis
by (LOEVENHART)
1906-07, 2, 434
Triacetylbaptisol:
(CLARK)
1915, 21, 654
Triacetylsphingosine:
(LEVENE and JAcoBs)
1912, 11, 551
Triacontane:
(LevENE, WEST, and VAN
DER SCHEER)
1915, 20, 530
2,4,5-Triamino-6-oxypyrimi-
dine:
(KLEINER)
1912, 11, 462
Tribenzoylbaptisol:
(CLARK)
1915, 21, 655
2,4,6-Tribromochloroacetyl-
aniline:
(JAcoBs and H&rImDELBER-
GER) LOM Ss Zl Walet
The Journal of Biological Chemistry
Tribromo-p-cresoxyethyl bro-
mide:
(JAcoBs and HemELBER-
GER)
1915, 21, 444
Tribromo-p-cresyl bromoace-
tate:
(JAcoBs and HrmELBER-
GER)
1915, 21, 469
Tribromo-p-methylphenoxy-
ethyl bromide:
(JAcoBs and H®rmELBER-
GER)
1915, 21, 444
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 21, 445
Piperidine salt (JAcops and
HEIDELBERGER)
1915, 21, 445
Trichloroacetic acid:
Blood proteins, precipita-
tion of (GREENWALD)
1915, 21, 62
Milk proteins, precipita-
tion of (MrrcHELi and
NELSON)
1915, 23, 463
2,4,6-Trichlorophenoxyethyl
bromide:
(Jacops and H&IDELBBR-
GER) 1915, 21, 442
2,4,6-Trichlorophenoxyethyldi-
methylamine:
Hydrochloride (JAcoBs
and HEIDELBERGER)
1915, 21, 443
2,4,6-Trichlorophenoxyethyl-
piperidine:
Hydrochloride (JACOBS
and HEIDELBERGER)
1915, 21, 443
| Tricresol:
Enzyme work, use im
(Graves and KoBErR)
1914, 17, xxix
Subjects
Tridecylic acid:
Melting point
and WEsT)
1914, 18, 465
Sphingosine, preparation
from, by oxidation (LE-
VENE and WEST)
1913-14, 16, 549;
1914, 18, 482
Synthesis (LEVENE, WEST,
ALLEN, and VAN DER
SCHEER)
(LEVENE
1915, 23, 71
Tridecyl iodide:
(LevENE, West, and vAN
DER SCHEER)
1915, 20, 528
Tridens flavus:
Cyanogen in
and BLACK)
1915, 21, 604
Cyanogenesis in (VIBHOE-
vpR, JOHNS, and ALSs-
BERG)
(ALSBERG
1916, 25, 141
Hydrocyanic acid content
(VIEHOEVER, JOHNS,
and ALSBERG)
1916, 25, 141
Trihydroxyheptyldecane:
(LEvENE and WEsvT)
1916, 24, 67
2,3,4-Trihydroxypyridine:
Antineuritic properties
(WILLIAMS)
1916, 25, 439
2,4,6-Trihydroxypyridine:
Antineuritic properties
(WILLIAMS)
1916, 25, 439
Triketohydrindene hydrate:
See Ninhydrin.
Trimethylamine:
Chloroacetylaminoethyl
p-nitrobenzoate, salt .of
(Jacoss and HuxrmEt.-
BERGER)
1915, 21, 412
505
Trimethylamine—continued:
Iodoacetylaminoethanol,
salt of (Jacoss and HEr-
DELBERGER)
1915, 21, 408
Methyl group, determina-
tion of (FosTER)
1915, 20, 411
Oxidation m sea urchin’s
eggs, effect on (LOEB
and WASTENEYS)
1913, 14, 355
Sulfuric acid, reaction with
(ERDMANN)
1910-11, 8, 49
Urine, alleged occurrence
in (ERDMANN)
1910-11, 8, 57
Trimethylene chlorobromide:
Hexamethylenetetramin-
ium salt (JacoBs and
HEIDELBERGER)
1915, 21, 465
Trimethylene iodohydrin:
Hexamethylenetetramin-
ium salt (JaAcops and
HEIDELBERGER)
1915, 21, 466
2,4,6-Trimethylphenacyl bro-
mide:
(Jacoss and HmmELBER-
GER) 1915, 21, 459
Triolein:
Dyes, distribution coeffi-
cient of, between water
and (ROBERTSON)
1908, 4, 8
Lipase, hydrolysis by
(BRADLEY)
1910-11, 8, 251
1,2-Triose olefine dienol:
(Woopyatt)
1915, 20, 131
2,4,6-Trioxypurine :
See Uric acid.
Tripeptides:
Spectrographie study (Ko-
BER) 1915, 22, 441
506
Triphosphonucleinsaure:
Guanylie acid, identity
with (Jones and Gur-
MANN)
1916, 25, 99
Trypsin:
Action of (WALTERS)
1912, 11, 267;
1912, 12, 43
Antiglyoxalase, separation
from (Dakin and Dup-
LEY) 1913, 15, 473
Bacterial proteins, diges-
tion of (WHEELER)
1909, 6, 515
Bence-Jones protein, di-
gestion of (TayLor and
MILLER)
1916, 25, 293
Burley tobacco, growth of,
effect on (OosTHUIZEN
and SHEDD)
1913-14, 16, 446
Casein, hydrolysis of (RoB-
ERTSON)
1906-07, 2, 342
(WALTERS)
1912, 11, 267;
1912, 12, 43
—, racemized, action on
(Dakin and Dup.LEy)
1918, 15, 273
Caseose, racemized, ac-
tion on (Dakin and
DuDLEY)
1913, 15, 273
Chemical properties (Ros-
ERTSON )
1906-07, 2, 342
Elastin, hydrolysis _ of,
bases, action of (BERG
and Gims)
1906-07, 2, 537
Fibrin, hydrolysis of,
bases, action of (BERG
and Gis)
1906-07, 2, 537
The Journal of Biological Chemistry
Trypsin—continued:
Gastric juice, determina-
tion in (SPENCER)
1915, 21, 165
Hemoglobin, action on
(Houtts)
1908, 4, xxxii
Isolation of (HoLzBER@)
1913, 14, 335
Oocytin, comparison with
(RoBERTSON)
1912, 12, 165
Pancreatic juice, human
(BRADLEY)
1909, 6, 146
Protein hydrolysis by, al-
kali, réle of (RoBErt-
on)
1908-09, 5, 31
—, synthesis of (TayLor)
1907, 3, 87
Proteolysis of Cynoscion
regalis (WuiItE and
THOMAS)
1912-18, 135 111
Proteus toxin, digestion
of (HerTER and TEN
BROECK)
1911, 9, 503
Solutions, determination
of relative activity (RoB-
ERTSON)
1912, 12, 23
Tryptophane: f
Absorption spectra of
color reactions of (Ho-
MER)
1915, 22, 347, 363
Acids, action of (VAN
SLYKE)
1911-12, 10, 39
(Homnmr)
1915, 22, 382
Anaerobes, production by,
from proteins (RxErr-
GER)
1906-07, 2, 80
Subjects
Tryptophane—continued:
Barium hydroxide, action
of (HomER)
1915, 22, 385
Bromine, absorption of
(HomER)
1915, 22, 372
Casein content (HomER)
1915, 22, 380
Determination of (Ho-
MER)
1915, 22, 369
— in protein cleavage
products (LEVENE and
ROUILLER)
1906-07, 2, 481
Formaldehyde condensa-
tion product, absorp-
tion spectra of color re-
actions of (HomER)
1915, 22, 347, 363
Glucose, formation of (Da-
KIN) 1913, 14, 329
Glyoxylic acid condensa-
tion product, absorption
spectra of color reac-
tions of (HomER)
1915, 22, 347, 363
— — reaction (Dakin)
1906-07, 2, 289
Growth, role in (OSBORNE
and MENDEL)
1916, 25, 1
Humin nitrogen a measure
of (VAN SLYKE)
1915, 22, 285
Todized, thyroid activity
of (Koc)
1913, 14, 106
Kynurenic acid, relation
to (HomER)
1915, 22, 391
Lactalbumin content (Os-
BORNE, VAN SLYKE,
LEAVENWORTH, and
VINOGRAD)
1915, 22, 269
507
Tryptophane—continued:
Liver, réle of, in decompo-
sition of (HoMER)
1915, 22, 360
Maintenance, réle in (Os-
BORNE and MENDEL)
1914, 17, 346;
1916, 25, 1
Metabolism (Daxk1n)
1913, 14, 329
(HomER) s
1915, 22, 351, 397
Nitrous acid, reaction with
(VAN SLYKE)
1911, 9, 192
Protein content (HomER)
1915, 22, 369
Proteoses, physiological
action, réle in (UNDER-
HILL and HENDRIX)
1915, 22, 451
Pyruvic acid condensation
product, absorption
spectra of color reac-
tions of (HomER)
1915, 22, 347, 363
Thyroid, isolation from
(KENDALL)
1915, 20, 505
Urine, spectroscopic ex-
amination of, after ad-
ministering (HomMER)
1915, 22, 365
Zein and, in maintenance
(OsporNE and Men- °
DEL) 1914, 17, 338
Tubercle bacillus:
Amino-acids and polypep-
tides, utilization of
(KorLkeR and Hanm-
MER)
1909-10, 7, li
Tuberculin:
Poisoning, adrenals, rela-
tien to (ATKINSON and
FITZPATRICK)
1911, 9, xxii
508
Tuberculin—continued:
Reaction (VOEGTLIN )
1907, 3, xvi
Sensitization to tubercular
rabbit serum (ATKINSON
and FrrzPATRICK)
1909-10, 7, lili
Tuberculosis:
Poison, amino-acids of
(WHEELER)
1909, 6, 545
Tissue, iodine content
(Lewis and Krauss)
1915, 22, 159
Tubifex:
Alkaloids, toxicity of, for
(ROBERTSON)
1905-06, 1, 509
Tulip tree:
Oxidase activity of buds
(BUNZELL)
1916, 24, 104
Tumors:
Cholesterol,
(SWEET,
WHITE,
effect of
CoRsON-
and Saxon)
1915, 21, 310
Malignant, hexone bases
of (KocHER)
1915, 22, 295
Purines and purine en-
zymes (WELLS)
1912, 11, x
Transmissible, castration,
relation of (SWEET,
Corson-WHITE, and
SAXON)
1913, 15, 181
—, diet, relation of
(SWEET, CoRSON-
Wuitk, and Saxon)
1913, 15, 181;
1915, 21, 309
Turbidity methods:
(Four and Drnts)
1914, 18, 263, 273
The Journal of Biological Chemistry
Turgor pressure:
Wounded plant tissue
(RIcHARDS)
1908, 4, xlii
Turnip:
Phosphorus of (Harr-
WELL and QUANTZ)
1909-10, 7, xxxvill
Typewriting :
Metabolism during (Car-
PENTER and BENEDICT)
1909, 6, 271
—, increase of, during
(CARPENTER)
1911, 9, 231
Typhoid:
Dextrose broth, action on
(KmnpaALu and FARMER)
1912, 12, 467
Germ, hydrolysis of
(WHEELER)
1909, 6, 516
—, nitrogen distribution
in (WHEELER)
1909, 6, 519
Poison, amino-acids — of
(WHEELER)
1909, 6, 545
Tyrosinase:
Periodical cicada, presence
in (GORTNER)
1911-12, 10, 90
Phenolic substances, in-
hibitory effect of (GoRT-
NER)
1911-12, 10, 113
Tenebrio molitor, pres-
ence in (GORTNER)
1909-10, 7, 367
Tyrosine:
Absorption from small in-
testine (Fonry and
Denis)
1912, 12, 147
Acetoacetic acid from
(Dakin)
1913, 14, 329
Subjects
Tyrosine—continued:
Anaerobes, production by,
from proteins (Rx»rr-
GER)
1906-07, 2, 80
Casein content (OSBORNE
and GuEST)
1911, 9, 347
Catabolism (WAKEMAN
and Dax)
1911, 9, 139
Colon germ substance, iso-
lation from (WHEELER)
1909, 6, 524
Color reagent (Fotrn and
DEnIs)
1912, 12, 240
Deamination in body
(WitiraMs and Wotr)
1909, 6, 342
Decomposition in body
(Daxrn)
1910-11, 8, 11
Determination, colorimet-
ric (Foury and Denis)
1912, 12, 245
(ABDERHALDEN)
1913, 15, 357
Esterase content (PErrce)
1913-14, 16, 3
Fate of inactive, in body
(Dakin)
1910-11, 8, 25
Fibrin heteroalbumose
content (LEVENE, VAN
Styx, and Bircenarp)
1910-11, 8, 279
— protoalbumose content
(LEVENE, VAN SLYKE,
and BrrcHaRD)
1911-12, 10, 67
Heteroalbumose content
(LEVENE)
1905-06, 1, 55
Invertase content (Marx-
Ews and GLENN)
1911, 9, 46
509
Tyrosine—continued:
Lead salt (LevENE and
VAN SLYKE)
1910-11, 8, 285
Legumelin content (Os-
BORNE and Hey.)
1908-09, 5, 198
Legumin content (Os-
BORNE and CLAPP)
1907, 3, 225
Liver content after chloro-
form necrosis (WELLS)
1908-09, 5, 139
Metabolism (Lusk)
1912-13, 13, 173
(Dakin)
1913, 14, 329
Oxidation (DENts)
1911-12, 10, 73
Picrolonate (LEVENE and
VAN SLYKE)
1912, 12, 136
Placenta content (KoEL-
KER and SLEMONS)
1911, 9, 485
Preparation (MaRsHALL)
1913, 15, 85
Protein content (FOLIN
and DENIs)
1912, 12, 245;
1913, 14, 457
Protoalbumose content
(LEVENE)
1905-06, 1, 38
Urine, detection in (Da-
KIN)
1910-11, 8, 25
Vicilin content (OSBORNE
and Hryt)
1908-09, 5, 188
Vitellin content (LEVENE
and ALSBERG)
1906-07, 2, 151
Tyrosinehydantoin:
(Jounson and Bravt-
LECHT)
1912, 12, 187
510
Tyrosine methyl ether:
See p-Methoxyphenylala-
nine.
U
Undecylic acid:
Melting point
and WEsT)
1914, 18, 464
Undecylic iodide:
, (LEVENE, Wemst, ALLEN,
and VAN DER SCHEER)
1915, 23, 72
Undecylmalonic acid:
(LevENE, West, ALLEN,
and VAN DER SCHEER)
1915, 23, 73
Ethyl ester (LEVENE,
West, ALLEN, and vAN
DER SCHEER)
1915, 23, 73
(LEVENE
Ungulates:
Purine metabolism (Hun-
TER and GIvENs)
1914, 18, 403
Unio:
Manganese content (BRAD-
LEY) 1907, 3, 151;
1910-11, 8, 240
Uracil:
Color test (WHEELER and
JOHNSON)
1907, 3, 183, xxiv
Diazobenzenesulfonic acid,
reaction with (JoHnson
and CLapp)
1908-09, 5, 169
Metabolism (MrnpEt and
Myers)
1909-10, 7, ix
Nitrogen alkyl derivatives
(JOHNSON and CLAPP)
1908-09, 5, 49
Nucleic acid of fish eggs,
preparation from (Man-
DEL and LEvENE)
1905-06, 1, 426 |
The Journal of Biological Chemistry
Uracil—continued:
Potassium salt (JOHNSON
and CLAPP)
1908-09, 5, 60
Salts (Mymrs)
1909-10, 7, 249
Thymine, separation from
(JOHNSON)
1908, 4, 407 ~
Uramidoacids:
Amino-acids, conversion
into (Dakin and Dup-
LEY)
1914, 17, 29
Resolution of (Dakry and
DupDLEy)
1914, 17, 29
a-Uramidophenylacetic acid:
(Daxin and Dup.LEy)
1914, 18, 48
a-Uramido-f-phenylpropionic
acid:
Phenylalanine, formation
from, in body (Daxry)
1909, 6, 240
Synthesis (Daxtn)
1909, 6, 241
Uranium:
Cysteine, oxidation of, ef-
fect on (MatrHEws and
WALKER)
1909, 6, 303
Uranium acetate:
Phosphorus determination
with (Grsson and Es-
TES
1909, 6, 349, xxv
Uranium nitrate:
Fish, elasmobranch,
sistance to (DENIS)
1913-14, 16, 396
re-
Urea: .
Absorption from large in-
testine (Foiin and DEn-
TS)
1912, 12, 254
Subjects
Urea—continued:
Absorption from small in-
testine (Foun and
DENIS)
1912, 11, 89
— — stomach (Foun and
LyMANn)
1912, 12, 263
Acid, effect of (Mar-
SHALL)
1914, 17, 356
Alkyl derivatives, occur-
rence and formation of
(Four)
1907, 3, 83
Allantoin, effect of, on ex-
cretion of (TAYLOR and
ADOLPH)
1914, 18, 521
Amino-acids, formation
from, liver, réle_ of
(FiskE and SUMNER)
1914, 18, 285
(Van Stryke and Mry-
ER)
1913-14, 16, 228
(JANSEN)
1915, 21, 557
Ammonium salts, relation-
ship of (WAKEMAN and
Dakin)
1911, 9, 327
Benedict’s method (Fo-
LIN)
1912, 11, 507
Benedict-Gephart method
(BENEDICT)
1910-11, 8, 405
Benzoic acid, effect of, on
excretion of (Lrwis)
1914, 18, 225
Blood content (FiskE and
SUMNER)
1914, 18, 290
—, fish, content of (DENn-
IS
1913-14, 16, 390
511
Urea—continued:
Blood, human, content of
(Four and Dents)
1913, 14, 29
(CULLEN and ELLIs)
1915, 20, 511
(GErTLER and BaKER)
1916, 25, 215
—, nephritic, content of
(Myers and Five)
1915, 20, 391
—, relation of concentra-
tion to excretion (Mc-
LEAN and SELLING)
1914, 19, 31
Decomposition by phos-
phoric acid (Four)
1912, 11, 512
— — potassium acetate
(Foutn)
1912, 11, 513
Determination (HasKINs)
1906-07, 2, 243
(Hown and Hawk)
1908, 4, x
(BENEDICT)
1909-10, 7, xl;
1910-11, 8, 405
(TayLor)
1911, 9, 25
(MarsHALL)
1913, 14, 283;
1913, 15, 495
(MarsHatu and Davis)
1914, 18, 53
(Fiskk and SUMNER)
1914, 18, 285
(VAN StykKE and CUL-
LEN)
1914, 19, 214
(FISKE)
1915, 23, 455
— in blood (Four and
DeENIs)
1912, 11, 527
(ManrsHALL)
1913, 15, 487
512
Urea—continued:
Determination in blood
(Van Stykb and CuL-
LEN)
1914, 19, 219
— — body fluids and tis-
sues (MARSHALL)
1913, 15, 493
— — spinal fluid (Van
SLYKE and CULLEN)
1914, 19, 219
— — tissue (MarsHaLu
and Davis)
1914, 18, 58
(Fiske and SUMNER)
1914, 18, 288
— — — extracts (VAN
SLYKE and CULLEN)
1914, 19, 220
— — urine (Foti, Far-
MER, Macatium, and
PETTIBONE)
1911, 9, ix
(Four)
1912, 11, 507
(MARSHALL)
1913, 14, 283;
1913, 15, 495
(VAN StyKH and CuUL-
LEN)
1914, 19, 214
(Fisk)
1915, 23, 455
Distribution in body
(MarsHALb and Davis)
1914, 18, 53
Elimination from body
(MarsHauu and Davis)
1914, 18, 53
— on glycocoll-free diet
(LEwts)
1914, 17, 503
Excretion, alkali, effect of
(Haskins)
1906-07, 2, 227
The Journal of Biological Chemistry
Urea—continued:
Excretion, Ambard and
Weill’s law, criticism of
(Appis and WATANABE)
1916, 24, 203
— by coyote (HuNTER and
GIVENS)
1910-11, 8, 459
—, diet, effect of (Has-
KINS)
1906-07, 2, 223
—, magnesium sulfate, ef-
fect of (STEEL)
1908-09, 5, 121
— of monkey (HUNTER
and GIVENS)
1914, 17, 55
—, potassium cyanide, ef-
fect of (RicHARDS and
WALLACE)
1908, 4, 187
—,rate of (MarsHALL and
Davis)
1914, 18, 62
(Appis and WATANABE)
1916, 24, 203
— during starvation (UN-
DERHILL and KLEINER)
1908, 4, 167
Folin’s method (HowE
and Hawk)
1908-09, 5, 477
(BENEDICT)
1910-11, 8, 407
— microchemical method
(Bock)
1913, 14, 295
Formation and _ alanine
absorption (Foun and
Denis)
1912, 12, 157
— — glycocoll absorption
(Four and DEnts)
i 1912, 12, 158
— — peptone absorption
(Foun and DEnts)
1912, 12, 160
Subjects
Urea—continued:
Formation after perfusion
of liver with ammonium
carbonate (Fiske and
IKARSNER)
1913-14, 16, 399
— — — — — — elycocoll
(Fisk and KarsNnER)
1913-14, 16, 399
Liver, excretion by, in dog-
fish (Van StyKE and
WHITE)
1911, 9, 211
—, formation in (FISKE
and KARSNER)
1913-14, 16, 399
—, function of, in forma-
tion of (Tay LoR and
LrwIs)
1915, 22, 77
Lunge’s method, modifica-
tion of (QUINAN)
1909, 6, 173
Meat and, nitrogen elim-
ination, effect on (MEN-
DEL and Lewis)
1913-14, 16, 59
Metabolism, effect on
(Lusk)
1912-13, 13, 36
Monohalogenacylated (Ja-
cops and HEIDELBER-
GER)
1915, 21, 145
—, hexamethylenetetra-
minium salts (JACOBS
and HmIpELBERGER)
1915, 21, 145
Muscle content (FISKE
and SUMNER)
1914, 18, 290
Nitrogen in bacterial cul-
tures (KenpALL and
WALKER)
1913, b5, 277
513
Urea—continued:
Nitrogen, excretion of,
water ingestion after
fasting, effect of (How,
Marriny, and Hawk)
1911-12, 10, 420
—, utilization of (TAyLor
and RINGER)
1913, 14, 411
Serum, stability in (Mar-
SHALL)
1913, 15, 491
Spinal fluid, content of
(CunLEN and ELLIs)
1915, 20, 511
Spiro’s method (Hows
and Hawk)
1908-09, 5, 477;
1908, 4, x
Stomach, absorption from
(Fourn and Lyman)
1912, 12, 263
Sulfurie acid, reaction
with (ERDMANN)
1910-11, 8, 53
Sweat content (M ARSHALL)
1913, 15, 493
Tissue content (MARSHALL
and Davis)
1914, 18, 60
— — after injection of
urea (MarsHaLL and
Davis)
1914, 18, 62
—, nephritic, content of
(MarsHaty and Day 3)
1914, 18, 75
Urease, determination by
(MARSHALL)
1913, 14, 283;
1913, 15, 495
(Van SutykE and CuL-
LEN)
1914, 19, 214;
1916, 24, 117
(FIskE)
1915, 23, 455
514
Urea—continued:
Urease, determination, by
(Appis and WATANABE)
1916, 24, 205
Urine, aleaptonuric, con-
tent of (Ravontp and
WARREN)
1909-10, 7, 477
—, concentration and rate
of excretfon (Appis and
WATANABE)
1916, 24, 208
—content (McLman and
SELLING)
1914, 19, 35
(Appis and WATANABR)
1916, 24, 205
—, day and night, content
of (OsTERBERG and
WOLF)
1907, 3, 167
—, removal from, by
urease (VAN SLYKE)
1913-14, 16, 128
Urease:
Acids, effect of (Mar-
SHALL)
1914, 17, 356
Alkali, effect of (Mar-
SHALL)
1914, 17, 356
Ammonium carbonate, ef-
fect of (VAN SLYKE and
CULLEN)
1914, 19, 164
Bean extracts, relative ac-
tivity (MarrEnr and
MARSHALL)
1916, 25, 299
Beans, content of (Ma-
TEER and MARSHALL)
1916, 24, xxx
Chemical nature (VAN
SLYKE and CULLEN)
1914, 19, 212
The Journal of Biological Chemistry
Urease—continued:
Concentration, effect of
enzyme (MARSHALL)
1914, 17, 353
(VAN SLYKE and CuL-
LEN)
1914, 19, 168
Dilution, -effect of (Mar-
SHALL)
1914, 17, 353
Equation for action of
(Van SLYKE and CuL-
LEN)
1914, 17, xxix;
1914, 19, 146
Ethyl alcohol, effect of
(MARSHALL)
1914, 17, 360
(Van SLYKE and Zacu-
ARIAS)
1914, 19, 199
Glucose, effect of (VAN
SLYKE and ZACHARIAS)
1914, 19, 198
Heat stability (VAN SLYKE
and CULLEN)
1914, 19, 175
Hydrogen ion concentra-
tion, effect of (VAN
SitykE and ZACHARIAS)
1914, 19, 181
Jack bean, preparation
from (MatrEr and Mar-
SHALL)
1916, 25, 303
— —, specificity of, for
urea (MarTrErand Mar-
SHALL)
1916, 25, 301
Mode of action (VAN
SLYKE and CULLEN)
1914, 19, 141;
1914, 17, xxviii
Optimum activity (VAN
StyKke and ZACHARIAS)
“ 1914, 19, 201
Subjects
Urease—continued:
Phosphates, effect of (VAN
Styke and ZACHARIAS)
1914, 19, 192
(VAN SLYKE and CUL-
LEN)
1914, 19, 225
Preparation of dry (VAN
SLYKE and CULLEN)
1914, 19, 211
Salts, effect of (VAN SLYKE
and ZACHARIAS)
1914, 19, 192
Soy bean (MarsHALL)
1913, 14, 283;
1914, 17, 351
(VAN SLYKE and CuL-
LEN)
1914, 19, 141, 211
(FISKE)
1915, 23, 455
(Appis and WATANABE)
1916, 24, 205
(MatEnR and Mar-
SHALL)
1916, 25, 297
Temperature, effect of
(Van StyKE and CuL-
LEN)
1914, 19, 174
Urea, concentration — of,
effect of (VAN SLYKE
and CULLEN)
1914, 19, 143
—, determination. See
Urea.
—, removal of, from urine
(VAN SLYKE)
1913-14, 16, 128
— in urine, determina-
tion of (FISKE)
1915, 23, 455
Ureteral ligation:
Blood and muscle, changes
in, following (JAcKsON)
1911, 9, xxvii
515
Urethane:
Adrenalin glycosuria, ef-
feet on production of
(UNDERHILL)
1911, 9, 13
Cell division, effect on
(LILuiz)
1914, 17, 131
Monohalogenacylated (Ja-
cops and HEIDELBER-
GER)
1915, 21, 145
—, hexamethylenetetra-
minium salts (JACOBS
and HEIDELBERGER)
1915, 21, 145
Uric acid:
Alkalies, effect of (Mrrcx-
ELL)
1907, 3, 145
Allantoin formation from
(GOLDSCHMIDT)
1914, 19, 97
Animal extracts, behavior
of, towards (MircHELL)
1907, 3, 145
Blood, chicken, content
(BENEDICT)
1915, 20, 633
— concentration, salicy-
lates, effect of (FINE
and CHACE)
1915, 21, 371
— content, ingested pu-
rines, effect of (DENIs)
1915, 23, 147
— — in nephritis (MYERs
and FINn)
1915, 20, 391
——— renal insufficiency
(DEnis)
1915, 23, 147
—, fish, comtent of (DENt1s)
1913-14, 16, 390
—, human, content (Fo-
LIN and DENIS)
1913, 14, 29
516
Uric acid—continued:
Blood, human, content
(GETTLeR and BAKER)
1916, 25, 215
—, —, nephritic, content
(Foun and Dents)
1913, 14, 36
—, ox, content of (BENE-
DICT) 1915, 20, 633
—, rat, content of (FoLIn
and Morris)
1913, 14, 514
— serum, solubility in
(TAyLor)
1905-06, 1, 177
Cancer content (SATKT)
1909-10, 7, 25
Color reaction with phos-
photungstic acid (FoLIN
and MacaLLuM)
1912, 11, 265
— reagent (Fouin and
Denis)
1912, 12, 240
Determination (HUNTER
and GIvENS)
1914, 17, 40
—, colorimetric (FoLIN
and DENts)
1912-13, 13, 469
(BENEDICT)
1915, 20, 629
(Morris)
1916, 25, 205
—, —, epinephrine, effect
of (Lewis)
1916, 24, 250
—, —, kynurenic acid, ef-
fect of (Hommr)
1915, 22, 395
—, —, sodium hippurate,
effect of (Lewis and
KARR)
1916, 25, 14
—,nephelometric (GRAVES
and Kosmr)
1915, 20, xx
The J edna of Biological Chemistry
Uric acid—continued:
Determination in urine
(Fotrn and Macauium)
1912-13, 13, 363
(Fourn and Drnts)
1913, 14, 95
(BrnEpIct and HrrcH-
COCK)
1915, 20, 619
(Givens and HuntTER)
1915, 23, 300
Endogenous, excretion, di-
gestive glands, réle of
(MenpDEL and STEHLE)
1915, 22, 215
—, —, fasting, effect of
(MrnpeEu and STEHLE)
1915, 22, 219
—,—, fat, effect of (MEn-
DEL and STEHLE)
1915, 22, 221
—, laxatives, ‘effect of
(Manos and STEHLE)
1915, 22, 225
—, —, proteins, effect of
(MENDEL and STEHLE)
1915, 22, 221
Excretion in cat (Ham-
METT) 1915, 22, 554
— — dog (Homrr)
1915, 22, 404
—, inosite, effect of (AN-
DERSON and BoswortH)
1916, 25, 404
—, magnesium sulfate, ef-
fect of (STEEL)
1908-09, 5, 121
— in mammalia (GIvENS
and HUNTER)
1913, 14, xxiv
— — man (Hanzurk and
Hawk)
~ 1908-09, 5, 355
—— —, sodium benzoate,
effect. of (Lewis and
KARR)
1916, 25, 13
Subjects
Uric acid—continued:
Excretion in man, sodium
hippurate, effect of
(Lewis and Karr)
1916, 25, 19
—, proteins, effect of
(Raiziss, Dupin, and
RINGER)
1914, 19, 473
—, purines, effect of
(HAMMETT)
1915, 22, 551
— in urine (HuntER, Giv-
ENS, and Gurion)
1914, 18, 387
(Hunter and GIvENs)
1914, 18, 403
—, vegetable diet, effect
of (Raiziss, Dusty, and
RINGER)
1914, 19, 478
—, work, effect of (Ratz-
Iss, Dupin, and RInG-
ER)
1914, 19, 481
Fluids, human, content of
(FINE)
1915, 23, 472
Infarcts, pathogenesis of,
in kidney of infant
(Wetts and CorRPER)
1909, 6, 321
Liver of Python reticulatus,
isolation from (Lyman)
1908-09, 5, 126
Metabolism of (MENDEL
and LyMAN)
1910-11, 8, 117
(HuntTER and GIvENs)
1914, 17, 41
(GOLDSCHMIDT)
1914, 19, 97
(Raiziss, Dupin, and
RINGER)
1914, 19, 473
(BENEDICT)
1915, 20, 633
517
Uric acid—continued:
Non-destructibility in hu-
man organism (FINE)
1915, 23, 471
Protein intake, effect of,
on formation of (Tay-
Lor and RosE)
1914, 18, 519
Reagent (Fourn and
DENITs)
1912, 12, 240
(Four and Macauuum)
1912-13, 13, 363
(BeneEpict and Hircx-
cock)
1915, 20, 626
—, hydantoin derivatives,
reaction with (LEWIS
and NIcOLET)
1913-14, 16, 369
—, purines, reaction with
(Lewis and Nicouer)
1913-14, 16, 369
—, pyrimidines, reaction
with (Lewis and Nico-
ET)
1913-14, 16, 369
Solubility in blood serum
(TAYLOR)
1905-06, 1, 177
Spleen, autolyzed, con-
tent of (CORPER)
1912, 11, 33
Sulfurie acid, reaction
with (ERDMANN)
1910-11, 8, 53
Synthesis (Jouns and Ho-
GAN)
1913, 14, 303
— from 2-methylmercap-
to-6, 8-dioxypurine
(Jomns and BAUMANN)
1913, 14, 387
2-methylmercap-
to-6-oxy-S-aminopurine
(Jouns and BAUMANN)
1913, 14, 388
518
Uric acid—continued:
Tissues, human,
(FINE)
content
1915, 23, 472
Urine, aleaptonuric, con-
tent of (Ravoitp and
WARREN) <
1909-10, 7, 475
—, day and night, con-
tent of (OSTERBERG and
WOLF)
1907, 3, 167
—, fish, content of (DENTS)
1913-14, 16, 391
—, monkey, content of
(HUNTER)
1914, 18, 109
Zinc salt (Morris)
1916, 25, 205
Uricase: :
Monkey tissue, presence
in (WELLS)
1909-10, 7, 174
Opossum liver, presence
in (CALDWELL and
WELLS)
1914, 19, 279
Spleen, absence in (Cor-
PER)
1912, 11, 34
Uricolysis:
(TayLor and ADOLPH)
1914, 18, 521
Glycocoll as product of
(Srookky)
1908, 4, xxx
Human (Taynor = and
Rose)
1913, 14, 419
Pathogenesis of uric acid
infarcts (WerLts and
CoRPER)
1909, 6, 321
Serum, effect of (WELLS
and CorPER)
1909, 6, 333
The Journal of Biological Chemistry
Uricolytic index:
(HuNTER,
Guton)
GivENs, and
1914, 18, 388
Urine:
Acetoacetic acid, determi-
nation of (Foxin)
1907, 3, 177
(Fotrn and DEnIs)
1914, 18, 267
Acetone, determination of
(Fotn)
1907, 3, 177
(Harr)
1908, 4, 477
(Foury and DENIS) _
1914, 18, 264°
— and diacetic acid, sep-
aration of (Hart)
1908, 4, 473
Acid excretion after para-
thyroidectomy (WiL-
SON, STEARNS, and JAN-
NEY)
1915, 23, 123
Acidity (HENDERSON)
1911, 9, 406
(HENDERSON and Pat-
MER)
1914, 17, 306
— during fast (ZEMAN,
Koun, and How)
1915, 20, xxvi
— in normal and patho-
logical conditions (HEN-
DERSON and PALMER)
1912-13, 13, 393
Albumin, determination of
(Fourn and Dents)
1914, 18, 273
—, removal of, by alumin-
ium hydroxide cream
(Tracy and WELKER)
1915, 22, 55
Alcaptonuria (RavoLp
and WARREN)
1909-10, 7, 470
Subjects
Urine—continued:
Alkylamines, determina-
tion of (ERDMANN)
1911, 9, 85
—, occurrence of (Four)
1907, 3, 83
Alkylureas, occurrence of
(Foti)
1907, 3, 83
Allantoin, determination
of (GIvENS)
1914, 18, 423
—, disappearance of (Grv-
ENS) 1914, 18, 422
—, excretion of (HUNTER,
GIVENS, and GurIon)
1914, 18, 387
(Hunter and Gru)
1914, 18, 403
Amino-acids in, in cysti-
nuria (WILLIAMS and
WOLF)
1906, 6, 343
—, free and conjunc
gasometric determina-
tion (LEVENE and VAN
SLYKE)
1912, 12,
(VAN SLYKE)
1913-14, 16, 125
Amino nitrogen, content
of (LevENE and VAN
SLYKE)
301
1912, 12, 308
— =—, determination of
(LeveENE and VAN
SLYKE)
1912, 12, 302
(BeNnEpIcT and Mur-
LIN)
1913-14, 16, 385
Ammonia content (HEN-
DERSON and PALMER)
1914, 17, 306
and GErtTt-
1912, 11, 332
(SHERMAN
LER)
519
Urine—continued:
Ammonia content in ne-
phritis (HENDERSON and
PALMER)
1915, 21, 39
—, determination of
(STEEL)
1909-10, 7, lvii;
1910-11, 8, 365
(Foutn)
1910-11, 8, 497
(Fourn, Farmer, Ma-
CALLUM, and PrEtTTI-
BONE) 1911, 9, ix
(Foun and Macatium)
1912, 11, 523
vate)
1915, 23, 311
—, excretion after para-
thyroidectomy (WIL-
SON, STEARNS, and JAN-
NEY)
1915, 23, 123
—, Folin’s method for
(STEEL and Grss)
1908-09, 5, 71
—,— —, improvement of
(STEEL)
1910-11, 8, 365
—, output of (TayLor)
1911, 9, x
Analysis, in cases of obes-
ity (Fotrn and DEnts)
1915, 21, 185.
—, phosphotungstie acid
as clarifying agent
(May)
1912, 11, 81
Bases, toxic, in urine after
parathyroidectomy
(Koc)
1913, 15, 43
acids, be-
(Tay-
Bence-Jones,
havior towards
Lor and MILuErR)
1916, 25, 285
520
Urine—continued:
Bence-Jones anaphylaxis
(TaybLor and MILLER)
1916, 25, 292
— protein-free, prepara-
tion (TayLor and Mit-
LER) 1916, 25, 290
— protein, heat reaction
(Taytor and MILER)
1916, 25, 281
—, salt reactions (Tay-
LoR and MILLER)
1916, 25, 284
Benzoic acid, determina-
tion of (STRENBOCK)
1912, 11, 201
(Krnespury and BELL)
1915, 20, 77
(Raiziss and Dus)
1915, 20, 125
— —, occurrence of (Raiz-
iss and Dupin)
1915, 21, 331
Bile salts, determination
of, by surface tension
method (ALLEN)
1915, 22, 505
Calcium, determination of
(McCruppEn)
1909-10, 7, 83;
1911-12, 10, 187
(Lyman)
1915, 21, 551
Carbamate content (Mac-
LEOD and HAskKINs)
1905-06, 1, 330
Children, creatine content
(Rose)
1911-12, 10, 267
(TAYLOR)
1915, 21, 663
Chloride content (LEBEN-
SOHN)
1915, 23, 516
(MacaLttum and BrEnN-
SON)
1909, 6, 87
The Journal of Biological Chemistry
Urine—continued:
Chloride, determination of
(McLean and VAN
SLYKE)
1915, 21, 369
Clarifying of (May)
1912, 11, 81
Composition of (Maca.-
LuM and BENSON)
1909, 6, 87
—, dextrose, subcutane-
ous injections, effect of
(UNDERHILL and C1Los-
SON)
1906-07, 2, 117
—, food, relation of
(BLATHERWICK)
1914, 17, xl
— of hourly excretion
(BENSON)
1907, 3, xxxi
—, lactic acid ferments,
effect of (BALDWIN)
1909-10, 7, 37
Coyote, analysis of (HAWK)
1910-11, 8, 465
Creatine content (EM-
METT and GRINDLEY)
1907, 3, 503
(Rose)
1911-12, 10, 265
(Foun and DENIs)
1912, 11, 253
(TAYLOR)
1915, 21, 663
— — of diabetic urine
(GREENWALD)
1913, 14, 87
— — during starvation
(Myers and Fine)
1913, 15, 293
—, determination of
(GREENWALD)
1913, 14, 87
(Foun)
1914, 17, 472
Subjects
Urine—continued:
Creatine, determination of
(BENEDICT)
1914, 18, 191
(McCruppEN and Sar-
GENT)
1916, 24, 423
—, origin of (BENEDICT
and OSTERBERG)
1914, 18, 195
—, preparation of, from
(BENEDICT)
1914, 18, 183
Creatinine content (EM-
mMEeTT and GRINDLEY)
1907, 3, 502
(Morris)
1915, 21, 201
(TAYLOR)
1915, 21, 663
— —, changes during one
year (Mymrs and Fine)
1915, 21, 587
—, determination (GREEN-
WALD)
1913, 14, 87
(Foutn)
1914, 17, 470
(Morris)
1915, 21, 203
—, muscle creatine, re-
lation to (MyrErs and
FINE) 1913, 14, 9
—, preparation (Fou)
1910-11, 8, 395;
1914, 17, 463
(BENEDICT)
1914, 18, 183
Cystinuria, composition in
(Wor and SHAFFER)
1908, 4, 441
Day (OsTERBERG and
WOLF) 1907, 3, 165
Depressor substance in
dog’s (TayLtor and
PEARCE)
1913, 15, 213
521
Urine—continued:
Dextrose, detection of
(BENEDICT)
1908-09, 5, 487
—, determination of (Mac-
LEOD, CHRISTIE, and
DonaALDSON)
1912, 11, xxvi
-—, elimination, sodium
tartrate, effect of (UN-
DERHILL)
1912, 12, 115
Diabetic, creatine, deter-
mination of (RosE)
1912, 12, 73
(GREENWALD)
1913, 14, 87
—, creatinine, determi-
nation of (GREENWALD)
1913, 14, 87
Diacetie acid, determina-
tion of (Foxr)
1907, 3, 177
(Hart)
1908, 4, 473
Diamines, absence of, in
eystinuria (WILLIAMS
and WOLF)
1909, 6, 343
Dimethylamidobenzalde-
hyde reaction, meat, ef-
fect of (HERTER)
1908, 4, 403
—, scatole, relation to
(HERTER)
1905-06, 1, 251
Dog, analysis of (Hawk)
1910-11, 8, 465
Drying for chemical an-
alysis (BRAMAN)
1914, 19, 105
Eclampsia (STOOKEY)
1909-10, 7, 1
Ethereal sulfates, determi-
nation of (Four)
1905-06, 1, 154
522
Urine—continued:
Fish (DEnts)
1912-13, 13, 225
—, analysis of (DENis)
1913-14, 16, 391
Formaldehyde, determi-
nation of (CoLiIns and
HANZLIK)
1916, 25, 234
Formic acid, determina-
tion of (Dakin, JAN-
NEY, and WAKEMAN)
1913, 14, 341
Fox, analysis of (Hawk)
1910-11, 8, 465
Freezing point (Macat-
LuM and Benson)
1909, 6, 87
Glyoxylic acid, isolation
of (Dakin)
1905-06, 1, 275
Hexamethylenetetramine,
determination of (CoL-
Lins and Hanzuix)
1916, 25, 234
Hippurie acid, determina-
tion of (STEENBOCK)
1912, 11, 201
(Foun and FLANDERS)
1912, 11, 257, xxvii
— —, stability of, in
(Raiziss and Dustin)
1915, 21, 334
Hydrogen ion concentra-
tion (HmNpmRSON)
1911, 9, 406
(HENDERSON and Pat-
MER)
1912-13, 13, 393;
1913, 14, xxv;
1914, 17, 306
— — — during fasting
(Hown and Hawk)
1914, 17, xlviii
nephritis
(HENDERSON and Pat-
MER)
1915, 21, 39, 57
The Journal of Biological Chemistry
Urine—continued:
Hydrogen ion concen-
tration after parathy-
roidectomy (WILSON,
STEARNS, and JANNEY)
1915, 23, 123
— — — during tartrate
nephritis (UNDERHILL
and BLATHERWICK)
1914, 19, 43
— — -—, variations in
(HenpERSoN and Pa.-
MER) 1913, 14, 81
6-Hydroxybutyric acid, de-
termination of (BLAcK)
1908-09, 5, 207
(SHAFFER)
1908-09, 5, 211
(SHarreR and Marri-
oTT)
1913-14, 16, 265
(Fotry and Dents)
1914, 18, 268
Indican reaction (HommR)
1915, 22, 359
— — in advanced anemia
(HERTER)
1906-07, 2, 5
Indoleacetic acid, chro-
mogen of urorosein of
(HERTER)
1908, 4, 253
Indole derivatives, spectro-
scopic examination after
administering (HommER)
1915, 22, 345
Indoxy] potassium sulfate,
elimination of, in in-
sane (BoRDEN)
1906-07, 2, 575
— — —, — —, in normal
cases (BoRDEN)
- 1906-07, 2, 580
— — —, reaction with
hydrochloric acid in
urine, bacteria, effect of
(HERTER)
1908, 4, 250
Subjects 523
Urine—continued: Urine—continued:
Inosite, excretion of, in
man (ANDERSON and
Bosworth)
1916, 25, 402
Insane, study of (Bor-
DEN)
1906-07, 2, 575
Invertin content after m-
jection of invertin (Ku-
RIYAMA)
1916, 25, 539
Iodoform test of, when
preserved by thymol
(WELKER)
1907, 3, xxvil
Iron, determination of
(Marriorr and WoLr)
1905-06, 1, 461
—, excretion in pneumonia
(GoopMAN) ;
1912, 12, 37
Kynurenic acid, determi-
nation of (HomER)
1915, 22, 393
Lactic acid elimination,
cocaine, effect of (UN-
DERHILL and BuLAck)
1912, 11, 244
Late pregnancy (Mur-
LIn and BarLEy)
‘ 1912, 11, xvii
Magnesium, determina-
tion of (McCruDDEN)
1909-10, 7, 83
Millon’s reagent, appear-
ance of, in absence of
protein (VOEGTLIN)
1907, 3, xvi
Mucoids, determination of
(May and Grins)
1907, 3, xlii
Night (OsTERBERG and
WOLF)
1907, 3, 165
Nitrates, determination of
(MitrcHELL, SHONLE,
and GRINDLEY)
1916, 24, 472
—, origin of (MrrcHELL,
SHONLE, and GRIND-
LEY)
1916, 24, 461
Nitrogen, amino-acid, de-
termination of (LEVENE
and VAN SLYKE)
1912, 12, 302
(Benepict and Mur-
LIN)
1913-14, 16, 385
— content (McLEan and
SELLING)
1914, 19, 35
— —, dextrose, effect of
(UNDERHILL and Cios-
SON)
1906-07, 2, 117
—, determination of (Bock
and BENEDICT)
1915, 20, 52
— distribution (MENDEL
and Lyman)
1910-11, 8, 135
— —, in cat’s (HAMMETT)
1915, 22, 554
— —, hydrazine, effect of
(UNDERHILL and KLEIN-
ER) 1908, 4, 171
— —, salts, effect of
(McCotium and Hoac-
LAND)
1913-14, 16, 303
— —, starvation, effect of
(UNDERHILL and KLEIN-
ER)
1908, 4, 167
— excretion after para-
thyroidectomy — (WIL-
SON, STEARNS, and JAN-
NEY)
1915, 23, 123
Urine—continued:
Nitrogen excretion, potas-
sium cyanide, effect of
(WELKER)
1908, 4, xxxi
— —, sodium tartrate,
effect of (UNDERHILL)
1912, 12, 115
—, total, determination of
(Fotin and FarRMER)
1912, 11, 493
Normal, definition of
(Lone)
IPA, Wks sal
—, surface tension of (AL-
LEN)
1915, 22, 510
Nylander’s reaction (REH-
Fuss and Hawk)
1909-10, 7, 267, 273
Opossum (CALDWELL and
WELLS)
1914, 19, 279
Parathyroidectomized dog
(Kocn)
1912, 12, 313;
1913, 15, 43
Pentose of (Exiuiorr and
RAPER)
LOLS 1 201
(LevENEand La Foran)
1913, 15, 481
—, p-bromophenylhydra-
zone (LEVENE and La
Foran)
1914, 18, 322
— osazone (Eniiorr and
RAPER)
1912, 11, 213
(LEVENE and La Forer)
1913, 15, 484;
1914, 18, 321
Pernicious vomiting of
pregnancy, lactic acid
in (UNDHRHILL)
1906-07, 2, 485
The Journal of Biological Chemistry
Urine—continued:
Phenaceturie acid, deter-
mination of (STHEN-
BOCK)
1912, 11, 201
Phenol, colorimetric de-
termination of (FoLin
and Denis)
1915, 22, 305
—, excretion of (FoLin
and Drnts)-
1915, 22, 314
Phosphorus, determina-
tion of (Gimun, PETER-
son, and GRINDLEY)
1909, 6, xii
(Taytor and MiLuEr)
1914, 18, 216
Potassium content (Ma-
CALLUM and BENSON)
1909, 6, 87
Preservation for inorganic
analysis (SLAGLE)
1910-11, 8, 77
Purine bases, determina-
tion of (GivENs and
HUNTER)
1915, 23, 300
— —, —, nephelometric
(GravEs and Kosur)
: 1915, 20, xx
— —, excretion of (Hun-
TER, GIVENS, and
Gurion)
1914, 18, 387
(HuntER and GrvEns)
1914, 18, 403
— catabolites, excretion
of (HunTER, GIVENs,
and Guton)
1914, 18, 387
(Hunter and GrvEns)
1914, 18, 408
— of monkey urine (Hun-
TER)
1914, 18, 107
Subjects 525
Urine—continued:
Purine nitrogen, determi-
nation of (BrnEpret and
SAIKI) ;
1909-10, 7, 27
Quantity of, after renal
ligation (PILCHER) .-
1913, 14, 394
Refrigeration, | preserva-
tion by (Hawk and
GRINDLEY)
1908, 4, ix
Saeccharin, determination
of (BLoor) :
1910-11, 8, 227
(WAKEMAN)
1910-11, 8, 233
Salicylates, determination
of (THopuRN and Hanz-
LIK)
1915, 23, 163
Secretion of, after feeding
dextrose (FisHeR and
WISHART)
1912-13, 13, 56
“Single kidney” (FoLIN
and DEnis)
1915, 22, 324
Sodium bicarbonate, effect
of (PaumEeR and HEN-
DERSON)
1915, 21, 57
Steer’s, analysis (Bra-
MAN)
1914, 19, 108
(CocHRANE)
1915, 23, 311
Sugar, absence of, after
pancreatectomy during
pregnancy (CARLSON,
Orr, and JONES)
1914, 17, 19
—, content of, epinephrine,
effect of (UNDERHILL)
1916, 25, 450
— — in lipemia (IMRIE)
1915, 20, 87
Urine—continued:
Sugar, detection of (BENE-
DICT)
1907, 3, 106
—, qualitative (reduction)
test for (FoLIN)
1915, 22, 327
Sulfates, determination of
(Four)
1905-06, 1, 150
Sulfur, determination of
(Foun)
1905-06, 1, 150
(Griz and GRINDLEY)
1909, 6, xi
—, —, Benedict’s method
(ScHMIDT)
1910-11, 8, 423
—., distribution, hydrazine,
effect of (UNDERHILLand
KLEINER)
1908, 4, 171
—, —, starvation, effect
of (UNDERHILL and
KLEINER)
1908, 4, 167
—, organic soluble, bro-
mobenzene, effect of
(GiBsOoN)
1909, 6, xvii
— partition in disease
(STADTMULLER, KAHN,
and RosENBLOOM)
1913, 14, xliv
—, total, determination
of (BENEDICT)
1909, 6, 363;
1909-10, 7, 101;
1910-11, 8, 499
(DENts)
1910-11, 8, 401
—, —, volumetric deter-
mination (Rarziss and
Dusin)
1914, 18, 297
Surface tension (ALLEN)
1915, 22, 511
526
Urine—continued:
Thymol, preservation by
(Hawk and GRINDLEY)
1908, 4, ix
Thyroidectomy, effect on
(UNDERHILL and SaIkt1)
1908-09, 5, 226
Thyroid feeding, effect on
(UNDERHILL and Satrk1)
1908-09, 5, 236
Trimethylamine, alleged
occurrence of (ERp-
MANN)
1910-11, 8, 57
Tyrosine, detection of
(Daxrtn)
1910-11, 8, 25
Urea, concentration and
rate of excretion (ADDIS
and WATANABE)
1916, 24, 208
— content (MARSHALL
and Davis)
1914, 18, 60
(McL&An and SELLING)
1914, 19, 35
(Appis and WATANABE)
1916, 24, 205
—, determination of (Fo-
LIN, Farmer, Macat-
LUM, and PETTIBONE)
1911, 9, ix
(Foun)
1912, 11, 507
(MARSHALL)
1913, 14, 283;
1913, 15, 495
(Van StyKE and CuL-
LEN)
1914, 19, 214;
1916, 24, 117
(Fiskn)
1915, 23, 455
(Appis and WATANABE)
1916, 24, 205
—, removal of, by urease
(VAN SLYKE)
1913-14, 16, 128
The Journal of Biological Chemistry
Urine—continued:
Urie acid, determination
of (Fours and Ma-
CALLUM)
1912-138, 13, 363
(Fotrn and Denis)
1913, 14, 95
(BenepicT and Hitcu-
cock)
1915, 20, 619
(Graves and Koper)
1915, 20, xx
(GivENs and HuNnTER)
: 1915, 23, 300
— — excretion (HUNTER,
Givens, and Guron)
1914, 18, 387
(HunTER and GIVENS)
1914, 18, 403
Urorosein reaction (HER-
TER
1908, 4, 101, 239
(DakIN)
1909-10, 7, 57
(HomEr)
1915, 22, 351
Volume, fasting, effect of
(Hower, Marritu, and
Hawk)
1912, 11, 125
—, magnesium sulfate, ef-
fect of (STEEL)
1908-09, 5, 119
Urobilin:
Acetaldehyde, active, ef-
fect of (PALMER and
CooLEDGE)
1914, 17, 257
Urocanic acid:
(HuNTER)
1912, 11, 537
B-Imidazole-4(5)-acrylic
acid (HUNTER)
1912, 11, 544
Pancreatic digest, occur-
rence in (HUNTER)
1909, 6, xliii
Subjects
Urocanic acid—continued:
Salts (HUNTER)
1912, 11, 540
Urochrome:
Acetaldehyde, active, ac-
tion of (PatMER and
CooLEDGE)
1914, 17, 253
Urorosein:
Indoleacetic acid as chro-
mogen of, in urine (H=R-
TER) ;
1908, 4, 253
Indoleaceturic acid as chro-
mogen of (HOMER)
1915, 22, 354
Reaction (HERTER)
1908, 4, 101, 239
(Dakin)
1909-10, 7, 57
(HomER)
1915, 22, 351
—, nitrifying bacteria, re-
lation of (HERTER)
1908, 4, 239
Seatole red, relation to
(Homer)
1915, 22, 355
Uroxanic acid:
Physiological
(SAIK1)
behavior
1909-10, 7, 263
Uterus:
Cyclic changes, pregnancy,
effect of (LoEB)
1913, 14, xxix
Utilization:
Amino-acids by tubercle
bacillus (KoELK»HR and
HAMMER)
1909-10, 7, li
Ammonium salts with
non-nitrogenous diet
(UNDERHILL and GoLp-
SCHMIDT)
1913, 15, 341
527
Utilization—continued:
Barley proteins (MENDEL
and Fring)
1911-12, 10, 339
Carbohydrates (MENDEL)
1908, 4, xvili
Corn protems (MENDEL
and FINE)
1911-12, 10, 345
Dextrose, hydrazine, ef-
fect of (UNDERHILL and
Hoaan)
1915, 20, 203
—, subcutaneously intro-
duced (UNDERHILL and
Cosson)
1906-07, 2, 124
Fat, water drinking, ef-
fect of (Marriitn and
Hawk) 1911, 9, xx
Gliadn (Mernpreu and
FINE)
1911-12, 10, 321
Glidine (MxrnpEL and
FINE)
1911-12, 10, 311
Gluten (MrnpEL and
FINE)
1911-12, 10, 313
Glutenin (MrnpEt and
FINE)
1911-12, 10, 317
Hydrogenated vegetable
oil (SmirH, MILLER, and
Hawk)
1915, 23, 505
Inosite in dog (ANDER-
SON) 1916, 25, 391
— — man (ANDERSON and
BoswortH)
1916, 25, 399
Lard (Smrru, MritEr, and
Hawk)
1915, 23, 505
Legumes, proteins of
(MenpEL and Fine)
1911-12, 10, 433
528
Utilization—continued:
Parenteral, of disaccha-
rides (HOGAN)
1914, 18, 485
Polypeptides by tubercle
bacillus (KoELKER and
HAMMER)
1909-10, 7, li
Polysaccharide _ carbohy-
drates of lichens and
marine algze (SAIKI)
1906-07, 2, 251
Proteins (OsporNE and
MENDEL)
1914, 18, 177
Sucrose (KuRryAMA)
1916, 25, 521
—, invertin, effect of
(KURIYAMA)
1916, 25, 533
Wheat proteins (MENDEL
and FINE)
1911-12, 10, 303
Vv
Valence:
Molecular cohesion, deter-
mination from (MatH-
EWS)
1913, 14, xxxv
Valency:
Casein of goat’s milk (Bos-
wortH and VAN SLYKE)
1916, 24, 174
— molecule (VAN SLYKE
and BoswortH)
1913, 14, 227
(Van SLYKE and WIN-
TER)
1914, 17, 290
Paracasein molecule (VAN
SLYKE and BosworTH)
1913, 14, 227
Valeric acid:
Glucose formation
(RINGER)
from
1913, 14, 43
The Journal of Biological Chemistry
Valeric acid—continued:
Oxidation of (RINGER)
1913, 14, 46
— —, with hydrogen
peroxide (Dax1y)
‘1908, 4, 229
Valeryl-a-methylcholine chlo-
ride:
Preparation (MENGE)
1912-13, 13, 106
Valine:
Acetone, solubility in (LE-
VENE and VAN SLYKE)
1913-14, 16, 116
d-Alanine, separation from
(LEVENE and VAN
SLYKE)
1913-14, 16, 103
Albumin poison, presence
in (WHEELER) :
1909, 6, 549
Casein content (LEVENE
and Van SLYKE)
1909, 6, 426
(OsBoRNE and GuEST)
1911, 9, 340
Colon poison, presence in
(WHEELER)
1909, 6, 549
Edestin content (LEVENE
and VAN SLYKE)
1909, 6, 429
Fibrin heteroalbumose
content (LEvENE, VAN
StykE, and BrrcHarD)
1910-11, 8, 275
— protoalbumose content
(LEVENE, VAN SLYKE,
and BIRCHARD)
1911-12, 10, 61
Isoleucine, separation
from (LEVENE and VAN
SLYKE)
1909, 6, 394
Legumelin content (Os-
BORNE and Hey)
1908-09, 5, 198
Subjects
Valine—continued:
Leucine, separation from
(LEvENE and VAN
SLYKE)
1909, 6, 394
Metabolism of (Daxkry)
1913, 14, 327
—, intermediary (RINGER,
FRANKEL, and Jonas)
1913, 14,533
Phosphotungstate (L-
VENE and VAN SLYKE)
1913-14, 16, 115
Picrolonate (LEVENE and
VAN SLYKE)
1912, 12, 136
Placenta content (KoxEL-
KER and SLEMONS)
5 1911, 9, 484
* Protamine content (Tay-
LOR)
1908-09, 5, 393
Tuberculosis poison, pres-
ence in (WHEELER)
1909, 6, 549
Typhoid poison, presence
in (WHEELER)
1909, 6, 549
Vicilin, content of (Os-
BORNE and Heyt)
1908-09, 5, 188
Wheat gliadin, content of
(OsBoRNE and GuEsT)
1911, 9, 426
dl-Valine:
Picrolonate (LEVENE on
VAN SLYKE)
1912) 125 37
Vanillin:
Epinephrine hydrate, de-
composition product of
(ABEL and TAvEAu)
1905-06, 1, 17
Indole, color reaction with
(NELSON)
1916, 24, 528
529
Vanillin—continued:
Seatole, color
with (NELSON)
1916, 24, 528
Van Slyke’s method:
Amino-acid nitrogen, col-
orimetric method, com-
parison with (HaRDING
and MacLean)
1915, 20, 227;
1916, 24, 503, xv
— —, Sérensen’s method,
comparison with (Harp-
inG and MacL4an)
1916, 24, 503, xv
reaction
Variability:
Functional
MrircHEtL)
1910-11, 8, 297
Pituitary, effect of (Ros-
ERTSON)
(Rretz and
1916, 24, 391
Vaseline:
Nitrogen elimination, ef-
fect on (MENDEL and
LEwIs)
1913-14, 16, 26
Vegetable:
Ageglutinins (MENDEL)
1909, 6, xix
Catharties, action on iso-
lated center of Poly-
orchis (MacCALLUM)
1906-07, 2, 385
growth on (Harr
McCouiuM)
1916, 24, xxviii
—, uric acid excretion on
(Raiziss, Dupin, and
RINGER)
Diet,
and
1914, 19, 478
Fats, growth, influence on
(McCoutium and Davis)
1915, 21, 179
530
Vegetable—continued:
Oil, hydrogenated, diges-
tibility and utilization
(SmirH, MILLER, and
Hawk) :
1915, 23, 505
Physiology, respiration
calorimeter in (LANG-
wortHy and MILNER)
1912, 11, xxxill
Proteins, digestion of, by
cabbage erepsin (BLOOD)
1910-11, 8, 223
a ee ’ papain
(MeEnpDEL and Bioop)
1910-11, 8, 189
—, heat of combustion
(BeNnEDIcr and Os-
BORNE)
1907, 3, 119
—, utilization of (MEN-
DEL and FINE)
1912, 11, 23
Urine, composition of, in-
fluence on (BLATHER-
WICK)
1914, 17, xl
Vegetarians:
Metabolism
and RorH)
1915, 20, 231
(BENEDICT
Velocity:
Chemical reaction (BEN-
NETT)
1906-07, 2, 195
Nerve impulse (MaxWELL)
1907, 3, 359
Velvet bean:
Chinese, urease absent in
(Marner and Mar-
SHALL)
1916, 24, xxx
Jarly Florida, urease ab-
sent in (MarrEr and
MARSHALL)
es
1916, 24, xxx |
The Journal of Biological Chemistry
Venesection:
Protein metabolism after
(Taytor and Laws)
1915, 22, 71
Venus mercenaria:
Muscle, adductor, ash of
(Mates)
1915, 22, 493
—, —, osmotic properties
of (Mates)
1914, 17, 81
Veratrine:
Toxicity, electrolytes, in-
fluence on (ROBERT-
SON) 1905-06, 1, 538
Vicilin :
Heat of combustion (BEN-
mpIcT and OsBORNE)
1907, 3, 130
Hydrolysis of (OSBORNE
and Hy.)
1908-09, 5, 187
Preparation of (OSBORNE
and Harris)
1907, 3, 218
Vicine:
Components of (LEVENE)
1914, 18, 305
Constitution (LEVENE and
SENIOR)
1916, 25, 607
Vigna sinensis:
Urease, absence of (Ma-
TEER and MARSHALL)
1916, 24, xxx
Vignin:
Heat of combustion (BEN-
EpicT and OSBORNE)
1907, 3, 127
Viscosity :
Lecithin suspensions
(THOMAS)
; ; 1915, 23, 359
Vitamine:
Chemical nature of (W1L-
LIAMS)
1916, 25, 437
Subjects
Vitamine—continued:
Foods, distribution in(Sub-
LIVAN and VorGrLin)
1916, 24, xvi
—, isolation from (SuL-
LIVAN and VoxEGTLIN)
1916, 24, xvi
Growth, relation to (Mac-
ARTHUR and LucKETt?)
1915, 20, 173
Lipoids, relation to (Sut-
LIVAN and VOEGTLIN)
1916, 24, xvil
Vitellin:
Cleavage products (LzE-
VENE and ALSBERG)
1906-07, 2, 127
Fat, transformation into
(McCLenpon)
1915, 21, 272
Vividiffusion:
Ammonia of circulating
blood (RoupeE)
1915, 21, 325
Volatility :
Sulfuric acid in vacuum
(GorrE)
1913, 15, 259
Vomiting:
Pernicious, of pregnancy,
lactic acid in urine of
(UNDERHILL)
‘ 1906-07, 2, 485
WwW
Wakame:
Utilization of (Sark1)
1906-07, 2, 259
Walden rearrangement:
Hexoses (LEvENB and La
Foran)
1915, 21, 345
‘Walnut:
Amino-acid content (No.-
LAU)
1915, 21, 614
531
Water:
Allantoin excretion, in-
fluence on (FAIRHALL
and Hawk)
1912, 11, x1
Analysis, chemical and
bacteriological stand-
ards (KASTLE)
1907, 3, xxxv
Distilled, oxygen content
(AtsBERG and CLARK)
1914, 19, 508
Drinking studies (Howe,
Martitu, and Hawk)
1911-12, 10, 417
(Hower and Hawk)
1912, 11, 129
(BERGE, REHFUSS,
and Hawk)
1914, 19, 345
Elimination during fast
(Hower, Martini, and
Hawk)
1912, 11, 123
Fat utilization, influence
on(Marrini and Hawk)
1911, 9, xx
Fatty acid salts, solu-
bility in (JACOBSON and
Homes)
1916, 25, 35
Freezing point depression
by dissolved caseinates
(RopEerRTson and Bur-
NETT)
1909, 6, 105
Gastric secretion, stimu-
lation of (Wi~ts and
Hawk)
1911, 9, xxix
Immunization of Fundulus
eggs against potassium
chloride by (LomB and
Ca?TTELL)
1915, 23, 56
532
Water—continued:
Ingestion, influence of,
after prolonged — fast
(Hown, Martity, and
Hawk)
1911-12, 10, 417
Intestinal putrefaction
and bacterial develop-
ment (BLATHERWICK,
SHEeRwIn, and Hawk)
1912, 11, viii
Metabolism, effect upon
(Lusk)
1912-13, 13, 36
-Soluble B, growth factor
(McCotitum and KEn-
NEDY) 1916, 24, 493
Stomach, stimulatory
power in (BERGEIM,
Reuruss, and Hawk)
1914, 19, 345
Weber's law:
Irritability and (LoEB)
1915, 23, 427
Wheat:
Bran, amino-acid content
(NoOLLAU)
1915, 21, 614
—, inosite monophosphate
from (ANDERSON)
1912, 11, 441
—, — triphosphate, oc-
currence in (ANDERSON)
1915, 20, 463
—, organic phosphoric
acid compound of (AN-
DERSON)
1912, 12, 447;
1914, 18, 425, 441;
1915, 20, 463, 483, 493
—, —— — — , hydrolysis
by phytase (ANDERSON)
1915, 20, 483
—, phytase of (ANDERSON)
1915, 20, 475
—, phytin in (ANDERSON)
1915, 20, 493
The Journal of Biological Chemistry
Wheat—continued:
Bran, vitamine fraction
(SuttivaN and VoxEGT-
LIN) 1916, 24, xvii
Embryo, dietary deficien-
cies (McCotium, Sim-
mMonps, and Pirz)
1916, 25, 105
—, ether-extracted, nutri-
tive value of (McCot-
LuM, Srmmonps, and
Pitz) 1916, 25, 109
—, fat-free acetone ex-
tract, polyneuritis, ef-
fect on (McContum and
KENNEDY)
1916, 24, 499
—, — alcoholic extract,
polyneuritis, effect on
(McCotitum and KEn-
NEDY)
1916, 24, 494
—, — benzene extract,
polyneuritis, effect on
. (McCortium and KEn-
NEDY) :
1916, 24, 500
—, — ethyl acetate ex-
tract, polyneuritis, ef-
fect on (McCotium and
Davis) :
1916, 24, 500
—, feeding experiments
with (McCouium, SIM-
monpbs, and Prrz)
1916, 25, 107
—, growth, influence on
(McCotium)
1914, 19, 323
(McCotium and Davis)
1915, 20, 415;
1915, 21, 180;
1915, 23, 235
—, heat, effect of, om
nutritive properties (Mc-
Cotuum and Davis)
1915, 23, 248
Subjects
Wheat—continued:
Embryo, oil, toxicity of
(McCo.tium, SIMMONDS,
and Prrz)
1916, 25, 109
—, proteins, value of, for
growth (McCo.ium,
Srmumonps, and Pirz)
1916, 25, 108
Flour, digestibility of,
~ bleaching, influence of
(Rockwoop)
1910-11, 8, 327
Ghadin, amino nitrogen
content (OSBORNE, VAN
SitykE, LEAVENWORTH,
and VINOGRAD)
1915, 22, 278
—, hydrolysis (OSBORNE
and GUEST)
1911, 9, 425
Growth, influence on
(Hart and McCouium)
1914, 17, xliv;
1914, 19, 373
(McCotivm and Davis)
1915, 20, 415;
1915, 21, 181, 622
Milk production, influ-
ence on (Harr and
HuMPHREY)
1915, 21, 243
» Nitrogen distribution
(BREWSTER)
1916, 24, xxxv
Nutritive deficiencies
(Hart, Mitumr, and
McCo.iuvum)
, 1916, 25, 239
Oats -and, comparative
nutritive value for grow-
ing pig (McCoiium)
1912, 11, xv
Phosphorus content (GrB-
son and EsrxEs)
1909, 6, 354
533
Wheat—continued:
Proteins, utilization of
(ManpEL and Frvp)
1911-12, 10, 303
—, value for growth in the
pig (McCo.iium)
1914, 19, 323
Toxie substance of, swine,
susceptibility of, to-
wards (Hart, Mruumr,
and McCoruum)
1916, 25, 244
Whey:
Cow’s milk, color of (PAL-
MER and CooLEDGE)
1914, 17, 251
Nutritive properties, heat,
influence on (McCotL-
LuM and Davis)
1915, 23, 249
Whites:
Dominant and recessive,
cause of (GORTNER)
1911-12, 10, 113
Wild indigo:
Blackening of leaves of
(CLARK)
1915, 21, 645
Narcosis in leaves of
(CLARK)
1914, 17, xxxill
Witte’s peptone:
Absorption from large in-
testine (Foun and DEN-
Is)
1912, 12, 257
— — stomach (Four and
LyMAN)
1912, 12, 261
Albumoses of (LEVENE)
1905-06, 1, 46
Bases, toxic, from (Koc)
1913, 15, 59
Erepsin of cabbage, di-
gestion by (Bioop)
1910-11, 8, 220
534
Witte’s peptone—continued:
Ferments, adsorption of
(PETERS)
1908-09, 5, 372
Papain, action of (MEN-
pEL and Bioop)
1910-11, 8, 184
Wood:
Nutrition, effect on (Mc-
Coxuium and Davis)
1915, 20, 645
(MircneLtL and NEL-
SON)
1915, 23, 460
Wool fat:
Absorption of (BLOoR)
1913, 15, 115
Work:
Cutaneous excretion of
nitrogen during (BENE-
DICT)
1905-06, 1, 268
Metabolism, effect on
(BENEDICT)
1915, 20, 297
—, during typewriting
(CARPENTER and BENE-
DICT)
1909, 6, 271
Urie acid, influence on
elimination of (Razziss,
Dusin, and RINGER)
1914, 19, 481
xX
Xanthine:
Aralia cordata, occurrence
in shoots of (Mryaxke&)
1915, 21, 509
Bacillus coli communis, cell
substance, isolation from
(LEACH)
1905-06, 1, 477
Glomerella, isolation from
(REED)
1914, 19, 261
The Journal of Biological Chemistry
Xanthine—continued:
Liver content after chloro-
form necrosis (WELLS)
1908-09, 5, 135
Metabolism of (HUNTER
and GIvVENS)
1914, 17, 41
(GOLDSCHMIDT)
1914, 19, 100
Placenta content (WELLS
and CorpERr) :
1909, 6, 479
Soils, presence in(SCHREIN-
ER and SHOREY)
1910-11, 8, 391
Spleen, content of (Cor-
PER)
1912, 11, 32
Synthesis of (Jouns and
HoGan)
1913, 14, 304
Urine, monkey, content of
(HuNTER)
1914, 18, 110
Xanthine-oxidase:
Autolysis, action of (WELLS
and CorRPER)
909, 6, 477
Embryo, presence in(JONES
and AUSTRIAN)
1907, 3, 227
Fetus, human, presence
in (WELLS and CorPER)
1909, 6, 474
Liver, chimpanzee, pres-
ence in (WELLS and
CALDWELL)
1914, 18, 159
—, monkey, presence in
(WELLS)
1909-10, 7, 176
Opossum tissues, pres-
ence in (CALDWELL and
WELLS)
1914, 19, 279
Spleen, presence in (Cor-
PER) 1912, 11, 33
Subjects
Xanthine-oxidase—continued:
Yeast, absence in
(STRAUGHN and JONEs)
1909, 6, 247
Xanthophyll:
Blood serum, content of
(PALMER)
1915, 23, 271
— — of cow, presence in
(PALMER and EcKLEs)
1914, 17, 226
— —, transportation by
(PALMER and EcKLEs)
1914, 17, 229
—, transportation by (PaL-
MER)
1915, 23, 274
Body fat (PatmMeR and
EcKLES)
1914, 17, 213
— —, content of (PaL-
1915, 23, 277
Butter fat (PALMER and
EcKLEs)
1914, 17, 198
Digestion, fate during
(PaLMER and EcKLEs)
1914, 17, 237
Digestive juices, action of
(PatMER and EcKLEs)
1914, 17, 238
Egg yolk, body fat, and
blood serum of hen,
plant xanthophyll, re-
lation to (PALMER)
1915, 23, 261
Feeding experiments with
(PatMER and EcKLEs)
1914, 17, 201
Human milk fat (PALMER
and EcKLEs)
1914, 17, 245
Plant, egg yolk xantho-
phyll, relation to (PAL-
MER)
1915, 23, 261 |
535
Xanthophyll—cont inued:
Plant, milk fat xantho-
phyll, relation to (PAL-
MER and EcKLEs)
1914, 17, 191, 211,
223, 237, 245
Xylohexosaminic acid:
Lactone hydrochloride(LE-
VENE and La ForGE)
1915, 21, 355
Synthesis (LevENE and
La Force)
1915, 21, 351
d-Xylosazone:
Mutarotation (LEVENE
and La ForaGE)
1915, 20, 430
Xylose:
p-Bromophenylhydrazone
(Levennand La Force)
1914, 18, 325
Lactic acid formation
from, by leukocytes (LE-
VENE and MEYER)
1913, 14, 149
Muscle plasma and pan-
creas extract, combined
action of (LEVENE and
MEYER)
1912, 11, 347
Xylosimine:
Amino nitrogen content
(LEVENE)
1916, 24, 61
m-Xylyl bromomethyl ketone:
(JAcoBps and H&rIDELBER-
GER)
1915, 21, 458
Hexamethylenetetramin-
‘jum salt (JaAcops and
H&IDELBERGER)
1915, 21, 458
o-Xylyl bromomethy] ketone:
(Jacoss and H»mELBER-
GER)
1915. 21, 457
536
o-Xylyl bromomethyl ketone—
continued:
Hexamethylenetetramin-
ium salt (JAcops and
HIDELBERGER)
1915, 21, 458
m-Xylylene chloride:
Hexamethylenetetramin-
ium salt (Jacops and
HEIDELBERGER)
1915, 20, 664
o-Xylylene chloride:
Hexamethylenetetramin-
ium salt (JAcops and
HEIDELBERGER)
1915, 20, 663
Yi
Yeast:
Enzyme, alcohol, precip-
itation by (KorLKER)
1910-11, 8, 157
—, dialysis, effect of
(KOELKER)
1910-11, 8, 159
—, dialyzed, calcium chlo-
ride, effect of (KOELK-
ER)
1910-11, 8, 173
—, —, sodium chloride,
effect of (KomLKER)
1910-11, 8, 171
—, temperature, effect
of (KOELKER)
1910-11, 8, 169
Pxtracts, preparation of
(KOELKER)
1910-11, 8, 155
Glyoxalase of (Dakin and
DuDLEY)
1913, 14, 431
Growth, effect on (FuNK
and MacaLLuM)
1915, 23, 414
Nitrogen fixation by (Lrp-
MAN)
1911-12, 10, 169
The Journal of Biological Chemistry
Yeast—continued:
Nuclein ferments , of
(SrRAUGHN and JONES)
1909, 6, 245
Oat disease in rabbits, ef-
fect on (FUNK)
1916, 25, 412
Phenyl glyoxal, formation
of benzoyl carbinol from,
by (Daxrty)
1914, 18, 91
Purine hexose compound
(Manpet and DunHAM)
1912, 11, 85
Yeast nucleic acid, action
on (AMBERG and JONES)
1912-18, 13, 441
(JonEs and RICHARDS)
1914, 17, 78
Yeast nucleic acid: ;
Adenine-uracil dinucleo-
tide, preparation of
(Jones and GERMANN)
1916, 25, 99
Ammonia, hydrolysis with
(JonEs and GERMANN)
1916, 25, 93
(LeveNE and JAcoss)
1916, 25, 103
Blood serum, action of
(LEVENE and MEDIGRE-
CEANU)
1911, 9, 82, 401
(AmBERG and JONES)
1911-12, 10, 86
Components of (LEVENE
and JACOBS)
1911, 9, xxv
Gastrie juice, action of
(LEVENE and MEDIGRE-
CHANU)
1911, 9, 385
Guanylic acid from
(JONHs)
1912, 12, 31
(Jones and RrcHARDS)
1915, 20, 33
Subjects
Yeast nucleic acid—continued:
Heart muscle plasma, ac-
tion of (LEvENE and
MrEpIGRECEANU)
1911, 9, 82, 400
Hydrolysis with acid
(JONHS)
1916, 24, iv
— with ammonia (JONES
and GERMANN)
1916, 25, 93
—, partial enzymatic
(Jones and RicHaRps)
1914, 17, 71
Intestinal juice, action of
(LevEenrE and MEDIGRE-
CEANU)
1911, 9, 386
— mucosa, action of (LE-
vENE and ME&EDIGRE-
CEANU)
1911, 9, 81, 399
Kidney plasma, action of
(Levenn and MEDIGRE-
CHANU)
1911, 9, 82, 400
Liver plasma, action of
(LEvENE and MEDIGRE-
CEANU)
1911, 9, 82, 400
Nucleases, action of (Ln-
vENE and M&EpIGRECE-
ANU)
1911, 9, 69
Nucleotides from (JoNES
and RrcHARDS)
1915, 20, 25
Pancreatic juice, action of
(LevENE and MEDIGRE-
CEANU)
1911, 9, 385
— plasma, action of (LE-
VENE and MEDIGRE-
CEANU)
1911, 9, 399
Reducing component
(Boos)
1908-09, 5, 469
537
Yeast nucleic acid—continued:
Reducing component, ben-
zylphenylhydrazone
(Boos)
1908-09, 5, 473
Serum, action of (AMBERG
and JONES)
1911-12, 10, 86
Yeast, action of (Am-
BERG and JONES)
1912-13, 13, 441
Yucca angustifolia:
Saponin from (VIEHOE-
VER, CHERNOFF, and
JOHNS)
1916, 24, xxxiv
Yucca radiosa:
Saponin from (Jouns, GEI-
GER, and VIEHOEVER)
1916, 24, xxxiv
Z
Zea mays:
Phytie acid from (Harr
and TorrinGHAM)
1909, 6, 432
Zein:
Amino nitrogen content
(VAN SLYKE and BrrcH-
ARD)
1913-14, 16, 544
Bacteria in feces after
feeding (OsBoRNE and
MENDEL)
“1914, 18, 180
Casein and, growth with
(OsBorNE and MEN-
DEL)
1914, 17, 349
Edestin and, growth with
(OsporNE and MENDEL)
1914, 17, 343
Feeding experiments with
(OspornE and MEN-
DEL)
1912-13, 13, 233, 273;
1914, 17, 336;
1915, 25, 4
538
Zein—continued:
Glucose from, in diabetic
organism (JANNEY)
1915, 20, 333
Growth with (OsBoRNE
and MENDEL)
1912, 12, 502
Lactalbumin and, growth
with (OsBoRNE and
MENDEL)
1914, 17, 348, 348
Lysine content (OSBORNE
and LHAVENWORTH)
1913, 14, 481
Maintenance with (Os-
BORNE and MENDEL)
1912-13, 13, 274
Poison, crude soluble,
from, physiological ac-
tion of (UNDERHILL and
HENDRIX)
1915, 22, 467
Proteoses of, physiological
action of (UNDERHILL
and HENDRIX)
1915, 22, 443
Racemized, physiological
action of (UNDERHILL
and HEnpRIXx)
1915, 22, 456
Tryptophane, lysine, ar-
ginine, and, growth on
(OsBoRNE and MmunpeEL)
1914, 18, 11
The Journal of Biological Chemistry
Zein—continued:
Tryptophane, lysine, and,
necessary for growth
(OsBORNE and MENDEL)
1914, 17, 341
— and, in maintenance
(OsBoRNH and Mern-
DEL) 1914, 17, 338
Zeose:
Physiological action (UN-
DERHILL and HENDRIX)
1915, 22, 447
Racemized, physiological
action (UNDERHILL and
HENDRIX)
1915, 22, 463
Zinc:
Amalgam, use in syn-
thetic chemistry (JOHN-
son and CHERNOFF)
1913, 14, 315
Cysteine, spontaneous
oxidation, influence on
(MatrHEws and WaAL-
KER) 1909, 6, 303
Zinc oxide:
Liver autolysis, effect on
(BrapLEy and TayLor)
1916, 25, 267
Zinc salt:
Urie acid (Morrts)
1916, 25, 205
Zymolyte:
(LorvENHART and PEIRCE)
1906-07, 2, 413
FORMULA INDEX.
The following index of new compounds of known empirical
formula is arranged according to Richter’s system (Lexikon der
Kohlenstoff Verbindungen).
The elements are given in the order C, H, O, N, Cl, Br leehe
S, P, and the remainder alphabetically.
The compounds are arranged in groups according to the
number of carbon atoms (thus, C; group, C2 group, ete.);
according to the number of other elements besides carbon con-
tained in the molecule (thus, C; IV indicates that the molecule
contains five carbon atoms and four other elements); according
to the nature of the elements present in the molecule (given in
the above order); and according to the number of atoms of
each single element (except carbon) present in the molecule.
Salts are placed with the compounds from which they are
derived. The chlorides, bromides, iodides, and ecyanides of
quaternary ammonium bases, however, are registered as group
substances.
C, Group
C, II
C.H;N; Methylguanidine, picrolonate (WHEELER and JAMIE-
* son) 1908, 4, 115
C, Iil
C.H;O.N Glycocoll, picrate (LEVENE) 1905-06, 1, 413
(LEVENE and VAN SLYKE) 1912, 12, 287
—, picrolonate (LEVENE and VAN SLYKE)
1912, 12, 132
C, Group
C; Il
C3;H,N; 1,2-Dimethylguanidine, picrate (WHEELER and JAMIE-
SON) 1908, 4, 116
2,2-Dimethylguanidine, picrate, picrolonate (WHHELER
and JAMIESON) 1908, 4, 115
539
540 The Journal of Biological Chemistry
C; Ill
C;H-O.N d-Alanine, picrolonate (LEvENE and Van SLYKH)
1912, 12, 131
dl-Alanine, picrolonate (LEVENE and VAN SLYKE)
1912, 12, 131
Sarcosine (BAUMANN) 1915, 21, 563
C;H,O;N dl-Serine, picrolonate (LEvENE and VAN SLYKE)
1912, 12, 136
C;H,N.S 2-Ethylpseudothiourea, picrate, picrolonate (WHEEL-
ER and JAMIESON) 1908, 4, 117
C; IV
C,H,OCII B-Iodopropionyl chloride (JaAcops and HZ=rIDEL-
BERGER) 1915, 21, 186
C;H;ONCI1 Chloroacetmethylamide (Jacosps and HEMELBER-
GER) 1915, 21, 147
C;H,ONI a-Iodopropionamide (JAcops and HEIDELBERGER)
1915, 21, 146
6-Iodopropionamide (JAcoss and HEIDELBERGER)
. 1915, 21, 146
C, Group
C, Il
C,H;N,; 6-Aminopyrimidine (WHEELER and JoHNSON)
1907, 3, 189
—, hydrochloride, picrate, sulfate (WHEELER)
1907, 3, 292
—, picrolonate (WHEELER and JAMIESON)
1908, 4, 114
C, Ill
C,H.N.Cl 2,6-Dichloropyrimidine (Jounson and MencGe)
1906-07, 2, 114
C,H,ON, 6-Oxypyrimidine, hydrochloride, picrate, sulfate
(WHEELER) 1907, 3, 288
—, picrolonate (WHEELER and JAMIESON)
1908, 4, 114
C,H,0,N, Uracil, potassium salt (Jounson and Ciapp)
1908-09, 5, 60
—, lead, mereury, potassium, and sodium salts
(Myers) _ 1909-10, 7, 253
C,H;ON; Cytosine, acid phosphate, acid sulfate, basic sulfate,
hydrochloride, sulfate (WHEELER) 1907, 3, 293
—, picrolonate (WHEELER and JAMIESON)
1908, 4, 113
Formulas 541
C,H,ON;—continued:
2-Amino-6-oxypyrimidine (isoeytosine), hydrochlo-
ride, sulfate (WHEELER) 1907, 3, 293
—, picrolonate (WHEELER and JAMIESON)
1908, 4, 114
C,H;0.N; 2,5-Dioxy-6-aminopyrimidine (5-oxyeytosine), pic-
rate (JOHNSON and McCouiium)
1905-06, 1, 446
C,H,O.N. Methylhydantoin (BAUMANN) 1915, 21, 565
C,H,N.S, Dithiopiperazine (Jonson and BuRNHAM)
1911, 9, 455
C,H,O.N dl-Aspartic acid, picrolonate (LEVENE and VAN
SLYKE) 1912, 12, 131
C,H;0;N2 Methylureidoacetie acid (BAUMANN)
1915, 21, 565
C,H,N;S:2 Thioglycylglycinethioamide (Jounson and BuRN-
HAM) 1911, 9, 457
C, IV
C,H;0.N21 2,6-Dioxy-5-iodopyrimidine (5-iodouracil) (JOHNSON
and JOHNS) 1905-06, 1, 310
C,H,ON,I 5-Iodocytosine, picrate, acetic acid salt (JOHNSON
and JOHNS) 1905-06, 1, 311
C.H,0;N.Br. Dibromooxyhydrouracil (WHEELER and JOHN-
SON) 1907, 3, 187
C,H;ON,S 2-Thio-4-methylhydantoin (JOHNSON)
1912, 11, 100
C,H,ONC1 Chloroacetdimethylamide (Jacoss and HEIDELBER-
GER) 1915, 21, 148
Chloroacetethylamide (Jacops and HEIDELBERGER)
1915, 21, 149
C,H,0.NCl Chloroacetylaminoethanol (JACOBS and HIpBL-
BERGER) 1915, 21, 407
C, Group
Cc; il
C;H,:.N;, Base from urine, picrolonate (KocH)
1913, 15, 53
C; Ill
C;H,ON, 2-Oxypurine, hydrochloride, nitrate, picrate (JOHNS)
1912, 11, 69
C,;H,0.N, 2.6-Dioxypurine (xanthine) (Jouns and HoGan)
1913, 14, 304
542 The Journal of Biological Chemistry
C;H,O,N; 2,6-Dioxy-3-methyl-5-nitropyrimidine (JoHns)
1912, 11, 76; 1913, 14, 4
(JoHNS and BAUMANN) 1913-14, 16, 139
C;H,O.N, Thymine, potassium salt (JoHNSoN and CLAppP)
1908-09, 5, 59
—, sodium, lead, mereury, and potassium salts
(Myers) 1909-10, 7, 251
C;H,O.N, Formyl-2-oxy-5,6-diaminopyrimidine (JoHNs)
1912, 11, 68
C;H,O;N, 2-Oxy-3-methyl-5-nitro-6-aminopurine (JOHNS)
1912, 11, 75
2-Oxy-5-nitro-6-methylaminopyrimidine (JoHNs)
1911, 9, 164
C;H;,O.N; 4-Imidopseudourie acid (LEvENE and SENIOR)
1916, 25, 618
C;H,O;N 2-Oxy-3-methyl-6-aminopyrimidine (3-methyleyto-
sine), picrate (JOHNSON and CLAPP)
1908-09, 5, 62
2-Oxy-6-methylaminopyrimidine (JoHns)
1911, 9, 163
C;H,O;N; a-Oxynitrohydrothymine (JoHnson)
1908, 4, 410
B-Oxynitrohydrothymine (JoHNnson)
1908, 4, 414
C;H;ON, 2-Oxy-5-amino-6-methylaminopyrimidine (JoHNs)
1911, 9, 165
2-Oxy-3-methyl-5,6-diaminopyrimidine (JOHNS)
1912, 11, 77
C;H,O.N d-Glutaminic acid, picrolonate (LEvENE and VAN
SLYKE) 1912, 12, 132
dl-Glutaminice acid, picrolonate (LavENE and Van
SLYKE) 1912, 12, 132
C;H,,O.N d-Valine, picrolonate (LEVENE and VAN SLYKE)
1912, 12, 136
dl-Valine, picrolonate (LEVENE and VAN SLyKn)
1912, 12, 137
C;H,,0;N d-Lyxosimine (LEvENE and La Force)
1915, 22, 333
Ribosimine (LEvENE and La Forgas)
1915, 20, 440
C; IV
C;H,ON,S 2-Oxy-8-thiopurine (Jouns) : 1915, 21, 321
C;H,ON,S, 2,8-Dithio-6-oxypurine (Jouns and Hogan)
1913, 14, 305
C;H,0.N,S 2-Thio-6,8-dioxypurine (Jouns and Hogan)
1913, 14, 302
Formulas 543
C;H,;O.N.Br 3-Methyl-5-bromouracil (JoHNSON and CLAPP)
1908-09, 5, 64
C;H,O.N.S 2-Methylmercapto-4-amino-5-nitroso-6-oxypyrimi-
dine (JoHNS and BAUMANN) 1913, 14, 384
C;H;ON;S 2-Methylmercapto-4,5-diamino-6-oxypyrimidine
(Jouns and BAUMANN) 1913, 14, 385
C;H;O.N»I, Methylene bisiodoacetamide (JAcoBs and H®IDEL-
BERGER) 1915, 21, 150
C;H,O.NCI Chloroacetylaminoisopropanol (Jacons and HEtr-
DELBERGER) 1915, 21, 424
C, Group
Cc, i
C;H;0O; a,a:-Anhydro-idosaccharic acid (LevENE and La
ForGE) 1915, 21, 357
a,o,-Anhydromucie acid (LEVENE and La ForGe)
1915, 22, 334
a,a,-l-Anhydrosaccharic acid (LEVENE and La ForeeE)
1915, 21, 358
Chondrosie acid (LEVENE and La Forces)
1914, 18, 128; 1915, 20, 438
Epichondrosic acid (Luvene and La FoRGE)
1915, 20, 439
|-Epi-isosaccharic acid (LEVENE and La Foree)
1915, 20, 442; 1915, 21, 358
C;H,O; Mycodextran (Dox and NEipIG) 1914, 18, 172
Mycogalactan (Dox and NEIDIG) 1914, 19, 235
C,H Os; Acid from oxidation of chondrosin (LEVENE and La
ForGeE) 1913, 15, 78
C, Il
C;H,ON, 2-Oxy-l-methylpurine, picrate (JOHNS)
(QIZs
2-Oxy-8-methylpurine, picrate (JOHNS)
LOL2 Sd ae
2-Oxy-9-methylpurine (Jonns) 1911, 9, 166
C;H,O.N. ‘‘Urocanic acid” (8-imidazole-4(5)-aerylie acid),
picrate, and picrolonate (HUNTER)
1912, 11, 537
C,H,O.N, 2,8-Dioxy-1-methylpurine (JOHNS)
1912, 11, 398
2,6-Dioxy-9-methylpurine (JOHNS)
1911, 9, 167
544 The Journal of Biological Chemistry
C;H,O.N, Thymine-4-carboxylic acid (JoHnson)
1907, 3, 304
—, lead, barium, and potassium salts (JoHnson)
1907, 3, 304
C,H;ON; Acetyl-6-aminopyrimidine (WHEELER)
1907, 3, 291
C,H,O,N; 2,6-Dioxy-3,4-dimethyl-5-nitropyrimidine (JoHNS
and BAUMANN) 1913-14, 16, 139
C,;H,O.N,. 1,5-Dimethyl-2,6-dioxypyrimidine (1-methylthy-
mine) (JOHNSON and CLAPP) 1908-09, 5, 56
3,5-Dimethyl-2,6-dioxypyrimidine (3-methylthy-
mine) (JOHNSON and CLAPP) 1908-09, 5, 56
1,3-Dimethyluracil (JoHNson and Ciapp)
' 1908-09, 5, 61
2,6-Dioxy-5-ethylpyrimidine (5-ethyluracil) (JoHNSON
and MENGE) 1906-07, 2, 111
C;H,O.N, Acetyl-2-oxy-5,6-diaminopyrimidine (JoHNS)
1912, 11, 71
Formyl-2-oxy-3-methyl-5,6-diaminopyrimidine .«
(JOHNS) 1OV2 iG
C;H;0O;N, Acetylformamidine acrylic acid (WHEELHR)
1907, 3, 291
2,6-Dioxy-5-ethoxypyrimidine (JoHnson and Mc-
CoLium) 1905-06, 1, 445
2,6-Dioxy-4-hydroxymethyl-5-methylpyrimidine
(Jonnson and CHERNOFF) 1913, 14, 319
C;,H;0;N, 2-Oxy-3,4-dimethyl-5-nitro-6-aminopyrimidine
(Jouns and BAUMANN) 1913-14, 16, 137
2-Oxy-3-methyl-5-nitro-6-methylaminopyrimidine
(Jouns) 1913, 14, 3; 1914, 17, 4
2-Oxy-4-methyl-5-nitro-6-methylaminopyrimidine
(JOHNS) c 1912, 11, 396
2-Oxy-5-nitro-6-ethylaminopyrimidine (Jouns and
HENDRIX) 1914, 19, 28
C;H,ON; 2-Oxy-3,5-dimethyl-6-aminopyrimidine (JoHNSON and
CLAPP) 1908-09, 5, 65
2-Oxy-6-ethylaminopyrimidine (JoHNS and HEN-
DRIX) 1914, 19, 27
2-Oxy-5-ethyl-6-aminopyrimidine (5-ethyleytosine)
(JonNson and MENGE) 1906-07, 2, 112
—, chloroplatinate, hydrobromide, hydrochloride,
nitrate, picrate (JoHNsSoN and MENGE)
1906-07, 2, 112
2-Oxy-4-methyl-6-methylaminopyrimidine (JoHNs)
1912, 11, 395
C;H,O.N;
C;H,O 5N 3
C;H»ON,
C;Hi30.N
C;Hi;0;N
C,H,;0;N
C,;Hy;0;N
C;HO P;
CeHi5s015Ps
C;Hi;015P;
Formulas 545
2-Amino-5-ethoxy-6-oxypyrimidine (JoHNsoN and
McCo.utium) 1905-06, 1, 448
a-Cyanobutyrylurea (JonNson and JoHNs)
1905-06, 1, 317
2,4-Dioxy-5-ethyl-6-aminopyrimidine (Jounson and
JOHNS) 1905-06, 1, 317
2-Oxy-5-ethoxy-6-aminopyrimidine (5-ethoxycyto-
sine) (Jonnson and McCotium)
1905-06, 1, 445
1-Methyl-5-nitro-4-oxyhydrothymine (JoHnson and
CLAPP) 1908-09, 5, 58
3-Methyl-5-nitro-4-oxyhydrothymine (JoHnson and
Capp) 1908-09, 5, 58
2-Oxy-5-amino-6-ethylaminopyrimidine (Jonns and
HENDRIX) 1914, 19, 28
2-Oxy-3,4-dimethyl-5,6-diaminopyrimidine (JOHNS
and BAUMANN) 1913-14, 16, 140
2-Oxy-3-methyl-5-amino-6-methylaminopyrimidine
(JOHNS) 1913, 14, 4
2-Oxy-4-methyl-5-amino-6-methylaminopyrimidine
(JOHNS) 1912, 11, 397
d-Isoleucine, picrolonate (LEVENE and VAN SLYKE)
1912, 12, 133
d-Leucine, picrolonate (LEVENE and VAN SLYKE)
1912, 12, 134
l-Leucine, picrolonate (LEVENE and VAN SLYKR)
1912, 12, 133
dl-Leucine, picrolonate (LEVENE and VAN SLYKE)
1912, 12, 134
Chondrosaminie acid, reduction product (LEVENE
and La Fores) 1915, 20, 437
Chondrosamine (LEVENE and La ForGcE)
1913, 15, 158; 1914, 18, 126, 240
Chondrosaminie acid (LEvENE and La ForGE)
1915, 20, 486
Hexosaminie acid from ribose (Levene and La
ForGE) 1915, 20, 441
d-Lyxohexosaminic acid (LEVENE and La Force)
1915, 22, 333
Xylohexosaminic acid (Levenrn and La Force)
1915, 21, 354
Inosite monophosphate, barium salt (ANDERSON)
1914, 18, 444
Inosite triphosphate, barium salts, strychnine salt
(ANDERSON) 1915, 20, 470
Inosite dipyrophosphorie acid ester, barium salt
(ANDERSON) 1912, 12, 109
546 The Journal of Biological Chemistry
C;H,,O:sP; Inosite tetraphosphoric acid ester, barium salt
(ANDERSON) 1912, 11, 484
C;H.2402;P; Phytic acid (ANDERSON)
1912, 11, 478; 1912, 12, 103;
1912-13, 13, 316; 1914, 17, 144,
154, 166, 175; 1915, 20, 496
—, tribarium, pentabarium, pentabarium am-
monium, pentamagnesium ammonium, tetracupric
dicalcium salts (ANDERSON) 1912, 11, 478
—, calcium magnesium potassium, pentacalcium,
pentamagnesium, hexacopper, heptasilver, octasilver
salts (ANDERSON) 1912, 12, 103
C; IV
C;H,ON,S 2-Oxy-8-methylmercaptopurine (JoHns)
1915, 21, 322
C,H,ON,S, 2-Methylmercapto-6-oxy-8-thiopurine (Jonns and
BAUMANN) 1913, 15, 521
C;H,O.N,S 2-Methylmercapto-6,8-dioxypurine (JoHns and
BAUMANN) 1913, 14, 386
C,H,ON;S 2-Methylmercapto-6-oxy-8-aminopurine (JoHns and
BAUMANN) 1913, 14, 387
2-Oxy-8-methylaminopurine (JoHNs)
1915, 21, 322
C;H;O.N.Cl_ 2,6-Dioxy-4-chloromethyl-5-methylpyrimidine
(Jounson and CHERNOFF) 1913, 14, 318
C,H;O.N.Br 1,3-Dimethyl-5-bromouracil (Jounson and CLAPP)
1908-09, 5, 62
C.H;O;N.Br Oxybromohydrothymine-4-carboxylic acid (JoHN-
SON) 1907, 3, 306
C;H,ON,S 2-Thio-3,5-dimethyl-6-oxypyrimidine (Jounson and
CLAPP) 1908-09, 5, 56
C;H;O,N2S 2-Thio-3-acetyl-4-methylhydantoin (Jounson)
1912, 11, 99
C;H,O.N,S_ 1-Methyl-2-methylmercapto-4-amino-5-nitroso-6-
oxypyrimidine (Jonns and HENDRIX)
1915, 20, 158
C;H;O;N.Br._ 1,3-Dimethyldibromooxyhydrouracil (JOHNSON
and Ciapp) 1908-09, 5, 61
C;H,N;SI 2-Ethylmercapto-5-iodo-6-aminopyrimidine (JOHN-
son and JOHNS) 1905-06, 1, 313
C;H,ON;S 2-Methylmercapto-4-amino-6-methoxypyrimidine
(Jouns and HmnpRIx) 1915, 20, 156
1-Methyl-2-methylmercapto-4-amino-6-oxypyrim-
idine (JOHNS and HENDRIX) 1915, 20, 157
C.H,O;N.Br 1-Methyl-5-bromo-4-oxyhydrothymine (JOHNSON
and Carp) . 1908-09, 5, 57
Formulas’ 547
C.H,,ON,S 1-Methyl-2-methylmercapto-4,5-diamino-6-oxypyr-
imidine (Jouns and HENDRIX) 1915, 20, 159
C;H,,0.N.Cl Ethylenebischloroacetamide (Jacoss and HEr-
DELBERGER) 1915, 21, 151
C;H,,ONCI1 Chloroacetdiethylamide (Jacops and HuIDELBER-
GER) 1915, 21, 149
C,H,,0,NC1 8-Chloroacetylamino-y-butanol (Jacops and HEr-
DELBERGER) 1915, 21, 428
5-Chloroacetylamino-n-butanol (Jacoss and HEI-
DELBERGER) 1915, 21, 427
Chloroacetylethylaminoethanol (Jacoss and HEr-
DELBPRGER) 1915, 21, 417
Chloroacetylaminoethyl ethyl ether (Jacons and
HEIDELBERGER) ; 1915, 21, 415
C;H.»O;NC1 Xylohexosaminic acid lactone hydrochloride (Lr-
VENE and La Force) 1915, 21, 355
C;H,,ONC1 «-Methylcholine chloride, chloroplatinate, chloro-
aurate (MENGE) 1911-12, 10, 400
C,H, ;024;P, Inosite hexaphosphate, tribarium and pentabarium
salts (ANDERSON) 1914, 17, 147, 160, 167, 178
C; V
C,;H,N.SC1 2-Ethylmercapto-5-iodo-6-chloropyrimidine (JOHN-
son and JOHNS) 1905-06, 1, 313
C,H,ON.SI 2-Ethylmercapto-5-iodo -6 - oxypyrimidine (JOHN-
son and JOHNS) 1905-06, 1, 310
C, Group
Cc, i
C;H,,0; d-8-Galaheptite (PErRcE) 1915, 23, 335
d-8-Mannoheptite (PEIRCE) 1915, 23, 334
C, Il
C;H,CIBr o-Bromobenzyl chloride (Jacops and HEIDELBERGER)
1915, 20, 665
C;H,ON, 2-Oxy-6,8-dimethylpurine (JOHNS) 1913, 14, 6
9-Oxy-6,9-dimethylpurine, picrate (JoHNs)
1912, 12, 94
2-Oxy-8,9-dimethylpurine, picrate (JOHNS)
1912, 12, 95
C;H,0.N, 2,8-Dioxy-1,6-dimethylpurine (Jouns and BAUMANN)
1913-14, 16, 141
2,.8-Dioxy-1,7-dimethylpurine (Jorns)
1914, 17, 6
548 The Journal of Biological Chemistry
C;H,O.N .—continued:
2,8-Dioxy-1,9-dimethylpurine (Jonns)
1913, 14, 5; 1914, 17, 7
2,8-Dioxy-6,9-dimethylpurine (Jonns)
1912, 11, 397
2,8-Dioxy-9-ethylpurine (Jouns and Hxenprix)
1914, 19, 29
C;H,»O.N, 1,3-Dimethylthymine (Jounson and Ciapp)
1908-09, 5, 59
C-H,,O;N, 2-Oxy-4-methyl-5-nitro-6-ethylaminopyrimidine
(Jouns and BAUMANN) 1913, 15, 122
C-H,,ON,; 2-Oxy-4-methyl-6-ethylaminopyrimidine and hydro-
chloride (Jonns and BauMANN) 1913, 15, 121
C-H,,N;S 2-Ethylmercapto-6-methylaminopyrimidine (JoHNs)
1911, 9, 163
C-H,.ON, 2-Oxy-4-methyl-5-amino-6-ethylaminopyrimidine
(Jouns and BAUMANN) 1913, 15, 123
C; IV
C;H,O;N,S Hypoxanthine-2-thioglycollic acid (Jouns and Ho-
GAN) ° 1913, 14, 304
C;H,O.N,S 6,8-Dioxypurine-2-thioglycollic acid (Jouns and
Hoaan) 1913, 14, 302
C;H,ON;S 2-Oxy-6,9-dimethyl-8-thiopurine (Jonns)
1915, 21, 323
C;-H.O.N,;S 1-Methyl-2-methylmercapto-6,8-dioxypurine
(JoHns and HENpRIX) 1915, 20, 159
C-H,O;N.S 2-Methylmercapto-4-carboxyl-5-methyl-6-oxypyr-
imidine (JOHNSON) 1907, 3, 302
C;H,,O.N»S 2-Methylmercapto-5-ethoxy-6-oxypyrimidine
(Jounson and McCoiuum) 1905-06, 1, 447
C;H,,0;N.Br_ 1,3-Dimethyl-5-bromo-4-oxyhydrothymine
(JOHNSON and CLAPP) 1908-09, 5, 60
C;H,ONCI1 Chloroacetpiperidide (JAcoBs and HEIDELBERGER)
1915, 21, 150
C;H,,0,NCl y-Chloroacetylamino-6-methyl-6-butanol (JACOBS
and HmIpELBERGER) 1915, 21, 431
Chloroacetylaminomethylmethylethylearbinol
(a-chloroacetylamino-§-methyl-6-butanol) (JACOBS
and HrmELBERGHER) 1915, 21, 430
y-Chloroacetylamino-8-pentanol (Jacops and
HEMELBERGER) E 1915, 21, 429
C;H,,O.N.I Iodoacetylaminoethanol trimethylamine salt (Ja-
cops and HmipELBERGER) 1915, 21, 408
C;H,,ONCl1 8-Dimethylcholine chloride, chloroplatinate
(MENGE) 1911-12, 10, 404
Formulas 549
C, Group
Cs I
C3HyO; d-a,a-Mannooctaric acid double lactone (Prtrcer)
1915, 23, 337
C;H,;,N Coniine, picrolonate (WARREN and WEIss)
1907, 3, 333
C; Ill
C;H,O.N; Glyoxylic acid p-nitrophenylhydrazone (Dakin)
1908, 4, 237
C,H;,OBr, p-Bromophenoxyethyl bromide (Jacoss and Het-
DELBERGER) 1915, 21, 444
C;H,O,N 2-Methoxy-5-nitrobenzyl alcohol (Jacoss and Hat-
DELBERGHR) 1915, 20, 675
C;sH,ON; 2-Oxy-6-methyl-9-ethylpurine (Jonns and Bav-
MANN) 1913, 15, 517
2-Oxy-6,8,9-trimethylpurine (JoHns)
1912, 12, 93
C;H,O.N;, 2,8-Dioxy-6-methyl-9-ethylpurine (Jouns and Bav-
MANN) 1913, 15, 124
2,8-Dioxy-1,7,9-trimethylpurine (JoHNs)
1914, 17, 4
CsH,,O.N2 2,6-Dioxy-4-hydroxymethyl-5-methylpyrimidine
acetate (JoHNSON and CHERNOFF) 1913, 14, 318
Thymine-4-ethyl carboxylate (JoHNSON)
1907, 3, 306
C.H,.0.N, Acetyl-2-oxy-4-methyl-5-amino-6-methylaminopyr-
imidine (JOHNS) 1912, 12, 92
C.H,»O;N, 2,6-Dioxy-4-ethoxymet hyl-5-methylpyrimidine
(Jonson and CHERNOFF) 1913, 14, 317
C;.H,,N;S 2-Ethylmercapto-5-ethyl-6-aminopyrimidine (JOHN-
son and Mrmnee) 1906-07, 2, 111
2-Ethylmereapto-6-ethylaminopyrimidine (JOHNS
and HmnpRIx) 1914, 19, 27
2-Ethylmereapto-4-methy|-6-methylaminopyrimi-
dine (JoHNs) 1912, 11, 395
C;H».0..P; Dimethylphytate (ANDERSON) 1914, 17, 188
C; IV
C.H,OCL;Br 2,4,6-Trichlorophenoxyethyl bromide (JAcoss and
HrIDELBERGER) 1915, 21, 442
C,H,O,NBr o-Nitrophenyl bromoacetate (Jacoss and HErpE.-
BERGER) 1915, 21, 469
C.H,O;N.Cl p-Nitrochloroacetylaniline (Jacoss and HEtpEL-
BERGER) 1915, 21, 112
550 The Journal of Biological Chemistry
C;H;O,.NC1 m-Chloroacetylaminophenol (Jacoss and HumE.-
BERGER) 1915, 21, 132
C;H,O;NCl 2-Methoxy-5-nitrobenzyl chloride (JacoBs and
HEIDELBERGER) 1915, 20, 675
3Nitro-4-methoxybenzyl chloride (Jacops and
HEIDELBERGER) 1915, 20, 676
C.sH,ONBr o-Aminophenoxyethyl bromide and hydrobromide
(Jacops and HEIDELBERGER) 1915, 21, 447
C;H,ON.S 2-Oxy-6-methyl-8-thio-9-ethylpurine (JoHns and
BAUMANN) 1913, 15, 519
C;H,,N.SCl 2-Ethylmercapto-5-ethyl-6-chloropyrimidine
(Jounson and MENGE) 1906-07, 2, 110
C;H,,ON.S 1-Ethylmercapto-1 ,5-dimethyl-6-oxypyrimidine
(Jonnson and Cupp) 1908-09, 5, 54
2-Ethylmercapto-3,5-dimethyl-6-oxypyrimidine
(Jounson and CLAPP) 1908-09, 5, 55
2-FEthylmercapto-5-ethyl-6-oxypyrimidine (JOHN-
son and MENGE) 1906-07, 2, 109
C.H,0.N.S 2-Ethylmercapto-5-ethoxy-6-oxypyrimidine (JoHN-
son and McCo.uuum) 1905-06, 1, 441
2-Thio-4-ethoxymethyl-5-methyl-6-oxypyrimidine
(Jonson and CHERNOFF) 1913, 14, 316
C;H,;0N;S 2-Ethylmercapto-5-ethoxy-6-aminopyrimidine
(Jounson and McCouium) 1905-06, 1, 444
C;H,,0.N.S_ a-Ethyl-8-pseudoethylthioacrylic acid (JoHNSON
and MENG») 1906-07, 2, 110
C;H,,ON;S 2-Oxy-4-methyl-5-amino-6-ethylaminopyrimidine
thiourea addition product (Jouns and BAUMANN)
1913, 15, 519
C.H,,ON, Oxyethylhexamethylenetetraminium iodide (Ja-
cops and HEIDELBERGER) 1915, 21, 465
C;H,,O.NCl Acetyl-a-methylcholine chloride (acetyl-6-methyl-
ethoxytrimethylammonium chloride), chloroplatinate,
and chloroaurate (MENGE) 1912-13, 13, 98
C;H»ONCI £,8-Methylethylcholine chloride, chloroplatinate
(MENGE) 1911-12, 10, 405
Cs V
C.H;ONCIBr; 2,4,6-Tribromochloroacetylaniline (JACOBS and
HEIDELBERGER) 1915, 21, 111
C.H,ONCI m-Iodochloroacetylaniline (Jacops and HBIDEL-
BERGER) ; 1915, 21, 111
C;Hy,ON.SCl 2-Ethylmercapto-5-ethoxy-6-chloropyrimidine
(JoHnson and McCouiium) 1905-06, 1, 443 ©
Formulas 551
C, Group
Coelk
C.H;0, Benzylglyoxal (Dakin and DupLEy) 1914, 18, 43
C.Hi,0; 2,4-Dimethoxybenzyl alcohol (Jacoss and HEIDEL-
BERGER) 1915, 20, 678
C.H,,0, Ethyl methylethoxyacetoacetate (JonNson and CHER-
NOFF) 1913, 14, 315
C, Il
C.H,0.Br; Tribromo-p-cresyl bromoacetate (JacoBs and HEr-
DELBERGER) 1915, 21, 469
C.H,OBr; Tetrabromo-p-methylphenoxyethyl bromide (JA-
cops and HrEmELBERGER) 1915, 21, 445
C.H;,OBr, Tribromo-p-methylphenoxyethyl bromide (tribromo-
p-cresoxyethyl bromide) (Jacosps and HEIDEL-
BERGER) 1915, 21, 444
C.H,OS 1-Phenyl-2-thiohydantoin (BRAUTLECHT)
1911-12, 10, 143
C:H,OI p-Methylphenacy] iodide (Jacoss and HEIDELBERGER)
1915, 21, 456
p-Tolyl iodomethyl ketone (Jacops and HEImEL-
BERGER) 1915, 21, 456
C,H,OBr m-Methylphenoxyethyl bromide (Jacoss and HEt-
DELBERGER) 1915, 21, 440
C.H,,0.N Phenylalanine (Jonnson and O’Brien)
1912, 12, 212
—, picrolonate (LevENE and VAN SLYKE)
1912, 12, 136
l-Phenylalanine, picrolonate (LEvENE and VAN
SLYKE) 1912, 12, 135
C.H,,0.N; Propionic aldehyde p-nitrophenylhydrazone (Da-
KIN) 1908, 4, 236
C.Hy0.Cl 2,3-Dimethoxybenzyl chloride (Jacoss and Hxr-
DELBERGER) 1915, 20, 677
C,H,,0;N Tyrosine, picrolonate (LEVENE and VAN SLYKE)
1912, 12, 136
C,.H,»,ON, 2-Oxy-6,8-dimethyl-9-ethylpurine (Jouns and Bav-
MANN) 1913, 15, 518
CsH,;ON Aminoethyl o-tolyl ether (0-methylphenoxyethyl-
amine) (JAcoBs and HErIDELBERGER)
1915, 21, 416
a-p-Tolyl-a-oxyethylamine (Jacoss and HxtpEL-
BERGER) 1915, 21, 482
C.H,,N;S 2-Ethylmercapto-4-methyl-6-ethylaminopyrimidine
(Jouns and BAUMANN) 1913, 15, 121
552 The Journal of Biological Chemistry
C, IV
C.H,O,NCI 3-Nitro-4-acetoxybenzyl chloride (JAcoss and Hxr- -
DELBERGER) 1915, 20, 672
3-Nitro-6-acetoxybenzyl chloride (JacosBs and
HEIDELBERGER) 1915, 20, 673
C,H,O,.NBr Bromoethyl p-nitrobenzoate (JAcoss and HEt-
DELBERGER) 1915, 21, 450
C.H;O;NI 3-Nitro-4-acetoxybenzyl iodide (JAcosps and HEr-
DELBERGER) 1915, 20, 672
C.H,O;N.S, 6-Oxypurine-2,8-dithioglycollic acid (Jomns and
Hoaan) 1913, 14, 306
C.H,O;NCl. 3,5-Dichlorotyrosine (WHEELER, Horrman, and
JOHNSON) ; 1911-12, 10, 153
C,H,,ONC1 Chloroacetylbenzylamine (JAcoss and HEIDELBER-
GER) 1915, 20, 686
Chloroacetyl-m-toluidine (Jacosps and HEmEL-
BERGER) 1915, 21, 108
C.H,,O,NCI o0-Chloroacetylaminobenzyl alcohol (Jacoss and
HEIDELBERGER) 1915, 21, 138
Chloroacetyl-o-anisidine (JAcoBps and HEIDEL-
BERGER) 1915, 21, 134
Chloroacetyl-p-anisidine (JAcops and HEMEL-
BERGER) 1915, 21, 137
C.H,,O.NBr 2-Bromoethoxybenzamide (Jacoss and HEIpEL-
BERGER) 1915, 21, 449
C.H,,O;NsHg p-Methylnitrosoaminophenylmercuric acetate
(Jacops and HEmELBERGER) 1915, 20, 519
C.H,,0,NS Thiotyrosine and hydrochloride (Jonnson and
BRAUTLECHT) 1912, 12, 194
,H,,O,.NHg 3-Methyl-4-aminophenylmercuric acetate (JaA-
cops and H&rIDELBERGER) 1915, 20, 519
C,H,.O;N.S 2-Methylmercapto-4-carbethoxy-5-methyl-6-oxy-
pyrimidine (JoHnson) 1907, 3, 302
C,H,;O.N,Cl Chloroacetylurea and hexamethylenetetramine
(JAcoBs and HmIpELBERGER) 1915, 21, 151
C,.H,;ON;C1 Chloroacetmethylamide and hexamethylenetetra-
mine (JacoBs and HmIDELBERGER) 1915, 21, 148
C.H,,ON;I £-lodopropionamide and hexamethylenetetramine
(JAcoss and HeIDELBERGER) 1915, 21, 147
C.H,,0.N;Cl Oxymethylchloroacetamide and hexamethylene-
tetramine (JAcosBs and HemELBERGER)
1915, 21, 406
C,H,;N,ClBr y-Chloropropylhexamethylenetetraminium — bro-
mide (JAcoBs and H&IpDELBERGER)
1915, 21, 465
Kr
Formulas 553
C,H,,ON.1 -Oxypropylhexamethylenetetraminium iodide (JA-
cops and HrrmELBERGER) 1915, 21, 466
C,H»,O.NC1 Propionyl-a-methylcholine chloride (propionyl-6-
methylethoxytrimethylammonium chloride), chloro-
platinate, and chloroaurate (MENGE)
1912-13, 13, 105
Cy V
C,H,ONCIL 5-Iodochloroacetyl-o-toluidine (JAcoBs and Her-
DELBERGER) 1915, 21, 111
C,, Group
Cio
CypHwO3 p-Methylphenylpyruvic acid (WAKEMAN and DakrN)
1911, 9, 149
CH O04 p-Methoxyphenylpyruvic acid (WAKEMAN and Da-
KIN) 1911, 9, 150
C,H»2O, Oxyethyl anisate (JAcoBs and HEIDELBERGER)
1915, 21, 470
CyH»N, Nicotine, picrolonate (WARREN and WEISS)
1907, 3, 333
Cio Il
C,)H;O;N y-Hydroxy-6-earboxyquinoline (Homer)
1914, 17, 514
C,H,ON; 2-Anilino-6-oxypyrimidine (JOHNSON and JOHNS)
1905-06, 1, 314
C,)H,0.N; 4-p-Nitrobenzylhydantoin (Jounson and Braur-
LECHT) 1912, 12, 188
CypHyO2N2 d-Benzylhydantoin (Dakin and DupLEY)
1914, 17, 35
l-Benzylhydantoin (Dakin and DupLEy)
1914, 17, 36
Phenyldihydrouracil (Daxkiy)
1910-11, 8, 38
CypHypO;N2 Tyrosinehydantoin (JOHNSON and BRAUTLECHT)
1912, 12, 187
d-p-Hydroxybenzylhydantoin (Dakin)
1910-11, 8, 28
|-p-Hydroxybenzylhydantoin (Dakin)
1910-11, 8, 31
dl-p-Hydroxybenzylhydantoin (Daxtn)
1910-11, 8, 30
554 The Journal of Biological Chemistry
CyH,OBr p-Ethylphenyl bromomethyl ketone (p-ethylphen-
acyl bromide (JAcoBs and HEMELBERGER)
1915, 21, 458
m-Xylyl bromomethyl ketone (Jacoss and HrrpEt-
BERGER) 1915, 21, 458
o-Xylyl bromomethyl ketone (Jacozns and Huet
BERGER) 1915, 21, 457
CyHyO.N; 4-p-Aminobenzylhydantoin, hydrochloride, Aral hy-
droiodide (JoHNsoN and BRAUTLECHT) __
1912, 12, 186
CyHi0O;Br Bromoethyl anisate (Jacops and HEmELBERGER)
1915, 21, 452
o-Carbomethoxyphenoxyethyl bromide ‘(methyl
2-bromoethoxybenzoate) (JAcoss and HrtpELBER-
GER) 1915, 21, 448
CioHi2,0;N, J1-8-Phenyl-a-uramidopropionie acid and strychnine
salt (Daxktn and Duptny) 1914, 17, 33
d-B-Phenyl-a-uramidopropionie acid (DAKin and
DupDLEy) 1914, 17, 34
dl-8-Phenyl-a-uramidopropionic acid (DaxKrn)
1909, 6, 241
Phenyl-6-uramidopropionic acid (Dax)
1910-11, 8, 38
C\pH,,0,N. Aminoisopropyl p-nitrobenzoate (JAcoss and H=t-
DELBERGER) 1915, 21, 425
y-Aminopropyl p-nitrobenzoate (JAcoBs and Hxt-
DELBERGER) 1915, 21, 421
Oxyisopropyl p-nitrobenzamide (JAcops and Hut-
DELBERGER) 1915, 21, 426
y-Oxypropyl p-nitrobenzamide (Jacops and Hut-
DELBERGER) 1915, 21, 422
C\Hi;0.N p-Methylphenylalanine (Daxry) 1911, 9, 155
CiH;;0.N, -Butyrie aldehyde p-nitrophenylhydrazone (Da-
KIN) 1908, 4, 237
Isobutyrie aldehyde p-nitrophenylhydrazone (Da-
KIN) 1908, 4, 237
Methylethyl ketone p-nitrophenylhydrazone (Da-
KIN) 1908, 4, 238
CioHj;02C1 3-Methoxy-4-ethoxybenzyl chloride (JAcoss and
HEIDELBERGER) 1915, 20, 680
C\oHi;0;N p-Methoxyphenylalanine (methyltyrosine) (DaxIN)
1910-11, 8, 20.
CiH,,NBr m-Bromodiethylaniline (Jacops and HEIDELBER-
GER) 1915, 21, 127
CioHisON, p-Dimethylaminophenylaminoethanol (Jacoss and
HEIDELBERGER) 1915, 21, 420
Formulas 555
CyHi,0O;N, Vicine (LEVENE and SENIOR) 1916, 25, 611
CyoHiO2Br sec.-Octyl bromoacetate (Jacops and HEImELBER-
GER) 1915, 21, 468
Cio IV
C,H;O,N.C1 a-Chlorobenzalhydantoin (WHEELER, HoFFrMAN,
and JoHNSON) 1911-12, 10,°156
C,,H;O.N.Br a-Bromobenzalhydantoin (WHEELER, HOFFMAN,
and JOHNSON) 1911-12, 10, 154
C,H;0,N.S a-Mercaptobenzalhydantoin (WHEELER, Horr-
MAN, and JOHNSON) 1911-12, 10, 155
CyH;:0;N.Cl, 3 5-Dichlorotyrosinehydantoin (WHEELER, HorFr-
: MAN, and JOHNSON) 1911-12, 10, 152
C,.H,O2.NCl. m-Chloroacetylaminomethylbenzoyl chloride (Ja-
cops and HEIDELBERGER) 1915, 20, 693
C,)H,O;NCl. p-Chloroacetylaminophenyl chloroacetate (JA-
cops and HEIDELBERGER) 1915, 21, 134
C\oH, ONS 2-Thio-4-benzylhydantoin (JOHNSON and O’BrI=N)
1912, 12, 211
C,pH,)O2NC1 m-Chloroacetylaminoacetophenone (Jacops and
HEIDELBERGER) 1915, 21, 140
«-Chloroacetylaminoacetophenone (Jacops and
HEIDELBERGER) 1915, 21, 472
C,.Hi»O.NBr p-Acetaminophenyl bromomethyl ketone (p-acet-
aminophenacyl bromide) (Jacoss and HEmELBER-
GER) 1915, 21, 459
CyH»O2N2S Thiotyrosinehydantoin (JOHNSON and BRAvtT-
LECHT) 1912, 12, 190
Cy) HiO;NC1 Chloroacetylaminomethyl benzoate (Jacops and
HEIDELBERGER) 1915, 21, 406
C,)Hn02N2Cl1 Chloroacetylbenzylurea (JAcoBS and HEIDEL-
BERGER) 1915, 21, 152
m-Chloroacetylaminomethylbenzamide (JACOBS
and HmmELBERGER) 1915, 20, 694
CyH,O;N2Br -Bromopropy]-p-nitrobenzamide (Jacops and
H&IDELBERGER) 1915, 21, 421
CypH11,0,N2Cl 2-Methoxy-5-nitrochloroacetylbenzylamine (Ja-
cops and HEIDELBERGER) 1915, 20, 691
CyH.,ONCL Chloroacetyl-o-methylbenzylamine (JacoBs and
HIDELBERGER) 1915, 20, 686
CyH»ONCls 2,4,6-Trichlorophenoxyethyldimethylamine (JA-
cops and HEIDELBERGER) 1915, 21, 443
CypH2O.NCl Chloroacetylphenylaminoethanol (Jacops and
HnimpELBERGER) 1915, 21, 418
a-Phenyl-a-oxy-8-chloroacetylaminoethane (JA-
cops and HrIDELBERGER) 1915, 21, 431
556 The Journal of Biological Chemistry
C,H,».O,NBr o-Acetaminophenoxyethyl bromide (JacosBs and
HEIDELBERGER) 1915, 21, 446
Bromoacetylphenylaminoethanol (Jacops and
HEIDELBERGER) 1915, 21, 419
CyH»2O2NI a-lIodopropionyl-o-anisidine (JAcoBs and HIDEL-
: BERGER) 1915, 21, 185
6-Iodopropionyl-o-anisidine (Jacops and HEmpEt.-
BERGER) 1915, 21, 136
CyH»O;N,S 2-Oxy-6-methyl-9-ethylpurine-8-thioglycollie acid
(Jonns and BauMANN) 1913, 15, 520
C,H,;ON2C1 m-Chloroacetylaminodimethylaniline (Jacoss and
HEIDELBERGER) 1915, 21, 113
Cy»Hi,0;N;P Guanylic acid, barium and brucine salts (¢LE-
VENE and JAcoBs) . 1912, 12, 424
(JonES and RicHARDs) 1915, 20, 33
C,oHy;O;,N;P. Hexocytidine diphosphoriec acid, barium and
brucine salts (LEVENE and JAcoBs)
1912, 12, 419
C,H,,O2.N,Br Acetoxyethylhexamethylenetetraminium bro-
mide (JAcosps and HrmELBERGER)
1915, 21, 449
C,»H,,O.N,;Cl Chloroacetylmethylurea and hexamethylenetetra-
mine (JAcoBs and HEIDELBERGER)
1915, 21, 151
CiH.ON;Cl Chloroacetdimethylamide and hexamethylenetet-
ramine (JAcoBs and HEIDELBERGER)
1915, 21, 148
Chloroacetethylamide and hexamethylenetetra-
mine (JAcosps and HrripELBERGER)
1915, 21, 149
CyoH202N;I Iodoacetylaminoethanol and hexamethylenetetra-
mine (JAcoBs and HEIDELBERGER)
1915, 21, 408
C,, Group
Cy I
C;,H23I Undecylic iodide (LEvENE, Wust, ALLEN, and VAN DER
ScHEER) 1915, 23, 72
Cy, Il
C,,H,ON; 2-Oxy-6-methylphenylaminopyrimidine (JOHNSON
and CLapp) : 1908-09, 5, 64
C,:,H.O;N Cinnamoylglycocoll (Daxrn)
1908-09, 5, 305
C,,H,,0,Br Bromoethyl acetylsalicylate (Jacops and HEmEL-
BERGER) 1915, 21, 451
Formulas 557
C,,H12.03N. p-Methoxybenzylhydantoin (WHEELER, HOFFMAN,
and JOHNSON) 1911-12, 10, 156
C,H,,0Br Mesityl bromomethyl ketone (2,4,6-trimethylphenyl
bromide) (Jacoss and HEIDELBERGER)
1915, 21, 459
C1H);0.Cl 2-Acetoxy-3,5-dimethylbenzyl chloride (o-acetoxy-
mesityl pseudochloride) (Jacons and HEIDELBERGER)
1915, 20, 670
C:H,,0;N Phenylpropionylglycocoll (DaKr)
1908, 4, 431
Cu.H,,0,N Phenyl-8-oxypropionylglycocoll (Darn)
1908-09, 5, 308
C,,H,,0;N p-Methyl-a-uramidophenylpropionic acid (DAKIN)
1911, 9, 159
C,H,;0.N; Isovaleric aldehyde p-nitrophenylhydrazone (Da-
KIN) 1908, 4, 237
Methylisopropyl ketone p-nitrophenylhydrazone
(Dakin) 1908, 4, 238
C,,Hi;0;N; Adenine hexose compound (MANDEL and DuNHAM)
1912, 11, 85
CH,,0,N; d-Lyxose p-nitrophenylhydrazone (LEVENE and
La Force) 1914, 18, 326
C,.H,;0,N; Guanine hexoside from thymus nucleic acid (LE-
VENE and JACOBS) 1912, 12, 378
C,H»N;O; Arginine-glutaminie acid dipeptide from gelatin
(LEVENE and BrrcHARD) 1912-13, 13, 285
Cu IV
Cy,H,O;,N.S 2-Thio-4-piperonalhydantoin (Jonnson and
O’Brien) 1912, 12, 213
C,,H,ON,Cl 6-Chloroacetylaminoquinoline and hydrochloride
(JAcops and HEIDELBERGER) 1915, 21, 143
CyHy»O.N.S 2-Thio-4-anisalhydantoin (JoHnson and O’BrrENn)
1912, 12, 212
CyHyO;N.S 1-Phenyl-2-thiohydantoin-4-acetic acid (BRauT-
LECHT) 1911-12, 10, 145
C,,H,0:N;3S 1-Phenyl-2-thiohydantoin-4-acetamide (BRAvuT-
LECHT) 1911-12, 10, 145
C,H,,0O;NBr, Phenyl-a, 8-dibromopropionylglycocoll (DaxKrn)
1908-09, 5, 307
C,,H1,0;N.Cl 2-Acetoxy-5-nitrochloroacetylbenzylamine (JA-
cops and HEIDELBERGER) 1915, 20, 690
Chloroacetylaminoethyl m-nitrobenzoate (JACOBS
and HripELBERGER) 1915, 21, 411
Chloroacetylaminoethy] o-nitrobenzoate (JACOBS
and HEmErLBERGER) 1915, 21, 410
Chloroacetylaminoethyl p-nitrobenzoate (JACOBS
and HmipELBERGER) 1915, 21, 411
558 The Journal of Biological Chemistry
C,,H»ON.S 1-Phenyl-4-ethyl-2-thiohydantoin (BRAUTLECHT)
1911-12, 10, 143
C,,H,,0,NBr 3-Acetamino-4-tolyl bromomethyl ketone (3-
acetamino-4-methylphenacyl bromide) (Jacoss and
HEIDELBERGER) 1915, 21, 460
C,H.O;NCl Chloroacetylaminoethyl benzoate (JAcoBs and
HEIDELBERGER) 1915, 21, 408
C,;H,.O.NCl Chloroacetylaminomethyl anisate (Jacosps and
HEIDELBERGER) 1915, 21, 406
C,,H,»O.NBr Phenyl-a-bromo-8-oxypropionylglycocoll (Daxtn)
1908-09, 5, 307
C:H,;0.N2.I p-Acetaminoiodoacetylbenzylamine (JaAcops and
HEIDELBERGER) 1915, 20, 687
C,:H,;0;N-Cl Chloroacetylaminoethyl p-aminobenzoate (JA-
cops and HaIDELBERGER) 1915, 21, 412
C:H,,0;N;S Hydantoic acid, CsH;NHCSNHCH(COOH)CH2-
CONH),, and potassium salt (BRAUTLECHT)
1911-12, 10, 145
C,H,,0,NC1 Chloroacetylaminoethyl o-tolyl ether (Jacoss and
HEIDELBERGER) 1915, 21, 416
a-p-Tolyl-a-oxy-6-chloroacetylaminoethane (Ja-
cops and HEIDELBERGER) 1915, 21, 433
Cy.H,,0;NCl 1,2-Dimethylchloroacetylbenzylamine (JACOBS
and HEIDELBERGER) 1915, 20, 692
CuH,;0,N.Br_ d-Lyxose p-bromophenylhydrazone (LEVENE and
La Force) 1914, 18, 325
Urine pentose p-bromophenylhydrazone (LE-
VENE and La Forces) 1914, 18, 322
CiiH,;0;;N2P, Hexothymidine diphosphorie acid, barium and
brucine salts (LEVENE and JAcoBs)
1912, 12, 417
C:;H,O;N;Cl Chloroacetylurethane and hexamethylenetetra-
mine (JAcops and HrmmELBERGER)
1915, 21, 152
C,.H.,0.N,I Carbethoxyethylhexamethylenetetraminium iodide
(JAcoBs and HaIpELBERGER)
1915, 21, 467
C,,H..0,N;Cl Chloroacetylaminoisopropanol and hexamethyl-
enetetramine (JAcoBs and HEIDELBERGER)
1915, 21, 425
C,H2,O,NC1 Valeryl-a-methylcholine chloride (valeryl-8-meth-
ylethoxytrimethylammonium chloride), chloroplati-
nate, and chloroaurate (MENGE)
1912-13, 13, 106
Ci V
C,H,O;NCIBr Phenyl-a-bromo-8-chloropropionylglycocoll
(Dakin) 1908-09, 5, 308
Formulas 559
C,, Group
Cy. I
CyH,0, 6-Methoxy-a-naphthobenzyl alcohol (Jacoss and Hui-
DELBERGER) 1915, 20, 674
CisH»N, p-Aminodipropylaniline (JAcoBs and HEIDELBERGER)
1915, 21, 116
CyH.,I Dodecyl iodide (LEVENE and Wrst)
1914, 18, 478
Cy Il
CyHyOBr a-Naphthyl bromoethyl ether (a-naphthoxyethyl
bromide) (JAcoBs and HEmELBERGER)
1915, 21, 441
Cy.Hi3;0N; 2-Oxy-3-methy]-6-methylphenylaminopyrimidine
(Jounson and CLapp) 1908-09, 5, 65
C,.Hi30.Br Bromoethyl acetyl-p-cresotinate (Jacops and Hetr-
DELBERGER) 1915, 21, 452
€»H130;Cl Chloroacetyloxyethyl anisate (Jacops and HEr-
DELBERGER) ; 1915, 21, 471
C,.H,;0;N Acetyl-p-methylphenylalanine (Dakin)
1911, 9, 158
CyH,.O;N, 3-Nitro-4-oxybenzylpiperidine (Jacops and HaI-
DELBERGER) 1915, 20, 669
Cy.H,,ON, 3-Amino-4-oxybenzylpiperidine and hydrochloride
(Jacoss and HEIDELBERGER) 1915, 20, 669
p-Nitrosodipropylaniline (JacoBs and HErIDEL-
BERGER) 1915, 21, 115
C»H.:NO,, Chondrosin (LAVENE and La ForcGr)
1913, 15, 73; 1914, 18, 239
Cy~H»OuPi Di-inosite triphosphoric acid ester and penta-
barium salt (ANDERSON) 1912, 12, 112
Cy. IV
C,.H,ONBr 8-(w-Bromoacetyl)-quinaldine (JacoBs and Hxt-
DELBERGER) 1915, 21, 463
C,.H,,0,N,Cl p-Nitrobenzylpyridinium chloride (JAcoBs and
' H&IDELBERGER) 1915, 20, 667
Cy»H,.02N2S 2-Thio-3-acetyl4-benzylhydantoin (JOHNSON and
O’ BRIEN) LOL 2 eee
Cy.H».O;N2S 1-Phenyl-2-thiohydantoin-4-propionic acid
(BRAUTLECHT) 1911-12, 10, 146
C,:H;.N;SI 2-Ethylmercapto-5-iodo-6-anilinopyrimidine
(Jounson and JOHNS) 1905-06, 1, 314
560 The Journal of Biological Chemistry
C,.H,,0;N2Cl Chloroacetylaminoisopropy] p-nitrobenzoate (JA-
cops and HrIpELBERGER) 1915, 21, 425
y-Chloroacetylaminopropyl p-nitrobenzoate (Ja-
cops and HrIpELBERGER) 1915, 21, 423
p-Nitrobenzoylaminoisopropyl chloroacetate (Ja-
coss and HripELBERGER) 1915, 21, 426
y-p-Nitrobenzoylaminopropyl chloroacetate (Ja-
cops and HEIDELBERGER) 1915, 21, 422
C,2.H,\,0ON.2S 1-Phenyl-4-isopropyl-2-thiohydantoin (BRauT-
LECHT) 1911-12, 10, 144
C..H,,O.NI 3-Acetamino-4-tolyl w-iodoethyl ketone (3-acet-
amino-4-methyl-w-iodopropiophenone) (Jacoss and
HEIDELBERGER) 1915, 21, 461
C»H,,O;NCl Chloroacetylaminoethyl o-toluate (JaAcops and
HEIDELBERGER) 1915, 21, 409
Chloroacetylaminoethyl p-toluate (Jacops and
HEIDELBERGER) 1915, 21, 409
C,.H,,0;NI m-Iodoacetylaminomethylbenzoic acid ethyl ester
(Jacops and HEIDELBERGER) 1915, 20, 693
C,.H,,0;NC1 Chloroacetylaminoethy] anisate (Jacoss and Hut-
DELBERGER) 1915, 21, 414
C,.H,,;O:N.Cl 1-Methyl-2-acetaminochloroacetylbenzylamine
(Jacoss and HEIDELBERGER) 1915, 20, 688
1-Methyl-4-acetaminochloroacetylbenzylamine
(Jacops and HErpELBERGER) 1915, 20, 688
Cy»H,,ON.Cl p-Chloroacetylaminodiethylaniline (Jacops and
HEIDELBERGER) 1915, 21, 115
C,.H,;O.N,Cl Chloroacetyl-p-dimethylaminophenylaminoeth-
anol (JAcoBs and HHIDELBERGER)
1915, 21, 420
CwH.,ON;Cl Chloroacetdiethylamide and hexamethylenetetra-
mine (JAcoBs and HEIDELBERGER) -
1915, 21, 149
Cy»Ho,0.N;Cl 8-Chloroacetylamino-y-butanol and hexamethyl-
enetetramine (Jacoss and HEIDELBERGER)
1915, 21, 429
-Chloroacetylamino-n-butanol and hexamethyl-
enetetramine (Jacops and H&IDELBERGER)
1915, 21, 427
Chloroacetylaminoethyl ethyl ether and hexa-
methylenetetramine (Jacops and HEIDELBERGER)
1915, 21, 416
Formulas 561
(Or V
CpyHi;z0;NCIBr Bromoethyl m-chloroacetylaminoethylbenzoate
(JAcoBs and HamELBERGER) 1915, 21, 452
C,.H2;O.NCIBr a-Bromoisocapronyl-a-methylcholine chlovide
(a-bromoisocapronyl-6-methylethoxytrimethylam-
monium chloride) and chlorplatinate (MENGE)
1912-13, 13, 107
C,, Group
C,; II
Ci3H2s0, Tridecylic acid (LEvENE and Wzxsr)
1914, 18, 465
(LEVENE, Wust, ALLEN, and VAN DER ScHRER)
1915, 23, 73
Ci;3He7I Tridecylic iodide (Luymenz, Wnst, and vAN DER
ScHERR) 1915, 20, 528
C.; II
C\3H,0;Cl 2-Oxy-3-carbomethoxynaphthobenzyl chloride (Ja-
cops and HmIDELBERGHR) 1915, 20, 682
CisHisN.Cl, o-Chlorobenzylhexamethylenetetraminium chlo-
ride (JacoBs and HnmELBERGER)
1915, 20, 665
p-Chlorobenzylhexamethylenetetraminium chlo-
ride (JAcosBs and HeipELBERGER)
1915, 20, 665
CisHiO3N; d-8-Mannoheptose p-nitrophenylhydrazone
(PEIRCR) 1915, 23, 333
CisH2ON, o-Aminophenoxyethylpiperidine and hydrochlo-
ride (JacoBs and HkIpELBERGER)
1915, 21, 448
CisH2,0;N, d-s-Mannoheptonic acid phenylhydrazide (PEIRcE)
1915, 23, 331
C,; IV
C\3sH,,0;NCl Chloroacetylaminoethyl cinnamate (Jacoss and
. H&IDELBERGER) 1915, 21, 415
Cy3H1,0;N.S, p-Ethylxanthogenate-4-benzylhydantoin (JoHN-
son and BrRAaUTLECHT) 1912, 12, 189
CisH,,0;NCl Chloroacetylaminoethyl acetylsalicylate (JacoBs
and HrmELBERGER) 1915, 21, 414
1,2-Diacetoxychloroacetylbenzylamine (JAcoBs
and HrrpeLBERGER) 1915, 20, 691
562 The Journal of Biological Chemistry
C,;H,;,0;N2Cl g-Chloroacetylamino-y-butyl p-nitrobenzoate (JA-
cops and HEIDELBERGER) 1915, 21, 429
5-Chloroacetylaminobutyl p-nitrobenzoate (JA-
cops and HEIDELBERGER) 1915, 21, 428
Chloroacetylethylaminoethyl p-nitrobenzoate
(Jacogs and H&IDELBERGER) 1915, 21, 417
C,;H.ONCI; 9 4.6-Trichlorophenoxyethylpiperidine and hy-
drochloride (JACOBS and HEIDELBERGER)
1915, 21, 443
C,,Hy;ON.Brs 2-Oxy-3,5-dibromobenzylhexamethylenetetra-
minium bromide (JACOBS and HEIDELBERGER)
1915, 20, 670
C3H170.N,Cl 2 4-Dinitroben zylhexamet hylenetetraminium
chloride (Jacops and HrIDELBERGER)
1915, 20, 667
C,3H302N;Cl m-Nitroben zylhexameth ylenet etraminium chlo-
ride (JAcoBs and HnipELBERGER)
1915, 20, 666
o-Nitrobenzylhexamethylenetetraminium chlo-
ride (JacoBs and HmDELBERGER)
1915, 20, 666
p-Nitrobenzylhexamethylenetetraminium chlo-
ride (Jacogs and HripELBERGER)
1915, 20, 666
C,;H,sO;N;Cl 2-Oxy-5-nit robenzylhexamethylenetetraminium
chloride (Jacops and HnipELBERGER)
1915, 20, 671
C,;His0,NC1 y-Chloroacetylaminopropyl anisate (y-chloro-
acetylaminopropy! p-methoxybenzoate) (Jacogs and
HEIDELBERGER) 1915, 21, 428
C,;H,;N.CIBr o-Bromobenzylhexamethylenet etraminium chlo-
ride (JaAcoBs and Hr mpELBERGER)
1915, 20, 665
»-Bromobenzylhexamethylenetetraminium chlo-
ride (JacoBs and HrmDELBERGER)
1915, 20, 665
C,;HisN.Brl o-Iodobenzylhexamethylenetetraminium bromide
(Jacoss and HnipELBERGER) 1915, 21, 467
p-lodobenzylhexamethylenetetraminium bromide
(Jacoss and HIDELBERGHR)
1915, 20, 665
C,;H»O2NC1 Benzoyl-a-methylcholine chloride (benzoyl-8-
methylethoxyt rimethylammonium chloride), chloro-
platinate, and chloroaurate (MENGE)
1912-13, 13, 99
Formulas 563
Ci3;H.,ON;Cl1 Chloroacetpiperidide and hexamethylenetetra-
mine (JAcoBs and HEIDELBERGER)
1915, 21, 150
Ci3H,,O.N;Cl +y-Chloroacetylamino-§-methyl-6-butanol and hex-
amethylenetetramine (JacoBs and HpmELBERGER)
1915, 21, 431
Chloroacetylaminomethylmethylethyl — carbinol
and hexamethylenetetramine (JAcoBs and HrrpE.-
BERGER) 1915, 21, 480
y-Chloroacetylamino-6-pentanol and hexamethyl-
: enetetramine (JAcoBs and HrrpELBERGER)
1915, 21, 430
C,, Group
Cus II
C,,H,,0, Undecylmalonie acid (LEVENE, West, ALLEN, and
VAN DER SCHEER) INS, EE 7183
C,, Il
C,sH,,0,N; Phenylglyoxylic acid p-nitrophenylhydrazone (Da-
KIN and Dup.LEy) 1913, 15, 139
C),H,30,N. 3-Nitro-4-acetoxybenzylpiperidine and hydrochlo-
ride (JAcoBs and HmIpELBERGER) 1915, 20, 669
C\sHisN;Cl o-Cyanobenzylhexamethylenetetraminium chloride
(Jacoss and HrmpELBERGER) 1915, 20, 666
p-Cyanobenzylhexamethylenetetraminium chloride
(Jacoss and HrmpELBERGER) 1915, 20, 666
C,,He,N,Cl m-Methylbenzylhexamethylenetetraminium chlo-
ride (JAcoBs and H&IDELBERGER)
1915, 20, 663
o-Methylbenzylhexamethylenetetraminium chloride
(JAcosBs and HrmELBERGER)
' 1915, 20, 663
p-Methylbenzylhexamethylenetetraminium — chlo-
ride (JAcoBs and HrmELBERGER)
1915, 20, 663
CwH»N iz Phenylethylhexamethylenetetraminium iodide (Ja-
cops and HrmELBERGER) 1915, 21, 467
C,, IV
CysH»ON;Cl p-Chloroacetylaminoazobenzene (JAcoBs and HEr-
DELBERGER) LOTS 21h
Cyy4H,2O2.N;Cl Benzeneazo-m-chloroacetylaminophenol (JAcons
and HrIDELBERGER) 1915, 21, 133
C\sH,»,O;N.oHg 4-p-Oxybenzeneazophenylmercurie acetate (Ja-
cops and H&ipEeLBERGER) 1915, 20, 516
564 The Journal of Biological Chemistry
C,,H,.0,N.-Hg 4-0,p-Dioxybenzeneazophenylmercuric acetate
(Jacops and HrIDELBERGER) 1915, 20, 517
C,H, ,ONBr; Tribromo-p-methylphenoxyethylpiperidine (JA-
cops and HEmELBERGER) 1915, 21, 445
C,,H,;0;N;Br m-Nit rophenacylhexamethylenetetraminium
bromide (Jacops and H4IDELBERGER)
1915, 21, 459
C,,H,,0,N;Br o-Nitrophenyl bromoacetate and hexamethyl-
enetetramine (JAcoBs and HEIDELBERGER)
1915, 21, 470
C,,H,,ON;Ch. Chloroacetyl-o-chloroaniline and hexamethylene-
tetramine (Jacops and HEIDELBERGER)
1915, 21, 110
C,,H,,0.N.Cl 3-Aldehydo-4-oxybenzylhexamethylenetetramin-
ium chloride (Jacops and HEIDELBERGER)
1915, 20, 683
3,4-Methylenedioxybenzylhexamethylenetetra-
minium chloride (Jacons and HEIDELBERGER)
1915, 20, 677
C,,H,,O.N.Br Phenylbromoacetate and hexamethylenetetra-
mine (JAcoBs and HEIDELBERGER)
1915, 21, 469
C,sH,,0;N,Cl 3-Carboxy-4-oxybenzylhexamethylenetetramin-
ium chloride (JacoBs and H&IDELBERGER)
1915, 20, 681
C,,H,,O,N,Cl m-Nitrochloroacetylaniline and hexamethylene-
tetramine (Jacops and HEIDELBERGER)
1915, 21, 112
C,,H»ON.Br. p-Bromophenoxyethylhexam ethylenetetramin-
ium bromide (Jacops and HEIDELBERGER)
1915, 21, 444
C\sH»ON;Cl p-Aminophenacylhexamethylenetetraminium chlo-
ride (JacoBs and HEIDELBERGER)
1915, 21, 460
Chloroacetylaniline and hexamethylenetetramine
(Jacops and HripELBERGER) 1915, 21, 104
C,,H.,ON;Br w-Bromoacetophenoneoxime and hexamethylene-
tetramine (Jacogs and HEIDELBERGER) :
1915, 21, 456
Bromoacetylaniline and hexamethylenetetramine
(Jacops and HEIpELBERGER) 1915, 21, 104
C,;H.,0.N;Cl m-Chloroacetylaminophenol and hexamethylene-
tetramine (JAcoBs and HEIDELBERGER)
1915, 21, 133
o-Chloroacetylaminophenol and hexamethylene-
tetramine (Jacops and HrIDELBERGER)
1915, 21, 131
Formulas 565
C,;H»,O3;N;Cl 2-Methoxy-5-nitrobenzylhexamethylenetetramin-
ium chloride (JAcoBs and HEIDELBERGER)
1915, 20, 676
3-Nitro-4-methoxybenzylhexamethylenetetramin-
ium chloride (JAcoBs and HkEmELBERGER)
. 1915, 20, 676
Cy4H»O;N3;Cl Chloroacetylaminoethyl p-nitrobenzoate and tri-
methylamine (JAcoss and HkIDELBERGER)
1915, 21, 412
C,,H2,ON.C1 p-Chloroacetylaminodipropylaniline (Jacoss and
HEIDELBERGER) 1915, 21, 116
C,,H.,ON.Br Phenoxyethylhexamethylenetetraminium bromide
(JAcoBs and HEIDELBERGER)
1915, 21, 440
C,,H.,ON.Cl o-Methoxybenzylhexamethylenetetraminium chlo-
ride (JAcoBs and HmipELBERGER)
1915, 20, 673
p-Methoxybenzylhexamethylenetetraminium
chloride (Jacops and HrrpELBERGER)
1915, 20, 673
C,,H..O,NC1 Phenylacetyl-y-homocholine chloride, chloroplatin-
ate, and chloroaurate (MENGE)
1912-13, 13, 104
Phenylacetyl-e-methyleholine chloride (phenyl-
acetyl-6-methylethoxytrimethylammonium chloride),
chloroplatinate, and chloroaurate (MENGE)
1912-13, 13, 101
Phenylacetyl-G-methylcholine chloride (phenyl-
acetyl-8-oxypropyltrimethylammonium chloride),
chloroplatinate, and chloroaurate (MENGE)
1912-13, 13, 102
Cy, V
C,,H,,ON;ClBr p-Bromochloroacetylaniline and hexamethyl-
enetetramine (JAcoBs and HrmELBERGER)
1915, 21, 110
C\.H;,ON;CU m-Iodochloroacetylaniline and hexamethylene-
tetramine (JAcoBs and HripELBERGER)
1915, 21, 111
C,, Group
Ci; Il
C,;;H,,O; Baptisol (Cuarx) 1915, 21, 650
566 The Journal of Biological Chemistry
C,; Il
C,;Hy,0;N, Glyceric aldehyde p-nitrophenylhydrazone (Da-
Kin and Dup.LEy) 1913, 15, 138
C;;HisO;Ne Diazobenzalglucosaminic acid ethyl ester (LEVENE
and La ForGE) 1915, 21, 349
C,;H»;N.Cl 3,5-Dimethylben zylhexamethylenetetraminium
chloride (JaAcoss and HEIDELBERGER)
1915, 20, 663
C,; IV
C,;HiO;N.C1 o-Chloroacetylaminophenyl p-nitrobenzoate (JA-
cops and HEIDELBERGER) 1915, 21, 132
C,;H,,0;NC1 o0-Chloroacetylaminophenyl benzoate (Jacoss and
HEIDELBERGER) 1915, 21, 131
C,;H,;0;NHg 4-0-Oxybenzylideneaminophenylmercuric acetate
(Jacops and HEIDELBERGER) 1915, 20, 518
C,;Hi,0;NC1 g-Acetoxy-a-chloroacetymaphthobenzylamine
(Jacops and HeIDELBERGER) 1915, 20, 689
Chloroacetylaminoethyl 8-naphthoate (JacoBs
and HEIDELBERGER) 1915, 21, 410
C,;H,,0;NI g-Acetoxy-a-iodoacetylnaphthobenzylamine (Ja-
cops and HErmELBERGER) 1915, 20, 689
C,;H,,0;N,Hg 3-Methyl-4-p-oxybenzeneazophenylmercuric
acetate (Jacops and HEIDELBERGER)
1915, 20, 520
C,;H;;ON.C1 6-Chloroacetyl-a,a- phenylbenzylhydrazine (Ja-
cops and HEIDELBERGER) 1915, 21, 474
C,;Hi,02N .Br; 2-Acetoxy-3,5-dibromobenzylhexamethylenetet-
raminium bromide (Jacops and HEIDELBERGER)
1915, 20, 671
4-Acetoxy-3,5-dibromobenzylhexamethylenetet-
raminium bromide (Jacops and H&tDELBERGER)
1915, 20, 671
C,;sH»ON Br, Tribromo-p-methylphenoxyethylhexamethylene-
tetraminium bromide (Jacops and HEIDELBERGER)
1915, 21, 445
C,;H2,0.N;Br p-Nitrobenzoyloxyethylhexamethylenetetramin-
ium bromide (Jacoss and HEIDELBERGER)
1915, 21, 450
Cy;sH»O.N;I 3-Nit ro-4-acetoxybenzylhexamethylenetetramin-
ium iodide (Jacops and HEIDELBERGER)
1915, 20, 673
p-Nitrobenzoyloxyethylhexamethylenetetramin-
ium iodide (JAcops and HEIDELBERGER)
1915, 21, 451
Formulas 567
EaeaON Br p-Methylphenacylhexamethylenetetraminium
bromide (JAcoBs and HEIDELBERGER)
“1915, 21, 456
C,;H2,0ON I p-Methylphenacylhexamethylenetetraminium io-
dide (JAcoBs and HEIDELBERGER)
1915, 21, 457
C,;H2,0.N,Br Benzoyloxyethylhexamethylenetetraminium bro-
mide (JAcoBs and HEIDELBERGER)
1915, 21, 450
p-Methoxyphenacylhexamethylenetetraminium
bromide (JacoBs and HemELBERGER)
1915, 21, 462
C,;H2,0;N.Cl Diethylaminoethyl p-chloroacetylaminobenzoate
(chloroacety Inovoeain) (JAcoBs and HEIDELBERGER)
1915, 21, 139
C,;H2,0;N:Ci 3-Carbomethoxy-4-oxybenzylhexamethylenetet-
raminium chloride (JaAcoBs and H&IpELBERGER)
1915, 20, 681
2-Methoxy-5-carboxybenzylhexamethylenetetra-
minium chloride (JAcops and HEmELBERGER)
1915, 20, 682
2-Oxy-3-carboxy-5-methylbenzy Thessmer nye
tetraminium chloride (Jacops and HEIDELBERGER)
1915, 20, 681
2-Oxy-3-methoxy-5-aldehydobenzylhexamethyl-
enetetraminium chloride (Jacops and HEIDELBER-
GER) 1915, 20, 683
C,;H2,03;N,Cl m-Nitrochloroacetyl-p-toluidine and hexamethyl-
enetetramine (JAcoBs and HemELBERGER)
1915, 21, 112
C,;H»2ON;Cl o-Acetaminobenzylhexamethylenetetraminium
chloride (Jacops and H&mELBERGER)
1915, 20, 668
p-Acetaminobenzylhexamethylenetetraminium
chloride (JAcoss and H&IDELBERGER)
1915, 20, 668
Chloroacetylbenzylamine and hexamethylenetet-
ramine (JAcoBS and HEIDELBERGER)
1915, 20, 686
Chloroacetylmethylaniline and hexamethylenetet-
ramine (JAcoBs and HmIpELBERGER)
1915, 21, 105
Chloroacetyl-m-toluidine and hexamethylenetet-
ramine (JAcoBs and HEIDELBERGER)
1915, 21, 108
568 The Journal of Biological Chemistry
C,-H».ON;Cl—continued:
Chloroacetyl-o-toluidine and hexamethylenetet-
ramine (Jacops and HrmpELBERGER)
1915, 21, 107
Chloroacetyl-p-toluidine and hexamethylenetet-
ramine (Jacoss and HEIDELBERGER)
1915, 21, 108
C,;H..0.N;Cl o-Chloroacetylaminobenzyl alcohol and hexa-
methylenetetramine (Jacops and HEIDELBERGER)
1915, 21, 138
Chloroacetyl-o-anisidine and hexamethylenetet-
ramine (Jacoss and HiIbELBERGER)
1915, 21, 135
Chloroacetyl-p-anisidine and hexamethylenetet-
ramine (JAcops and HEIDELBERGER)
1915, 21, 138
C,;H»O4N;Cl 2-Nitro-3 4-dimethoxybenzylhexamethylenetet-
raminium chloride (Jacozs and HEmELBERGER)
1915, 20, 679
C,;-H».O,NC1 Monobenzalglucosaminic acid ethyl ester hydro-
chloride (LEVENE and La ForGE) 1915, 21, 348
C,;H.;0N,Cl o-Ethoxybenzylhexamethylenetetraminium chlo-
ride (Jacoss and HetpELBERGER)
1915, 20, 677
C,;H,,ON.Br m-Methylphenoxyethylhexamethylenetetramin-
ium bromide (Jacops and HEIDELBERGER)
1915, 21, 441
o-Met hylphenoxyethylhexamethylenetetramin-
ium bromide (Jacoss and Hr1pELBERGER)
1915, 21, 440
p-Methylphenoxyethylhexamethylenetetramin-
ium bromide (Jacoss and HrmELBERGER)
1915, 21, 441
C,;H2302N4C1 2,3-Dimethoxybenzylhexamethylenetetraminium
chloride (Jacops and HmIDELBERGER)
1915, 20, 678
3,4-Dimethoxybenzylhexamethylenetetramintum
chloride (Jacops and HEmELBERGER)
1915, 20, 678
Cis V
C,;H.,ON;Cil 5-Iodochloroacetyl-o-toluidine and hexamethyl-
enetetramine (JAcoBs and HripELBERGER)
1915, 21, 112
Formulas 569
C,, Group
C,;H3; Hexadecane (LEvENE, Wxs?T, and VAN DER SCHEER)
1915, 20, 523
Ci, IL
C;;HaN, p-Aminobenzeneazodiethylaniline (Jacops and Hr
DELBERGER) 1915, 21, 123
C,, Ill
CyH,O.N; 1-Phenyl-4-p-nitrobenzalhydantoin (Jonnson and
BRAUTLECHT) 1912, 12, 184
C,-H,;O.N; 1-Phenyl-4-p-aminobenzalhydantoin, — hydrochlo-
ride, hydroiodide, nitrate, and sulfate (Jounson and
BRAUTLECHT) 1912, 12, 184
C,,H,O.N, Salicylamide ethylene ether (JAcops and HEmeEL-
BERGER) 1915, 21, 449
Ci; IV
C,H1O;N;S 1-Phenyl-2-thio-4-p-nitrobenzalhydantoin (JoHN-
son and BRAUTLECHT) 1912, 12, 182
CyHi,ON.S 1-Phenyl-4-benzyl-2-thiohydantoin (BRAUTLECHT)
1911-12, 10, 144
CyH,,O,NC1 Chloroacetyl-w-anilinoacetophenone (JAcops and
HEIDELBERGER) 1915, 21, 106
C)Hi,O.N,S 1-Phenyl-4-p-hydroxybenzyl-2-thiohydantoin
(BRAUTLECHT) 1911-12, 10, 144
C,,H:,0;NC1 o-Chloroacetylaminobenzyl benzoate (JAcoBs and
HEIDELBERGER) : 1915, 21, 139
C,,H,;0.N.Cl Chloroacetylphenylglycineanilide (Jacops and
HEIDELBERGER) 1915, 21, 106
C..H,ON;Cl Chloroacetylaminoazotoluene (o-tolueneazochloro-
acetyl-o-toluidine) (Jacops and HEIDELBERGER)
1915, 21, 118
CysHyO2NC1 a,6-Diphenylehloroacetylaminoethanol —(JAcoBs
and HrImDELBERGER) 1915, 21, 434
«,8-Isodiphenylchloroacetylaminoethanol (J AcoBs
and HrIDELBERGER) 1915, 21, 435
C,;H\.O;N;Cl ‘4-Nitrobenzeneazo-2’-chloroacetylamino-4’-di-
methylaminobenzene (JAacops and HEIDELBERGER)
1915, 21, 129
C,.Hi,ON,Cl Benzeneazo-2’-chloroacetylamino-4’-dimethyl-
aminobenzene (Jacoss and HrmELBERGER)
1915, 21, 128
p-Chloroacetylaminobenzeneazodimethylaniline
(Jacops and HrIDELBERGER) 1915, 21, 122
570 The Journal of Biological Chemistry
C,;H,;0.N;Hg 4-p-Dimethylaminobenzeneazophenylmercuric
acetate (Jacops and HEIDELBERGER)
1915, 20, 516
C,;H».O.N;Cl w-Chloroacetylaminoacetophenone and _hexa-
methylenetetramine (JAcops and HEIDELBERGER)
1915, 21, 472
C,;H»O.N;Br p-Acetaminophenacylhexamethylenetetraminium
bromide (Jacoss and HEIDELBERGER)
1915, 21, 460
C,,H.,ON.Br p-Ethylphenacylhexamethylenetetraminium bro-
mide (JAcops and HEIDELBERGER)
1915, 21, 459
m-Xylyl bromomethyl ketone and hexamethyl-
enetetramine (JAcoss and H&IDELBERGER)
1915, 21, 458
o-Xylyl bromomethy] ketone and hexamethylene-
tetramine (Jacops and HEIDELBERGER)
1915, 21, 458
C,,H.,0.N.Br p-Ethoxyphenacylhexamethylenetetrammium
bromide (Jacoss and H&IDELBERGER)
1915, 21, 463
C,,H»,;0.N;Cl m-Chloroacetylaminoacetophenone and hexa-
methylenetetramine (JAcoBs and HEmELBERGER)
1915, 21, 141
C,,H»,0.N,Cl 6-Acetyl-a-chloroacetyl-a-phenylhydrazine and
hexamethylenetetramine (Jacops and HEMELBER-
GER) 1915, 21, 474
m-Chloroacetylaminomethylbenzamide and hexa-
methylenetetramine (Jacops and HEIDELBERGER)
1915, 20, 694
Chloroacetylbenzylurea and hexamethylenetetra-
mine (JAcops and HamELBERGHR)
1915, 21, 152
CisH2;0;N.Cl m-Chloroacetylaminomethylbenzoic acid diethyl-
aminoethyl ester (JAcosBs and HEIDELBERGER)
1915, 20, 693
CisH2;0;N,Cl 2-Methoxy-5-carbomethoxybenzylhexamethyl-
enetetraminium chloride (Jacops and HEIDELBERGER)
1915, 20, 683
C;,H2,ON;Cl Chloroacetyl-o-methylbenzylamine and hexameth-
ylenetetramine (JAcosBs and HamELBERGER)
1915, 20, 686
Chloroacetyl-m-4-xylidine and hexamethylenetet-
ramine (JAcoBs and HrmELBERGER)
1915, 21, 109
Formulas All
C,,H»,O.N;Cl a-Phenyl-a-oxy-6-chloroacetylaminoethane and
hexamethylenetetramine (Jacosps and H®IDELBER-
GER) 1915, 21, 432
CyH,O.N;Br o-Acetaminophenoxyethylhexamethylenetetra-
minium bromide (Jacoss and H»mELBERGER)
1915, 21, 448
p-Acetaminophenoxyethylhexamethylenetetra-
minium bromide (Jacoss and HEIDELBERGER)
1915, 21, 446
C,,.H.,O.N;I 8-Iodopropionyl-o-anisidine and hexamethylene-
tetramine (JAcoBs and HEIDELBERGER)
1915, 21, 136
CyH>;ON,Cl m-Chloroacetylaminodimethylaniline and hexa-
methylenetetramine (Jacops and HEIDELBERGER)
1915, 21, 113
p-Chloroacetylaminodimethylaniline and hexa-
methylenetetramine (Jacops and HEIDELBERGER)
1915, 21, 114
C,.H2;O.N.Cl 3-Methoxy-4-ethoxybenzylhexamethylenetetra-
minium chloride (Jacosps and HEIDELBERGER)
1915, 20, 680
CyH»2O.N,S Kyrine sulfate (LAVENE and VAN DER SCHEER)
1915, 22, 427
C,, Group
Cy I
C,;H,;N; o0-Tolueneazo-a-naphthylamine (Jacops and HEIDEL-
BERGER) 1915, 21, 121
C,7H23O,) Cornin (MrmiEr) 1909-10, 7, xliii
CHO; Methyl a-hydroxypalmitate (LEvENE and WzsrT)
1914, 18, 466
Ci7H;;N Sphingamine (LrevENE and Jacoss)
1912, 11, 553
C,, Il
C,,H,,;0:N a-Benzoylamino-p-methyleinnamic acid anhydride
Dakin) 1911, 9, 154
CyH,;0,N; Isobutylglyoxal semicarbazone (DAKIN and Dup-
LEY) 1914, 18, 38
Ci1;H,,0;N Benzoylamino-p-methoxycinnamic acid anhydride
Dakin) 1910-11, 8, 18
C,,H,;0;N* a-Benzoylamino-p-methyleinnamic acid (Daxty)
1911, 9, 155
Cy,H,,0,N Benzoylamino-p-methoxycinnamic acid (Dakry)
1910-11, 8, 19
572 The Journal of Biological Chemistry
C,7H,;0;,N Benzoyltyrosine methyl ether (Daxty)
1910-11, 8, 19
C,;H;,0;N Morphine, picrolonate (WaRREN and WEIss)
1907, 3, 336
C,;H.,O;N, Urine pentose osazone (LEVENE and La ForeEr)
1913, 15, 484
C,,H»,N,Cl B-Naphthobenzylhexamethylenetetraminium chlo-
ride (JAcoss and H»IpELBERGER)
» 1915, 20, 664
C,;H.,0;N Atropine, picrolonate (WARREN and Werss)
1907, 3, 336
C,\;H.;,O.N; Methyl n-nonyl ketone p-nitrophenylhydrazone
(Dakin) . 1908, 4, 224
C,;H;;0.N Sphingosine, sulfate, diacetate (LEVENE and JACOBS)
1912, 11, 548
—, picrolonate (LEVENE and Wast)
1916, 24, 64
C,;H;;0,.N Dihydrosphingosine, sulfate (LnvENE and JacoBs)
1912, 11, 550
—, picrate, picrolonate (LEVENE and Wust)
1916, 24, 66
C,;; IV
C,;H,,0;N.S Benzoylbenzalthiohydantoic acid and sodium salt
(JOHNSON and O’BriEN) 1912, 12, 210
C,;H,;O;N2Cl Chloroacetylphenylaminoethyl p-nitrobenzoate
(JAcoBs and HnrpELBERGER) 1915, 21, 418
C,,H,,O.NBr Bromoacetyl-w-o-toluidinoacetophenone (JACOBS
and H&IDELBERGER) 1915, 21, 107
C,,H,,O;NC1 Chloroacetyl-w-o-anisidinoacetophenone (JACOBS
and HEIDELBERGER) 1915, 21, 137
C,;H,,ON.C1 p-Chloroacetylaminoethylbenzylaniline (JAcoBs
and HEIDELBERGER) 1915, 20a
C,;H.,ON,Cl1 6-Chloroacetylaminoquinoline and hexamethyl-
enetetramine (Jacosps and HEIDELBERGER)
1915, 21, 143
C,;H.;0,N,Br; 2-Acetoxy-3,5-dimethyl-4,6-dibromobenzylhexa-
methylenetetraminium bromide (Jacops and HEr-
DELBERGER) 1915, 20, 671
C,;H.;0;N.Cl_ Chloroacetylaminoethyl m-nitrobenzoate and
hexamethylenetetramine (JACOBS and H&IpELBER-
GER) 1915, 21, 411
Chloroacetylaminoethyl o-nitrobenzoate and hex-
amethylenetetramine (Jacoss and HEmELBERGER)
1915, 21, 410
Chloroacetylaminoethyl p-nitrobenzoate and “hex-
amethylenetetramine (Jacosps and HripELBERGER)
1915, 21, 412
Formulas ie
C,,H,,0.N;Br 3_A cetamino-4-methylphenacylhexamethylene-
tetraminium bromide (Jacoss and HemELBERGER)
1915, 21, 461
C,;H.,0;N;Cl Ethyl p-chloroacetylaminobenzoate and hexa-
methylenetetramine (JACOBS and H&rIDELBERGER)
1915, 21, 139
Chloroacetylaminoethyl benzoate and hexameth-
ylenetetramine (JACOBS and Hrr1pELBERGER)
1915, 21, 408
C,;H,;0.N ,Cl 2-Acetoxy-3,5-dimethylbenzylhexamethylenetet-
raminium chloride (JaAcops and HEmELBERGER)
1915, 20, 670
C,,H2;0.N61 p-Acetaminoiodoacetylbenzylamine and hexa-
methylenetetramine (JACOBS and HEIDELBERGER)
1915, 20, 687
C,;H,ON;Cl Chloroacetyl-)-cumidine and hexamethylenetet-
ramine (Jacoss and HEIDELBERGER)
1915, 21, 109
C,,H.,O:N;Cl Chloroacetylamino o-tolyl ether and hexameth-
ylenetetramine (JACOBS and HEIDELBERGER)
1915, 21, 417
8-Phenyl-8-oxy-a-chloroacetylaminopropane and
hexamethylenetetramine (JACOBS and HrIDELBER-
GER) 1915, 21, 436
C,;H,,0;N;Cl 1,2-Dimethoxychloroacetylbenzylamine and hex-
amethylenetetramine (JAcops and H&IDELBERGER)
1915, 20, 692
C,, Group
CisH3s Octadecane (LEVENE, WEST, and VAN DER SCHEER)
1915, 20, 524
Cis I
CisHi;05 Ethylene anisate (JAcoBs and H&rmpELBERGER)
1915, 21, 471
CisH3,0, Ethyl undecylmalonate (LEVEN, West, ALLEN, and
VAN DER SCHEER) 1915, 23, 73
C,;H,0; Ethyl a-hydroxypalmitate (LEVENE and Wuxst)
1914, 18, 466
Cis Il
C\sH»O.N,; Isobutylglyoxal dinitrophenylhydrazone (DAKIN
and DupLEy) 1914, 18, 39
CisH10O;N Codeine, picrate (WARREN and WeEIss)
1907, 3, 336
574 The Journal of Biological Chemistry
CisH»ON, p-Acetaminobenzeneazodiethylaniline (JAcoss and
HEIDELBERGER) 1915, 21, 123
C,sH..0,N;, Deaminochondrosamine phenylosazone (LEVENE
and La ForG2) 1914, 18, 127
Cis IV
C,sH,;0.N.Cl Benzeneazo-8-naphthyl chloroacetate (JAcoBs
and H&IDELBERGER) 1915, 21, 470
C,sHi;0;N;S 1-Phenyl-2-ethylmercapto-4-p-nitrobenzalhydan-
toin (JOHNSON and BRAUTLECHT) 1912, 12, 183
C,sHy;O;N.Br. Glucuronic acid p-bromophenylhydrazone (Lz-
VENE and LA ForGE) 1913, 15, 76
C,sH.,0.N2S, Thiotyrosine disulfide (JoHNSoN and Braurt-
LECHT) 1912, 12, 190
C,sH»,ON,Cl p-Chloroacetylaminobenzeneazodiethylaniline
(JAcoBs and H&ImpELBERGER) 1915, 21, 124
C\sH.,ON,Br p-Acetaminobenzeneazo-2’-bromo-4’-diethylam-
inobenzene (JacoBs and HaMELBERGER)
1915, 21, 128
CisH.,0.N;Hg 4-p-Diethylaminobenzeneazophenylmercuric
acetate (Jacops and H&mDELBERGER)
1915, 20, 516
C;sH»ON;Cl Chloroacetyl-a-naphthylamine and hexamethyl-
enetetramine (JAcoBs and H&IDELBERGER)
1915, 21, 109
Chloroacetyl-8-naphthylamine and hexamethyl-
enetetramine (Jacoss and H&IDELBERGER)
1915, 21, 109
C;;H.»,ON;Br -(w-Bromoacetyl)-quinaldine and hexamethyl-
enetetramine (Jacops and HEmELBERGER)
1915, 21, 464
C;sH2;0N.Cl $-Methoxy-a-naphthobenzylhexamethylenetet-
raminium chloride (JAcoBs and HnIDELBERGER)
1915, 20, 674
C,sH,,0N.Br a-Naphthoxyethylhexamethylenetetraminium
bromide (Jacops and HrmELBERGER)
1915, 21, 442
6-Naphthoxyethylhexamethylenetetraminium
bromide (Jacons and HnmELBERGER)
1915, 21, 442
C;sH,;O;N,Cl_ Chloroacetyloxyethyl anisate and hexamethyl-
enetetramine (JAcoBs and HEIDELBERGER)
1915, 21, 471
C,sH,;0;N,Cl Chloroacetylaminoisopropyl p-nitrobenzoate and
hexamethylenetetramine (Jacops and HEIDELBER-
GER) 1915, 21, 425
y-Chloroacetylaminopropyl p-nitrobenzoate and
Formulas 575
C1sH2;0 ;N«Cl—continued:
hexamethylenetetramine (JAcoBS and HIDELBER-
GER) 1915, 21, 423
p-Nitrobenzoylaminoisopropy] chloroacetate and
hexamethylenetetramine (JACOBS and HmIpELBER-
GER) 1915, 21, 427
C,sH,,O.N :I 2A cetamino-4tolyl w-iodoethyl ketone and hexa-
methylenetetramine (JACOBS and H»rDELBERGER)
1915, 21, 462
C,3sH.,O;N;Cl m-Carbethoxychloroacetylbenzylamine (ethyl
m-chloroacetylaminomethylbenzoate) (Jacops and
HrmDELBERGER) 1915, 20, 692
Chloroacetylaminoethyl o-toluate and hexameth-
ylenetetramine (JACOBS and HmtiDELBERGER)
1915, 21, 409
Chloroacetylaminoethyl p-toluate and hexameth-
ylenetetramine (JACOBS and HmmELBERGER)
1905, 21, 409
C,sH,,0.N;Cl Chloroacetylaminoethyl anisate and hexamethyl-
enetetramine (JacoBs and HEIDELBERGER)
1915, 21, 415
C,sH.;0.N,Cl i-Methyl-4-acetaminochloroacetylbenzylamine
and hexamethylenetetramine (JAcoBs and HEtEL-
BERGER) 1915, 20, 688
C,sH2;01.,NS Chondroitin sulfuric acid (LEvENE and La ForGE)
1913, 15, 72
C,sH»ON,Cl p-Chloroacetylaminodiethylaniline and hexameth-
ylenetetramine (JACOBS and HEIDELBERGER)
1915, 21, 115
C,sH;,0.N,Br Bornyl bromoacetate and hexamethylenetetra-
mine (Jacogps and H®8IDELBERGER)
1915, 21, 468
CisH;;0.N,Br Menthyl bromoacetate and hexamethylenetet-
ramine (Jacops and H&IDELBERGER)
1915, 21, 468
Cis V
C,sH,,;0;N;SHg 1-Amino-2-(p-naphthaleneazophenylmercuric
acetate)-5-sulfonic acid (Jacoss and HEIDELBERGER)
1915, 20, 517
C,, Group
Ci, TE
C\H,,0.N Dimethylsphingosine (LEVENE and JAcoBs)
1912, 11, 552
576 The Journal of Biological Chemistry
Ciy IV
CigH2;0;N,Cl 2-Oxy-3-carbomethoxynaphthobenzylhexameth-
ylenetetraminium chloride (Jacoss and HEmE.BEr-
GER) 1915, 20, 682
CisH2,ON;Cl_ Chloroacetylbis-(p-dimethylaminophenyl)-meth-
ylamine (chloroacetylleucoauramine) (Jacops and
HEIDELBERGER) 1915, 21, 472
CisH.,O;N;Cl Chloroacetylaminoethyl acetylsalicylate~ and
hexamethylenetetramine (JAcoBs and HErIpELBER-
GER) 1915, 21, 414,
1,2-Diacetoxychloroacetylbenzylamine and hexa-
methylenetetramine (JAcosps and HEIDELBERGER)
1915, 20, 692
CisH2s01;NsP, Guanine-cytosine dinucleotide (Jones and
RIcHARDS) 1915, 20, 30
CisH2;0;N,.Cl 8-Chloroacetylamino-y-butyl p-nitrobenzoate
and hexamethylenetetramine (JAcoss and HEmEL-
BERGER) 1915, 21, 429.
6-Chloroacetylaminobutyl p-nitrobenzoate and
hexamethylenetetramine (JAcoBs and HErIDELBER-
GER) 1915, 21, 428
Chloroacetylethylaminoethyl p-nitrobenzoate
and hexamethylenetetramine (Jacosps and HermsEt-
BERGER) 1915, 21, 418
CicH20;N,Cl _1-Acetamino-4-ethoxychloroacetylbenzylamine
and hexamethylenetetramine (JAcops and HEmEt-
BERGER) 1915, 20, 691
CisH30O.N;Cl y-Chloroacetylaminopropyl anisate and hex-
amethylenetetramine (JacoBs and HEIDELBERGER)
1915, 21, 424
C.,, Group
CoHy Eicosane (LEVENE, W EST, and VAN DER SCHEER)
1915, 20, 526
Cx) I
CxoH2N2 Benzylphenylhydrazine derivative of reducing com-
ponent of yeast nucleic acid (Boos)
1908-09, 5, 473
CoH»2N; p-Diethylaminobenzeneazo-8-naphthylamine (JacoBs
and HrmELBERGER) 1915, 21, 130
CxH3s0;, a-Acetoxysteari¢ acid (LEVENE and Wrst)
1914, 16, 477
CxHI Eicosyl iodide (Lnvenn, West, and VAN DER SCHEER)
1915, 20, 526
Formulas 577
Coo III
CoHisO.N; Phenylglyoxal di-p-nitrophenylhydrazone (DAKIN
and Duptiny) 1913, 15, 138
CoH2,02N. Quinine, picrolonate, (WARREN and WEISS)
1907, 3, 337
CoH2ON, p-Acetaminobenzeneazodipropylaniline (Jacops and
HEIDELBERGER) 1915, 21, 124
CoHs:N Cl, m-Xylylenedihexamethylenetetraminium dichlo-
ride (JAcoBs and HrIpELBERGER)
1915, 20, 664
o-Xylylenedihexamethylenetetraminium — dichlo-
ride (JAcoBs and HEIDELBERGER)
1915, 20, 663
CooH;;04P, Acid from wheat bran, barium and brucine salts
(ANDERSON) 1912, 12, 457
Co IV
CooH,:0.1N,S. Tyrosine disulfide hydantom (Jonson and
BRAUTLECHT) 1912, 12, 194
CxH2,ON;Cl Chloroacetyldiphenylamine and hexamethylene-
tetramine (JAcoBs and HnmELBERGER)
1915, 21, 105
CoH2,ON,C1 p-Chloroacetylaminoazobenzene and hexamethyl-
enetetramine (JAcops and HamELBERGER)
1915, 21, 118
CoH2,02.N;Cl Benzeneazo-m-chloroacetylaminophenol and hex-
amethylenetetramine (JacoBs and HemELBERGER)
1915, 21, 134
C»H2;ON,Cl p-Chloroacetylaminobenzeneazodipropylaniline
(JacoBs and H»rbELBERGER) 1915, 21, 125
CxH2.0.N;Cl 6-Methoxy-a-chloroacetylnaphthobenzylamine
and hexamethylenetetramine (Jacosps and HrIDEL-
BERGER) 1915, 20, 690
CxH33;30N;Cl p-Chloroacetylaminodipropylaniline and _ hexa-
methylenetetramine (JAcoBps and HrmpELBERGER)
1915, 21, 116
C,, Group
C.H,;0; Triacetylbaptisol (CLARK) 1915, 21, 654
CH2;0.) Algin (alginic acid) (HoAGLAND and Lins)
1915, 23, 290
C2, Il
CH,;0,N; Benzylglyoxal di-p-nitrophenylhydrazone (DAKIN
and Dup ry) 1914, 18, 43
578 The Journal of Biological Chemistry
C.,H.,0,N Hydrastine, picrolonate (WARREN and WEIss)
1907, 3, 337
C.H.0.N. Strychnine, picrolonate (WARREN and WEIss)
1907, 3, 334
CoH34N gCle Mesityldihexamethylenetetraminium dichloride
(Jacoss and HEIDELBERGER) 1915, 20, 664
CH »O.N Diacetylsphingosine (Levene and JAcoBs)
1912, 11, 551
Cn IV
C,H, sONC1 Chloroacetyltriphenylmethylamine , (JacoBs and
HEIDELBERGER) 1915, 21, 473
C.,H.3;0;N,Cl o-Chloroacetylaminophenyl p-nitrobenzoate and
hexamethylenetetramine (Jacoss and HEIDELBER-
GER) 1915, 21, 132 |
C,,H2,0;N;Cl o-Chloroacetylaminophenyl benzoate and hexa-
methylenetetramine (JACOBS and HmIpELBERGER)
1915, 21, 131
C.,H:;0;N,Cl Chloroacetylaminoethyl p-(azodiethylaniline)-
benzoate (chloroacetylaminoethyl ester of p-carboxy-
benzeneazo-p’-diethylaminobenzene) (Jacops and
HEIDELBERGER) 1915, 21, 413
“C.,H..O0;N5Cl g-Acetoxy-a-chloroacetylnaphthobenzylamine
and hexamethylenetetramine (JACOBS and HEIDEL-
BERGER) 1915, 20, 689
Chloroacetylaminoethyl 6-naphthoate and hex-
amethylenetetramine (JACOBS and HEIDELBERGER)
1915, 21, 410
C..H,,O,N;I 6-Acetoxy-a-iodoacetylnaphthobenzylamine and
hexamethylenetetramine (Jacops and HEIDELBER-
GER) 1915, 20, 690
C.;H»;,ON,Cl 8-Chloroacetyl-a,a-phenylbenzylhydrazine and
hexamethylenetetramine (JACOBS and HEIDELBER-
GER) + 1915, 21, 475
C.,H3;0;N,C1 Diethylaminoethyl p-chloroacetylaminobenzoate
and hexamethylenetetramine (Jacops and HEIDEL-
BERGER) | 1915, 21, 140
C.. Group
C..Hys Docosane (LEvnNE, Wust, and VAN DER ScHEER)
1915, 20, 528
Coo III
C»oH,;,Nil Cetylhexamethylenetetraminium iodide (JACOBS
and HmipELBERGER) 1915, 21, 466
Formulas 579
Cx IV
C»oH,,ON;Cl 6-Naphthaleneazochloroacetyl-6-naphthylamine
(Jacoss and HnmELBERGER) 1915, 21, 119
C»He,0N,Cl p-Diethylaminobenzeneazochloroacetyl-a-naph-
thylamine (JAcops and HEIDELBERGER)
1915, 21, 130
C»H,O2N;Cl Chloroacetyl-w-anilinoacetophenone and _hexa-
methylenetetramine (Jacops and HEIDELBERGER)
1915, 21, 107
CooH»,O;N;Cl o-Chloroacetylaminobenzyl benzoate and hex-
amethylenetetramine (Jacoss and HEIDELBERGER)
1915, 21, 139
C..H»,O0;NC1 Dibenzalxylohexosaminic acid ester hydrochloride
(LEVENE and La ForcE) 1915, 21, 356
C».H;0.N,Cl Chloroacetylphenylglycineanilide and hexameth-
ylenetetramine (JAcops and H&mELBERGER)
1915, 21, 106
CooH»,ON;Cl Chloroacetylaminoazotoluene and hexamethyl-
enetetramine (JAcoBs and HEIDELBERGER)
1915, 21, 118
CoH»,0.N;Cl a, 8-Diphenylchloroacetylaminoethanol and hexa-
methylenetetramine (JAcops and HEIDELBERGER)
1915, 21, 434
«,$-Isodiphenylchloroacetylaminoethanol and hex-
amethylenetetramine (Jacops and HEmELBERGER)
1915, 21, 435
CoH» ON:Cl p-Chloroacetylaminobenzeneazodimethylaniline
and hexamethylenetetramine (Jacosps and HEIDEL-
BERGHR) 1915, 21, 123
CooH;;0;N,Cl m-Chloroacetylaminomethylbenzoic acid diethyl-
‘aminoethyl ester and hexamethylenetetramine (Ja-
cops and HriIpBmLBERGER) 1915, 20, 694
CooH,,O2NCl Palmityl-a-methylcholine chloride (palmityl-6-
methylethoxytrimethylammonium chloride) (MENGE)
1912-13, 13, 108
C,, Group
C.; Il
C.3;H»,0;N a-Phenyl-a-benzoyloxy-8-benzoylaminopropane
(Jacoss and HripELBERGER) 1915, 21, 4386
C.3H.,ON, p-Acetaminobenzeneazoethylbenzylaniline (JACOBS
and H»ipELBERGER) 1915, 21, 126
C.;H»,O,N. Brucine, picrolonate (WARREN and WEISS)
1907, 3, 335
C.;HyO;N Triacetylsphingosine (LEvENE and JACOBs)
1912, 11, 55]
580 The Journal of Biological Chemistry
C2; IV
C.3H.;0N,Ci p-Chloroacetylaminobenzeneazoethylbenzylani-
line (JAcoBs and HEIDELBERGER)
1915, 21, 126
C.3H.,0;N,Cl Chloroacetylphenylaminoethyl p-nitrobenzoate
and hexamethylenetetramine (JAcops and HEIDEL-
BERGER) 1915, 21, 419
C.;H.,0.N;Br Bromoacetyl-w-o-toluidinoacetophenone and hex-
amethylenetetramine (Jacops and HEIDELBERGER)
1915, 21, 107
C.3;H»s0;N;Cl Chloroacetyl-w-o-anisidinoacetophenone and hex-
amethylenetetramine (Jacoss and HEIDELBERGER)
1915, 21, 137
C.3H;,0N,Cl p-Chloroacetylaminoethylbenzylaniline and hex-
amethylenetetramine (Jacops and HEIDELBERGER)
1915, 21, 117
C,, Group
C.sH;. Isotetracosane from lignoceric acid (LEVENE and WEsT)
1913, 14, 265; 1914, 18, 480
n-Tetracosane (LEVENE and WEsT)
1914, 18, 478
Cy, I
C.,H»N; 0-Tolueneazo-o-tolueneazo-8-naphthylamine (JACOBS
and HrmDELBERGHR) 1915, 21, 120
C.,Hys0. Carnaubic acid (DUNHAM) 1908, 4, 297
Lignoceric acid (LEVENE and JACOBS)
1912, 12, 385
(LEVENE and WsxsT) 1913, 14, 263
(LEVENE) 1913, 15, 363
Tetracosanic acid (LEVENE, WEST, ALLEN, and
VAN DER SCHEER) 1915, 23, 75
CosHyI Isotetracosyl iodide (LEVENE and WEST)
1914, 18, 480
C.,H,,O Isotetracosyl alcohol (LevENE and WxstT)
1914, 18, 479
Co, Il
C,,H,O.N, Glucuronic acid osazone hydrazide (LEVENE and
La ForecE) 1913, 15, 75; 1914, 18, 240
Co, IV
C.,H, ,ON;Cl Benzeneazobenzeneazochloroacetyl-6-naphthyl-
amine (JAcoss and HEmELBERGER)
1915, 21, 119
Formulas 581
C.4H330N;Cl p-Chloroacetylaminobenzeneazodiethylaniline
and hexamethylenetetramine (Jacosps and H&IDEL-
BERGER) 1915, 21, 124
C,, Group
C.;H;. Pentacosane from cerebronic acid (LEVENE and JAcoBs)
1912, 12, 386
(LEvVENE and Wxst) 1913, 14, 264
Cz; II
C2;H4s0, Docosylmalonic acid (LEVENE, Wast, ALLEN, and
VAN DER SCHEER) 1915, 23, 74
C2;sH50O3; Cerebronic acid (LEVENE and JacoBs)
1912, 12, 382
(LeVENE and Wust) 1913, 14, 258
C.; IV
C,;H.3;ON;Cl p-Chloroacetylaminoleucomalachite green (Ja-
cops and H&mELBERGER) 1915, 21, 141
C.;H;ON;Cl Chloroacetylleucoauramine and hexamethylene-
tetramine (JAcoBs and H&rmELBERGER)
1915, 21, 473
C.;H;;0;4P.Ba; Barium salt of wheat bran acid (ANDERSON)
1912, 12, 455
C,, Group
C.,H;, Isohexacosane (cerane) (LEVENE, Wust, and VAN DER
SCHEER) 1915, 20, 533
Hexacosane (LEvENR, Wrst, and VAN DER SCHEER)
1915, 20, 529
Co, II
C.,H;.0. Ethyl carnaubate (DuNHAM) 1908, 4, 299
Ethyl lignocerate (LrvENE) 1913, 15, 362
(LEVENE and Wust) 1913, 15, 193
Ethyl tetracosanate (LavEnE, West, ALLEN, and
VAN DER SCHEER) 1915, 23, 75
CosH 20; Methyl cerebronate (LuvENE and Wxst)
1913, 14, 261
Cos IV
CosH.2.ON;Cl o0-Tolueneazo-o-tolueneazochloroacetyl-8-naph-
thylamine (JAcoss and HaIpELBERGER)
1915, 21, 120
582 The Journal of Biological Chemistry
C.,;H;;ON sCl p-Chloroacetylaminobenzeneazodipropylaniline
and hexamethylenetetramine (Jacops and H2EIDEL-
BERGER) 1915, 21, 125
C,, Group
C.; I
Co;HoNs o-Tolueneazo-a-naphthaleneazo-6-naphthylamine
(JAcoBs and HrIpELBERGER) 1915, 21, 121
CoH 5204 Acetyleerebronic acid (LEVENE and WEST)
1913, 14, 262
C.;H;,0; Ethyl cerebronate (LevENE and West)
19138, 14, 260
Cs; IV
CoH ON ;Cl Chloroacetyltriphenylmethylamine and hexameth-
ylenetetramine (JacoBs and HEIDELBERGER)
1915, 21, 474
Co7H3;03N sCl Chloroacetylaminoethyl p-(azodiethylaniline)-
benzoate and hexamethylenetetramine (Jacops and
HEIDELBERGER) 1915, 21, 413
C,, Group
C.;sH;s Octacosane (LEVENE, West, and VAN DER ScHEER)
1915, 20, 529
C,, Group
Coy I
CosH;,O, Acetate of ethyl cerebronate (LeveNrE and WEST)
1913, 14, 261
Ethyl docosylmalonate (LHVENE, WEST, ALLEN, and
VAN DER SCHEER) 1915, 23, 74
Coy IV
C..H;;ON;Cl p-Chloroacetylaminobenzeneazoethylbenzylani-
line and hexamethylenetetramine (Jacoss and Hst-
DELBERGER) 1915, 21, 127
C,, Group
CH Isotriacontane (melissane) (LHVENE, WEST, and VAN
DER SCHEER) 1915, 20, 534
Triacontane (LEVENE, WEST, and VAN DER SCHEER)
1915, 20, 530
Formulas 583
C30 II
CyH;.40; Isomannid dilaurate (BLooR) 1912, 11, 423
CyH;s0; Mannite dilaurate (BLOoR) 1912, 11, 421
C,, Group
Cx IV
CxHwON;Cl p-Chloroacetylaminoleucomalachite green and
hexamethylenetetramine (Jacoss and HEImDELBER-
GER) 1915, 21, 141
C,, Group
CH Dotriacontane (LEVENE, Wrst, and VAN DER SCHEER)
1915, 20, 530
Cz. IV
Cy»H»,0,N.S. Thiotyrosine disulfide dibenzoate (JoHNSON and
BRAUTLECHT) 1912, 12, 193
C,, Group
C3,H7 Tetratriacontane (LEVENE, WEST, and VAN DER ScHEER)
1915, 20, 531
C,,; Group
C;; IV
C3;HusON;Cl o0-Chloroacetylamino-p’ ,p’-tetraethyldiaminotri-
phenylmethane and hexamethylenetetramine (JAcoBs
and H&rmELBERGER) 1915, 21, 142
p-Chloroacetylamino-p’,p’-tetraethyldiaminotri-
phenylmethane and hexamethylenetetramine (JAcoBs
and H»mELBERGER) 1915, 21, 142
C,, Group
CxH;, Hexatriacontane (LAVENE, WxEsT, and VAN DER SCHEER)
1915, 20, 531
Cas I
CysH240; Tribenzoylbaptisol (CLARK) 1915, 21, 655
m
584 The Journal of Biological Chemistry
C,, Group
Cw I
Cy2H;30¢6 Tsomannid distearate (BLoor)
Mannid distearate (BLOOR)
1909-10, 7, 427; 1912, 11, 143
C,H yO; Mannitan distearate (BLoor) 1912, 11, 144
1912, 11, 145
SUGGESTIONS FOR THE PREPARATION OF
MANUSCRIPTS.
COPY.
All manuscripts should be copied with triple spacing and 1}
inch margins.
The original typewritten copy should be submitted for publi-
cation, not a carbon copy. It should be sent flat, not rolled or
folded. All corrections on the manuscript should be clearly
written in ink. Manuscripts should be consistent in style;
a word should not be abbreviated in one line and written out a
few lines below.
TITLE.
The title should be written on a separate sheet. The author’s
name, the laboratory where the work was done, and the words,
Received for publication, should be written on a separate sheet.
An abbreviated form of the title, not exceeding thirty-six
letters in length, and the author’s name and initials, to be used
as running headlines, should be given, also on a separate sheet
HEADINGS.
Major headings, such as INTRODUCTION, EXPERIMENTAL, DIS~
CUSSION, SUMMARY, CONCLUSION, BIBLIOGRAPHY, EXPLANATION OF
ricurEs, also TABLE in table headings, are printed in small capi-
tals, and therefore should be underlined twice.
Minor headings, whether center or side, and descriptive mat-
ter in table headings, are printed in italics, and therefore under-
lined once in the manuscript. Capitalize the nouns, adjectives,
pronouns, verbs, Ce., Gm., per Cent, ete.
Dates are not underlined, except when they occur in an itali-
cized heading.
The form September 15, 1915, is preferred to IX-15-15.
585
586 The Journal of Biological Chemistry
TEXT.
Begin every experiment, table, or quotation of over five lines
on a new sheet. When the text is resumed start with another
fresh sheet. This method brings the material of the entire
manuscript in sequence, but permits, without mutilation of the
manuscript, the separation in the Printer’s office of tables, and
all other small type, which are set up separately.
Number the sheets consecutively throughout. Mark in ink
the place for each illustration.
TABLES.
The form for table headings has already been given under
‘Grpapines.”” Table column headings are written in small letters
and followed by periods (see Table I).
Words like gm., cc., per cent, °C., etc., referring to an entire
column in a table, are written in small letters at the top of the
column, and underlined once.
In tables use ditto marks for words when possible, but not for
figures.
TABLE I.
Changes in the Blood of Rabbit 1 after Hemorrhage.
Amount
tS)
Hemo-| Red blood
Date. bleed globin.| corpuscles. Remarks.
moved.
a EEE ee
1915 cc. per cent
Sept. 13 | 10 | 89 | 5,160,000 | Weight 1,605 gm.
a4 10 68 2,870,000 | No nucleated red cells.
cr AD 10 75 3,990,000 “ ss