GENERAL EMBRYOLOGICAL
INFORMATION SERVICE
Issued by the Hubrecht Laboratory
on behalf of the
General Embryological Information Service Foundation
VOLUME 15, part 2
COUNTRIES OUTSIDE EUROPE
data collected during 1974
Utrecht-Netherlands
SUBJECT COVERAGE
Invertebrates, Vertebrates, and Man
developmental biology, including:
descriptive embryology
experimental embryology
physiological embryology
developmental genetics
developmental pathology and teratogenesis
metamorphosis
regeneration
asexual reproduction and development
Plants and Unicellular Organisms
experimental morphology
developmental physiology
Edited by Dr. J.Faber,
Deputy Director of the Hubrecht Laboratory
Managing Editor: B. Z. Salome
Hubrecht Laboratory
Uppsalalaan 1
Universiteitscentrum "De Uithof"
UTRECHT, Netherlands
Printed in the Netherlands, 1975
CONTENTS
Changes of address in Europe, received since the appearance of
volume 15, part I 5
Directory of Names and Addresses, with subjects of research (alphabetical order) . 6
Directory of Institutes, with members engaged in developmental biology.
Africa 97
North America
Canada 98
Mexico 99
United States 99
South America 112
Asia 113
Australia 118
Subject Index (alphabetical order) 119
Book notices 167
CHANGES OF ADDRESS IN EUROPE
received since the appearance of volume 15, part 1
ABERCROMBIE, M.; Prof. - Strangeways Res. Lab., Wort's Causeway, CAMBRIDGE CB1 4RN,
England ISDB
ASHWORTH, J. M.; Dr. - Dept. of Biol., Univ. of Essex, Wivenhoe House, COLCHESTER C04 3SQ,
England
ASTAUROV, B. L.; Prof. - Inst, of Devi. Biol., Acad, of Sci. of USSR, MOSCOW, U.S.S.R. deceased
BALLS, M.; D.Phil. - Dept. of Hum. Morphol., Med. Sch., Univ. of Nottingham, NOTTINGHAM NG7
2RD, England
BIELANSKA (OSUCHOWSKA), Mrs.Z.; Dr., Prof. - Dept. of Histol. and Embryo!., Warsaw Agric.
Univ., ul. Nowoursynowska 166, 02-766 WARSZAWA, Poland
BIGGELAAR, J. A. M. v.d.; Ph.D. - until August 1975: Stat. Biologique, 29211 ROSCOEF, France
DENKER, H. W.; Dr.rer.nat., Dr.med. - Abt. Anat., Rhein.-Westf. Techn. Hochschule, Med. Theoret.
Inst., Melatener Str. 211,51 AACHEN, B.R.D. (Germany)
DREWS, U.; Dr. - Abt. Klin. Morphol., Univ., 79 ULM, Neubau oberer Eselsberg, B.R.D. (Germany)
ISDB
DRYDEN, R. J.; Ph.D. - 25 The Drive, SHOREHAM-by-Sea, Sussex BN4 5GB, England
ENGLAND, Mrs. M. A.; Ph.D. - Dept. of Anat., Univ. of Leicester, 6 Univ. Rd., LEICESTER LEI
7RH, England
FRIANT, Mrs. M.;Prof. - Ecole d'Anthropol., PARIS, deceased
GATEFF (ZOLLIKOFER), Mrs. E. A.; Ph.D. - Biol. Inst. I der Univ., Schanzle Str. 9, 78 FREI-
BURG/Br., B.R.D. (Germany)
GUERRIER, P. - Stat. Biologique, Place Georges-Teissier, 2921 1 ROSCOFF, France
HAMMERLING, J.; Dr.phil., Prof. (Emer.) - Schopenhauer Str. 27, 2940 WILHELMSHAVEN,
B.R.D. (Germany)
JAMES, D. A.; D.Phil. - Dept. of Pathol., Wellcome Res. Lab., Langley Court, BECKENHAM BR3
3BS, Kent, England
JENKINSON, E. J.; B.Sc. - Dept. of Pathol., Med. Sch., Univ. Bristol, University Walk, BRISTOL BS8
1TD, England
LINTERN-MOORE, Mrs. S. M.; Ph.D. - Dept. of Zool., Austr. Natl. Univ., P.O. Box 4, CANBERRA,
ACT 2600, Australia
MONROY, A.; M.D., Prof. - Lab. of Molec. Embryol., Consiglio Naz. delle Ricerche, C.P. 3042,
80100 NAPOLI, Italy ISDB
MOORE, G. P. M.; Ph.D. - Dept. of Zool., Austr. Natl. Univ., P.O. Box 4, CANBERRA, ACT 2600,
PRITCHARD, D. J.; Dr. - Inst, of Anim. Genet., Univ. of Edinburgh, West Mains Rd., EDINBURGH
EH9 3JN, Scotland, U.K.
RENFREE, Miss M. B.; B.Sc. - Inst, of Anim. Genet., Univ. of Edinburgh, West Mains Rd.,
EDINBURGH EH9 3JN, Scotland, U.K.
SCHERRER, K.; Dr. - Serv. de Biochim. de la Differenciation, Inst, de Biol. Molec. du CNRS, Univ.
de Paris VII, Tour 43, 2 place Jussieu, 75100 PARIS, France
SZOLLOSI, D.; Ph.D., Assoc.Prof. - Lab. de Physiol. Anim., CNRZ, 78350 JOUY-en-JOSAS, France
TARIN, D.; M.D. - Dept. of Neuropathol., Gen. Infirmery, LEEDS LSI 3EX, England
TESTA-BAPPENHEIM, I.; Dr.med. A.O., Prof. - Lab. Antropol., Univ. di Camerino, Via Filippo
Camerini 3, 62032 CAMERINO, Italia
WENT, D. F.; Dr. - Zool. Inst, der Eidgen. Techn. Hochschule, Universitat Str. 2, 8006 ZURICH,
Switzerland
YAMADA, T.; D.Sc, Prof. - Inst. Suisse de Rech. Exp. sur le Cancer, 101 1 LAUSANNE, Switzerland
L) I RECTORY OF NAMES AND ADDRESSES
with Subjects of Research
(alphabetical order)
Unless stated otherwise, information in this directory is based upon data sheets which
were sent to the institutes listed in the Directory of Institutes, and returned to the editors
before September 1974. Scientists were asked to state their name, degree(s), address, and
research subjects in so far as recent, unpublished work in developmental biology was
concerned.
Complete entries (with research subjects) are entirely based on the data sheets.
Subjects identical to those in vol. 14 were confirmed by the scientists still to be correct.
Entries without research subjects
a. Persons listed on the sheets as being engaged in research in developmental biology,
without further specification of subjects.
b. Persons with a complete entry in vol. 14 who have not returned their sheets. Names
degrees, and addresses were reprinted unchanged from vol. 14 and may be partially out of
date.
c. Emeritus professors no longer active in research.
d. Some persons who have not returned data sheets for two or more volumes have been
listed nevertheless; cases in point are several I.S.D.B. members.
e. Persons listed in vol. 14 whose death has come to our attention (marked t)-
Persons listed in vol. 14 but not in vol. 15
a. Persons who had research subjects in vol. 14 but are no longer engaged in research in
developmental biology.
b. Persons who had no research subjects in vol. 14 and have not returned the sheets for
both vol. 14 and 15.
The abbreviation Ms. in names stands for Miss or Mrs.
Names of members of the International Society of Developmental Biologists are marked
ISDB.
ABBOTT, Miss U. K.; Ph.D., Prof. - Developm. Biol. Program, Natl. Sci. Found., WASHINGTON, D.
C. 20550, U.S.A. ISDB
ABRAMOVICI, A.; Dr. es Sci. - Lab. of Developm. Pathol., J. Casper Dept. of Pathol., Beilinson
Hosp., PETAH-TIQVA, Israel
ACKERMAN, G. A.; M.D., Ph.D., Prof. - Dept. of Anat., Ohio State Univ., 333 W.lOth Ave.,
COLUMBUS, Ohio 43210, U.S.A.
a Morphology and histochemistry of the hemopoietic system in embryonic and adult condition.
Homo sapiens and other spp. (Mammalia)
ACKERSON, A. 0.;B. S. - Biol. Dept., Central Mich. Univ., Mt. PLEASANT, Mich. 48858, U.S.A.
a Spermatogenesis with emphasis on plasma membrane degradation and formation of microtubules.
Physa spec. (Gastropoda)
b Fertilization in vivo and in vitro. Palaemonetes peludosus (Decapoda, Crustacea)
ADAMS, T. S.; Ph.D. - USDA Metab. & Radiat. Research Lab., State Univ. Station, FARGO, N.D.
58103, U.S.A.
a Endocrine regulation of ovary maturation. Musca domestica (Diptera)
b Use of endocrines to disrupt morphogenesis. Same species as a
ADAMS SMITH, W. N.; D. Phil., M.D., Prof. - Div. of Health Sci., Univ. of S. Carolina, COLUMBIA,
S.C. 29208, U.S.A.
a Teratogenic influences of a variety of known teratogens upon heart development. Rattus
norvegicus (Rodentia)
ADELMANN, H. B.; Dr., Prof. (Emer.) - Div. of Biol. Sci., Cornell Univ., Stimson Hall, ITHACA, NY
14850, U.S.A. ISDB
ADLER, R.; M.D. - Inst, de Biol. Celular, Fac. de Med., Paraguay 2155, BUENOS AIRES, Argentina
a Experimental neuroembryology. Gallus domesticus (Aves)
b Electron microscopy of developing nervous system. Same species as a
c Dis- and reaggregation studies of neural tube development. Same species as a
ii Neural differentiation in vitro. Same species as a
AGGARWAL, S. K.; Ph.D., Assoc. Prof. - Dept. of Zool., Coll. of Nat. Sci., Mich. State Univ., EAST
LANSING, Mich. 48824, U.S.A.
a Histochemistry and electron microscopy of vitellogenesis. Tenebrio molitor (Coleoptera)
b Endocrine control of development. (Insecta)
AGNEW.W. F.;Ph.D. - Huntington Inst, of Appl. Med. Res., 734 Fairmount Ave., PASADENA, Calif.
91105, U.S.A.
a Teratology induced by heavy metals; fetal and subcellular localization; enzymatic effects. Rattus
spec. (Rodentia), Oryctolagus cuniculus (Lagomorpha)
b Relationships between abnormal levels (maternal and fetal) of trace elements and congenital CNS
anomalies. Rattus spec. (Rodentia), Homo sapiens (Primates)
AKETA, K.; D.Sc. - Biol. Inst., Fac. of Sci., Nagoya Univ., Chikusa-ku, NAGOYA, 464 Japan ISDB
AKRUK, S. R.; M.Sc. - Dept. of Zool., Univ. of Georgia, Box 7, ATHENS, Ga. 30602, U.S.A.
a Inhibition and induction of the acrosome reaction in spermatozoa in vivo and in vitro (possible
role of decapacitation factor). Oryctolagus cuniculus (Lagomorpha)
ALBRIGHT, J. F.; Ph.D. - Dept. of Life Sci., Indiana State Univ., TERRE HAUTE, Ind. 47809,
U.S.A. ISDB
ALEXANDER, G.; D.Agr.Sci. - Div. of Anim. Physiol., CSIRO, P. O. Box 239, BLACKTOWN,
N.S.W. 2148, Australia
a Investigations of the physical and physiological relations between maternal and embryonic
tissues. Ovis spec. (Artiodactyla)
ALLEN, E. R.; Assoc. Prof. - Dept. of Anat., Med. Center, Louisiana State Univ., 1542 Tulana Ave.,
NEW ORLEANS, La. 70112, U.S.A.
a Immunochemical studies of actin and myosin synthesis in somites. Gallus domesticus (Aves)
b Morphological (ultrastructural) organization of contractile protein in myogenic tissue into func-
tional sarcomeres. Gallus domesticus (Aves), Sus scrofa (Artiodactyla)
c Control of ribosomal synthesis in oocytes. Acheta domesticus (Orthoptera)
d Striated muscle differentiation in the hibernating animal. Citellus tridecimlineatus (Rodentia)
ALLEN, J. N.; Dr. - Dept. of Neurol., Ohio State Univ. Hosp. Med. Sch., 410 W.lOth Ave.,
COLUMBUS, Ohio 43210, U.S.A.
a The postnatal development of activity of several acid hydrolases in the brain. Rattus norvegicus
(Rodentia)
b Acid hydrolases in neonatal trigeminal nerve and the postnatal decline in their activities
(compared with activities in nitrosourea-induced schwannomas in these nerves). Same species as a
ALLEN, R. D.; Ph.D., Prof. - Dept. of Biol. Sci., State Univ. of New York, 1400 Washington Ave.,
ALBANY, N.Y. 12222, U.S.A. ISDB
a Cell division and motility of unicellular organisms and of tissue cells in vivo and in vitro.
(Sarcodina; Metazoa)
ALLEN, W. R.; Ph.D. - Dept. of Biol., Univ. of California, RIVERSIDE, Calif. 92502, U.S.A.
a The role of nuclear RNA in protein synthesis. (Echinoidea)
ALLISON, J. E.; Ph.D., Prof. - Dept. of Anat. Sci., Univ. of Oklahoma Med. Center, 801 NE 13th St.,
OKLAHOMA-City, Okla. 73190, U.S.A.
a Genital and urinary anomalies with emphasis on hermaphroditic alterations. Rattus rattus
(Rodentia)
ALPERIN, R. J.; Ph.D. - Biol. Dept., Community Coll. of Philadelphia, 34 S. 11th St., PHILA-
DELPHIA, Pa. 19107, U.S.A.
a Changes in the submicroscopic distribution of nuclear nucleic acids during differentiation and
metaplasia. (Vertebrata)
b The role of the hypoblast in morphogenesis and organogenesis. Gallus domesticus (Aves)
ALTMAN, J.; Prof. - Dept. of Biol. Sci., Purdue Univ., W. LAFAYETTE, Ind. 47907, U.S.A.
a Development of the brain. Rattus norvegicus (Rodentia), Felis domestica (Carnivora)
b Effect of x-irradiation, undernutrition and hormonal treatments on brain development. Rattus
spec. (Rodentia)
c Effect of retardation of cerebellar maturation on development of motor skills. Same species as b
AMANO, H.; D.Sc, Prof. - Biol. Lab., Doshisha Univ., Karasuma Imadegawa, Kamikyo-ku, KYOTO,
Japan
a Developmental mechanism of the heart. Cynops pyrrhogaster (Urodela)
AMANUMA, A.; D.Sc. - Lab. of Biol., Gifu Coll. of Dent., 1851 Takano, Hozumi-cho, Motosu-gun,
GIFU-ken, Japan
a Electron microscopy and experiments on differentiation of embryonic gonads. Gallus domesticus
(Aves)
AMES, I. H.; Ph.D. - Dept. of Anat., Upstate Med. Centre, State Univ. of New York, 766 Irving Ave.,
SYRACUSE, N.Y. 13210, U.S.A.
a Genetic tumor induction and development. Nicotiana spec. (Solanaceae)
b Fine structure of genetic tumor cells. Same species as a
AMY R. L.; Ph.D., Prof. - Dept. of Biol., Southwestern at Memphis, 2000 North Parkway,
MEMPHIS, Tenn. 381 12, U.S.A.
a Ultraviolet microbcam irradiation and ruby laser microiiradiation of the developing embryo.
Habrobracon juglandis (= Bracon hebetor) (Hymenoptera)
b Analysis of radiation-induced embryonic death. Same species as a
ANDERSEN, A. C; V.M.D., Ph.D. - Radiobiol. Lab., Sch. of Vet. Med., Univ. of California, DAVIS,
Calif. 95616, U.S.A.
a Effects of low-level irradiation on the ovary. Canis familiaris (Carnivora), Macaca radiata
(Primates)
b Endocrine aspects of the afollicular (x-irradiated) ovary. Canis familiaris (Carnivora)
ANDERSEN, O. F.; B.A. - Dept. of Reprod. Biol., Merck Inst, for Therap. Research, RAHWAY, N.J.
07065, U.S.A.
a Studies on fertilization. Mesocricetus auratus (Rodentia)
ANDERSON, D. T.; D.Sc, Prof. - Sch. of Biol. Sci., Univ. of Sydney, Zool. Bldg., SYDNEY, N.S.W.
2006, Australia
a Comparative embryology. (Protochordata), Pyura praeputialis (Pleurogona, Tunicata)
ANDERSON, E.; Prof. Dept. of Anat. and Lab. of Human Reprod. and Reprod. Biol., Harvard Med.
Sch., 45 Shattuck St., BOSTON, Mass. 021 15, U.S.A. 1SDB
a Comparative oogenesis and fertilization. (Mammalia)
b Development of gap junctions in the Graafian follicle. (Mammalia)
ANDERSON, J. E.; M.D., Prof. - Dept. of Anat., Fac. of Med., McMaster Univ., HAMILTON, Ont.,
Canada
ANDERSON, J. J.; Ph.D. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755, U.S.A.
a Genetic analysis of development. Dictyostelium discoideum (Acrasiales)
ANDERSON, J. W.; Ph.D., Prof. - Dept. of Anat., Med. Sch., Univ. of Wisconsin, MADISON, Wis.
53706, U.S.A.
a Perinatal transfer of antibodies via placenta, fetal membranes, mammary gland, gut. Rattus
norvegicus (Rodentia)
b Histophysiology of ovulation
c Ultrastructure of intestinal epithelium, as reflective of developmental processes. Same species as a
ANDERSON, W. R.; Ph.D., Assoc. Prof. - Dept. of Anat., Univ. of Chicago, 1101 E. 57th St.,
CHICAGO, IL 60637, U.S.A.
a Ultrastructure and cytochemistry of spermiogenesis, mitochondrial DNA, microtubules and
muscle fibers; regeneration of the kidney
ANDREW, Miss A.; Ph.D. - Dept. of Anat., Med Sch., Univ. of the Witwatersrand, Hospital St.,
Hillbrow, JOHANNESBURG, S. Africa
a Are APUD cells of the pancreas derived from the neural crest? Gallus domesticus (Aves)
b Developmental relationship between enterochromaffin cells and the neural crest. Same species as
a
ANDREW, F. D.; Ph.D. - Natl. Inst, for Environm. Health Sci., N.I.H., P.O. Box 12233, RESEARCH
TRIANGLE PARK., N.C. 27709, U.S.A.
a Evaluation of embryotoxicity of various agents. Mus musculus, Rattus norvegicus (Rodentia),
Oryctolagus cuniculus (Lagomorpha)
b Effects of various agents on macromolecular synthesis during fetal development. (Mammalia)
ANGRA, S. K. - Dr. Rajendra Prasad Ctr. for Ophthalm. Sci., All India Inst, of Med. Sci., NEW
DELHI-1 10016, India
a Lens regeneration after extracapsular removal and implantation of cytolysed foetal lid epithelium
or cytolysed amnion and inert acrylic or glass beads (estimation of total protein, RNA and DNA).
Oryctolagus cuniculus (Lagomorpha), Macaca mulatta (Primates)
ANSEVIN (DABROWSKA), Mrs. K.; Ph.D., Assoc. Prof. - Dept. of Biol., Rice Univ., HOUSTON, TX
77001, U.S.A.
AOTO, T.; D.Sc, Prof. - Zool. Inst., Fac. of Sci., Hokkaido Univ., 10, W8, SAPPORO, 060 Japan
a Morphology and physiology of neurosecretion. (Crustacea; Pisces; Amphibia)
b Morphogenesis of the nauplius eye. Palaemon paucidens (Decapoda, Crustacea)
c Morphogenesis of the pineal organ. Xenopus laevis (Anura)
ARGYRIS (FRANKENHUIS), Mrs.B.; Ph.D., Assoc. Prof. - Dept. of Microbiol., Upstate Med. Center,
State Univ. of New York, 766 Irving Ave., SYRACUSE, N.Y. 13210, U.S.A.
a Maturation of immunological capacity; comparative study: 1. immunological tolerance; 2. role of
macrophages in antibody synthesis and immunological maturation. Mus musculus (Rodentia)
b Cellular interaction during immune response. Same species as a
c Cellular interaction during rejection of tumor transplants. Same species as a
ARGYRIS, Th. S.; Ph.D., Prof. - Dept. of Pathol., Upstate Med. Center, State Univ. of New York,
766 Irving Ave., SYRACUSE, N.Y. 13210, U.S.A. ISDB
a Regeneration and the control of growth of adult organs: 1. mechanism of hair growth stimulation
in wound healing; 2. mechanism of cellular proliferation produced by damage in adult liver and
kidney. (Mammalia)
b Functional hypertrophy and the control of growth of adult organs. (Mammalia)
c Stimulation of adult organs and tissues by tumors; growth-promoting effects of Ehrlich ascites
tumor, S-180, on skin, mammary gland, liver, and kidney. (Mammalia)
d Induction of drug-metabolizing enzymes and liver growth by phenobarbital and 3-methyl-
cholanthrene. Mus musculus, Rattus norvegicus (Rodentia)
e Role of ribosome accumulation in wound healing in skin and in epidermal carcinogenesis. Mus
musculus (Rodentia)
f Role of ribosome accumulation in drug-induced liver growth. (Mammalia)
8
ARIMA, Sh.; D.Agr., Prof. - Lab. of Anim. Morphol., Biol. Inst., Nara Women's Univ., Kitauoya-
Nishi-Machi, NARA, Japan
a Studies on the end-products of metabolism in the embryo and tadpole. Rhacophorus schlegelii
var. arborea (Anura)
b Effects of mammalian prolactin on the growth and nitrogen excretion of tadpoles. Same species
as a
ARKING, R.; Ph.D. - Developm. Biol. Lab. and Center for Pathobiol., Univ. of California, IRVINE,
Calif. 92664, U.S.A.
a Use of temperature-sensitive autonomous cell-lethal mutations to analyze: 1. parameters of
pattern formation in imaginal discs; 2. acquisition of competence by abdominal histoblasts; 3.
cell lineage relationships of larval and internal adult structures. Drosophila melanogaster (Diptera)
ARMAYOR, Miss M. R.; Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M. de
TUCUMAN, Argentina
a Chemical factors involved in fertilization: jelly coats and diffusible factors. Bufo arenarum
(Anura)
ARMS, Mrs. K.; D.Phil. - Dept. of Neurobiol. and Behavior, Langmuir Lab., Cornell Univ., ITHACA,
N.Y. 14850, U.S.A.
a Distribution of acetylcholine receptor sites and acetylcholinesterase in embryonic heart before
and after parasympathetic innervation. Gallus domesticus (Aves)
b Sodium channels in action potentials recorded from early embryos (by use of cobra venom
caidiotoxin). Gallus domesticus (Aves)
ARMSTRONG, Ph.B.; M.D., Prof. - Dept. of Anat., Upstate Med. Centre, State Univ. of New York,
766 Irving Ave., SYRACUSE, N.Y. 13210, U.S.A.
a Behavioral responses in developing embryos. Ameiurus nebulosus (Teleostei), Ambystoma
punctatum (Urodela)
b Embryonic physiological encephalization and its neuroanatomical correlates. Ameiurus
nebulosus, Opsanus tau (Teleostei)
ARNOLD, J. M; Ph.D., Assoc. Prof. - Kewalo Lab., Pacif. Biomed. Res. Ctr., Univ. of Hawaii, 41
Ahui St., HONOLULU, Hawaii 96813, U.S.A.
a Studies on the egg cortex (histochemistry, electron microscopy, centrifugation). Loligo pealii
(Decapoda), Octopus spec. (Octopoda, Cephalopoda)
b Studies on the developmental fine structure of the eye lens. Same species as a
c Studies on the formation of the blastoderm and cleavage. (Cephalopoda)
ARTZT, Miss K.; Ph.D. - Dept. of Anat., Med. Coll., Cornell Univ., 1300 York Ave., NEW YORK, NY
10021, U.S.A.
a Cell surface antigens of embryonal tumors. Mus musculus (Rodentia)
b Development of embryonal tumors from mutant embryonic material. Same species as a
ASAI, E.; M.Sc. - Biol Inst., Kanazawa Med. Univ., UCHINADA-machi, Ishikawa-ken, Japan
a Regeneration. Dugesia japonica, Bdellocephala brunnea (Turbellaria)
ASAKURA, K. - Biol. Inst., Kanazawa Med. Univ., UCHINADA-machi, Ishikawa-ken, Japan
a Development and regeneration of scales. Oryzias latipes, Carassius auratus and other spp.
(Teleostei)
b Regeneration. (Turbellaria)
ASAMI, K.; Ph.D. - Div. of Biol., Natl. Inst, of Radiol. Sci., 9-1, 4-chome, Anagawa, CHIBA, 280
Japan,
a Changes in egg energy metabolism at fertilization. Anthocidaris crassispina, Hemicentrotus
pulcherrimus (Echinoidea)
b Cytochromes in the liver during development. Rattus norvegicus (Rodentia)
ASAYAMA, S.; Prof. (Emer.) - Lab. of Embryol., Fac. of Sci., Osaka City Univ., 459 Sugimoto-cho,
Sumiyoshi-ku, OSAKA, 558 Japan
a Sex development. (Vertebrata)
ASLING, C. W.;M.D., Ph.D., Prof. - Dept. of Anat., Sen. of Med., Univ. of Calif., SAN FRANCISCO,
Calif. 94143, U.S.A.
a Effects of maternal calcitonin injection on the developing fetal skeleton. Rattus spec. (Rodentia)
ASNANI, Miss M.; M.Sc. - Dept. of Zool., Fac. of Sci., Univ. of Baroda, BARODA-2, India
a Liver, spleen and lymph gland regeneration. (Reptilia; Aves)
ATHERTON, R. W.; Ph.D. - Dept. of Zool.-Physiol., Univ. of Wyoming, Univ. Stat. Box 3166,
LARAMIE, Wyo. 82070, U.S.A.
ATKIN, I.; B.Sc. - Dept of Zool., Hebrew Univ., JERUSALEM, Israel
a The origin of gonocytes. Gallus spec. (Aves)
AUCLAIR, W.; Ph.D., Assoc. Prof. - Dept. of Biol., Sch. of Sci., Rensselaer Polytechn. Inst., TROY,
N.Y. 12181, U.S.A.
a Gene activation at fertilization or parthenogenetic activation. Mus musculus (Rodentia)
AUERBACH, R. ; Ph.D., Prof. - Dept. of Zool., Univ. of Wisconsin, 1 1 1 7 W. Johnson St., MADISON, WI
53706, U.S.A. ISDB
AUERSPERG, N.; M.D., Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Brit. Columbia,
VANCOUVER, B.C. V6T 1W5, Canada
a Interaction of cellular and environmental factors in tumor histogenesis in vitro. Homo sapiens
(Primates)
AYAKI, T.; M.S. - Dept. of Genet., Nagasaki Univ., 12-4, Sakamoto-machi, NAGASAKI, 852 Japan
a Radiation genetics (imaginal discs). Drosophila melanogaster (Diptera)
AYDELOTTE, Mrs. M.B.; Ph.D. - Dept. of Anat., Coll. of Med., Univ. of Iowa, IOWA-City, la. 52242,
U.S.A.
.i Influence of chemical teratogens on limbs developing in organ culture (chondrogenesis and early
osteogenesis). Mas musculus (Rodentia)
AYVAZ-ZADKH, Miss B. Dept. of Vet Anat., Western Coll. of Vet. Med., Univ. of Saskatchewan,
SASKATOON, Sask. S7N OVVO, Canada
a Development of male genital tract (pre- and postnatal). Canis domesticus (Carnivora)
AZAR (GEALLIA), Mrs. I.; M.Sc. Dept. of Zool., Hebrew Univ. of Jerusalem, JERUSALEM, Israel
a Autoradiography of eell migrations between epiblast and hypoblast, and their possible role in
embryonic differentiation. (Aves)
AZENCOT, M. - Bee Res. Lab., Dept. of Entomol., lac. of Agric, Hebrew Univ., P.O. Box 12,
Rl IIOVOT76 100, Israel
a Control of female dimorphism. Apis mellifera (Hymenoptera) (with Y. LENSKY)
AZIZ, F. K.; M.Sc. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey, ALEXANDRIA,
Egypt
a Restoration of hind limb regeneration by the use of various chemical and mechanical means.
Bufo regularis (Anura) (with M.I. MICHAEL)
AZOUBEL, R.; M.D., Ph.p., Prof. - Dept. de Morfol. Hum. Funct. e Aplic, Univ. de Sao Paulo, C.P.
301, RIBEIRAO PRETO, S.P., Brazil
a Malformations produced by cold after formation of the primitive streak. Gallus gallus (Aves)
b Hypervitaminoses during pregnancy. Rattus rattus (Rodentia)
BABA, S.; D.Sc, Prof. - Dept. of Biol., Konan Women's Univ., Morikita-cho, Higashinada, KOBE,
658 Japan
a Pre-pattern phenomenon of localization of enzymatic activity prior to the formation of wound
vessel member. Coleus blumei (Labiatae) (with L. W. ROBERTS)
b Effect of environment on morphogenesis of vascular elements. Same species as a (with L. W.
ROBERTS)
BACHOP, W. E.; Ph.D. - Dept. of Zool., Clemson Univ., CLEMSON, SC 29631, U.S.A.
BACHVAROVA, Mrs. R.; Ph.D. - Dept. of Anat., Med. Coll., Cornell Univ., 1300 York Ave., NEW
YORK, NY 10021, U.S.A.
a Ge'ne expression in oogenesis. Mus musculus (Rodentia)
b Maternal and embryonic control of early development. Same species as a
BADRAN, A. F.; M.D. - Inst, de Embriol., Biol, e Histol., Fac. de Cienc. Med., Univ. Nac. de La Plata,
60 y 120, LA PLATA, Argentina
BAGLIONI, C; M.D., Prof. - Dept. of Biol., Massachusetts Inst, of Technol., CAMBRIDGE, MA
02139, U.S.A. ISDB
BAGNARA, J. T.; Ph.D., Prof. - Dept. of Biol. Sci., Univ. of Arizona, TUCSON, Ariz. 85721,
U.S.A. ISDB
a Various aspects of the development and endocrinology of pigmentation. Many spp. (Amphibia)
b Ultrastructure of chromatophores. Same species as a
c Developmental physiology of xanthophores, erythrophores, and iridophores. Same species as a
d Neural crest: pattern formation on dorsal surface. (Anura)
BAGWELL, J.N.; Ph.D. - Dept. of Anat., Louisiana State Univ., 1542 Tulane Ave., NEW ORLEANS,
La. 70112, U.S.A.
a Size-age relationships and external morphology during development. Meriones unguiculatus
(Rodentia)
b The nature and timing of events during palatal closure. Same species as a
BAKER, J. R.; Ph.D., Assoc. Prof. - Dept. of Zool. and Entomol., Iowa State Univ., AMES, IA
50010, U.S.A.
BAKER, Mrs. P. C; Ph.D. - Dept. of Zool., Univ. of Calif., BERKELEY, CA 94720, U.S.A.
BAKER, R.F.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Univ. of South. Calif., University Park, LOS
ANGELES, Ca 90007, U.S.A.
a Developmental genetics and regulation of macromolecular synthesis. (Echinoidea)
BAKER, W. K.; Ph.D., Prof. - Dept. of Biol., Div. of Biol. Sci., Univ. of Chicago, 1101 E. 57th St.,
CHICAGO, IL 60637, U.S.A.
a Analysis of head development through use of clonal restrictions; somatic genetic analysis of
homeotic mutants affecting the head. Drosophila spec. (Diptera)
BAKSI, S.N.; Ph.D. - Natl. Inst, for Environm. Health Sci., N.I.H., P.O. Box 12233, RESEARCH
TRIANGLE PARK, N.C. 27709, U.S.A.
a Effect of dichlorvos (DDVP) on fetal and placental development in hypothyroid, hyperthyroid
and euthyroid animals. Rattus spec. (Rodentia)
BAL, A. K.; D.Phil., Assoc. Prof. - Dept. of Biol., Memorial Univ. of Newfoundland, ST. JOHN'S,
Nfld., Canada
a Ultrastructure of embryo cells and enzyme patterns during germination. Allium cepa (Liliaceae)
b Oogenesis. Strongylocentrotus drobachiensis (Echinoidea)
c Developmental studies on the retina of the rd mutant (ultrastructural localization of enzymes).
Mus musculus (Rodentia)
BALAKRISHNAN, S.; F.R.C.P., Prof. - Dept. of Pediat., Jawaharlal Inst, of Postgrad.. Med. Educ. and
Res., PONDICHERRY 605006, India
a Assessment of gestational age of the new-born. Homo sapiens (Primates)
b Recessive heritability of maternal non-disjunction in Down's syndrome. Same species as a
c Consanguinity and congenital anomalies. Same species as a
BALINSKY, B.I.; Dr. Biol., Prof. - Dept. of Zool., Univ. of the Witwatersrand, Milner Park,
JOHANNESBURG, S. Africa
BALLARD, W. W.; Ph.D., Prof. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755,
U.S.A. ISDB
10
a Morphogenetic movements in embryos. (Teleostei; Holostei; Chondrostei; Elasmobranchii)
b Monograph on developmental anatomy. Ambystoma spec. (Urodela)
BAND, R. N.; Ph.D., Prof. - Dept. of Zool., Coll. of Nat. Sci., Michigan State Univ., EAST LANSING,
Mich. 48824, U.S.A.
a Mechanism of cell-to-cell adhesion. Acanthamoeba castellanii (Rhizopoda)
b Divalent ion function in encystation. Same species as a
BANERJF.E, B.; Ph.D. - Dept. of Entomol., Tea Res. Assoc, Tocklai Exp. Stat., JORHAT-8, Assam,
India
BARBER, Mrs. M. L.; Ph.D., Assoc. Prof. - Dept. of Biol., Calif. State Univ., 18111 Nordhoff
St., NORTHRIDGE, Calif. 91324, U.S.A.
a Changes in lipids and enzymes in cell surface at fertilization (using cell ghosts). Strongy-
locentrotus purpuratus, Lytechinus pictus (Echinoidea)
b Effect of teratogenic agents on lipids and enzymes of cell surface in early development. Same
species as a
BARBIERI, F. D.; Dr. Biochem., Prof. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S. M.
de TUCUMAN, Argentina
a Chemical factors involved in fertilization: jelly coats and diffusible factors. Bufo arenarum
(An ura)
BARNARD, Mrs. S. B.; M. B., Ch.B. - Dept. of Anat., Univ. of the Orange Free State, P. O. Box 339,
BLOEMFONTEIN 9300, S. Africa
a Experimental cranial morphology. Gallus domesticus (Aves)
BARR, H. J.; Ph.D. - Center for Genet., Med Center, Univ. of Illinois, 1853 W. Polk St., CHICAGO.
ID. 60612, U.S.A. ISDB
a Developmental and cytogenetics including nucleolar cytology, chromosome replication patterns,
quinacrine staining and position effect variegation. Drosophila spec. (Diptera), Xenopus spec.
(Anura)
BARTELS, P. G.; Prof. - Dept. of Biol. Sci., Univ. of Arizona, TUCSON, Ariz. 85721, U.S.A. ISDB
a Developmental physiology, particularly chloroplast development. (Plantae)
b Cell division in roots. (Plantae)
BARTH, L. G.; Ph.D., Prof. - Marine Biol. Lab., Box 27, WOODS HOLE, MA 02543, U.S.A. ISDB
BARTH, Mrs. L. J.; Ph. D. - Marine Biol. Lab., Box 27 WOODS HOLE, MA 02543, U.S.A. ISDB
BATTLE, Miss H. I.; Ph.D., Prof. (Emer.) - Dept. of Zool., Univ. of W. Ontario, LONDON, Ont. N6A
3K7, Canada
BAVEJA, Miss R.; M.S., Prof. - Dept. of Obstet. and Gynecol., M. L. N. Med. CoU., ADahabad Univ.,
ALLAHABAD 1, India
a Histological, histochemical, and biochemical study of the oviduct. Homo sapiens (Primates)
BEALL, J.R.; Ph.D. - Schering Corp., P. O. Box 32, LAFAYETTE, N. J. 07848, U.S.A.
a Dominant lethal study of an antiandrogen drug. Rattus rattus (Rodentia)
b Changes in lipid metabolism during early development. Oryctolagus cuniculus (Lagomorpha)
BEAMS, H. W.; Ph.D., Prof. (Emer.) - Dept. of Zool., Univ. of Iowa, IOWA CITY, la. 52242, U.S.A.
a The effects of ultracentrifugation in dividing cells
b Scanning electron microscopy of early stages. Rana pipiens (Anura)
BEATTIE, W. G. - Biol. Div., Oak Ridge Natl. Lab., P. O. Box Y, OAK RIDGE, Tenn. 37830, U.S.A.
a Characterization of satellite DNAs. Pagurus pollicaris, Cardisoma guanhumi, Gecarcinus lateralis
(Decapoda, Crustacea) (With D. M. SKINNER)
BECERRA de GUZMAN, Mrs. M.; M. D. - Cat. de Embriol., Fac. de Med., Univ. de Los Andes,
MERIDA, Venezuela,
a Developmental failure (anomalies) of the hand. Homo sapiens (Primates)
BECKER, R. O.; M.D., Prof. - Dept. of Orthop. Surg., Upstate Med. Ctr., SYRACUSE, NY 13210,
U.S.A.
a Role of electrical phenomena (as part of the biological control system) in control of growth
processes
b Perineural cells (Schwann, glia): their electrical activity and function
BEEBE, D. C; Ph.D. - Lab. of Molec. Genet., Natl. Inst, of Child Health and Human Developm., Natl.
Inst, of Health, BETHESDA, Md. 20014, U.S.A.
a a-Crystallin and a-crystallin mRNA biosynthesis and regulation during embryonic development.
Gallus domesticus (Aves)
b Control of lens regeneration from the cornea in larva and adult (in vitro and in vivo). Xenopus
laevis (Anura)
BEHRMAN, S. J.; M.D., Prof. - Dept. of Obstet. and Gynecol., Center for Res. in Reprod. Biol., 1212
Women's Hosp., ANN ARBOR, Mich. 48104, U.S.A.
a Trophoblast: isolation and identification of placenta-specific protein (Primates)
b Leuco-alkaline-phosphatase and basophil estruations for the detection of ovulation. (Primates)
BEIG, D.; Ph.D. - Dept. de Morfol. Anim., Fac. de Filos., Ciena e Letras, C. P. 178, 13500 RIO
CLARO, S. P., Brazil
a Comparative study of sperm ultrastructure and spermiogenesis. (Echinodermata)
b Ultrastructure of the seminiferous tubules including spermiogenesis during post-embryonic devel-
opment. Trigona postica (Hymenoptera)
c Organogenesis and differentiation of the genital system (comparative study in 3 castes during
post-embryonic development). Same species as b
d Morphogenesis and functional development of corpora allata (including neurohormone produc-
tion). Same species as b
e Control of polymorphic development with special reference to environmental factors. Meliponini
spp. (Hymenoptera)
11
BELL, I .; I'll. I).. Prof. Dept. of Biol., Massachusetts Inst, of Tcchnol., 77 Massachusetts Ave.,
CAMBRIDI IE, MA 02139, U.S.A. ISDB
OR, Miss S.; Dr. - Dept. of Physiol., Hebrew Univ., Hadassah Med. Sch., P. O. Box 1172,
II RUSALEM, Israel ISDB
BENDER, H. A.; Ph.D., Prof. - Dept. of Biol., Univ. of Notre Dame, NOTRE DAME, Ind. 46556,
U.S.A.
a Phenogenetic studies of the ovarian tissue of female-sterile mutants. Drosophila melanogaster
(Dipteral
b Physiological genetics. Same species as a
c Genetics. Coelopa frigida (Diptera)
Bl NIRSCHKE, K.; M.D., Prof. Dept. of Obstet. and Gynecol., Univ. of Calif. San Diego, LA
JOLLA, Calif. 92037, U.S.A.
a Cytomegalovirus-infection of placenta. Homo sapiens (Primates)
b Placental pathology. Same species as a
c Cytogenetics. Same species as a
d Ovum transport and transplantation; chimerism. Mesocricetus auratus (Rodentia)
BENNETT, D.; Dr., Prof. Dept. of Anat., Med Coll., Cornell Univ., 1300 York Ave., NEW YORK,
N.Y. 10021, U.S.A.
a Effects of mutant genes on embryonic development. Mus musculus (Rodentia)
b Cell surface antigens in spermatogenesis and embryonic development. Same species as a
BENZO. C. A.; Ph.D. - Dept. of Anat., Upstate Med. Centre, State Univ. of New York, 766 Irving
Ave., SYRACUSE, N.Y. 13210 U.S.A.
a Development and control of glycogen metabolism in embryonic and neonatal liver. Gallus
domesticus (Aves)
b The role of hormones in the ultrastructural and biochemical development of embryonic liver in
organ culture. Same species as a
BER, A-; M.D., M.V.D., Prof. - Endocrinol. Unit of the Rogoff-Wellcome Med. Res. Inst., Beilinson
Hosp., PETAH-TIKVA, Israel
a Histone content of developing ovaries. Bos taurus (Artiodactyla)
BERESFORD, W. A.; D.Phil., Assoc. Prof. - Dept. of Anat., Med. Center, West Virginia Univ.,
MORGANTOWN, W. Va. 26506, U.S.A.
a The influence of hypervitaminosis A on the developing temporo-mandibular joint. Rattus
norvegicus (Rodentia)
b Fracture healing in the os priapi and mandible, and its response to castration or the administra-
tion of anabolic androgenic hormone. Same species as a
BERG, W. E.; Ph.D., Prof. - Dept. of Zool., Univ. of Calif., BERKELEY, Ca 94720, U.S.A. ISDB
BERGER, J. D.; Ph.D. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER, B. C. V6T 1W5,
Canada
a Nuclear differentiation, DNA synthesis and developmental genetics. Paramaecium aurelia (Ciliata)
b Developmental genetics of cell shape and the division process. Same species as a
BERGTROM, G.; Ph.D. - Biol. Sci. Group, Univ. of Connecticut, Box U-42, STORRS, Conn. 06268,
U.S.A.
a RNA synthesis in imaginal discs in response to ecdysones. Galleria mellonella (Lepidoptera)
b Hemoglobin synthesis (cytological hybridization). Chironomus spec. (Diptera)
BERLYN, G. P.; Ph.D., Assoc. Prof. - Greeley Mem. Lab., Sch. of Forest, and Environm. Studies,
Yale Univ., 370 Prospect St., NEW HAVEN, Conn. 06511, U.S.A.
no embryological work in progress
BERMAN (KRAMER), Mrs. B.; B.Sc. (Hons.) - Dept. of Anat., Med. Sch., Univ. of the Witwaters-
rand, Hospital St., Hillbrow, JOHANNESBURG, S. Africa
a Effects of actinomycin D on developing pigment cells. Xenopus laevis (Anura)
BERNFIELD, M. R.; M.D., Prof. - Dept. of Pediat., Stanford Univ., 300 Pasteur Drive, STANFORD,
Calif. 94305, U.S.A.
a Embryonic epithelia: synthesis of macromolecules (collagen, mucopolysaccharide, RNA,
enzymes) during inductive interactions in vitro. Mus musculus (Rodentia)
b Morphogenetic role of extracellular materials (collagen, mucopolysaccharide) during in vitro
development of salivary submandibular epithelia. Same species as a
c Cellular adhesion and recognition. Gallus domesticus (Aves)
BERNS, M. W.; Ph.D., Assoc. Prof. - Dept. of Developm. and Cell Biol., Univ. of California, IRVINE,
Calif. 92664, U.S.A.
a Laser microbeam irradiation of chromosomes and other subcellular structures in adult and
embryonic tissues. (Amphibia; Marsupialia; other Mammalia)
BERRILL, N. J.; Ph.D. - 410 Swarthmore Ave., SWARTHMORE, PA 19081, U.S.A. ISDB
BERRY, S. J.; Ph.D. - Dept. of Biol., Wesleyan Univ., MIDDLETOWN, Conn. 06457 U.S.A.
a Nucleic acid metabolism during differentiation (ultracentrifugation, gradient centrifugation, auto-
radiography, chromatography). Hyalophora cecropia (Lepidoptera)
b Endocrine control of differentiation (light and electron microscopy, autoradiography, organ
culture). (Saturniidae, Lepidoptera)
c RNA synthesis during oogenesis (autoradiography, electron microscopy, gradient centrifugation).
Various spp. (Lepidoptera)
d Protein synthesis in specialized organs (autoradiography, electron microscopy, gradient centrifu-
gation). Same species as a
e Morphogenesis in the CNS (light and electron microscopy, autoradiography, histochemistry,
enzyme assays). Same species as c
12
BERTALANFFY, F. D.; Ph.D., Prof. - Dept. of Anat., Univ. of Manitoba, 750 Bannatyne Ave.,
WINNIPEG, Man. R3E 0W3, Canada
a Rates of cell division of neoplastic populations. Rattus rattus, Mus musculus (Rodentia)
b Mitotic rates of regenerating liver parenchyma. Rattus rattus (Rodentia)
c Cell renewal and cytodynamics of normal cell populations. Same species as b
d Effects of cytosine arabinoside on cell development and proliferation. Same species as b
e Combined treatment of normal and malignant cell populations with cytosine arabinoside and
x-irradiation. Mus musculus (Rodentia)
BETCHAKU, T.; D.Sc. - Dept. of Biol., Osborn Mem. Labs., Yale Univ., NEW HAVEN, CT 06520,
U.S.A.
BETZ, T. W.; Ph.D., Assoc. Prof. - Dept. of Biol., Fac. of Sci., Carleton Univ., OTTAWA, Ont. K1Z
5B6, Canada
a Endocrine ontogenesis. Callus domesticus (Aves)
b Hormonal and other factors controlling differentiation of the duodenum, spleen, neural retina,
pars distalis, yolk sac, hatching and growth of the embryo. Same species as a
BEWLEY, J. D.; Ph.D. - Dept. of Biol., Univ. of Calgary, CALGARY, Alta. T2N 1N4, Canada
BHARGAVA, I.; D.Sc, Prof. - Dept. of Anat., Jundi Shapur Univ., Post Box 1059, AHWAZ, Iran
a Anatomy of fetal blood vessels on the chorial surface of the placenta in abnormal states of
pregnancy. Homo sapiens (Primates)
b Morphometry and stereology of fetal blood vessels of the placenta. Same species as a
c Recessive inheritance of nondisjunction. Same species as a
d Cytogenetic studies in developmental defects. Same species as a
e Quantitative study of the effect of sudden and gradual ischaemia on the seminiferous and
endocrine component of the testis. Mus musculus (Rodentia)
BIDDLE, F. G.; Ph.D. - Dept. of Biol., McGill Univ., P. O. Box 6070, MONTREAL, Que. H3C 3G1,
Canada
a Genetic control of the response variation to cleft palate-inducing teratogens in inbred strains. Mus
musculus (Rodentia)
b Biochemical mechanisms responsible for maternal protection against glucocorticoid induction of
cleft palate. Same species as a
BIEBER, S.; Ph.D. - Off. of the Provost, Fairleigh Dickinson Univ., 1000 River Rd., TEANECK, NJ
07666, U.S.A. ISDB
BIGGERS, J. D.; D.Sc, Ph.D., Prof. - Lab. of Human Reprod. and Reprod. Biol., Harvard Med. Sch.,
45 Shattuck St., BOSTON, Mass. 02 1 15, U.S.A.
a Culture and metabolism of eggs. (Mammalia)
b Oocyte maturation. (Asteroidea), Homo sapiens and other spp. (Mammalia)
c Blastocyst formation. Mus musculus (Rodentia), Oryctolagus cuniculus (Lagomorpha)
d Ionic environment of the early embryo. Same species as c
BILQEES, Mrs. F. M.; Ph.D. - Dept. of Zool., School of Parasitol., Univ. of Karachi, KARACHI 32,
Pakistan
a Segmentation (= fragmentation), asexual multiplication, and regeneration in adults. Cameronia
gen. nov., Segmentatum gen. nov. (Stomachicolinae, Hemiuridae, Trematoda)
b Experiments on the life cycle and pathology. Clinostomum spp., Euclinostomum spp. (Trema-
toda)
c Larvae in fish hosts: development, morphology and pathogenesis. Porrocaecum spec, Contra-
caecum spec, and other spp. (Nematoda), Bothriocephalus spec, Acanthobathrium spec, and
other spp. (Cestoda)
BINNS, W.; Dr. - Anim. Dis. and Parasite Res. Div., Agric Res. Serv., 1150 E. 14th N., LOGAN, Utah
84321, U.S.A.
a Experimental teratology, (with M. M. BRYDEN, Sydney and H. EVANS, Ithaca, N.Y.)
BIRGE, W. J.; Ph.D., Prof. - Sect, on Regulat. and Developm. Biol., Sch. of Biol. Sci., Univ. of
Kentucky, Funkhouser Bldg., Rm 104, LEXINGTON, KY 40506, USA ISDB
a Structural and functional differentiation of the blood-brain barrier in the embryo. Gallus
domesticus (Aves)
b Effects of environmental contaminants, particularly heavy metals, upon embryogenesis and
reproductive potential. Salmo gairdneri, Ictalurus punctatus, Carassius auratus (Teleostei), Rana
pipiens (Anura), Gallus domesticus (Aves)
BIRKY, C. W., Jr.; Ph.D. - Dept. of Genet., Ohio State Univ., 1735 Neil Ave., COLUMBUS, Ohio
43210. U.S.A. ISDB
a Developmental polymorphism induced by environmental factors: comparative studies of stocks
from different countries. Asplanchna spec. (Rotifera)
BISHOP, D. W.; Ph.D., Prof. - Dept. of Physiol., Med. Coll. of Ohio, P. O. Box 6190, TOLEDO, OH
43614, U.S.A. ISDB
BISHOP (CALAME), Mrs. S. M.; Lic.es Sci. - address unknown ISDB
BLACK, R. E.; Ph.D., Prof. - Dept. of Biol., Coll. of William and Mary, WILLIAMSBURG, Va.
23185, U.S.A. ISDB
a Tracer studies of metabolic pathways in embryos. Chrysaora quinquecirrha (Scyphozoa), Arbacia
punctulata (Echinoidea)
b Development of enzymes in embryos. Same spenies as a
BLACKLER, A. W.; Ph.D., Prof. - Sect of Ge. ;t., Developm., and Physiol., Div. of Biol. Sci.,
Emerson Hall, ITHACA, NY 14850, U.S.A. ISDB
BLAKE, J. A.; Ph.D. - Pacif. Mar. Stat., Univ. of the Pacific, DILLON BEACH, CA 94929, U.S.A.
BLOCH, D. P.; Ph.D., Prof. - Bot. Dept. and Cell Res. Inst., Univ. of Texas, AUSTIN, TX 78712,
U.S.A. ISDB
13
BLONDHEIM, Mrs. S. A.; M.Sc. - Dept. of Entomol., Hebrew Univ., JERUSALEM, Israel
a Embryonic development of hybrids. Dociostaurus genei x D. curvicercus (Acrididae, Orthopte-
ra)
BLOOM, S. E.; Ph.D. Dept. of Poultry Sci., N.Y. State Coll. of Agric. at Cornell Univ., 214 Rice
Hall, ITHACA, N.Y. 14850, U.S.A.
a The morphology, cytology and etiology of haploid, triploid, trisomic, and tetraploid embryos,
especially determination if production of chromosomal abnormalities is under genetic control.
Gallus domesticus (Aves)
b Cytology, development, and reproductive performance of mitotic mutants, especially the effects
of age and sex on the development of binucleated erythrocytes. Meleagris gallopavo (Aves)
BLOUNT, R. F.; Ph.D., Prof. - Dept. of Anat., Med. Branch, Univ. of Texas, GALVESTON, Tex.
77550, U.S.A. 1SDB
a Morphological changes in kidney during development and aging. Mus musculus (Rodentia)
BODE, H. R.; Ph.D. - Dept. of Developm. and Cell Biol., Univ. of California, IRVINE, Calif. 92664,
U.S.A.
a Regulation of interstitial cell differentiation into the four types of nematocytes. Hydra spec.
(Hydrozoa)
BODEMER, C. W.; Ph.D. - Dept. of Biomed. Hist., School of Med., Univ. of Washington, SEATTLE,
Wash. 98105, U.S.A. ISDB
a History of embryology, 1600 - 1900.
BODENSTEIN, D.; Ph.D., Prof. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHARLOTTES-
VILLE, Va. 22903, U.S.A.
a Intergeneric grafts of organ discs. (Diptera)
b The role of the prothoracic gland in postembryonic development. Periplaneta americana (Blatta-
riae)
BOELL, E. J.; Ph.D., D.Sc, Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN,
Conn. 06520, U.S.A. ISDB
a Changes in enzymatic activity of embryonic tissues during growth and differentiation. (Amphi-
bia; Aves)
b Mitochondrial differentiation during pre- and post-partum development. Mus musculus
(Rodentia)
c Enzyme activity in uterine tissues during implantation and decidua formation. Same species as b
BOLLUM, F. J.; Dr., Prof. - Dept. of Biochem., Med. Ctr., Univ. of Kentucky, LEXINGTON, KY
40506, U.S.A.
BONNER, J. T.; Ph.D., Prof. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, U.S.A. ISDB
BONNY PILO; Dr. - Dept. of Zool., Fac. of Sci., M. S. Univ. of Baroda, BARODA-2, India
a Liver, spleen and lymph gland regeneration. (Reptilia; Aves)
BOONE, M. A.; Ph.D., Prof. - Poultry Sci. Dept., Coll. of Agric, Clemson Univ., CLEMSON, S. C.
29631, U.S.A.
a Ultrastructure of spermatozoa. Gallus domesticus, Meleagris gallopavo (Aves)
b Effect of high ambient temperature on semen and egg production. Gallus domesticus (Aves)
c Development of drug bio-assay system by growing embryos in beakers. Same species as b.
BORACK, L. I.; Ph.D., Assoc. Prof. - Dept. of Zool. and Physiol., Rutgers Univ., 195 University Ave.,
NEWARK, N. J. 07102, U.S.A.
a Developmental genetics of the enzymes of glucuronate metabolism. Drosophila melanogaster
(Diptera)
BOROJEVIC, R.; Sc.D. - Fundation Gonealo Muniz, SALVADOR, Brasil
a Developmental physiology. Schistosoma mansoni (Trematoda)
BORSTEL, R. C. von; Ph.D. - Biol. Div., Oak Ridge Natl. Lab., P. O. Box Y, OAK RIDGE, TN
37830, U.S.A.
BOVARNICK, J. G.; Ph.D. - Dept. of Anat., Med. Coll., Cornell Univ., 1300 York Ave., NEW YORK
NY 10021, U.S.A.
a Cell surface antigens in spermatogenesis and embryonic development. Mus musculus (Rodentia)
BOVING, B. G.; M.D. - Dept. of Anat., Wayne State Univ., 540 E. Canfield, DETROIT, MI 48201,
U.S.A. ISDB
a Blastocyst spacing, orientation and implantation mechanisms. Oryctolagus cuniculus (Lago-
morpha)
b Relation of trophoblast invasion to blood vessels underlying uterine epithelium, and the anatomi-
cal, mechanical, and chemical basis for it. Same species as a
c Identification and function of non-cellular blastocyst coverings. Same species as a
d Structure and function of trophoblast knobs. Same species as a
BOWEN, Mrs. S. T.; Ph.D., Prof. - Dept. of Cell and Molec. Biol., Sch. of Nat. Sci., San Francisco
State Coll., SAN FRANCISCO, CA 94132, U.S.A.
BOWNES, Ms. M.; D.Phil. - Center for Pathobiol., Univ. of California, IRVINE, Calif. 92664, U.S.A.
a Cytoplasmic and nuclear transplantation to identify the factors responsible for maintenance and
propagation of the determined and differentiated states in somatic cells. Drosophila melanogaster
(Diptera)
b Analysis of the determined state of blastoderm cells by thermocautery of specific regions of the
blastoderm. Same species as a
BRANDT, W. H.; Ph.D., Assoc. Prof. - Dept. of Bot. and Plant Pathol., Oregon State Univ.,
CORVALLIS, OR 97331, U.S.A.
BRAT, MissC; M.Sc. - Dept. of Zool., Univ. of Gorakhpur, GORAKHPUR 273001, India
a Embryonic development. Sarcophaga ruficornis (Diptera) (with H. S. CHAUDHRY)
14
BRAUN, A. C; Ph.D., Prof. - Lab. of Plant Biol., Rockefeller Univ., 66th St. and York Ave., NEW
YORK, N.Y. 10021, U.S.A. ISDB
BRAVERMAN, M. H.; Ph.D. - Cell and Radiat. Biol. Labs., Allegheny Gen. Hosp., 320 E. North Ave.,
PITTSBURGH, PA 15212, U.S.A.
BRESSLER, R. S.; Ph.D. - Dept. of Anat, Mount Sinai Sch. of Med., City Univ. of New York, Fifth
Ave. and 100th St., NEW YORK, N.Y. 10029, U.S.A.
a Postnatal development of testis cell types and function; role of hormones; initiation of spermato-
genesis. Mus musculus, Rattus spec. (Rodentia), Homo sapiens (Primates)
b Postnatal development of adult-type secretion in submandibular gland; effects of isoproterenol
on precocious appearance of adult proteins (gel electrophoresis). Rattus spec. (Rodentia)
BRICK, I.; Ph.D., Prof. - Biol. Dept., New York Univ., Washington Square, NEW YORK, N.Y. 10003,
U.S.A.
a Genetic control of cell surfaces in the development of pigment pattern. Ambystoma mexicanum
(Urodela)
b Analysis of melanophore determination at the molecular level. Same species as a
c Quantitative cell adhesion studies in the gastrula. Rana pipiens (Anura)
d Electrokinetics and time-lapse cinephotography of somatopleure and neural crest cells. Same
species as a
e Cell surface specializations of presumptive germ layer cells of blastula and gastrula stages
(scanning and transmission E. M.). Rana pipiens, Xenopus laevis (Anura)
f Hypoblast formation. Gallus gallus (Aves)
BRINCK-JOHNSEN, T.; Ph.D., Assoc. Prof. - Dept. of Pathol., Dartmouth Med. Sch., HANOVER
NH 03755, U.S.A.
BRINSTER, R. L.; V.M.D., Ph.D., Prof. - Lab. of Reprod. Physiol., Dept. of Anim. Biol., Sch. of Vet.
Med., Univ. of Pennsylvania, 530 Lippincott Bldg., 25th & Locust Sts., PHILADELPHIA, Pa.
19103, U.S.A.
a Differentiation in early embryos. Mus musculus and other spp. (Mammalia)
BRODY, S.; Ph.D. - Dept. of Biol., Univ. of California, San Diego, P. O. Box 109, LA JOLLA, Calif.
92037, U.S.A.
a Developmental genetics. Neurospora crassa (Ascomycetes)
b Biochemical mechanisms in morphogenesis. Same species as a
BROMLEY, S. C; Ph.D., Assoc. Prof. - Dept. of Zool., Coll. of Nat. Sci., Mich. State Univ., EAST
LANSING, Mich. 48824, U.S.A.
a Hormonal and neural influences in limb regeneration. Notophthalmus viridescens and other spp
(Urodela)
BROOKBANK, J. W.; Ph.D., Prof. - Dept. of Zool., Univ. of Florida, GAINESVILLE, Fla. 32611,
U.S.A.
a DNA synthesis in hybrid embryos with emphasis on low and high temperature effects on parent
type and hybrid embryos. Lytechinus variegatus, Strongylocentrotus purpuratus (reciprocal
crosses) (Echinoidea)
b Effect of D histidine (and D lysine) on primary mesenchyme. (Echinoidea)
BROOKS, Miss M. A.; Ph.D., Assoc. Prof. - Dept. of Entomol., Fish, and Wildlife, Univ. of Minnesota,
ST. PAUL, MN 55101, U.S.A.
BROWDER, L. W.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Calgary, CALGARY, Alta. T2N 1N4,
Canada
a Transcription and translation during oogenesis and early development: temporal and spatial
patterns of information processing. Drosophila melanogaster (Diptera), Rana pipiens, Xenopus
laevis (Anura), Oryctolagus cuniculus (Lagomorpha)
BROWN, D. D.; M.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A. ISDB
also: Dept. of Biol., Johns Hopkins Univ., Charles and 34th Sts., BALTIMORE, Md. 21218
U.S.A.
a Structure, evolution and fidelity of transcription of isolated ribosomal RNA genes. Xenopus
laevis, X. mulleri (Anura) (with R. D. BROWN)
b Isolation of silk genes. Bombyx mori (Lepidoptera) (with (with J. F. MORROW)
BROWN, E. H.; Ph.D., Assoc. Prof. - Provis. Dept. of Genet, and Developm., Univ. of Illinois, 515
Morrill Hall, URBANA, IL 6 1801, USA
a Genetic and cytological aspects of oogenesis. Drosophila melanogaster (Diptera)
BROWN, I. R.;Ph.D. - Dept. of Zool., Univ. of Toronto, TORONTO, M5S 1A1 Ont., Canada
a Transcription of non-repeated DNA in development (intracellular location ot non-repeated
transcripts and mRNA polyadenylation in neural tissue). Oryctolagus cuniculus (Lagomorpha)
BROWN, K. S.; M.D. - Developm. Genet. Sect., Natl. Inst, of Dent. Res., Natl. Inst, of Health, Bldg.
30, Rm 106, BETHESDA, Md. 20014, U.S.A.
a Developmental genetics of craniofacial malformations: cleft lip and palate, cleft palate, open eye,
and cranioschtsis (mendelian traits and some threshold characters). Mus musculus (Rodentia)
b Modification of spontaneous malformation rates in inbred strains by environmental manipula-
tion, diet, hormones or teratogens. Same species as a
BROWN, R. D.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A.
a Sequence studies of the spacer regions adjoining the 5S gene in 5S DNA. Xenopus laevis (Anura)
b Structure, evolution and fidelity of transcription of isolated ribosomal RNA genes. Xenopus
laevis, X. raulleri (Anura) (with D. D. BROWN)
BROWN, T. T, Jr.; D.V.M., Ph.D. - Dept. of Pathol., Sch. of Med., Johns Hopkins Univ., 601 N.
Broadway, BALTIMORE, Md. 21205, U.S.A.
15
a Teratogenic effect of the bovine viral diarrhea virus, especially on cerebellum and eye (immu-
nology). Bos taurus (Artiodactyla), Mus musculus, Cricetulus migratorius (Rodentia)
BRUMMETT, Miss A. R.; Ph.D., Prof. - Dept. of Biol., Coll. of Arts and Sci., Oberlin Coll.,
OBERLIN, Ohio 44074, U.S.A.
a Biochemical changes concomitant with differentiation in the developing embryo. Fundulus
heteroclitus (Teleostei)
b Ultrastructural changes in the surface membrane of developing oocytes (localization of anionic
and cationic sites on the membrane by electron microscopy). Xenopus laevis (Anura) Fundulus
heteroclitus (Teleostei)
BRUST, R. A.; Ph.D., Prof. - Dept. of Entomol., Fac. of Agric, Univ. of Manitoba, WINNIPEG, Man.
R3T 2N2, Canada
a Effect of photoperiod and temperature on the induction and termination of diapause in larvae
and embryos. Wyeomyia smithii, Aedes atropalpus (Culicidae, Diptera)
BRYAN, J. H. D.; Ph.D., Prof. - Dept. of Zool., Univ. of Georgia, ATHENS, Ga. 30602, U.S.A.
a Cytochemistry of gamete formation. Mus musculus (Rodentia)
b Differentiation of spermatozoa in mutants (light- and electron microscopy). Same species as a
c Histological and cytochemical studies of the brain during development of hydrocephaly in
neonatal mutans. Same species as a
d Histological and ultrastructural studies of developing defective incisor teeth in neonatal mutants.
Same species as a
e Development of mutant tissue transplanted to tolerant wild-type hosts (emphasis on spermato-
genesis in tissue from male-sterile mutants). Same species as a
BRYAN, J. K.; Ph.D., Assoc. Prof. - Dept. of Biol., Syracuse Univ., 130 College Place, SYRACUSE,
N.Y. 13210, U.S.A.
a The mechanism of action of natural amino acids in the control of growth and development;
inhibition of growth by lysine and threonine and its prevention by methionine. Marchantia
polymorpha (Hepaticae)
b Changing patterns of enzyme regulation during growth of seedlings. Zea mays (Gramineae)
BRYANT, P. J.; Ph.D. - Center for Pathobiol., Univ. of California, IRVINE, Calif. 92664, U.S.A.
a Regeneration and duplication in imaginal discs. Drosophila melanogaster (Diptera) ISQB
b Ultrastructure of imaginal discs. Same species as a
c Cell death in imaginal discs. Same species as a
BRYANT (POYNTZ), Mrs. S.V.; Ph.D. - Dept. of Developm. and Cell Biol., Univ. of California,
IRVINE, Calif. 92664, U.S.A.
a Regulation, determination, and redifferentiation within young blastemas. Triturus viridescens
(Urodela)
b Polarity in tail regeneration. Anolis carolinensis (Lacertilia)
BRYDEN, M. M.; Ph.D., D.V.M. - Sch. of Anat., Univ. of Queensland, St. Lucia, BRISBANE, Qld.
4067, Australia
a Prenatal and postnatal development. Antarctic spp. (Pinnipedia)
b General embryology. Ovis aries (Artiodactyla)
c Experimental teratology, (with H. EVANS, Ithaca, N. Y. and W. BINNS, Logan, Utah)
BOHLER, Miss M. I.; Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S. M. de
TUCUMAN, Argentina
a Metabolism and oocyte maturation. Bufo arenarum (Anura)
BURCHILL, B. R.; Ph.D. - Dept. of Physiol, and Cell Biol., Univ. of Kansas, LAWRENCE, KS
66044, U.S.A.
BURDA (WILSON), Mrs. D. J.; Ph.D. - Dept. of Human Anat., Univ. of Calif. Med. Sch., DAVIS, CA
95616, U.S.A.
BURDI, A. R.; Ph.D., Assoc. Prof. - Dept. of Anat., Med. School, Univ. of Michigan, Med. Sci. Bldg.
II, ANN ARBOR, Mich. 48104, U.S.A.
a Variabilities and polymorphisms in prenatal dental development. Homo sapiens (Primates)
b Sexual dimorphisms in facial embryogenesis. Same species as a
c Prenatal growth patterns of head and face. Same species as a
d Effects of hypoxia on facial development. (Mammalia)
e Tissue interactions during early development of the skull. Gallus domesticus (Aves)
f Confirming the teratologic model: developmental parallelisms between man and monkey. Macaca
nemestrina, Homo sapiens (Primates)
BURDICK, M. L.; Ph.D. - Dept. of Biol. Sci., Florida State Univ., TALLAHASSEE, FL 32306,
U.S.A.
BURDON-JONES, C; Ph.D., Prof. - Depts. of Marine Sci., Botany and Zool., James Cook Univ. of
North Queensland, P. O. Box 999, TOWNSVILLE, Qld. 4811, Australia ISDB
a Development and regeneration. Rhabdopleura normani, Cephalodiscus spec, and other spp.
(Pterobranchiata, Hemichordata)
BURNS, R. K.; Ph.D. - 303 N. Second St., BRIDGEWATER, VA 22812, U.S.A. ISDB
BURNSIDE, Miss M. B.; Ph.D. - Dept. of Anat., Med. Sch., Univ. of Pennsylvania, PHILADELPHIA,
PA 19174, U.S.A.
BURTON, A. L.; M.D., Prof. - Dept. of Anat., Health Sci. Center, Univ. of Texas, 7703 Floyd Curl
Drive, SAN ANTONIO, Tex. 78284, U.S.A.
a Development of mast cells in embryonic skin. Rattus norvegicus (Rodentia)
BUSS, E. G.; Ph.D., Prof. - Dept. of Poultry Sci., Pennsylvania State Univ., 203 Anim. Industr. Bldg.,
UNIVERSITY PARK, PA 16802, U.S.A.
BUTLER, E. G. t Prof. (Emer.) - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, U.S.A.
16
BUTLER, H.; M.D., B.Chir. - Dept. of Anat., Univ. of Saskatchewan, SASKATOON, Sask. S7N0W0,
Canada
a Reproductive cycle, implantation, placentation and early embryology. Galago s. senegalensis
(Primates)
b The effect of thalidomide. Galago crassicaudatus (Primates)
BUTLER, W.L.; Ph.D., Prof. - Dept. of Biol., Univ. of California, San Diego, P. O. Box 109, LA
JOLLA, Calif. 92037, U.S.A.
a Mechanism of phytochrome action in development. (Spermatophyta)
b Photosynthesis and the development of the photosynthetic apparatus. (Spermatophyta)
c Photocontrol mechanisms of cellular metabolism and development. (Bacteria; Plantae; Animalia)
BUTROS, J. M.; Ph.D., Prof. - Biol. Dept., American Univ. of Beirut, BEIRUT, Lebanon ISDB
a Action of spermine on blood cells and cell division. Gallus domesticus (Aves)
BUTTERWORTH, F. M.; Ph. D., Assoc. Prof. - Dept. of Biol. Sci., Oakland Univ., ROCHESTER,
Mich. 48063, U.S.A.
a The hormonal and genetic control of development and reproduction of the adipose tissue on the
cellular and biochemical level (microsurgery, transplantation, cytology, biochemistry). Droso-
phila melanogaster (Diptera)
b The role of the internal environment and of development of lysosomes on rate of programmed
cell death of the larval fat body. Drosophila spec. (Diptera)
c Ecdysone-protein complexes in blood and specific tissues. Drosophila hydei (Diptera)
d Biochemistry of male lipid and ultrastructure of male-sterile mutants. Same species as c
BUTZEL, H. M., Jr.; Ph.D., Prof. - Dept. of Biol. Sci., Union Coll., SCHENECTADY, NY 12308
U.S.A.
BYRD, E. W., Jr. - Marine Biol. Res. Div., Scripps Inst, of Oceanogr., Univ. of Calif., San Diego, P. O.
Box 1529, LA JOLLA, Calif. 92037, U.S.A.
a Biochemistry of fertilization, particularly activation of enzymes at fertilization. Strongylocen-
trotus purpuratus and other marine spp. (Invertebrata)
b Histone phosphorylation and modification during the cell cycle and spermatogenesis. Xenopus
spec, Bufo spec, Rana spec. (Anura), Strongylocentrotus purpuratus (Echinoidea)
CABADA, M. O.; Biochem. - Inst, de Biol., Univ. Nac de Tucuman, Chacabuco 461, S. M. de
TUCUMAN, Argentina
a Chemical factors involved in fertilization: testicular factors, jelly coats. Bufo arenarum (Anura)
b Acrosome proteinases: release and attack of vitelline membrane. Leptodactylus chaquensis, Bufo
arenarum (Anura)
c Fertilization membrane formation: chemical and immunological approaches. Same species as a
CAHN, R. D.; Dr. - Dept. of Zool., Univ. of Washington, SEATTLE, WA 98105, U.S.A. ISDB
CAIRNS, J. M; Ph.D. - Springville Labs., Roswell Park Mem. Inst., SPRINGVILLE, N.Y. 14141,
U.S.A. ISDB
a Mechanisms controlling growth in wing buds. Gallus domesticus, Coturnix c japonica, Cairina
moschata (Aves)
b Changes in cell cycle, size, motility, and adhesivity in wing mesoderm responding to the
ectodermal ridge factor. Same species as a
CALABRESE, A.; Ph.D. - Biol. Lab., Natl. Marine Fish. Serv., Middle Atlantic Coastal Fish. Ctr., 212
Rogers Ave., MILFORD, Conn. 06460, U.S.A.
a Effects of heavy metal on developing embryos. Spisula solidissima, Mulinia lateralis, Mercenaria
mercenaria, Crassostrea virginica (Lameilibranchia)
CALARCO (GILLAM), Mrs. P. D.; Ph.D. - Dept. of Anat. and Pediat., Univ. of Calif., SAN
FRANCISCO, CA 94122, U.S.A.
CALVET, J.; M.A. - Biol. Sci. Group, Univ. of Connecticut, Box U-42, STORRS, Conn. 06268,
U.S.A.
a DNA sequence organization and replication in polytene chromosomes (DNA reassociation kine-
tics, in situ hybridization). Chironomus spec, Drosophila spec. (Diptera)
CAMARGO, Miss C. A.; M.Sc - Dept. de Genet., Fac de Med., Univ. de Sao Paulo, C. P. 301, 14100
RIBEIRAO PRETO, Brazil
a Sex and caste determination. Scaptotrigona postica (Apidae, Hymenoptera)
b Production of diploid males. Melipona quadrifasciata (Apidae, Hymenoptera)
CAMERON, I. L.; Ph.D., Assoc. Prof. - Dept. of Anat., Health Sci. Center, Univ. of Texas, 7703
Floyd Curl Drive, SAN ANTONIO, Tex. 78284, U.S.A.
a Synchronous cell differentiation. Tetrahymena vorax (Ciliata)
b Cell proliferation and differentiation. Gallus gallus (Aves)
c Cell homing. Same species as b
d Patterns in development. Same species as b
CAMPBELL, R. D.; Ph.D., Assoc. Prof. - Dept. of Developm. and Cell Biol., Univ. of Calif., IRVINE,
Calif. 92664, U.S.A.
a Morphogenesis: relations between movements, adhesions, and shapes of epithelial cells, and the
animal shapes they produce. Hydra littoralis (Hydrozoa)
b Cell cycle kinetics: determination of the durations of cell cycles, DNA synthesis, Gl- and
G2-phases, and relating these to cell turnover rates during normal growth. Hydra attenuata
(Hydrozoa)
CANNON, M. S.; Ph.D. - Dept. of Anat., Med. Sch., Univ. of Texas, GALVESTON, TX 77550,
U.S.A.
CANTINO, E. C; Ph.D. - Dept. of Bot. and Plant Pathol., Michigan State Univ., Rm 242 Plant Biol.
Bldg., EAST LANSING, Mich. 48823, U.S.A. ISDB
17
a Relation between biochemical and morphological differentiation. Blastocladiella emersonii, B.
britannica (Phy corny cotes)
b Relation between changes in fine structure and germination in motile cells and associated
biochemical differentiation. Same species as a.
c Cell-organelle interactions in motile cells, especially the role of the DNA-containing gamma
particles in encystment. Same species as a
d Isolation and characterization of the 'side-body' components in motile cells and their roles in cell
activity and encystment. Blastocladiella emersonii (Phycomycetes)
CAPLAN, A. I.; Dr. - Biol. Dept., Developm. Biol. Ctr., Case Western Reserve Univ., CLEVELAND,
OH 44106, USA ISDB
CARELL, E. F.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Pittsburgh, PITTSBURGH, PA 15213,
U.S.A.
CARLSON, B. M.; M.D., Ph.D. - Dept. of Anat., Univ. of Michigan, 4622 Med. Sci. Bldg. II, ANN
ARBOR, Mich. 48104, U.S.A.
a Supernumerary limb formation. Triturus viridescens, Ambystoma mexicanum (Urodela)
b Minced muscle regeneration. Ambystoma mexicanum (Urodela), Rana spec. (Anura), Rattus
norvegicus (Rodentia)
c Muscle and limb morphogenesis in regenerates. Same species as a
d Regeneration and transplantation of denervated muscles. Rattus norvegicus (Rodentia) (with E.
GUTMANN, Praha)
e Morphogenesis of embryonic limb muscles. Ambystoma mexicanum (Urodela) (with M. GRIM,
Praha)
CARMONA de UZCATEGUI, Mrs. M. L.; Dr.Biol. - Cat. de Embriol., Fac. de Med., Univ. de Los
Andes, MERIDA, Venezuela
a Development of the vascular system, especially of the skin and its orifices (injection-preparations).
Sus domesticus (Artiodactyla), Canis familiaris (Carnivora), Homo sapiens (Primates)
b Developmental pathology of the skeletal system. Homo sapiens (Primates)
c Teratogenesis of craniofacial defects. Same species as b
CARPENTER, S. J.; Ph.D., Assoc. Prof. - Dept. of Anat., Dartmouth Med. School, HANOVER,
N.H. 03755, U.S.A.
a Early histogenesis of placental ultrastructure. Mesocricetus auratus (Rodentia)
b Teratogenic effects of heavy metals and viruses, electron microscopy. Same species as a
CARR, D. H.; Ph.D., Prof. - Dept. of Anat., Fac. of Med., McMaster Univ., HAMILTON, Ont. L8S
4J9, Canada
CARROLL, E. J., Jr.; Ph.D. - Marine Biol. Res. Div., Scripps Inst, of Oceanogr., Univ. of Calif., San
Diego, P. O. Box 1529, LA JOLLA, Calif. 92037, U.S.A.
a Biochemistry of fertilization: block to polyspermy, protease enzymology. Strongylocentrotus
purpuratus (Echinoidea)
b Control of enzyme systems in developmental processes. Strongylocentrotus purpuratus, Dendras-
ter exentricus (Echinoidea)
CASPARI, E. W.; Ph.D., Prof. - Dept. of Biol., Coll. of Arts and Sci., Univ. of Rochester,
ROCHESTER, NY 14627, U.S.A. ISDB
CASSENS, R. G.; Ph.D., Prof. - 272 Muscle Biol. Lab., Univ. of Wisconsin, 1805 Linden Drive,
MADISON, Wis. 53706, U.S.A.
a Myogenesis and influence of nerve on development of fiber types. (Mammalia)
CASSIDY, J. D., O. P.; Ph.D. - Dept. of Biol. Sci., Northwestern Univ., EVANSTON, IL 60201,
U.S.A.
CASTON, J. D.; Ph.D., Assoc. Prof. - Dept. of Anat., Developm. Biol. Center, Case Western Reserve
Univ., 2119 Abington Rd., CLEVELAND, Ohio 44106, U.S.A.
a Nucleic acids and protein synthesis during development (ribosomes). Rana pipiens, Xenopus
laevis (Anura)
CATHER, J. N.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Michigan, ANN ARBOR, Mich. 48104,
U.S.A.
a The differentiation of the shell gland. Ilyanassa obsoleta and other spp. (Gastropoda; Lamelli-
branchia)
b Cellular interactions. (Annelida, Mollusca and other Spiralia)
c The role of the vegetal body in the development of fresh- water species. Bithynia tentaculata and
other spp. (Gastropoda)
CAUNA, N.; M.D., D.Sc, Prof. - Dept. of Anat. and Cell Biol., Univ. of Pittsburgh, 3550 Terrace St.,
PITTSBURGH, PA 15213, U.S.A.
CAUNTER (DEVIS), Mrs. R. J.; M.Sc. - Dept. of Zool., Univ. of the Witwatersrand, Milner Park,
JOHANNESBURG, S. Africa
CAVE. M. D.; Ph.D. - Dept. of Anat. and Cell Biol., Univ. of Pittsburgh, 3550 Terrace St.,
PITTSBURGH, PA 15213, U.S.A.
also: Dept. of Anat., Med. Sch., Univ. of Arkansas, LITTLE ROCK, AR 72201, U.S.A.
CAVENAGHI, Mrs. T. M. C. MELUCCI; Prof. - Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of
Minas Gerais, Rua Carangola 288 — 4° andar, C. P. 253, BELO HORIZONTE, M.G., Brazil
a Cytogenetics, cytophotometry, DNA content. Peripatus acacioi (Onychophora)
b Quantitative cytology. Salpa democratica (Thaliacea)
CAVENEY, S.; Dr.Phil. - Dept. of Zool., Univ. of W. Ontario, LONDON, Ont. N6A 3K7, Canada
a Pattern formation during postembryonic growth: establishment, stability and regulation of
polarity in the epidermis. Tenebrio molitor (Coleoptera)
b Developmental physiology of the epidermis, with emphasis on the electrophysiology of intercel-
lular communication during metamorphosis. Same species as a
18
CEBRA, J. J.; Ph.D., Prof. - Dept. of Biol., Johns Hopkins Univ., Charles and 34th Sts., BALTI-
MORE, MD 21218, U.S.A.
CERON, G.; Ph.D. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADELPHIA, Pa.
19107, U.S.A.
a Control of cell interactions during morphogenesis. Hydra littoralis (Hydrozoa)
b Cell reaggregation as a model system for studying teratogenic action of drugs. Same species as a
CHALLICE, C. E.; Ph.D., Prof. - Dept. of Physics, Fac. of Arts & Sci., Univ. of Calgary, CALGARY
T2N 1N4 Alia,, Canada
a Electron microscopy of the heart in development. Mus musculus (Rodentia), Oryctolagus
cuniculus (Lagomorpha)
CHAMBERLAIN, J. G.; Ph.D. - Dept. of Anat., Sch. of Dent., Univ. of the Pacific, SAN FRAN-
CISCO, Calif. 94115, U.S.A.
a Pathogenesis of experimentally induced congenital hydrocephalus: 6-aminonicotinamide injected
during pregnancy. Rattus rattus (Rodentia)
b Intra-amniotic injections of metabolites and antimetabolites as replacement therapy during
teratogenesis. Same species as a
c Scanning electron microscopy of developing brain (including macrophages). Same species as a
CHAMBERLAIN, J. P.; Ph.D., Prof. - Dept. of Zool., Univ. of Michigan, ANN ARBOR, Mich 48104
U.S.A.
a The regulation of gene transcription in embryos. Lytechinus variegatus (Echinoidea)
CHANG, C. Y.; Ph.D. - Inst, of Zool., Acad. Sinica, Haitien, PEKING (53), People's Rep. of China
ISDB
CHASE, H. B.; Ph.D., Prof. - Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE, R. I. 02912,
U.S.A. ISDB
a Developmental genetics of hair growth phases, using mutants hairless (hr), Rex (Re), and satin
(sa). Mus musculus (Rodentia)
b Hereditary anophthalmia as influenced by teratogens. Same species as a
c Regeneration in vibrissal foolicles. Perameles nasuta, Trichosurus vulpecula (Marsupialia)
CHAUDHRY, H. S.; D.Phil., Prof. - Dept. of Zool., Fac. of Sci., Univ. of Gorakhpur, GORAKHPUR
273001, India
a The neurosecretory system of developmental stages. (Insecta)
b Embryonic development. Sarcophaga ruficornis (Diptera)
c The effects of chemosterilants on developmental stages. Same species as b
CHEN, D. - Dept. of Biophys., Weizmann Inst, of Sci., REHOVOT, Israel ISDB
CHENEY, R. H.; Sc.D., Prof. (Emer.) - 11 Park St., WOODS HOLE, Mass. 02543, U.S.A.
a Retardation effect of dimethylated xanthines on development. Arbacia punctulata (Echinoidea)
b Theophylline, theobromine, and caffeine effects on fecundity and development. Rattus norvegi-
cus (Rodentia)
c Effect of di- and trimethylated xanthines on root tip growth. Allium spec. (Liliaceae)
d Effect of methylated xanthines on the oxygen consumption of the fertilized egg and early
embryology. Same species as a
e Effect of X-ray and ultra-violet irradiation on development of methylated xanthine-treated eggs.
Same species as a
f Effect of caffeine on development. Rana pipiens (Anura)
g Developmental effects of chemical inhibitors of protein synthesis. Same species as a
CHENG, Th. C; Ph.D., Prof. - Dept. of Biol., Lehigh Univ., BETHLEHEM, Pa. 18015, U.S.A.
a Embryology and differentiation. Fasciola hepatica, Schistosoma mansoni, S. haematobium
(Trematoda), Hymenolepis diminuta, H. nana (Cestoda)
b Developmental pathology: genetic basis of abnormal growth, cellular differentiation and reaction
to foreign bodies. Crassostrea virginica (Lamellibranchia), Helisoma trivolvis, H. duryi normale,
Biomphalariaglabrata, Bulinus spp. (Gastropoda)
c Transplantation biology. Same species as b.
CHEPENIK, K. P.; Ph.D., Assoc. Prof. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St.,
PHILADELPHIA, Pa. 19107, U.S.A.
a Phospholipid metabolism and composition (and protein composition) associated with membrane
biogenesis during normal and abnormal differentiation. Rattus norvegicus (Rodentia)
b Placental phospholipid metabolism and transport during normal and abnormal differentiation.
Same species as a
CHIPLONKAR, J. M; M.Sc. - Dept. of Zool., Univ. of Poona, Ganeshkind, POONA 411007, India
a Histological, cytochemical, teratogenic and in vitro studies on sexual glands. Calotes versicolor
(Lacertilia)
CHRISPEELS, M. J.; Ph.D. - Dept. of Biol., Univ. of California, San Diego, P. O. Box 109, LA
JOLLA, Calif. 92037, U.S.A.
a Biochemical processes in development: mechanism of protein secretion and cell wall formation in
phloem explants and cell culture. Nicotiana tabacum (Solanaceae), Daucus carota (Umbelliferae)
CHUANG HSIAT) HUI; Dr. rer. nat. habil. - Lab. of Developm. Physiol., Inst, for Exp. Biol., Acad.
Sinica, 320 Yo Yang Rd., SHANGHAI, People's Rep. of China ISDB
CHURCH, N. S.; Ph.D. - Res. Stat., Agric. Canada, Univ. Campus, SASKATOON, Sask. S7N 0X2
Canada
a Physiological and environmental regulation of development. Ctenicera destructor (Coleoptera)
b Embryology. Lytta viridana (Coleoptera)
CHURCH, R. B.; Ph.D., Prof. - Div. of Med. Biochem., Health Sci. Centre, Univ. of Calgary,
CALGARY, Alta. T2N 1N4, Canada
a Study of messenger RNA synthesis by RNA/DNA molecular hybridization in the embryo. Mus
musculus (Rodentia)
19
b Analysis of RNA transcription by repetitive and non-repetitive DNA in developing neural tissue.
Mus musculus (Rodentia), Oryctolagus cuniculus (Lagomorpha)
c Embryo transplantation and manipulation. (Mammalia)
CLAXTON, J. H.; Ph.D. - Dept. of Agric. Biol., Univ. of New Kngland, ARM1DALE, N.S.W. 2351,
Australia
a Developmental genetics of patterns. Drosophila melanogaster (Diptera), (Mammalia)
CLEGG, J. S.; Ph.D., Assoc. Prof. - Dcpt. of Biol., Univ. of Miami, CORAL GABLES, FL 33124,
U.S.A.
CLILAND, R. E.;Ph.D., Prof. - Dept. of Bot., Univ. of Washington, SEATTLE, Wash. 98195, U.S.A.
a Effects of auxin on physical and biochemical properties of cell walls. Avena sativa (Gramineae)
b Control of development and regeneration. Griffithsia pacifica (Rhodophyceae).
CLEMENT, A. C; Ph.D., Prof. - Dcpt. of Biol., Emory Univ., ATLANTA, Ga. 30322, U.S.A. ISDB
a Experimental analysis of early embryonic determination. Ilyanassa obsoleta (Gastropoda)
CLEMETSON, C. A. B.; M.D., Prof. - Dept. of Obstet. and Gynecol., Methodist Hosp., 506 Sixth St.,
Brooklyn, NEW YORK, N.Y. 11215, U.S.A.
a Electrochemical aspects of ovo-implantation. Rattus norvegicus (Rodentia)
b Athrocytosis. Same species as a
CLERMONT, Y.; Ph.D., Prof. - Dept. of Anat., Med. Sch., McGill Univ., P. O. Box 6070, MON-
TREAL, Que. H3C 3G1, Canada
a Growth and renewal of the spermatogonia! population in prepuberal animals. Rattus norvegicus
(Rodentia)
CLEVER, U. t Dr. - Dept. of Biol., Purdue Univ., LAFAYETTE, IN 47907, U.S.A. ISDB
CLEWE, Th. H.; M.D. - Dept. of Reprod. Physiol., Delta Region. Prim. Res. Ctr., Tulane Univ.,
COVINGTON, LA 70433, U.S.A.
CLINE, Th. W.; Ph.D. - Center for Pathobiol., Univ. of California, IRVINE, Calif. 92664, U.S.A.
a Temperature-sensitive lethal mutants which exhibit a lethal maternal effect regardless of the
zygote genotype. Drosophila melanogaster (Diptera)
b Mutations which may disrupt development by impeding intercellular communication (autonomy
of l(2)gl4 homozygous tissue in predominantly heterozygous imaginal discs). Same species as a
CLUTTER, Ms. M. E.; Ph.D. - Dept. of Biol., Yale Univ., NEW HAVEN, Conn. 06520, U.S.A.
a Experimental embryogenesis including fine structural changes of cell surfaces, structural and
functional aspects of polytene chromosomes. Phaseolus coccineus (Papilionaceae)
COALSON, R. E.; Ph.D., Prof. - Dept. of Anat. Sci., Univ. of Oklahoma Med. Center, 801 NE 13th
St., OKLAHOMA-City, Okla. 73190, U.S.A.
a Studies on insulin in the developing pancreas. Gallus domesticus, Columba livia (Aves), Rattus
norvegicus, Cavia porcellus (Rodentia)
COELHO, O. P. - Dept. of Morphol., Fac. de Cienc. Med., Univ. Catolica de Curitiba, 80.000
CURITIBA, Parana, Brazil
a Trophoblastic cells in the lung. Homo sapiens (Primates)
COELINGH BENNINK, H. J. T.; M.D. - Dept. of Obstet. and Gynecol., Center for Res. in Reprod.
Biol., Univ. of Michigan Med. Center, ANN ARBOR, Mich. 48104, U.S.A.
a Cervical mucus and immune reactions. (Primates)
COHEN, M.H.; Prof. -Dept. of Biophys.and Theoret. Biol., Div. of Biol. Sci., Univ. of Chicago, 920 E.
58th St., CHICAGO, 111. 60637, U.S.A.
a The control of embryonic development: theoretical and experimental studies of differentiation
and morphogenesis. (Acrasiales)
COHEN, Ph.P.; Ph.D., M.D., Prof. - Dept. of Physiol. Chem., Univ. of Wisconsin. 1215 Linden Drive,
MADISON, Wis. 53706, U.S.A.
a Biochemical aspects of differentiation in liver during metamorphosis (enzyme changes and
induction; RNA, DNA and histone changes; biochemical mechanism of thyroxine action as an
inducer). Rana catesbeiana (Anura)
COHEN, S.; Ph.D., Prof. - Dept. of Biochem., Med. Sch., Vanderbilt Univ., NASHVILLE, TN 37203,
U.S.A. ISDB
COHN, S. A.; Ph.D., Prof. - Dept. of Anat., Ctr. for Health Sci., Univ. of Tennessee, 800 Madison
Ave., MEMPHIS, TN 38163, U.S.A.
a Histology of the developing periodontium. (Primates)
COLE, M. B., Jr.; Ph.D. - Dept. of Biol. Sci., Oakland Univ., ROCHESTER, Mich. 48063, U.S.A.
a Oogenesis, especially nucleocytoplasmic interactions in primary oocytes (cytochemistry, electron
microscopy, autoradiography). Rana pipiens (Anura)
b The effects of electromagnetic radiation on mitosis of neuroblasts, (organ culture, autoradio-
graphy, metabolic inhibitors). Chortophaga viridifasciata (Orthoptera)
COLEMAN, J. R.; Ph.D., Assoc. Prof. - Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE, R.
I. 02912, U.S.A. ISDB
a Differentiation of embryo cells in culture, particularly skeletal muscle, cartilage and retinal
pigment cells: synthesis and processing of RNA, and the effects of nucleoside analogs on cellular
differentiation. Gallus domesticus (Aves)
b Organization of DNA in the genome. Same species as a
COLEMAN, R. D.; D.D.S., Prof. - Dept. of Anat., Sch. of Dent., Univ. of Calif., 3rd & Parnassus
Aves., SAN FRANCISCO, Calif. 94143, U.S.A.
a The possible role of sulfated mucopolysaccharides in normal and cleft palate development by
employing radioactive sulfur (palatal defects induced by a transitory maternal deficiency of folic
acid). Rattus norvegicus (Rodentia)
b Uptake of tritiated thymidine in normal and cleft palate development (palatal defects induced by
a transitory maternal deficiency of folic acid). Same species as a
20
c Oro-facial abnormalities induced by the folinic acid antagonist pyrimethamine. (Mammalia)
COLLIER, J. R.; Ph.D., Prof. - Dept. of Biol., Brooklyn Coll., Bedford Ave. & Ave. H, NEW YORK,
Brooklyn, N.Y. 11210, U.S.A. ISDB
a Nucleic acid and protein synthesis, especially transcription and regulation of the genome during
embryogenesis: 1. RNA and protein synthesis during early development; 2. the role of DNA-
dependent RNA synthesis in embrvogenesis. Ilyanassa obsoleta (Gastropoda)
COLLIN, W. K.; Ph.D. - Dept. of Med. Microbiol, and Immunol., Sch. of Med., Univ. of Calif., LOS
ANGELES, CA 90024, U.S.A.
COLLINS, M. F.; Ph.D. - Dept. of Anat., Health Center, Univ. of Connecticut, FARMINGTON,
Conn. 06032, U.S.A.
a Cellular surface properties and morphogenetic movements. Gallus domesticus (Aves), Mus museu-
ms (Rodentia)
COLWIN, A. L.; Ph.D., Prof. - 320 Woodcrest Rd., KEY BISCAYNE, FL 33149, U.S.A. ISDB
COLWIN, Mrs. L. HUNTER; Ph.D., Prof. - 320 Woodcrest Rd., KEY BISCAYNE, FL 33149, U.S.A.
ISDB
CONNELLY, T. G.; Ph.D. - Dept. of Anat., Med. Sch., Univ. of Michigan, Med. Sci. Bldg. II, ANN
ARBOR, Mich. 48104, U.S.A.
a Pituitary gland enhancement of lens regeneration from the dorsal iris in organ culture. Notoph-
thalmus viridescens (Urodela)
b Developmental cytology of functional cell types in the pituitary, using immunohistochemical
techniques. Ambystoma mexicanum (Urodela)
CORLISS, C. E.; Ph.D., Assoc. Prof. - Dept. of Anat., Ctr. for Health Sci., Univ. of Tennessee, 800
Madison Ave., MEMPHIS, TN 38163, U.S.A. ISDB
a Radioautography of nuclear migration in neural epithelium of normal and teratogen-treated
embryos. Gallus domesticus (Aves)
CORNER, G. W.; M.D., D.Sc, Prof. (Emer.) - American Philosoph. Soc, 104 South 5th St.,
PHILADELPHIA, Pa. 19106, U.S.A. ISDB
CORVEN, J. M.; B.A. - Biol. Dept, Central Mich. Univ., Mt. PLEASANT, Mich. 48859, U.S.A.
a Toxic effects of 2, 4-D and 2, 4, 5-T on metamorphic stages. Hyla crucifer (Anura)
COSTELLO, D. P.; Ph.D., Prof. - Dept. of Zool., Univ. of North Carolina, CHAPEL HILL, NC
27514, U.S.A. ISDB
COULOMBRE, A. J.: Ph.D. - Lab. of Vision Res., Sect. Exper. Embryol., Natl. Eye Inst., Natl. Inst.
of Health, Bldg. 6, Rm 203, BETHESDA, Md. 20014, U.S.A. ISDB
a Development of the eye: 1. growth and morphogenesis; 2. role of embryonic collagen; 3.
establishment of retinotectal connections. Gallus domesticus (Aves) (with J. L. COULOMBRE)
b Development of ocular skeleton. Same species as a (with J. L. COULOMBRE)
COULOMBRE (LACY), Mrs. J. L.; B.S. - Lab. of Vision Res., Sect. Exper. Embryol., Natl. Eye Inst.,
Natl. Inst, of Health, Bldg. 6, Rm 203, BETHESDA, Md. 20014, U.S.A.
a Development of the eye: 1. growth and morphogenesis; 2. role of embryonic collagen; 3.
establishment of retinotectal connections. Gallus domesticus (Aves) (with A. J. COULOMBRE)
b Development of ocular skeleton. Same species as a (with A. J. COULOMBRE)
COULSON, Mrs. P. B.; Ph.D. - Dept. of Zool., Univ. of Tennessee, KNOXVILLE, Tenn. 37916,
U.S.A.
a Influence of hormonal levels in follicular fluids on the development of granulosa cells in
individual follicles (radio-immuno-assay and steroid receptor binding). Bos taurus (Artiodactyla)
COUNCE (NICKLAS), Mrs. S. J.; Ph.D. - Dept. of Zool., Duke Univ., DURHAM NC 27706, U.S.A.
COUSINEAU, G. H.; Ph.D. - Lab. de Biol. Molec, Dept. de Biol., Univ. de Montreal, C. P. 6128,
MONTREAL 3, Que., Canada
COWARD, S. J.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Georgia, ATHENS, Ga 30602, U.S.A.
a Fine structure and physiology of regeneration, with emphasis on the stability of phenotype and stem
cell populations. Dugesia dorotocephala, Bdelloura Candida, Phagocata gracilis (Turbellaria)
b Fine structure of gametogenesis and early development, with special attention to chromatoid
bodies and early cytodifferentiation. Limulus polyphemus (Xiphosura), Chironomus tentans
(Diptera)
COX, P. G.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Mississippi Coll., P. O. Box 4045, CLINTON,
Miss. 39058, U.S.A.
a Established, non-transformed myogenic cell lines from the regenerating tail (effects of serum,
embryo extract, antibiotics, nucleotide analogs and cyclic nucleotides). Anolis carolinensis
(Lacertilia)
b Regeneration of muscle, and the potency of cultured myogenic cells returned to a regenerating
environment. Same species as a
CRAGG, B. G.; Ph.D. - Dept. of Physiol., Monash Univ., CLAYTON, Vict. 3168, Australia
a Development of synapses in visual cortex. Felis domestica (Carnivora)
CRAIG, D. A.; Ph.D., Assoc. Prof. - Dept. of Entomol., Univ. of Alberta, EDMONTON, Alta. T6G
2E3, Canada
a Descriptive embryology. Anopheles stephensi, Gymnopais spec, Neocurupira chiltoni, Simulium
venustum, Prosimulium susanae (Nematocera, Diptera)
CRAWFORD, R. B.; Ph.D., Prof. - Dept. of Biol., Trinity Coll., HARTFORD, Conn. 06106, U.S.A.
a The relationship of the synthetic pathways of adenosine triphosphate to morphogenesis and
differentiation. Fundulus heteroclitus (Teleostei), Ambystoma maculatum (Urodela)
b The kinetics of RNA synthesis during early embryogenesis, especially in relation to energetics
metabolism. Same species as a
c Activation of hexokinase activity in embryos. Ambystoma maculatum (Urodela)
d Relationship of free amino acid pool to protein synthesis in embryos. Same species as a
e Effects of pesticides on embryogenesis. Fundulus heteroclitus (Teleostei)
21
f Ionic requirements and cn/.ymology of amino acid transport in eggs and embryos. Echinarachnius
parma, Strongylocentrotus purpuratus and other spp. (Echinodermata)
CROWELL, I'. S.; Ph.D., Prof. Dept. of Zool., Indiana Univ., BLOOMINGTON, IN 47401, U.S.A.
ISDB
C'UNHA, G. R.: Ph.D. Dept. of Anat., Sch. of Med., Stanford Univ., STANFORD, Calif. 94305,
U.S.A.
a Role of hormones in the development of structures composed of epithelium and mesenchyme
(prostate, seminal vesicles, preputial gland, vagina). Mus musculus (Rodentia)
b Tissue interactions in carcinogenesis. Same species as a
CUT! IK. L. S.; D.D.S., Ph.D. - Dept. of Oral Biol., Sch. of Dent. Med., Univ. of Connecticut Health
(enter. IARMINGTON, Conn. 06032, U.S.A.
a EpitheUal-mesenchymal interactions in the differentiation of the submandibular gland and in
carcinogenesis (electron microscopy). Rattus spec. (Rodentia)
b Electron microscopic cytochemistry of various enzymes (alkaline phosphatase, adenyl cyclase
and phosphodiesterase) during differentiation of the submandibular gland. Same species as a
DAFNTL, Ms. D. L.; M.D. - Dept. of Anat., Sch. of Med., Univ. of Calif., 630 S., 3rd & Parnassus,
SAN FRANCISCO, Calif. 94143, U.S.A.
a Biochemistry of preimplantation and early postimplantation development: nucleotide precursor
pathways and polymerase activities. Mus musculus (Rodentia)
DAIKOKU, Sh.; M.D., Ph.D., Prof. - Dept. of Anat., Tokushima Univ., 3 chome, Kuramoto-cho,
TOKUSHIMA, Japan
a Experimental embryology of the endocrine organs. Rattus rattus (Rodentia)
b Embryology of the motor and sensory nerve terminals. Homo sapiens (Primates)
c Functional development of the hypothalamo-hypophysial system. Same species as a
d Functional development of the intestinal tubes. Same species as b
DA1MON, T.; D.Med.Sci. - Dept. of Anat., Tokyo Med. and Dent. Univ., 1-5-45, Yushima, Bunkyo-
kn, TOKYO, 113 Japan
a Effects of hormones on morphogenesis of bone in vivo and in vitro. Callus domesticus (Aves)
DALTON, H. C; Ph.D., Prof. - Dept. of Biol., Coll. of Sci., Pennsylvania State Univ., 208 Life
Sciences I, UNIVERSITY PARK, Pa. 16802, U.S.A. ISDB
a Gene control of chromatophore development. Ambystoma mexicanum (Urodela)
DAN, Mrs. J. C; Ph.D., Prof. - Embryol. Sect., Dept. of Biol., Ochanomizu Univ., 2-1-1 Otsuka,
Bunkyo-ku, TOKYO, 112 Japan ISDB
a Acrosome formation; chemical characterization of acrosomal components; role of Golgi appara-
tus during spermiogenesis. Mytilus edulis (Lamellibranchia), (Echinoidea; Asteroidea; Ophiuroi-
dea), Oryzias latipes (Teleostei)
b Mechanism of initiation of acrosome reaction. Mytilus edulis (Lamellibranchia), (Echinoidea)
DAN, K; Ph.D., Prof. - Tokyo Metropolitan Univ., 1-1 chome, Yakumo-machi, Meguro-ku, TOKYO,
Japan ISDB
DAN (SOHKAWA), Mrs. M.; D.Sc. - Lab. of Embryol., Fac. of Sci., Osaka City Univ., 459
Sugimoto-cho, Sumiyoshi-ku, OSAKA, 558 Japan
a Induction of conjugation. Physarum polycephalum (Eumycetozoina)
b Cell sociology studies of early embryogenesis. (Echinodermata), Xenopus laevis (Anura)
DANIEL, J. C, Jr; Ph.D., Prof. - Dept. of Zool., Univ. of Tennessee, KNOXVILLE, Tenn. 37916,
U.S.A. ISDB
a Early development and uterine physiology. (Mammalia)
DAS, G. D.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Purdue Univ., W. LAFAYETTE, Ind. 47907,
U.S.A.
a Proliferation, migration, and differentiation of transplanted neuron precursors and undiffer-
entiated neurons of the brain. (Mammalia)
b Neuroembryogenesis and morphogenesis of the cerebellum. Rattus spec. (Rodentia)
c Electron microscopy of cell-to-cell interactions in the differentiation of neurons and glia cells.
Same species as b
d Cellular aspects of teratology in the cerebellum and cerebral cortex of embryos following
low-level x-ray irradiation and/or administration of N-ethyl-N-nitrosourea. Same species as b
D'ASARO, C. N.; Ph.D., Assoc. Prof. - Fac. of Biol., Univ. of W. Florida, PENSACOLA, Fla. 32504,
U.S.A.
a Embryogenesis and organogenesis through metamorphosis. Clypeaster rosaceus (Echinoidea)
b Spawning and larval development. (Prosobranchia, Gastropoda)
c Development and culture. Arenicola cristata (Polychaeta)
DASGUPTA, B.; Ph.D., Prof. - Dept. of Zool., Presidency Coll., College St., CALCUTTA-12, India
a Asexual reproduction and development. Hepatocystis r. rayi (Haemosporidia, Sporozoa) in
Petaurista magnificus (Rodentia)
DAUWALDER (RICHARDS), Mrs. M.; Ph.D. - Cell Res. Inst., Biol. Labs. 220, Univ. of Texas,
AUSTIN, Tex. 78712, U.S.A.
a Contributions of the Golgi apparatus to cell surfaces. (Plantae)
DAVE, Y. S.; Ph.D. - Dept. of Bot., Sardar Patel Univ., VALLABH VIDYANAGAR 388120, Gujarat,
India
a Morphogenetic studies on tendrils. Bauhinia spec. (Caesalpinaceae), (Vitaceae; Passifloraceae)
b Shoot apex, stomata and developmental morphology of nectaries. Pedilanthus tithymaloides
(Euphorbiaceae)
c Developmental morphology, histochemistry, and ultrastructure of fruits and seeds. Dicotyledo-
nous spp.
22
DAVENPORT, R.; Ph.D., Assoc. Prof. - Provis. Dept. of Genet, and Developm., Univ. of Illinois, 5 15
Morrill Hall, URBANA, IL 61801, USA
a Biochemistry of cellular interactions during oogenesis. Oncopeltus fasciatus (Hemiptera)
b Gene transcription during pre-larval development. Ascidia nigra (Ascidiacea)
DAVIDSON, E. H.; Ph.D., Prof. - Div. of Biol., Calif. Inst, of Technol., PASADENA, Calif. 91109,
U.S.A.
a Molecular biology of oogenesis and early development, particularly gene activation. Ilyanassa
obsoleta (Gastropoda), Strongylocentrotus purpuratus (Echinoidea), Engystomops pustulosus,
Xenopus laevis (Anura)
DAVIS, Ch. C; Ph.D., Prof. - Dept. of Biol., Mem. Univ. of Newfoundland, ST. JOHNS'S, Nfld.,
Canada
a Hatching mechanisms in aquatic species. (Invertebrata)
DAVIS, F. C; Ph.D. - Dept. of Zool., Univ. of Florida, GAINESVILLE, Fla. 32611, U.S.A.
a Biochemistry of RNA synthesis and gene expression during oogenesis and early development.
Urechis caupo, Lytechinus variegatus (Echinoidea)
DAVIS, G. R. F.; Ph.D. - Res. Stat., Agric. Canada, Univ. Campus, SASKATOON, Sask. S7N 0X2,
Canada
a Effect on larval growth of novel proteins; correlation with amino acid requirements. Tenebrio
molitor (CoJeoptera)
DAWID, I. B.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 University Parkway,
BALTIMORE, Md. 21210, U.S.A. ISDB
a Regulation of synthesis of nuclear and mitochondrial nucleic acids during early development.
Rana pipiens, Xenopus laevis (Anura) (with S. OHI, W. B. UPHOLT, and C. J. KAUSHAGEN)
b Mitochondrial nucleic acids. Drosophila melanogaster (Diptera)
c Structure of nucleic acids (electron microscopy). Mus musculus, Rattus spec. (Rodentia), Homo
sapiens (Primates)
DEAN, D.; Ph.D., Prof. - Dept. of Oceanogr., Ira C. Darling Ctr. for Res., Teaching and Serv., (Marine
Lab.), Univ. of Maine, WALPOLE, Me. 04573, U.S.A.
a Reproductive biology. Nereis virens (Polychaeta)
de ASUA, M. J. C. - Inst, de Biol. Celular, Fac. de Med., Univ. de Buenos Aires, Paraguay 2155,
BUENOS AIRES, Argentina
a Biochemical differentiation of nervous tissue in vitro and in vivo, especially synthesis of
neurotransmitters. Gallus domesticus (Aves)
DE BAVAY, J. M. F. X.; B.Sc. - Dept. of Zool., Sch. of Biol. Sci., Univ. of New England,
ARMIDALE, N.S.W. 2351, Australia
a Descriptive and experimental studies on eggs and embryo development. Kyarranus sphagnicolus
(Anura)
DECK, J. D.; Ph.D., Assoc. Prof. - Dept. of Anat., Univ. of Virginia, Jordan Med. Bldg., 1300
Jefferson Park Ave., CHARLOTTESVILLE, Va. 22901, U.S.A.
a Cytological changes in muscle after injury. Diemictylus viridescens (Urodela)
b Wound healing and scar formation in skin. Sus spec. (Artiodactyla), Homo sapiens (Primates)
c The influence of leg innervation on the appearance of continually-growing bony calluses fol-
lowing amputation. Rattus spec. (Rodentia)
DECKER, J. D.; Ph.D., Assoc. Prof. - Dept. of Anat., Coll. of Med., Univ. of Missouri, COLUMBIA,
Mo. 65201, U.S.A.
a Neurogenesis and the development of behavior. (Reptilia; Aves; Mammalia)
b An atlas of development. Homo sapiens (Primates)
DECKER, R. S.; Ph.D. - Dept. of Cell Biol., Health Sci. Center, Univ. of Texas, 5323 Harry Hines
Blvd., DALLAS, Tex. 75235, U.S.A.
a Ultrastructural and electrophysiological studies on the assembly of cell junctions in vivo and in
vitro. Rana pipiens, R. catesbeiana (Anura), Mus musculus, Rattus spec. (Rodentia)
b Lysosomal activation during organogenesis: biochemical and cytochemical changes in lysosomal
activity during cell differentiation and remodeling. Gallus gallus (Aves), Rana pipiens, R.
catesbeiana (Anura)
deFABRO, Miss S. P.; Ph.D., Prof. - Inst, de Biol. Cel., Univ. Nac. de Cordoba, C.P. 362, CORDOBA,
Argentina
DE FEO, V. J.; Ph.D., Prof. - Dept. of Anat., Univ. of Hawaii, 1960 East-West Rd., HONOLULU, HI
96822, U.S.A.
DE GENNARO, L. D.; Ph.D., Prof. - Dept. of Biol., Le Moyne Coll., LeMoyne Heights, SYRACUSE,
N.Y. 13214, U.S.A.
a Growth and differentiation of glycogen body (ultrastructure, metabolism). Gallus domesticus
(Aves)
b Effects of lead on development of nervous system. Gallus domesticus (Aves), Mus musculus
(Rodentia)
DeHAAN, R. L.; Ph.D., Prof. - Dept. of Anat., Emory Univ., ATLANTA, Ga. 30322, U.S.A. ISDB
a Pacemaker formation and the initiation of the heartbeat; developmental electrophysiology and
spontaneous activity of embryonic heart cells in tissue culture; rate regulation in the developing
heart. Gallus gallus (Aves)
b Communication and electrical coupling among cells; differentiation of membrane function. Same
species as a
c Cellular mechanisms underlying cardiac morphogenesis; regulation of cell adhesiveness, motility
and mitotic activity. Same species as a
DE HOYOS, E. - Dept. of Pathol., Dartmouth Med. Sch., HANOVER, NH 03755, U.S.A.
23
De LAHUNTA, A.; D.V.M., Ph.D.. Prof. - Dept. of Anat., N.Y. State Vet. Coll., Cornell Univ.,
ITHACA, N.Y. 14850, U.S.A.
a Teratogenesis of griseofulvin (malformations of eyeballs, skull, and brain). Felis domestica
(Carnivora)
b Incidence of spinal dysraphism; its relationship to vertebral column malformations, domestic
Mammalia
DeLONG, G. R.; M.D. - Dept. of Neurol., Massachusetts Gen. Hosp., BOSTON, MA 02015, U.S.A.
DLL PINO, E. J.; Biochem. Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M. de
TUCUMAN, Argentina
a Chemical factors involved in fertilization: jelly coats and diffusible factors. Bufo arenarum
(Anura)
DEL RIO, A. G. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M. de TUCUMAN,
Argentina
a Sperm metabolism: respiration, glycolysis. Leptodactylus chaquensis, Bufo arenarum (Anura)
DeMAGGIO, A. E.; Ph.D., Prof. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755,
U.S.A.
a Experimental developmental morphology. (Pteridophyta; Spermatophyta)
DENT, J. N.; Ph.D., Prof. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHARLOTTESVILLE, Va.
22903, U.S.A.
a Metamorphic patterns. Various species (Amphibia)
b Hormonal effects in integumentary structures. (Amphibia)
DERBY, A. A.; Ph.D. - Biol. Dept., Univ. of Missouri-St. Louis, 8001 Nat. Bridge Rd., ST. LOUIS,
MO 63121, U.S.A.
DESALU, A. B. O.; Dr. - Dept. of Anat., Univ. of Ibadan, IBADAN, Nigeria
a Autoradiography and ultrastructure of the developing kidney in relation to onset of function.
(Mammalia)
DE TLRRA (WHITTAKER), Mrs. N.; Ph.D. - Inst, for Cancer Research, 7701 Burholme Ave.,
PHILADELPHIA. Pa. 19111, U.S.A.
a Morphogenesis and nucleo-cytoplasmic interactions (microsurgery, histochemistry, autoradio-
graphy). Stentor coeruleus (Ciliata)
DE TOMA, F. J.; Ph.D. - Dept. of Biol. Sci., Clapp Lab., Mount Holyoke Coll., SOUTH HADLEY,'
MA 01075, U.S.A.
DEVREOTES, P.; B.A. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A.
a Ontogeny of nerve-muscle interactions. Rattus norvegicus (Rodentia) (with D. M. FAM-
BROUGH)
DIAMOND, M.; Ph.D., Prof. - Dept. of Anat, Univ. of Hawaii, 1960 East-West Rd., HONOLULU, HI
96822, U.S.A.
DiBERARDINO, Miss M. A.; Ph.D., Prof. - Dept. of Anat., Med. Coll. of Pennsylvania, 3300 Henry
Ave., PHILADELPHIA, Pa. 19129, U.S.A. ISDB
a Nuclear, chromosomal, cytoplasmic and protein changes during development. Rana pipiens
(Anura)
DICKEY, J. F.; Ph.D., Assoc. Prof. - Dept. of Dairy Sci., Coll. of Agric, Clemson Univ., CLEMSON,
S.C. 29631, U.S.A.
a Early embryogenesis (embryo culture). Bos taurus, Ovis aries, Sus scrofa (Artiodactyla)
b Causes of embryonic mortality. Same species as a
DICKINSON, W. J.; Ph.D. - Biol. Dept., Univ. of Utah, 201 Biol. Bldg., SALT LAKE CITY, Utah
84112, U.S.A.
a Genetic regulation of enzymes during development, especially genes controlling the differentiated
tissue distribution of aldehyde oxidase. Drosophila melanogaster (Diptera)
DICKSON, A. D.; M.D., Prof. - Div. of Morphol. Sci., Health Sci. Centre, Univ. of Calgary,
CALGARY, Alta. T2N 1N4, Canada
a Control and significance of trophoblastic giant cell transformation of the blastocyst. Mus
musculus (Rodentia)
b Blastocyst activation in early development. (Mammalia)
DICKSON, D. R.; Ph.D., Prof. - Dept. of Anat., Cleft Palate Center, Univ. of Pittsburgh, 320 Salk
Hall, PITTSBURGH, Pa. 15213, U.S.A.
a Morphology of the cartilages, ligaments, joints and muscles of the larynx from the end of the
second fetal month to adulthood. Homo sapiens (Primates) (with Mrs. W. M. DICKSON)
b Developmental anatomy of the Eustachian tube from the end of the second fetal month to
adulthood. Same species as a (with Mrs. W. M. DICKSON)
DICKSON, Mrs. W. M.; Ph.D. - Dept. of Anat. and Histol., Sch. of Dental Med., 601 Salk Hall, Univ.
of Pittsburgh, PITTSBURGH, Pa. 15213, U.S.A.
a Morphology of the cartilages, ligaments, joints and muscles of the larynx from the end of the
second fetal month to adulthood. Homo sapiens (Primates) (with D. R. DICKSON)
b Developmental anatomy of the Eustachian tube from the end of the second fetal month to
adulthood. Same species as a (with D. R. DICKSON)
DIEHL, F. A.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHARLOTTES-
VILLE, Va. 22903, U.S.A.
a Problems of development: cell and tissue migrations; the roles of individual cell types during
morphogenesis; the synthesis of extracellular mesoglea and perisarc and their role in develop-
ment. Cordylophora caspia (Hydrozoa)
DILLARD, W. L.; Ph.D. - Dept. of Zool., Univ. of Oklahoma, 730 Van Vleet Oval, Rm. 222,
NORMAN, Okla. 73069, U.S.A.
24
a RNA biosynthesis in nucleate and anucleate cells. Acetabularia mediterranea, A. crenulata,
Acicularia schenki (Chlorophyta)
b Macromolecular changes during microstome-macrostome transformation. Tetrahymena vorax. T.
pyriformis (Ciliata)
DIMOND, Sister M. T.; Ph.D., Prof. - Dept. of Biol., Trinity Coll., WASHINGTON, DC 20017, U.S A
DINSMORE, Ch. E.; A.B. - Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE R I 02912
U.S.A.
a Directive influences of transplanted carpal blastema over subjacent minced limb muscle fragments
implanted in the orbit. Ambystoma mexicanum (Urodela)
b Electron microscopy of satellite cell ratios in regenerating and non-regenerating limb muscula
ture. (Amphibia; Mammalia)
DIXON, K. E.; Ph.D. - Sch. of Biol. Sci., Flinders Univ., BEDFORD PARK, S.A. 5042, Australia
a Germ plasm and germ cells. Xenopus laevis (Anura), Mus musculus (Rodentia)
b Nuclear transplantation and nuclear restrictions. Xenopus laevis (Anura)
DIXON, S. E.; Ph.D., Prof. - Dept. of Environm. Biol., Univ. of Guelph, GUELPH, Ont. NIG 2W1,
Canada
a Growth and development dimorphism. Apis mellifera (Hymenoptera)
b Interrelation of diet and endocrines in development. Same species as a
DOANE, Mrs. W. W.; Ph.D. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN Conn
06520, U.S.A.
a Developmental and physiological genetics of amylase isozymes: analysis of genetic regulatory
mechanisms in cellular differentiation as revealed through the combined techniques of bio-
chemistry, genetics and cytogenetics. Drosophila melanogaster, D. hydei and other spp. (Diptera)
b Developmental and experimental analysis of mutants characterized by abnormalities in lipid and
carbohydrate metabolism, as well as in endocrine and reproductive physiology. Drosophila
melanogaster (Diptera)
c Purification and characterization of a-amylase isozymes (Amylase antibodies: inter- and intra-
specific relationships; intra-cellular localization; diet-induced 'puffing' of structural gene for
amylase, Amy; quantitation of de novo synthesis and degradation of enzyme). Drosophila hydei,
D. melanogaster (Diptera)
d Selective screening system for mutations of 'regulatory genes' which control the Amy gene or its
immediate products. Same species as c
DOBKIN, Sh.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Florida Atlantic Univ., BOCA RATON, FL
33432, U.S.A.
DOHERTY, R. A.; M.D. - Dept. of Pediat., Genet., Radiat. Biol, and Biophys., Univ. of Rochester
260 Crittenden Bd., ROCHESTER, NY 14642, U.S.A.
a Temporal aspects of genetic expression in early embryos. Mus musculus (Rodentia)
b Prenatal diagnosis of biochemical and cytogenetic abnormalities. Homo sapiens (Primates)
c Methylmercury toxicity and teratogenesis. Mus musculus (Rodentia), Homo sapiens (Primates)
d Embryonic and fetal hemoglobin development. Same species as b
DONADY, J. J.; Ph.D. - Dept. of Biol., Wesleyan Univ., MIDDLETOWN, Conn. 06457, U.S.A.
a Genetic control of cell differentiation: analysis of neuron and myocyte differentiation in mutant
embryonic cells (in vitro cell culture, light microscopy, autoradiography). Drosophila melano-
gaster (Diptera)
b Genetic control of oogenesis and early embryonic development: analysis of maternal lethal genes
and chromosomal rearrangements affecting early embryonic development. Same species as a
DONALDSON, E. M.; Ph.D. - Dept. of Environm., Fish, and Mar. Serv., West Vancouver Lab., 4160
Marine Drive, WEST VANCOUVER, B.C. V7V 1N6, Canada
a Reproduction (all aspects). Oncorhynchus gorbuscha, O. tshawytscha, Ctenopharyngodon idellus
(Teleostei)
DONALDSON, W. E.; Ph.D. Prof. - Poultry Sci. Dept., School of Agric. and Life Sci., North Carolina
State Univ., Box 5307, RALEIGH, N.C. 27607, U.S.A.
a The effects of maternal diet on embryonic fat metabolism (fatty acid biosynthesis, oxidation,
and interconversion). Gallus domesticus, Coturnix japonica (Aves)
DONNELLY, Miss G. M.; - Depts. of Microbiol, and Biochem., Med. Ctr., Univ. of Kentucky,
LEXINGTON, KY 40506, U.S.A.
DOOHER, G. B.; Ph.D. - Dept. of Anat., Med. Coll., Cornell Univ., 1300 York Ave., NEW YORK NY
10021, U.S.A.
a Effects of mutant genes on spermatogenesis. Mus musculus (Rodentia)
DORFMAN, A.; Ph.D., Prof. - Depts. of Pediat. and Biochem., Univ. of Chicago, 1101 E. 57th St.,
CHICAGO, IL 60637, U.S.A. ISDB
a Heritable defects of connective tissue, including the mucopolysaccharidoses and abnormalities of
cartilage. (Mammalia)
DORGAN, W. J.; Ph.D. - Dept. of Zool.-Entomol., Montana State Univ., BOZEMAN, MT 59715,
U.S.A.
DOSSEL, W. E.; Ph.D., Prof. - Dept. of Anat., Creighton Univ., 657 N. 27th St., OMAHA, Nebr.
68131, U.S.A.
no embryological work in progress
DOTSU, Y.; D. Agric, Prof. - Dept. of Maricult., Fac. of Fish., Nagasaki Univ., 1-14 Bunkyo-machi,
NAGASAKI 852, Japan
a Embryonic and larval development of shore species. (Teleostei)
b Larval development of marine species. (Crustacea)
DRACHMAN, D. B.; M.D., Assoc. Prof. - Dept. of Neurol., Johns Hopkins Hosp., 601 N. Broadway,
BALTIMORE, MD 21205, U.S.A. ISDB
25
DRI YER, Miss M. V.; M.Sc. Dept. of Zool., Univ. of the O.F.S., BLOEMFONTEIN, S. Africa
DUBEY, P. N.; D.Phil., Prof. Dept. of Anat., Med. Coll., NAGPUR-3, M.S., India
a Morphology and histochemistry of metanephros development to stage 40. Callus domesticus
(Aves) (with A. QUADEER)
b Effect of removal of the optic vesicle on histogenesis of the optic lobe. Same species as a (with
V. M. SALTHE)
c Effect of temperature differentials on regulatory phenomena and cell differentiation. Same
species as a (with T. L. PATIL)
DL'l RKSl'N, J. D.; Ph.D., Prof. - Dept. of Biol., Univ. of Calgary, CALGARY, Alta. T2N 1N4,
Canada
a Genetic expression and its regulation in eukaryotic cells. (Mammalia)
DUKE, J. L.; Ph.D. - Dept. of Obstet. and Gynecol., Center for Res. in Reprod. Biol., Univ. of
Michigan, ANN ARBOR, Mich. 48104, U.S.A.
a Placenta-specific antigens. (Primates)
b Abortifacient activity of placenta-specific antisera. (Primates)
DUKE, K. L.; Ph.D., Assoc. Prof. - Dept. of Anat., Med. Center, Duke Univ., DURHAM, N.C. 27710,
U.S.A.
a Comparative histology of the ovaiy (including developmental stages and history of germ cells).
(Mammalia)
DUMONT, J. N.; Ph.D. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN 37830
U.S.A.
DUNCAN, J. T.; Ph.D., Assoc. Prof. - Dept. of Cell and Molec. Biol., Sch. of Nat. Sci., San Francisco
State Coll., SAN FRANCISCO, CA 94132, U.S.A.
DUNG, H. C; Ph.D. - Dept. of Anat., Health Sci. Center, Univ. of Texas, 7703 Floyd Curl Drive,
SAN ANTONIO, Tex. 78284, U.S.A.
a Etiology of the developmental abnormalities in the 'torpid' mutant. Mus musculus (Rodentia)
DURAN de LOPEZ, Mrs. L.; M.D. - Cat. de Embriol., Fac. de Med., Univ. de Los Andes, MERIDA,
Venezuela
a Developmental pathology, especially rachischisis, sympodia, anomalies of the urogenital system,
etc. Homo sapiens (Primates)
b Developmental and functional anatomy of the mammary gland in relation with hormonal control,
especially of the placenta and the gonads. (Rodentia), Homo sapiens (Primates)
c Histo- and toxoplasmosis as teratogenic factors. Same species as a (with E. KLEISS)
DUTTON, R. W.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Calif., San Diego, P.O. Box 109, LA
JOLLA, CA 92037, U.S.A.
DWORKIN, M.; Ph.D., Prof. - Dept. of Microbiol., Med. School, Univ. of Minnesota, 1060 Mayo
(Mayo Box 196) MINNEAPOLIS, Minn. 55455, U.S.A.
a Developmental biology of fruiting. Myxococcus xanthus (Myxobacteria) 1. Role and nature of a
stable m-RNA required for microcyst germination. 2. Regulation of macromolecular synthesis
during development. 3. Nature of proteins synthesized during germination. 4. Mechanism of
induction of microcyst formation. 5. Nature of intercellular associations,
b Relationship of developmental cycle and ecology. Myxococcus xanthus, Stigmatella aurantiaca
(Myxobacteria)
EAKIN, R. M.; Ph.D., Prof. - Dept. of Zool., Univ. of California, BERKELEY, Calif. 94720, U.S.A.
ISDB
a Electron microscopy of induction systems. Hyla regilla (Anura)
b Development of photoreceptors. Helix aspersa (Gastropoda) (and other Invertebrata)
EBERT, J. D.; Ph.D., Prof. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A. ISDB
also: Dept. of Biol., Johns Hopkins Univ., Charles & 34th Sts., BALTIMORE, Md. 21218, U.S.A.
a Interactions between cell membrane and nucleus in the regulation of DNA synthesis, using ions
and ionophores in a variety of cells in culture, including lymphocytes. (Vertebrata) (with K.
OZATO)
ECHAVE LLANOS, J. M.; M.D., Prof. - Inst, de Embriol., Biol, e Histol., Fac. de Cienc. Med., Univ.
Nac. de La Plata, 60 y 120, LA PLATA, Argentina ISDB
EDDS (LUCKENBILL), Mrs. L. M.; Ph.D. - Dept. of Biol. Sci., Smith Coll., NORTHAMPTON, Mass.
01060, U.S.A.
a Neural development, (lower Vertebrata)
EDDS, M. V., Jr.; Ph.D., Prof. - Dept. of Zool., Univ. of Massachusetts, AMHERST, Mass. 01002,
U.S.A. ISDB
a Metamorphosis; visual system. Solea spec, Psettichthys spec, Pseudopleuronectes spec. (Pleuro-
nci'tiil'it* TgIgoslgi^
EDIDIN, M. A.; Ph.D. - Dept. of Biol., Johns Hopkins Univ., Charles and 34th Sts., BALTIMORE,
MD 21218, U.S.A.
EGAMI, N.; Ph.D., Prof. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Change in radiation-sensitivity during embryonic development. Oryzias latipes (Teleostei)
b Embryology of endocrine organs. Same species as a
EGUCHI, G.; Ph.D., Assoc. Prof. - Lab. of Cell Sci., Inst, of Biophys. and Molec Biol., Univ. of
Kyoto, Kitashirakawa, Sakyo-ku, KYOTO, 606, Japan ISDB
a Molecular and cellular events in Wolffian lens regeneration. Triturus pyrrhogaster (Urodela)
b Stability in the differentiation of cells from eye tissues in clonal cell culture. Gallus gallus (Aves),
Mus bactrianus (Rodentia) (with T. S. OKADA and M. TAKEICHI)
EISENBERG ZALIK, Mrs. S.; Ph.D., Assoc. Prof. - Dept. of Zool., Fac. of Sci., Univ. of Alberta,
EDMONTON, Alta. T6G 2E1, Canada
a The cell surface during morphogenetic movements in the embryo: 1. isolation of cell populations
26
by density gradient centrifugation; 2. cell electrophoresis; 3. isolation of cell membrane; 4. cell
affinities. Xenopus laevis (Anura), Gallus domesticus (Aves)
b Lens regeneration: 1. clonal cell culture; 2. transplantation of individual cells; 3. morphogenetic
potentials of the cell population in the dorsal iris; 4. cell surface changes during metaplasia.
Triturus viridescens, Taricha granulosa (Urodela), Xenopus laevis (Anura)
ELLGAARD, E. G.; Ph.D. - Dept. of Biol., Tulane Univ., NEW ORLEANS, La. 701 18, U.S.A.
a RNA and protein metabolism in salivary glands during development. Drosophila melanogaster
(Diptera)
ELLIOTT, D. S.; Ph.D. - Scientific Transplants, Inc., Route 2, Box 195E, LAS ANIMAS Colo
81054, U.S.A.
a Methods of culture and storage of embryos (freezing). Bos taurus (Artiodactyla)
EL MEKKAWY, D. A.; M.Sc. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey,
ALEXANDRIA, Egypt
a Hind limb regeneration after transection at various proximo-distal levels. Bufo regularis (Anura)
(with M. I. MICHAEL)
ELMER, W. A. ; Ph.D. - Dept. of Biol., Emory Univ., ATLANTA, GA 30322, U.S.A.
a Cell interactions during early limb morphogenesis in the mutant Brachypodism: 1. regulatory
mechanisms related to stability of the chondrogenic phenotype; 2. synthesis and turnover of
membrane components. Mus musculus (Rodentia)
b Isolation and characterization of a growth regulator in chondrodystrophic animals. Same species
as a
EMERSON, C. P., Jr.; Ph.D. - Dept. of Biol., Univ. of Virginia, CHARLOTTESVILLE, Va. 22903,
U.S.A.
a Regulation of contractile protein synthesis during differentiation of skeletal muscle in cell
culture: control of transcription and translation of myosin mRNA. Coturnix c. japonica (Aves),
Rattus rattus (Rodentia)
b The control of growth and cell division: relationship between ribosome synthesis, protein
synthesis, and DNA synthesis. Coturnix c. japonica (Aves)
ENDO, A.; M.D. - Dept. of Hyg. and Prev. Med., Sch. of Med., Niigata Univ., Asahimachi, NIIGATA,
951 Japan
ENDO, Y.; D.Sc, Prof. - Dept. of Biol., Keio Univ., YOKOHAMA-Hiyoshi, Japan
ENLOW, D. H.; Ph.D., Prof. - Dept. of Anat., Med. Ctr., West Virginia Univ., MORGANTOWN, W.Va.
26506, U.S.A.
a Normal and abnormal development of the face and cranium. Homo sapiens (Primates)
EPEL, D.; Ph.D., Prof. - Marine Biol. Res. Div., Scripps Inst, of Oceanography, Univ. of Calif., San
Diego, P.O. Box 1529, LA JOLLA, Calif. 92037, U.S.A.
a Biochemistry and physiology of fertilization, especially chemistry of cortical granules and
cortical reactions, block to polyspermy, and activation. Strongylocentrotus purpuratus and other
marine spp. (Invertebrata)
b Role of cations, especially Ca, in activating development. Same species as a
ERHART, E. A.; M.D., Ph.D., Prof. - Sect, of Neuroanat., Dept. of Anat., Univ. de Sao Paulo, Caixa
Postal 2921, SAO PAULO, Brazil
a Degeneration and regeneration of peripheral nerve fibres. Gallus domesticus (Aves), Canis
familiaris (Carnivora)
ESCHENBERG, Miss K. M.; Ph.D., Prof. - Dept. of Biol. Sci., Clapp Lab., Mount Holvoke Coll
SOUTH HADLEY, Mass. 01075, U.S.A.
a Cytology and developmental physiology of the ovary (histochemistry, autoradiography). Gerris
remigis, Belostoma flumineum, Ranatra fusca, Oncopeltus fasciatus (Hemiptera)
ETHERIDGE, A. L.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Arkansas, Monticello, COLLEGE
HEIGHTS, AR 71655, U.S.A.
ETKIN, W.; Ph.D., Prof. - Dept. of Anat., Albert Einstein Coll. of Med., Yeshiva Univ., 1300
Eastchester Rd. and Morris Park Ave., NEW YORK, Bronx, NY 10461, U.S.A. ISDB
ETOH, H.; Ph.D. - Div. of Biol., Natl. Inst, of Radiol. Sci., 9-1, 4-chome, Anagawa, CHIBA, 280
Japan
a Effect of ionizing radiation on various embryonic stages (particularly long-term effects of low
doses). Oryzias latipes (Teleostei)
EVANS, H. E.; Ph.D., Prof. - Dept. of Anat., N.Y. State Vet. Coll., Cornell Univ., ITHACA, N.Y.
14850, U.S.A. ISDB
a Study of skeletal development in regard to inter-litter variation and position in the uterus,
utilizing cesarian removals. Canis familiaris (Carnivora)
b Veratrum induced cyclopia. Ovis aries (Artiodactyla)
c Serial sections of embryos at spaced ages, available for inspection. Canis familiaris, Felis catus
(Carnivora), Bos taurus, Ovis aries (Artiodactyla), and other Mammalia (with W. O. SACK and
R. C. WILLIAMS, Tuskegee, Ala.)
d Situs inversus accompanied by cyclopia. Sus scrofa (Artiodactyla)
e Cyclopia. Canis familiaris (Carnivora)
EWEN, AL. B.; Ph.D. - Res. Stat., Agric. Canada, Univ. Campus, SASKATOON, Sask. S7N 0X2,
Canada
a Physiology and functional morphology of reproduction with special emphasis on the endocri-
nology of reproduction in males. Melanoplus sanguinipes (Orthoptera)
b Histology and histochemistry of neurosecretory cells and their cycles of activity. Same species as
a
c Insect hormones and analogues: effects on embryogenesis; possible uses as insecticides. Same
species as a
27
I ^ AL (G1LADI), Mrs. H.; Ph.D., Prof. - Dept. of Zool., Hebrew Univ., JERUSALEM, Israel ISDB
.1 Differentiation potencies of the uterine embryo and its ultrastructure. Gallus domesticus (Aves)
b A normal table of uterine developmental stages. Same species as a
c The development of symmetry in the uterine embryo. Same species as a
FABIAN, B. C; Ph.D. - Zool. Dept., Univ. of the Witwatersrand, Milncr Park, JOHANNESBURG, S.
EAINSTA1N (HAMERMAN), Mrs. N.; M.Sc. - Dept. of Zool., Hebrew Univ., JERUSALEM, Israel
a Ultrastructural changes in the egg from ovulation through fertilization and cleavage. Gallus
domesticus (Aves)
b Reserve materials of the embryo; correlation between their metabolism and ultrastructural
changes during intrauterine stages. Same species as a
1ALLDING, Miss M. H.; Dr. - Dept. of Biomed. Sci., Ont. Vet. Coll., Univ. of Guelph, GUELPH,
Ont. NIG 2W2, Canada ISDB
FALLIERI, L. A.; B.Sc. - Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of Minas Gerais, Rua
Carangola 288 - 4° andar, C.P. 253, BELO HORIZONTE, M.G., Brazil
FALLON, J. F.; Ph.D. - Dept. of Anat., Med. Sen., Univ. of Wisconsin, MADISON, Wis. 53706,
U.S.A. ISDB
a Cell death during limb morphogenesis. Gallus domesticus (Aves), Homo sapiens (Primates)
b Ultrastructure of the gametes before and during interaction. Nereis Iimbata (Polychaeta)
FAMBROUGH, D. M., Jr.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W.
University Parkway, BALTIMORE, Md. 21210, U.S.A.
a Ontogeny of nerve-muscle interactions. Rattus norvegicus (Rodentia) (with P. DEVREOTES and
A. RITCHIE)
FANKHAUSER, G.; Ph.D., Prof. (Emer.) - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540,
U.S.A. ISDB
FANTEL, A.; Ph.C. - Central Lab. for Human Embryol., Dept. of Pediat., Univ. of Washington,
SEATTLE, Wash. 98195, U.S.A.
a Morphology and development of the placenta. (Mammalia)
b Placental transfer; fetomaternal potassium relations. Rattus spec. (Rodentia)
FARBEROV, A. - Dept. of Zool., Hebrew Univ., JERUSALEM, Israel
a Influence of X-rays on the development of the eye. Rana temporaria (Anura)
b Influence of retina on the histogenesis of the lens. Same species as a
FASANELLO de BUSTOS, Mrs. L.; M.D. - Sect, of Exp. Neurol., Inst, of Neurol., Hosp. de Clinicas,
Piso 2, MONTEVIDEO, Uruguay
FAULKNER, Ch. S.; M.D. - Dept. of Pathol., Dartmouth Med. Sen., HANOVER, NH 03755, U.S.A.
FAUSTO-STERLING, Ms. A.; Ph.D. - Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE, R.I.
02912, U.S.A.
a Selection for temperature-sensitive mutants of oogenesis and embryogenesis, and their analysis.
Drosophila melanogaster (Diptera)
b Analysis of the rudimentary locus at the biochemical level. Same species as a
FEDINEC, A. A.; Ph.D., Prof. - Dept. of Anat., Ctr. for Health Sci., Univ. of Tennessee, 800 Madison
Ave., MEMPHIS, TN 38163, U.S.A.
a The effect of bacterial toxins and pathogenic bacteria on the fetus; relation between infection
routes and barrier properties of placenta and fetal membranes. Rattus norvegicus (Rodentia)
FEDOROFF, S.; Ph.D., Prof. - Dept. of Anat., Univ. of Saskatchewan, Health Sci. Bldg., SASKA-
TOON, Sask. S7N 0W0, Canada
a Development of cell surface antigens and the surveillance mechanism. Mus musculus (Rodentia)
FEIN, A.; M.Sc. - Dept. of Embryol. and Teratol., Ch.Sheba Med. Ctr., Tel-Aviv Univ., TEL-AVIV,
Israel,
a Morpho-functional characteristics of the early polar trophoblast during implantation. (Rodentia)
(with L. A. NEBEL)
FELDMAN, M.; Ph.D. - Dept. of Cell Biol., Weizmann Inst, of Sci., REHOVOT, Israel ISDB
FELDMAN, M. L.; Ph.D. - Dept. of Anat., Boston Univ., 80 E. Concord St., BOSTON, Mass. 02118
U.S.A.
a Postnatal development of cochlear nucleus
b Neurogenesis and postnatal development in cerebral cortex (electron microscopy and Golg:
impregnation). Rattus norvegicus (Rodentia)
FELTS, W.; Ph.D., Prof. - Dept. of Anat. Sci., Univ. of Oklahoma Med. Center, 801 NE 13th St.
OKLAHOMA-City, Okla. 73190, U.S.A.
a Biomechanics of bone including developmental changes. (Soricidae, Insectivora), Mus musculus
Rattus spec. (Rodentia), (Cetacea), Homo sapiens (Primates)
b Gravity effects on bone development. Mus musculus (Rodentia)
FERKOVICH, S. M.; Ph.D. - Insect Attract., Behav. and Basic Biol. Res. Lab., Agric. Res. Serv
U.S.D.A., 1700 S.W. 23rd Drive, P.O. Box 14565, GAINESVILLE, Fla. 32604, U.S.A.
a Isolation of carrier proteins in the haemolymph which are responsible for transporting juvenile
hormone from site of synthesis in corpus allatum to target tissues. Plodia interpunctella (Lepi
doptera)
b Juvenile hormone binding to receptor sites in target tissues. Same species as a
FERM, V. H.; M.D., Ph.D., Prof. - Dept. of Anat., Dartmouth Med. School, HANOVER, N.H. 03755,
U.S.A.
a Teratogenic effects of heavy metals. Mesocricetus auratus (Rodentia)
b Experimentally induced twinning. Same species as a
FERNALD, R. L.; Ph.D., Prof. - Dept. of Zool., Univ. of Wash., SEATTLE, Wash. 98195, U.S.A.
28
a Comparative reproductive biology and development of marine species of the San Juan region.
(Invertebrata)
FERNANDEZ, Mrs. S. N.; Pharm. M. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M.
de TUCUMAN, Argentina
a Respiratory metabolism. Bufo arenarum (Anura)
FERREIRA da SILVA, C. - Sect, of Neuroanat., Dept. of Anat., Univ. de Sao Paulo, C.P. 2921, SAO
PAULO, Brazil
a Degeneration and regeneration of peripheral nerve fibres. Callus domesticus (Aves)
FERRIS, W. R.;Dr. - Dept. of Biol. Sci., Univ. of Arizona, TUCSON, AZ 85721, U.S.A. ISDB
FINNEGAN, C. V.; Ph.D., Prof. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER V6T 1W5,
B.C., Canada ISDB
a Analysis of postgastrula axial mesoderm differentiation in vitro. Taricha torosa, Ambystoma
gracile (Urodela), Gallus domesticus (Aves)
b Cytochemical and electron microscopic examination of myoblast, endo- and ectomesenchymal
differentiation. Taricha torosa, Ambystoma gracile (Urodela)
c Molecular and cellular aspects of arm formation in larvae. Strongylocentrotus droebachiensis,
Dendraster excentricus, and hybrids (Echinoidea) (with D. H. LARRIVEE)
FIORENTINI, Miss M. L. - Dept. of Biol., Fairleigh Dickinson Univ., 285 Madison Ave., MADISON,
NJ 07940, U.S.A.
a Teratogenic effects of vinblastine and cAMP on blastula, gastrula, and early larval stages: gross
anomalies of neural and mesodermal structures, and cellular basis. Oryzias latipes (Teleostei)
FISCHMAN, D. A.; M.D., Assoc. Prof. - Depts. of Anat. and Biol., Univ. of Chicago, 1103 East 57th
St., CHICAGO, 111. 60637, U.S.A.
a Regulation of myogenic cell fusion in monolayer cultures of embryonic skeletal muscle; immu-
nological characterization of myoblast and myotube cell surfaces. Gallus domesticus (Aves)
b The relationship between intercellular contact and the regulation of DNA synthesis and myosin
synthesis in embryonic heart cells. Same species as a
FISHER, D. L.; Ph.D. - Dept. of Anat., Med. Sch., Univ. of Michigan, Med. Sci. Bldg. II, ANN
ARBOR, Mich. 48104, U.S.A.
a Teratogenesis, with emphasis on the preimplantation stages during cultivation. Mus musculus
(Rodentia)
b Ovarian transplantation with emphasis on embryogenesis. Same species as a
FISHER, L. J.; Ph.D. - Dept. of Anat., Med. Sch., Univ. of Michigan, Med. Sci. Bldg. II, ANN
ARBOR, Mich. 48104, U.S.A.
a Development of the synaptic organization of the retina, using quantitative electron microscopic
techniques. Rana pipiens, Xenopus laevis (Anura), Mus musculus (Rodentia), Oryctolagus cunicu-
lus (Lagomorpha)
FITZGERALD, L. R.; Ph.D., Assoc. Prof. - Dept. of Anat, Ctr. for Health Sci., Univ. of Tennessee,
800 Madison Ave., MEMPHIS, TN 38163, U.S.A.
a Effects of environmental factors and antibiotics on development of teeth, and control mecha-
nisms of tooth formation. Mus musculus (Rodentia)
b Development of incisor teeth and significance of the various types of dentin seen in early stages.
Same species as a
FLICKINGER, C. J.; M.D., Assoc. Prof. - Dept. of Anat., Univ. of Virginia, Jordan Med. Bldg., 1300
Jefferson Park Ave., CHARLOTTESVILLE, Va. 22901, U.S.A.
a Fetal and postnatal development of the male sex accessory organs (light and electron micro-
scopy). Rattus rattus (Rodentia)
FLICKINGER, R. A.; Ph.D. Prof. - Dept. of Biol., State Univ. of New York, 102 Health Sci. Bldg.,
BUFFALO, N.Y. 14214, U.S.A. ISDB
FLYNN T. THOMSON: D.Sc, Prof. - adress unknown ISDB
FOOTE, Mrs. F. MARTINDALE; Ph.D. - Dept. of Physiol., Southern Illinois Univ., CARBONDALE,
111. 62901, U.S.A. ISDB
a Growth and maintenance of gonads on synthetic media, and on standard media composed of
chick embryo extract and agar. Xenopus laevis (Anura)
b Growth of thymus in vitro. Gallus domesticus (Aves)
FORD, P.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER B.C. V6T
1W5, Canada
a Developmental histochemistry. Raja binoculata (Elasmobranchii)
b Microspectrophotometry of enzyme concentrations in development. Same species as a
FORET, J. E.; Ph.D. - Dept. of Zool., Univ. of New Hampshire, Spaulding Bldg., DURHAM, N.H.
03824, U.S.A.
a Biochemical regulation of limb regeneration. Ambystoma spec, Notophthalmus viridescens
(Urodela)
b In vitro cultivation of larval and adult tissues and regeneration blastema. Same species as a
FORMAN, M.; Ph.D. - Dept. of Biol. Sci., Purdue Univ., W. LAFAYETTE, Ind. 47907, U.S.A.
a Synthesis of regulatory macromolecules during embryo development. Fucus furcatus (Phaeophy-
ta)
b Control and synthesis of cell walls. Same species as a
FORREST, H. S.; Ph.D., D.Sc, Prof. - Dept. of Zool., Univ. of Texas, AUSTIN, Tex. 78712, U.S.A.
a RNA synthesis in very early development of eggs and at later stages; examination of the products
of RNA polymerase activity by competition-hybridization techniques. Oncopeltus fasciatus
(Hemiptera)
b The role of dAT (deoxyadenine-thymidine) in embryogenesis. Drosophila melanogaster (Diptera)
c Effects of long wave length UV on development. Same species as b
29
IOSKI I. I) I .; Ph.D., Assoc. Prof. - Dept. of Devclopm. and Cell Biol., Univ. of California, IRVINE,
Calif. 92664, U.S.A.
a Cytokinin control of cell division in cultured cells (control of availability of specific cell division
proteins through an effect on protein synthesis at the translational level). Glycine max (Papiliona-
ceae)
b Genetic transformation in cultured mutant haploid cells (frequency of transformation after
protoplasts of the mutant cells have taken up exogenous, purified DNA from normal cells).
Nicotiana sylvestris (Solanaceae)
FOWLER, J. A.; Ph.D. - Dept. of Biol., State Univ. of New York at Stony Brook, STONY BROOK,
N.Y. 11790, U.S.A.
a Development of hybrids. Rana pipiens (Anura)
b Developmental controls (genetic, environmental). Oryzias latipes (Teleostei)
FOX, D. J.; Ph.D. - Dept. of Zool., Univ. of Tennessee, KNOXVILLE, Tenn. 37916, U.S.A.
a In vitro characterization of the regulatory enzymes associated with fat synthesis in the ob/ob
mutant. Mus musculus (Rodentia)
FRANCIS, D. W.; Ph.D. - Dept. of Biol. Sci., Univ. of Delaware, NEWARK, DE 19711, U.S.A.
FRANCOEUR, R. T.; Ph.D., Prof. - Dept. of Biol., Fairleigh Dickinson Univ., 285 Madison Ave.,
MADISON, NJ 07940, U.S.A.
a Teratogenic effects of vinblastine and dibutyryl cAMP on embryogenesis. Blatta orientalis,
Periplaneta spec. (Blattariae), Oryzias latipes (Teleostei)
b New techniques in reproduction from theoretical and social viewpoint: artificial insemination; in
vitro gestation; prenatal monitoring; in vitro fertilization. Homo sapiens (Primates)
FRANK, G. H.; D.Sc. - Dept. of Zool., Univ. of Durban-Westville, Private Bag 4001, DURBAN, S.
Africa
FRANKEL, J.; Ph.D., Prof. - Dept. of Zool., Coll. of Lib. Arts, Univ. of Iowa, IOWA-City, la. 52240,
U.S.A.
a Morphogenesis. Tetrahymena spec. (Ciliata)
b Developmental genetics: analysis of the cortical pattern. Tetrahymena pyriformis (Ciliata)
FRANKLIN, L. E.; Ph.D. - Dept. of Reprod. Physiol., Delta Region. Primate Res. Ctr., Tulane Univ.,
COVINGTON, LA 70433, U.S.A. ISDB
ERASER, F. C; Ph.D., M.D., Prof. - Dept. of Biol., McGill Univ., MONTREAL H3C 3G1, Que.,'
Canada
a Maternal and environmental factors (e.g. diet) influencing the frequency of cleft lip. Mus
musculus (Rodentia)
b Pathogenesis of vitamin A-induced exencephaly. Same species as a
ERASER, I. H.; M.Sc. - Biochem. Dept., Med. Sch., Dalhousie Univ., Sir Charles Tupper Bldg.,
HALIFAX, N.Sc, Canada
FRASER, R. C; Ph.D., Prof. - Dept. of Zool., Univ. of Tennessee, KNOXVILLE, Tenn. 37916,
U.S.A.
a Biosynthesis of hemoglobins in the embryo and characteristics of embryonic erythroid cells.
Gallus domesticus (Aves)
FREDERICKSON, R. G.; Ph.D. - Dept. of Anat., Med. Ctr., West Virginia Univ., MORGANTOWN,
W.Va. 26506, U.S.A.
a High voltage electron microscopy of developing connective tissue in the notochordal sheath of
early embryos. Gallus domesticus (Aves)
b The effect of inhibited protein-polysaccharide and collagen synthesis on the formation of unit
collagen fibrils and the normal differentiation of epithelial and connective tissue cells. Same
species as a
FREED, J. J.; Ph.D. - Inst, for Cancer Research, 7701 Burholme Ave., PHILADELPHIA, Pa. 191 11,
U.S.A.
a Genetics of haploid embryo cell lines including analysis by nuclear transfer. Rana pipiens (Anura)
(with L. MEZGER-FREED)
b Survival studies (single cell plating) of haploid embryonic cells after irradiation or exposure to
chemical agents. Same species as a
c Q-band, C-band and G.-band mapping of wild-type adult and embryo chromosomes; comparison
with chromosomes of haploid cell fines and drug-resistant and other clones in culture. Same
species as a
FREEMAN, G.; Ph. D., Assoc. Prof. - Dept. of Zool., Univ. of Texas, AUSTIN, TX 78712, U.S.A.
a Segregation of developmental potential during early cleavage stages. Mnemiopsis leidyi
(Ctenophora), Cerebratulus lacteus (Nemertina)
b Asexual reproduction and regeneration. (Tunicata)
FRIEDKIN, M. E.; Ph.D., Prof. - Dept. of Biol., Univ. of Calif. San Diego, P.O. Box 109, LA JOLLA,
CA 92037, U.S.A.
FRIEDLANDER, M.; Ph.D. - Lab. of Genet., Inst, of Life Sci., Hebrew Univ., JERUSALEM, Israel
ISDB
FRIEDMAN, H. P.; Ph.D. - Univ. of Missouri-St. Louis, 8001 Natural Bridge Rd., ST. LOUIS, MO
63121, U.S.A.
FRISTROM, Mrs. D.; Ph.D. - Dept. of Genet., Univ. of Calif., BERKELEY, CA 94720, U.S.A.
FRITZ, H. I.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Coll. of Sci. and Engin., Wright State Univ.,
Col. Glenn Highway, DAYTON, Ohio 45431, U.S.A.
a The role of the egg white in the development of the embryo. Gallus domesticus (Aves)
b Embryonic nutrition. Gallus domesticus (Aves), Didelphis marsupialis, Caluromys derbiana,
Marmosa spec. (Marsupialia)
c Experimental teratogenesis. Gallus domesticus (Aves), (Marsupialia; Placentalia)
30
d The immune response in implantation. (Mammalia)
FROMSON, D. R.; Ph.D. - Dept. of Biol., McGill Univ., MONTREAL H3C 3G1, Que., Canada
a RNA synthesis during embryonic development. Lytechinus pictus, Arbacia punctulata, Strongy-
locentrotus purpuratus (Echinoidea)
b Presence and function of poly(A) tracts in embryo RNA. Lytechinus pictus, Arbacia punctulata
(Echinoidea)
FRY, Miss A. E.; Ph.D., Assoc. Prof. - Dept. of Zool., Ohio Wesleyan Univ., DELAWARE, Ohio
43015, U.S.A.
a Histochemical patterns in the tadpole tail during normal and thyroxine-induced metamorphosis.
Rana pipiens (Anura)
b The effects of prolactin on tail height and tail skin of the male. Notophthalmus viridescens
(Urodela)
FRYE, B. E.; Ph.D., Prof. - Dept. of Zool., Univ. of Michigan, ANN ARBOR, Mich. 48104, U.S.A.
a Prolactin, somatotropin and thyroxine interactions during development, growth, and metamor-
phosis. Rana pipiens (Anura), Ambystoma mexicanum (Urodela), Gallus domesticus (Aves)
b Endocrine regulation of carbohydrate metabolism, esp. changing patterns of control during
metamorphosis. Rana pipiens (Anura), Ambystoma mexicanum, A. tigrinum (Urodela)
FUCHS, M. S.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Notre Dame, NOTRE DAME, Ind.
46556, U.S.A.
a Hormonal and biochemical aspects of ovarian development. Aedes aegypti, Drosophila melano-
gaster (Diptera)
FUJII, T.; Ph.D., Prof. (Emer.) - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
ISDB
a The mechanism of chemical carcinogenesis. Rattus norvegicus (Rodentia)
FUJIMOTO, T.; M.D., Prof. - Dept. of Anat., Med. Sch., Kumamoto Univ., 2-1-1 Honjo, KUMA-
MOTO, 860 Japan
a Germ cell origin and migration. Gallus domesticus (Aves), (Mammalia), Homo sapiens (Primates)
b Experimental teratology of aortic arches. (Aves, Mammalia)
FUJISAWA, H.; Ph.D. - 2nd Dept. of Anat., Kyoto Pref. Univ. of Med., Kawaramachi-Hirokoji,
Kamikyo-ku, KYOTO, 602 Japan
a Mechanisms of tissue reconstitution from dissociated retinal cells. Gallus gallus (Aves)
b Mechanisms of inter-cellular communication in developing nervous system. Gallus spec. (Aves)
FUKE, M.; D.Sc. - Biol. Inst., Fac. of Sci., Univ. of Kanazawa, Marunouchi-1, KANAZAWA, Japan
a Reaggregation of dissociated cells. Callyspongia elongata (Porifera)
b Cytological properties of polar lobe. Ostrea gigas (Lamellibranchia)
FUKUMITSU, S. t B.V.M. - Nat. Inst, of Anim. Ind., CHIBA, Japan
FULLER, M. S.; Ph.D., Prof. - Dept. of Botany, Univ. of Georgia, ATHENS, Ga. 30601, U.S.A.
a Development of motile cells in aquatic species. (Blastocladiales, Phycomycetes)
b Mitosis. (Fungi)
FULLILOVE, Miss S. L.; Ph.D. - Dept. of Zool., Univ. of Texas, AUSTIN, Tex. 78712, U.S.A.
a Developmental aspects of embryonic lethals. Drosophila spec. (Diptera)
b Patterning of morphogenetic information during oogenesis (ovary transplantation, isotopic
labeling of developing oocytes). Same species as a
FULTON, C. M.; Ph.D., Assoc. Prof. - Dept. of Biol., Brandeis Univ., WALTHAM, Ma 02154, U.S.A.
ISDB
FURUSAWA, M.; D.Sc. - Lab. of Embryol., Fac. of Sci., Osaka City Univ., 459 Sugimoto-cho,
Sumiyoshi-ku, OSAKA, 558 Japan
a Immunological analysis of the structural molecules of the erythrocyte membrane. Mus musculus
(Rodentia)
b Erythroid differentiation of Friend virus-induced tumor cells. Same species as a
FURUYA, M.; Prof. - Dept. of Bot., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan ISDB
a Sexual differentiation. Lygodium japonicum (Filicinae)
GABIE (GUBBAY), Mrs. V.; Ph.D. - Dept. of Zool., Univ. of the Witwatersrand, Milner Park,
JOHANNESBURG, S. Africa
GABRIEL, M. L.; Ph.D., Prof. - Biol. Dept., Brooklyn Coll., NEW YORK, Brooklyn, N.Y. 11210,
U.S.A.
a Development of vertebrae; meristic variation. (Teleostei)
GAGE, L. P.; Ph.D. - Dept. of Cell Biol., Roche Inst, of Molec. Biol., NUTLEY, N.J. 07110, U.S.A.
a Silk gland development and differentiation, especially silk fibroin synthesis in vitro, fibroin
message synthesis and isolation of the fibroin gene. Bombyx mori (Lepidoptera) (with R. A.
GREENE)
b Synthesis of fibroin polypeptides in an Ehrlich ascites cell-free extract in response to added
purified fibroin mRNA. Same species as a
c Preparation of iodinated (1251) fibroin mRNA, specific tRNA isoaccepting species, etc. for use in
studying the organization of the genome by hybridization techniques. Same species as a
GALE, T. F.; Ph.D. - Dept. of Anat., Dartmouth Med. Sch., HANOVER, N.H. 03755, U.S.A.
a Teratogenic potential of several heavy metals (mercury and cadmium). Mesocricetus auratus
(Rodentia)
GALL, J. G.; Ph.D., Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, Conn.
06520, U.S.A. ISDB
a Replication of satellite DNA. Drosophila spec. (Diptera)
b In situ nucleic acid hybridization in lampbrush chromosomes. Triturus spec. (Urodela)
GALSTON, A. W.; Ph.D., Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, Conn.
06520, U.S.A.
a Analysis of molecular basis for the developmental roles of hormones such as indole-3-acetic
31
acid and ol light (absorbed by phytochrome). Pisum sativum (Papilionaceae)
b Plant protoplasts: preparation by the use of cell-wall digesting enzymes; culture; cell wall
regeneration; attempts to achieve fusion. Pisum sativum (Papilionaceae), Avena sativa (Gra-
mineae), Nicotiana tabacum (Solanaceac)
GALUN, E.; Ph.D. - Dept. of Plant Genet., Weizmann Inst, of Sci., P.O. Box 26, REHOVOTH, Israel
a Determination of sex expression: genetic and hormonal factors. Cucumis spec. (Cucurbitaceae)
b Photo-induced changes in differentiation: structural, biochemical & genetic aspects. Trichoderma
spec. (Fungi imperfecti)
c Dedifferentiation and entry into cell cycle of mesophyll protoplasts. Nicotiana spec, and other
spp. (Solanaceae)
d Development of a system for plant-cell genetics. (Angiospermae)
GARBER, Mrs. B. B.; Ph.D., Assoc. Prof. - Depts. of Anat. and Biol., Univ. of Chicago, 1103 East
57th St., CHICAGO, 111. 60637, U.S.A.
a Reconstruction and histogenesis of the brain from dissociated single embryonic cells in vitro:
specificity of cell associations (cell surface recognition). Coturnix coturnix, Gallus domesticus
(Aves), Mus musculus (Rodentia)
b Cell surface interactions and role of cell ligands in neoplasia (myelogenic and intracranial
tumors). Mus musculus (Rodentia), Homo sapiens (Primates)
GARClA AUSTT, E.; M.D., Assoc. Prof. - Sect, of Exp. Neurol., Inst, of Neurol., Hosp. de Clinicas,
Piso 2, MONTEVIDEO, Uruguay
GARR1DO, O.; M.V., - Inst, de Embriol., Univ. Austral de Chile, Casilla No. 567, VALDIVIA, Chile
a Ultrastructural relationship "between the pharyngeal pouch of the adult male and the integument
of the tadpole. Rhinoderma darwini (Anura)
GASSER, R. F.; Ph.D., Prof. - Anat. Dept., Med. Center, Louisiana State Univ., 1542 Tulane Ave.,
NEW ORLEANS, La. 701 12, U.S.A.
a Neuromuscular development. Mus musculus, Rattus spec. (Rodentia), Homo sapiens (Primates)
b Atlas of developmental stages. Homo sapiens (Primates)
c Possible effects of biomechanical fields on cell differentiation during embryogenesis. Same
species as b
GATES, A. H., Jr.; Ph.D. - Div. of Genet., Univ. of Rochester, 260 Crittenden Blvd., ROCHESTER,
NY 14620, U.S.A.
GAY, Miss H.; Ph.D., Prof. - Dept. of Zool., Univ. of Michigan, ANN ARBOR, Mich. 48104, U.S.A.
a Molecular structure of chromosomes during genetic activity, especially nucleic acids and proteins
of heterochromatin and euchromatin (electron microscopy, cytochemistry, autoradiography,
biochemistry). Drosophila melanogaster (Diptera)
GEORGE, J. C; Ph.D., Prof. - Dept. of Zool., Univ. of Guelph, GUELPH, Ont. NIG 2W1, Canada
a Ultrastructural studies on the embryo. Lychas tricarinatus (Scorpionidea, Arachnida)
b Developmental studies on the supraneural haematopoietic tissue. Petromyzon marinus (Cyclo-
stomata)
GERBI, Miss S. A.; Ph.D. - Div. of Biol, and Med. Sci., Brown Univ., Box G, PROVIDENCE, R.I.
02912, U.S.A.
a Amplified DNA (DNA puffs). Sciara coprophila (Diptera)
b Satellite DNAs (in situ hybridization). Same species as a
GIBBONS, A. F. E.; Ph.D. - Worcester Found, for Exp. Biol., 222 Maple Ave., SHREWSBURY, MA
01545, U.S.A.
GIBLEY, C. W., Jr.; Ph.D. - Pennsylv. Coll. of Podiat. Med., 804 Pine St., PHILADELPHIA, PA
19107, U.S.A.
GILANI, S. H.; Ph.D. - Dept. of Anat., New Jersey Med. Sch., 100 Bergen St., NEWARK, N.J. 07103,
U.S.A.
a Mechanism of heart morphogenesis (morphology and cytology), and teratogenic action of
nicotine, lead, and other substances. Gallus domesticus (Aves)
GILBERT, P. W.; Ph.D., Prof. - Div. of Biol. Sci., Cornell Univ., ITHACA, NY 14850, U.S.A. ISDB
GILBERTSON, D.E.; Ph.D. - Dept. of Zool., Coll. of Biol. Sci., Univ. of Minnesota, MINNEAPOLIS,
MN 55455, U.S.A.
GILES, E. T.; Ph.D., D.I.C., Assoc. Prof. - Dept. of Zool., Sch. of Biol. Sci., Univ. of New England,
ARMIDALE, N.S.W. 2351, Australia
a Development and distribution of Australian species. (Dermaptera)
GIRARD, H.; Dr.es Sci. - Dept. of Anat., McMaster Univ., HAMILTON, Ont., Canada
GITLIN, G.; Ph.D., Prof. - Dept. of Anat., Hebrew Univ. - Hadassah Med. Sch., P.O.B. 1172,
JERUSALEM 91000, Israel
a Epithelium of the vaginal introitus. Rattus spec. (Rodentia)
GLADE, R. W.; Ph.D., Prof. - Dept. of Zool., Marsh Life Sci. Bldg., Univ. of Vermont, BURLING-
TON, VT 05401, U.S.A. ISDB
GLASS, Ms. L. E.; Ph.D., Assoc. Prof. - Dept. of Anat., Sch. of Med., Univ. of Calif., SAN
FRANCISCO, Calif. 94143, U.S.A.
a Maternal macromolecules transferred to developing ovarian oocytes and oviductal or uterine
embryos; interrelationships with macromolecules synthesized by the oocyte or embryo itself.
Mus musculus (Rodentia), Lepus spec. (Lagomorpha)
b Immunological contraception.
GLOBERSON, A.; Dr. - Dept. of Cell Biol., Weizmann Inst, of Sci., REHOVOT, Israel ISDB
a In vitro studies on immune reactivity of cells from the yolk sac and embryonic liver at different
stages of gestation. Mus musculus (Rodentia)
b Studies on the immunological status of newborn spleen. Same species as a
GOEL, S. C; Ph.D. - Dept. of Zool., Univ. of Poona, Ganeshkind, POONA 41 1007, India
32
a Histological, cytochemical, teratological and in vitro studies on the development ot limbs and
gonads. Calotes versicolor (Lacertilia, Reptilia)
b Mechanism of water uptake by developing eggs. Same species as a
c Biochemical analysis of development with special reference to excretory processes. Same species
as a
d Biochemistry of the development of the lens and pineal eye. Calotes versicolor (Lacertilia,
Reptilia), Gallus spec. (Aves)
GOETINCK, P. F.; Ph.D., Assoc. Prof. - Dept. of Anim. Genet., Storrs Agric. Exper. Station, Univ. of
Connecticut, STORRS, Conn. 06268, U.S.A. ISDB
a Mesoderm-ectoderm interaction in differentiation (limb, scales, and feathers). Gallus domesticus
(Aves)
b Chondroitin sulfate and collagen metabolism in micromelic mutants. Same species as a
GOFF, R. A.; Ph.D., Prof. - Dept. of Zool., Univ. of Oklahoma, 730 Van Vleet Oval, Rm. 222,
NORMAN, Okla. 73069, U.S.A.
a Analysis of the development of the appendicular skeleton by means of x-rays. Gallus domesticus
(Aves)
b Histochemical analysis of morphogenesis. Same species as a
GOICOECHEA, O. - Inst, de Embriol., Univ. Austral de Chile, Casilla no. 567, VALDIVIA, Chile
a Normal development. Rhinoderma darwini (Anura)
b Limb development upon heterotypic recombination in the embryo (microsurgery and culture
techniques). Gallus domesticus (Aves)
GOLDBERG, S.; M.D. - Dept. of Ophthalmol., New York Med. Coll., Flower and 5th Ave. Hospitals,
NEW YORK, N.Y. 10029, U.S.A.
a Development of the retina and visual pathways. Gallus domesticus (Aves)
b Neural regeneration in the retina and visual pathways. Rana catesbeiana (Anura), Gallus domesti-
cus (Aves), Rattus rattus (Rodentia)
c Specification of morphological polarity in the retina. Same species as a
GOLDHOR, Miss S.; Ph.D. - Sch. of Nat. Sci. and Mathemat., Hampshire Coll., AMHERST, Mass.
01002, U.S.A. ISDB
a Developmental changes in membranes. Rana pipiens (Anura)
GOLDIE, M.; Ph.D. - Dept. of Biol., Loyola Univ., 6525 N. Sheridan Rd., CHICAGO, 111. 60626,
U.S.A.
a Morphogenesis of the tail. Gallus domesticus (Aves)
b Site of action of factors inducing the rumpless phenocopy. Same species as a
c Effects of excess nutrients on early development in ovo and in vitro. Same species as a
d Effect of cytochalasin on the embryo. Same species as a
e Teratogenicity of biodegradable detergents. Same species as a
GOLDSMITH, Mrs. M. H. M.; Ph.D., Assoc. Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ.,
NEW HAVEN, Conn. 06520, U.S.A.
a Growth and development in response to hormones; hormone transport; tropistic responses. Zea
mays, Avena sativa (Gramineae), Coleus blumei (Labiatae)
GOLDSMITH, Ms. M. R.; Ph.D. - Dept. of Developm. and Cell Biol., Univ. of California, IRVINE,
Calif. 92664, U.S.A.
a Characterization of chorion protein composition in mutants with abnormal egg-shells, to identify
follicular epithelial cell mutants defective in protein biosynthesis. Bombyx mori (Lepidoptera)
GOLDWASSER, E.; Prof. - Dept. of Biochem. and Commit, on Developm. Biol., Div. of Biol. Sci.,
Univ. of Chicago, CHICAGO, 111. 60637, U.S.A. ISDB
a Biochemistry of development of erythrocytes from hemopoietic stem cells, mode of action of
erythropoietin, regulation of hemoglobin synthesis. (Mammalia)
GOMEZ DUMM, C. L.; M.D., Prof. - Inst, de Embriol., Biol, e Histol., Fac. de Cienc. Med., Univ. Nac.
de La Plata, 60 y 120, LA PLATA, Argentina
GONA, A. G.; Ph.D., Assoc. Prof. - Dept. of Anat., New Jersey Med. Sch., 100 Bergen St., NEWARK,
NJ 07103, U.S.A.
a Prolactin-thyroid interaction during metamorphosis. Triturus (Diemictylus) viridescens (Urodela)
b Normal and thyroid hormone-induced maturation of the cerebellum. Rana catesbeiana, R.
pipiens (Anura)
GONDOS, B.; M.D., Assoc. Prof. - Dept. of Pathol., Sch. of Med., Univ. of Calif., SAN FRANCISCO,
Calif. 94143, U.S.A.
a Ultrastructure of ovarian and testicular germ cell development. Oryctolagus cuniculus (Lago-
morpha), Homo sapiens (Primates)
b Ultrastructure of fertilization and cleavage. Oryctolagus cuniculus (Lagomorpha)
c Structural and biochemical maturation of the testis. Same species as b
GOPINATH, G. M.; M.Sc. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baioda, BARODA-2, India
a Development of integument and plumage. (Aves)
GORDON, H. P.; Ph.D. - Dept. of Oral Biol., Sch. of Dent., Univ. of Washington, SEATTLE, WA
98105, U.S.A.
GORDON, R.; Ph.D. - Natl. Inst, of Arthritis, Metab., and Digest. Dis., N.I.H., Bldg. 31, Rm 9A20,
BETHESDA, Md. 20014, U.S.A.
a The change of shape of the neural plate during neurulation is being analyzed experimentally,
mathematically, and by computer simulation in terms of physical forces generated by the
behavior of its constituent cells; a generally applicable theory of morphodynamics, based on
continuum mechanics, is being developed. Taricha torosa (Urodela) (with A. G. JACOBSON,
Austin, Tex.)
b Methods are being formulated to analyze the postnatal development of lineai receptive fields of
33
cells in the visual cortex. Felis domestica (Carnivora) (with H. V. B. HIRSCH, Albany, N.Y )
GOSS, R. J.; Ph.D., Prof. Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE, R.l. 02912,
U.S.A. ISDB
a Compensatory renal hypertrophy. Rattus rattus (Rodentia)
b Atrophy of auxiliary heart grafts. Same species as a
c Regeneration and wound healing in ear, Oryctolagus cuniculus (Lagomorpha) and wing (Chirop-
tera)
GOTTLIEB, F. J.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Pittsburgh, PITTSBURGH, PA 15213,
U.S.A.
GOTTLIEB, G.; Ph.D. - Psychol. Lab., Dorothea Dix Hosp., RALEIGH, N.C. 2761 1, U.S.A.
a Behavioral development of fetuses and embryos. Anas platyrhynchos, Gallus gallus (Aves)
GRABOWSKI, C. T.; Ph.D., Prof. - Dept. of Biol., Univ. of Miami, CORAL GABLES, FL 33124,
U.S.A. ISDB
GRAHAM, D. E. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN 37830, U.S.A.
GRANGER (PARSONS), Mrs. N.; Ph.D. - Dept. of Developm. and Cell Biol., Univ. of California,
IRVINE, Calif. 92664, U.S.A.
a Control of the corpora allata by the brain during larval development; identification of allata-
controlling center of brain; identification of an allatotropic factor and its relationship to
neurosecretion in the brain. Gallcria mellonella (Lepidoptera)
b Internal and external stimuli affecting the allata-controlling center of the larval brain. Same
species as a
GRANT, Ph.; Ph.D. - Dept. of Biol., Univ. of Oregon, EUGENE, Ore. 97403, U.S.A. ISDB
a Nucleocytoplasmic interactions in development. Rana pipiens (Anura)
b Specification of visual and motor neuron connections. Xenopus laevis (Anura)
GRASSO, J. A.; Ph.D., Assoc. Prof. - Dept. of Anat., Boston Univ., 80 E. Concord St., BOSTON,
Mass. 02118, U.S.A.
a The relationship between various RNA species and the onset of hemoglobin synthesis. Triturus
cristatus carnifex (Urodela)
b Red blood cell development in anemic animals. Triturus spec. (Urodela)
c Developmental studies in sickle cell anemia. Homo sapiens (Primates)
GRAVER, H. T.; D.D.S., Ph.D. - Dept. of Histol., Embryol., and Genet., Sch. of Dent. Med., Univ. of
Pennsylvania, 4001 Spruce St., PHILADELPHIA, Pa. 19174, U.S.A.
a Effects of operations on formation of dental lamina and tooth buds in the regenerating mandible.
Triturus viridescens (Urodela)
b Lung regeneration. Same species as a
GRAY. D. J.; Ph.D., Prof. - Dept. of Anat., Sch. of Med., Stanford Univ., STANFORD, Calif. 94305,
U.S.A.
a Prenatal development of lower limb bones, vertebral column, and costovertebral joints. Homo
sapiens (Primates)
GRAY, Miss F. H.; Ph.D. - Dept. of Zool. and Entomol., Ohio State Univ., 1735 Neil Ave.,
COLUMBUS, OH 43210, U.S.A.
GREEN, Mrs. M. C; Ph.D. - The Jackson Lab., BAR HARBOR, Me. 04609, U.S.A.
a Developmental genetics. Mus musculus (Rodentia)
GREEN, P. B.; Ph.D., Prof. - Dept. of Biol. Sci., Stanford Univ., STANFORD, CA 94305, U.S.A.
a Biophysics of morphogenesis. (Plantae) ISDB
GREENE, R. A.; Ph.D. - Dept. of Cell Biol., Roche Inst, of Molec. Biol., NUTLEY, N.J. 07110,
U.S.A.
a Silk gland development and differentiation, especially properties and in vitro translation of silk
fibroin mRNA. Bombyx mori (Lepidoptera)
GREENGARD, O.; Ph.D. - Dept. of Biol. Chem., Cane. Res. Inst., New England Deaconess Hosp.,
185 Pilgrim Rd., BOSTON, Mass. 02215, U.S.A.
a Hormonal regulation of enzyme synthesis in fetal and newborn liver, kidney, brain and spleen.
Rattus spec. (Rodentia)
b Enzyme synthesis in explants of fetal liver cultured in vitro. Same species as a
GREENHOUSE, G. A.; Ph.D. - Dept. of Developm. and Cell Biol., Univ. of California, IRVINE, Calif.
92664, U.S.A.
a Control of protein synthesis in embryos, particularly isolation of masked messenger RNA.
Xenopus laevis (Anura), Strongylocentrotus purpuratus (Echinoidea)
b Effects of various pollutants supplied by the U.S. Air Force on the growth and development of
embryos. Rana pipiens, Xenopus laevis (Anura)
GREENWOOD, M. S.; Ph.D. - Res. Lab., Weyerhaeuser Co., P.O. Box 1060, HOT SPRINGS, Ark.
71901, U.S.A.
a Physiology of root regeneration by hypocotyl slices from dormant, mature embryos. Pinus
lambertiana (Coniferae)
b The role of auxin metabolism in root regeneration. Same species as a
c The role of auxin in lateral root formation by roots, 13,238 (1974) both intact and cultured. Zea
mays (Gramineae)
d Juvenile vs. mature state in relation to induction of early flowering and failure of cuttings to
root in juvenile material. Pinus taeda (Coniferae)
GREGG, J. H.; Ph.D., Prof. - Dept. of Zool., Univ. of Florida, GAINESVILLE, Fla. 32611, U.S.A.
a Developmental physiology. (Acrasiales) ISDB
b Freeze-etch electron microscope studies of surface membranes. Dictyostelium discoideum (Acra-
GREGG, J. R.; Ph.D., Prof. - Dept. of Zool., Duke Univ., DURHAM, NC 27706, U.S.A. ISDB
34
GRILLO, H. C; M.D., Prof. - Dept. of Surgery, Massachusetts Gen. Hosp., BOSTON, Mass. 021 14,
U.S.A.
GRILLO, T. A. I.; Prof. - Div. of Human Biol, and Behavior, Fac. of Health Sci., Univ. of Ife,
ILE-IFE, Nigeria ISDB
GROBSTEIN, C; Ph.D. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, La JOLLA,
Calif. 92037, U.S.A. ISDB
GROBSTEIN, P.; Ph.D. - Dept. of Pharmacol, and Physiol. Sci., Univ. of Chicago, 1101 E. 57th St.,
CHICAGO, IL 60637, U.S.A.
a Processes in development of pattern in nerve cell connections, especially in visual pathways: 1.
does pattern result from unique neuronal complementarities? 2. role of visual experience in
determining patterns and its relation to ontogenetic information, (lower and higher Vertebrata)
GROSCH, D. S.; Ph.D. - Dept. of Genet., North Carolina State Univ., Gardner Hall, RALEIGH, N.C.
27607, U.S.A.
a Egg production and survival of embryos after mother has ingested, or been injected with,
chemical agents; without and with irradiation. Habrobracon spec. (Hymenoptera)
b The effects of space flight on reproductive performance (weightlessness, dynamic factors of
launching and recovery, and radiation effects). (Insecta)
c Mosaic and gynandromorph formation (techniques for altering proportion obtained). Same
species as a
GROSS, J.; M.D., Prof. - Developm. Biol. Lab., Massachusetts Gen. Hosp., BOSTON, Mass. 02114
U.S.A. ISDB
GROSS, P. R. - Dept. of Biol., Massachusetts Inst, of Technol., CAMBRIDGE, MA 02139, U.S.A.
ISDB
GRUBB, R. B.; Ph.D. - Dept. of Anat. Sci., Univ. of Oklahoma Health Sci. Ctr., P.O. Box 26901,
OKLAHOMA-City, Okla. 73190, U.S.A.
a Intestinal regeneration: origin and developmental potentiality of blastemal cells. Notophthalmus
viridescens (Urodela)
b Jaw regeneration: origin and developmental potentiality of blastemal cells. Same species as a
GULYAS, B. J.; Ph.D. - Natl. Inst, of Child Health and Human Developm., Natl. Inst, of Health,
Auburn Bldg. Rm. 203, BETHESDA, Md. 20014, U.S.A.
a Biochemistry and ultrastructure of formation and fate of annulate lamellae, nucleolar function,
and blastocyst formation. Oryctolagus cuniculus (Lagomorpha), Rattus spec. (Rodentia)
b Cleavage plane formation. Mus musculus, Rattus spec. (Rodentia), Oryctolagus cuniculus (Lago-
morpha)
c Polyspermy. Oryctolagus cuniculus (Lagomorpha)
d Induced parthenogenesis; ultrastructure and culturing of such eggs. Same species as c
e Prenatal and postnatal development of testis. Macaca mulatta (Primates)
GUMBRECK, L.; Ph.D., Prof. - Dept. of Anat. Sci., Univ. of Oklahoma Med. Center, 801 NE 13th
St., OKLAHOMA-City, Okla. 73190, U.S.A.
a Development of genital, ophthalmic and urinary anomalies as related to genes, with emphasis on
hermaphroditic alterations. Rattus rattus (Rodentia)
GUNBERG, D. L.; Ph.D., Prof. - Anat. Dept., Med. Fac, Univ. of Malaya, KUALA LUMPUR 22-11,
Malaysia
a In vitro investigations of the metabolic requirements of early post-implantation embryos. Rattus
norvegicus (Rodentia)
b An investigation of the effects of teratogens on 6-30 somite embryos cultured in serum. Same
species as a
GURAYA, S. S.; Ph.D., D.Sc, Prof. - Dept. of Zool., Punjab Agric. Univ., LUDHIANA, Punjab, India
a Cytology and histochemistry of oogenesis. Passer domesticus (Aves), Mystus tengara (Teleostei),
Homo sapiens (Primates)
b Cytology and histochemistry of spermatogenesis. Bubalus bubalis (Artiodactyla)
c Histochemistry of spermatozoa while passing through the male ducts. Bubalus bubalis (Artiodac-
tyla), Rattus spec. (Rodentia)
d Cytology and histochemistry of prenatal and postnatal development of ovary and testis. Cavia
porcellus, Rattus spec. (Rodentia), Homo sapiens (Primates)
GWATKIN, R. B. L.; Ph.D. - Dept. of Reprod. Biol., Merck Inst, for Therap. Research, RAHWAY,
N.J. 07065, U.S.A.
a Studies on fertilization, implantation and early development. Mesocricetus auratus, Mus musculus
(Rodentia)
HADFIELD, M. G.; Ph.D. - Kewalo Lab., Pacif. Biomed. Res. Ctr., Univ. of Hawaii, 41 Ahui St.,
HONOLULU, Hawaii 96813, U.S.A.
a Sources of yolk and causative factors in the non-development of nurse eggs (cytochemistry,
electron, phase-contrast, and interference-contrast microscopy). (Vermetidae, Gastropoda)
b Externally induced metamorphosis and settling in marine larvae. (Gastropoda)
HAGEDORN, H. H.; Ph.D. - Dept. of Biol., Yale Univ., 1016 Kline Biol. Tower, NEW HAVEN, CT
06520, U.S.A.-
HAGIWARA, A.; D.Sc. - Lab. of Developm. Biol., Zool. Inst., Univ. of Kyoto, Kitashirakawa,
Sakyo-ku, KYOTO, Japan
HALEY, L. E.; Ph.D., Assoc. Prof. - Dept. of Biol., Dalhousie Univ., HALIFAX, N.S., Canada
a The time of activation of genes controlling some enzymes in development. Coturnix cotumix
japonica, Coturnix c. japonica x Gallus domesticus (Aves)
HALEY, S. R.; Ph.D. - Dept. of Zool., Univ. of Hawaii, 2538 The Mall, HONOLULU, Hawaii 96822,
U.S.A.
a Origin of germ line, prelarval development, reproductive cycling, and developmental adaptations
35
of Hawaiian forms. Clibinaiius zebra, Calcinus latcns, C. lacvimanus (Anomura, Decapoda,
Crustacea)
b Origin of the germinal disc: cell lineage studies to determine the cell line(s) which give rise to the
germinal disc in embryos which initially cleave holoblastically. Same species as a
c Origin of the extraembryonic membranes and egg attachment. Same species as a
HALL, B. K.; Ph.D., Assoc. Prof. - Dept. of Biol., Dalhousie Univ., Life Sci. Centre, HALIFAX,
N.Sc, Canada
a The origin of cartilage and bone from common germinal cells. Gallus domesticus (Aves)
b Determination of corticosteroid levels in plasma and adrenal glands. Same species as a
c Hormonal control of skeletal development. Same species as a
II \1 1MRIN, W.; Ph.D., Assoc. Prof. - Dept. of Bot., Univ. of Washington, SEATTLE, Wash. 98195,
U.S.A.
a The chemical basis for embryogenic phenotype (cell culture methods). Daucus carota (Umbel-
lifera)
b Effects of cytokinins on cell wall metabolism, with special reference to tracheid development.
Helianthus tuberosus, Pelargonium spp., Coleus spp. (Angiospermae)
HAMA, T.; D.Sc, Prof. - Biol. Inst., Fac. of Sci., Nagoya Univ., Chikusa-ku, NAGOYA, 464 Japan
ISDB
HAMABATA, A.; M.D., Assoc. Prof. - Dept. de Bioquim., Ccntro de Invest, y de Estud. Avanzados
del Inst. Politecn. Nac, Apartado Postal 14-740, MEXICO 14, D.F., Mexico
a Serum factors involved in early .stages of myogenesis in vitro; molecular mechanisms. Gallus gallus
(Aves)
b Cell-produced substances involved in early stages of myogenesis in vitro. Same species as a
HAMADA, S. H.; Ph.D. - Biol. Sci. Dept., Calif. Polytechn. State Univ., SAN LUIS OBISPO, Calif.
93407, U.S.A.
a The role of glycoproteins in forelimb regeneration (labelled glucose, electron microscopic
radioautography, blastema culture). Taricha torosa (Urodela)
b The reaggregation of disaggregated embryos in culture, (effects of biochemical inhibitors and of
an 'enhancing factor'; time lapse phase microscopy and electron microscopy). Strongylocentrotus
purpuratus (Echinoidea)
HAMBURGER, V.: Ph.D., Prof. (Emer.) - Dept. of Biol., Washington Univ., Skinker and Lindell Ave.,'
ST.LOUIS, Mo. 63130, U.S.A. ISDB
a Neuro-embryology. Gallus domesticus (Aves)
b Embryology of behavior. Gallus domesticus (Aves), Rattus domesticus (Rodentia)
HAMBURGH, M.; Prof. - Dept. of Biol., City Coll. of the Univ. of New York, Convent Ave. and
139th St., New York, NY 10031, U.S.A.
also: Dept. of Anat., A. Einstein Coll. of Med., Eastchester Rd., & Morris Park Ave., NEW
YORK, Bronx, NY 10461, U.S.A.
HAMILTON, H. L.; Ph.D., Prof. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHARLOTTESVILLE,
Va. 22903, U.S.A. ISDB
a Organogenesis. Gallus domesticus (Aves)
HAMMOND, W. S.; Ph.D. Assoc. Prof. - Dept. of Anat., Upstate Med. Centre, State Univ. of New
York. 766 Irving Ave., SYRACUSE, N.Y. 13210, U.S.A. ISDB
a Hypophyseal development in the embryo. Gallus domesticus (Aves)
HAMNER, Ch. E.; D.V.M., Ph.D. - Dept. of Obstet. and Gynecol., Div. of Reprod. Biol., Univ. of
Virginia Med. School, Box 179, CHARLOTTESVILLE, Va. 22903, U.S.A.
a The composition of oviduct secretions of ovariectomized females with and without estrogen and
progesterone injections and the effects of these secretions on sperm metabolism, fertilizing ability
and blastocyst development. Oryctolagus cuniculus (Lagomorpha), Felis catus (Carnivora)
b The role of steroids in capacitation of sperm in the female reproductive tract. (Mammalia)
c Reproductive physiology; artificial insemination technique, sperm characterization, seminal
plasma constituents, in vitro fertilization. Felis catus (Carnivora)
HAMPEL, A. E.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Northern Illinois Univ., Montgomery Hall,
DeKALB, 111. 60115, U.S.A.
a Protein and nucleic acid synthesis in late tailbud stages (incorporation study) Xenopus laevis
(Anura)
HANADA, A.; BVS - Natl. Inst, of Anim. Industry, CHIBA-shi, 280 Japan
a Fertilization of ova. Bos taurus, Capra hircus (Artiodactyla)
HANAOKA, Y.; M.Sc. - Dept. of Comp. Endocrinol., Inst, of Endocrinol., Gunma Univ., Showa-
machi, MAEBASHI, 371 Japan
HANSON, E. D.; Ph.D., Prof. - Dept. of Biol., Wesleyan Univ., MIDDLETOWN, Conn. 06457, U.S.A.
a Developmental genetics of oral structures (techniques: electron microscopy, UV microbeam,
nucleic acid and protein antimetabolites) Paramecium aurelia, P. trichium (Ciliata)
b Mutations which affect structural integrity of the cell, esp. conditional mutants (chemical
mutagenesis, breeding analyses, light and electron microscopy). Paramecium aurelia (Ciliata)
c Functional analysis of fine structure of cell cortex (techniques: electron and light microscopy,
chemical and physical agents which disrupt fine structure). Same species as b
HANZELY, L.; Ph.D. - Dept. of Biol. Sci., Northern Illinois Univ., DeKALB, 111. 60115, U.S.A.
a Development of the digitonin-induced cell wall system in dividing meristematic root tip cells
(electron microscopy). Allium sativum (Liliaceae)
b Effects of morphactins on vegetative growth and propagation (electron microscopy). Bryophyl-
lum daigremontianum (Crassulaceae)
HARDY, Ms. M. H.; Ph.D., Assoc. Prof. - Dept. of Biomed. Sci., Ontario Vet. Coll., Univ. of Guelph,
GUELPH, Ont. NIG 2W2, Canada
36
a Development of asebia (ab/ab) homozygotes: changes in the dermis before birth, changes in
sebaceous gland secretion and hair follicle orientation. Mus musculus (Rodentia)
b Mucous metaplasia of skin and hair follicles in vitro under excess vitamin A (electron microscopy,
separation and recombination of dermis and epidermis). Same species as a
HARRIS, M.;Ph.D., Prof. - Dept. of Zool., Univ. of California, BERKELEY, Calif. 94720, U.S.A.
a Somatic cell hybridization: mechanisms of cell fusion and phenotypic expression of characters in
hybrids. Mesocricetus auratus (Rodentia)
HARRIS (FELDMAN), Mrs. P. J.; Ph.D., Assoc. Prof. - Biol. Dept., Univ. of Oregon, EUGENE, Ore.
97403, U.S.A.
a Localization of 'maternal' messenger RNA in eggs; isolation of 'heavy bodies' and characteriza-
tion of their RNA (biochemistry, electron microscopy). Strongylocentrotus purpuratus
(Echinoidea)
b Centriole replication and separation, using mercaptoethanol to induce direct divisions from one
to four cells (electron microscopy). Strongylocentrotus purpuratus, Dendraster excentricus
(Echinoidea)
HARRISON, J. R.; Ph.D., Prof. - Dept. of Zool., State Univ. of New York, OSWEGO, N.Y. 13126,
U.S.A.
a In vitro studies on the growth and differentiation of the retinal pigment in the embryonic eye:
analysis of developmental factors contained in the yolk-albumen of the egg. Gallus domesticus
(Aves)
b Uptake of glucose by early primitive streak to early somite embryos (isotope techniques). Same
species as a
c Glucose and amino acid metabolism in the early embryo. Same species as a
HARTH, M. S.; Ph.D. - Div. of Res., N. Carolina Dept. of Ment. Health, Dorothea Dix Hosp., Box
7532, RALEIGH, NC 27611, U.S.A.
HARTMANN, J. F.; Ph.D. - Dept. of Reprod. Biol, Merck Inst, for Therap. Res., RAHWAY, N.J.
07065, U.S.A.
a Prepenetration reactions in fertilization. (Mammalia)
HASEGAWA, M.; D.Sc, Prof. - Lab. of Biol., Women's Coll. of Tokai-Gakuen, Tenpaku-cho,
Shyowa-ku, NAGOYA, 468 Japan
a Restitution of the eye. (Teleostei)
b Morphogenesis of the retinal pigment cell. Same species as a
HASELKORN, R.; Ph.D., Prof. - Dept. of Biophys. and Theoret. Biol., Univ. of Chicago, 1101 E.
57th St., CHICAGO, IL 60637, U.S.A.
a Cell differentiation: control of heterocyst development and synthesis of nitrogen-fixing enzymes.
Nostoc muscorum (Cyanophyceae)
HASHIMOTO, K.; M.D., Prof. - Dept. of Med., Div. of Dermatol., Univ. of Tennessee, Vet. Adm.
Hosp., 1030 Jefferson Ave., MEMPHIS, Tenn. 38104, U.S.A.
a Embryogenesis of cutaneous fine structures. Homo sapiens (Primates)
HASHIMOTO, K.; D.Sc. - Biol. Lab., Kozu High School, Tennoji-ku, OSAKA, Japan
HASSELL, J. R.; Ph.D. - Exp. Pharmacol. Sect., Natl. Inst, of Dent. Res., Natl. Inst, of Health, Bldg.
30, Rm 225, BETHESDA, Md. 20014, U.S.A.
a The role of DNA synthesis and cell migration in growth regulation of facial structures. (Mam-
malia)
b Changes in protein-protein interactions during development. (Mammalia)
HAY, D. M.; Ch.B., Assoc. Prof. - Div. of Obstet. and Gynecol., Health Sci. Centre, Univ. of Calgary,
CALGARY, Alta. T2N 1N4, Canada
a Ante-natal monitoring of the fetus. (Mammalia)
HAY, Miss E. D.; M.D., Assoc. Prof. - Dept. of Anat., Harvard Med. School, 25 Shattuck St.,
BOSTON, Mass. 02115, U.S.A. ISDB
a Regeneration cells, and localization of RNA turnover (electron microscopic autoradiography).
Planaria spec. (Turbellaria), Triturus viridescens (Urodela)
b Fine structure of the developing cornea, and localization and identification of proteins secreted
by the epithelium (autoradiography and chromatography). Gallus domesticus (Aves)
c Migration of corneal endothelium and mesenchymal cells; role of glycosaminoglycans in cell
migration and development. Same species as b
d Secretion of collagen by neural tube and other embryonic epithelia; its role in tissue interaction.
Same specis as b
HAY, R. J.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Wright State Univ., Col. Glenn Highway,
DAYTON, OH 45431, U.S.A.
HAYASHI, Y.; Ph.D., Prof. - Daizawa 2-18-18, Setagaya-ku, TOKYO, Japan ISDB
HAYASHI, Y.; M.D. - Dept. of Developm. Pathol., Res. Inst, of Environm. Med., Nagoya Univ.,
Furo-cho, Chikusa-ku, NAGOYA, 464 Japan
a Electron microscopy of experimentally induced malformations of the central nervous system.
Mus musculus, Rattus norvegicus (Rodentia)
b Effects of low-dose x-irradiation upon the developing brain. Mus musculus (Rodentia) (with Y.
KAMEYAMA and K. HOSHINO)
HEARSON, L. L.; Ph.D., Assoc. Prof. - Dept. of Biol, Wabash Coll., CRAWFORDSVILLE, Ind.
47933, U.S.A.
a Proliferation, DNA synthesis and nerve Fiber patterns in forelimb blastemata. Ambystoma
mexicanum (Urodela)
b Cytochemistry of dedifferentiation and redifferentiation in denervated limbs. Ambystoma
maculatum, A. opacum (Urodela)
c Proliferation patterns in aneurogenic forelimb blastemata. Same species as b
37
Ill Mil. H. D; Ph.D., Prof. - Dept. of Biol. Sci., Calif. State Univ., HAYWARD, Calif. 94542, U.S.A.
a Growth regulation in larvae. Tarklia torosa (Urodd.il
b Tentacle regeneration. Hydra littoralis, Chlorohydra viridissima (Hydrozoa)
HEATON, Mrs. M. B.; Ph.D. - Ncuroembryol. Lab., North Carolina Dept. of Mental Health, Res. Div.,
RALKIGH, N.C. 27611, U.S.A.
a Behavioral and neurological development of embryos and neonates. Anas platyrhynchos, Callus
gallus (Aves)
HI: IM W. G.; Ph.D., Prof. - Dept. of Biol., The Colorado Coll., COLORADO SPRINGS, Colo. 80903,
U.S.A. ISDB
a Serum proteins during ontogeny. Gallus domesticus (Aves), Rattus rattus (Rodentia)
b Alpha-2 macroglobulin during development, regeneration and various physiological states. Rattus
rattus (Rodentia)
HI IN, Miss R. R.; Ph.D., Prof. - Biol. Dept., Upsala College, Prospect St., EAST ORANGE, N.J.
07019, U.S.A.
a Effect of chemical agents (usually metals) on development and possible correlation with the
effect of selected enzyme systems present in developing and regenerating tissues. Dugesia
dorotocephala (Turbellaria), (Echinodermata)
HEMING, B. S.; Ph.D., Assoc. Prof. - Dept. of Entomol., Univ. of Alberta, EDMONTON, Alta. T6G
213, Canada
a Metamorphosis. Frankliniella fusca, Haplothrips verbasci and other spp. (Thysanoptera)
b Parthenogenesis. Various spp. (Thysanoptera)
c Embryogenesis. Haplothrips verbasci (Thysanoptera)
HENDRICKX, A. G.; Ph.D. - Calif. Primate Res. Ctr., Univ. of Calif., DAVIS, CA 95616, U.S.A.
HENDRIX, R. W.; Ph.D. - Dept. of Ophthalmol., Children's Hosp. Med. Center, and Dept. of Anat.,
Harvard Med. Sch., 25 Shattuck St., BOSTON, Mass. 02115, U.S.A.
a Analysis of tissue and cell shape changes during induction and differentiation of the eye lens.
Gallus domesticus (Aves)
b Analysis of extracellular matrix changes during induction and differentiation of the eye lens.
Same species as a
HENNEN, Miss S.; Ph.D., Assoc. Prof. - Dept. of Biol., Marquette Univ., 530 N. 15th St., MIL-
WAUKEE, Wis. 53233, U.S.A. ISDB
a Nucleo-cytoplasmic interactions in development. (Amphibia)
HERMAN, L.; Ph.D., Prof. - Dept. of Pathol., Downstate Med. Center, State Univ. of New York, 450
Clarkson Ave., NEW YORK, Brooklyn, N.Y. 1 1203, U.S.A.
a Electron microscopy of normal and urethane induced changes in embryonic neural tube cells and
lung tissue cells. Mus musculus (Rodentia)
HERNANDEZ de BARRIOS, Mrs. C. E.; M.D. - Cat. de Embriol., Fac. de Med., Univ. de Los Andes,
MERIDA, Venezuela
a Histochemistry of the developing placenta. Homo sapiens (Primates)
b Anomalies of the nasal cavity. Same species as a
HEROLD, R. C; Ph.D., Assoc. Prof. - Dept. of Histol., Embryol., and Genet., Sch. of Dent. Med.,
Univ. of Pennsylvania, 4001 Spruce St., PHILADELPHIA, Pa. 19174, U.S.A.
a Relation of dentinogenesis and dermal bone formation. Squalus acanthias (Selachii; Teleostei),
Ambystoma spec. (Urodela)
b Development of embryonic fine structure, mitochondria, and cell membrane; effect of chemical
treatments. Echinarachnius parma (Echinoidea)
c Comparative development and ultrastructure of dentines (osteodentine and vasodentine). Esox
lucius, Gadus callarias (Teleostei)
d Development of embryonic skeletal structure; normal ultrastructure and effect of sodium
fluoride. Same species as b
e Developmental pathology of odontogenesis. Homo sapiens (Primates)
f Fine structure of experimental tooth dysplasias. Rattus spec, Cavia spec. (Rodentia)
HERRMANN, H.; M.D., Prof. - Biol. Sci. Group, Genet, and Cell Biol. Sect., U-125, Univ. of
Connecticut, STORRS, Conn. 06268, U.S.A.
a Protein synthesis in muscle of developing embryo. Gallus domesticus (Aves)
HEYN, A. N. J.; Prof. - Dept. of Biol. Sci., Louisiana State Univ., Lake Front, NEW ORLEANS, LA
70122, U.S.A.
HIBBARD, E.; Ph.D., Assoc. Prof. - Dept. of Biol., Pennsylvania State Univ., 208 Life Sciences I,
UNIVERSITY PARK, Pa. 16802, U.S.A.
a Effects of polarity on differentiation of sensory structures and outgrowth of nerve fibres.
Xenopus laevis and other spp. (Amphibia)
b Restoration of vision in eyeless mutant by grafting eyes at early tailbud stage. Ambystoma
mexicanum (Urodela)
HICKEY (WEBER), Mrs. E. D.; Ph.D. - Biol. Dept., Russell Sage Coll., TROY, N.Y. 12180, U.S.A.
a Thyroxine sensitivity of regenerated tail tips cultured in vitro. Xenopus laevis (Anura)
b Changes in hemoglobin during metamorphosis. Same species as a
HICKS, G. S.; Ph.D. - Dept. of Biol., Dalhousie Univ., Life Sci. Centre, HALIFAX, N.Sc, Canada
a Nutritional and hormonal requirements of cultured floral organs; organ autonomy, regenerative
potential and inter-organ effects. Nicotiana tabacum (Solanaceae)
HIGASHINAKAGAWA, T.; D.Sc. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University
Parkway, BALTIMORE, Md. 21210, U.S.A.
a Analysis of proteins on the ribosomal genes of oocytes. Xenopus laevis (Anura) (with R. H.
REEDER)
38
HILD, W. J.; M.D., Prof. - Dept. of Anat., Med. Branch, Univ. of Texas, GALVESTON, Tex. 77550,
U.S.A.
a In vitro development of retinal explants; differentiation of sensory cells and synaptic complexes.
Rattus norvegicus (Rodentia), Felis domestica (Carnivora)
HILFER, S. R.; Ph.D., Assoc. Prof. - Dept. of Biol., Temple Univ., Broad & Berks St., PHILADEL-
PHIA, PA 19122, U.S.A. ISDB
HILL, Mrs. S. DOUGLAS; Ph.D. - Dept. of Zool., Michigan State Univ., 220 Nat. Sci. Bldg., EAST
LANSING, Mich. 48823, U.S.A.
a Muscle regeneration in the limb. Ambystoma maculatum (Urodela)
b Origin of cells during regeneration. (Sabellidae, Spionidae, etc., Polychaeta)
HINDMAN, J. L.; Ph.D., Prof. - Progr. in Gen. Biol., Washington State Univ., PULLMAN, WA 99163,
U.S.A.
HINDS, J. W.; Ph.D. - Dept. of Anat., Boston Univ., 80 E. Concord St., BOSTON, Mass. 02118,
U.S.A.
a Golgi impregnation and electron microscopic study of neurogenesis and gliogenesis in the
olfactory bulb. Mus musculus (Rodentia)
b Early neurogenesis in spinal cord and cerebral cortex (electron microscopy, Golgi impregnation).
Same species as a
c Analysis of developing retina using serial electron microscopic sections. Same species as a
HINSCH, Miss G. W.; Ph.D., Prof. - Inst, of Molec. Evol., Univ. of Miami, 521 Anastasia Ave., CORAL
GABLES, FL 33134, U.S.A. ISDB
HIRABAYASHI, T.; Ph.D. - Inst, of Zool., Tokyo Kyoiku Univ., Otsuka 3-29-1, Bunkyo-ku,
TOKYO, Japan
HIRADHAR, P.;M.Sc. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA-2, India
a Tail regeneration in the adult. Hemidactylus flaviviridis (Lacertilia)
HIRAKOW, R.; M.D., Prof. - Dept. of Anat., Saitama Med. Sch., 38 Morohongo, Moroyama,
Iruma-gun, SAITAMA, 350-04 Japan
a Ultrastructural differentiation of the heart. (Vertebrata)
HIRAMOTO, Y.; D.Sc, Prof. - Biol. Lab., Tokyo Inst, of Technol., Ookayama, Meguro-ku, TOKYO,
152 Japan ISDB
a Cell division. (Echinoidea)
b Physical properties of eggs. (Echinoidea)
c Physiology of fertilization. (Echinoidea)
HIROSHIMA, T.; B.Sc. - Biol. Inst., Kanazawa Med. Univ., UCHINADA-machi, Ishikawa-ken, Japan
a Reaggregation of dissociated cells. Callyspongia elongata (Porifera)
HIRSCH, H. V. B. - Dept. of Biol. Sci., State Univ. of New York, ALBANY, N.Y. 12222, U.S.A.
a Methods are being formulated to analyze the postnatal development of linear receptive fields of
cells in the visual cortex. Felis domestica (Carnivora) (with R. GORDON, Bethesda, Md.)
HISHIDA, T.; D.Sc, Prof. - Lab. of Biol., Gifu Coll. of Dent., 1851 Takano, Hozumi-cho, Motosu-
gun, GIFU-ken, Japan
a Sex differentiation and sex reversal. Oryzias latipes (Teleostei)
HOADLEY, L.; Ph.D., Prof. (Emer.) - 985 Memorial Drive, Apt. 403, CAMBRIDGE, MA 02138,
U.S.A. ISDB
HOAR, R. M.; Ph.D. - Teratol. Sect., Dept. of Exp. Pathol, and Toxicol., Res. Div., Hoffmann-La
Roche Inc., Bldg. 100, NUTLEY, N.J. 07110, U.S.A.
a Placental endocrine activity and adrenal activity of embryos exposed to maternal hyperadreno-
corticalism. Cavia porcellus (Rodentia)
b Maternal hyperadrenalism and the interrelationship of thyroid and adrenal activities of the
embryo. Same species as a
c Development of the structure and function of the yolk sac placenta and its relationship to birth
defects. Rattus norvegicus (Rodentia)
HODGETTS, R. B.; Ph.D. - Dept. of Genet, Univ. of Alberta, EDMONTON, Alta. T6G 2E9, Canada
HOLLAND, C. A. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, Tenn. 37830, U.S.A.
a Functions of satellite DNAs and macromolecular metabolism in regenerating tissues. Gecarcinus
lateralis (Decapoda, Crustacea) (with D. M. SKINNER)
b Interacting controls of regeneration and molting. Same species as a (with D. M. SKINNER)
HOLLAND, Miss Y. - Dept. of Developm. and Neural Biol., Rockefeller Univ., 66th St. and York
Ave., NEW YORK, N.Y. 10021, U.S.A.
a Evaluation of large cinemicrographic material on cell interactions and specificity (with P. A.
WEISS)
HOLLINSHEAD, Ms. M. B.; Ph.D., Assoc. Prof. - Dept. of Anat., New Jersey Med. Sch., 100 Bergen
St., NEWARK, NJ 07103, U.S.A.
a Embryology of grey lethals showing osteopetrosis and eruption failure of molars (light and
electron microscopy). Mus musculus (Rodentia)
b Embryonic development of skeletal muscle (electron microscopy). Homo sapiens (Primates)
HOLLYDAY, Miss M. A.; Ph.D. - Dept. of Biol., Washington Univ., Skinner and Lindell Ave., ST.
LOUIS, Mo. 63130, U.S.A.
a Autoradiographic studies of embryonic spinal cord. Gallus domesticus (Aves)
b Motility studies on deafferented embryonic limbs. Same species as a
HOLLYFIELD, J. G.; Ph.D. - Dept. of Ophthalmol., Coll. of Phys. and Surg., Columbia Univ., 630W.
168th St., NEW YORK, N.Y. 10032, U.S.A.
a Retinal changes at metamorphosis. Rana pipiens, Xenopus laevis (Anura)
b Growth of the visual system. Xenopus laevis (Anura)
c Retinal differentiation and histogenesis. Fundulus heteroclitus (Teleostei)
39
d Interactions between retina and pigmented epithelium during development. Same species as a
e Phagocytosis by the pigmented retinal epithelium during development. Same species as a
f Development of ganglion cell specificity for tectal loci. Rana pipiens (Anuia)
HOLMES, P. V.. Ph.D. - Div. of Morphol. Sci., Health Sci. Center, Univ. of Calgary, CALGARY, Alta.
T2N 1N4, Canada
a Morphological and biochemical changes in trophoblast cells of the preimplantation embryo
before and after estrogen stimulation. Mus musculus (Rodentia), Homo sapiens (Primates)
b Direct or indirect role of estrogen in blastocyst implantation. Mus musculus (Rodentia)
HOLMSTEDT, J. O. V.; D.D.S., Ph.D. - Dept. of Anat., Louisiana State Univ., 1100 Florida Ave.,
NEW ORLEANS, La. 701 19, U.S.A.
a Mechanisms of secondary palate formation (light microscopy, electron microscopy and auto-
radiography; normal development and spontaneous cleft lip and palate). Mus musculus
(Rodentia)
b Development of eyelids (light microscopy, electron microscopy and autoradiography; comparison
with secondary palate). Same species as a
HOLOW1NSKY. A. W.; Ph.D., Assoc. Prof. - Div. of Biol, and Med. Sci., Brown Univ., PROVI-
DENCE, R.I. 02912, U.S.A.
a Early events in light induced chloroplast development: membrane biogenesis. Euglena gracilis
(Euglenophyceae)
b Effect of culture conditions on chloroplast replication. Same species as a
HOLTERETER J K F.; Ph.D., Prof. - Dept. of Biol., Univ. of Rochester, ROCHESTER, NY 14627,
U.S.A. ' ISDB
HONDA S I ; Ph.D., Prof. - Dept. of Biol. Sci., Coll. of Sci. and Engin., Wright State Univ., Col.
Glenn Highway, DAYTON, OH 45431, U.S.A.
a Structure and function of organelles, especially chloroplasts. ( Angiospermae)
HONJO T - Lab. of Molec. Genet., Natl. Inst, of Child Health and Human Developm., Natl. Inst, ot
Health, Bldg. 6V Rm 324, BETHESDA, Md. 20014, U.S.A.
a Divergence of immunoglobulin genes during embryogenesis. Mus musculus (Rodentia)
HOOVER, R. L.; Ph.D. - Dept. of Zool., Michigan State Univ., 220 Nat. Sci. Bldg., EAST LANSING,
Mich 48823, U.S.A.
a Cell surface changes in relation to morphogenesis: cell positioning
HOPPE, P. C; Ph.D. - The Jackson Lab., BAR HARBOR, Me. 04609, U.S.A.
a Fertilization in vitro and embryo development. Mus musculus (Rodentia)
b Requirements for epididymal sperm maturation, sperm metabolism, effects of gamete aging on
development. Same species as a
c Parthenogenesis. Same species as a
HORI, L; M.Sc. - Biol. Inst., Kanazawa Med. Univ., UCHINADA-machi, Ishikawa-ken, Japan
a Regeneration. Dugesia japonica, Bdellocephala brunnea (Turbellaria)
HORI, R. ; D.Sc. - Biol. Inst., Toyama Univ., Gofuku 3 190, TOYAMA, 930 Japan
a Na, K, Ca, and Mg contents, ionic permeability, water soluble proteins, and fertilization
phenomena (radioisotopes, thin-layer chromatography, electrophoresis). Hemicentrotus pulcher-
rimus (Echinoidea), Oryzias latipes (Teleostei)
b Activation analysis of trace elements and fertilization phenomena. Same species as a
HORSEALL, W. R.; Ph.D., Prof. - Dept. of Entomol., Univ. of Illinois, 320 Morrill Hall, URBANA,
111. 61801, U.S.A.
a Imaginal teratogenesis by thermal stress (morphological and histological changes; sensitive
period). Aedes sierrensis, A. punctor, A. communis, A. stimulans, A. dianteus, A. cataphylla, A.
excrucians, A. barri et al. (Culicidae, Diptera)
HOSHINO, K.; M.D., Dr.Med.Sc, Prof. - Dept. of Anat., Univ. of Manitoba, 750 Bannatyne Ave.,
WINNIPEG, Man. R3E 0W3, Canada
a Development, growth, and teratogenesis of mammary glands after prenatal exposure to hormones
and carcinogen. Mus musculus (Rodentia)
b Influences of hormones and carcinogen upon mammary growth of male and female immature
animals. Same species as a
c Regeneration of transplanted mammary and salivary glands. Same species as a
d Structural and functional teratogenesis of mammary glands by glucocorticoids. Same species as a
HOSHINO, K.; M.D., D.Med.Sc, Assoc. Prof. - Dept. of Developm. Pathol., Res. Inst, of Environm.
Med., Nagoya Univ., Furo-cho, Chikusa-ku, NAGOYA, 464 Japan
a Morphogenesis of genetic microphthalmia. Mus musculus (Rodentia) (with Y. KAMEYAMA)
b Autoradiography of the generation cycle in the neural cells of the embryonic brain. Same species
as a .
c Effects of low-dose x-irradiation upon the developing brain. Same species as a (with Y.
KAMEYAMA and Y. HAYASHI)
d Influences of intrauterine environment on the manifestation of genetic malformations. Same
species as a (with Y. KAMEYAMA)
HOSICK, H. L.; Ph.D. - Dept. of Zool., Wash. State Univ., PULLMAN, Wash. 99163, U.S.A.
a Control of milk-protein synthesis in epithelial cells of the developing mammary gland in vitro
(lactose synthetase as a marker for differentiation; stroma-epithelium interaction). Mus domesti-
cus (Rodentia)
b Control of albumin synthesis in a differentiated liver cell line (hormonal and translational
control). Rattus norvegicus (Rodentia)
HOSTETLER, J. R.; Ph.D. - Dept. of Anat., Ohio State Univ., 333 W. 10th Ave., COLOMBUS, Ohio
43210, U.S.A.
a Effect of in vivo administration of phytohemagglutinin on fetal hemopoietic organs (light and
40
electron microscopy). Oryctolagus cuniculus (Lagomorpha)
b Light and electron microscopic histochemical analysis of supporting tissues in areas of hemo-
poiesis in embryos. (Aves; Mammalia)
HOTTA, Y.; Ph.D. - Dept. of Biol., Univ. of Calif. San Diego, P.O. Box 109, LA JOLLA, Calif.
92037, U.S.A. ISDB
a Regulation of DNA synthesis during meiotic development. Trillium erectum, Lilium longiflorum,
Tulipa gesneriana, Vicia faba, Bellevalia romana (Angiospermae)
b Cell transformation, especially of meiotic cells by biopolymer molecules in vitro. Lilium longi-
florum, Triticum aestivum (Angiospermae)
c Meiotic cell culture in vitro and the regulation of the meiotic process. Rattus spec. (Rodentia)
HOUGH (RAYMOND), Mrs. B.; Ph.D. - Div. of Biol., Calif. Inst, of Technol., PASADENA, Calif.
91109, U.S.A.
a Molecular biology of oogenesis and early development, particularly gene activation. Ilyanassa
obsoleta (Gastropoda), Strongylocentrotus purpuratus (Echinoidea), Engystomops pustulosus,
Xenopus laevis (Anura)
HOWES, R. I.; D.D.S., Ph.D. - Dept. of Anat. Sci., Univ. of Oklahoma Health Sci. Ctr., P.O. Box
26901, OKLAHOMA-City, Okla. 73190, U.S.A.
a Histologic and morphogenic development of tooth crowns and roots (ectopic tooth transplants).
Rana pipiens (Anura), Iguana iguana (Reptilia) and other lower Vertebrata
HRUDKA, F.; DVM, D.Sc, Prof. - Dept. of Vet. Anat., Western Coll. of Vet. Med., Univ. of
Saskatchewan, SASKATOON, Sask. S7N 0W0, Canada
a Spermatogenesis and sperm (cytogenetics, histochemistry and fine structure under normal and
experimental conditions), domestic and laboratory animals (Mammalia)
HSU (LIANG), Mrs. C. Y.; Ph.D., Prof. - Dept. of Biomorph., Natl. Defense Med. Ctr., P.O. Box
7432, TAIPEI 107, Taiwan, Rep. of China
a Experimental sex differentiation. Rana spec. (Anura)
HUANG, F. L.; Ph.D. - Dept. of Zool., Natl. Taiwan Univ., TAIPEI 107, Taiwan
a Effect of carp pituitary gland extract on the maturation of Clarias fuscus (Teleostei)
HUANG, L.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A.
a Cell membrane fusion. (Mammalia)
b Isolation of membrane-bound proteins and lipid-protein interactions in differentiating cells.
Gallus domesticus (Aves), Mesocricetus auratus, Mus musculus (Rodentia) (with R. E.
PAGANO)
HUBBERT, W. T.; D.V.M., Prof. - Dept. of Epidemiol, and Comm. Health, Sch. of Vet. Med.,
Louisiana State Univ., BATON ROUGE, La. 70803, U.S.A.
a Vertical transmission of infection and its effect on the fetus and neonate. Bos taurus (Artiodac-
tyla)
HUBSCHMAN, J. H.; Ph.D., Prof. - Dept. of Biol. Sci., Coll. of Sci. and Engin., Wright State Univ.,
Col. Glenn Highway, DAYTON, Ohio 45431, U.S.A.
a Endocrine control of growth and development (metamorphosis) in larvae. Palaemonetes spp.
(Decapoda, Crustacea)
HUCKINS, Miss C; Ph.D. - Dept. of Anat., Tufts Univ., BOSTON, MA, U.S.A.
HUGHES, A. F. W.; Ph.D., Prof. - Dept. of Anat., Developm. Biol. Center, Case Western Reserve
Univ., 2119 Abington Rd., CLEVELAND Ohio 44106, U.S.A.
a Experimental teratology of neural tube and axis in relation to sodium and potassium content of
early embryo. Gallus bankiva (Aves), Mus rattus (Rodentia), Homo sapiens (Primates)
HUMMEL, Miss K. P.; Ph.D. (Emer.) - The Jackson Lab., BAR HARBOR, Me. 04609, U.S.A.
a Developmental anatomy and genetics. Mus musculus (Rodentia)
HUMPHREY, R. R.; Ph.D., Prof. (Emer.) - Dept. of Zool., Indiana Univ., BLOOMINGTON, IN
47401, U.S.A. ISDB
HUMPHREYS, T. D.; Ph.D., Assoc. Prof. - Kewalo Lab., Pacif. Biomed. Res. Ctr., Univ. of Hawaii, 41
Ahui St., HONOLULU, Hawaii 96813, U.S.A. ISDB
a RNA and protein synthesis in embryos. Colobocentrotus atratus, Lytechinus pictus (Echinoidea)
b Characterization of aggregation factor. Microciona prolifera, Terpioz zeteki, Haliclona occulata
(Porifera)
c Relationship of cell contacts to growth control, as expressed in nucleic acid synthesis regulation,
in embryonic skin fibroblasts. Gallus domesticus (Aves)
HUMPHREYS, W. J.; Ph.D., Prof. - Dept. of Zool., Univ. of Georgia, Barrow Hall, ATHENS, Ga.
30602, U.S.A.
a Ultrastructure of blastomeres in mosaic eggs. Mytilus edulis (Lamellibranchia)
b Desiccated cytoplasm of viable, encysted embryos, studied by transmission EM, freeze-fracturing,
and scanning EM. Artemia salina (Anostraca, Crustacea)
c Macromolecular structures in extracellular coats of unfertilized and fertilized eggs, compared by
freeze-etching. Strongylocentrotus purpuratus (Echinoidea)
HUMPHRIES, A. A., Jr.; Ph.D., Prof. - Dept. of Biol., Emory Univ., ATLANTA, Ga. 30322, U.S.A.
a Oogenesis and maturation. (Amphibia)
b Chemistry and physiology of egg jelly. (Amphibia)
c Ultrastructure of oocytes. (Amphibia)
d Fertilization (Amphibia)
HUNT, Miss D. M.; B.A. - Worcester Found, for Exp. Biol., 222 Maple Ave., SHREWSBURY, MA
01545, U.S.A.
HUNT, E. L.; Ph.D., D.Sc, Prof. - Dept. of Biol., Emory Univ., ATLANTA, Ga. 30322, U.S.A.
a Estrus cycle and gestation in alloxan-diabetic animals. Rattus norvegicus (Rodentia)
41
b Developmental pathology of the endocrine pancreas. Gallus domesticus ( Aves)
HUSK1 Y, R. J.; Ph.D. Dept. of Biol., Univ. of Virginia, CHARLOTTESVILLE, Va. 22903, U.S.A.
a Developmental genetics of early embryogenesis. Volvox carteri (Chlorophyta)
b Regulation of differentiation. Same species as a
HUTCHISON, C. F.; B.S. - Dept. of Reprod. Biol., Merck Inst, for Therap. Res., RAHWAY, N.J.
07065, U.S.A.
i Studies on fertilization. (Mammalia)
HYODO (TAGUCHI), Mrs. Y.; Ph.D. - Div. of Biol., Natl. Inst, of Radiol. Sci., 9-1, 4-chome,
Anagawa, CHIBA, 280 Japan
a Change in radiosensitivity of germ cells during embryonic development. Oryzias latipes (Teleo-
stei)
b limbryology of reproductive organs. Same species as a
IDE, C.;M.D. - Dept. of Anat., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a The effect of innervation during the development of the skin. Gallus spec. (Aves)
b The trophic functions of the nerve fibre during development. Same species as a
IFFT, J. D.; Ph.D., Assoc. Prof. - Dept. of Anat., Boston Univ., 80 E. Concord St., BOSTON, Mass.
02118, U.S.A.
a Autoradiographic studies of hypothalamus development. Rattus domesticus (Rodentia)
Ii, I.; M.Sc. - Dept. of Biophys. and Biochem., Univ. of Tokyo, 7-3-1, Hongo, Bunkyo-ku, TOKYO,
1 13 Japan
a Glutathione reductase in early development. Hemicentrotus pulcherrimus, Anthocidaris cras-
sispina, Pseudocentrotus depressus (Echinoidea)
IKEDA, Miss M.; Ph.D. - Dept. of Biol., Keio Univ., YOKOHAMA-Hiyoshi, Japan
IKENISHI, K.; B.Sc. - Lab. of Biol., Gifu Coll. of Dent., 1851 Takano, Hozumi-cho, Motosu-gun,
GIFU-ken, Japan
a Electron microscopy of the germinal plasm. Xenopus laevis (Anura)
IKUSHJMA, N.; D.Sc. - Biol. Lab., Kansai Med. Sch., HIRAKATA, Osaka Pref., Japan
ILAN, J.; Ph.D., Assoc. Prof. - Dept. of Anat., Sch. of Med., Case Western Reserve Univ., CLEVE-
LAND, Ohio 44106, U.S.A.
a Studies on the regulation of protein synthesis and the control of mRNA translation during
development and morphogenesis, (with Judith ILAN)
ILAN, Mrs. Judith; Ph.D. - Dept. of Anat., Sch. of Med., Case Western Reserve Univ., CLEVELAND,
Ohio 44106, U.S.A.
a Studies on the regulation of protein synthesis and the control of mRNA translation during
development and morphogenesis (with J. ILAN)
IMAHORI, K.; D.Sc, Prof. - Dept. of Biol., Coll. of Gen. Educ, Osaka Univ., Toyonaka, OSAKA,
560 Japan
a Morphogenesis, especially of sporelings. (Characeae)
b Origin and cytogenesis of prokaryoiic and eukaryotic cells. Chara spec, Nitella spec, Bryopsis
spec. (Algae)
IMBERSKI, R. B.; Ph.D., Assoc. Prof. - Dept. of Zool., Div. of Life Sci., Univ. of Maryland,
COLLEGE PARK, Md. 20742, U.S.A.
a Developmental genetics of enzymes and isozymes. Drosophila spp. (Diptera), Ephestia kuhniella
(Lepidoptera)
b Control of growth and differentiation of imaginal disc cells. Same species as a
c Changes in chromosomal proteins during development. Same species as a
INFANTE, A. A.; Ph.D. - Dept. of Biol., Wesleyan Univ., MIDDLETOWN, Conn. 06457, U.S.A.
a Control of protein and nucleic acid synthesis during embryonic development (density gradient
centrifugation, in vivo and in vitro protein synthesis, electrophoretic separations). Strongylocen-
trotus purpuratus, Lytechinus pictus (Echinoidea)
b Role of a DNA-nuclear membrane complex in DNA-synthesis (enzymology, gradient centrifuga-
tion, light and EM autoradiography, cell synchrony). Strongylocentrotus purpuratus (Echinoidea)
and several cell lines (Mammalia)
INGRAM, V. M.; Ph.D., D.Sc, Prof. - Dept. of Biol., Massachusetts Inst, of Technol., 77 Massachu-
setts Ave., CAMBRIDGE, MA 02139, U.S.A.
INOUE, S.; Ph.D. - Lab. de Biol. Molec, Dept. De Biol., Univ. de Montreal, C.P. 6128, MONTREAL
3, Que., Canada
INOUE, T.; M.Sc. - Dept. of Vet. Obstet., Fac of Vet. Med., Hokkaido Univ., N 18, W 9, SAPPORO,
060 Japan
a Kinetics of spermatogenesis, especially with regard to the role of Sertoli cells. Mustela vison
(Carnivora)
INOUE, Mrs. Y. - Biol. Lab., Doshisha Univ., Karasumaru Imadegawa, Kamikyo-ku, KYOTO, Japan
a Culture of embryonic heart cells. Cynops pyrrhogaster (Urodela)
INOUYE, M.; B.Sc. - Dept. of Embryol., Inst, of Developm. Res., Aichi Pref. Colony, Kamiya-cho,
KASUGAI, Aichi 480-03, Japan
a Fetal brain lesions caused by maternal administration of monosodium glutamate and allied
chemical substances. Mus musculus (Rodentia) (with U. MURAKAMI)
IRIE, R.; B.S. - Natl. Inst, of Anim. Industry, CHIBA-shi, 280 Japan
a Biochemical mechanism of spore germination. Bacillus subtilis, B. cereus (Bacteria)
ISHIDA, J.; D.Sc, Prof. - Dept. of Biochem., Fac. of Sci. and Engin., Saitama Univ., Shimo-Okubo
255, URAWA, Japan ISDB
ISHIKAWA, M.; D.Sc - Marine Biol. Stat., Nagoya Univ., Sugashima, TOBA, Mie-ken, 517 Japan
ISDB
42
a Physiology of fertilization and artificial parthenogenesis. Hemicentrotus pulcherrimus, Pseudo-
centrotus depressus (Echinoidea)
b Metamorphosis. Halocynthia roretzi, Chelyosoma siboya, Ciona intestinalis (Tunicata)
ISHIKAWA, T.; D.V.M., Prof. - Dept. of Vet. Obstet., Fac. of Vet. Med., Hokkaido Univ., N 18 W 9
SAPPORO, 060 Japan
a Cytogenetics of congenital anomalies. Bos taurus (Artiodactyla)
ISHIZAKI, H.; D.Sc. - Dept. of Biol., Fac. of Sci., Nagoya Univ., Chikusa-ku, NAGOYA, 464 Japan
ISONO, N.; Ph.D. - Embryol. Sect., Biol. Dept., Tokyo Metropolitan Univ., 2-1-1 chome, Fuka-
zawa-machi, Setagaya-ku, TOKYO, 158 Japan
a F.ffects of surface active agents on fertilization and embryonic development. Hemicentrotus
pulcherrimus, Anthocidaris crassispina, Pseudocentrotus depressus (Echinoidea), Mytilus edulis
(Lamellibranchia)
ITO, R.; M.Sc. - Dept. of Anat., Fac. of Med., Tokyo Med. and Dental Univ., 1-5-45, Yushima,
Bunkyo-ku, TOKYO, 113 Japan.
a Resorption of collagen fibres in the metamorphosing tadpole tail. Rana catesbeiana, R. japonica,
Bufo vulgaris (Anura)
b Histochemistry of glycosaminoglycans in the limb bud. Xenopus laevis (Anura)
IUCIF, S.; Ph.D. - Dept. de Morfol. Hum. Func. e Aplic, Univ. de Sao Paulo, C.P. 301,RIBEIRAO
PRETO, S.P., Brazil
a Allometric study of the mandible during postnatal life under cortisone treatment. Rattus rattus
(Rodentia)
b The effects of castration on the growth of the eyes. Same species as a
IVERSON. R. M.; Ph.D., Prof. - Dept. of Biol., Univ. of Miami, CORAL GABLES, FL 33124, U.S.A.
IWAMATSU, T.; Ph.D. - Dept. of Biol., Aichi Univ. of Educ, Igaya-cho, KARIYA, Aichi Pref., 448
Japan
a The acquisition of developmental capacity by the oocyte during maturation in vitro. Oryzias
latipes (Teleostei)
b Differentiation of primordial germ cells implanted into the eye cavity of castrated adults. Same
species as a
IWASA, K.; D.Sc. - Dept. of Biol, Coll. of Gen. Educ, Osaka Univ., Toyonaka, OSAKA, 560 Japan
a Comparative morphology and biochemistry of cell wall and jelly coat. Chlamydomonas reinhardi,
Penium margaritaceum, Volvox aureus, Ankistrodesmus bibraianus (Chlorophyceae), Phaeodac-
tylum tricornutum (Diatomeae)
b Physiology and biochemistry of development and differentiation of unicellular and coenobial
forms. Chlamydomonas reinhardi, Volvox aureus (Chlorophyceae), Phaeodactylum tricornutum
(Diatomeae)
IWASAKI, T.; Ph.D. - Div. of Biol, Natl. Inst, of Radiol. Sci., 9-1, 4-chome, Anagawa, CHIBA, 280
Japan.
a Effects of ionizing radiations on oogenesis and embryonic development (cytology). Artemia
salina (Anostraca, Crustacea)
b Cytological studies on the radiosensitivity of spermatogenesis. Bombyx mori (Lepidoptera)
IWASAWA, H.; D.Sc. - Biol. Inst., Fac. of Sci., Niigata Univ., NIIGATA, 950-21 Japan
a Embryological study on endocrine correlation. (Amphibia)
b Comparative embryology of reproductive organs. (Anura)
c Mechanism of sex differentiation (electron microscopy, organ culture), Rana spp., Xenopus laevis
(Anura)
IWATA, F.; D.Sc, Prof. - Zool. Inst., Fac. of Sci., Hokkaido Univ., 10, 8, SAPPORO, 060 Japan
a Comparative embryology, especially taxonomic interrelationships. (Nemertea)
b Development and regeneration. Lineus vegitus (Nemertea)
c Comparative embryology. Notoplana humilis (Polycladida, Turbellaria), Pugettia quadridens
(Brachyura, Decapoda), Dendrodoris rubra (Opisthobranchia, Gastropoda)
IYER, R. D.; M.Sc. - Div. of Genet., Indian Agric Res. Inst., NEW DELHI-110012, India
a Anther culture for haploid production. Crop plants
b Endosperm culture for triploid production. Same species as a
c Protoplast culture from pollen tetrads. Same species as a
d Embryological study of apomixis: its nature, origin and genetic basis. Sorghum vulgare
(Gramineae), Areca catechu (Palmaceae)
IZAWA, K.; B. Fish. - Fac of Fish., Mie Univ., Edobashi, TSU, Mie, 514 Japan
a Postembryonic development: nauplius, copepodid and chalimus stages. Cyclopoida; Caligoida;
Lerneopodoida (Copepoda)
IZZARD, C. S.; Ph.D. - Dept. of Biol. Sci., State Univ. of New York, 1400 Washington Ave,
ALBANY, N.Y. 12222, U.S.A.
a Asexual reproduction, especially morphogenesis and ultrastructure. Botryllus schlosseri (Asci-
diacea)
b Origin of germ cells, especially in asexual reproduction. Same species as a
c Motility in fibroblast-like cells and its role in morphogenesis (critical optical techniques).
Xenopus laevis (Anura), Gallus domesticus (Aves)
JACOBS, R. M.; Ph.D., Prof. - Dept. of Oral Biol., Coll. of Dent., Univ. of Iowa, IOWA-City, IA
52240, U.S.A.
JACOBS, W. P.; Ph.D., Prof. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, U.S.A.
JACOBSON, A. G.; Ph.D., Prof. - Dept. of Zool., Univ. of Texas, AUSTIN, Tex. 78712, U.S.A. ISDB
a Experimental analysis and computer simulation of the shaping of the neural plate. Taricha torosa
(Urodela)
b Ultrastructural and experimental analysis of early development. Drosophila montana (Diptera)
43
c Experimental analysis o\' the development of the hypothalamus-adenohypophysis complex and
its rule in reproduction, Gallus domesticus (Aves), Taricha torosa, Ambystoma mexicanum
(Urodela)
d Somite, notochord, and neural plate determination and morphogenesis; ultrastructural, cinemato-
graphic and experimental analysis. Same species as c
e Analysis of form changes in coherent sheets of cells mediated by programmed cell-shape changes
(eye, early embryonic germ layers, extra-embryonic membranes). Same species as c
JACOBSON, M.; Ph.D., Prof. - Dept. of Physiol, and Biophys., Univ. of Miami Sch. of Med., P.O. Box
520875, MIAMI, Fla. 33152, U.S.A.
a Formation of connections between eye and brain. (Amphibia; Teleostei; Mammalia)
b Regeneration of optic nerve. (Anura; Teleostei)
c Effects of prolactin and somatotropin on brain cell DNA, RNA and protein synthesis. (Verte-
bra ta)
I \1 11. L. F.; Ph.D., Prof. - Dept. of Biol. Sci., Purdue Univ., W. LAFAYETTE, Ind. 47907, U.S.A.
ISDB
a Transcellular developmental currents and ion fluxes through developing cells (vibrating probe
detecting nanovolt differences). Fucus furcatus, Pelvetia fastigiata (Phaeophyta), Lilium spec.
(Liliaceae)
b Ionic gradients during development (autoradiography, electron microprobe). Same species as a
JANSSENS, P. A.; Ph.D. - Dept. of Zool., Austr. Natl. Univ., P.O. Box 4, CANBERRA, A.C.T. 2600,
Australia
a Development of enzyme systems, specially those concerned in nitrogen metabolism. Xenopus
laevis (Anura)
b Development of metabolic pathways, particularly gluconeogenesis. Macropus eugenii (Marsu-
pialia)
JAWORSK1, A.; Ph.D. - Dept. of Bot., Univ. of Georgia, ATHENS, Ga. 30601, U.S.A.
a Molecular aspects of differentiation. Blastocladiella spec. (Phycomycetes)
JAYSHREE MENON, Mrs.; M.Sc. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA-2,
India
a Endocrinology and tail regeneration. Hemidactylus flaviviridis (Lacertilia)
JENSH, R. P.; Ph.D. - Dept. of Anat, Jefferson Med. Coll., 1025 Walnut St., PHILADELPHIA, Pa.
19107, U.S.A.
a Teratogenic and growth-retarding effects of antisera, including abnormal development of yolk sac
placenta. Rattus rattus (Rodentia)
b Effects of microwave irradiation on prenatal and postnatal development. Same species as a
JIT, I.; Ph.D., Prof. - Dept. of Anat., Postgrad. Inst, of Med. Educ. and Res., CHANDIGARH-12,
India
a Ages of ossification of various bones in children and adults. Homo sapiens (Primates)
b Development of the muscularis submucosae ani. Same species as a
JOHNSON, E. M.; Ph.D., Prof. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., Rm 520,
PHILADELPHIA, Pa. 19107, U.S.A.
a Inductive-responding systems in vivo and in vitro; effect of teratogens on induction and differ-
entiation. Gallus spec. (Aves), Rattus spec. (Rodentia)
b Analysis of amniotic cells to predict non-genetic malformations. Rattus spec. (Rodentia), Homo
sapiens (Primates)
JOHNSON, E. E.; Ph.D. - Dept. of Anat, Duke Univ., Box 301 1, DURHAM, N.C. 27710, U.S.A.
a Changes in cell contact behavior and cell surface properties during gastrulation. Rana pipiens,
Rana pipiens x R. catesbeiana and other hybrids. (Anura)
b Timing of gene expression in early development (starch gel electrophoresis, enzyme poly-
morphisms, enzyme histochemistry). Xenopus laevis, Rana pipiens x R. sylvatica, R. pipiens x R.
palustris (Anura)
JOHNSTON, M. C; Ph.D. - Natl. Inst, of Dent. Res., N.I.H., BETHESDA, MD 20014, U.S.A.
JOLLIE, M. T.; Ph.D., Prof. - Dept. of Biol. Sci., Northern Illinois Univ., DeKALB, 111. 60115, U.S.A.
a Development of the bony systems of the head. Amia spec, Lepisosteus spec. (Holostei),
Acipenser spec. (Chondrostei), Squalus spec. (Elasmobranchi) and other Vertebrata
JONEJA, M. G.; Ph.D., Assoc. Prof. - Dept. of Anat., Queen's Univ., KINGSTON, Ont., Canada
JONES, Miss A. H.; M.S. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER, B.C. V6T 1W5,
Canada
a Characterization of uclear acidic proteins in early stages through neurulation (two-dimensional
gel electrophoresis). \ nopus laevis (Anura) (with H. E. KASINSKY)
JONES, R. F.; Ph.D. - Dept. of Biol. Sci., State Univ. of New York at Stony Brook, STONY BROOK,
N.Y. 11790, U.S.A.
a Physiology and biochemistry of development and differentiation during vegetative growth,
asexual reproduction and gametogenesis. Chlamydomonas reinhardtii (Volvocales, Chloro-
phyceae)
b Control of vegetative and reproductive development. Marchantia polymorpha (Hepaticae)
JONES, W. R.; M.D., Ph.D., Prof. - Dept. of Obstet. and Gynecol., Center for Res. in Reprod. Biol.,
Univ. of Michigan Med. Center, ANN ARBOR, Mich. 48104, U.S.A.
a Protein antigens from the placenta. Homo sapiens (Primates)
b Testing for identity of placental antigens between species. (Primates)
JORQUERA, B.; M.V., Prof. - Inst, de Embriol., Univ. Austral de Chile, Casilla no. 567, VALDIVIA,
Chile
a Normal development, and ultrastructural relationship between the pharyngeal pouch of the adult
male and the integument of the tadpole. Rhinoderma darwini (Anura)
44
b Limb development upon heterotypic recombination in the embryo (microsurgery and culture
techniques). Gallus domesticus (Aves)
JOSHI, P. V.; Ph.D. - Cell Res. Lab., Dept. of Zool., N. Wadia Coll., POONA-1, India
JUDY, K. J.; Ph.D. - Zoecon Corp., 975 California Ave., PALO ALTO, Calif. 94304, U.S.A.
a Endocrine regulation of metamorphosis and postembryonic development (tissue- and cell-level
differentiation in the digestive system). (Lepidoptera; Orthoptera; Coleoptera; Hemiptera)
KALTENBACH, Mrs. J. COUFFER; Ph.D., Prof. - Dept. of Biol. Sci., Clapp Lab., Mount Holyoke
Coll., SOUTH HADLEY, Mass. 01075, U.S.A.
a Local action of thyroxine on metamorphosis: histology and histochemistry. Rana pipiens
(Anura)
b Histochemistry of lysosomal enzymes in the metamorphosing tail and digestive tract. Same
species as a
KALTER, H.; Ph.D., Assoc. Prof. - Children's Hosp. Res. Found., Div. of Teratol., Elland & Bethesda
Aves., CINCINNATI, OH 45229, U.S.A.
KAMAR, G. A. R.; Ph.D., Prof. - Dept. of Anim. Prod., Fac. of Agric, Cairo Univ., GIZA, Egypt
a Factors influencing reproduction and production as far as the endocrines and gonads are
concerned. (Aves)
b Growth and factors affecting especially the endocrines. (Aves)
c Factors influencing production and reproduction as far as the environmental conditions are
concerned. (Aves)
KAMBYSELLIS, M. P.; Ph.D., Assoc. Prof. - Dept. of Biol., New York Univ., Washington Square,
NEW YORK, NY 10003, U.S.A.
a Hormonal regulation of spermatogenesis at the molecular level: effects of ecdysone, juvenile
hormone and proteinaceous molecules on spermatocysts in vitro. Samia cynthia, Hyalophora
cecropia, Manduca sexta (Lepidoptera)
b Effects of ecdysone on embryonic cells in culture. Drosophila melanogaster, Aedes taeniorhyn-
chus (Diptera)
c Vitellogenesis: purification, synthesis, release and uptake; hormonal regulation. Drosophila
melanogaster (Diptera)
d Genetic control of vitellogenesis. Same species as c
KAMEYAMA, Y.; M.D., D.Med.Sc, Prof. - Dept. of Developm. Pathol., Res. Inst, of Environm. Med.,
Nagoya Univ., Furo-cho, Chikusa-ku, NAGOYA, 464 Japan
a Mechanism responsible for malformations of the extremities in the embryo. Mus musculus,
Rattus norvegicus (Rodentia)
b Morphogenesis of genetic microphthalmia. Mus musculus (Rodentia) (with K. HOSHINO)
c Effects of low-dose x-irradiation upon the developing brain. Same species as b (with K.
HOSHINO and Y. HAYASHI)
d Influences of intrauterine environment on the manifestation of genetic malformations. Same
species as b (with K. HOSHINO)
KANATANI, H.; D.Sc, Assoc. Prof. - Lab. of Physiol., Ocean Res. Inst., Univ. of Tokyo, Minamidai,
Nakano-ku, Tokyo 164, Japan ISDB
a Mechanism of spawning. Asterias amurensis, Asterina pectinifera (Asteroidea)
b Mode of action of 1-methyladenine on oocyte maturation. (Asteroidea)
c Mechanism of oocyte maturation. Same species as a
KANE, R. E.; Ph.D., Prof. - Kewalo Lab., Pacif. Biomed. Res. Ctr., Univ. of Hawaii, 41 Ahui St.,
HONOLULU, Hawaii 96813, U.S.A. ISDB
a Role of cortical granules in formation of hyaline and fertilization membrane. (Echinodermata)
b Mechanism of cell division, studied by means of the isolated mitotic apparatus. (Echinodermata)
KANKEL, D. R.; Ph.D. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, Conn. 06520,
U.S.A.
a Clonal analysis and general embryology of the nervous system; use of genetic mosaics in an
analysis of neural wiring specificity. Drosophila melanogaster (Diptera)
KANKI, T. - Embryol. Sect., Dept. of Biol., Tokyo Metropolitan Univ., 2-1-1 chome, Fukazawa-
machi, Setagaya-ku, Tokyo, 158 Japan
a RNA synthesis during early cleavage. Hemicentrotus pulcherrimus (Echinoidea)
b RNA and protein synthesis during development of isolated micromeres. Same species as a
KANOH, Y.; D.Sc, Prof. - Akkeshi Marine Biol. Stat., Hokkaido Univ., AKKESHI, Hokkaido, Japan
ISDB
KAPLAN, N. O.; Ph.D., Prof. - Dept. of Biol., Univ. of Calif., San Diego, P.O. Box 109, La JOLLA,
CA 92037, U.S.A.
KAPLAN, S.; Ph.D., Assoc. Prof. - Dept. of Anat., Med. Coll. of Wisconsin, 561 N. 15th St.,
MILWAUKEE, Wis. 53233, U.S.A.
a Investigations into the mechanisms underlying congenital malformations; bio-energetics of devel-
opment and the influence of teratogens thereon. Gallus domesticus (Aves)
KAPUR, S. P.; Ph.LX - Dept. of Anat., Georgetown Univ., 3900 Reservoir Rd., WASHINGTON, DC
20007, U.S.A.
a Developmental anatomy of nasal tract, nasopharynx and oropharynx, with special reference to
nerve pathways and sensory receptors. Rattus spec. (Rodentia)
KARASAKI, S.; Ph.D., Assoc. Prof. - Res. Labs., Montreal Cane. Inst., Notre-Dame Hosp., 1560
Sherbrooke E., MONTREAL 133, Que., Canada ISDB
a Ultrastructural aspects of cytodifferentiation in neoplastic development. Rattus rattus (Rodentia)
b Analysis of the physico-chemical properties of DNA in differentiating cells. Triturus viridescens
(Urodela), Gallus domesticus (Aves). Mus musculus, Rattus rattus (Rodentia), Homo sapiens
(Primates) (with S. P. MODAK)
c Modulation of growth and cytodifferentiation of cells of liver origin in vitro. Same species as a
45
d Cell surface-to-nuclear communication in carcinogenic processes. Same species as a
K \RLIN, Miss D.; B.Sc. - Dept. of Zool., Hebrew Univ., JERUSALEM, Israel
KARP. G.; Ph.D. - Dept. of Zool., Univ. of Florida, GAINESVILLE, Fla. 32611, U.S.A.
a Gene expression in early embryogenesis. (Echinoidea), Oryctolagus cuniculus (Lagomorpha)
k \SINSKY, H. E.; Ph.D. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER, B.C. V6T 1W5,
Canada
a Histone synthesis during cleavage. Xenopus laevis (Anura)
b Histone transition in spermiogenesis. Xenopus laevis and other spp. (Anura)
c Characterization of nuclear acidic proteins in early stages through neurulation (two-dimensional
gel electrophoresis). Same species as a (with A. H. JONES)
KASPI (VISHNIVETSKI), Mrs. Th.; M.Sc. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr.,
Tel-Aviv Univ., TEL-AVIV, Israel
a Functional characteristics of placental syncytium. Homo sapiens (Primates) (with L. A. NEBEL)
KATAGIRI, Ch.; D.Sc. - Zool. Inst., Fac. of Sci., Hokkaido Univ., N 10, W 8, SAPPORO, 060 Japan
a Sperm-egg interactions in fertilization. Rana spec, Bufo spec. (Anura)
b Characterization and development of hatching enzyme. Same species as a
c Ontogeny of immune system. Rana spec, Xenopus spec. (Anura)
KATAKURA, Y.; D.Sc. - Dept. of Biol., Keio Univ., YOKOHAMA-Hiyoshi, Japan
KAT1RA. Mrs. V.; M.S. - Dept. of Anat., G.S.V.M. Med. Coll., KANPUR 208002, India
a Histochemical and cytochemical study of the oviduct, cervix and vagina. Rattus norvegicus
(Rodentia), Oryctolagus cuniculus (Lagomorpha) (with H. C. VARMA)
KATO, K.-L; Ph.D. - Dept. of Biol., Osaka Kyoiku Univ., Tennoji-ku, OSAKA, 543 Japan
a Histochemical properties of developing embryos. Triturus pyrrhogaster (Urodela), Xenopus laevis
(Anura)
b Strobilation. Aurelia aurita (Scyphozoa)
c Growth and medusa bud formation in a marine form. Cladonema spec. (Hydrozoa)
KATO, M.; B.Sc. - Dept. of Anat., Tokyo Med. and Dental Univ., 1-5-45, Yushima, Bunkyo-ku,
TOKYO, 113 Japan,
a Experiments on lens regeneration. Triturus pyrrhogaster, Hynobius tokyoensis (Urodela)
b Tissue culture studies on the development of the mammary gland. Rattus norvegicus, Homo
sapiens (Mammalia)
c The development and arrangement of collagen Fibers. Rana japonica, Bufo vulgaris (Anura),
Hynobius tokyoensis, Triturus pyrrhogaster (Urodela)
d Hetero- and xenoplastic transplantation of tail. Rana japonica, Bufo vulgaris, Rhacophorus
schlegelii (Anura)
KATOH, A. K; Ph.D. - Div. of Nucl. Pathol, and Oncol., Mercy Hosp., 1400 Locust St.. PITTS-
BURGH, Pa. 15219, U.S.A.
a Differentiation of the embryonic lens in vitro. Gallus domesticus (Aves)
KATSURA, S.; M.D. - Inst, for Biol, and Exp. Med., Sch. of Med., Seto-cho, NARUTO (Tokushima),
Japan
a Changes in the cortical granules. Hemicentrotus pulcherrimus (Echinoidea)
b Mechanisms of fertilization. Same species as a
KAUFFMAN, Miss S.; M.D., Prof. - Dept. of Pathol., Downstate Med. Center, State Univ. of New
York, 450 Clarkson Ave., NEW YORK, Brooklyn, N.Y. 11203, U.S.A.
a The effects of urethane on embryogenesis of neural tube cells and lung cells. Mus musculus
(Rodentia)
b Lung development, and tumor induction in fetal lung.
KAUFMAN, P. B.; Ph.D., Assoc. Prof. - Dept. of Bot., Univ. of Michigan, ANN ARBOR, MI 48104,
U.S.A.
KAUFMANN, B. P.; Ph.D., Prof. (Emer.) - Dept. of Zool., Univ. of Michigan, ANN ARBOR, Mich.
48104, U.S.A.
a Changing patterns of chromosome Fine structure and function during development. Drosophila
melanogaster and interspecific hybrids (Diptera)
KAUSHAGEN, C. J.; - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway.
BALTIMORE, Md. 21210, U.S.A.
a Mitochondrial nucleic acids. Drosophila melanogaster (Diptera)
b Regulation of synthesis of nuclear and mitochondrial nucleic acids during early development.
Rana pipiens, Xenopus laevis (Anura) (with I. B. DAWID)
KAWAKAMI, I.; D.Sc, Prof. - Dept. of Biol., Fac. of Sci., Kyushu Univ., Hakozaki-cho, FUKUOKA,
812 Japan ISDB
a Inductive capacities of intercellular matrix of heterogeneous tissues. Triturus pyrrhogaster (Uro-
dela)
b Regional capacity of prechordal plate to induce cephalic sensory organs. Same species as a
KAWAMURA, T.; D.Sc, Prof. - Lab. for Amph. Biol, Fac. of Sci., Hiroshima Univ., Higashisenda-
cho, HIROSHIMA, Japan
a Hybridization among European and Far Eastern forms. (Ranidae, Anura)
b Morphological and sexual abnormalities in the offspring of animals derived from irradiated eggs
or sperm. Rana nigromaculata (Anura)
KtCK, K.; Prof. - Inst, of Biol. Sci., Univ. of Arizona, TUCSON, AZ 85721, U.S.A. ISDB
KEDES, L. H.; Dr. - Dept. of Med., Stanford Med. Sch., Vet. Adm. Hosp., 3801 Miranda Ave., PALO
ALTO, Calif. 94304, U.S.A. ISDB
a Characterization of histone messenger RNA and histone genes from embryos and sperm. Lytechi-
nus pictus, Strongylocentrotus purpuratus (Echinoidea)
46
KEEFE, J. R.; Ph.D. - Dept. of Anat., Univ. of Virginia, Jordan Med. Bldg., 1300 Jefferson Park Ave.,
CHARLOTTESVILLE, Va. 22901, U.S.A.
a Cytochemistry, tissue culture, and ultrastructure of retinal development and regeneration.
Triturus (Notophthalmus) viiidescens, T. cristatus (Urodela), Gallus domesticus (Aves), (Ro-
dentia)
b The cell cycle and its relation to pigment epithelial differentiation in the retinal regenerating
system. Same species as a
c Contribution of neural crest cells to establishment of sensory axes in both visual and vestibular
systems. Same species as a
d Cytochemistry, tissue culture, and ultrastructure of peripheral vestibular sensory development.
Same species as a
KEINO, H. - Dept. of Perinatol., Inst, of Developm. Res., Aichi Pref. Colony, Kamiya-cho,
KASUGAI, Aichi 480-03, Japan
a Teratogenesis of exencephaly induced by cadmium. Mus musculus (Rodentia)
KELLEY, R. O.; Ph.D. - Dept. of Anat., Univ. of New Mexico, 915 Stanford Dr. N. E., ALBUQUER-
QUE, N. Mex. 87131, U.S.A.
a Electron microscopy of induction systems. Xenopus laevis (Anura)
b Electron microscopy of limb morphogenesis. (Mammalia)
c Growth and regulation of limb mesenchyme. Homo sapiens (Primates)
d Relationships of the cell surface with cell behavior in vitro. Same species as c
KEMP, N. E.; Ph.D., Prof. - Dept. of Zool., Univ. of Michigan, ANN ARBOR, Mich. 48104, U.S.A.
ISDB
a Electron microscopy of metamorphic changes in the skeleton. Rana pipiens (Anura)
b Fine structure of fin rays in regenerating tailfins. Tilapia mossambica, Carassius auratus (Teleo-
stei)
c Differentiation of enamel in teeth. Carcharhinus menisorrah (Elasmobranchi)
d Polymerization of collagen fibrils in connective tissues. (Elasmobranchi; Teleostei; Anura; Aves;
Mammalia)
KEPHART, Miss J. E.; M.S. - Cell Res. Inst., Biol. Labs. 220, Univ. of Texas, AUSTIN, Tex. 78712,
U.S.A.
a Contributions of the Golgi apparatus to cell surfaces. (Plantae)
KERNIS, M. M.; Ph.D. - Dept. of Anat., Coll. of Med., Univ. of Illinois, P.O. Box 6998 CHICAGO,
111. 60680, U.S.A.
a Morphological and physiological effects of teratogens with particular emphasis on the effects of
these agents on placental function (in vitro and in vivo uptake of isotopes by embryos,
autoradiography, electron microscopy, histochemistry, measurements of electrical potential dif-
ferences). Rattus norvegicus (Rodentia)
b Chemical protection against drug-induced teratogenicity and its mechanism
KERR, Miss M. S.; Ph.D. - Dept. of Biol., Syracuse Univ., 130 College Place, SYRACUSE, N.Y.
13210, U.S.A.
a Biochemistry of lipovitellins in oocytes and hemolymph. Callinectes sapidus (Decapoda,
Crustacea)
b Maturation of hemocytes and their biosynthetic capacities. (Decapoda, Crustacea)
c Hemocyanin synthesis and structure (characterization of complex hemocyanin proteins by
isoelectric focusing. Same species as b
KERR, N. S.; Ph.D., Assoc. Prof. - Dept. of Zool., Coll. of Biol. Sci., Univ. of Minnesota,
MINNEAPOLIS. MN 55455, U.S.A.
KERR, W. E.; Ph.D., Prof. - Dept. de Genet., Fac. de Med., Univ. de S5o Paulo, C.P. 301, 14100
RIBEIRAO PRETO, S.P., Brazil
a Genetics of sex determination. Melipona quadrifasciata and other spp. (Apidae, Hymenoptera)
b Genetics of caste determination. Same species as a
KERSE (BUYUKOZER), Mrs. I.; Dr., Prof. - Inst, of Histol. and Embryol., Hacettepe Univ., Med.
Fac, ANKARA, Turkey
a Ultrastructure of fetal membranes. Homo sapiens (Primates)
KESSEL, R. G.; Ph.D., Prof. - Dept. of Zool., Coll. of Lib. Arts, Univ. of Iowa, IOWA-City, Iowa
52242, U.S.A.
a Analysis of variations in cell structure and function, especially developmental phenomena
(gametogenesis) (electron microscopy, cytochemistry, radioautography, biochemistry, hydro-
static pressure). Various organisms
b Scanning electron microscopy of early embryonic development. Rana pipiens (Anura)
KETCHEL, M. M.; Ph.D., Prof. - Dept. of Physiol., Tufts Univ., 136 Harrison Ave., BOSTON, MA
02111, U.S.A.
KEY, J. L.;Ph.D., Prof. - Dept. of Botany, Univ. of Georgia, ATHENS, Ga. 30601, U.S.A.
a Molecular studies on auxin regulation of RNA synthesis. Glycine max, Daucus carota, Zea mays,
Hordeum vulgare, Pisum sativum (Angiospermae)
KEYNAN, A.; Dr. - Inst, of Life Sci., Hebrew Univ., JERUSALEM, Israel ISDB
a Differentiation of spores into vegetative cells. Bacillus cereus (Bacteria)
KHALIL, S. H.; Ph.D. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey, ALEXAN-
DRIA, Egypt
a Development of the urogenital system. Bufo regularis (Anura) (with M. I. MICHAEL and S. N.
SEDRA)
b Development of olfactory organs. Same species as a
KHAN, M. S.; M.Sc. - Dept. of Zool., Talim-Ul-Islam Coll., RABWAH, Distr. Jhangh, Pakistan
KHAN, M. Z.; Ph.D. - Dept. of Zool., Univ. of Poona, Ganeshkind, POONA 411007, India
47
a Kffect of gamma rays and protein inhibitors on embryonic induction. Gallus domesticus (Aves)
KHARE, M. K.; D.Phil. - Dept. of Zool., Fac. of Sci., Univ. of Gorakhpur, GORAKHPUR 273001,
India
a Neural induction: the mesencephalic differentiation tendencies of the neural ectoderm. Gallus
domesticus (Aves)
KIDDER, G. M; Ph.D. - Dept. of Zool., Univ. of W. Ontario, LONDON, Ont. N6A 3K7, Canada
a Pattern and significance of embryonic RNA synthesis; genomic activity in embryo studied by
molecular hybridization. Mulinia lateralis (Mactridae, Lamellibranchia)
b Development of the immune system (hemagglutinin tests). Xenopus laevis (Anura)
c Genetic basis of enzyme regulation during development. Drosophila melanogaster (Diptera)
K1DO, T.; D.Sc, Prof. - Biol. Inst., Kanazawa Med. Univ., UCHINADA-machi, Ishikawa-ken, Japan
a Analysis of mechanism of pharynx-formation. Dugesia japonica (Turbellaria)
b Reaggregation of dissociated cells. Callyspongia elongata (Porifera)
c Cy tological properties of neoblasts. Same species as a
d Cytological properties of interstitial cells. Hydra vulgaris (Hydrozoa)
KIEFER, B. I.; Ph.D., Assoc. Prof. - Dept. of Biol., Wesleyan Univ., MIDDLETOWN, Conn. 06457,
U.S.A.
a Genetic control of differentiation and development of male germ cells (electron microscopy,
electrophoresis, autoradiography, density gradient centrifugation). Drosophila melanogaster
(Diptera)
b Structure and function of the mitotic apparatus as compared to other motile systems (electron
microscopy, density gradient centrifugation). Strongylocentrotus purpuratus (Echinoidea)
c Regulation of ribosomal RNA and ribosomal protein synthesis during development (density
gradient centrifugation, electrophoresis, autoradiography). Same species as a
KILLE, J. W.; M.Sc. - The Worcester Found, for Exp. Biol., 222 Maple Ave., SHREWSBURY, MA
01545, U.S.A.
KIMMEL, Mrs. C. A.; Ph.D. - Natl. Inst, of Environm. Health Sci., N.I.H., P.O. Box 12233,
RESEARCH TRIANGLE PARK, N.C. 27709, U.S.A.
a The teratology of heavy metals in combination with chelating agents. Rattus spec. (Rodentia)
b Essential metal supplements with salicylate teratogenic effects. Same species as a
c Environmental noise pollution and its effects on pregnancy. Mus musculus (Rodentia)
KIMMEL, Ch.B.; Ph.D. - Dept. of Biol., Univ. of Oregon, EUGENE, Ore. 97403, U.S.A.
a Gene regulation in immunoglobulin synthesizing cells: nucleic acid metabolism and somatic cell
genetic analyses of cultured plasmacytomas (myelomas). Mus musculus (Rodentia)
b Patterning and neurospecification in the early nervous system; development of Mauthner's cell
and its synaptic connections. Ambystoma mexicanum (Urodela)
KIMMEL, D. L.; Ph.D., Prof. (Emer.) - Dept. of Anat, Med. Ctr., West Virginia Univ., MORGAN-
TOWN, W.Va. 26506, U.S.A.
a Synaptogenesis of the Mauthner cell. Ambystoma mexicanum (Urodela)
b Afferent systems in Australian forms. Trichosurus spec. (Marsupialia)
c Golgi studies on the brain. Ornithorhynchus spec. (Monotremata)
KIMMEL, D. L., Jr.; M.D., Ph.D. - Dept. of Biol., Davidson Coll., DAVIDSON, N.C. 28036, U.S.A.
a Time and tissue specificity of tryptophan oxygenase and formylase appearance during larval
development. Drosophila melanogaster (Diptera)
b Factors regulating kynurenine deposition in larval fatbody granules. Same species as a
c Development of neural centers regulating web building behavior. Nephila clavipes (Araneida)
KIMURA, I.; M.Sc. - Dept. of Biophys. and Biochem., Univ. of Tokyo, 7-3-1 Hongo, Bunkyo-ku,
TOKYO, 113 Japan
a Nucleic acid metabolism during embryogenesis. Hemicentrotus pulcherrimus, Anthocidaris
crassispina, Pseudocentrotus depressus (Echinoidea)
KING, Mrs. D. WEI; Ph.D., Prof. - Dept. of Zool., Natl. Taiwan Univ., TAIPEI 107, Taiwan, Formosa
a Congenital malformations due to maternal vitamin E deficiency: 1. morphology and histo-
chemistry; 2. effects of hormones (progesteron, estrone), gamma-tocopherol, antioxidants, and
different diets; 3. tissue tocopherol levels. Rattus norvegicus (Rodentia)
b Teratogenic effects of mitomycin, antihistaminic drugs and monosodium glutamate. Gallus
domesticus (Aves)
c Effect of lead acetate and mercury on embryogenesis
KING, R. C; Ph.D., Prof. - Dept. of Biol. Sci., Northwestern Univ., EVANSTON, 111. 60201, U.S.A
ISDB
a Formation and functioning of synaptonemal complex during meiotic prophase. Bombyx mori
(Lepidoptera)
b Genetic control of oogenesis. Drosophila melanogaster (Diptera)
c Oogenesis. Habrobracon juglandis (Hymenoptera)
KINOSHITA, S.; Ph.D., Assoc. Prof. - Zool. Inst., Univ. of Tokyo, Hongo 7-3-1, Bunkyo-ku,
TOKYO, 113 Japan
a Nucleo-cytoplasmic interactions and regulation of embryonic differentiation. Clypeaster japoni-
cus (Echinoidea)
b Mucopolysaccharide-protein complex in chromatin, with special reference to gene activation.
Rattus norvegicus (Rodentia)
KIRCHEN, R. V.; M.S. - Dept. of Developm. Biol., Carolina Biol. Supply Co., 2800 York Rd.,
BURLINGTON, N.C. 27215, U.S.A.
a Mitotic activity in early development. Oryzias latipes (Teleostei)
KIRK, D. L.; Ph.D., Assoc. Prof. - Dept. of Biol., Washington Univ., Skinner and Lindell Ave.,
ST.LOUIS, Mo. 63130, U.S.A.
48
a Fine-structural and molecular analysis of determination in reproductive cells during response to
the inducer of sexuality. Volvox carteri, V. nagariensis (Chlorophyceae)
b Analysis of morphogenesis at the cellular and molecular level using morphogenetic mutants. Same
species as a
KISCHER, C. WARD; Ph.D., Assoc. Prof. - Dept. of Anat., Med. Branch, Univ. of Texas, GALVES-
TON, Tex. 77550, U.S.A.
a Etiology and ultrastructurc of the hypertrophic scar. Homo sapiens (Primates)
b Biochemical ultrastructural studies on organogenesis
c Ultrastructural and biochemical analyses of development of skin derivatives. Gallus domesticus
(Aves), Mus musculus (Rodentia)
d Effects of prostaglandins on developing skin and skin derivatives. Same species as c
KISHIDA, Y.; D.Sc. - Biol. Inst., Fac. of Sci., Univ. of Kanazawa, Marunouchi-1, KANAZAWA,
Japan
a Depigmentation of eye after treatment with thiocarbamide and its derivatives. Dugesia japonica
(Turbellaria)
b Mechanisms of eye formation during regeneration. Same species as a
c ' Reaggregation of dissociated cells. Callyspongia elongata (Porifera)
d Ultrastructure of neoblast. Same species as a
KLEIN, A. O.; Ph.D., Assoc. Prof. - Biol. Dept., Brandeis Univ., WALTHAM, MA 02154, U.S.A. ISDB
KLEIN, N. W.; Ph.D., Assoc. Prof. - Dept. of Anim. Genet., Storrs Agric. Exper. Station, Univ. of
Connecticut, STORRS, Conn. 06268, U.S.A. ISDB
a Protein metabolism and its relationship to growth and differentiation in the explanted embryo.
Gallus spec. (Aves)
b Mechanisms of teratogenic specificity in the explanted embryo. Same species as a
c Growth regulation in the early embryo (culture of embryos on a growth limiting medium;
synthesis and break-down of macromolecules in specific regions of the embryo). Same species as
a
KLEINFELD, Mrs. R. G.; Ph.D., Assoc. Prof. - Dept. of Anat, Univ. of Hawaii, 1960 East-West Rd.,
HONOLULU, HI 96822, U.S.A.
KLEINSMITH, L. J.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Michigan, ANN ARBOR Mich
48104, U.S.A.
a Role of nuclear proteins in the regulation of gene expression
KLEISS, Miss Ch.; Lie. Biol. - Cat. de Embriol., Fac. de Med.., Univ. de Los Andes, MERIDA,
Venezuela
a Development of vascular patterns in the papillae of the tongue. Homo sapiens (Primates)
KLEISS, E.; Dr.Med., Prof. - Cat. de Embriol., Fac. de Med., Univ. de Los Andes, MERIDA,
Venezuela
personal address: Apartado 38, MERIDA, Venezuela
a Teratogenesis of developmental failure (especially of the limbs) and excess (digits, twins, double
monsters, etc.) in relation with teratological factors and the corresponding susceptibility.
(Rodentia), Homo sapiens (Primates)
b History of embryology and teratology
c Embryological and teratological nomenclature. Domestic animals, Homo sapiens (Mammalia)
d Classification of anomalies and malformations. Same species as c
e Development of the vascular supply to the tonsils and salivary glands (injected specimens). Homo
sapiens (Primates)
f Histo- and toxoplasmosis as teratogenic factors. Same species as e (with L. DURAN de LOPEZ
and members of the Dept. of Pathol.)
KNOX, W. E.; M.D. - Dept. of Biol. Chem., Cane. Res. Inst., New England Deaconess Hosp., 185
Pilgrim Rd., BOSTON, Mass. 02215, U.S.A.
a Identification of isoenzymic variants present in embryonic tissues. Rattus spec. (Rodentia)
KOBAYASHI, H.; M.Sc. - Lab. of Biol., Gifu Coll. of Dent., 1851 Takano, Hozumi-cho, Motosu-gun,
GIFU-ken, Japan
a Immunological study of phosvitin. Coturnix c. japonica (Aves)
KOBAYASHI, N.; Ph.D., Prof. - Biol. Lab., Doshisha Univ., Karasuma Imadegawa, Kamikyo-ku,
KYOTO, Japan
a Marine pollution bioassay using eggs. (Echinoidea)
b Water pollution bioassay using eggs. Radix spec. (Gastropoda)
KOBAYASI, H.; Dr., Prof. - Biol. Lab., Japan Women's Univ., 2-8-1 Mejirodai, Bunkyo-ku, TOKYO,
Japan
KOCHAV, Sh. t M.Sc. - Dept. of Zool., Hebrew Univ., JERUSALEM, Israel
KOCHERT, G.; Ph.D., Assoc. Prof. Dept. of Bot., Univ. of Georgia, ATHENS, Ga. 30601, U.S.A.
a Cell differentiation. Volvox spec. (Chlorophyceae)
KOCHHAR, D. M.; Ph.D., Assoc. Prof. - Dept. of Anat., Univ. of Virginia, Jordan Med. Bldg., 1300
Jefferson Park Ave.. CHARLOTTESVILLE, Va. 22901, U.S.A.
a Teratogenesis of the craniofacial complex: role of neural crest (origin, migration, proliferation,
and differentiation). Mus musculus (Rodentia)
b Effect of vitamin A, nucleic acid antimetabolites, antiglutamines, and proline analogs on limb
bud development in vivo and in vitro. Same species as a
KOCK, J. M. de; M.Sc. - Zool. Inst., Fac. of Sci., Univ. of Stellenbosch, STELLENBOSCH, S. Africa
KOEHLER, L. D.; Ph.D., Prof. - Dept. of Biol., Central Michigan Univ., Mt. PLEASANT, Mich.
48858, U.S.A. ISDB
a Comparative study of ultrastructure of sperm and spermiogenesis. (Decapoda, Crustacea)
49
b Ultrastructural aspects of spermatogenesis. Esox vermiculatus (Teleostei)
c infrastructure of spermiogenesis. (Aves)
KOHL, D. M.; Ph.D. - Dept. of Biol. Sci., Univ. of Calif., SANTA BARBARA, CA 93106, U.S.A.
KOJIMA, M. K.; D.Sc. - Marine Biol. Station, Nagoya Univ., Sugashima, TOBA, Mie-ken, 517 Japan
a Physiology of egg cleavage. Hemicentrotus pulcheriimus, Pseudocentrotus depressus (Echinoidea)
KOLLAR, E. J.; Ph.D. - Dept. of Oral Biol., Sch. of Dent. Med., Univ. of Connecticut Health Center,
FARMINGTON, Conn. 06032, U.S.A. ISDB
a Differentiation of skin derivatives (teeth, vibrissae, feathers); combinations of epithelium and
mesoderm roles of these tissues, inductive sequence, temporal and spatial stability and plasticity
of the integument during early stages. Callus domesticus (Aves), Mus musculus (Rodentia)
b Suppression and stimulation of neural crest and integumental differentiation by beta-2-thienylala-
nine. Same species as a
c Development of Meckel's cartilage. (Mammalia)
d Long-term culture of dental papillae cells. (Mammalia)
e Tissue-collagen interactions during epithelial differentiation (specificity of collagen as a mediator
of developmental information). (Vertebrata)
KOLLROS, J. J.; Ph.D., Prof. - Dept. of Zool., Univ. of Iowa, IOWA-CITY, la. 52242, U.S.A. ISDB
a Influence of thyroid hormones upon limb regeneration in tadpoles. Bufo americanus, Pseudacris
nigrita, Rana pipiens, R. clamitans (Anura)
b Tissue responses and control of sequence in metamorphosis. Rana pipiens, R. catesbeiana,
Pseudacris nigrita, Ambystoma jeffersonianum (Amphibia)
c Development of spinal and cerebral centers. Rana pipiens, R. catesbeiana, Pseudacris nigrita, Bufo
americanus (Anura)
d Delineation of skin territories of different developmental capacities, especially as indicated by
gland development. Rana pipiens and other spp. (Anura)
e Beak development and loss in tadpoles. Rana pipiens, R. clamitans, Pseudacris nigrita (Anura)
KONDO, K.; D.Sc. - Tokyo Metropolitan Inst, of Gerontol., 35-2 Sakaecho, Itabashi-ku, TOKYO,
173 Japan
a Reaggregation of dissociated embryonic cells, especially the search for cell-reaggregating sub-
stances. (Echinoidea)
b Adhesiveness of cells: 1. mechanism of adhesion; 2. changes in adhesiveness accompanying'
development and their significance. (Echinoidea)
KONG, Y.-Cheung; Dr.Sc. - Biol. Dept., The Chinese Univ. of Hong Kong, SHATIN, N.T., Hong Kong
a Purification and chemical identification of basic proteins from oocytes. Triturus sinensis
(Urodela)
KONIGSBERG, I. R.; Ph.D., Prof. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHARLOTTES-
VILLE, Va. 22903, U.S.A. ISDB
a Regulation of cell proliferation and myogenesis in clonal and mass cell culture of embryonic
skeletal myoblasts. Gallus domesticus, Coturnix c. japonica (Aves)
b Mechanism of regeneration of mature muscle fibers. Coturnix c. japonica (Aves)
KONISHI, T.; D.Sc. - Lab. of Developm. Biol., Dept. of Anim. Sci., Coll. of Agric, Washington State
Univ., PULLMAN, WA 99163, U.S.A.
KORNGUTH, S. E.; Ph.D., Prof. - Depts. of Neurol, and Physiol. Chem., Coll. of Med., Univ. of
Wisconsin, MADISON, Wis. 53706, U.S.A.
a Changes in histone distribution during development of the nervous system. Bos taurus, Sus
domesticus (Artiodactyla), Macaca mulatta (Primates)
b Proteins of the synaptic complex and development of synaptic contacts. Same species as a
c Development of fetal cerebellum (electron microscopy, Golgi staining). Macaca mulatta
(Primates)
KOSHIDA, Y.; D.Sc, Prof. - Dept. of Biol., Coll. of Gen. Educ, Osaka Univ., Toyonaka, OSAKA,
560 Japan
a Histochemistry of developing digestive organs. (Mollusca, Amphibia)
b Development of cartilage. (Polychaeta, Gastropoda, Cephalopoda)
KOSIN, I. L.; Ph.D., Prof. - Lab. of Developm. Biol., Dept. of Anim. Sci., Coll. of Agric, Washington
State Univ., PULLMAN, WA 99163, U.S.A.
a Embryonic mortality, especially in unincubated eggs under optimum conditions (ultrastructure).
Gallus domesticus (Aves)
KOSTELLOW, Miss A. B.; Ph.D. - Dept. of Physiol., A. Einstein Coll. of Med., Yeshiva Univ., 1300
Morris Park Ave., NEW YORK, Bronx, NY 10461, U.S.A.
KOTANI, M.; D.Sc. - Lab. of Embryol., Fac of Sci., Osaka City Univ., 459 Sugimoto-cho,
Sumiyoshi-ku, OSAKA, 558 Japan
a Nature of germinal cytoplasm. Xenopus laevis (Anura)
KOYAMA, T.; M.D., Ph.D., - Dept. of Anat., Tokyo Med. and Dent. Univ., 1-5-45, Yushima,
Bunkyo-ku, TOKYO, 113 Japan
a Tissue transplantation. Rana japonica, Rhacophorus schlegelii, Xenopus laevis (Anura)
KRAMER, J. P.; Ph.D., Assoc. Prof. - Dept. of Entomol., Cornell Univ., 10 Comstock Hall, ITHACA,
NY 14850, U.S.A.
KREJSA, R. J.; Ph.D., Assoc. Prof. - Biol. Sci. Dept., Calif. Polytechnic State Univ., SAN LUIS
OBISPO, Calif. 93401, U.S.A.
a Role of the epidermis in scale and fm-ray development; light and electron microscopy of
developing skin. Poecilia reticulata, Oryzias latipes, Salvelinus fontinalis, Ictalurus punctatus
(Teleostei)
b Comparative aspects of integument morphogenesis. (Vertebrata)
c Shedding of skin and skin derivatives. Congiopodus spec. (Teleostei)
50
KRETCHMER, N.; Ph.D., M.D., Prof. - Dept. op Pediat., Stanford Univ., 300 Pasteur Drive,
STANFORD, Calif. 94305, U.S.A.
a Developmental enzymology: 1. disaccharidases in developing intestine; 2. pyrimidine biosyn-
thesis. Mus museums, Rattus norvegicus (Rodentia), Zalophus californianus (Pinnipedia)
KRIDER, H. M.; Ph.D. - Inst, of Cell. Biol., Univ. of Connecticut, U-125, STORRS, Conn. 06268,
U.S.A.
a Regulation of nucleolar transcription in salivary glands of third instar larvae. Drosophila spec.
(Diptera)
KRISHNAKUMARAN, A.; Ph.D., Prof. - Dept. of Biol., Marquette Univ., 530 N. 15th St., MIL-
WAUKEE, Wis. 53233, U.S.A. ISDB
a Nucleic acid metabolism during embryonic and postembryonic development (autoradiography
and surgical techniques). Acheta spec. (Orthoptera), Tenebrio spec. (Coleoptera), Galleria spec.
(Lepidoptera), Drosophila spec. (Diptera)
KUBOTA, T.; D.Sc, Prof. - Biol. Inst., Lib. Arts Coll., Kagoshima Univ., Kamoike-cho, KAGO-
SHIMA, 890 Japan
a Development of contractile force in egg cortex (role of Ca ion). Cynops (= Triturus) pyrrhogaster
(Urodela)
KULANGARA, A. C; Ph.D., Prof. Dept. of Anat., Med. Coll. of Pennsylvania, 3300 Henry Ave.,
PHILADELPHIA, Pa. 19129, U.S.A.
a Passage of homologous and heterologous proteins from the mother into the early conceptus.
Oryctolagus spp. (Lagomorpha)
b Kinetics of the passage of bovine serum albumin from maternal blood into the unimplanted
blastocyst. Same species as a
c Passage of proteins into uterine fluid. Same species as a
d Selection among proteins by the blastocyst. Same species as a
KULKA, R. G.; Dr. - Dept. of Biol. Chem., Hebrew Univ., JERUSALEM, Israel ISDB
a Regulation of specific gene expression during the differentiation of the exocrine pancreas; role of
corticosteroid hormones in the regulation of digestive enzyme and zymogen synthesis. Gallus
spec. (Aves)
KURIHARA, M. - Inst, of Appl. Entomol., Fac. of Agric, Iwata Univ., Ueda 3-18-8, MORIOKA,
020 Japan
a Histology and histochemistry of oogenesis. (Insecta)
KURIYAMA, K.; M.D., Ph.D., Prof. - Dept. of Pharmacol., Kyoto Pref. Univ., Kawaramachi-Hirokoji,
Kamikyo-ku, KYOTO, 602 Japan
a Developmental changes of amino acid metabolism in brain. Mus musculus, Rattus spec. (Ro-
dentia)
b Effect of addictive drugs on the metabolism of developing brain. Same species as a
c Developmental changes of cyclic AMP metabolism in brain. Same species as a
KURIYAMA, Miss R.; M.Sc. - Dept. of Biophys. and Biochem., Univ. of Tokyo, 7-3-1, Hongo,
Bunkyo-ku, TOKYO, 113 Japan
a Tubulin in the mitotic apparatus of embryonic cells. Hemicentrotus pulcherrimus (Echinoidea)
KURODA, Y.; D.Sc. - Dept. of Morphol. Genet., Natl. Inst, of Genet., Yata 1-111, MISIMA,
Sizuoka-ken, 411 Japan
a Gene expression in imaginal disc cells in organ and cell culture. Drosophila melanogaster
(Diptera)
b Single cell cultivation of embryonic cells carrying some genetic markers. Same species as a
c Studies on histoformative cell aggregation from dissociated embryonic cells. Gallus domesticus
(Aves), Mus musculus (Rodentia)
d Gene expression and mutagenesis in diploid embryonic cells in culture. Homo sapiens (Primates)
KVIST, T. N.; M.Sc. - 2032 S. 57th St., PHILADELPHIA, PA 19143, U.S.A.
LACALLI, Th.C; Ph.D. - Dept. of Biol., McGill Univ., MONTREAL H3C 3G1, Que. Canada
a Morphogenesis: theories concerning the development of non-random structural features on the
cell walls of single cells. Micrasterias spp. (Desmidiales)
b Morphogenesis and development of the larval nervous system. Abarenicola pacifica, Harmothoe
imbricata, Spirorbis borealis (Polychaeta), Boltenia ovifera (Tunicata)
LAI-FOOK, Miss J. E. I.; Ph.D. - Ramsay Wright Zool. Labs., Dept. of Zool., Univ. of Toronto, 25
Harbord St., TORONTO, Ont. M5S 1A1, Canada
a Fine structure of haemocytes during the moult/intermoult cycle. Galleria mellonella, Calpodes
ethlius (Lepidoptera)
b Cytochemistry of dermal glands. Calpodes ethlius (Lepidoptera)
c Fine structure and cytochemistry of developing oenocytes. Rhodnius prolixus (Hemiptera)
d Characterization of moulting fluid, especially with regard to the proteins in the metamorphic
moult. Same species as b
LAIRD, C. D.;Ph.D. - Dept. of Zool., Univ. of Washington, SEATTLE, WA 98105, U.S.A.
LAKSHMANAN, K. K.; Ph.D., Prof. - Dept. of Bot., Pachaiyappa's Coll., MADRAS-30, India
a Descriptive and experimental embryology. Martynia spec, Rhizophora spec, Sesamum spec.
(Angiospermae)
b Irregular embryogenesis and its possible correlation with embryo differentiation in tissue culture.
Corydalis spec. (Fumariaceae)
LAKSHMANAN, S.; M.Sc. - Dept. of Anat., Jawaharlal Inst, of Postgrad. Med. Educ. and Res.,
PONDICHERRY-605006, India
a Effect of vascular occlusion on seminiferous epithelium cycle in the testis. Mus musculus
(Rodentia)
b Morphometric study of components of maturing testis. Same species as a
51
c A study of meiotic chromosomes in altered blood supply to testis. Same species as a
LALA, P. K.; M.D., Ph.D., Assoc. Prof. - Dept. of Anat., McGill Univ., P.O. Box 6070, MONTREAL,
Que. IDC 3G I, Canada
a Control mechanisms in hemopoietic stem cell differentiation (using chromosomal markers). Mus
museums (Rodentia)
LAMPRECHT, De V. B.; M.Sc. - Dept. of Anat., Univ. of the Orange Free State, P.O. Box 339,
BLOEMFONTEIN 9300, S. Africa
a Experimental vertebral development. (Vertebrata)
LANDESMAN, R.; Ph.D. - Dept. of Zool., Univ. of Vermont, BURLINGTON, Vt. 05401, U.S.A.
a Role of ribosomal and nuclear proteins in differentiation. Xenopus laevis (Anura)
b Relationship of carcinogenesis and embryogenesis. Same species as a
LANDMFiSSER, Miss L. T.; Ph.D. - Dept. of Biol., Yale Univ., NEW HAVEN, Conn. 06520, U.S.A.
a The effects of the periphery on synaptogenesis and differentiation in the ciliary ganglion. Callus
gallus (Aves)
b Patterns of innervation of muscle in developing limb. Same species as a
c Sequence of synaptogenesis in the developing spinal cord. Same species as a
d Specificity of early reflexes assessed electrophysiologically. Same species as a
LANG A.; Ph.D., Prof. - MSU/AEC Plant Research Lab., Michigan State Univ., EAST LANSING,
Mich. 48824, U.S.A. ISDB
a Hormone physiology. (Plantae)
b Physiology of flowering. Hyoscyamus niger (Solanaceae) and other spp.
LANGMAN, J.; M.D., Ph.D., Prof. - Dept. of Anat., Univ. of Virginia, Jordan Med. Bldg., 1300
Jefferson Park Ave., CHARLOTTESVILLE, Va. 22901, U.S.A. ISDB
a Brain development under normal and abnormal conditions. Gallus domesticus (Aves), (Rodentia)
LARRIVEE, D. H.; M.A. - Dept. of Zool, Univ. of Brit. Columbia, VANCOUVER, B.C. V6T 1W5,
Canada
a Molecular and cellular aspects of arm formation in larvae. Strongylocentrotus droebachiensis,
Dendraster excentricus, and hybrids (Echinoidea) (with C. V. FINNEGAN)
b Shell formation in larvae: molecular and cellular comparative studies. Ilyanassa obsoleta (Gastro-
poda)
LASEK, R. J.; Ph.D., Assoc. Prof. - Dept. of Anat., Sch. of Med., Case Western Reserve Univ.,
CLEVELAND, Ohio 44106, U.S.A.
a Proteins associated with growth and development of the axon. Rattus spec. (Rodentia)
LASH, J. W.; - Dept. of Anat, Sch. of Med., Univ. of Pennsylvania, PHILADELPHIA, PA 19104,
U.S.A. ISDB
LATSHAW, W. K.; Ph.D., Assoc. Prof. - Dept. of Vet. Anat., Western Coll. of Vet. Med., Univ. of
Saskatchewan, SASKATOON, Sask. S7N 0W0, Canada
a Closure mechanisms of optic fissure. Gallus domesticus (Aves), Mus musculus, Mesocricetus
auratus (Rodentia)
b Mucopolysaccharide histochemistry of developing eye. Gallus domesticus (Aves), Canis familiaris
(Carnivora)
LAUFER, H.; Ph.D., Prof. - Biol. Sci. Group, Sect, of Developm. Biol., Univ. of Connecticut, Life
Sciences Bldg. U-42, STORRS, Conn. 06268, U.S.A. ISDB
a Effects of hormones on gene action as revealed by puffing of polytenic chromosomes. Chirono-
mus spec. (Diptera)
b Regulation of metamorphosis by hormones. (Insecta)
c Regulation of yolk proteins, enzymes, salivary gland secretion proteins, and hemoglobins during
metamorphosis. (Crustacea; Insecta)
d Hemoglobin synthesis (cytological hybridization). Same species as a
LaVAIL, Mrs. J. H.; Ph.D. - Dept. of Neurosci., Children's Hosp. Med. Center, Harvard Med. Sch.,
300 Longwood Ave., BOSTON, Mass. 02115, U.S.A.
a The retrograde movement of proteins in neurons of the visual system. Gallus domesticus (Aves)
b The effect of genetically determined pigmentation on the projections of retinal ganglion cells.
Mus musculus (Rodentia)
LAVALLE, D.; B.Sc. - Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of Minas Gerais, Rua
Carangola 288 - 4U andar, C.P. 253, BELO HORIZONTE, M.G., Brazil
LAVARACK, J. O.; Ph.D. - Sch. of Anat., Univ. of Melbourne, PARKVILLE 3052, Vict., Australia
a Histochemistry of cell interactions in the development of primary tissues. Gallus gallus (Aves)
b Locomotion of embryonic cells in culture. Same species as a
LaVELLE, A.; Ph.D., Prof. - Dept. of Anat., Univ. of Illinois, P.O. Box 6998, CHICAGO, 111. 60680,
U.S.A.
a Developmental cytology of the neuron, normally and after experimental alterations (axotomy,
drug treatment, antibrain serum); changes in the nucleolar apparatus and in Nissl substance.
Mesocricetus auratus (Rodentia)
b Proteins and antigenic changes in brain and nuclear areas of brain (gel-diffusion and micro-gel-
diffusion). Same species as a
LAWRENCE, I. E., Jr.; Ph.D., Assoc. Prof. - Dept. of Anat., East Carolina Univ., Box 2701,
GREENVILLE, NC 27834, U.S.A.
LAYTON, W. M.; M.D., Assoc. Prof. - Dept. of Anat., Dartmouth Med. Sch., HANOVER, N.H.
03755, U.S.A.
a Teratogenic mechanisms of carbonic anhydrase inhibitors. Mus musculus, Rattus norvegicus,
Mesocricetus auratus (Rodentia)
b Asymmetry of developmental patterns. Mus musculus (Rodentia)
52
LEACH, C. M.; Ph.D., Prof. - Dept. of Bot. and Plant Pathol., Oregon State Univ., CORVALLIS, Ore.
97331, U.S.A.
a Light induction of reproduction in phytopathogenic species. (Fungi)
b Nature of sporogenic substances (P310) associated with spore formation. (Fungi)
c Interaction of light and temperature on the induction of reproduction. (Fungi)
LEBLOND, C. P.; M.D., Ph.D., Prof. - Dept. of Anat., Med. Sch., McGill Univ., P.O. Box 6070,
MONTREAL, Que. H3C 3G1, Canada
a The development of bones and teeth as shown on radioautographs with the help of various
labeled substances. (Vertebrata)
LEE, H. H.; Ph.D., Assoc. Prof. - Biol. Dept., Univ. of Toledo, W. Bancroft St., TOLEDO, Ohio
43606, U.S.A.
a Characterization of cell surface substances responsible for morphogenesis (testicular cells in
vitro). Gallus domesticus (Aves)
LEE, K. H.; M.D. - Dept. of Obstet. and Gynecol., Queen Mary Hosp., Univ. of Hong Kong, Hospital
Rd., HONG KONG
a Continuous fetal heart rate patterns. Homo sapiens (Primates)
b Fetal acid-base studies. Same species as a
c Fetal electrocardiogram configurations. Same species as a
LEESON, C. R.; M.D., Prof. - Dept. of Anat., Coll. of Med., Univ. of Missouri, COLUMBIA, Mo.
65201, U.S.A.
a Postnatal development of the liver, with reference to hepatocyte morphology and hematopoietic
activity. Oryctolagus cuniculus (Lagomorpha)
b Postnatal development of muscle with emphasis on the ultrastructure of the mitochondrial
population. Sus domesticus (miniature) (Artiodactyla)
LEFFINGWELL, T. P.; Ph.D. - Cell Res. Inst., Biol. Labs. 220, Univ. of Texas, AUSTIN, Tex. 78712,
U.S.A.
a Contributions of the Golgi apparatus to cell surfaces. (Plantae)
LEGNAME, A. H.; Dr. Biochem., Prof. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M.
de TUCUMAN, Argentina
a Respiratory metabolism. Bufo arenarum (Anura)
b Metabolism, oocvte maturation and differentiation. Same species as a
LEGNAME, C. R. -Inst, de Biol, Univ. Nac. de Tucuman, Chacabuco 461, S.M. de TUCUMAN,
Argentina
a Nuclear transplantation (early stages until neurulation): 1. haploid and diploid nuclei; 2. electro-
phoretic analysis of proteins. Bufo arenarum (Anura)
LEHMAN, H. E.; Ph.D. - Dept. of ZooL, Univ. of N. Carolina, CHAPEL HILL, NC 27514, U.S.A.
ISDB
LEIGHTON, J.; M.D., Prof. - Dept. of Pathol., Med. Coll. of Pennsylvania, 3300 Henry Ave.,
PHILADELPHIA, Pa. 19129, U.S.A. ISDB
a Neoplasia of urothelium. Homo sapiens (Primates)
LENHOFF, H. M.; Ph.D., Prof. - Dept. of Developm. and Cell Biol., Univ. of California, IRVINE,
Calif. 92664, U.S.A. ISDB
a Chemistry, biosynthesis, and topography of mesoglea. Hydra littoralis, H. pseudoligactis (Hydro-
zoa)
b Movement and differentiation of interstitial cell. Hydra attenuata (Hydrozoa)
LENSKY, Y.; Ph.D., Assoc. Prof. - Bee Res. Lab., Dept. of Entomol., Fac. of Agric, Hebrew Univ.,
P.O. Box 12, REHOVOTH 76 100, Israel
a Exo- and endocrine control of the synthesis of female-specific proteins. Apis mellifera
(Hymenoptera) (with H. SHKOLNIK)
b Control of female dimorphism. Same species as a (with M. AZENCOT)
LEOPOLD, R. A.; Ph.D. - USDA Metab. & Radiat. Research Lab., State Univ. Station, FARGO,
N.D. 58103, U.S.A.
a Cytochemistry of developing reproductive structures. Musca domestica (Diptera)
b Developmental genetics of hybrids (spermatogenesis, embryogenesis). Anthonomus grandis x
Anthonomus gr. thurberiae (Coleoptera)
LESH-LAURIE, Mrs. G. E.; Ph.D. - Dept. of Biol., Case Western Reserve Univ., CLEVELAND, Ohio
44106, U.S.A.
a Purification of neurotrophic substance(s) involved in interstitial cell differentiation. Hydra spec,
Podocoryne spec, Hydractinia spec, Pennaria spec, Aurelia spec. (Hydrozoa)
b Control of differentiated state of interstitial cells. Same species as a
c Role of mesoglea in morphogenesis. Same species as a
LESSEPS, R. J. (S.J.); Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Loyola Univ., NEW ORLEANS, La.
70118, U.S.A.
a Ultrastructure of cell surface (embryonic liver, heart, neural retina, limb bud). Gallus domesticus
(Aves)
b Sorting-out experiments to test hypotheses concerning morphogenetic movements (embryonic
heart, neural retina, pigmented retina). Same species as a
c Cell movement in early development. Nothobranchius neumanni (Cyprinodontidae, Teleostei)
LEV, R.; M.D., Assoc. Prof. - Dept. of Pathol., New York Med. Coll., Basic Sci. Bldg., VALHALLA,
N.Y. 10595, U.S.A.
a Ability of primate fetus to absorb and utilize proteins (including antibodies), antibiotics and
nutrients injected into amniotic sac of term-pregnant mother. Macaca mulatta, Homo sapiens
(Primates)
LEVENSON, G. E.; Ph.D., D.D.S., Assoc. Prof. - Dept. of Histol., Embryol., and Genet., Sch. of
Dent. Med., Univ. of Pennsylvania, 4001 Spruce St., PHILADELPHIA, Pa. 19174, U.S.A.
53
a Comparison of three types of embryonic cartilage when grown as monolayer cultures. Callus
domesticus (Aves)
b Effect of ascorbic acid in medium on growth and differentiation of embryonic cartilage in
monolayer culture. Same species as a
c Histogenesis of embryonic liver: cell culture techniques, effects of metabolites on differentation.
Same species as a
LEVI-MONTALCINI, Miss R.; M.D., Prof. - Dept. of Biol., Washington Univ., Skinker and Lindell
Ave., ST. LOUIS, Mo. 63 1 30, U.S.A. 1SDB
a Growth control mechanisms in the sympathetic nervous system
b In vivo and in vitro analysis of the nervous system. Periplaneta americana (Blattariae)
c A technique to grow nerve and glia cells from explants of brain and ganglia in order to study their
growth and differentiation under different experimental conditions. Same species as b
LHOTKA J. F., Jr.; M.D., Ph.D., Prof. - Dept. of Anat. Sci., Univ. of Oklahoma Med. Center, 801 NE
13th St., OKLAHOMA-City, Okla. 73190, U.S.A.
a Localization of Ca and Fe in the developing embryo. Gallus domesticus (Aves), Sus scrofa
(Artiodactyla), Homo sapiens (Primates)
b Histochemical localizations of polysaccharides in embryo and early fetus, with emphasis on
vascular system. Homo sapiens (Primates)
c Coat colour and neoplastic degeneration in advanced aging. Mus musculus (Rodentia)
LIANG, H. M.; Ph.D., Prof. - Dept. of Biomorphics, Natl. Defense Med. Ctr., P.O. Box 7432, TAIPEI
107, Taiwan, Rep. of China
a Experimental sex differentiation. Rana spec. (Anura)
LILIEN, J. E.; Ph.D. - Dept. of Zool., Univ. of Wisconsin, 1117 W. Johnson St., MADISON, WI
53706, U.S.A. ISDB
LIN, C. C; Ph.D., Assoc. Prof. - Div. of Pediat. and Med. Biochem., Health Sci. Centre, Univ. of
' Calgary, GALGARY, Alta. T2N 1N4, Canada
a Cytogenetics and somatic cell genetics (emphasis on structural and functional chromosome
aberrations). (Mammalia)
LINDSAY, D. T.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Georgia, ATHENS, Ga. 30602, U.S.A.
a Cell-specific patterns of mitosis and histone synthesis in the embryo. Strongylocentrotus purpura-
tus (Echinoidea)
b Cilia regeneration. Same species as a
LINDSLEY, D. L.; Ph.D., Prof. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA
JOLLA, Calif. 92037, U.S.A.
a Genetic control of gametogenesis. Drosophila melanogaster (Diptera)
L1PTON, B. H.; Ph.D. - Dept. of Anat, Med. Sch., Univ. of Wisconsin, MADISON, Wis. 53706,
U.S.A.
a Pattern development in embryos: morphogenetic mechanisms responsible for axial structure
formation. (Amphibia, Aves)
b Fine-structural analysis of myogenesis in vitro: cell fusion, cell substrate adhesion, basal lamina
formation and satellite cell development. (Vertebrata)
LIVERS AGE, R. A.; Ph.D., Prof. - Ramsay Wright Zool. Labs., Dept. of Zool., Univ. of Toronto, 25
Harbord St., TORONTO M5S 1A1, Ont., Canada
a In vivo and in vitro studies on the influence of nerves and endocrines in regeneration (Amphibia,
Teleostei)
LOBO, J. F.; Ph.D. - Cell Res. Lab., Dept. of Zool., N. Wadia Coll., POONA-1, India
a Alkaline phosphatase and mucopolysaccharides in eggs and larvae (histochemistry). Betta
splendens (Teleostei)
b Phospholipids and non-specific esterases in eggs and larvae (histochemistry). Rana tigrma (Anura)
c Enzymes and mucopolysaccharides in the prothallus (histochemistry). Pteris aquilina (Filicinae)
LOCKE, M.; Ph.D., Prof. - Dept. of Zool., Univ.of W. Ontario, LONDON, Ont. N6A 3K7, Canada
ISDB
a Developmental physiology and cell biology. Calpodes ethlius (Lepidoptera)
LOCKSHIN, R. A.; Ph.D. - Dept. of Physiol., Univ. of Rochester, 260 Crittenden Blvd., ROCHES-
TER, NY 14620, U.S.A.
LOMBARDO, F.; Dr.Biol. - Dept. de Biol. Anim., Lab. de Morfol., Univ. de Brasilia, BRASILIA,
D.F., Brazil
LONG, S. Y.; Ph.D. - Dept. of Anat., Med. Coll. of Wisconsin, 561 N. 15th St., MILWAUKEE, Wis.
53233, U.S.A.
a Cleft palate and limb malformations as a model for genetic-teratogenetic interactions. Mus
musculus (Rodentia)
LONGENECKER, B. M.; Ph.D. - Dept. of Immunol., Fac. of Med., Univ. of Alberta, EDMONTON,
Alta., Canada
a Developmental immunology and embryonic resistance to herpesvirus-mediated lymphoma. Gallus
domesticus (Aves)
LONGO, F. J.; Ph.D., Assoc. Prof. - Dept. of Anat., Ctr. for Health Sci., Univ. of Tennessee, 800
Madison Ave., MEMPHIS, TN 38163, U.S.A.
a Effect of meiotic state at moment of insemination on pronuclear development and association
(light and electron microscopy). Asterias forbesi (Asteroidea), Spisula solidissima, MytUus edulis
(Lamellibranchia)
b Effect of maternal cytoplasm on pronuclear development and association. Arbacia punctulata,
Lytechinus variegatus (Echinoidea)
c Effect of supernumerary male and female pronuclei on pronuclear development and association,
i.e., investigation of heteroploidy, polyandry and polygyny. Spisula solidissima (Lamelli-
branchia), Oryctolagus cuniculus (Lagomorpha), Mus musculus, Rattus norvegicus (Rodentia)
54
LOOMIS, W. F., Jr.; Ph.D. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA JOLLA,
Calif. 92037, U.S.A.
a A biochemical and genetic investigation of the mechanisms of development. Dictyostelium
discoideum (Acrasiales)
LOPES, R. A. - Dept. of Pathol., Fac. de Odont. e Farm., 14100 RIBEIRAO PRETO, S.P., Brazil
a Hypervitaminoses during pregnancy (histochemistry). Rattus rattus (Rodentia)
LOVE D; Ph.D. - Dept. of Anat., Developm. Biol. Center, Case Western Reserve Univ., 2119
Abington Rd., CLEVELAND, Ohio 44106, U.S.A.
a Chemistry of developing muscle. Gallus domesticus (Aves)
b Endocrine regulation of the rates of turnover of contractile proteins, particularly the subunits of
myosin, during embryonic muscle development. Same species as a
LOY J B ; Ph.D., Assoc. Prof. - Plant Sci. Dept., Univ. of New Hampshire, Nesmith Hall, DURHAM,
N.H. 03824, U.S.A.
a Genetics and physiology of sex differentiation. Cucumis melo (Cucurbitaceae)
b Genetics and physiology of dwarfism. Citrullus lanatus (Cucurbitaceae)
LU M H.; Ph.D. - Natl. Inst, for Environm. Health Sci., N.I.H., P.O. Box 12233, RESEARCH
' TRIANGLE PARK, N.C. 27709, U.S.A.
a Effect of neonatal thyroidectomy (1-14 days) on subsequent development an reproduction
(radio-immuno-assay of thyroid hormones). Rattus rattus (Rodentia)
LUCAS, J. S.; Ph.D. - Zool. Dept., James Cook Univ. of North Queensland, P.O. Box 999,
TOWNSVILLE, Qld. 4811, Australia
a Effects of food quality and quantity and predation on larval development and young juveniles.
Acanthaster planci (Asteroidea)
LUCKETT, W. P.; Ph.D. - Dept. of Anat., Coll. of Phys. and Surg., Columbia Univ., 630 W. 168th St.,
NEW YORK, NY 10032, U.S.A.
a Comparative development and evolution of fetal membranes and placenta. (Primates; Insectivora;
Rodentia; Chiioptera; Dermoptera)
b Embryology. Tachyglossus spec, Ornithorhynchus spec. (Monotremata)
LYMAN, H.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., State Univ. of New York at Stony Brook,
STONY BROOK, N.Y. 11790, U.S.A.
a Control mechanisms of chloroplast development and replication. Euglena gracilis (Eugleno-
phyceae)
LYNE, A. G.; Ph.D. - Div. of Anim. Physiol., CSIRO, P.O. Box 239, BLACKTOWN, N.S.W. 2148,
Australia
a Embryology. Perameles nasuta, Isoodon macroceres (Marsupialia)
LYNN, W. G.; Ph.D., Prof. - Biol. Dept., Grad. Sch. of Arts and Sci., The Catholic Univ. of America,
WASHINGTON, DC 20017, U.S.A.
LYSER (SHOUBY), Mrs. K. M.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Hunter Coll., 695 Park Ave.,
Box 1030, NEW YORK, NY 10021 , U.S.A.
MACARAK E. J.; Ph.D. - Dept. of Histol., Embryol., and Genet, Sch. of Dent. Med., Univ. of
Pennsylvania, 4001 Spruce St., PHILADELPHIA, Pa. 19174, U.S.A.
a Cellular interactions and stability of the differentiated state of vascular endothelium (tissue
culture of umbilical cord vein endothelium). Homo sapiens (Primates)
b Ultrastructure of sorted out aggregates of dissociated pregastrular cells. Gallus domesticus (Aves)
c Ultrastructure of junction formation in normal pregastrular blastoderms. Same species as b
McAVOY, J. W.; B.Sc. (Hons.) - Sch. of Biol. Sci., Flinders Univ., BEDFORD PARK, S.A. 5042,
Australia
a Cell differentiation in the small intestinal epithelium. Xenopus laevis (Anura)
MacCABE, J. A.; Ph.D. - Dept. of Zool., Univ. of Tennessee, KNOXVILLE, Tenn. 37916, U.S.A.
a Morphogenesis in the early developing limb, particularly the establishment of axial polarities.
Gallus gallus (Aves)
b Effect of various heart-beat-stimulating drugs on cultured heart cells. Same species as a
McCAFFERTY, R. E.; Ph.D., Prof. - Dept. of Anat., Med. Center, West Virginia Univ., MORGAN-
TOWN, W.Va. 26506, U.S.A.
a Histochemistry and ultrastructure of the Harderian gland at pre- and postnatal stages. Rattus
rattus (Rodentia), Sus scrofa (Artiodactyla)
b Histochemistry of the lacrimal gland from early development through patient demise; normal and
abnormal. Homo sapiens (Primates)
McCALLION, D. J.; Ph.D., Prof. - Dept. of Anat., McMaster Univ., 1200 Main St. West, Rm. 1-R-l,
HAMILTON, Ont. L8S 4J9, Canada ISDB
McDEVITT D S ; Ph.D., Assoc. Prof. - Dept. of Amin. Biol., School of Vet. Med., Univ. ot
Pennsylvania, 3800 Spruce St., PHILADELPHIA, Pa. 19174, U.S.A.
a The soluble lens proteins (crystallins) in lens differentiation, as studied by column chromato-
graphy, electrophoresis, and immunofluorescence. Rana pipiens (Anura)
b Ontogeny and localization of the gamma-crystallins (immunofluorescence). (Anura, Urodela)
(with S. K. BRAHMA, Utrecht) „ „ tMM
MacDONALD, Mrs. E. L.; Ph.D. - Dept. of Biol., Wilson Coll., CHAMBERSBURG, Pa. 17201, U.S.A.
a Histology of eye, heart, and somite region, stages 21-46, photomicrography. Xenopus laevis
(Anura)
b Cytological differences, especially number and location of mitochondria, associated with develop-
mental potentialities of intestinal epithelium cells (light and electron microscopy). Rana pipiens
(stage 25), Xenopus laevis (stage 46) (Anura)
McGARRY, M. P.; Ph.D. - Dept. of Biol. Resources, Roswell Park Mem. Inst., 666 him
St., BUFFALO, NY 14203, U.S.A.
55
a Humoral control of eosinophil granulocyte regeneration and proliferation in vivo and in vitro, by
using eosinophil-specific cell response to secundary challenge with antigen. Mus musculus (Ro-
dentia)
b Influence o( Friend virus infection on developmental interrelationship between stem-precursor
cells and the inductive stroma of hemopoietic tissues; determination of target cell(s). Same
species as a
MACINTYRE, M. N.; Ph.D., Prof. Dept. of Anat., Sch. of Med., Case Western Reserve Univ.,
CLEVELAND, Ohio 44106, U.S.A.
a Cytogenetics of embryonic maldevelopment and reproductive failure. (Vertebrata)
b Environmental factors relating to the production of chromosomal abnormalities. (Vertebrata)
c Biochemical activity of certain chromosomes or portions of chromosomes from abnormal cell
lines. (Vertebrata)
d Morphology, biochemistry and behavior of fetal cells from amniotic fluid. (Vertebrata)
McKIEL, G. D.; M.A. - Dept. of Zool., McGill Univ., MONTREAL, Que., Canada
McKINNELL, R. G.: Ph.D., Prof. - Dept. of Zool., Coll. of Biol. Sci., Univ. of Minnesota, MINNEA-
POLIS, MN 55455, U.S.A.
MACKLIN, M. R.; Ph.D., Assoc. Prof. - Dept. of Biomed. Engin., Case Western Reserve Univ.,
CLEVELAND, Ohio 44106, U.S.A.
a Fetal elcctrocardiology. Homo sapiens (Primates)
b The effects of the inorganic ionic environment, both extra-cellular and intra-cellular, on cell
differentiation. Hydra spec. (Hydrozoa)
c Onset of electrical activity in embryos. Xenopus laevis (Anura)
MacMILLAN, Miss F. E.; A.B. - Pacif. Mar. Stat., Univ. of the Pacific, DILLON BEACH, CA 94929,
U.S.A.
McNUTT C. W.; Ph.D., Prof. - Dept. of Anat., Health Sci. Center, Univ. of Texas, 7703 Floyd Curl
Drive, SAN ANTONIO, Tex. 78284, U.S.A.
a Developmental genetics of a tail-labyrinthine mutant (pr). Mus musculus (Rodentia)
b Development and pathological progression of a new neuromuscular mutant. Same species as a
McWHINNIE, Miss D. J.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., De Paul Univ., 1036 W. Belden
Ave., CHICAGO, 111. 606 14, U.S.A.
a Biochemistry of embryonic bone with particular reference to metabolic pathways, enzyme
systems, and hormone effects. Gallus domesticus (Aves), Rana pipiens (Anura)
MADERSON, P. F. A.; Ph.D., Assoc. Prof. - Dept. of Biol., Brooklyn Coll., Bedford Ave. & Ave. H.
NEW YORK, Brooklyn, N.Y. 1 1210, U.S.A.
a Influence of environmental factors and hormones on epidermal turnover, in vitro and in vivo.
Iguana iguana, Anolis carolinensis, Dipsosaurus dorsalis, Gekko gecko, Coleonyx variegatus
(Lacertilia), Elaphe obsoleta (Ophidia)
b Wound healing. Same species as a
c Tail regeneration with reference to epidermal replacement. Iguana iguana, Anolis carolinensis,
Dipsosaurus dorsalis, Gekko gecko, Coleonyx variegatus (Lacertilia)
MADHAVAN, K.; Ph.D. - Center for Pathobiol., Univ. of California, IRVINE, Calif. 92664, U.S.A.
a Effects of hormones and analogues on development (biochemistry, cytology). Drosophila
melanogaster and other spp. (Insecta and other Arthropoda)
b Effects of juvenile hormone and ecdysones on molting and reproduction. Armadillidium vulgare
(Isopoda, Crustacea)
c Effects of regeneration on molting. Same species as a
MADHAVAN, Mrs. M. M.; Ph.D. - Center for Pathobiol., Univ. of California, IRVINE, Calif. 92664,
U.S.A.
a Nucleic acid synthesis during embryonic development. Drosophila melanogaster (Diptera)
b Origin of the nurse chamber, nucleic acid contribution of the nurse chamber to the oocytes, and
development of the oviducts. Heteropeza pygmaea, Mycophila speyeri (Cecidomyiidae, Diptera)
MAEDA (KIBATA), Mrs. M.; B.Sc. - Dept. of Biol., Coll. of Gen. Educ, Osaka Univ., Toyonaka,
OSAKA, 560 Japan
a The role of Ca++ and Mg++ in the chemotactic response to cAMP of amoebae. Dictyostelium
discoidcum (Acrasiales)
MAHOWALD, A. P.; Ph.D. - Dept. of Zool., Indiana Univ., BLOOM1NGTON, IN 47401, U.S.A.
MAIBENCO, Miss H.C.; Ph.D., Prof. - Rush Med. Coll., Rm. 1405 Jelke Bldg., 1725 W. Harrison
St., CHICAGO, 111. 60612, U.S.A.
a Nidation. Rattus rattus (Rodentia)
b Origin, function, and fate of decidual cells (autoradiography). Rattus rattus (Rodentia)
c Development of the early embryo (frozen-dried material, autoradiography). Rattus rattus (Ro-
dentia)
MAKINO, S.; D.Sc, Prof. (Emer.) - Chromosome Research Unit, Fac. of Sci., Hokkaido Univ., N10,
W8, SAPPORO, 060 Japan
a Chromosome aberrations in patients with congenital disorders, with special regard to the
relationship between karyological features and disease states. Homo sapiens (Primates)
b Chromosome studies in spontaneous and induced abortions. Same species as a
c Virus-induced chromosome aberrations with special regard to teratogenesis and carcinogenesis.
Same species as a
MAK1NODAN, T. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN 37830, U.S.A.
MALACINSKI, G. M.; Ph.D. - Dept. of Zool., Indiana Univ., BLOOMINGTON, Ind. 47401, U.S.A.
ISDB
a Isolation of cytoplasmic components which direct nuclear activity. Ambystoma mexicanum
(Urodela), Rana pipiens (Anura)
56
b Developmental genetics and biochemistry of the egg cytoplasm. Ambystoma mexicanum (Uro-
dela), Xenopus laevis (Anura)
MANASEK, F. J.; D.M.D.. Assoc. Prof. - Dept. of Anat., Div. of Biol. Sci., Univ. of Chicago, 1025
East 57th St., CHICAGO, 111. 60637, U.S.A.
a Extrinsic and intrinsic factors regulating the shape of the heart. Gallus domesticus (Aves)
b Biosynthesis of extracellular matrix components during development: regional differences in the
intact embryo. Same species as a
MANES, M. E.; Biol. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S. M. deTUCUMAN,
Argentina
a Cytoplasmic factors in differentiation: egg cortex. Bufo arenarum (Anura)
MANION, P. J.; M.A. - Bur. of Sport Fish, and Wildlife, U. S. Dept. of the Interior, 446 E. Crescent
St., P.O. Box 758, MARQUETTE, Mich. 49855, U.S.A.
a Internal metamorphosis of landlocked animals (anatomy and histology of 16 organ systems).
Petromyzon marinus (Cyclostomata)
MANN, P. M.; M.Sc. - Dept. of Biomed. Sci., Ontario Vet. Coll., Univ. of Guelph, GUELPH, Ont.
NIG 2W2, Canada
a Embryonic and prenatal developmental anatomy, including the development of the placental
membranes. Blarina brevicauda and other spp. (Soricidae, Insectivora), Myotis lucifugus and
other spp. (Chiroptera, especially Microchiroptera)
b Embryonic and prenatal development, with emphasis on the male genital system. Equus caballus
(Perissodactyla)
MANNER, H. W.; Ph.D., Prof. - Dept. of Biol., Loyola Univ., 6525 N. Sheridan Rd., CHICAGO, 111.
60626, U.S.A.
a The developmental effect of linear alkyl sulfonate on embryos. (Teleostei), Mus musculus
(Rodentia)
b Neurological effects of surfactants. Same species as a
MANO, Y.; M.D., Prof. - Dept. of Physiol. Chem. and Nutr., Univ. of Tokyo, Hongo, Bunkyo-ku,
TOKYO, 113 Japan
a Molecular mechanisms of the cell cycle in macromolecular synthesis. Hemicentrotuspulcherrimus,
Pseudocentrotus depressus, Anthocidaris crassispina, Strongylocentrotus nudus (Echinoidea)
b Macromolecular metabolism in early development. Same species as a
MARAMOROSCH, K.; Dr. - Boyce Thompson Inst, of Plant Res., 1086 N. Broadway, YONKERS,
NY 10701, U.S.A. ISDB
MARCHOK, Miss A.; Ph.D. - Biol. Div., Oak Ridge Natl. Lab., OAK RIDGE, Tenn. 37830, U.S.A.
a Regulation of normal and abnormal differentiation of respiratory epithelium in organ and cell
cultures; identification of factors controlling proliferation, cell turnover, and synthesis of specific
cell products. Rattus norvegicus (Rodentia)
MARCUS, Z. H.; Ph.D. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr., Tel-Aviv Univ.,
TEL-AVIV, Israel
a Delayed hypersensitivity to sperm antigens. (Rodentia)
MARGOLIS, G.; M.D., Prof. - Dept. of Pathol., Dartmouth Med. Sch., HANOVER, NH 03755,
U.S.A.
MARIANO, Miss M. I. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S. M. de TUCUMAN,
Argentina
a Nuclear transplantation (early stages until neurulation): 1. haploid and diploid nuclei; 2. ultra-
structure and metabolism of haploid embryos. Bufo arenarum (Anura)
MARIN-PADILLA, M.; M.D. - Dept. of Pathol., Dartmouth Med. Sch., HANOVER, NH 03755,
U.S.A.
MARK, R. F.; M.Med.Sc, Doct. Ill - Dept. of Physiol., Monash Univ., CLAYTON, Vict. 3168,
Australia
as from 1975: Austr. Natl. Univ., CANBERRA, A.C.T. 2600, Australia
a Regenerating motor nerves and reinnervating muscle (descriptive, hisiochemical, experimental,
and electrophysiological). Astronotus ocellatus (Cichlidae), Carrassius carassius (Cyprinidae,
Teleostei), Ambystoma spec. (Urodela)
MARKERT, C. L.; Ph.D., Prof. - Dept. of Biol., Osborn Mem. Lab., Yale Univ., NEW HAVEN, Conn.
06520, U.S.A. ISDB
a Gamete maturation, fertilization, and early development. Mus musculus (Rodentia)
b Ontogeny of isozymic patterns. Mus musculus (Rodentia), various spp (Pisces)
c Developmental genetics. Various spp. (Pisces)
d Nuclear transplantation. Same species as a
e Developmental genetics studied in allophenic or mosaic combinations. Same species as a
MARKS, P. A.; Prof. - Dept. of Human Genet, and Developm., Coll. of Phys. and Surgeons, Columbia
Univ., 630 W. 168th St., NEW YORK, NY 10032, U.S.A. ISDB
MARKWALD, R. R.; Ph.D. - Dept. of Anat., Med. Univ. of South Carolina, 80 Barre St., CHARLES-
TON, S.C. 29401, U.S.A.
a Teratogenic influences of a variety of known teratogens upon heart development. Rattus
norvegicus (Rodentia)
MARTIN, A. H.; Ph.D. - Dept. of Anat, Bardeen Med. Labs., Univ. of Wisconsin, MADISON, Wis.
53706, U.S.A.
a Development, morphology, and histology of the central nervous system (light microscopy).
Gallus domesticus (Aves), Mus musculus (Rodentia)
b Teratogenic effect of various techniques and agents upon the developing embryo. Same species as
57
MARTIN Ch. B., Jr.; M.D., Assoc. Prof. - Dept. of Obstet. and Gynecol., Univ. of S. Calif., Women's
Hosp. 5K-22, 1240 N. Mission Rd., LOS ANGELES, Calif. 90033, U.S.A.
a Fetal cardiovascular physiology, particularly responses to stress. Macaca mulatta (Primates)
b Development of activity (sleep-waking) states in the fetus. Macaca mulatta, Homo sapiens
(Primates)
c Physiology of the uteroplacental and umbilical circulations. Same species as a
MARTINS, R. PARENTONI Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of Minas Gerais, Rua
Carangola 288 - 4° andar, C.P. 253, BELO HORIZONTE, M. G., Brazil
a Alteration of spermatogenesis following interspecific hybridization or ionizing radiations. (Triato-
minae, Hemiptera)
MASCARENHAS, J. P.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., State Univ. of New York, 1400
Washington Ave., ALBANY, NY 12203, U.S.A. 1SDB
MASLOW, D. E.; Ph.D. - Dept. of Exp. Pathol., Roswell Park Mem. Inst., 666 Elm St., BUFFALO,
N.Y. 14203, U.S.A.
a The adhesion of cells to different cellular and non-cellular substrates. Mus spec. (Rodentia),
Homo sapiens (Primates)
b Differential adhesion in the morphogenesis of the limb bud. Gallus domesticus (Aves)
c Specificity of interactions during aggregation of developing and tumor tissues and cells. (Aves),
Mus spec. (Rodentia), Homo sapiens (Primates)
d Role of cell movement in aggregation; experimental and model systems. (Aves)
MASSOVER, W. H.; M.D., Ph.D. - Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE R. I.
02912, U.S.A.
a Subcellular differentiation of the oocyte (including experimental manipulation). (Amphibia)
MASUI, Y.; Ph.D., Assoc. Prof. - Ramsay Wright Zool. Labs., Dept. of Zool., Univ. of Toronto, 25
Harbord St., TORONTO, Ont. M5S 1A1, Canada ISDB
a Cytoplasmic control of nuclear activity in oocyte meiosis and early development. Rana pipiens,
Xenopus laevis (Anura), Triturus viridescens (Urodela)
b .Repair DNA synthesis in ovarian oocytes. Mus musculus (Rodentia)
MATHUR, J. K.; M.Sc. - Dept. of Zool., Univ. of Poona, Ganeshkind, POONA 41 1007, India
a Histochemical, cytochemical, teratological and in vitro studies on the development of limbs. >
Calotes versicolor (Lacertilia)
MATSUMOTO, J.; D.Sc. - Dept. of Biol., Keio Univ., YOKOHAMA-Hiyoshi, Japan
MATTINGLY, Miss E.; Ph.D. - Dept. of Zool., Univ. of Georgia, ATHENS, Ga. 30602, U.S.A.
a Development of reproductive system. Small spp. (Mammalia)
b Development and histophysiology of the pineal gland. Small spp. (Rodentia)
MAURER, R. R.; Ph.D. - Natl. Inst, for Environm. Health, N.I.H., P.O.Box 12233, RESEARCH
TRIANGLE PARK, N.C. 27709, U.S.A.
a Significance of uterine proteins to embryonic development. Oryctolagus cuniculus (Lagomorpha)
b The male influence on the development of the early embryo (2 cell-blastocyst). Same species as a
c Environmental factors affecting embryonic development (pre and post implantation stages).
Oryctolagus cuniculus (Lagomorpha), Mus musculus (Rodentia)
MAY CHING.T.; Dr., Assoc. Prof. - Agron. Dept., Oregon State Univ., CORVALLIS, OR 97331,
U.S.A.
MAYER, T. C; Ph.D., Prof. - Dept. of Biol., Fac. of Lib. Arts and Sci., Rider Coll., TRENTON, N. J.
08602, U.S.A.
a Developmental genetics of white-spotting patterns. Mus musculus (Rodentia)
MAYHEW E G.; Ph.D. - Dept. of Exp. Pathol., Roswell Park Mem. Inst., 666 Elm St., BUFFALO,
N.Y. 14203, U.S.A.
a Mechanism of histiotypic sorting of heterospecific embryo cells; the effects of tumour cells on
sorting patterns. Gallus domesticus (Aves), Mus musculus (Rodentia)
MAZURKIEWICZ, M.; Ph.D. - Dept. of Oceanography, Ira C. Darling Center for Research, Teaching,
and Service, (Marine Lab.), Univ. of Maine, WALPOLE, Me. 04573, U.S.A.
a Development from the egg through F2 generation. Laonereis culveri (Polychaeta)
b Larval development and reproduction. Hydrobia totteni, H. salsa (Gastropoda)
c Larval development. Macoma balthica (Lamellibranchia)
d Larval development. Echinarachnius parma (Echinoidea)
MEINS, F., Jr.; Ph.D. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, U.S.A.
MELTON, Ch. G., Jr.; Ph.D. - Dept. of Biol., Univ. of Pittsburgh, PITTSBURGH, PA 15260, U.S.A.
MEMIKOGLU (GbNENC), Mrs. A. - Inst, of Histol. and Embryol., Med. Fac, Hacettepe Univ.,
ANKARA, Turkey
a Ultrastructural differentiation of somitic mesoderm. Gallus domesticus (Aves)
MENEZES, Miss A. M. C; M.Sc. - Dept. of Bot., Univ. of Poona, Ganeshkind.. POONA-7, India
MENGE, A. C; Ph.D., Assoc. Prof. - Dept. of Obstet. and Gynecol., Center for Res. in Reprod. Biol.,
4003 Women's Hosp., ANN ARBOR, Mich. 48104, U.S.A.
a Effects of immune reactions against spermatozoa on the development of embryos. Oryctolagus
cuniculus (Lagomorpha)
METZ, C. B.; Ph.D. - Inst, of Molec. Evolut., Univ. of Miami, 521 Anastasia Ave., CORAL GABLES,
FL 33134, U.S.A. ISDB
MEYER, D. B.; Ph.D. - Dept. of Anat., Wayne State Univ., 540 E. Canfield, DETROIT, Mich. 48201,
U.S.A.
a Morphogenesis and developmental histochemistry of embryonic eye. Gallus domesticus (Aves)
b Histochemistry of gonadal development. Same species as a
c Prenatal ossification of the skeleton. Homo sapiens (Primates)
d Electron microscopy of retinal development. Gallus domesticus, Coturnix c. japonica (Aves)
58
MEZEI (TEICHMANN), Mrs. C; Ph.D. - Biochem. Dept., Med. Sch., Dalhousie Univ., Sir Charles
Tupper Bldg., HALIFAX, N.S. B3H 4H7, Canada
a Control of myelinogenesis. Gallus domesticus (Aves)
b Developmental changes in myelin composition of sciatic nerve. Same species as a
MEZGER-FREED, Mrs. L.; Ph.D. - Inst, for Cancer Research, 7701 Burholme Ave., PHILADEL-
PHIA, Pa. 19111, U.S.A.
a Genetics of haploid embryo cell lines including analysis by nuclear transfer. Rana pipiens (Anura)
(with J. FREED)
b Development of phenotypic variants in cell culture (thymidine kinase deficiency). Same species
as a
c Effect of mutagens on haploid and diploid cell cultures. Same species as a
MICELI, Mrs. D. C; Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S. M. de
TUCUMAN, Argentina
a Intermediate metabolism during early development: enzyme regulation. Bufo arenarum (Anura)
MICHAEL, M. L; Ph.D., Prof. - Dept. of Zool., Alexandria Univ., Moharram Bey, ALEXANDRIA,
Egypt
a Experiments on the development of the cephalic ganglia and other derivatives of the head neural
crest. Ambystoma mexicanum (Urodela)
b Development of the urogenital system. Bufo regularis (Anura) (with S. N. SEDRA and S. H.
KHALIL)
c Hind limb regeneration after transection at various proximo-distal levels. Same species as b (with
D. A. EL MEKKAWY)
d Restoration of hind limb regeneration by the use of various chemical and mechanical means.
Same species as b (with F. K. AZIZ)
MICHAELI, Y.; D.M.D. - Dept. of Anat, Hebrew Univ. - Hadassah Med. Sch., P.O. Box 1172,
JERUSALEM 91000, Israel
a The role of the periodontal ligament in the eruption of the incisor. Rattus spec. (Rodentia)
b Relation between different rates of eruption and the behaviour of the odontogenic epithelial
cells. Same species as a
MIKAMI, Y.; Ph.D., M.D., Prof. - Dept. of Anat., Mie Pref. Univ., 2-174, Edobashi, TSU, Japan ISDB
MIKI-NOUMURA, Mrs. T.; Ph.D. - Inst, of Molec. Biol., Fac. of Sci., Nagoya Univ., Chikusa-ku,
NAGOYA, 464 Japan
a The mitotic apparatus protein of the egg. Hemicentrotus pulcherrimus, Pseudocentrotus depres-
sus, Anthocidaris crassispina (Echinoidea)
b Cleavage. Same species as a.
c An actin-like egg protein. Hemicentrotus pulcherrimus, Pseudocentrotus depressus, Anthocidaris
crassispina, Temnopleurus toreumaticus (Echinoidea)
d Tubulin of sperm tail. Same species as a and Oryctolagus cuniculus (Lagomorpha), Sus scrofa
domesticus (Artiodactyla)
MILKMAN, R. D.; Ph.D., Prof. - Dept. of Zool., Coll. of Lib. Arts, Univ. of Iowa, IOWA-City, Iowa
52242, U.S.A. ISDB
a Developmental biology, classical and physiological genetics. Botryllus schlosseri (Ascidiacea)
b Developmental biology, genetics. Drosophila melanogaster and other spp. (Diptera)
MILLER, J. H.; Ph.D., Prof. - Dept. of Biol., Syracuse Univ., 130 College Place, SYRACUSE, N.Y.
13210, U.S.A.
a The role of ethylene as an inhibitor of cell division and its action as a co-factor in light-induced
cell elongation. Onoclea sensibilis (Filicinae)
MILLER, O. L.; Jr.; Ph.D. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN 37830,
U.S.A.
MILLER, R. L.; Ph.D. - Dept. of Biol., Temple Univ., Broad and Berks St., PHILADELPHIA, PA
19122, U.S.A.
MILLER, Miss S. A.; Ph.D. - Biol. Dept., Reed College, PORTLAND, Ore. 97202, U.S.A.
a Development of surface immunoglobulin on thymic and splenic lymphocytes of poikilotherms
(electron microscopy, radio-isotopes). Triturus viridescens (Urodela), Xenopus laevis (Anura)
MILLER, W. A.; D.D.S., Assoc. Prof. - Dept. of Oral Biol., Sch. of Dent., State Univ. of New York at
Buffalo, 5410 Main St., BUFFALO, N.Y. 14226, U.S.A.
a Tissue interactions in early development of dental lamina. Pouch embryos of Didelphis marsupia-
lis, Trichosurus vulpecula, (Marsupialia), Mus musculus (Rodentia)
b Tooth replacement. Lepisosteus spec. (Holostei)
c Dental development and occlusal wear patterns with age. Sciurus niger (Rodentia)
d Dental and morphological abnormalities in three chondrodystrophic strains. Mus musculus
(Rodentia)
MILLINGTON, W. F.; Ph.D., Prof. - Dept. of Biol., Marquette Univ., 530 North 15th St., MILWAU-
KEE, Wis. 53233, U.S.A.
a Development at the shoot apex, and regulation of form in the leaf and shoot. Sphagnum spec.
(Bryophyta)
b Development in coenobial forms. Pediastrum spp. (Chlorophyceae)
c Regulation of zoospore release and colony formation; factors regulating cell shape. Rediastrum
boryanum (Chlorophyceae)
d Emergence of pattern in cell differentiation in leaves. Fine structural analysis of differentiation of
the hyaline and chlorophyllous cells. Sphagnum spp. (Bryophyta)
MILLS, S. E.; Ph.D., Prof. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA JOLLA,
Calif. 92037, U.S.A.
a Regulatory mechanisms in cultured cells. (Plantae)
59
MINATO. K.; M.Sc. - Dept. of Morphol. Genet., Natl. Inst, of Genet., Yata 1-111, M1SIMA,
Sizuoka-ken, 41 1 Japan
a The relationship between cell growth cycle and molting cycle in the epidermis. Philosamia
cynthia ricini (Lepidoptera)
b Studies on growth-stimulating factors in the cultivation of cells. Homo sapiens (Primates)
MINOR R R ; V.M.D., Ph.D. Dept. of Anat., Univ. of Pennsylvania, Clin. Res. Ctr., Philad. Gen.
Ho'sp.. PHILADELPHIA, Pa. 19104, U.S.A.
a Microscopic, biochemical, and immunochemical studies of mesodermal differentiation in organ
culture of embryonic somites and lung buds. Gallus domesticus (Aves)
b Microscopic, autoradiographic, biochemical, and immunochemical studies of basement membrane
synthesis, accumulation and turnover in organ cultures of the embryonic parietal yolk sacs.
Rattus spec. (Rodentia)
MINTZ, Miss B.; Ph.D. - Inst, for Cancer Research, 7701 Burholme Ave., PHILADELPHIA, Pa.
19111, U.S.A. ISDB
a Gene control of differentiation in allophenic animals with two genotypic populations of cells.
Mus musculus (Rodentia)
b Control of implantation. Same species as a
c Early ontogeny of the cell surface. Same species as a
d Differentiation of multipotential teratoma cells. Same species as a
MISENHEIMER, H. R.; M.D. - Dept. of Obstet. and Gynecol., Rush Med. Coll., 1753 W. Congress
Parkway, CHICAGO, IL 60612, U.S.A.
MISHRA, N. C; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of S. Carolina, COLUMBIA, S. C. 29208,
U.S.A.
a Genetics and biochemistry of cell wall biosynthesis (biochemical lesions in mutants and pheno-
copies). Neurospora crassa (Ascomycetes)
MISRA, R.; M.S. - Dept. of Obstet. and Gynecol.; M.L.N. Med. Coll., Allahabad Univ., ALLAHABAD
1, India
a Sex chromatin analysis in normal and congenitally abnormal neonates. Homo sapiens (Primates)
MITCHELL, J. T.; Ph.D. - Dept. of Anat., Upstate Med. Centre, State Univ. of New York, 766 living
Ave., SYRACUSE, N.Y. 13210, U.S.A.
a Effect of chemical compounds on pre-implantation stages in vivo and in vitro, with emphasis on '
developmental morphology and teratology. Mus musculus (Rodentia)
b Morphological and teratological effect of pesticides on the embryo. Chelydra serpentina (Chelo-
nia)
MITRA, S. C; M.Sc. (Hons.) - Dept. of Anat., Jawaharlal Inst, of Postgrad. Med. Educ. and Res.,
PONDICHERRY-605006, India
a Congenital anomalies. Homo sapiens (Primates)
MITTENTHAL, J. E.; Ph.D. - Dept. of Biol. Sci., Purdue Univ., W. LAFAYETTE, Ind. 47907, U.S.A.
a Developmental neurobiology of giant interneuron-fast flexor motoneuron system in the ab-
domen. Procambarus clarkii (Decapoda, Crustacea)
MIYA, K.; D. Sc, Prof. - Inst, of Appl. Entomol., Fac. of Agric, Iwata Univ., Ueda 3-18-8,
MORIOKA, 020 Japan
a Electron microscopy of oogenesis and embryogenesis. Bombyx mori (Lepidoptera)
b Analysis of early embryonic development. Same species as a
MIYAHARA, Y. - Dept. of Plant Pathol, and Entomol., Kyushu Natl. Agric. Exp. Station, Nishi 496,
Izumi, CHIKUGO-shi, Fukuoka-ken, 833 Japan
a Sterility induced by gamma rays, heat, and chemosterilants. Spodoptera litura (Noctuidae,
Lepidoptera)
MIYAKE, Y-L; M.Sc. - Dept. of Vet. Obstet., Fac. of Vet. Med., Hokkaido Univ., N 18, W 9,
SAPPORO, 060 Japan
a Cytogenetic investigations on chromosomal abnormalities (quinacrine mustard staining), Sus
scrofa, Bos taurus (Artiodactyla)
MIZELL, M.; Ph.D., Prof. - Dept. of Biol., Tulane Univ., NEW ORLEANS, La 70118, U.S.A.
a Induced limb regeneration. Didelphis virginiana (Marsupialia)
b Effects of regenerating appendages on Lucke tumor (renal adenocarcinoma): tumor differentia-
tion. Rana pipiens (Anura)
c Infectious nucleic acids (Herpes type virus associated with Lucke tumor) as differentiating agents.
Rana pipiens (Anura)
MIZUNO, Takeo; Ph.D., Prof. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Tissue interaction in lens induction. Gallus domesticus (Aves)
b Differentiation of the hypoblast. Same species as a
c The mechanism of epidermal regeneration. Mus musculus (Rodentia)
MOAV, B.; Ph.D. - Dept. of Zool., Tel-Aviv Univ., 155 Herzl St., TEL-AVIV, Israel ISDB
MOCHIDA, O.; Dr.Agr. - Dept. of Plant Pathol, and Entomol., Kyushu Natl. Agric. Exper. Station,
Nishi 496, Izumi, CHIKUGO-shi, Fukuoka-ken, 833 Japan
a Morphology and physiology of oogenesis. Nilaparvata lugens (Delphacidae, Homoptera)
b Ecological and anatomical studies on reproduction. Javesella pellucida (Delphacidae, Homoptera)
c Sterility induced by gamma rays, heat, and chemosterilants. Spodoptera litura (Noctuidae,
Lepidoptera)
MOHLER, J. D.; Ph.D., Prof. - Dept. of Zool., Univ. of Iowa, IOWA-City, la. 52242, U.S.A.
a The induction, identification, and characterization of female-sterile mutants, especially those
affecting internal milieu of the egg, as material for the study of oogenesis. Drosophila melano-
gaster (Diptera)
MOLINARI, E.; M.V., - Inst, de Embriol., Univ. Austral de Chile, Casilla no. 567, VALDIVIA, Chile
60
a Maintenance and regeneration of the apical ectodermal ridge of the limb bud cultured in vitro.
Gallus domesticus (Aves)
MOLLENHAUER, H. H.; Ph.D. Charles F. Kettering Res. Labs., 150 E. South College St., YELLOW
SPRINGS, OH 45387, U.S.A.
MONDER, C; Ph.D. - Res. Inst., Hosp. for Joint Dis., 1919 Madison Ave., NEW YORK, NY 10035,
U.S.A.
a Induction of enzyme formation by steroids in fetal liver in organ culture. Rattus norvegicus
(Rodentia)
MONIE, I. W.; M.D., Prof. - Dept. of Anat, Sch. of Med., Univ. of Calif.. SAN FRANCISCO, Calif.
94143, U.S.A.
a Morphology, histochemistry, and organ culture of congenital malformations of the cardiovascu-
lar, urogenital, and nervous system, induced by teratogenic agents. Rattus rattus (Rodentia)
b Effects of cadmium and lead on fetal development. Same species as a
MOOG, Miss F.; Ph.D., Prof. - Dept. of Biol., Washington Univ., Skinker and Lindell Ave.,
ST. LOUIS, Mo. 63130, U.S.A. ISDB
a Development of enzyme systems in the embryo. Gallus domesticus (Aves), (Mammalia)
b Role of the pituitary-adrenal axis in fetal and juvenile development. (Aves; Mammalia)
c Chemo-architectural studies of differentiation of surface of intestinal epithelial cells. (Aves;
Mammalia)
MOORE, Mrs. B.C.; Ph.D. - Dept. of Biol., Univ. of California, RIVERSIDE, Calif. 92502, U.S.A.
a Chromosomal analysis of lethal racial hybrid embryos. Rana pipiens (Anura) ISDB
MOORE, G. P. M; Ph.D. - Dept. of Zool., Austr. Natl. Univ., P.O. Box 4, CANBERRA, A.C.T. 2600,
Australia
a Transcription of the genome during cleavage (endogenous RNA polymerase in isolated nuclei).
Mus musculus (Rodentia)
b Genetic activity of blastocyst cells during delayed implantation and embryonic diapause. Mus
musculus (Rodentia), (Marsupialia)
MOORE, J. A.; Ph.D., Prof. - Dept. of Biol., Univ. of California, RIVERSIDE, Calif. 92502, U.S.A.
a Development of diploid and haploid racial hybrids. Rana pipiens (Anura) ISDB
MOORE, K. L.; Ph.D., Prof - Teratol. Res. Lab., Dept. of Anat, Univ. of Manitoba, 750 Bannatyne
Ave., WINNIPEG, Man. R3E 0W3, Canada
a Pathogenesis of abnormal development. Rattus spec. (Rodentia) .
b Sex chromatin patterns and sex chromosomal abnormalities. Felis catus, Canis familiaris (Carni-
vora), Homo sapiens (Primates)
MORI, H.; D.Agr., Prof. - Dept. of Biol., Keio Univ., YOKOHAMA-Hiyoshi, Japan
MoRI, T.; M.Agr. - Zool. Lab., Fac. of Agric, Kyushu Univ., FUKUOKA, Japan
a Electron microscopic analysis of the mechanism of fertilization. Pipistrellus abramus, Miniopterus
schreibersi (Chiroptera)
MORI, Y.; M.A., Prof. - Dept. of Biol., Keio Univ., YOKOHAMA-Hiyoshi, Japan
MORRILL, G. A.; Ph.D., Assoc. Prof. - Dept. of Physiol., A. Einstein Coll. of Med., Yeshiva Univ.,
1300 Morris Park Ave., NEW YORK, Bronx, NY 10461, U.S.A.
MORRILL, J. B.; Ph.D., Prof. - Div. of Nat. Sci., New College, SARASOTA, Fla. 33578, U.S.A.
a Chemical differentiation of eggs. Lymnaea spec. (Gastropoda) ISDB
b Analyses of ooplasmic segregation. (Gastropoda)
MORRIS, J. E.; Ph.D. - Dept. of Zool., Oregon State Univ., CORVALLIS, Ore., 9733 1, U.S.A.
a Mechanisms of cell association in histogenesis of the neural retina (role of glycosaminoglycans).
Gallus domesticus (Aves)
b Differentiation after cryptobiosis. Artemia salina (Anostraca, Crustacea)
MORRIS, Miss V. B.;Ph.D. - Sch. of Biol. Sci., Univ. of Sydney, Zool. Bldg., SYDNEY, N.S.W. 2006,
Australia ISDB
a Distribution pattern of newly formed cells in the developing retina. Gallus domesticus (Aves)
MORROW, J. F.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A.
a Purification of silk fibroin gene and regulation of its expression. Bombyx mori (Lepidoptera)
(with D. D. BROWN)
MOSCONA, A. A.; Ph.D., Prof. - Depts. of Biol, and Pathol., Univ. of Chicago, 1101 E. 57th St.,
CHICAGO, IL 60637, U.S.A. ISDB
a Regulatory mechanisms in development and differentiation at molecular, cellular, andhistogenetic
levels in embryos and in cell-tissue-organ culture systems: 1. enzyme induction in embryonic
cells; 2. role of cell interactions and the cell surface in differentiation; 3. cell aggregation and
tissue synthesis in vitro
MOSCONA, Mrs. M. H. - Dept. of Biol., Div. of Biol. Sci., Univ. of Chicago, 1101, E. 57th St.,
CHICAGO, IL 60637, U.S.A.
MOSSMAN, H. W.; Ph.D., Prof. (Emer.) - Dept. of Anat, Med. Sch., Univ. of Wisconsin, MADISON,
Wis. 53706, U.S.A. ISDB
a Comparative morphology of the fetal membranes and reproductive tracts. (Mammalia)
MOTOMURA, I.; D.Sc, Prof. - Lab. of Embryol, Inst, of Biol., Tohoku Univ., SENDAI, Japan ISDB
MOTTET, N. K.; M.D., Prof. - Dept. of Pathol., Univ. of Washington Med. School. BB232, Univ.
Hosp., SEATTLE, Wash. 98195, U.S.A.
a The mechanism regulating ontogenetic metaplasia in the esophagus. Gallus domesticus (Aves),
Homo sapiens (Primates)
b Ultrastructural features of necrosis as an ontogenetic process. Same species as a
c Methyl mercury teratogenesis. Mus musculus (Rodentia), Macaca mulatta (Primates)
MOUSTAFA, Mrs. L. A.; Ph.D. - Natl. Inst, for Environm. Health Sci., Environm, Toxicol. Branch,
61
N.I.H., P.O. Box 12233, RESEARCH TRIANGLE PARK, N.C. 27709, U.S.A.
a The fate of single cells transplanted into preimpiantation embryos (intra- and interspecies). Mus
musculus (Rodentia), Oryctolagus cuniculus (Lagomorpha)
b Effect of direct application of test agent(s) ti> embryos on DNA repair, subsequent viability and
development (micromanipulation, embryo culture and intrauterine administration; pre- and
postimplantation stages). Same species as a
MULH1 RKAR, Mrs. L.; Ph.D., Prof. - Dept. of Zool., Univ. of Poona, Ganeshkind, POONA
411007, India ISDB
a Transplantations of embryonic tissues. Gallus spec. (Aves)
b Studies on -SH groups and embryonic induction. Same species as a
c Morphogenesis of skin in the embryo. Calotcs versicolor (Lacertilia)
d Effects of irradiation on embryos with particular reference to the formation of scales. Same
species as c
e Effects of hydrazine, urethane and actinomycin D on embryos. Gallus spec. (Aves)
MUN, A. M.; Ph.D., Prof. - Dept. of Zool, Univ. of Maine, Murray Hall, ORONO, Me. 04473, U.S.A.
a Induction of immunological tolerance by intracoelomic grafts in the 4-day embryo. Gallus gallus
(Aves)
b Growth stimulation of embryonic spleen graft by adult spleen across a filter membrane. Same
species as a
c Embryo morphogenesis in unfertilized eggs. Meleagris gallopavo (Aves)
d Effects of glycoalkaloids from blighted potatoes on the development of the early embryo. Same
species as a
MURAKAMI, U.; M.D., D.Med.Sc, Prof. - Dept. of Embryol. and Dept. of Perinatol., Inst, of
Devclopm. Res., Aichi Pref. Colony, Kamiya-cho, KASUGAI, Aichi 480-03, Japan
a Fetal brain lesions caused by maternal administration of monosodium glutamate and allied
chemical substances. Mus musculus (Rodentia) (with M. 1NOUYE)
b Effects of x-irradiation upon developing embryos, especially on the central nervous system. Mus
musculus, Rattus norvegicus (Rodentia) (with R. SHOJI)
MURAMATSU, S.; D.Sc. - Div. of Radiat. Hazards, Natl. Inst, of Radiol. Sci., 4-9-1, Anagawa,
CHIBA, 280 Japan
a Radiation effects on reproductive organs (cytogenetics, histology). Mus musculus (Rodentia)
MURATA, F.; M.D., Ph.D. - Dept. of Anat., Shinshu Univ., Asahi 3-1-1, MATSUMOTO, 390 Japan
a Electron microscopy of hematopoiesis in embryonic and newborn animals. Oryctolagus cuniculus
(Lagomorpha), Cavia porcellus, Rattus spec, Mus musculus (Rodentia)
MURATA, Y.; M.D. - Dept. of Obstet. and Gynecol., Univ. of S. Calif., Womens's Hosp. 5K-22, 1240
N. Mission Rd., LOS ANGELES, Calif. 90033, U.S.A.
a Fetal cardiovascular physiology, particularly responses to stress. Macaca mulatta (Primates)
b Development of activity (sleep-waking) states in the fetus. Macaca mulatta, Homo sapiens
(Primates)
MURISON,G. L.;Ph.D. - Dept. of Biol., Univ. of Miami, CORAL GABLES, FL 33124, U.S.A.
MURRAY, Mrs. M. R.; Dr. - Natl. Inst, of Neurol. Dis. and Stroke, N.I.H., Bldg. 36, 4B-12,
BETHESDA, Md. 20014, U.S.A. ISDB
a Development of sympathetic nervous system in vitro, especially biosynthesis of monoamine
neurotransmitters; development and functions of sympathetic interneurons. Gallus domesticus
(Aves), Mus musculus, Rattus spec. (Rodentia)
MURTA, I. M. da SILVA; Prof. - Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of Minas Gerais,
Rua Carangola 288 - 4U andar, C.P. 253, BELO HOR1ZONTE, M.G., Brazil
a Cytogenetics, cytophotometry, DNA content. Peripatus acacioi (Onychophora)
MUTHUKKARUPPAN, V.; Ph.D. - Dept. of Biol. Sci., Madurai Univ., MADURAI-2, Tamil Nadu, S.
India
NABER, E. C; Ph.D., Prof. - Dept. of Poultry Sci., Coll. of Agric, Ohio State Univ., 674 West Lane
Ave., COLUMBUS, Ohio 43210, U.S.A.
a Nutrition and metabolism of the developing embryo. Gallus domesticus (Aves)
b Antimetabolites and morphogenesis; relationships to biochemical function. Same species as a
NACE, G. W.; Ph.D., Prof. - Dept. of Zool. and Amphib. Facility, Center for Human Growth and
Developm., Univ. of Michigan, ANN ARBOR, Mich. 48104, U.S.A. ISDB
a Development and maintenance of defined strains. Rana 5 spp., Bufo 3 spp. (Anura), several spp.
(Urodela)
b Transfer of macromolecules from maternal organism to egg. Rana spec. (Anura)
c Etiology of neoplasia in larva and adult. Same species as b
d Role of specific macromolecules in fertilization. Same species as b
e Problems in developmental and population genetics. (Amphibia)
NAGAE, H.; M.Sc. - Dept. of Anat., Mie Pref. Univ., 2-174, Edobashi, TSU, Japan
NAGANO, H.; M.D. - Dept. of Biochem., Nippon Med. School, Sendagi, Bunkyo-ku, TOKYO, 113
Japan
a Control of enzyme formation and activity in liver during development. Rana catesbeiana (Anura)
(with R. SHUKUYA)
b Metamorphic changes in serum proteins. Same species as a (with R. SHUKUYA)
NAGATA, T.; M.D., Ph.D., Prof. - Dept. of Anat., Shinshu Univ., Asahi 3-1-1, MATSUMOTO, 390
Japan
a DNA and RNA synthesis in the mitochondria of stomach, kidney and liver cells from embryos
and newborns in vitro. Mus musculus, Rattus spec. (Rodentia), Homo sapiens (Primates)
NAKAMOTO, T.; D.D.S. - Dept. of Nutr. and Food Sci., Massachusetts Inst, of Technol., Rm
E18-577, CAMBRIDGE, Mass. 02138, U.S.A.
62
a Growth and development of bone in fetus and neonate. Rattus spec. (Rodentia)
b The effect of malnutrition on bone development in fetus and neonate. Same species as a
NAKAMURA, H.; B.Sc. - 2nd Dept. of Anat., Kyoto Pref. Univ. of Med., Kawaramachi-Hirokoji
Kamikyo-ku, KYOTO, 602 Japan
a Development of limb bud. Mus musculus (Rodentia)
b In vitro analysis of teratogenicity of vitamin A. Same species as a
NAKAMURA, I.; M.D., Prof. - Dept. of Anat., Nippon Med. School, 1-5, Sendagi 1-chome,
Bunkyo-ku, TOKYO, 113 Japan
a The forming process of the secondary retroperitoneal organs. Homo sapiens (Primates)
NAKAMURA, K.; M.D., Dr. Med. Sc, Assoc. Prof. - Dept. of Anat., Div. I, Kobe Univ., Kusunoki-
cho, Ikuta, KOBE, 650 Japan
a Experimental teratology of the central nervous system. Rattus norvegicus (Rodentia), Oryctola-
gus cuniculus (Lagomorpha)
b Development of the blood-brain barrier. Same species as a
NAKAMURA, O.; D.Sc, Prof. - Dept. of Biol., Osaka Kyoiku Univ., Tennoji-ku, OSAKA, 543 Japan
a Causality in epigenetic formation of organizer. (Amphibia) ISDB
b Fate map and formative movements. (Amphibia)
c Cytodifferentiation during cleavage. (Amphibia)
d Ultrastructural changes during early development. (Amphibia)
e Nucleo-cytoplasmic interaction during early development. (Amphibia)
f Cell interactions in relation to cytodifferentiation. (Amphibia)
NAKANO, E.; D.Sc. - Biol. Inst., Fac. of Sci., Nagoya Univ., Chikusa-ku, NAGOYA, 464 Japan ISDB
NAKAYAMA, T.; M.D. - Anat. Inst., Nihon Univ., 30 Ooyaguchi-kami-machi, Itabashi-ku, TOKYO,
173 Japan
NAKAZAWA, T.; Ph.D. - Div. of Biol., Natl. Inst, of Radiol. Sci., 9-1, 4-chome, Anagawa, CHIBA,
280 Japan
a Effect of ionizing radiations on the biochemical mechanism of embryonic development. Artemia
salina (Anostraca, Crustacea)
b Changes m nucleic acids and some other phosphorus fractions of tissues during late embryonic
and early postnatal development. Rattus norvegicus (Rodentia)
c Ca++ uptake, H+ ejection and respiration in eggs on fertilization. Anthocidaris crassispina,
Pseudocentrotus depressus (Echinoidea)
d Development of the energy transfer system in liver mitochondria from the fetal stage. Rattus
spec. (Rodentia)
e X -irradiation-induced damage in the microsomal drug-metabolizing enzyme system of developing
liver. Same species as b
NANNEY, D. L.; Ph.D., Prof. - Provis. Dept. of Genet, and Developm., Univ. of Illinois, 515 Morrill
Hall, URBANA, IL 61801, U.S.A.
a Genetic and developmental studies on cortical variations. Tetrahymena pyriformis (Ciliata)
b Regulation of gene action in clonal cultures. Same species as a
NARAYANAN, C. H.; Ph.D., Assoc. Prof. - Dept. of Anat, Louisiana State Univ., 1542 Tulane Ave.,
NEW ORLEANS, La. 701 12, U.S.A.
a Origin and migration of neural crest precursors of the ciliary ganglion (interspecific grafting).
Coturnix coturnix, Gallus domesticus (Aves)
b Comparative studies on ontogenetic patterns of (choline) acetyltransferase in embryonic ciliary
ganglia. Anas platyrhynchos, Coturnix coturnix, Gallus domesticus (Aves)
c Ultrastructural investigation of synaptogenesis in the ciliary ganglion. Same species as b
NARAYANASWAMY, S.; Ph.D. - Bio-Org. Div., Plant Morphogen. Sect., Bhabha Atom. Res. Ctr.,
Trombay, BOMBAY 400085, India
a Experimental morphogenesis of embryos and plantlets in organ, tissue and free cell cultures.
Many spp. (Angiospermae)
b Development of pollen plantlets (haploids) in tissue culture. Same species as a
c Protoplast culture: cell hybridization. Same species as a
d Dynamics of apical meristem culture. Many spp. (Angiospermae)
e Hormonal control of shoot buds and plantlets in callus tissues. Same species as d
f Suspension cultures of free cells. Same species as d
g Radiobiological studies on tissue cultures. Same species as d
NASH de PINJOSOVSKY, Mrs. R. E.; M.D. - Inst, de Embriol., Biol, e Histol., Fac. de Cienc. Med.,
Univ. Nac. de La Plata, 60 y 120, LA PLATA, Argentina
NATSUKARI, Y. - Dept. of Maricult., Fac. of Fish., Nagasaki Univ., 1-14 Bunkyo-machi, NAGA-
SAKI, 852 Japan
a Embryonic development and early life history. Loligo edulis, L. japonica, L. kobiensis, L.
sumatrensis (Cephalopoda)
NAVAGIRI, Mrs. S. S.; M.S. - Dept. of Anat., Med. Coll., NAGPUR-3, M.S., India
a Effect of hypertrophic cartilage on perichondral ossification. Gallus domesticus (Aves)
b Chromosomal study in cleft lip, cleft palate, and retinitis pigmentosa. (Mammalia)
NEBEL, L. A.; M.D., Prof. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr., Tel-Aviv Univ.,
TEL-AVIV, Israel
a Studies on immune factors in fertilization, implantation, and placentation. (Rodentia), Homo
sapiens (Primates)
b Effects of immuno-suppressive substances on implantation and embryonic differentiation. (Ro-
dentia)
NELSON, L.; Ph.D. - Dept. of Physiol., Med. Coll. of Ohio, P.O. Box 6190, TOLEDO, OH 43614
U.S.A. ISDB
63
\i \n k m inst. lor Cane. Research, 7701 Burholme Ave . PHILADELPHIA, Pa. 19111, U.S.A.
ISDB
.1 DNA transcription and translation of RNA m early stage embryos. Strongylocentrotus purpura-
i us. i ytechinus pictus (Echinoidea)
\i NTW1G, Miss \l. R.; Ph.D. - Biol. Dept., LeMoyne Coll., LeMoyne Heights; SYRACUSE, NY
14, U.S.A.
a Defining a culture system for cells and regenerating animals m order to manipulate the regenera-
tive process and define it at the cellular level. Dugesia dorotocephala (Turbellaria)
b Morphological studies of the nervous system in many different species in order to compare its
development with regenerative abilities. (Turbellaria)
NESBII I, Ms. M. N.; Ph.D., Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA JOLLA,
Calif. 92037, U.S.A.
a Role of failure of X-chromosome-inactivation in death of parthenogenones. Mus musculus
i Rodentia)
b Developmental effects of specific chromosomal aberrations. Same species as a
NEWBURC.ll. R. W.; Ph.D., Prof Dept. of Biochem. and Biophys., Fac. of Sci., Oregon State Univ.,
CORVALLIS, Ore. 97331, U.S.A.
a Chemical and biochemical changes during development (Insecta)
\1 WCOMB, W.; Ph.D. - Cabot Found., Harvard Univ., PETERSHAM, Mass. 01366, U.S.A.
a Fine structure of embryogenesis with special reference to the suspensor of normal and mutant
plants. Lycopersicum spec. (Solanaceae)
b Fine structure of embryogenesis. Triticum spec. (Gramineae)
N1AZ1, 1. A.; Ph.D. Dept. of Zool., Univ. of Rajasthan, JAIPUR-302004, India
a Limb and tail regeneration. Bufo spec, Rana spec. (Anura)
b Influence of hypo- and hypervitaminosis A on ontogenetic and regenerative development in
embryos and larvae. Same species as a
c Role of thyroid and adrenal hormones in larval limb regeneration. Same species as a
d Morphological and physiological differentiation of the retina and its growth from embryo
through adult. Same species as a
NIIZIMA, M. t M.D., Ph.D., Prof. - Dept. of Anat., Tokyo Med. and Dent. Univ., TOKYO, 113 Japan
NISHIMURA, H.; M.D., Prof. - Dept. of Anat., Kyoto Univ., Konoe-cho, Yoshida, Sakyo-ku,
KYOTO, 606 Japan ISDB
a Malformations in early embryos and maternal factors. Homo sapiens (Primates)
b Evaluation of teratological studies on experimental animals with respect to human safety.
(Mammalia)
c Prenatal hazards of environmental chemicals. Rattus norvegicus (Rodentia), Homo sapiens
(Primates)
N1SHIOKA, Miss M.; D.Sc, Prof. - Lab. for Amph. Biol., Fac. of Sci., Hiroshima Univ., Higashisenda-
cho, HIROSHIMA, Japan
a Hybridization among European and Far Eastern forms. (Ranidae; Discoglossidae, Anura)
b Morphological and sexual abnormalities in the offspring of animals derived from irradiated eggs
or sperm. Rana nigromaculata, R. japonica, Bombina orientalis (Anura)
NIU, M. C; Ph.D., Prof. - Dept. of Biol., Temple Univ., Broad and Berks St., PHILADELPHIA, PA
19122, U.S.A. ISDB
NODA, Y. D.; Ph.D., Assoc. Prof. - Biol. Inst., Ehime Univ., Bunkyo-cho, MATSUYAMA, 790 Japan
a Ultrastructural changes during fertilization in vitro. Mesocricetus auratus, Mus musculus, Rattus
spec. (Rodentia)
b Fertilization. Nereis spec. (Polychaeta), Urechis spec. (Echiuroidea; Echinoidea)
NOGAMI, H.; M.D. - Inst, for Developm. Res., Aichi Pref. Colony, Kamiya-cho, KASUGAI, Aichi
480-03 Japan
a Induction, origin, and development of bone and cartilage cells (implantation, explanation).
Rattus spec, Mus musculus (Rodentia)
NONAMI, Y.; Dr. Agric, Prof. - Dept. of Biochem. and Technol. of Anim. Products, Univ. of Niigata,
Igarashi, NIIGATA, 950-21 Japan
a Disc gel electrophoresis of proteins in albumen of incubated eggs. Gallus domesticus (Aves)
NOODFN, L. D; Ph.D., Assoc. Prof. - Dept. of Bot., Univ. of Michigan, ANN ARBOR, MI 48104,
U.S.A.
NORMAN, C; Ph.D., Prof. - Dept. of Biol., West Virginia Univ., MORGANTOWN, W.Va. 26506,
U.S.A.
a The intracellular distribution of sulfhydryl groups in embryonic, adult, and tumorous tissues.
Rana pipiens (Anura)
b Effects of pH on metabolism and fertilizing capacity of spermatozoa cultured in vitro. (Mam-
malia)
c Effects of light on spermatozoa. (Mammalia)
d Physiology and biochemistry of germ cells. (Mammalia)
e Physiological and biochemical basis of cell senescence.
The effect of sterols on growth and development of sexuality. Phytophthora cactorum (Fungi)
NORSTOG, K. J,; Ph.D., Prof. - Dept. of Biol. Sci., Northern Illinois Univ., DeKALB, 111. 60115,
U.S.A.
a Development of cultured tissues. Cycadales and other spp. (Gymnospermae), cereals and other
spp. (Angiospermae)
b Embryology (tissue culture and electron microscopy). Hordeum vulgare (Gramineae)
NOTO, T.; D.Sc. - Embryol. Lab., Dept. of Anat., Kagoshima Univ., 7-82, Shiroyama-cho, KAGO-
SHIMA, Japan
64
a Molecular autoradiographic study of RNA synthesis during oogenesis. Gallus domesticus (Aves)
b Autoradiographic study of RNA synthesis during dental development. (Mammalia)
c Theoretical considerations on gene differentiation
NOUMURA, T.; D.Sc. - Dept. of Biol., Tokyo Metropolitan Inst, of Gerontol., 35-2 Sakaecho,
Itabashi-ku, TOKYO, 173 Japan
a Identification of embryonic gonadal hormones in sex differentiation. Gallus spec. (Aves), Rattus
spec. (Rodentia)
b Mechanism of Mullerian inhibition. Gallus spec, Anas spec, Coturnix spec. (Aves)
NOVAES P M. - Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of Minas Gerais, Rua Carangola
288 - 4° andar, C.P. 253, BELO HORIZONTE, M. G., Brazil
a Alteration of spermatogenesis following interspecific hybridization or ionizing radiations. (Triato-
minae, Hemiptera)
NUMANOI, H.; Ph.D., Prof. - Biol. Lab., Sch. of Educ, Waseda Univ., Tozuka, Shinjuku, TOKYO,
Japan
a Biochemical control of metamorphosis. Procambarus clarkii (Decapoda, Crustacea)
b Organ culture of endocrine system involved in ecdysis. Same species as a
NUSSBAUM, N. S.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Coll. of Sci. and Engin., Wright State
Univ., Col. Glenn Highway, DAYTON, Ohio 45431, U.S.A.
a Hormonal aspects of mineralization as studied in hypophysectomized, mature animals (using
regenerating scales as test objects). Carassius auratus, Fundulus heteroclitus (Teleostei)
b Electron micrographic aspects of scale regeneration in non-juvenile animals (autoradiography and
cytochemical techiques applied at ultrastructural level). Carassius auratus (Teleostei)
OAKLEY, G. P., Jr.; M.D. - Cancer and Birth Defects Div., Bur. of Epidemiol., Center for Dis.
Control. ATLANTA, Ga. 30333, U.S.A.
a Blastocyst chromosomes with regard to delayed fertilization. Rattus spec. (Rodentia)
b Epidemiology of birth defects in spontaneous abortions and newborns. Homo sapiens (Primntes)
OBERLANDER, H.; Ph.D. - Insect Attract., Behav. and Basic Biol. Res. Lab., Agric Res. Serv.,
U.S.D.A., 1700 S.W. 23rd Drive, P.O. Box 14565, GAINESVILLE, Fla. 32604, U.S.A. ISDB
a Cellular aspects of the hormonal control of metamorphosis. Galleria mellonella, Plodia inter-
punctella (Lepidoptera)
b Developmental behavior of imaginal discs in vivo and in vitro. Same species as a
OBIKA, M.; D.Sc. - Dept. of Biol., Keio Univ., YOKOHAMA-Hiyoshi, Japan
ODA, S.; D.Sc, Prof. - Biol. Lab., Coll. of Gen. Educ, 'St. Paul's Univ., 3 Nishi-Ikebukuro,
Toshima-ku, TOKYO, 171 Japan
a Germination of statoblasts. Lophopodella carteri, Pectinatella magnifica (Phylactolaemata, Bryo-
zoa)
ODUTOLA, A. B.; Dr. - Dept. of Anat., Fac of Med., Univ. of Ibadan, IBADAN, Nigeria
a Explant culture of the embryonic trigeminal ganglion (ultrastructure, behaviour). Rattus spec.
(Rodentia)
O'FARRELL, A. F.; A.R.C.S., Prof. - Dept. of Zool., Sch. of Biol. Sci., Univ. of New England,
ARMIDALE, N.S.W. 235 1, Australia
a Effect of wounding with and without treatment with hormones inducing moult and regeneration.
Blattella germanica (Blattariae) (with A. STOCK)
OGREN, R. E.; Ph.D. - Dept. of Biol, Wilkes Coll., WILKES-BARRE, PA 18703, U.S.A.
OHASHI, T.; M.Sc - Dept. of Anat., Mie Pref. Univ., 2-174, Edobashi, TSU, Japan
OHI, S.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A.
a Techniques for mapping of nucleic acids. Xenopus laevis (Anura)
b Purification of histocompatibility antigens from cells. Mus musculus (Rodentia)
c Regulation of synthesis of nuclear and mitochondrial nucleic acids during early development.
Rana pipiens, Xenopus laevis (Anura) (With I. B. DAWID)
OHNO, S.; Ph.D., D.Sc. - Dept. of Biol., City of Hope Med. Center, 1500 E. Duarte Rd., DUARTE,
Calif. 91010, U.S.A.
a The interaction between the X-hnked Tfm mutant gene and an (Ohv) allele of the nearby
'controlling-element' site (restoration of testosterone responsiveness to various embryonic tissues;
preferential X-activation). Mus musculus (Rodentia)
OHSAKI, K. - Biol. Inst., Coll. of Lib. Arts, Univ. of Kanazawa, KANAZAWA, Japan
a Development of egg. Dugesia japonica (Turbellaria)
b Reaggregation of dissociated cells. Callyspongia elongata (Porifera)
c Regeneration. Hydra spec. (Hydroidea)
OJIMA, Y.; D.Sc, Prof. - Dept. of Biol., Kwansei Gakuin Univ., Uegahara, NISHINOMIYA, 662
Japan
a Developmental genetics. Carassius auratus, Cyprinus carpio (Teleostei)
b Developmental cytogenetics. Freshwater species and hybrids (Teleostei)
OKA, H.; Ph.D., Prof. (Emer.) - Inst, of Zool., Tokyo Kyoiku Univ., Otsuka 3-29-1, Bunkyo-ku,
TOKYO, 112 Japan ISDB
OKADA, M.; Ph.D. - Inst, of Zool., Tokyo Kyoiku Univ., Otsuka 3-29-1, Bunkyo-ku, TOKYO, 112
Japan
OKADA, T. S.; D.Sc, Prof. - Lab. of Cell Sci., Inst, of Biophys. and Molec Biol., Univ. of Kyoto,
Kitashirakawa, Sakyo-ku, KYOTO, 606 Japan ISDB
a Factors affecting cell aggregation and cell contact. Gallus gallus (Aves) (with M. TAKEICHI and
K. YASUDA)
b Stability in the differentiation of cells from eye tissues in clonal cell culture. Gallus gallus (Aves),
Mus bactrianus (Rodentia) (with G. EGUCHI and M. TAKEICHI)
65
OKADA, Y. K.; Dr., Prof. (I mer.) Div. of ZooL, Natl. Sci. Museum, Ueno Park, Daito-ku, TOKYO,
la pan ISDB
OK WIUK). M I ab. of Cell Scl, Inst. ofBiophys. and Molcc. Biol., Univ. of Kyoto, Kitashirakawa,
O-ku, KYOTO, 606 Japan
.1 Ultiastructuie of cell surfaces of early embryos. Xenopus laevis (Anura), Triturus pyrrhogaster
dela)
OK \/ \KI. Miss K.; D.Sc. Embryol. Sect., Biol. Dcpt., Tokyo Metropolitan Univ., 2-1-1 chome,
Fukazawa-machi, Setagaya-ku, TOKYO, 158 Japan. ISDB
.i Mechanism of spicule formation. (Echinoidea)
b Myogenesis. (Aves; Mammalia)
OKA/ \KI. I.; D.Med.Sci. Dept. of Biochem., Nippon Med. Sch., Sendagi, Bunkyo-ku, TOKYO,
1 13 Japan
a Genetic control of hemoglobin switch during metamorphosis. Rana catesbeiana (Anura) (with
R. SHUKUYA)
b Developmental changes in catalase and glutathione peroxidase in red cell and liver. Same species
as a
c Developmental aspects of the function of hemoglobin in red cell. Same species as a (with
R. SHlkUYA)
OLIPIIAM 1 I Ph.D. Dept. of Obstct. and Gynecol., Div. of Reprod. Biol., Univ. of Virginia
Med. Sch., Box 1 79, CHARLOTTESVILLE, Va. 22903, U.S.A.
a Role of seminal plasma components in sperm capacitation. Oryctolagus cuniculus (Lagomorphaj,
Mus musculus (Rodentia)
b Molecular mechanism of induction of the sperm acrosome reaction. Same species as a
c Effect of the oviduct on embryo development. Mus musculus (Rodentia)
ONUMA, H.; Ph.D. - Sch. of Anim. Sci., Kitasato Univ., TOWADA-shi, Aomori, 034 Japan
a Retention of tubal ova. Equus caballus (Perissodactyla)
OOlSHl. Miss S.;D.Sc. - Fac. of Fish., Mie Univ., Edobashi, TSU, Mie, 514 Japan
a Postembryonic development: nauplius and copepodid stages. Haplostoma spec, Haplostomides
spec, Haplostomella spec, Haplosaccus spec. (Ascidicolidae, Copepoda)
OOYA (KONDO), Mrs. N.; M.Sc - Dept. of Biol., Coll. of Gen. Educ, Osaka Univ., Toyonaka^
OSAKA, 560 Japan
a Morphology and embryology. Nuphar spec, Brasenia spec, Nelumbo spec, Nymphaea spec,
Victoria spec. (Nymphaeaceae)
OPPLNHFIM R.; Ph.D. Neuroembryol. Lab., North Carolina Dept. of Mental Health., Dorothea
Dix Hosp., Box 7532, RALEIGH, N.C. 27611, U.S.A.
a Neural and behavioural aspects of embryonic development (behavioural observations, micro-
surgery). Gallus gallus, Anas platyrhynchos, Columba livia (Aves)
b Early embryonic transplantation of brain and sense organs between species. Gallus gallus, Anas
platyrhynchos, Cotumix coturnix (Aves)
c Preliminary investigation of neural and behavioral development in pouch-young. Didelphis
virginiana (Marsupialia)
d Analysis of synaptogenesis in embryonic brain and spinal cord. Gallus gallus (Aves)
OPPENHEIMER, Miss J. M.; Ph.D., Prof. - Dept. of Popul. Dynam., Sch. of Hyg. and Publ. Health,
Johns Hopkins Univ., 615 N. Wolfe St., BALTIMORE, Md. 21205, U.S.A. ISDB
OPPENHEIMER, S. B.; Ph.D. - Dept. of Biol., Calif. State Univ., 18111 Nordhoff St., NORTH-
RIDGE, Calif. 91324, U.S.A.
a Molecular basis of intercellular adhesion in normal and malignant cells (adhesive factors, cell
surface sugars, plant lectins). (Echinoidea), Gallus domesticus (Aves), Mus musculus (Rodentia)
b Role of cell surface carbohydrates in differentiation, ageing, malignancy and cell interactions.
Same species as a
O'RAHILLY, R.; M.D., Prof. - Carnegie Embryol. Labs., Wayne State Univ., 540 East Canfield Ave.,
DETROIT, Mich. 48201, U.S.A. ISDB
a Early development (stages 10 to 23). Homo sapiens (Primates)
b Prenatal development of central nervous system. Same species as a
O'RAND, M. G.; Ph.D. - Inst, for Molec and Cell. Evol., Univ. of Miami, 521 Anastasia Ave., CORAL
GABLES, Fla. 33134, U.S.A.
a Membrane glycoproteins which are sperm-specific antigens; their role in fertilization. Oryctolagus
cuniculus (Lagomorpha)
b Sperm-specific antigens and their role in capacitation-like interaction during internal fertilization.
Campanularia fiexuosa (Hydrozoa)
ORCE REMIS, A.M.; M.D. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M. de
TUCUMAN, Argentina
a Sperm metabolism: respiration, glycolysis. Bufo arenarum, Leptodactylus chaquensis (Anura)
ORNOY, A.; M.D. - Dept. of Anat., Hebrew Univ.-Hadassah Med. Sch., P.O. Box 1172, JERUSA-
LLM, Israel
a Spontaneous and induced abortions: congenital anomalies, chromosomal aberrations and placen-
tal pathology (incl. ultrastructure). Homo sapiens (Primates)
b Pathogenesis of congenital rubella. Same species as a
c Transplacental effects of thyrocalcitonin, estrogens, corticosteroids and parathyroid hormone on
fetal osteogenesis and calcium metabolism. Mus musculus, Rattus spec. (Rodentia)
ORSINI, Mrs. M. W. G.; Ph.D., Prof. - Dept. of Anat., Bardeen Med. Labs., Univ. of Wisconsin,
MADISON, Wis. 53706, U.S.A. ISDB
a Fetal membranes, giant cells, and pregnancy changes in uterine vessels. Mesocricetus auratus
(Rodentia)
66
b Factors controlling implantation and loss of zona pellucida. Mesocricetus auratus, Rattus norvegi-
cus, Mus musculus, Cavia porcellus (Rodentia), Mustela putorius, M. vison (Carnivora)
c Decidualization during pregnancy and pseudoprcgnancy. Same species as b
d Factors controlling life of corpora lutea. Same species as a
e Immunological aspects of decidualization. Same species as a
ORTIZ, Miss E.; Dr. - Dept. of Biol., Univ. of Puerto Rico, RIO PIEDRAS, Puerto Rico 00931 ISDB
OSHIMA, K.; Assoc. Prof. - Dept. of Physiol., Primate Res. Inst., Kyoto Univ., INUYAMA, Aichi,
484 Japan
a Endocrine organs, particularly gonadal system during fetal development. Macaca fuscata
(Primates)
OTERINO, Miss J. M.; Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S. M. de
TUCUMAN, Argentina
OVERMAN, D. O.; Ph.D. - Dept. of Anat., Med. Ctr., West Virginia Univ., MORGANTOWN, W. Va.
26506, U.S.A.
a Chondrogenesis and brain-face relationships during genesis of cleft palate; protection against cleft
palate. Mus musculus, Rattus norvegicus (Rodentia)
b Ascorbate protection against induced skeletal malformations. Gallus domesticus (Aves), Rattus
norvegicus (Rodentia)
OVERTON, Mrs. J. H.;Ph.D., Prof. - Dept. of Biol., Div. of Biol. Sci., Univ. of Chicago, 1101 E. 57th
St., CHICAGO, IL 60637, U.S.A. ISDB
a Cell junctions in experimentally opposed cells, particularly formation of desmosomes. Gallus
domesticus (Aves)
OZAKI, H.; Ph.D. - Dept. of Zool., Coll. of Nat. Sci., Michigan State Univ., EAST LANSING, Mich.
48824, U.S.A.
a Enzyme regulation during development; especially supernatant and mitochondrial malate
dehydrogenases. Strongylocentrotus purpuratus (Echinoidea)
b RNA synthesis primed by chromatin isolated from embryos. Same species as a
c Rate of RNA synthesis and kinds of RNA synthesized in embryos animalized by zinc sulfate.
Same species as a
d Developmental biochemistry, especially ribosomal RNA synthesis during oogenesis. Oryzias
latipes, Brachydanio rerio, Pimephales promelas (Teleostei)
OZATO, K.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A.
a Interactions between cell membrane and nucleus in the regulation of DNA synthesis, using ions
and ionophores in a variety of cells in culture, including lymphocytes. (Vertebrata) (with J. D.
EBERT)
b Ontogeny of immunity, especially the development of the thymocyte membrane. Mus musculus
(Rodentia)
PACKARD, D. S., Jr.; Ph.D. - Dept. of Anat., Upstate Med. Ctr., State Univ. of New York, 766 Irving
Ave., SYRACUSE, NY 13210, U.S.A.
a Determination and segmentation of somitic mesoderm. Gallus domesticus (Aves)
b Cellular site of action of nucleotide analog teratogens (bromodeoxyuridine, iododeoxy uridine).
Same species as a
PACKER, A. D.; M.D. - Dept. of Anat. and Histol., Univ. of Adelaide, ADELAIDE, S. Austr. 5000,
Australia
PADYKULA, Miss H. A.; Ph.D., Prof. - Lab. of Cell Biol., Dept. of Biol. Sci., Wellesley Coll.,
WELLESLEY, MA 02181, U.S.A. ISDB
PAGANO, R. E.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A.
a Isolation of membrane-bound proteins and lipid-protein interactions in differentiating cells.
Gallus domesticus (Aves), Mesocricetus auratus, Mus musculus (Rodentia) (with L. HUANG)
b Membrane fusion and membrane reconstitution in vitro. (Mammalia)
PAI, S.; Dr.rer.nat. - Lab. of Developm. Physiol., Inst, of Exp. Biol., Acad. Sinica, 320 Yo Yang Rd.,
SHANGHAI, People's Rep. of China ISDB
PALL, M. L.;Ph.D. - Program in Genet., Wash. State Univ., PULLMAN, Wash. 99163, U.S.A.
a Isolation and characterization of developmental mutants and analysis of the regulation of sexual
development. Volvox carteri (Chlorophyceae)
PALMITER, R. D.; Ph.D. - Dept. of Pharmacol., Sch. of Med., Stanford Univ., STANFORD, CA
94305, U.S.A.
PANDIT, R. V.; Ph.D. - Veterinary Coll., Seminary Hills, NAGPUR 440006, India
a In vitro morphogenesis of lens from lens epithelium. Bubalus bubalis, Bos taurus (Artiodactyla)
b Morphogenesis from ectopic lens epithelium grafts. Same species as a
PANNBACKER, R. G.; Ph.D. - Charles F. Kettering Res. Labs., 150 E. South College St., YELLOW
SPRINGS, OH 45387, U.S.A.
PANT (AIYAR), Mrs. R.; Ph.D. - Dept. of Biochem., Fac. of Sci., Allahabad Univ., ALLAHABAD-2,
U.P., India -
a Lipid metabolism and characterization of phospholipids during development from embryo till
young adult (thin layer and gas-liquid chromatography). Philosamia ricini (Lepidoptera)
b Enzymes in the egg and in the fat body from larva till young adult. Same species as a (with K. K.
SHARMA)
c Cuticle proteins in egg shell, larva, and pupa (electrophoresis). Same species as a
d Free amino acids and transaminases, nucleoproteins, proteins and proteolytic enzymes in the silk
gland during larval development. Same species as a (with K. K. SHARMA)
e Phytosterol variation during seed germination. (Phaseolus mungo, P. radiatus, Cicer arietinum
67
( Leguminosae) (\\ ith K. k. SHARMA i
l'\l'\( ONS1 \N I 1NOI . I.. Ph.D. Biol. Div.. Oak Ridge Natl. Lab.. P.O. Box Y, OAK RIDGE. TN
10,1 S.A ISDB
PARK Miss II. I) .. Ph.D. Natl. Inst, of Arthritis and Metab. Dis., Bldg.2. Rm Bl-14, BETHESDA,
Ml) 20014, U.S.A.
P \Rk. k I . D. Vgric. Dept. o\' Sericult., Coll. of Agric, Seoul National Univ., SUWON. South
Korea
a Artificial hatching of egg. Bombyx mori (Lepidoptera)
PARI \M N, C. R.; Ph.D., Prof. Dept. o\' Biol.. Univ. of Pittsburgh, PITTSBURGH, PA 15213.
I .S \
I' Mil. 1 I.: M.S. Dept. ot An.it.. Med. Coll., NAGPl'R-3, M.S., India
a Effect o( temperature differentials on cell differentiation. Gallus domesticus (Aves) (with P. N.
Dl BEN •
PAN VN,C; Ph.D.. Prof. Dept. ofZool., Univ. of Texas, AUSTIN, Tex. 78712, U.S.A.
a DNA, RNA, and protein synthesis in polytene chromosomes in development of normal and
infected larvae. (Sciaridae. Dipteral
PEARCE, Th. L.:Ph.D. Dept. of Biol.. Colgate Univ., HAMILTON, N.Y. 13346, U.S.A.
I fleets of inhibitors o( mitosis (e.g. colcemid) and DNA synthesis (e.g. 5-bromodeoxyuridine) on
the appearance of cr\ stallins in the lens placode (immunofluorescence and peroxidase-labelled
antibodies). Callus domesticus (Aves)
PI Dl RNERA, 1 . A.: Dr.Med. -- Dept. of Histol. y EmbrioL, Univ. Nac. de Rosario, Santa Fe 3100,
ROSARIO, Argentina
a Activity of enzymes related to pentose phosphate pathway and steroid biosynthesis correlated to
the functional differentiation of the adrenal gland in the cmbrvo. Gallus domesticus (Aves)
PI Nl R. M. P.; Ph.D.. Prof. - Dept. of Entomol.. Hebrew Univ., JERUSALEM, Israel
a Effect of temperature and humidity on embryonic development and their role in embryonic
diapause. Oedipoda miniata and other spp. (Orthoptera)
b Hormonal effects on oocyte development and egg-laying, various spp. (Acrididae, Tettigoniidae,
Orthoptera)
PENMAN. S. - Dept. of Biol., Massachusetts Inst, of Technol.. CAMBRIDGE. MA 02139. U.S.A..
ISDB
PI RklNS, D. L.: Ph.D. - Dept. of Zool.. Univ. of Oklahoma, 730 Van Vliet Oval, NORMAN, Okla.
73069, U.S.A.
a The effects of high hydrostatic pressure on ameba-to-flagellate transformation. Naegleria gruberi
(Rhizopoda)
b The effects of ionic ratios and osmotic concentrations on the ameba-to-flagellate transformation
and the pseudomating reaction. Naegleria gruberi (Rhizopoda), Spirostomum ambiquum (Ciliata)
PERSAUD, T. V. N.; M.D., Ph.D., Assoc. Prof. - Teratol. Res. Lab., Dept. of Anat., Univ. of
Manitoba, 750 Bannatyne Ave., WINNIPEG, Man. R3E 0W3, Canada.
a Teratological studies with prostaglandins and inhibitors of prostaglandin synthesis; involvement
of prostaglandins in developmental processes. Gallus spec. (Aves), Mus musculus, Rattus spec.
(Rodentia), Oryctolagus cuniculus (Lagomorpha)
b Fetal toxicity of metals, in particular aluminium. Mus musculus, Rattus spec. (Rodentia),
Oryctolagus cuniculus (Lagomorpha)
c Ontogenetic pattern of enzymes in normal and abnormal development (histochemistry, bio-
chemistry). Rattus norvegicus (Rodentia)
PETERS. A.: Ph.D., Prof. - Dept. of Anat., Boston Univ., 80 East Concord St., BOSTON, Mass.
02118, U.S.A.
a Electron microscopy of the formation of myelin sheaths and development of neuroglial cells in
the central nervous system. Rattus domesticus (Rodentia)
b Electron microscopy of the cerebral cortex. Same species as a
PET1 RS. J. J.; Ph.D.. Prof. - Dept. of Biol., Xavier Univ., Victoria Parkway, CINCINNATI, Ohio
45207. U.S.A.
a Episodes of conspicuously rhythmic electroencephalographic activity following hypothermic
hypoxia in embryos between 15th and 20th day of incubation. Gallus domesticus (Aves)
b Onset of bipedal locomotion. Same species as a
PHILLIPS, D. M.; Ph.D. - Biomed. Div., The Popul. Council, Rockefeller Univ., York Ave. and 66th
St.. NEW YORK. NY 10021, U.S.A.
a Ultrastructure of sperm development. (Invertebrata: Mammalia), Homo sapiens (Primates)
PHILLIPS, H. M.; Ph.D. - Dept. of Biol., Univ. of Virginia, Gilmer Hall. CHARLOTTESVILLE, Va.
22903, U.S.A.
Measurement of intercellular adhesiveness in cohering populations of embryonic cells. Rana
pipiens (Anura), Gallus domesticus (Aves)
PHILLIS, J. W.; Ph.D., D.Sc. - Dept. of Physiol., Univ. of Manitoba, 770 Bannatyne Ave., WINNIPEG
3, Man., Canada
PH1LPOTT, G. W.; M.D. - Dept. of Surg., Washington Univ., 4960 Audubon Ave., ST. LOUIS, Mo.
63110. U.S.A. ISDB
a Biologic mediators of cell proliferation in fetal, adult, and neoplastic gastrointestinal cells.
(Mammalia)
P1ATIGORSKY, J.; Ph.D. - Lab. of Molec. Genet., Natl. Inst, of Child Health and Human Developm.,
Natl. Inst, of Health, Bldg. 6, Rm 333, BETHESDA, Md. 20014, U.S.A. ISDB
a Lens development: 1. protein synthesis; 2. the role of microtubules; 3. synthesis and metabolism
of RNA. Gallus domesticus (Aves)
PIDDlNGTON, R. L.: Ph.D., Assoc. Prof. - Dept. of Histol., Embryol. and Genet., Sch. of Dent.
68
Med., Univ. of Pennsylvania, 4001 Spruce St., PHILADELPHIA, Pa. 19174, U.S.A.
a Correlations between glutamine synthetase development and specific structural biochemical, and
physiological events in the functional maturation of nervous tissue (retina and brain). Gallus
domesticus (Aves)
P1ERRO, L. J.; Ph.D., Prof. - Dept. of Anim. Genet., Storrs Agric. Exper. Station, Univ. of
Connecticut, STORRS, Conn. 06268, U.S.A. ISDB
a Chemical teratogenesis: inhibitors of nucleic acid and protein metabolism. Gallus domesticus
(Aves)
b Eye development. Mus musculus (Rodentia)
c Developmental genetics. Same species as a and b
PIK6, L.; Ing. Agr., D. V. M. - Developm. Biol. Lab., Vet. Adm. Hosp., SEPULVEDA, CA, U.S.A.
ISDB
PILAR, G. R.; M.D., Prof. - Regulatory Biol., Biol. Sci. Group, Univ. of Connecticut, STORRS,
Conn. 06268, U.S.A.
a Formation and function of synapses, and cell death in ganglia. (Aves)
P1LK1NGTON, J. B.; Ph.D. - Dept. of Zool., Univ. of Otago, DUNEDIN, New Zealand
a Physiology of calcified endolymphatic deposits during metamorphosis. Litorea aurea (Anura)
P1PA, R. L.; Ph.D., Assoc. Prof. - Div. of Entomol., Univ. of Calif., BERKELEY, CA 94720, U.S.A
PIPERBERG, J. B.; B.A. - Dept. of Histol., Embryol., and Genet., Sch. of Dent. Med., and Dept. of
Biol., Univ. of Pennsylvania, 4001 Spruce St., PHILADELPHIA, Pa. 19174, U.S.A.
a Cortisol receptor protein in the embryonic retina (chromatin binding capacity in target and
non-target tissues). Gallus domesticus (Aves)
b A protein catalogue of embryonal and adult proteins and their time of appearance in relation to
morphogenesis. Fundulus heteroclitus (Teleostei)
PITOT, H. C; M.D., Ph.D. - McArdle Lab. for Cancer Res., Univ. of Wisconsin, 450 N. Randall Ave.,
MADISON, Wis. 53706, U.S.A.
a RNA template stabilization in differentiation and neoplasia
POIRIER, G. R.; Ph.D. - Dept. of Biol., Univ. of Alabama, 1919 Seventh Ave. South, BIRMING-
HAM, AL 35233, U.S.A.
POLLARD, D. R.; Ph.D. - Dept. of Anat., Cornell Univ., Med. Coll., 1300 York Ave., NEW YORK
NY 10021, U.S.A.
a Expression of embryonic-lethal genotypes in the allophenic animal. Mus musculus (Rodentia)
b Effect of nucleic acid and protein inhibitors on cleavage stage embryos in vitro. Same species as a
PORRAS de CARRERO, Mrs. I.; Lie. Bio. - Cat. de Embriol., Fac. de Med., Univ. de Los Andes,
MERIDA, Venezuela
a Development of the vascular system in limb muscles (injected specimens). Homo sapiens
(Primates)
b Development of the pericardial sac and its vascular pattern (injected specimens). Same species as a
PORTER K R ; Ph.D., Prof. - Dept. of Molec, Cell., and Developm. Biol., Univ. of Colorado,
BOULDER, CO 80302, U.S.A. ISDB
POSTLETHWA1T, J. H.;Ph.D. - Dept. of Biol., Univ. of Oregon, EUGENE, Ore 97403, U.S.A.
a The clonal nature of determination in homoeotic mutants. Drosophila melanogaster (Diptera)
b The mechanism of action of homoeotic mutants. Same species as a.
c The heritability of sex determination in triploid intersexes. Same species as a.
d The role of the cortex in early development. Same species as a.
e The hormonal control of metamorphosis. Same species as a.
f Hormonal and genetic control of oogenesis. Same species as a
POULSON, D. F.; Ph.D., Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, Conn.
06520, U.S.A. ISDB
a Mid-gut: genesis and differentiation. Drosophila melanogaster (Diptera)
b Chromosomal control of differentiation. Same species as a
c Neurogenesis in normal and genetically deficient embryos. Same species as a
d Maternally inherited sex-ratio disturbances of development. Drosophila melanogaster, D. bifascia-
ta, D. willistoni, D. nebulosa, D. equinoxialis, D. robusta, D. paulistorum (Diptera)
e Developmental genetics. Same species as a
POURANY, Mrs. A.; M.Sc. - Dept. of Anat., Jawaharlal Inst, of Postgrad. Med. Educ. and Res.,
PONDICHERRY-605006, India
a Histogenesis of islets of Langerhans. Homo sapiens (Primates)
PRAHLAD, K. V.; Ph.D., Prof. - Dept. of Biol. Sci., Northern Illinois Univ., DeKALB, 111. 60115,
U.S.A.
a Biochemical and morphological effects of thyroid hormones on embryonic tissues. Xenopus
laevis (Anura)
b Effect of pesticides on embryogenesis and initiation of endocrine function, especially in the
thyroid gland. Xenopus laevis (Anura), Gallus domesticus (Aves)
PRASAD, M. R. N.; Ph.D., Prof. - Dept. of Zool., Univ. of Delhi, DELHI 110007, India
a Action mechanism of hormones on nucleic acid and protein synthesis in the blastocyst and
uterus. Rattus spec., Mesocricetus auratus (Rodentia)
PRATT, R. M.; Ph.D. - Exper. Pharmacol. Sect., Natl. Inst, of Dent. Res., Natl. Inst, of Health, Bldg.
30, BETHESDA, Md. 20014, U.S.A.
a Biochemical and morphological changes in the epithelium of the secondary palate at the time of
programmed cell death. (Rodentia)
b Programmed cell changes in the secondary palate: lysosomal enzyme DNA and RNA synthesis,
acid mucopolysaccharide and glycoprotein synthesis, collagen synthesis and the role of cAMP.
(Rodentia)
69
c Migration of cranial neural crest cells: nature and origin of extracellular matrix; biochemistry of
cresl cells cultured ill vitro: biochemical factors that may control differentiation. (Rodentia)
PRAY T R Ph.D., Prof. Dept. of Biol. Sci.. Univ. of S. California, University Park, LOS
\\i,l I I S, Calif. 90007, U.S.A.
.i Development ol the gametophytes and juvenile stages oi the sporophytcs (Cheilantheae, Pteri-
daceae, I ilicinae)
b Development of the vein systems of leaves. Anemia spec, Marsilea spec, Cyrtomium spec,
Acrostichum spec, and other spp. (Filicinae)
c Factors controlling planes of cytokinesis in early gametophyte development. Cheilanthes spp.
Pteridaceae, Filicinae)
PRK'l Miss D ■ Prof (1 nier.) Dept. oi' Biol., Div. of Biol. Sci., Univ. of Chicago, 1101 E. 57th St.,
CHICAGO', 1L 60637, U.S.A. ISDB
I'R/^BVLSKl R. J.; Ph.D., Assoc Prof. - Dept. of Anat., Sch. of Med., Case Western Reserve Univ.,
CLEVELAND, Ohio 44106, U.S.A.
a Regulation o\' myotube formation in vitro of embryonic skeletal muscle: reversible suppression
by COj tension. Gallus spec. (Aves)
b Isolation of fusion sites from skeletal myoblasts utilizing concanavalin-A. Same species as a
c Localization of mvosin genes on the chromosome by in situ hybridization. Same species as a
PUG1N, E. Inst, de Embriol., Univ. Austral de Chile, Casilla no. 567, VALD1VIA, Chile
a Auditory and vertebral cartilage differentiation in young embryos (xenoplastic grafts). (Reptilia)
b Normal development, and ultrastructural relationship between the pharyngeal pouch of the adult
male and the integument of the tadpole. Rhinoderma darwini (Anura)
PLRKO, J.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of W. Ontario, LONDON, Ont. N6A 3K7,
Canada
a Regulation and role of RNA and protein synthesis in early embryogenesis. (Teleostei)
QUADEER, A.;B.S. - Dept. of Anat., Med. Coll., NAGPUR-3, M.S., India
a Morphology and histochemistry of metanephros development to stage 40. Gallus domesticus
(Aves) (with P.N. DUBEY)
QUATRANO, R. S.; Ph.D., Assoc. Prof. - Dept. of Bot., Oregon State Univ., CORVALLIS, OR
97331, U.S.A.
QUEVEDO, W. C, Jr.; Ph.D., Prof. - Div. of Biol, and Med. Sci.. Brown Univ., PROVIDENCE, R.I.
02912, U.S.A.
a Genetic regulation and developmental variations of multiple forms of tyrosinase in melanocytes.
Mus musculus (Rodentia)
b Developmental variations in the isozymes of lactate dehydrogenase in the skin. Same species as a
RADHAKRISHNAN, N.; M.Sc. - Dept. of Zool., Fac of Sci., M.S. Univ. of Baroda, BARODA-2,
India
a Tail regeneration in the adult. Mabuya carinata (Lacertilia)
RAE, P. M. M.; Ph.D. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, Conn. 06520,
U.S.A.
a DNA and protein components of constitutive heterochromatin; nucleic acid-protein interaction;
constitutive heterochromatin in early embryogenesis; position-effect variegation. Drosophila
melanogaster, D. virilis (Diptera), Mus musculus (Rodentia)
b Synthesis and distribution of unusual deoxyribonucleotides. Gyrodinium cohnii and other spp.
(Dinophyceae)
RAFFERTY, K. A., Jr.; Ph.D., Prof. - Dept. of Anat., Univ. of Illinois, P.O. Box 6998, CHICAGO,
111. 60680, U.S.A.
a Longevity and preservation of differentiated function in cultured cells. (Primates and other
Mammalia)
RAISMAN, J. S. - Inst, de Biol., Univ. Nac de Tucuman, Chacabuco 461, S. M. de TUCUMAN,
Argentina
a Fertilization: 1. acrosome reaction; 2. oviducal factors; 3. vitelline coat. Bufo arenarum, Lepto-
dactylus chaquensis (Anura)
RAMACHANDRAN, A. V.; M.Sc. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA-2,
India
a Tail regeneration in the adult. Mabuya carinata (Lacertilia)
RAMIREZ, O. C; M.D., Ph.D. - Dept. de Bioquim., Centro de Invest, y de Estudios Avanzados del
Inst., Politecn. Nac, Apartado Postal 14-740, MEXICO 14, D. F., Mexico
a Isolation and characterization of serum factors involved in early stages of myogenesis in vitro.
Gallus gallus (Aves)
b Characterization of factors obtained from conditioned media responsible for myoblast prolifera-
tion in vitro. Same species as a
RAMUS, J. S.; Ph.D., Assoc. Prof. - Dept. of Biol., Yale Univ., NEW HAVEN, Conn. 06520, U.S.A.
a Biogenesis of cell surface polysaccharides in a unicellular organism. Porphyridium aerugineum
(Rhodophyceae)
RANG A RAO, K.; Ph.D., Assoc. Prof. - Fac. of Biol., Univ. of W. Florida, PENSACOLA, Fla. 32504,
U.S.A.
a The responses of chromatophores of zoea, megalopa and adult to purified chromatophorotropins.
Uca pugilator (Decapoda, Crustacea)
b A study on the control of pigmentation in regenerating appendages. Uca pugilator, Cambarellus
shufeldti (Decapoda, Crustacea)
c Comparative study of the effects of various ecdysones on regeneration of appendages. Uca
pugilator, U. minax, Clibanarius vittatus (Decapoda, Crustacea)
RAO, K. V.; Ph.D. - Dept. of Zool., Univ. of Delhi, DELHI 1 10007, India
70
a Study of the role of sulfhydryl groups in primary organizer action by grafting and culturing in
vitro pieces of early blastoderms. Callus domesticus ( Aves)
b Role of surface properties of blastoderm cells in morphogenetic movements; isoelectrofocusing of
living cells to determine surface charge. Same species as a
c Nucleic acid synthesis in the early embryo. Planorbis exustus, Lymnaea stagnalis (Gastropoda)
RAPPAPORT, R., Jr.; Ph.D., Prof. - Dept. of Biol. Sci., Union Coll., SCHENECTADY, NY 12308,
U.S.A.
RASCH (MYRBERG), Mrs. E. M; Ph.D., Prof. - Dept. of Biol., Marquette Univ., 530 N. 15th St..
MILWAUKEE, Wis. 53233, U.S.A.
a Atypical nucleoprotein synthesis during larval development. Sciara coprophila (Diptera)
b Cytochemistry and fine structural analysis of puffs in giant chromosomes. Same species as a
c Triploidy in a gynogenetic form. Poecilia formosa (Teleostei)
RASH, J. - Dept. of Molec, Cell. Developm. Biol., Univ. of Colorado, BOULDER, CO 80302, U.S.A.
RASWEILER, J. J., IV; Ph.D. - Dept. of Anat., Coll. of Phys. and Surg., Columbia Univ., 630 W.
168th St., NEW YORK, NY 10032, U.S.A.
a Comparative morphology of the early embryo and associated changes in the female reproductive
tract, through the time of ovum implantation (light, transmission and scanning electron micro-
scopy). Glossophaga soricina, Artibeus lituratus, Noctilio labialis, Carollia perspicillata, Desmodus
rotundus, Peropteryx kappleri (Chiroptera)
b Maintenance and breeding in the laboratory. (Chiroptera)
RATTNER, J. B.; Ph.D. - Dept. of Developm. and Cell Biol., Univ. of California, IRVINE, Calif.
92664, U.S.A.
a Laser microbeam studies on centrioles and chromosomes for the study of mitosis. Potorous
tridactylus (Marsupialia)
RAWLES (SPURBECK), Mrs. M. E.; Ph.D. - 4000 N. Charles St., BALTIMORE, MD 21218, U.S.A.
ISDB
REAMS, W. M., Jr.; Ph.D., Prof. - Dept. of Biol., Univ. of Richmond, RICHMOND, Va. 23173,
U.S.A.
a Effects of tissue environment on pigment cell morphogenesis. Gallus domesticus (Aves), Mus
musculus (Rodentia)
b Factors affecting pigment behaviour in the skin. Same species as a
c The Langerhans cell: origin and differentiation. Mus musculus (Rodentia)
REDMAN, R. S.; Ph.D., Assoc. Prof. - Div. of Oral Biol, School of Dent., Univ. of Minnesota,
MINNEAPOLIS, Minn. 55455, U.S.A.
a Parotid gland: ductal development (light and electron microscopy); cell types involved in
proliferation (electron microscopy, radioautography); effects of dietary changes on develop-
mental pace (biochemical assay of exocrine enzymes and protein, light microscopy). Rattus
rattus (Rodentia)
b Minor salivary glands: initiation, ductal development, and acinar or alveolar differentiation; (.light
and electron microscopy, histochemistry). Same species as a
REEDER, R. H.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A.
a Analysis of proteins on the ribosomal genes of oocytes. Xenopus laevis (Anura) (with
T. HIGASHINAKAGAWA)
REESE, D. H.; Ph.D. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN 37830, U.S.A.
REEVES, O. R.; Ph.D. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER, B. C. V6T 1W5,
Canada
a Biochemical control mechanisms involved in the regulation of differential gene expression during
early embryonic stages (specifically regulation of RNA synthesis). Xenopus laevis (Anura)
b The role of direct intercellular communication in development; possible importance in the
regulation of gene activity (cell and embryo culture). Same species as a
RENNERT, O. M.; M.D., Assoc. Prof. - Dept. of Pediat. and Biochem., Coll. of Med., Univ. of
Florida, GAINESVILLE, Fla. 32601, U.S.A.
a Modification of isoaccepting species of transfer RNA isolated from embryos and adult liver and
spleen (amino acyl-tRNA reaction, reverse phase chromatography). Mus musculus, Rattus
norvegicus (Rodentia)
b Isoleucyl-tRNA formation as a controlling factor in the 'turning-off of fetal hemoglobin' produc-
tion. (Rodentia)
c Identification of species of isopentenyl-tRNA's during embryonic development. Same species as a
REPORTER, M. C; Ph.D. - Charles F. Kettering Res. Labs., 150 E. South College St., YELLOW
SPRINGS, OH 45387, U.S.A.
RESTELLI, M. A.; M.D. - Inst, de Embriol., Biol, e Histol., Fac. de Cienc. Med., Univ. Nac. de La
Plata, 60 y 120, LA PLATA, Argentina
REYER, R. W.; Ph.D., Prof. - Dept. ol Anat., Med. Center, West Virginia Univ., MORGANTOWN,
W.Va 26506, U.S.A. ISDB
a Causal mechanisms involved in lens regeneration from the dorsal iris and their relation to the
processes of lens induction in the embryo. Notophthalmus viridescens (Urodela)
b DNA synthesis, cell division and cell migration during neural retina regeneration using thymidine-
H3. Notophthalmus viridescens, Ambystoma mexicanum (Urodela)
c Ultrastructural changes during lens regeneration from the dorsal iris with special emphasis on the
relation of the basal lamina to the lens capsule. Same species as a
REYNOLDS, S. R. M.; Ph.D., D.Sc, Prof. (Emer. Univ. of Illinois) - 933 Olde Hickory Rd.,
LANCASTER, Pa. 17601, U.S.A.
REYNOLDS (KING), Mrs. W. A.; Ph.D., Assoc. Prof. - Dept. of Anat., Univ. of Illinois, P.O. Box
71
699K. (UK \CiO, III. 60680, U.S.A.
a lc-t.il contributions to amniotic fluid. Macaca mulatta, M. speciosa, M. irus, Homo sapiens
(Primates)
b Toxicity of methylmercury lor the fetus and neonate. Same species as a
Fetal metabolism and composition in diabetic pregnancy. Same species as a
d Metamorphosis: uptake and localization of thyroxine in tissues and cells, collagen deposition.
Rana pipiens (Anuia)
e Effect of cj clamate, saccharin and monosodium glutamate on fetus and neonate. Same species as
a
RIYI NDE Miss E S.lB.Sc. - Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of Minas Gerais, Rua
Carangola 288 4° andar, C.P. 253, BLLO HOR1ZONTE, M.G., Brazil
RICHARDS, Mrs. C. M.; Ph.D. - Dept. of Zool., Univ. of Michigan, ANN ARBOR, Mich. 48104,
U.S.A.
a The production of inbred strains using gynogenetic techniques of two types 1. combination of
egg nucleus plus second polar body; 2. inhibition of the first cleavage of a haploid egg to produce
completely homozygous diploids. Rana pipiens (Anura)
b Genetics of various mutants including albino, blue, melanoid, as well as mutants uncovered by
gynogenesis. Same species as a
c Control of the sex of metamorphosed animals by the administration of estrogen or testosterone
at appropriate larval stages. Same species as a
d Embryonic development, genetics, and regeneration. Hyperolius spec. (Anura)
RICHARDSON, W. N.; Ph.D. - Dept. of Biol., Univ. of Miami, CORAL GABLES, FL 33124, U.S.A.
R1ECK, A. F. f Ph.D., Prof. - Dept. of Physiol., Marquette Univ., MILWAUKEE, WI 53233, U.S.A.
RIFKIND, R. A.; M.D. - Dept. of Human Genet, and Developm., Coll. of Phys. and Surg., Columbia
Univ., 630 West 168th St., NEW YORK, N.Y. 10032, U.S.A. ISDB
a Differentiation in virus-transformed hemopoietic cells; regulation of hemoglobin synthesis. Mus
musculus (Rodentia)
b Cell surface properties of differentiating hemopoietic cells; normal and virus-transformed. Same
species as a
RIKMENSPOEL, R.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., State Univ. of New York, 1400
Washington Ave., ALBANY, N.Y. 12222, U.S.A.
a Control mechanisms of sperm motility. Bos taurus (Artiodactyla)
b Contractile mechanisms in cilia
RITCHIE, Mrs. A.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210 U.S.A.
a Ontogeny of nerve-muscle interactions. Rattus norvegicus (Rodentia) (with D. M. FAM-
BROUGH)
RITSCHARD, R. L.; Ph.D., Assoc. Prof. - Biol. Sci. Dept., Calif. Polytechn. State Univ., SAN LUIS
OBISPO, CA 93401, U.S.A.
RIVERA, Miss E. M.; Ph.D., Assoc. Prof. - Dept. of Zool., Coll. of Nat. Sci., Michigan State Univ.,
EAST LANSING, Mich. 48824, U.S.A.
a Analysis of hormone actions on mammary gland development in organ culture. Mus musculus
(Rodentia)
RIZKI, T. M.; Ph.D., Prof. - Dept. of Zool., Univ. of Michigan, ANN ARBOR, Mich. 48104, U.S.A.
a Mutant genes regulating the function and structure of fat cells in the functional differentiation of
the fat body (fluorescence and electron microscopy). Drosophila melanogaster (Diptera)
b The effects of various nucleic acid analogs in relation to morphogenesis, esp. those substances
which can serve as mutagens. Same species as a
ROBERTS, L. W.; Ph.D., Prof. - Dept. of Biol. Sci., Univ. of Idaho, MOSCOW, Ida. 83843, U.S.A.
a Pre-pattem phenomenon of localization of enzymatic activity prior to the formation of wound
vessel member. Coleus blumei (Labiatae) (with S. BABA)
b Effect of environment on morphogenesis of vascular elements. Coleus blumei (Labiatae) (with
S. BABA)
c Developmental physiology of xylogenesis in pith parenchyma explants: differentiation patterns
and hormonal requirements. Lactuca sativa (Compositae)
ROBERTSON, A. D. J.; B.A. - Dept. of Biophys. and Theoret. Biol., Univ. of Chicago, 1101 E. 57th
St., CHICAGO, IL 60637, U.S.A.
a Theoretical and experimental study of the control of development (time-lapse cinematography).
(Acrasiales, Plantae, Animalia)
ROBERTSON, G. G.; Ph.D., PrOf. - Dept. of Anat., Ctr. for Health Sci., Univ. of Tennessee, 800
Madison Ave., MEMPHIS, TN 38163, U.S.A. ISDB
a Virus-induced abnormalities in embryos. Gallus domesticus (Aves)
ROBLRTSON, H. A.; Ph.D. - Dept. of Reprod. Physiol., Anim. Res. Inst., OTTAWA, Ont. K1A 0C6,
Canada
a Comparative aspects of early embryo-uterine interaction leading to implantation. Ovis aries, Bos
taurus, Sus scrofa (Artiodactyla)
b Endocrinology of the developing embryo. Gallus gallus (Aves)
ROBINSON, Miss H. L.; Ph.D. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755, U.S.A.
a Biochemistry of metamorphosis, tail regression and lysosomal enzymes. Xenopus laevis (Anura)
b Limb regeneration capacity in adults. Same species as a
ROBINSON, J. C; M.D., Ph.D. - Lab. of Biomed. Sci., Natl. Inst, of Child Health and Human
Developm., Natl. Inst, of Health, BETHESDA, Md. 20014, U.S.A.
a Pregnancy-associated enzymes in maternal blood plasma. Homo sapiens (Primates)
72
ROBISON, O. W.; Ph.D., Assoc. Prof. - Dept. of Anim. Sci., N. Carolina State Univ., P.O. Box 5127,
RALEIGH, NC 27607, U.S.A.
ROBKIN, M.; Ph.D., Assoc. Prof. - Dept. of Nucl. Engin., Univ. of Washington, BF 10, SEATTLE,
Wash. 98195, U.S.A.
a Embryo culture. Rattus spec. (Rodentia)
b Response of embryos in culture to physical and chemical environmental factors; effects on use of
metabolites. Same species as a
c Distribution and effect of mercury in pregnant animals and abortuses. Rattus spec. (Rodentia),
Homo sapiens (Primates)
ROCKSTEIN, M.; Ph.D., Prof. - Dept. of Physiol, and Biophys., Sch. of Med., Univ. of Miami, P.O.
Box 875, Biscayne Annex, MIAMI, Fla. 33152, U.S.A.
a Physiological basis of aging, growth, and metamorphosis. Musca domestica (Diptera), Rattus
rattus (Rodentia)
b Metachemogenesis - post emergence biochemical maturation. (Holometabola, Insecta)
c Hereditary vs. environmental factors in longevity. (Diptera; Hymenoptera)
d Effects of x-irradiation on development, aging, and longevity. Musca domestica (Diptera)
e Actomyosin in maturing and senescent heart muscle. Rattus rattus (Rodentia)
RODRICK, G. E.; Ph.D. - Inst, for Pathobiol., Lehigh Univ., BETHLEHEM, Pa. 18015, U.S.A.
a Development of blood cells. Crassostrea virginica, Mercenaria mercenaria, Mya arenaria (Lamelli-
branchia)
ROGERS, K. T. f Ph.D. - Dept. of Anat., Univ. of Calif., SAN FRANCISCO, Calif., U.S.A.
ROLLINS, E. A.; Ph.D. - Dept. of Biol. Sci., State Univ. of New York, 1400 Washington Ave.,
ALBANY, NY 12203, U.S.A. ISDB
ROMANOFF, A. L.; Ph.D., Prof. (Emer.) - Lab. of Chem. Embryol., Cornell Univ., c/o 105 Rice Hall,
ITHACA, N.Y. 14850, U.S.A.
a Chemical embryology. (Aves)
b Developmental pathology. (Aves)
RON, A.; Ph.D. - Dept. of Anat., Hebrew Univ. - Hadassah Med. Sch., P.O.B. 1172, JERUSALEM
91000, Israel
a RNA and protein synthesis during sexual reproduction. Tetrahymena pyriformis (Ciliata)
b Biochemical characterization of micro- and macronuclei. Loxodes striatus (Ciliata)
ROOS, T. B.; Ph.D., Prof. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755, U.S.A.
a Biochemical and morphological differentiation of the adrenal cortex from the anlage to the
functional state (12 to 16 days, stages 19-33) (electron microscopy, histochemistry, and organ
culture). Rattus norvegicus (Rodentia)
b Development of pituitary control of endocrine function; organ culture studies of independent
differentiation of mesonephric ridge components in order to determine their interactions and
competence and their response to pituitary and neural control. Same species as a
ROSALES-RONQUILLO, Mrs. M. C; Ph.D. - Dept. of Biol., Univ. of New Mexico, ALBUQUER-
QUE, N. Mex. 87131, U.S.A.
a Successful aseptic rearing using a formulated diet. Anopheles stephensi (Diptera)
b Histochemical analysis of cells in culture. Same species as a
c Effect of ecdysone on primary cell culture. Same species as a
ROSE, Mrs. F. C; M.A. - Lab. of Developm. Biol., Dept. of Anat., Tulane Univ., Riverside Res. Ctr.,
BELLE CHASSE, LA 70037, U.S.A.
ROSE, S. M.; Ph.D., Prof. - Lab. of Developm. Biol., Dept. of Anat., Tulene Univ., Riverside Res.
Ctr., BELLE CHASSE, LA 70037, U.S.A. ISDB
ROSENBAUM, J. L.; Ph.D., Assoc. Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW
HAVEN, Conn. 06520, U.S.A.
a Relation between flagellar protein precursor pools and regeneration kinetics studied in amino
acid-requiring and paralyzed flagella mutants by use of inhibitors of protein synthesis (cyclohexi-
mide), assembly (colchicine, vinblastine), pulse-labeling; isolation, characterization, and in vitro
polymerization of flagellar microtubule subunits; growth zones of microtubules, in vivo and in
vitro by autoradiography. (Chlamydomonas reinhardi (Volvocales, Chlorophyta), Tetrahymena
pyriformis (Ciliata)
b Biochemistry, synthesis, and assembly in vivo and in vitro of neurotubules and their role in the
development of neurites and axons of cultured neuroblastoma cells. Mus musculus (Rodentia)
ROSS, L. M.; M.D., Ph.D. - Dept. of Anat., Michigan State Univ., EAST LANSING, Mich. 48823,
U.S.A.
a The role of the embryonic tongue in the process of closure of the secondary palate. Mus
musculus (Rodentia)
b Effects of cleft palate-producing teratogens on embryonic tongue and cranial base development.
Same species as a
c Scanning electron microscopic aspects of embryonic palate formation, normal and abnormal.
Same species as a
ROTH, S. A.; Ph.D. - Dept. of Biol., Johns Hopkins Univ., Charles and 34th Sts., BALTIMORE, MD
21218, U.S.A.
ROTH, Th. F.; Ph.D. - Dept. of Biol. Sci., Univ. of Maryland, Baltimore County, CATONSVILLE,MD
21228, U.S.A.
ROTHMAN, F. G.; Ph.D., Prof. - Div. of Biol. And Med. Sci., Brown Univ., PROVIDENCE, R.I.
02912, U.S.A.
a Genetic and biochemical analysis of aggregation, differentiation, and morphogenesis. Dictyos-
telium discoideum (Acrasiales)
73
ROW] EY 1) A.. M.D., Prof. DeptS. of Pathol. Pcdiat., Univ. of Chicago, 1101 E. 57th St.,
CHICAGO, IL 60637, U.S.A.
a Development of the immune system. ( Vertcbrata)
RUBEN, 1. N.; Ph.D., Prof. Biol. Dept., Reed College, PORTLAND, Ore. 97202, U.S.A. 1SDB
,i Development and evolution of immune responses with special emphasis on cell cooperation
(immunocytoadherence, hapten-carrier immunization, haemagglutination). Triturus viridescens
(Urodela), Xenopus laevis, Rana pipiens (Anura)
RUBIN, R. W.; Ph.D. Div. of Nat. Sci., New College, SARASOTA, Fla. 33578, U.S.A.
a Regulation of protein synthesis during early development. Lymnaea palustris (Gastropoda)
b Changing patterns of synthesis and phosphorylation of chromosomal proteins during induced
encystation. Acanthamoeba spp. (Rhizopoda)
RUBIN, Y. L.; Ph.D. - Dept. of Life Sci., Bar-llan Univ., RAMAT-GAN, Israel
a Morphogenesis of appendages, with special reference to polarity and symmetry determination.
Gallus gallus, Coturnix coturnix (Aves)
b The acquisition of myogenic competence by undifferentiated limb-bud mesenchyme cells.
(Aves)
RUDDLE, 1". H.; Ph.D., Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, Conn.
06520, U.S.A. 1SDB
a Discrimination between genetic and cpigenetic events in somatic cells in vitro by studying
enzyme variants. Mus musculus (Rodentia)
b Genetic and epigenetic analysis utilizing somatic cell hybrids.
RUDNICK, Miss D.; Ph.D. - Dept. of Biol., Albertus Magnus Coll., 700 Prospect St., NEW HAVEN,
Conn. 06511, U.S.A. ISDB
a Development of pharyngeal derivatives. Gallus domesticus (Aves)
RUGH, R.; Ph.D., Prof. (Emer.) - Bur. Radiol. Health, H.E.W., F.D.A., 5600 Fisher's Lane,
ROCKVILLE, Md. 20852, U.S.A.
a Microwave radiation effects on the embryo and fetus. (Mammalia)
RUNNER, M. N.; Ph.D., Prof. - Inst, of Developm. Biol., Univ. of Colorado, BOULDER, CO 80302,
U.S.A. ISDB
RUSCH, H. P.; M.D., Prof. - McArdle Lab. for Cancer Res., Univ. of Wisconsin, 450 N. Randall Ave., ,
MADISON, Wis. 53706, U.S.A.
a Acidic nucleoproteins in the control of growth and differentiation. Physarum polycephalum
(Eumycetozoina)
RUSSELL, Mrs. D. H.; Ph.D., Assoc. Prof. - Dept. of Pharmacol., Med. Center, Univ. of Arizona,
TUCSON, Ariz. 85724, U.S.A.
a The relation of cell cycle phase and polyamine synthesis during development. Lytechinus pictus
(Echinoidea)
b Purification of S-adenosyl-L-methionine decarboxylase from eggs. Same species as a
SACHS, H. G.;Ph.D. - Dept. of Anat., Univ. of Illinois, P.O. Box 6998, CHICAGO, 111. 60680, U.S.A.
SACHS, L.; Prof. - Dept. of Genet., Weizmann Inst, of Sci., P.O.B. 26 REHOVOTH, Israel ISDB
SACHS, T.; Dr. - Dept. of Bot., The Hebrew Univ., JERUSALEM, Israel ISDB
a Control of organized vascular strand differentiation: relation to polar transport of radioactive
hormones. Phaseolus vulgaris (Papilionaceae)
b Role of hormones in tumour formation. (Plantae)
SACK, W. O.; D.V.M., Ph.D., Prof. - Dept. of Anat., N.Y. State Vet. Coll., Cornell Univ., ITHACA,
N.Y. 14850, U.S.A.
a Establishing a comprehensive embryological slide collection of domestic and laboratory animals.
Canis familiaris, Felis catus, Bos taurus, Ovis aries, Rattus rattus, Mus musculus, Cavia porcellus
(Mammalia) (with H. E. EVANS)
b Developmental morphology. Canis familiaris (Carnivora), Bos taurus (Artiodactyla)
SADANA, G. L.; Ph.D. - Dept. of Zool., Punjab Agric. Univ., LUDHIANA, India
a Embryonic development. Pardosa bhatnagari (Lycosidae, Araneida)
SAGAWA, Y.; Ph.D., Prof. - Harold L. Lyon Arboretum and Horticults. Dept., Univ. of Hawaii,
HONOLULU, Hawaii 96822, U.S.A.
a Developmental studies of ovule formation. (Orchidaceae)
b Developmental studies of apical meristem explants. (Orchidaceae and tropical plants)
c Studies of in vivo growth of pollen tubes. Same species as a
SAITOH, M.; Ph.D. - Natl. Inst, of Anim. Industry, CHIBA-shi, 280 Japan
a Nutritional study to increase embryonic survival rate. Sus scrofa domesticus (Artiodactyla)
SAKAI, H.; Ph.D., Assoc. Prof. - Dept. of Biophys. and Biochem., Univ. of Tokyo, 7-3-1, Hongo,
Bunkyo-ku, TOKYO, 1 1 3 Japan ISDB
a Polymerization of tubulin into microtubules. Hemicentrotus pulcherrimus (Echinoidea)
b Mitotic apparatus and tubulin. Same species as a
SALLACH, H. J.; Ph.D., Prof. - Dept. of Physiol. Chem., Univ. of Wisconsin, 1215 Linden Drive,
MADISON, Wis. 53706, U.S.A.
a Biochemical aspects of development and differentiation (enzyme changes; metabolism of carbo-
hydrates and nucleic acids). Rana pipiens, R. catesbeiana (Anura)
SALLES, J. M. de; B.Sc. - Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of Minas Gerais, Rua
Carangola 288 - 4° andar, C.P. 253, BELO HOR1ZONTE, M.G., Brazil
a Alteration of spermatogenesis following interspecific hybridization or ionizing radiations. (Triato-
minae, Hemiptera)
SALOMON, D. S.; Ph.D. - Dept. of Cell Biol., Roche Inst, of Molec. Biol., NUTLEY, N.J. 07110,
U.S.A.
a Control of enzyme induction and repression during early embryonic development in relation to
74
hormones; characterization of biochemical tissue-specific markers during development. Mus
musculus (Rodentia)
b Fetal-placental-maternal interactions at the morphological, endocrinological and biochemical
levels; cell-cell interactions and relationships of fetal, placental and uterine tissues in culture.
Same species as a
SALOMON de LEGNAME, JVIrs. H., Dr. Biochem. - Inst, de Biol., Univ. Nac. de Tucuman. Chacabuco
461, S. M. de TUCUMAN, Argentina
a Intermediate metabolism during early development: nucleotide synthesis. Bufo arenarum (Anura)
b Mitochondria during embryogenesis. Same species as a
SALTHE, S. N.; Ph.D., Assoc. Prof. - Dept. of Biol., Brooklyn Coll., Bedford Ave. and Ave. H, NEW
YORK, Brooklyn, N.Y. 11210, U.S.A.
a Mechanism of expansion of perivitelline fluid in the egg. Rana pipiens (Anura)
b Study of the hatching enzymes. (Amphibia)
c Development of lactic dehydrogenase isoenzymes. Rana pipiens, R. palustris (Anura)
SALTHE, V. M; B.S. - Dept. of Anat., Med. Coll., NAGPUR-3, M.S., India
a Effect of removal of the optic vesicle on histogenesis of the optic lobe. Gallus domesticus (Aves)
(with P. N. DUBEY)
SANCHES RIERA, Mrs. A. N.; Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461,
S. M. de TUCUMAN, Argentina
a Intermediate metabolism during early development: nucleotide synthesis. Bufo arenarum (Anura)
SANCHEZ, Mrs. S. S. ; Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S. M. de
TUCUMAN, Argentina
a Intermediate metabolism during early development: nucleotide synthesis. Bufo arenarum (Anura)
SANDERS, E. J.; Ph.D. - Dept. of Physiol., Univ. of Alberta, EDMONTON, Alta. T6G 2E1, Canada
a Cell surface material and intercellular contacts during cleavage; morphology and physiology of
intercellular coupling. Xenopus laevis (Anura)
b Intercellular relationships during pre-streak morphogenesis; correlation of cell surface and cell
contact characteristics with behaviour of cells during reaggregation. Gallus domesticus (Aves)
SANDERS, T. G.; Ph.D. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, U.S.A.
SANFORD, W. C; Ph.D. - Dept. of Zool., Oklahoma State Univ., STILLWATER, Okla. 74074,
U.S.A.
a Effect of cadmium salts on development, and the resulting male sexual potential. Salmo
gairdnerii (Teleostei)
SASAKI, Miss F.; Dr. - Dept. of Biol., Sch. of Dent. Med., Tsurumi Univ., Tsurumi, YOKOHAMA,
Japan
a Ultrastructural and histochemical study of tail muscles during metamorphosis. (Anura)
SASAKI. M.; D.Sc, Prof. - Chromosome Research Unit, Fac of Sci., Hokkaido Univ., N 10, W 8,
SAPPORO, 060 Japan
a Chromosome studies in early embryogenesis, with special reference to spontaneous abortion,
maldevelopment and sex ratio. Homo sapiens (Primates)
SASAKI, N.; D.Sc. - Dept. of Biol., Fac. of Sci., Kyushu Univ., Hakozaki-cho, FUKUOKA, 812 Japan
a Change of regional effect in primary induction with special reference to molecular structure of
inducing agent. Triturus pyrrhogaster (Urodela), Gallus domesticus (Aves)
b Transformation of primarily activated ectoderm by RNA. Triturus pyrrhogaster (Urodela)
c Reactivity of ectoderm cells in primary induction. Same species as b
SATHANANTHAN, A. H.; Ph.D. - Dept. of Zool., Univ. of Melbourne, PARKVILLE, Vict. 3052,
Australia
a Morphological, cytochemical and ultra-structural aspects of early development from second
maturation division (oviposition) to the post-gastrula stage. Arion ater rufus (Gastropoda)
b Cell movements in morphogenesis. Same species as a
SATO, G. H.; Ph.D., Prof. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA JOLLA,
Calif. 92037, U.S.A.
a Hormone dependent cell cultures. (Mammalia)
SATO, H. - Dept. of Perinatol., Inst, of Developm. Res., Aichi Pref. Colony, Kamiya-cho, KASUGAI,
Aichi 480-03, Japan
a Toxic effects of bilirubin on developing brain. Rattus norvegicus (Rodentia)
SATO, T.; D.Sc, D. phil. nat., Prof. (Emer.) - Biol. Inst., Fac. of Sci., Nagoya Univ., Chikusa-ku,
NAGOYA, 464 Japan ISDB
SAUNDERS, J. W., Jr.; Ph.D., Prof. - Dept. of Biol. Sci., State Univ. of New York, 1400 Washington
Ave., ALBANY, N.Y. 12222, U.S.A. ISDB
a The role of ectoderm in limb development. Gallus domesticus (Aves)
b Factors affecting tract-specificity in embryonic feather areas. Same species as a
c Ectoderm-mesoderm interactions in limb formation. Same species as a
d Cellular deaths in morphogenesis. Same species as a
SAWADA, N.; D.Sc, Prof. - Biol. Inst., Ehime Univ., Bunkyo-cho, MATSUYAMA, 790 Japan
a Mitotic apparatus. (Echinodermata; Echiuroidea)
b Ultrastructural changes in oogenesis and spermatogenesis. (Sipunculoidea: Echiuroidea; Gastro-
poda)
SAWAI, T.; Dr. - Biol. Lab., Fac. of Gen. Educ, Yamagata Univ., Koshirakawa-cho, YAMAGATA,
Japan
SAXENA, Miss R.; M.Sc - Dept. of Zool., Univ. of Gorakhpur, GORAKHPUR 273001, India
a The neurosecretory system of developmental stages. (Insecta) (with H. S. CHAUDHRY)
SCADDING, S. R.;Ph.D. - Dept. of Zool., Univ. of Guelph, GUELPH, Ont. NIG 2W1, Canada
75
a Factors affecting and controlling limb regeneration, especially role of nerves and chalones.
i Amphibia)
b Regeneration of internal organs, especially kidney, ureter, oviduct. (Urodela)
SCANDA1 IOS, I. G.; I'M. I)., Prof. - Dept. of Biol., Univ. of S. Carolina, COLUMBIA, S.C. 29208,
U.S.A.
,i Differential gene expression at the molecular level. Zea mays (Gramineae), Drosophila melano-
gastei (Diptera), Homo sapiens (Primates)
b Regulatory mechanisms controlling the expression of enzyme loci during development of higher
organisms; enzyme polymorphism ,,,.,,.
SCHAEFFER B I .; Ph.D. - Dept. of Biol., New York Univ., 651 Brown Bldg., Washington Square,
NEW YORK, NY 10003, U.S.A.
a Cell surface changes in relation to morphogenesis (with H. E. SCHAEFFER)
SCHA1 FFER Mrs. H. 1 .; Ph.D. - Dept of Biol., New York Univ., 651 Brown Bldg., Washington
Square, NEW YORK, NY 10003, U.S.A.
a Cell surface changes in relation to morphogenesis (with B. E. SCHAEFFER)
SCHEFFLER. I. E.; Ph.D. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA JOLLA
Calif. 92037, U.S.A.
a Biochemical differentiation during the cell cycle in vitro. Cricetulus griseus (Rodentia)
b Conditionally lethal mutations in cells in culture. (Mammalia)
SUIll I , J. A.; Ph.D., Prof. - Dept. of Biol., Brandeis Univ., WALTHAM, MA 02154, U.S.A. ISDB
SCH1FFMAN, M. B.; Ph.D. - Dept. of Genet., Albert Einstein Coll. of Med., Yeshiva Univ., East-
chester Rd. and Morris Park Ave., NEW YORK, Bronx, NY 10461, U.S.A.
a Developmental genetics and biochemistry. Mus musculus (Rodentia)
SCHIMKE, R. T.; M.D., Prof. - Dept. of Pharmacol., Sch. of Med., Stanford Univ., STANFORD, CA
94305, U.S.A.
SCHJE1DE, O. A.; Ph.D., Prof. - Dept. of Biol. Sci., Northern Illinois Univ., DeKALB, 111. 60115,
U.S.A.
a Biochemical, metabolic and ultrastructural parameters of cell growth and differentiation.
(Plantae), Gallus domesticus (Aves)
b Roles of acid mucopolysaccharides in cell differentiation. (Animalia, Homo)
SCHLESINGER, A. B.; Ph.D., Prof. - Dept. of Biol., Creighton Univ., 2410 California St., OMAHA,
Neb. 68131, U.S.A.
a Phase cinematographic time-lapse recording of morphogenetic movements of marginal tissue.
Gallus spec. (Aves)
SCHMIDT, A. J.; Ph.D., Prof. - Dept. of Anat., Coll. of Med., Univ. of Illinois, P.O. Box 6998,
CHICAGO, 111. 60680, U.S.A.
a Hormonal influences on regenerating systems. Triturus viridescens (Urodela)
b The chemistry of regenerating systems. Same species as a
c Fine structure of cells and tissues of regenerating systems. Same species as a
d Histo- and cytochemistry of repairing cutaneous wounds. Mus musculus (Rodentia)
e Regeneration of normal and dystrophic muscle. Same species as d
SCHNEIDERMAN, H. A.; Ph.D. - Developm. Biol. Lab. and Center for Pathobiol., Univ. of Calif.,
IRVINE, Calif. 92664, U.S.A. ISDB
a Mechanism of determination in embryos; analysis of mutants with defects in pattern formation
and in intercellular communication. Drosophila melanogaster (Diptera)
b Effects of juvenile hormones and ecdysones on organisms other than insects; mode of action of
juvenile hormone. Hyalophora cecropia, Tenebrio molitor, Galleria mellonella (Insecta), Armadil-
lidium vulgare (Isopoda, Crustacea)
c Temperature-sensitive cell lethals and mitotic arrest mutants. Same species as a
SCHOTTE, O. E.; Ph.D., Prof. (Emer.) - Dept. of Biol., Amherst Coll., AMHERST, MA 01002,
U.S.A. ISDB
SCHRE1BER, G.; Ph.D., Prof. - Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of Minas Gerais,
Rua Carangola 288 - 4° andar, C.P. 253, BELO HORIZONTE, M.G., Brazil
a Cytogenetics, cytophotometry, DNA content. Peripatus acacioi (Onychophora)
b Alteration of spermatogenesis following interspecific hybridization or ionizing radiations. (Triato-
minae, Hemiptera)
c Quantitative cytology. Salpa democratica (Thaliacea)
SCHROEDER, P. C; Ph.D., Assoc. Prof. - Dept. of Zool., Coll. of Sci. and Arts, Wash. State Univ.,
PULLMAN, Wash. 99163, U.S.A.
a Possible hormonal control of mucopolysaccharide synthesis during oogenesis. Nereis spec. (Poly-
chaeta)
b Spawning and ovulation; inhibitory effects of cytochalasin B (ultrastructure). Patiria miniata
( Asteroidea), Oryzias latipes (Teleostei), Rana pipiens (Anura)
SCHf OEDER, Th. E.; Dr. - Friday Harbor Labs., Univ. of Wash., FRIDAY HARBOR, Wash. 98250,
" '..A. ISDB
a Biochemical composition of microfilaments. Strongylocentrotus droebachiensis (Echinoidea)
b Localization of calcium-binding sites in cellular contractile apparatus. Same species as a
SCHRYVER, H. F.; Ph.D., D.V.M., Assoc. Prof. - Dept. of Large Anim. Med., Equine Res. Progr.,
N.Y. State Vet. Coll., Cornell Univ., ITHACA, N.Y. 14850, U.S.A.
a Morphological and biochemical aspects of skeletal development. (Mammalia)
b Calcium metabolism in development. (Mammalia)
SCHUBIGER, G.; Ph.D. Dept. of Zool., Univ. of Washington, SEATTLE, Wash. 98195, U.S.A.
a Analysis of mutants affecting embryogenesis. Drosophila melanogaster (Diptera)
b Developmental capacities of imaginal discs and embryos. Same species as a
76
SCHUBIGER (STAUB), Mrs. M.; Ph.D. - Dept. of Zool., Univ. of Wash., SEATTLE, Wash. 98195,
U.S.A.
a Analysis of neuronal specificity of sensory nerves by appendage grafting. Acheta domestica
(Orthoptera)
SCHUETZ, A. W.; Ph.D., Assoc. Prof. - Dept. of Popul. Dynamics, Sch. of Hyg. and Publ. Health,
Johns Hopkins Univ., 615 N.Wolfe St., BALTIMORE, Md. 21205, U.S.A.
a Gonadal steroidogenesis. (Amphibia)
b Testis differentiation and spermatogenesis. (Mammalia)
c Oocyte growth and maturation. (Asteroidea; Amphibia; Mammalia)
d Membrane structure and function. (Asteroidea; Amphibia)
e Purine synthesis and secretion (Asteroidea)
f Control of meiosis during spermatogenesis (cell culture, hormone effects). Rattus spec. (Rodentia
and other Mammalia)
g Regulation of oocyte yolk protein (vitellogenin) incorporation (cell culture, hormone effects).
Rana pipiens (Anura)
SCHULMAN, H. M.; Ph.D. - Lady Davis Inst, for Med. Res., 3755 Cote St. Catherine Rd.,
MONTREAL 249, Que., and Dept. of Biol., McGill Univ., MONTREAL 3, Que., Canada ISDB
a Development of erythroid cells and control of erythropoiesis in adult animals in health and
disease. Oryctolagus cuniculus (Lagomorpha), Rattus spec, Mus musculus (Rodentia), Homo
sapiens (Primates)
b Development of root nodules and the biosynthesis of leghemoglobin. (Leguminosae)
SCHULTZ, G. A.; Ph.D. - Div. of Med. Biochem., Health Sci. Centre, Univ. of Calgary, CALGARY,
Alta. T2N 1N4, Canada
a Control of gene expression in early development (emphasis on transcription and mRNA sta-
bility). (Mammalia)
SCHULTZ, R. L.; Ph.D., Prof. - Dept. of Human Biol., Univ. of Colorado Dent. Sch., 4200 E.
9th Ave., DENVER, CO 80220, U.S.A.
SCHWALM, F. E.; Dr.phil.nat., Assoc. Prof. - Dept. of Biol. Sci., Illinois State Univ., NORMAL, 111.
61761, U.S.A.
a Synthesis, storage and utilization of morphogenetic agents in oogenesis and early embryogenesis
(electron microscopy, autoradiography). Coelopa frigida (Diptera)
b Isolation and characterization of nucleic acids during oogenesis and embryogenesis. Same species
as a
c Fate and function of polar granules in the male gonads and during spermiogenesis. Same species
as a
SCHWEISTHAL, M. R.; Ph.D., Prof. - Dept. of Anat., Div. of Med. Sci., East Carolina Univ.,
Box 2701, GREENVILLE, NC 27834, U.S.A.
SCOTT, F. W.; D.V.M., Ph.D., Assoc. Prof. - Dept. of Microbiol., N.Y. State Vet. Coll., Cornell Univ.,
ITHACA, N.Y. 14850, U^S.A.
a Teratogenesis of mumps virus and feline panleukopenia virus: transplacental and fetal infection,
passage of virus across the blood-brain barrier; teratologic changes, especially cerebellar hypo-
plasia, hydrocephalus, and endocardial fibroelastosis. Felis catus (Carnivora)
b Teratogenesis of bovine viral diarrhea virus, producing cerebellar hypoplasia, cataracts, retinal
degeneration, optic nerve degeneration, mummified fetuses, abortions, and other changes. Bos
taurus (Artiodactyla)
SCOTT, Mrs. J. N.; - Dept. of Anat., Univ. of Kentucky, Rose St., LEXINGTON, Ky. 40506, U.S.A.
a Uptake of 3H-labeled testosterone by brain, muscle, thymus, liver, and reproductive organs of
Male and female neonate and adult animals. Rattus rattus (Rodentia) (with H. H. TRAURIG)
SCOTT, T. K.; Ph.D., Prof. - Dept. of Bot., Univ. of North Carolina, CHAPEL HILL, N.C. 27514,
U.S.A.
a Relation between auxin transport and growth in seedlings as influenced by age and light. Pisum
sativum (Papilionaceae), Zea mays (Gramineae)
b Apical dominance; characterization of the hormonal control exhibited by shoot apices in lateral
bud suppression. Pisum sativum (Papilionaceae), Coleus blumei (Labiatae)
SEAGO, J. L.; Ph.D., Assoc. Prof. - Dept. of Biol., State Univ. of New York, OSWEGO, NY 13126,
U.S.A.
a Regeneration of the root meristem and root cap. Zea mays. (Gramineae), Glycine max (Papilio-
naceae)
b Effects of the root meristem and root cap on the early development of the shoot apical meristem
and leaf primordia (effects of demeristemizing and decapping roots. Glycine max (Papilionaceae)
SEARLS, R. L.; Ph.D., Assoc. Prof. - Dept. of Biol., Temple Univ., Broad & Berks St., PHILADEL-
PHIA, PA 19122, U.S.A. ISDB
SEDRA, S. N.; Ph.D., Prof. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey,
ALEXANDRIA, Egypt ISDB
a Behaviour of egg laying. Rana fusca, Bufo regularis (Anura)
b Development of the urogenital system. Bufo regularis (Anura) (with M. I. MICHAEL and S. H.
KHALIL)
SEECOF, R. L.; Ph.D. - Dept. of Biol., City of Hope Med. Center, 1500 E. Duarte Rd., DUARTE,
Calif. 91010, U.S.A.
a In vitro differentiation of embryonic cells. Drosophila melanogaster (Diptera)
SEFTALIOGLU, Miss A. - Inst, of Histol. and Embryol., Med. Fac, Hacettepe Univ., ANKARA,
Turkey
a Development and differentiation of mast cells after stimulation with 48/80 (histology and
histochemistry). Rattus norvegicus (Rodentia)
77
b rilr.istnutur.il development and differentiation of mast cells. Same species as a
( Ultiastructure of the elastic lamellae in the wall of the aorta of the embryo, fetus, newborn, and
adult. Mus musculus (Rodentia)
SEGA1 S I Ph 1) Biomed. Hiv., The Population Council, Rockefeller Univ., York Ave. and
66th St., NEW YORK, N.Y. 10021. U.S.A. ISDB
■ Immunologic analysis of pituitary gonadotrophs function: development and species specificity.
(Vertebrate)
b Mechanism of hormone action. (Vertebrate)
< Vction of blastotoxic chemical agents. (Vertebrate)
d Oogenesis in the constant-estrus female. Rattus norvegicus (Rodentia)
e Studies on RNA in implantation. Rattus norvegicus (Rodentia), (Primates)
SI llciAL, P. P.: Dr. - Dept. of Biol., East Carolina Univ., P.O. Box 2577, GREENVILLE, NC 27834,
U.S.A.
SI IGER, M. B.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Coll. of Sci. and Engin., Wright State Univ.,
Col. Glenn Highway, DAYTON, Ohio 4543 1, U.S.A.
a The genetics and development of color and color pattern in the white and blue morphs. Anser
caerulescens (Aves)
b Egg lethality. Anser caerulescens, Somateria mollissima sedentaria (Aves)
SIMMS. 1.; M.V.M. - Dept. of Anat., Hebrew Univ. - Hadassah Med. Sch., P.O. B. 1172,
JERUSALEM 91000. Israel
a The pathogenesis of skeletal involvement in congenital rubella. Homo sapiens (Primates)
b Microscopical and ultrastruc'tural study of the placenta and membranes in spontaneous abortions
with chromosomal anomalies. Same species as a
c Electron microscopic and autoradiographic study of the initial stage of ossification of long bones.
Rattus spec. (Rodentia)
SEKIGUCH1, K.; Ph.D. - Inst, of Zool., Tokyo Kyoiku Univ., Otsuka 3-29- 1, Bunkyo-ku, TOKYO,
Japan
SF.LVERSTON, A. I.; Ph.D. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA
JOLLA, Calif. 92037, U.S.A.
a Functional and architectural specificity in the stomatogastric ganglion. Palinurus interruptus,
(Decapoda, Crustacea)
SEMBA, R.; M.D. - Dept. of Perinatol., Inst. Developm. Res., Aichi Pref. Colony, Kamiya-cho,
KASUGA1, Aichi 480-03, Japan
a Epidemiology of cardiovascular anomalies in embryos. Homo sapiens (Primates)
b Developmental pathology of anencephaly. Same species as a
SETO, F.; Ph.D. - Dept. of Zool., Univ. of Oklahoma, 730 Van Vleet Oval, Rm. 222, NORMAN,
Okla. 73069, U.S.A.
a The ontogenetic appearance and maturation of the primary homograft rejecting and primary
humoral antibody producing potential in embryos and growing juveniles. Gallus domesticus
(Aves)
SETOGUTI, T.; Dr.Med., Prof. - 3rd Dept. of Anat., Nagasaki Univ., School of Med., Sakamoto-
machi, NAGASAKI, 852 Japan
a Electron microscopy of mast cell development. Triturus pyrrhogaster (Urodela)
SHAAYA, E.; Ph.D. - Lab. of Insect Physiol., Hebrew Univ., Terra Sancta Bldg., JERUSALEM, Israel
a Control of nucleic acids and protein synthesis by ecdysone and juvenile hormone during
postembryonic development. Periplaneta americana (Blattariae), Calliphora erythrocephala
(Diptera)
SHAH, R. V.; Ph.D., Prof. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA-2, India
a Tail regeneration in embryos and adults. Gekko spec, Mabuya spec. (Lacertilia)
b Liver regeneration and physiology. (Vertebrata)
c Spleen, pancreas, and lymph gland regeneration. (Vertebrata)
d Physiology of developing muscles (respiration). (Vertebrata)
SHANKLIN, D. R.; M.D., Prof. - Depts. of Pathol., Obstet. and Gynecol., Univ. of Chicago, 1101
East 57th St., CHICAGO, IL 60637, U.S.A.
SHAPIRO, B. L.; D.D.S., Ph.D., Prof. - Div. of Oral Biol., Sch. of Dent., Univ. of Minnesota,
MINNEAPOLIS, MN 55455, U.S.A.
a Palatal development: programmed cell death in epithelial seam (histochemistry, biochemistry,
ultrastructure). Rattus rattus (Rodentia)
b Development of phenotype in Down's syndrome (trisomy 21) and other aneuploid conditions.
(clinical studies). Homo sapiens (Primates)
SHAPIRO, S.; Ph.D., Prof. - Dept. of Bot., Univ. of Massachusetts, AMHERST, MA 01002, U.S.A.
ISDB
SHAPPIRIO, D. G.; Ph.D., Prof. - Dept. of Zool., Univ. of Michigan, ANN ARBOR, Mich. 48104,
U.S.A.
a Developmental physiology and biochemistry, especially growth and metamorphosis. (Saturniidae
etc., Lepidoptera;Chironomidae etc., Diptera: Lygaeidae, Heteroptera)
SHARMA, B.; M.Sc. - Dept. of Biochem., Fac. of Sci., Allahabad Univ., ALLAHABAD-2, India
a Nitrogen metabolism during development. Philosamia ricini (Lepidoptera)
SHARMA, K. K.; M.Sc. - Dept. of Biochem., Fac. of Sci., Allahabad Univ., ALLAHABAD-2, U.P.,
India
a Enzymes in the egg and in the fat body from larva till young adult. Philosamia ricini (Lepidopte-
ra) (with R. PANT)
b Free amino acids and transaminases, nucleoproteins, proteins and proteolytic enzymes in the silk
gland during larval development. Same species as a (with R. PANT)
78
c Phytosterol variation during seed germination. Phaseolus mungo, P. radiatus, Cicer arietinum
(Leguminosae) (with R. PANT)
SHARMA, S. C; Ph.D. - Dept. of Ophthalmol., New York Med. Coll., Flower and 5th Ave. Hosp.,
NEW YORK, N.Y. 10029, U.S.A.
a Development and regeneration of the visual pathways. Xenopus laevis, Rana pipiens (Anura),
Carassius auratus (Teleostei)
b Developmental neurobiology: spinal cord. Gallus domesticus (Aves)
SHAVER, Miss E. L.; Ph.D., Assoc. Prof. - Dept. of Anat., Univ. of W. Ontario, LONDON, Ont.,
Canada
a Chromosome abnormalities in blastocysts recovered from females inseminated with sperm stored
at 5°C or in the frozen state. Oryctolagus cuniculus (Lagomorpha)
SHAVER, J. R.; Ph.D., Prof. - Dept. of Zool., Coll. of Nat. Sci., Michigan State Univ., EAST
LANSING, Mich. 48824, U.S.A. ISDB
a Specificity of jelly-coat in fertilization (immunology, biochemistry). Rana clamitans, R. pipiens
(Anura)
b Antigenic localization on spermatozoa (electron microscopy, immunofluorescence). Rana pipiens
(Anura)
c Role of male accessory organs in reproduction. (Amphibia)
SHEN, S. C; Ph.D. - Dept. of Anat., Columbia Univ., 630 W. 168th St., NEW YORK, NY 10032,
U.S.A. ISDB
SHEPARD, T. H.; M.D., Prof. - Central Lab. for Human Embryol., Dept. of Pediat., School of Med.,
Univ. of Washington, SEATTLE, Wash. 98195, U.S.A.
a Effect of rubella virus on the fetus. Homo sapiens (Primates)
b Effect of galactoflavin on the fetus. Rattus spec. (Rodentia)
c Histology and biochemistry of achondroplasia (ac/ac strain; organ culture, radio-isotopes)
Oryctolagus cuniculus (Lagomorpha), Homo sapiens (Primates)
d Effects of teratogens on embryos in vitro. Rattus norvegicus (Rodentia)
e Effect of cytochalasin B on closure of the anterior neuropore in vitro. Gallus domesticus (Aves),
Rattus spec. (Rodentia)
SHERMAN, M. I.; Ph.D. - Dept. of Cell Biol., Roche Inst, of Molec. Biol., NUTLEY, N.J. 07110,
U.S.A.
a The biochemistry of differentiation of early embryos in vivo and in vitro; the role of cell
communication during differentiation of early embryonic cell types (embryo proper, yolk sac,
trophoblast). Mus musculus (Rodentia)
b The mechanism of accumulation and organization of DNA during polyploidization in giant cells
of trophoblast. Same species as a
SHIMADA, T.; Ph.D. - Dept. of Hyg. and Prev. Med., Sch. of Med., Niigata Univ., Asahimachi,
NIIGATA, 95 1 Japan
SHIOKAWA, K.; D.Sc. - Dept. of Biol., Fac. of Sci., Kyushu Univ., Hakozaki-cho, FUKUOKA, 812
Japan
a Regulation of ribosomal RNA synthesis during embryonic development. Xenopus laevis (Anura)
SHIOMI, T.; Dr., Prof. - Dept. of Genet., School of Med., Nagasaki Univ., 12-4, Sakamoto-machi,
NAGASAKI, 852 Japan
a Radiation genetics (embryo, germ cells). Drosophila melanogaster (Diptera)
SHIRAI, H.; D.Sc. - Lab. of Physiol., Ocean Res. Inst., Univ. of Tokyo, Minamidai, Nakano-ku,
TOKYO 164 Japan
a Mechanism of spawning. Asterias amurensis, Asterina pectinifera (Asteroidea)
b Electron microscopic study on spawning and oocyte maturation. (Asteroidea)
c Biochemical pathway of 1-methyladenine formation in ovary. (Asteroidea)
SHIVERS, C. A.; Dr. - Dept. of Zool. and Entomol., Univ. of Tennessee, KNOXVILLE, TN 37916,
U.S.A. ISDB
SHKOLNIK, Mrs. H.; M.Sc. - Bee Res. Lab., Dept. of Entomol., Fac. of Agric, Hebrew Univ., P.O.
Box 12, REHOVOTH 76 100, Israel
a Exo- and endocrine control of the synthesis of female-specific proteins. Apis mellifera (Hymen-
optera) (with Y. LENSKY)
SHOGER, R. L.; Ph.D., Prof. - Biol. Dept., Carleton Coll., Olin Hall of Sci., NORTHFIELD, Minn.
55057, U.S.A.
a Migration of primordial germ cells from 3H-thymidine-labelled heterotypic grafts of germinal
crescent. Gallus gallus (Aves)
b Activation of sperm by material derived from eggs or oviduct; artificial activators; sperm-egg
interaction. Limulus polyphemus (Xiphosura)
SHOJI, R.; Ph.D. - Dept. of Embryol., Inst, of Developm. Res., Aichi Pref. Colony, Kamiya-cho,
KASUGAI, Aichi 480-03, Japan
a Effects of x-rays and ultrasound on developing embryos, especially on the central nervous
system. Mus musculus, Rattus norvegicus, Mesocricetus auratus (Rodentia)
b Developmental genetics of abnormal characters. Same species as a
SHOSTAK, S.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Pittsburgh, 552 Crawford Hall,
PITTSBURGH, PA 15213, U.S.A. ISDB
SHRIVASTAVA, H. C; M.S., Prof. - Dept. of Anat., Med. Coll., BARODA 390001 (Gujarat), India
a Developmental morphology. (Vertebrata)
SHUKLA, G. S.; Ph.D. - Dept. of Zool., Fac. of Sci., Univ. of Gorakhpur, GORAKHPUR 273001,
India
a Studies on life history stages and bionomics. Sarcophaga ruficornis (Diptera)
79
Sill Kl YA, R.; M.D., Prof. Dept of Biochem., Nippon Med. Sch., Sendagi, Bunkyo-ku, TOKYO,
1 13 Japan
.i Genetic control of hemoglobin switch during metamorphosis. Rana catesbeiana (Anura) (with
T.OKAZAKI)
b Control of enzyme formation and aetivity in liver during development. Same species as a (with H.
NAGANO)
c Developmental aspects of the function of hemoglobin in red cell. Same species as a (with
T.OKAZAKI)
d Metamoiphic changes in serum proteins. Same species as a (with H. NAGANO)
SHULOV, A.; D.Sc., Prof. Dept. of Entomol., Hebrew Univ., JERUSALEM, Israel
a Regeneration, transplantation, and tissue implantation. Leiurus quinquestriatus (Scorpionidea)
SHUPE, J. L.: D.V.M., Prof. - Dept. of Vet. Sci., Utah State Univ., LOGAN, Utah 84321, U.S.A.
a Congenital malformations, especially musculoskeletal and cleft palate. Bos taurus, Ovis aries
(Artiodactyla)
b Congenital anterior polar cataracts, cleft lip and cleft palate. Canis familiaris (Carnivora)
c Congenital multiple exostosis (hereditary osteochondromatosis). Equus caballus (Perissodactyla)
d Fluorides as related to placental transfer and intra-uterine development. Ovis aries, Bos taurus
(Artiodactyla)
e Comparative developmental anomalies and aging, domestic animals (Aves, Mammalia)
SILHACEK, D. L.: Ph.D. - Insect Attract., Behav. and Basic Biol. Res. Lab., Agric. Res. Serv.,
U.S.D.A., 1700 S.W. 23rd Drive, P.O. Box 14565, GAINESVILLE, Fla. 32604, U.S.A.
a Mechanisms of hormonal control of energy metabolism during development. Plodia inter-
punctella (Lepidoptera)
b Structural and conformational requirements of molecules with a juvenilizing effect. Same species
as a
SIM6ES, L. C. GOMES; Prof. - Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of Minas Gerais,
Rua Carangola 288 - 4° andar, C.P. 253, BELO HORIZONTE, M.G., Brazil
a Cytogenetics, cytophotometry, DNA content. Peripatus acacioi (Onychophora)
SIMON, M. 1.; Ph.D. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA JOLLA, Calif.
92037, U.S.A.
a Mechanism of molecular assembly in development of subcellular organelles
SINCLAIR, J. G. f Ph.D., Prof. - Dept. of Anat., Univ. of Texas, GALVESTON, TX 77550, U.S.A.
SINGER, M.; Ph.D., Prof. - Dept. of Anat., Developm. Biol. Center, Case Western Reserve Univ.,
2119 Abington Rd., CLEVELAND, Ohio 44106, U.S.A. ISDB
a Regeneration. (Amphibia)
b The neurotrophic control of limb regeneration. Triturus viridescens (Urodela)
SINGER, R.; D.Sc, Prof. - Dept. of Anat., Div. of Biol. Sci., Univ. of Chicago, 1025 East 57th St.,
CHICAGO, 111. 60637, U.S.A.
a General embryology. Hystrix africaeaustralis (Rodentia), Homo sapiens (Primates)
SINGER (ALTBEKER), Mrs. R.; Ph.D. - Endocrinol. Unit of the Rogoff-Wellcome Med. Research
Inst., Beilinson Hosp., PETAH-TIKVA, Israel
a Histone content of developing ovaries. Bos taurus (Artiodactyla)
SINGH, I.; Ph.D., Prof. - Dept. of Anat., Med. Coll., ROHTAK, India
SINGH, R. P.; Ph.D., Assoc. Prof. - Dept. of Anat., Univ. of W. Ontario, LONDON, Ont., Canada
a Ultrastructure of the developing gonads. Mus musculus (Rodentia), Homo sapiens (Primates)
SINGH, Sh.; M.S., Prof. - Dept. of Anat., Inst, of Med. Sci., Banaras Hindu Univ., VARANASI
221001, U.P., India
a Teratogenesis. (Vertebrata)
SINGH, Y. N.;Ph.D. - Zool. Dept., Allahabad Univ., ALLAHABAD 211002, India
a Developmental morphology of the nervous system. Philosamia ricini (Lepidoptera), Polistes
hebraeus (Hymenoptera)
SINHA, D. N.; M.S. - Dept. of Anat., G.S.V.M. Med. Coll., KANPUR 208002, India
a Effect of NaF on developing embryos. Gallus spec. (Aves) (with H. C. VARMA)
SIRAKAM1, K. I.; D.Sc, Prof. - Dept. of Developm. Biol., Zool. Inst., Kyoto Univ., Kitashirakawa,
Sakyo-ku, KYOTO, 606 Japan ISDB
SIRLIN, J. L.; Dr.nat.sci., Prof. - Dept. of Anat., Med. Coll., Cornell Univ., 1300 York Ave., NEW
YORK, N.Y. 10021, U.S.A. ISDB
a Functional correlation of transfer RNA in the embryo and placenta. Mus musculus (Rodentia)
SKALKO, R. G.; Ph.D. - Embryol. Lab., Birth Defects Inst, N.Y. State Dept. of Health, 84 Holland
Ave., ALBANY, N.Y. 12208, U.S.A.
a Experimental teratogenesis in early stages: maternal and embryonic metabolism of teratogens
(fluorouracil, 5-bromodeoxy uridine, methotrexate); development of model systems for terato-
genesis (Echinoidea), Mus musculus (Rodentia)
b Cytology and cytochemistry of gametogenesis, fertilization, and cleavage. Arbacia punctulata,
Echinarachnius parma, Lytechinus pictus (Echinoidea), Mus musculus (Rodentia)
SKINNER, D. M.; Ph.D., Prof. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, Tenn.
37830, U.S.A. ISDB
a Molt cycle correlated muscle degeneration and reformation. Gecarcinus lateralis (Decapoda,
Crustacea) (with L. H. YAMAOKA)
b Functions of satellite DNAs and macromolecular metabolism in regenerating tissues. Same species
as a (with C. A. HOLLAND)
c Interacting controls of regeneration and molting. Same species as a (with C. A. HOLLAND)
d Formation and dissolution of exoskeleton. Same species as a
80
e Characterization of satellite DNAs. Pagurus pollicaris, Cardisoma guanhumi, Gecarcinus lateralis
(Decapoda, Crustacea) (with W. G. BEATTIE)
SKINNER, J. D.; Ph.D., Prof. - Mammal Res. Inst., Univ. of Pretoria, PRETORIA 0002, S. Africa
a Growth and development of the foetus. Giraffa camelopardalis (Artiodactyla)
b Development of skin and hair patterns and pigmentation in the foetus and its physiological
significance. Antidorcas marsupialis, Giraffa camelopardalis (Artiodactyla), Equus burchelli
(Perissodactyla)
SKOOG, F.; Ph.D., Prof. - Inst, of Plant Developm. and Dept. of Bot., Univ. of Wisconsin, Birge Hall,
MADISON, WI 53706, U.S.A. ISDB
SLAVINSKI, Mrs. E. A.; B.Sc. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER, B.C. V6T
1W5, Canada
a The importance of certain environmental factors in determining the differentiated state of
normal adrenocortical cells in vitro. Rattus rattus (Rodentia)
SLAVKIN, H. C; D.D.S. - Dept. of Biochem., Univ. of S. Calif., Sch. of Dent., Ahmanson Bldg., LOS
ANGELES, CA 90007, U.S.A.
SMIT, A. L.; D.Sc, Prof. - Dept. of Zool., Univ. of Durban-Westville, Private Bag 4001, DURBAN,
S. Africa
SMITH, C. W.; Ph.D., Assoc. Prof. - Dept. of Bot., Univ. of Hawaii, Plant Sci. Bldg. Rm. 101, 3190
Maile Way, HONOLULU, HI 96822, U.S.A.
SMITH, G. F.; M.D., Prof. - Sect, of Genet., Dept. of Pediat., Rush Med. Sch., 1753 W. Congress
Parkway, Rm. 1507, CHICAGO, 111. 60612, U.S.A.
SMITH, K. D.; Ph.D. - Dept. of Biol., Johns Hopkins Univ., Charles & 34th Sts., BALTIMORE,
MD 21218, U.S.A.
SMITH, L. D.; Ph.D. - Dept. of Biol. Sci., Purdue Univ., W. LAFAYETTE, Ind. 47907, U.S.A. ISDB
a Quantitative and qualitative studies on RNA synthesis at several stages of oogenesis. Xenopus
laevis (Anura)
b Steroid receptors in relation to the induction of oocyte maturation. Xenopus laevis, Rana pipiens
(Anura)
SMITH, P. D.; Ph.D., Assoc. Prof. - Dept. of Biol., Emory Univ., ATLANTA, GA 30322, U.S.A.
a Genetic control and enzymatic basis of DNA repair and recombination. Drosophila melanogaster
(Diptera)
SOFER, W. H.; Ph.D. - Dept. of Biol., Johns Hopkins Univ., Charles & 34th Sts., BALTIMORE, MD
21218, U.S.A.
SOFFER, Y.; M.D. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr., Tel-Aviv Univ., TEL-
AVIV, Israel
a Cellular immunity against seminal elements in infertility. Homo sapiens (Primates) (with L. A.
NEBEL)
SOLL, D. R.; Ph.D. - Dept. of Zool, Univ. of Iowa, IOWA-City, la. 52242, U.S.A.
a Metabolic effects and chemical nature of a regulatory molecule involved in the expression of the
non-growing, stationary phase phenotype. Dictyostelium discoideum (Acrasiales)
b The control of transcription during development employing in vitro transcription systems. Same
species as a
c A factor which maintains the zoospore phenotype. Blastocladiella emersonii (Phycomycetes)
SOLURSH, M.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Iowa, IOWA-City, la. 52242, U.S.A.
a Differentiation in cultured sternal chondrocytes: 1. effects of growth hormone; 2. requirements
for continuous RNA synthesis; 3. coregulation of collagen and chondroitin sulfate synthesis;
4. action of a conditioned medium factor produced by cultured chondrocytes. Gallus domesticus
(Aves)
SOMA, T.; B.Agr.Sc. - Natl. Inst, of Anim. Industry, CHIBA-shi, 280 Japan
a Transfer of fertilized eggs by non-surgical techniques. Bos taurus (Artiodactyla)
SOMES, R. G.; Ph.D., Assoc. Prof. - Nutrit. Sci. Dept., Storrs Agric. Exper. Station, Univ. of
Connecticut, STORRS, Conn. 06268, U.S.A.
a Developmental genetics. Gallus domesticus (Aves)
SONI, S. L.;Ph.D. - Dept. of Bot., Univ. of Michigan, ANN ARBOR, MI 48104, U.S.A.
SONNEBORN, D. R.; Dr. - Dept. of Zool., Univ. of Wisconsin, MADISON, WI 53706, U.S.A. ISDB
SOUZA, Miss M. L.; - Dept. de Morfol., Fac. de Med. Vet. de Jaboticabal, 14870 JABOTICABAL,
S.P., Brazil
a Development of nervous system (normal and experimental patterns). Gallus spec. (Aves), Sus
scrofa (Artiodactyla)
b Allometric growth of the brain during the lactation period. Rattus norvegicus, R. rattus (Ro-
dentia)
SPAZIANI, E.; Ph.D., Prof. - Dept. of Zool., Coll. of Lib. Arts, Univ. of Iowa, IOWA-City, Iowa
52242, U.S.A.
a Mechanism of ovarian and testicular hormone action on growth and development of reproductive
tissues: uterus, seminal vesicles, prostate. Rattus norvegicus (Rodentia)
b Hormonal control of melanocyte differentiation and pigment synthesis. Same species as a
c Biosynthesis of growth and differentiating hormone (ecdysone) by the Y-organ; variations
according to molt cycle. Cancer spec. (Decapoda, Crustacea)
SPECTOR,C.;Ph.D. - Dept. of Biol., Univ. of Pittsburgh, PITTSBURGH, PA 15213, U.S.A.
SPENCER, R. P.; M.D., Ph.D., Prof. - Dept. of Radiol., Yale Univ., 333 Cedar St., NEW HAVEN,
CT 06504, U.S.A.
SPERRY, R.W.; Ph.D. - Div. of Biol., Calif. Inst, of Technol., PASADENA, Calif. 91109, U.S.A.
ISDB
81
SPIEGEL, Mrs. 1 . SCI 1 II R; Ph.D. Dept. of Biol. Sci., Dartmouth Coll., HANOVER, N.H. 03755,
I S A.
a Frotcm changes in development. Lytechinus pictus, Strongyloccntrotus purpuratus (Echinoidea),
Kan. i pipiens, R. catesbeiana (Anura) (with M. SPIEGEL)
b Role o! enzyme induction in development. Rana pipiens, R. catesbeiana (Anura) (with
M. SP1EG1 I I
c Biochemistry ^( metamorphosis. Same species as b (with M. SPIEGEL)
J infrastructure of metamorphosis. Same species as b (with M. SPIEGEL)
e Cell adhesion. Arbacia pnnctulata, Lytechinus pictus (Echinoidea) (with M. SPIEGEL)
si'll GE1 M • Ph.D., Prof. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755, U.S.A.
ISDB
a Protein changes in development. Arbacia punctulata, Lytechinus pictus, Strongylocentrotus
purpuratus (Echinoidea), Rana pipiens, R. catesbeiana (Anura) (with E. S. SPIEGEL)
b Role of enzyme induction in development. Rana pipiens, R. catesbeiana (Anura) (with E. S.
SPIEG1 I •
c Ultrastructure of metamorphosis. Same species as b (with E. S. SPIEGEL)
d Biochemistry of metamorphosis. Same species as b (with E. S. SPIEGEL)
e Cell adhesion. Arbacia punctulata, Lytechinus pictus (Echinoidea) (with E. S. SPIEGEL)
SPIEGELMAN, Mrs. M.; Ph.D. - Dept. of Anat., Med. Coll., Cornell Univ., 1300 York Ave., NEW
YORK, NY 10021, U.S.A.
a Fine structure of normal and mutant embryos. Mus museums (Rodentia)
b Differentiation of primordial germ cells. Same species as a
SPIKER, S.; Ph.D. - Biol. Dept., American Univ. of Beirut, BEIRUT, Lebanon
a Comparison of chromosomal proteins from haploid and diploid cells. (Filicinae), Nicotiana
tabacum (Solanaceae)
SPIRA, A. W.; Ph.D. - Div. of Morphol. Sci., Health Sci. Centre, Univ. of Calgary, CALGARY, Alta.
T2N 1N4, Canada
a Histogenesis in the developing eye and heart (ultrastructure, histochemistry). (Mammalia)
SP1ROFF, B. E. N.; Ph.D. - Dept. of Biol., Loyola Univ., 6525 N. Sheridan Rd., CHICAGO, 111.
60626, U.S.A.
a Effects of thalidomide on development. (Aves)
b Function and structure of the epiphysis. (Aves)
c Lymphocytes and epiphysis. (Aves)
SP1TZER, N. C; Ph.D. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA JOLLA,
Calif. 92037, U.S.A.
a Onset of electrogenesis in primary sensory neurons (Rohon-Beard cells) of tadpoles (N & F stages
24/5-49,50, recording and ultrastructure). Xenopus laevis (Anura)
b Cell death in development: the electrical excitability of Rohon-Beard neurons prior to their
regression at stage 50; hormonal dependence of physiological and anatomical changes beginning
at stage 50. Same species as a
SPRATT, N. T.; Jr.; Ph.D., Prof. - Dept. of Zool., Coll. of Biol. Sci., Univ. of Minnesota, MINNEAPO-
LIS, MN 55455, U.S.A. ISDB
SPYKER, J. M.; Ph.D. - Dept. of Anat., Univ. of Virginia, Jordan Med. Bldg., 1300 Jefferson Park
Ave., CHARLOTTESVILLE, Va. 22901, U.S.A.
a Subtle and delayed effects of exposure to low-level chemicals during development. Callithrix
jacchus (Primates), (Rodentia)
b Brain development and behavior under normal and abnormal conditions. (Mammalia)
SRIVASTAVA, A. K.; Ph.D. - Zool. Dept., Fac. of Sci., Univ. of Gorakhpur, GORAKHPUR 273001,
India
a Effects of stress on development. Rana tigrina (Anura)
STAAL, G. B.; Dr.,Ir. - Zoecon Corp., 975 California Ave., PALO ALTO, Calif. 94304, U.S.A.
a Influence of insect hormones and synthetic analogs on metamorphosis, reproduction, and
embryogenesis. (Orthoptera; Homoptera; Coleoptera; Lepidoptera; Diptera)
STAPLES, R. E.; Ph.D. - Natl. Inst, for Environm. Health Sci., N.I.H., P.O. Box 12233, RESEARCH
TRIANGLE PARK, N.C. 27709, U.S.A.
a Zygote development (physiological, biochemical). Oryctolagus cuniculus (Lagomorpha). Rattus
norvegicus, Mus musculus (Rodentia)
b Development of methods for screening of teratogenic factors. (DMSO, 1-DOPA, microwave, CO,
alcohol, pentobarbital, dichlorvos, tenuazonic acid, thalidomide). Oryctolagus cuniculus (Lago-
morpha), Rattus norvegicus, Mus musculus, Mesocricetus auratus (Rodentia)
c Effects of combinations of factors (e.g. drug and stress) on development, from gamete to adult
(morphology, biochemistry, behaviour). (Mammalia)
STAY, Miss B.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Iowa, lOWA-City, la. 52242, U.S.A.
a Secretion of the brood sac and structure and physiology of the pleuropodia in relation to the
nutrition of the viviparous embryo, compared to a non-viviparous species. Diploptera punctata,
Pycnoscelus surinamensis (Blattariae, Dictyoptera)
b The composition and control of brood sac secretion in a viviparous form. Diploptera punctata
(Blattariae, Dictyoptera)
STEARNER, S. P.; Ph.D. - Div. of Biol, and Med. Res., Argonne Natl. Lab., 9700 South Cass Ave.,
ARGONNE, 111. 60439, U.S.A.
a Radiation effects on developing circulatory system. (Aves)
b Development of microvascular damage: comparative effects of fission neutrons and 60Co 7-rays.
(Aves)
STEFFEK, A. J.; D.D.S., Ph.D. - Dept. of Anat., Univ. of Chicago, 1025 East 57th St., CHICAGO,
111. 60637, U.S.A.
82
also: Am. Dent. Assoc, 211 E. Chicago Ave., CHICAGO, 111. 60611, U.S.A.
a Normal oral-facial development: formation of the primary and secondary palate. Mustela puto-
rius furo, Macaca mulatta and other Mammalia
b Mechanisms involved and comparative pathogenesis of the lesions in experimentally-induced cleft
lip and cleft palate. Same species as a
c Correlation of drug metabolism, distribution, and localization with congenital malformations.
Same species as a
STEFFENSEN.D.M.; Ph.D., Prof. - Dept. of Bot., Univ. of Illinois, URBANA, IL 61801, U.S.A.
STEIN, Miss K. F.; Ph.D., Prof. (Emer.) - Dept. of Biol. Sci., Clapp Lab., Mount Holyoke Coll.,
SOUTH HADLEY, Mass. 01075, U.S.A.
a The culture in vitro of mutant embryos, e.g. Lp/Lp; tracer studies. (Rodentia)
b Development and genetics of a circling mutation. Mus musculus (Rodentia)
c Genetics and development of a mutation - similar to or identical with lg/lg - causing blindness
with eyes open at birth. Same species as b
d Ultrastructure of spinal tissue of Lp/Lp embryos at time of neural tube closure. Same species as b
STEINBERG, M. S.: Ph.D., Prof. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, U.S.A.
ISDB
STEINHARDT, R. A.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Calif., BERKELEY, Calif.
94720, U.S.A.
a Ionic controls of metabolism in fertilization. Lytechinus pictus, Strongylocentrotus purpuratus
(Echinoidea)
b Differentiation of visual units. Rana pipiens (Anura)
STERN, C; Ph.D., Prof. (Emer.) - Dept. of Zool., Univ. of Calif., BERKELEY, Calif. 94720, U.S.A.
a Developmental genetics of pattern formation. Drosophila melanogaster (Diptera)
b Variations of mitotic recombination. Same species as a
STERN, H.; Ph.D., Prof. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA JOLLA,
Calif. 92037, U.S.A. ISDB
a Regulation of DNA synthesis during meiotic development. Trillium erectum, Lilium longiflorum,
Tulipa gesneriana, Vicia faba, (Angiospermae)
b Developmental genetics
STERN, I. B.; D.D.S., Prof. - Dept. of Oral Biol., Sch. of Dent., Univ. of Washington, SEATLLE, WA
98105, U.S.A.
STERN, K.; M.D., Prof. - Dept. of Life Sci., Bar-Ilan Univ., RAMAT-GAN, Israel,
a Relationship of reticulo-endothelial function to growth processes, as exemplified by liver regener-
ation after partial hepatectomy. Rattus spec, Mus musculus (Rodentia)
b Effect on organ growth of administration of isogeneic subcellular tissue fractions to weanlings of
inbred strains. Mus musculus (Rodentia)
STERN, R.; M.D. - Lab. of Biochem., Natl. Inst, of Dent. Res., Natl. Inst, of Health, BETHESDA,
Md. 20014, U.S.A.
a Synthesis of collagen in the developing embryo; isolation of mRNA for collagen; characterization
of mRNA and control of translation of collagen by tRNA; isolation of prolyl and glycyl tRNA
preceding and during collagen formation and from non-collagenous tissue. Gallus domesticus
(Aves)
b Proline metabolism in the developing embryo; synthesis of hydroxyproline and control of
biosynthetic pathway for proline; temporal relationship to collagen synthesis and deposition.
Same species as a
STERN, S.; Ph.D. - Lab. of Human Reprod., Harvard Med. Sch., 45 Shattuck St., BOSTON, MA
02115, U.S.A. ISDB
STETLER, D. A.; Ph.D. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755, U.S.A.
STEVENS, L. C; Ph.D. - The Jackson Lab., BAR HARBOR, Me. 04609, U.S.A. ISDB
a Histogenesis of testicular teratoma (strain 129). Mus musculus (Rodentia)
b Developmental genetics. Same species as a
c The development of teratomas from parthenogenetically activated ovarian eggs. Same species as a
d Parthenogenesis. Same species as a
STEVENSON, J. ROSS; Ph.D., Prof. - Dept. of Biol. Sci., Kent State Univ., KENT, Ohio 44242,
U.S.A.
a Study of control of epidermal chitin biosynthesis for the developing cuticle by chemical assays
and radiotracers. Orconectes sanborni, O. obscurus (Decapoda, Crustacea)
STEWART, J. A.; Ph.D. - Biochem. Dept., Univ. of New Hampshire, DURHAM, NH 03824, U.S.A.
STILES, Miss Sh.S.; M.Sc - Biol. Lab., Natl. Marine Fish. Serv., Middle Atlantic Coastal Fish. Ctr.,
212 Rogers Ave., MILFORD, Conn. 06460, U.S.A.
a Mutagenic effects of marine pollutants on fertilized, meiotic, and cleaving eggs, and on larvae and
gonads (gametogenesis). Mulinia lateralis, Crassostrea virginica, Mercenaria mercenaria, Mytilus
edulis (Lamellibranchia)
b Cytogenetic studies of irradiation effects on parthenogenetic eggs and cleavage stages 'fertilized'
with genetically damaged sperm (also use of colchicine etc. for chromosome doubling). Cras-
sostrea virginica (Lamellibranchia)
STOCK, A.; Ph.D., Prof. - Dept. of Zool., Sch. of Biol. Sci., Univ. of New England, ARMIDALE,
N.S.W. 2351, Australia
a Effect of wounding with and without treatment with hormones inducing moult and regeneration.
Blattella germanica (Blattariae) (with A. F. O'FARRELL)
STOCKDALE, F. E.; M.D., Ph.D. - Dept. of Med., School of Med., Stanford Univ., Room S-025,
STANFORD, Calif. 94305, U.S.A. ISDB
a Mechanisms of skeletal muscle differentiation, with special reference to DNA synthesis and cell
division. Gallus domesticus (Aves)
83
b Mechanisms of hormone-dependeni differentiation in mammary gland tissue in vitro, with special
reference to DNA synthesis and cell division. Mus museums (Rodentia)
STCXTM D 1 ; Ph.D. Provis. Dept. of Genet, and Dcvelopm., Univ. of Illinois, 515 Morrill Hall.
I KB AN A.' II 61801, U.S.A.
a Morphogenesis during regeneration. Ambystoma maculatum, Tnturus vindescens (Urodela)
b Control of ribonucleic acid and protein synthesis by tissue interactions during regeneration. Same
species as a
c Cell recognition and adhesion during embryology. Callus domcsticus (Aves)
SI o\ I I S.; I'll 1). D.Sc, Prof. (Emer.) - Dept. of Comp. Anat., Yale Univ., 333 Cedar St., NEW
II WIN, Conn. 06510, U.S.A. ISDB
STOUT. V. M.; Ph.D. Dept. of Zool., Univ. of Canterbury, Private B.,g, CHRISTCHURCH, New
Zealand _ , . ,_, .
a Descriptive embryology. Lepidurus apus (Notostraca. Crustacea), Daphnia magna (Cladocera,
STOW! B. B.; Ph.D., Prof. - Dept. of Biol., 946A Kline Biol. Tower, Yale Univ., NEW HAVEN,
Conn. 06520, U.S.A.
a Relationship between physiologically active lipids and membrane structure: modulation oi
growth, respiration and hormone synthesis by regulatory membranes. Pisum sativum (Papilio-
naceae), Ficus carica (Artocarpaceae)
b Synthetic pathways of indole hormones and goitrogens: microanalysis, metabolism, and regula-
tion. Isatis tinctoria (Cruciferae), Polygonum tinctorium (Polygonaceae), Tephrosia spec.
i Leguminosae)
STRATFORD (MILLER), Mrs. B. F.; Ph.D. - School of Anat., Univ. of Melbourne, PARK-
VILLE 3052, Vict., Australia
a Developmental anatomy and pathology of the placenta. Homo sapiens (Primates)
STULL G B.; V.M.D. - Lab. of Reprod. Physiol., Dept. of Anim. Biol., Sch. of Vet. Med., Univ. of
Pennsylvania, 530 Lippincott Bldg., 25th & Locust Sts., PHILADELPHIA, Pa. 19103, U.S.A.
a Characterization of RNA contained in oocytes and early embryos. Mus musculus (Rodentia)
SUBTELNY, S.; Ph.D., Prof. - Dept. of Biol., Rice Univ., HOUSTON, TX 77001, U.S.A. ISDB
SUBURO, Miss A. M.; M.D. - Inst, de Biol. Celular, Fac. de Med., Paraguay 2155, BUENOS AIRES, ,
Argentina
a Electron microscopy studies of neural differentiation in vivo and in vitro. Gallus domesticus
(Aves)
b Neural cell separation by velocity sedimentation. Same species as a
SUCHESTON, Mrs. M. E.; Ph.D. Dept. of Anat., Ohio State Univ., 333 W. 10th Ave., COLUMBUS,
Ohio 43210, U.S.A.
a Morphology and histology of the male and female adrenal gland from implantation to sexual
maturity; histochemistry and electron microscopy of the cortical transient zone. Meriones
unguiculatus (Rodentia)
SUDARWATI, Miss S; Dr. - Dept. of Biol., Sect. Zool., Bandung Inst, of Technol., Jalan Ganesa 10,
BANDUNG, Indonesia
a The passage and distribution of maternally administered Au-198 in the foetus. Mus musculus
(Rodentia)
b The effect of cyclophosphamide on the embryo. Gallus domesticus (Aves)
SUGA, T.; BVS - Natl. Inst, of Anim. Industry, CHIBA-shi, 280 Japan
a Biochemistry of uterine secretion. Bos taurus, Capra hircus (Artiodactyla)
SUGIE, T.; Ph.D. - Natl. Inst, of Anim. Industry, CHIBA-shi, 280 Japan
a Transfer of fertilized eggs by non-surgical techniques. Bos taurus, Capra hircus (Artiodactyla)
SUGINO, H.; D.Sc, Prof. - Osaka Christian Coll., Maruyama-dori, Abeno-ku, OSAKA 545, Japan
a Effect of colchicine on regeneration. Dugesia japonica (Turbellaria) ISDB
SUGIYAMA, M.; D.Sc, Prof. - Sugiyama-Gakuen Univ., Tashirocho-Kameiri, Chikusa-ku, NAGOYA,
464 Japan ISDB
a Physiological studies on fertilization and artificial parthenogenesis. Hemicentrotus pulcherrimus,
Pseudocentrotus depressus (Echinoidea)
SULLIVAN, D. T.; Ph.D. - Dept. of Biol., Syracuse Univ., 130 College Place, SYRACUSE, N.Y.
13210, U.S.A.
a Biochemical and genetic control of enzyme appearance during differentiation. Drosophila mela-
nogaster (Diptera)
b Biochemistry of pigment synthesis. Same species as a
SULLIVAN, G. E.; Ph.D. - Dept. of Histol. and Embryol., Univ. of Sydney, SYDNEY, N.S.W. 2006,
Australia
a Teratogenic effects of cholincsterase inhibitors (insecticides, etc.). Gallus spec. (Aves)
SUMMERS, R. G.; Ph.D. - Dept. of Zool., Univ. of Maine, Murray Hall, ORONO, Me. 04473, U.S.A.
a Ultrastructure of fertilization and early development. (Invertebrata)
SUSSEX, I. M.; Ph.D., Assoc. Prof. - Dept. of Biol., Yale Univ., NEW HAVEN, CT 06520, U.S.A.
SUSSMAN, A. S.;Ph.D., Prof. - Dept. of Bot., Univ. of Michigan, ANN ARBOR, MI 48104, U.S.A.
SUSSMAN. M.; Prof. - Div. of Molec and Developm. Biol., Hebrew Univ., Migrash HaRussim,
JERUSALEM, Israel ISDB
a Genetic and developmental studies. Dictyostelium spec. (Acrasiales)
SUSSMAN, Mrs. R. B. ROTMAN; Ph.D. - Dept. of Molec. Biol., Hebrew Univ. - Hadassah Med. Sch.,
JERUSALEM, Israel
a Control of the cell growth and division cycle. (Protozoa)
SUTASURJA, Miss L. A.; M.Sc. Dept. of Biol., Sect. Zool., Bandung Inst, of Technol., Jalan
Ganesa 10, BANDUNG, Indonesia
84
a Induction of primordial germ cells: experimental morphology and autoradiography with 3H
thymidine in the blastula. Ambystoma mexicanum, Triturus alpestris, T. cristatus carnitex
(Urodela) „ ,
SUZUKI, Y.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A.
a Silk gland development and differentiation with special attention to the fibroin genes and gly-
and ala-tRNA gene transcription. Bombyx mori (Lepidoptera)
SWANEPOEL, J. H.;D.Sc. - Dept. of Zool., Rand Afrikaans Univ., P.O. Box 524, JOHANNESBURG,
S Africa
SWANSON, R. F.; Ph.D. - Dept. of Biol., Gilmer Hall, Univ. of Virginia, CHARLOTTESVILLE,
Va. 22903, u'.S.A.
a Control of mitochondrial protein synthesis during early embryonic development. Xenopus laevis
(Anura)
b Function of mitochondrial DNA in mitochondrial biogenesis. Same species as a
c Coordination of mitochondrial and cytoplasmic protein synthesis in mitochondrial biogenesis.
Same species as a
SWIFT H. H.; Ph.D., Prof. - Depts. of Biol, and Pathol., Univ. ot Chicago, 1101 L. 57th St.,
CHICAGO, IL 60637, U.S.A.
a Cellular aspects of protein synthesis and differentiation
SZULMAN, A. E.; Dr. - Dept. of Pathol., Magge Women's Hosp., PITTSBURGH, PA 15213, U.S.A.
ISDB
TACHIBANA, Miss T. - Dept. of Biol., Sch. of Dent. Med., Tsurumi Univ., No. 1-3, 2-chome,
Tsurumi,Tsurumi-ku, YOKOHAMA, Japan
a Ultrastructural study of the basal lamella during metamorphosis. (Anura)
TAGUCHI, S.; Ph.D., Prof. - Biol. Lab., Sch. of Med., Keio Univ., 655 Hiyoshi, Kohoku-ku,
YOKOHAMA, 223 Japan .
a Biochemical effects of radiation on the embryo. Oryzias latipes (Teleostei), Bufo vulgaris (Anura)
TAHARA, Y.; D.Sc. - Dept. of Biol., Osaka Kyoiku Univ., Tennoji-ku, OSAKA, 543 Japan
a Dynamic aspects of interaction between embryo and Myxovirus. (Aves)
TAKAG1, N.; D.Sc. - Chromosome Research Unit, Fac. of Sci., Hokkaido Univ., N 10, W 8,
SAPPORO, 060 Japan
a Chromosome studies in pre- and post-implantation embryos. Mus musculus, Cncetus auratus
(Rodentia)
b X chromosome differentiation. Mus musculus (Rodentia)
TAKAHASHI H.; D.Sc, Assoc. Prof. - Lab. of Fresh-water Fish Cult., Dept. of Biol., Hokkaido
Univ., 3-1-1 Minatocho, HAKODATE, 040 Japan ISDB
a Experimental studies of gonadogenesis and sex differentiation. Poeciha spec, Tilapia spec,
Oncorhynchus spec. (Teleostei)
b Extragonadal influences of sex steroids in juveniles in relation to subsequent gonad maturation.
Oryzias spec, Carassius spec. (Teleostei)
TAKANO, K.; M.D., D.M.S. - Dept. of Drug Safety Evaluat., Takeda Chemical Ind. Ltd., 6-3-6
Himuro-c'ho, Takatsuki, OSAKA, 569 Japan
a Strain differences in development: comparison between normal embryos and those transferred to
the uterus of the same or a different strain. Mus musculus (Rodentia)
b Cleft palate induction by a glucocorticoid with application of the egg transfer technique. Same
species as a ... .
TAKASAKI, Mrs. H. - Dept. of Biol., Osaka Kyoiku Univ., Tennoji-ku, OSAKA, 543 Japan
a Causality in epigenetic formation of organizer. (Amphibia)
b Cytodifferentiation during cleavage. (Amphibia)
c Nucleo-cytoplasmic interaction during early development. (Amphibia)
d Cell interactions in relation to cytodifferentiation. (Amphibia)
TAKATA K.; D.Sc. - Biol. Inst., Fac. of Sci., Nagoya Univ., Chikusa-ku, NAGOYA, 464 Japan ISDB
TAKAYA, H.; D.Sc, Prof. - Dept. of Biol., Konan Univ., Okamoto, Motoyama-cho, Higahinada-ku,
KOBE, Japan ' ., t TT . _ , , , }fD,B
TAKEDA, H.; M.D., Dr.Med.Sci., Prof. - Dept. of Anat., Div. I, Kobe Univ. School of Med.,
Kusu'noki'-cho, Ikuta, KOBE, 650 Japan
a Phylogenetic and ontogenetic studies on the cerebellum and inferior olive. (Pisces; Amphibia;
Reptilia; Aves; Mammalia) .
TAKEICHI, M.; Ph.D. - Lab. of Cell Sci., Inst, of Biophys. and Molec Biol., Univ. of Kyoto,
Kitash'irakawa, Sakyo-ku, KYOTO, 606 Japan
a Mechanisms of cell adhesion. Gallus gallus (Aves)
b Stability in the differentiation of cells from eye tissues in clonal cell culture. Gallus gallus (Aves),
Mus bactrianus (Rodentia) (with T. S. OKADA and G. EGUCHI) ,_..„._.
c Factors affecting cell aggregation and cell contact. Same species as a (with T. S. OKADA ana
K. YASUDA) n , n , ,
TAKEUCHI H ; D.Sc. - Biol. Lab., Osaka Dent. Coll., Saka, HIRAKATA, Osaka Pref., Japan
TAKEUCHI, I.; M.Sc - Dept. of Embryol., Inst, of Developm. Res., Aichi Pref. Colony, Kamiy-acho,
KASUGAI, Aichi 480-03, Japan
a Teratogenesis of the nervous system. Rattus norvegicus (Rodentia)
b Electron microscopy of the embryogenesis of the nervous system. Same species as a
TAKEUCHI, S.; D.Sc. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Mechanisms of epithelial migration during wound healing in the embryo. Gallus domesticus
(Aves)
85
1 \klTA S.; M.D., Prof. (Emer.) 1st Dcpt. of Surg., School of Med., Tokushima Univ., Kuramoto-
cho." IOKI MIIMA, 770 Japan
a Functional development of the alimentary and biliary tracts in the earlier stages oi the fetus.
Homo sapiens (Primates)
b Development of the nerve-plexus of fetal intestine and gall-bladder (electron microscopy). Same
TAK1TA, T.; M.Agr. Dept. of Aquat. Biol., Fac. of Fish., Nagasaki Univ., 1-14 Bunkyo-machi,
NAGASAKI, 852 Japan „.„„ .
TAMANOI, 1.; Ph.D. Biol. Lab., Chiba Univ., Yayoi-cho 1 33, CHIBA, 280 Japan
B Radiation effects on haematopoietic organs (immunochemistry). Mus musculus (Rodentia)
TAMARIN A.; M.S.D., Assoc. Prof. - Dept. of Oral Biol., Sch. of Dent., Univ. of Washington,
SEATTLE, WA 98105, U.S.A. ««.»«. e^.
TANABE, K.; B.Sc. Dept. of Med. Zool., Osaka City Univ., Asahi-machi, Abeno-ku, OSAKA, 545
TMiAKA, K.; M.A. - Inst, of Zool., Tokyo Kyoiku Univ., Otsuka 3-29-1, Bunkyo-ku, TOKYO,
Japan
a Recognition of specificity in compound forms. Botryllus primigenus, Botrylloides violaceum
(Ascidiacea) (with H. WATANABE, Shimoda)
TANAKA, O.; M.D. - Dept. of Anat., Kyoto Univ., Konoe-cho, Yoshida, Sakyo-ku, KYOTO, 606
Japan. .
a Epidemiology of skeletal anomalies in embryos and foetuses. Homo sapiens (Primates)
b Histochemistry of embryo and fetus. Same species as a
c Autopsy of external malformations in foetuses. Same species as a
TANDAN, B. K.; Ph.D. - Dept. of Zool., Univ. of Lucknow, LUCKNOW, India
a Developmental changes in the thorax. (Orthoptera)
TANIMURA, T.; M.D., Assoc. Prof. - Dept. of Anat., Kyoto Univ., Konoe-cho, Yoshida, Sakyo-ku,
KYOTO, 606 Japan,
a Epidemiology and pathogenesis of malformations in embryos. Homo sapiens (Primates)
b Teratogenicity test of chemicals. Mus musculus, Rattus norvegicus (Rodentia), Macaca mulatta,
M. fascicularis (Primates)
TARTAR, V.; Ph.D., Prof. - Dept. of Zool., Univ. of Washington Field Lab., R.l Box 250,
NAHCOTTA, Wash. 98637, U.S.A.
a Production of decorticated cells by micrurgical or chemical methods. Stentor coeruleus (Ciliata)
b Cytokinesis studied by micrurgy. Same species as a
c Effects of single heat shocks. Same species as a
d Mouthparts induction in the oral primordium. Same species as a
e Bleaching and pigment regeneration. Same species as a
f Size inheritance and regulation of number of body kinetics. Same species as a
TASSAVA, R. A.; Ph.D. - Dept. of Zool., Coll. of Biol. Sci., Ohio State Univ., 1735 Neil Ave.,
COLUMBUS, Ohio 43210, U.S.A.
a Role of hormones, nerves, and RNA synthesis in limb regeneration. Notophthalmus viridescens
(Urodela)
b Thyroid hormones and development. Same species as a
c The initiation of DNA synthesis and mitosis in regenerating limbs. Ambystoma mexicanum
(Urodela)
TAUTVYDAS, K. J.; Ph.D. - Dept. of Biol., Marquette Univ., 530 N. 15th St., MILWAUKEE,
WI 53233, U.S.A.
a Molecular basis for the attainment of asexual reproductive capacity. Eudorina californica, E.
illinoisensis, E. elegans (Volvocales, Chlorophyceae)
b Mechanism of action of auxins in the regulation of development. (Spermatophyta)
TAYLOR, A. C; Ph.D., Prof, (emer.) - Dept. of Anat., Univ. of Texas Dental Branch, P.O.
Box 20068, HOUSTON, Tex. 77025, U.S.A. ISDB
TAYLOR, G. T.; Ph.D. - Dept. of Physiol., Southern Illinois Univ., Life Sciences II, CARBONDALE,
111. 62901, U.S.A.
a Polar lobe formation and early development: cytochemical and fine structural analysis of
cytodifferentiation. Ilyanassa obsoleta (Gastropoda)
b Early development through gastrulation: fine structural analysis of cytodifferentiation. Cras-
sostrea virginica (Lamellibranchiata), Chaetopterus variopedatus (Polychaeta)
TAYLOR, J.D.; Dr. - Dept. of Biol, and Dept. of Comp. Med., Wayne State Univ., DETROIT,
MI 48202, U.S.A. ISDB
TAYLOR, P. J.; D.Obst. - Div. of Obstet. and Gynecol., Health Sci. Centre, Univ. of Galgary,
CALGARY, Alta. T2N 1N4, Canada
a The effect of N-156-BIS on the secretion of pulmonary surfactant in the fetus. Ovis aries
(Artiodactyla)
TEICHMAN, R. J.; Ph.D. - Dept. of Anat., Univ. of Hawaii, 1960 East-West Rd., HONOLULU,
HI 96822, U.S.A.
TEITELMAN de PINCZUK, Mrs. G. N.; Ph.D. - Inst, de Biol. Celular, Fac. de Med., Paraguay 2155,
BUENOS AIRES, Argentina
a Biochemical differentiation of nervous tissue in vitro and in vivo, especially synthesis of
neurotransmitters. Gallus domesticus (Aves)
TEMIN, H. M.; Ph.D., Prof. - McArdle Lab. for Cancer Res., Univ. of Wisconsin, 450 N. Randall
Ave., MADISON, Wis. 53706, U.S.A.
a The role of RNA-diiected DNA polymerase activity in embryonic development; the origin of
86
viruses, and the formation of genes for neoplastic transformation. Gallus domesticus and other
spp. (Aves) . -
b The role of a purified polypeptide related to somatomedin from human serum in the control ot
cell multiplication in normal and neoplastic cells. Gallus spec. (Aves), Rattus spec. (Rodentia)
TEN CATE, A. R.; Ph.D., Prof. - Div. of Biol. Sci., Fac. of Dent., Univ. of Toronto, 123 Edward St.,
TORONTO, Ont. M5G 1G6
a Development of the supporting structures of teeth (electron microscopy and electron histo-
chemistry). Homo sapiens (Primates)
b Fibroblast function in connective tissue remodelling associated with both development and
function. Same species as a „,,«,,»
TERASHIMA, Y.; M.D. - Dept. of Embryol., Inst, of Developm. Res., Aichi Pref. Colony, Kamiya-
cho, KASUGAI, Aichi 480-03, Japan
a Biochemistry of bone and cartilage growth and differentiation in vivo and in vitro. Rattus spec.
(Rodentia)
b Teratogenesis of skeletal system. Same species as a ,-„,,« , , -, ,
TERAYAMA, H.; Ph.D., Prof. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Composition and biochemical activities of germ cell nuclei and early changes after fertilization.
Pseudocentrotus depressus (Echinoidea)
b Mechanism of homeostatic growth regulation in liver regeneration. Rattus norvegicus (Rodentia)
c Biochemical changes in cell surface structure of tumor cells in comparison with corresponding
normal cells. Same species as b
d Activation of DNA-synthetic key enzymes in unfertilized eggs upon homogenization and lertiliza-
tion. Pseudocentrotus depressus and other spp. (Echinoidea)
THOMMES, R. C; Ph.D., Prof. - Dept. of Biol. Sci., De Paul Univ., 1036 W. Belden Ave., CHICAGO,
111. 60614, U.S.A.
a Hormonal control of yolk sac membrane metabolism. Gallus domesticus (Aves)
b Endocrine function of embryonic pancreas. Same species as a
c Thyroid function in the embryo. Same species as a „„«„„„„„» „«,ijM
THOMPSON, R.P.; Ph.D., Prof. - Dept. of Biol. Sci., State Univ. Coll., BROCKPORT, NY 14420,
U.S.A. '
a Mesodermal induction. (Amphibia)
b Protein synthesis in the early embryo. (Amphibia) , ,„«,.*
THOMPSON R S ; Ph.D. - Div. of Exp. Pathol., Dept. of Obstet. and Gynecol., Univ. of S. Califor-
nia, Livingston Res. Center, 1321 Mission Rd., LOS ANGELES, Calif. 90033, U.S.A.
a Fertilization in vitro and in vivo. (Mammalia)
b Short- and long-term preservation of living embryos (two-cell to blastocyst stage) and ova
through cooling and/or freezing (utilizing cryoprotective agents). Mus musculus (Rodentia), Ovis
aries, Bos taurus (Artiodactyla)
c Preliminary studies on embryo transfer (8-cell to blastocyst stage) to improve superovulatory
response and recipient synchronization. Same species as a
THOMSON, Mrs. D. V.; B.Sc. - Dept. of Reprod. Physiol., Anim. Res. Inst, OTTAWA, Ont. K1A
0C6, Canada
a Endocrinology of the developing embryo. Gallus gallus (Aves) riOT t <VIf,IXI. ...
THORNTON, C. S. f Ph.D., Prof. - Dept. of Zool., Michigan State Univ., EAST LANSING, MI
48823 USA ISDB
THURMOND, W.; Ph.D., Prof. - Biol. Sci. Dept., Calif. Polytechnic State Univ., SAN LUIS OBISPO,
Calif. 93401, U.S.A.
a Development of hypothalamic and pituitary control of the adrenal cortex; (extirpation, trans-
plantation and histochemistry). Ambystoma tigrinum (Urodela), Xenopus laevis, Hyla regilla,
Bufo boreas (Anura) . „...„, .WA ....
TIBA, T.; D.V.M., Assoc. Prof. - Monkey Care Lab., Prim. Res. Inst., Kyoto Univ., INUYAMA, Aichi,
484 Japan
a Kinetics of spermatogenesis. (Primates) A~nnr n, A
TOBIN C. E.; Ph.D., Prof. - Dept. of Human Biol., Univ. of Colorado Dent. Sch., 4200 E. 9th Ave.,
DENVER, CO 80220, U.S.A. . tt . ^
TODER, V.; M.D. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr., Tel-Aviv Univ., TEL-AVIV,
a In vitro studies on cytotoxicity of sensitized lymphocytes in delayed hypersensitivity to
spermatozoal antigens. Cavia porcellus (Rodentia), Homo sapiens (Primates) (with L. A. NEB EL)
TOERIEN, M. J.; Ph.D., D.Sc, Prof. - Dept. of Anat., Univ. of the O.F.S., P.O. Box 339, BLOEM-
FONTEIN 9300, S. Africa ISDB
a Morphological and experimental studies on cranial morphogenesis (by means of extirpation,
heteroplastic and orthotopic transplants, the contributions and interrelationship of the visceral,
axial, and capsular skeleton are studied). Ambystoma spec, Triturus spec. (Urodela), Xenopus
spec. (Anura), Chelydra serpentina (Chelonia), Anas boschas, Spheniscus demersus, Gallus
domesticus (Aves), Oryctolagus cuniculus (Lagomorpha)
b Microsurgical induction of malformations of the central nervous system, sense organs, and skull.
Gallus domesticus (Aves) ™,«««„
TOIT, C. A. du; Ph.D., Prof. - Zool. Inst., Fac. of Sci., Univ. of Stellenbosch, STELLENBOSCH,
S Africa ISDB
TOKUNAGA, Miss C; Sc.D. - Dept. of Zool., Univ. of Calif., BERKELEY, Calif. 94720, U.S.A.
a Developmental genetics of pattern formation. Drosophila melanogaster (Diptera)
b Variations of mitotic recombination during development. Same species as a
8
I OKI YASU, K.. Ph. I).: Dept of Biol., Univ. of California, San Diego, P.O. Box 109, LA JOLLA, Calif.
92037, U.S.A.
.1 Spermatogenesis in relation to genetics. Drosophila melanogaster (Diptera)
TOMPKINS. R.:Ph.D. Dept. of Biol., Princeton Univ., PRINCETON. NJ 08540, U.S.A.
TOTO P. 1).: D.D.S., Prof. - Dept. of Oral Pathol., Sen. of Dent., Loyola Univ., 2160 South First
Uc MAYWOOD, 111. 60153, U.S.A.
a Age changes in dental tissues, oral mucosa and salivary glands. Rattus norvegicus (Rodentia),
Homo sapiens (Primates)
rOl RIAN A. Y.; M.D., Assoc. Prof. - Dept. of Med., Div. of Neurol., Duke Univ. Med. Center,
Dl RHAM, NC 27710, U.S.A.
a Differentiation, hormonal induction and immunology of phenylalanine hydroxylase in a minimal
deviation hepatoma cell culture. (Mammalia)
TOWERS B ; M.B., Ch.B. Dept. of Paediat. & Anat., Center for Health Sci., Univ. of Calif., LOS
ANGKLES, Calif. 90024, U.S.A.
a Development of fetal lung and changes at birth (experimental). Rattus rattus (Rodentia), Ovis
aries (Artiodactyla)
b Structure and functions of fetal larynx (experimental). Same species as a
TRASLER, Mrs. D. G.; Ph.D. Dept. of Biol., McGill Univ., MONTREAL H3C 3G1, Que., Canada
a Mode of inheritance of, and elements of face shape that predispose an embryo to cleft lip. Mus
musculus (Rodentia)
TRAURIG, H. H.;Dr., Assoc. Prof. - Dept. of Anat., Univ. of Kentucky, Rose St., LEXINGTON, Ky.
40506, U.S.A.
a Uptake of 3H-labeled testosterone by brain, muscle, thymus, liver, and reproductive organs of
male and female neonate and adult animals. Rattus rattus (Rodentia) (with J. N. SCOTT)
b Postnatal development of activities of several lysosomal acid hydrolases in the neonatal and adult
lung. Same species as a
TRILSTAD R. L.; M.D. - Developm. Biol. Lab.. Massachusetts Gen. Hosp., BOSTON, Mass. 02114,
U.S.A. ISDB
a Development of the fibrous architecture of the orthogonal collagen lamellae in the corneal
stroma. Gallus domesticus (Aves)
b Characterization of the molecular species of collagen in developing connective tissues. Same
species as a
c Synthesis and degradation of hyaluronic acid in the developing cornea. Same species as a
d Collagen fibrillogenesis in vivo and in vitro using collagen types I, H, III and IV. Same species as a
TRINKAUS, J. P.; Ph.D., Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, Conn.
06520, U.S.A. ISDB
a Mechanism of normal morphogenetic cell movements (especially epiboly), of invasive movements
of cancer cells, and of contact inhibition of cell movement. Gallus domesticus (Aves), Fundulus
heteroclitus (Teleostei), normal and transformed cell lines (Mammalia)
b The nature of cell adhesions and the mechanism of tissue cell locomotion, both in vitro and in
vivo. Same species as a
c The role of microtubules and contractile microfilaments in cell form changes and in locomotion.
Same species as a
d Structure and chemistry of the cell surface, as related to adhesiveness and locomotion. Same
species as a
TRIONE, E. J.; Dr., Assoc. Prof. - Dept. of Bot. and Plant Pathol., Oregon State Univ., CORVALLIS,
OR 97331, U.S.A.
TRIPATHI, C. P. M.; M.Sc. - Dept. of Zool., Univ. of Gorakhpur, GORAKHPUR 273001, India
a The effects of chemosterilants on developmental stages. Sarcophaga ruficornis (Diptera) (with
H. S. CHAUDHRY)
TRIPLETT, E. L.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Univ. of California, SANTA BARBARA,
CA 93106, U.S.A.
TSAFRIRI, A.; Ph.D. Dept. of Biodynamics, Weizmann Inst, of Sci., P.O.B. 26, REHOVOT, Israel
temporarily: Dept. of Physiol., Univ. of Maryland, 660 Redwood St., BALTIMORE, Md. 21201,
U.S.A.
a Control of oocyte maturation. Sus scrofa domesticus (Artiodactyla), Macaca mulatta (Primates)
TSUKAHARA, J.; D.Sc. - Marine Biol. Station, Nagoya Univ., Sugashima, TOBA, Mie-ken, 517 Japan
a Electron microscopy and biochemistry of oogenesis. Hemicentrotus pulcherrimus, Mespilia
globulus (Echinoidea)
TUCKER, G. S.; Ph.D. - Dept. of Ophthalmol., Coll. of Phys. and Surg., Columbia Univ., 630 W.
168th St., NEW YORK, NY 10032, U.S.A.
a Developmental staging of the gonangium; inductive interactions between somatic cells and
immature gametes in gonangiogenesis (ligation, excision, and nutrition experiments). Campanu-
laria flexuosa (Hydrozoa)
b Oogenesis and vitellogenesis: 1. contribution of yolk by somatic cells; 2. oocyte maturation;
3. staging (light and electron microscopy, histochemistry). Same species as a
c Quantitative and qualitative electron microscopy of synapse formation in the inner plexiform
layer of larvae reared in the light and dark. Xenopus laevis (Anura)
d Neuromuscular junction formation in embryonic forelimb (light and electron microscopy).
Didelphys virginiana (Marsupialia)
TUNG,T. C.;Dr., Prof. - Inst, of Zool., Acad. Sinica, PEKING, Haitien, People's Rep. of China ISDB
TUPPE R, J. T.; Ph.D., Assoc. Prof. - Dept. of Biol., Syracuse Univ., College Place 130, SYRACUSE,
N.Y. 13210, U.S.A.
a The role of intercellular communication and membrane permeability in early embryonic differ-
entiation
TWEEDELL, K. S.; Ph.D., Prof. - Dept. of Biol., Univ. of Notre Dame, NOTRE DAME, Ind. 46556,
U.S.A. ISDB
a Oocyte development and incorporation of radioactive precursors. Pectinaria gouldii (Polychaeta)
b Cell source and movement during hydranth regeneration. Tubularia crocea (Hydrozoa)
c Renal tumor induction by subcellular fractions in embryonic and larval stages. Rana pipiens
(Anura)
d Tissue and organ culture of embryonic and neoplastic cells. Same species as c
TWEEDLE, Ch. D.; Ph.D. - Depts. of Biomech. and Zool., Coll. of Nat. Sci., Mich. State Univ., EAST
LANSING, Mich. 48824, U.S.A.
a Formation of neuromuscular junctions in developing muscle. Ambystoma maculatum (Urodela)
b Nerve effects on myogenesis and limb regeneration. Same species as a
c Collateral nerve sprouting in injured muscle. (Mammalia)
TYNDALE-BISCOE, C. H.; Ph.D. - Dept. of Zool., Austr. Natl. Univ., P.O. Box 4, CANBERRA,
A.C.T. 2600, Australia
a Early development including fine structure. Antechinus stuarti (Marsupialia)
b Fine structure of the blastocyst. Macropus eugenii (Marsupialia), Oryctolagus cuniculus (Lago-
morpha)
c Factors involved in resumption of development by blastocysts in diapause. Macropus eugenii
(Marsupialia)
UCHIDA, T. A.; Dr.Agr., Prof. - Zool. Lab., Fac. of Agric, Kyushu Univ., FUKUOKA, Japan
a Reproduction and embryology. Pipistrellus abramus, Miniopterus schreibersi (Chiroptera)
b Electron microscopic analysis of fertilization. Same species as a
UEMURA, I. Embryol. Sect., Dept. of Biol., Tokyo Metropolitan Univ., 2-1-1 chome, Fukazawa-
machi, Setagaya-ku, TOKYO, 158 Japan,
a Electron microscopy of the development of primary mesenchyme cells. Hemicentrotus pulcherri-
mus (Echinoidea)
b Electron microscopy of calcification in the embryo. Arbacia punctulata (Echinoidea)
c Electron microscopy of cortical changes in early embryology. Same species as a
UMETANI, T.; M.D. - Dept. of Anat., Div. I, Kobe Univ., Kusunoki-cho, Ikuta-ku, KOBE, 650 Japan
a Phylogenetic and ontogenetic studies on the spinal cord and its fine structure. (Vertebrata)
UNSWORTH, B.R.; Ph.D. - Dept. of Biol., Marquette Univ., 530 N. 15th St., MILWAUKEE,
WI 53233, U.S.A.
a Specific RNA and protein synthesis during kidney tubulogenesis; control mechanisms acting in
early stages of secondary induction; characterization of a neural factor responsible for tubule
initiation. Mus musculus (Rodentia)
b In vitro differentiation of mammary carcinoma in response to certain embryonic tissues. Same
species as a
c Brain differentiation; correlation between tetrodotoxin binding and brain function; comparison
of development in two phyla. Gallus domesticus (Aves), Mus musculus (Rodentia)
UPHOLT, W. B.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Wash., 115 W. University Parkway,
BALTIMORE, Md. 21210, U.S.A.
a Regulation of synthesis of nuclear and mitochondrial nucleic acids during early development.
Rana pipiens, Xenopus laevis (Anura) (with I. B. DAWID)
b Properties of recombinant mitochondrial DNA in hybrid somatic cells. Mus musculus (Rodentia),
Homo sapiens_(Primates)
URANO, Mrs. S. OHASHI - Embryol. Sect., Dept. of Biol., Tokyo Metropolitan Univ., 2-1-1
chome, Fukazawa-machi, Setagaya-ku, TOKYO, 158 Japan
a Cell differentiation. (Echinoidea)
URBAN, P.; Ph.D. - Dept. of Biol. Sci., Union Coll., SCHENECTADY, NY 12308, U.S.A.
URIST, M. R.; M.D. - Bone Res. Lab., Univ. of Calif., 1000 Veteran Ave., Rm. A3-34, LOS
ANGELES, Calif. 90024, U.S.A.
a Bone morphogenesis: the physiology and biochemistry of bone matrix in health and disease; the
regulation of bone generation, growth and regeneration by a new enzyme system, BMP-BMPase.
(Mammalia)
b Calcification and ossification. (Mammalia)
UYSAL, M.;M.D. - Inst, of Histol. and Embryol., Med. Fac, Hacettepe Univ., ANKARA, Turkey
a Collagenogenesis in the umbilical cord. Homo sapiens (Primates)
VACQUIER, V. D.; Ph.D. - Zool. Dept., Univ. of Calif., DAVIS, Ca. 95616, U.S.A.
a The morphology and biochemistry of fertilization (beta-1, 3-glucanohydrolase and other
enzymes). (Echinoidea)
b Mechanisms involved in the physical interactions of blastomeres during cleavage. (Echinoidea)
VALDEZ TOLEDO, Mrs. C. L. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M. de
TUCUMAN, Argentina
a Anaerobiosis in oocytes. Bufo arenarum (Anura)
VANABLE, J. W., Jr.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Purdue Univ., W. LAFAYETTE, Ind.
47907, U.S.A.
a The possibility of selectivity in neuromuscular associations: extrinsic ocular muscles. Xenopus
laevis (Anura)
b Visual mutants as a tool to study eye development. Mus musculus (Rodentia)
VAN ALTEN, P. J.; Ph.D., Assoc. Prof. - Dept. of Anat., Coll. of Med., Univ. of Illinois, P.O.
Box 6998, CHICAGO, 111. 60680, U.S.A.
a Ontogeny of the immunological mechanism. Gallus domesticus (Aves)
89
b Development of lymphocyte competence to respond to mitogens in vitro. Gallus domesticus
(Aves). Rattus norvegicus (Rodentia) ... /r> j »• n
c Development of antigenic components in the brain. Mesocncetus auratus (Rodentia)
d Isotope studies of blood cell formation, especially lymphocytopoiesis. Same species as a
VAN DETH, J. II. M. C; M.D. - Dept. of Anat. and Histol., Univ. of Adelaide, ADELAIDE, S. Austr.
VAN STONE J M Ph D., Prof. - Dept. of Biol., Trinity Coll., HARTFORD, Conn. 06106, U.S.A.
a Influence of thyroxine upon the regenerative capacity of the tadpole hindlimb. Rana sylvatica
VANZULLI, Mrs. A.; M.D. - Sect, of Exp. Neurol., Inst, of Neurol., Hosp. de Clinicas, Piso 2,
MONTEVIDEO, Uruguay
VARMA H C ' Ph.D., Prof. - Dept. of Anat., G.S.V.M. Med. Coll., KANPUR 208002, India
a Histochemistry and cytochemistry of the decidua parietalis and capsulars. Homo sapiens
(Primates) J _ .
b Histochemical and cytochemical study of the oviduct, cervix and vagina. Rattus norvegicus
(Rodentia), Oryctolagus cuniculus (Lagomorpha) (with V. KATIRA)
c Effect of NaF on developing embryos. Gallus spec. (Aves) (with D. N. SINHA)
VARON S. S.; M.D., Assoc. Prof. - Dept. of Biol., Univ. of California, San Diego, P.O. Box 109, LA
JOLLA, Calif. 92037, U.S.A.
a In vitro differentiation of nerve tissue. Gallus domesticus (Aves) and others
b Growth- and differentiation-promoting agents from the submaxillary gland. Mus musculus (Ro-
VAUGHN, J. E.; Ph.D. - Div. of Neurosci., City of Hope Med. Center, 1500 E. Duarte Road,
DUARTE, Calif. 91010, U.S.A.
a Development of neuroglial cells in the central nervous system (electron microscopy and auto-
radiography). Rattus domesticus (Rodentia)
b Electron microscopy of spinal cord development. Rattus domesticus, Mus musculus (Rodentia)
VENEZIANO, P. P.; Ph.D., Assoc. Prof. - Dept. of Biol., Wilbur Wright Coll., 3400 N. Austin Ave.,
CHICAGO, 111. 60634, U.S.A.
a Effect of artificial sweetners on growth and development. Gallus domesticus (Aves)
b Effect of antipituitary sera on development. Same species as a
c Effect of low-intensity magnetic fields on the developing nervous system of 24, 36, and 48 hours
blastoderms. Same species as a
d Effect of low-intensity magnetic fields on heart beat. Same species as a
VENZKE W. G.; Ph.D., Prof. - Dept. of Vet. Anat., Coll. of Vet. Med., Ohio State Univ., 1900
Coffey Rd., COLUMBUS, Ohio 43210, U.S.A.
a Morphogenesis and physiology of ultimobranchial gland, pineal gland, and blood (Aves)
VERRUSIO, A. C; Ph.D. - Dept. of Anat., Div. of Biol. Sci., Univ. of Chicago, 1025 East 57th St.,
CHICAGO, 111. 60637, U.S.A.
also: Am. Dent. Assoc, 211 E. Chicago Ave., CHICAGO, 111. 60611, U.S.A.
a Cellular events during fusion of the palatal processes, especially the factor(s) causing epithelial
breakdown. (Mammaha)
b A cytoplasmic factor affecting cleft palate production; biochemistry of a strain difference, perhaps
due to a mitochondrial mutant. Mus musculus (Rodentia)
VIDIC, B.; S.D. - Dept. of Anat., Georgetown Univ., 3900 Reservoir Rd., N.W., WASHINGTON, D.C.
20007, U.S.A.
a Lipoprotein-lipase activity in pulmonary tissue during perinatal development (biochemical and
electron-microscopical identification of enzymes). Rattus spec. (Rodentia)
b Incorporation of isotopes (H-3 palmitate and C-14 leucine) during surfactant synthesis by type II
pneumocytes in the perinatal period (electron-microscopical autoradiography). Same species as a
VINCENT W S ; Ph.D., Prof. - Dept. of Biol. Sci., Univ. of Delaware, NEWARK, DE 19711, U.S.A.
ISDB
VISSCHER (NEUMANN), Mrs. S.; Ph.D., Assoc. Prof. - Dept. of Zool.-Entomol., Montana State
Univ., BOZEMAN, MT 59715, U.S.A.
VOLPE, E. P.; Ph.D., Prof. - Dept. of Biol., Tulane Univ., NEW ORLEANS, LA 70118, U.S.A. ISDB
a Neural crest homotransplantation and its relation to the phenomena of immunity and tolerance.
Rana pipiens (Anura)
b Blood cell chimerism in parabiotic animals, as revealed in chromosome preparations of cultured
leucocytes. Same species as a
c Histocompatibility studies in animals produced by nuclear transplantation. Same species as a
d Role of the thymus in the development and maintenance of immunity. Same species as a
VOORHEES, F. R.;Ph.D. - Dept. of Biol., Knox College, GALESBURG, 111. 61401, U.S.A.
a Development of the reproductive system. Aedes stimulans and other spp. (Diptera)
WADLEY, G. W.; B.Sc. - Industr. Bio-Test Labs. Inc., 1810 Frontage Rd., NORTHBROOK,
IL 60062, U.S.A.
WAELSCH, Mrs. S. GLUECKSOHN; Ph.D., Prof. - Dept. of Genet., Albert Einstein Coll. of Med.,
Yeshiva Univ., Eastchester Rd. and Morris Park Ave., NEW YORK, Bronx, NY 10461, U.S.A.
ISDB
a Developmental physiology, genetics, and pathology. Mus musculus (Rodentia)
WAIDYASEKERA, P. L. D.; Ph.D. - Dept. of Biol. Sci., Fac. of Sci., Vidyodaya Univ., Gangodawila,
NUGEGODA, Sri Lanka (Ceylon)
WAINWRIGHT, Mrs. L. K.; Ph.D., Prof. - Biol. Dept., Mount Saint Vincent Univ., HALIFAX, N.S.,
Canada
a Regulation of hemoglobin synthesis in blood islands of blastodisc. Gallus domesticus (Aves)
90
b Hemoglobin synthesis in cell aggregates formed from dissociated blastodiscs. Same species as a
c Isolation and cytological study of erythropoietic cell populations from primitive streak blasto-
discs. Same species as a
WAINWRIGHT, S. D.; Ph.D., Prof. - Biochem. Dept., Med. Sch., Dalhousie Univ., Sir Charles Tupper
Bldg., HALIFAX, N.S. B3H 4H7, Canada
a Regulation of hemoglobin synthesis in blood islands of blastodisc. Gallus domesticus (Aves)
b Hemoglobin synthesis in cell aggregates formed from dissociated blastodiscs. Same species as a
c Isolation of erythropoietic cell populations from primitive streak blastodiscs. Same species as a
d Development of enzymes of the melatonin biosynthetic pathway in the pineal gland, in vivo and
in organ culture; influence of lighting conditions. Same species as a
WAKAHARA, M.; D.Sc. - Zool. Inst., Fac. of Sci., Hokkaido Univ., N 10, W 8, SAPPORO, 060 Japan
a Morphogenesis of the pineal and subcommissural organ. Xenopus laevis (Anura)
WALKER B. E.; M.D., Ph.D., Prof. - Dept. of Anat., Michigan State Univ., Giltner Hall, EAST
LANSING, Mich. 48823, U.S.A.
a Teratology, experiments on cleft palate, the action of different chemicals. Oryctolagus cumculus
(Lagomorpha), Mus musculus (Rodentia)
WALKER, Mrs. K. Z.; Ph.D. - Dept. of Zool., Austr. Natl. Univ., P.O. Box 4, CANBERRA, A.C.T.
2600, Australia
a An immunological study of feto-maternal relations in late gestation. Macropus eugenn (Marsupia-
lia)
WALLACE, R. A.; Ph.D. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN 37830,
U.S.A.' ISDB
WARREN, Ch. O.; Ph.D., Assoc. Prof. - Dept. of Biol., Southwestern at Memphis, 2000 North
Parkway, MEMPHIS, Tenn. 38112, U.S.A.
a Regulatory role of mitochondria during growth and development. Achlya ambisexualis (Lepidop-
tera)
b Hormonal regulation of sexual reproduction. Same species as a
WATANABE, H.; Ph.D. - Shimoda Marine Biol. Stat., Shimoda 5-10-1, Shizuoka-ken, SHIMODA,
Japan
a Recognition of specificity in compound forms. Botryllus primigenus, Botrylloides violaceum,
Clavelina concrescens (Ascidiacea) (with K. TANAKA, Tokyo)
b Asexual reproduction of compound forms. Perophora japonica, Polycitor mutabilis, Botryllus
primigenus, Metandrocarpa taylori (Ascidiacea)
c Tissue culture. Perophora japonica, Polycitor mutabilis, Botryllus primigenus (Ascidiacea)
d Periodical spawning in a compound form. Polyandrocarpa misakiensis (Ascidiacea)
WATANABE, K.; Dr., Prof. - Dept. of Biol., Sch. of Dent. Med., Tsurumi Univ., Tsurumi, YOKO-
HAMA, Japan
a Fibrillogenesis of connective tissue fibres. (Teleostei), Rana catesbeiana, R. japonica, Bufo
vulgaris (Anura), Mus musculus (Rodentia), Homo sapiens (Primates)
b Electron microscopy of metamorphosis. (Ascidiacea)
c Experimental study of operculum perforation during metamorphosis. (Anura)
d Ultrastructural and histochemical study of tail muscles during metamorphosis. (Anura)
e Ultrastructural study of the basal lamella during metamorphosis. (Anura)
WATANABE, K.; D.Sc. - Dept. of Anim. Virol., Res. Inst, for Microbial Dis., Osaka Univ.,
Yamada-kami, Suita, OSAKA, 565 Japan
a Cell differentiation and virus infection. Gallus gallus (Aves)
WATANABE, K.; M.Sc. - 2nd Dept. of Anat., Kyoto Pref. Univ. of Med., Kawaramachi-Hirokoji,
Kamikyo-ku, KYOTO, 602 Japan
a Wolffian lens regeneration. Triturus pyrrhogaster (Urodela)
b Differentiation of cells in vitro. Triturus pyrrhogaster (Urodela), Gallus gallus (Aves)
WATERMAN, A. J.; Ph.D., Prof. - Extramural Programs, Natl. Inst, of Child Health and Human
Developm., Natl. Inst, of Health, BETHESDA, Md. 20014, U.S.A. ISDB
a Development of structure and function of the thyroid, hypophysis, and neuro-secretory system,
(higher Vertebrata)
b Function of the thyroid gland. Eptatretus stouti (Myxinoidea, Cyclostomata)
c Limb regeneration and prolactin. Diemyctylus viridescens (Urodela)
d Development of reproductive function: pineal-hypothalamic-pituitary-gonadal-target tissue axes.
(Mammalia)
WATERMAN, R. E.; Ph.D. - Dept. of Anat., Univ. of New Mexico, 915 Stanford Dr. N.E.,
ALBUQUERQUE, N.Mex. 87131, U.S.A.
a Scanning and transmission electron microscopy of normal and abnormal oro-facial development.
(Rodentia), Homo sapiens (Primates)
b Mechanisms of gamete release. Phialidium gregarium (Leptomedusae, Hydrozoa)
WATTERSON, R. L.; Ph.D., Prof. - Provis. Dept. of Genet, and Developm., Univ. of Illinois, 515
Morrill Hall, URBANA, IL 61801, U.S.A. ISDB
a Effects of hypophysectomy on development of musculus complexus, long bones, and fat bodies.
Gallus domesticus, Anas boschas (Aves)
b Correction of defects in pituitaryless embryos with anterior pituitary grafts and injections of
trophic hormones. Same species as a
c Sources and mechanisms of development of lumbosacral level of neural tube with emphasis on
development of myeloschisis. Gallus domesticus (Aves)
d Effects of aminoguanidine sulfate on development of liver, mesonephros, metanephros, and heart
in vivo and in vitro. Same species as c
WAYMOUTH, Miss C; Ph.D. - The Jackson Lab.. BAR HARBOR, Me. 04609, U.S.A.
91
i The Ch iracterization and in vitro development of embryonic tissues and the roles of Na and K
and other cations on cellular behavior. Mus musculus (Rodentia) ACAVPTTP IN d7Qm
\\1 IDMAN, Th. A.; Ph.D. Dept. of Vet. Anat., Purdue Univ., WEST LAFAYETTE, IN 47901,
USA
\\\ INSTOCk ADDS Ph.D., Assoc. Prof. - Center for Health Sci., Sch. of Dent. 43-033, Univ.
ofCalif./LOS ANGELES, Calif. 90024, U.S.A.
a Development of hone and tooth matrices, mainly glycoproteins (electron microscope radioauto-
graphy). Rattus rattus (Rodentia)
b Biosynthesis and secretion of bone and dentin procollagen (subcellular fractionation and radio-
autography). Gallus gallus (Aves), Rattus rattus (Rodentia) ^,,CrrcTATinw
WEIRICH, G.; Dr.rer.nat. Inst, of Developm. Biol., Texas A. & M. Univ., COLLEGE STATION,
Tex. 77843, U.S.A. . .
a Enzymes involved in the metabolism of juvenile hormone, especially their regulation and
specificity. Manduca sexta, Hyalophora cecropia (Lepidoptera)
b Proteins involved in transport and cellular action of juvenile hormone. Same species as a
\\1 IS (SHULMAN), Mrs. J. S.; Ph.D., Prof. Dept. of Zool., Rutgers Univ., 195 University Ave.,
NEWARK, NJ. 07102, U.S.A.
a Effects ot nerve growth factor and of pesticides on nervous system development. Rana catesbeia-
na (Anura), Ambystoma maculatum (Urodela), Brachydanio rerio (Teleostei)
b 1 xperimental modification of regenerative response in limbs and fins. Same species as a
c Regeneration of limbs: modification by insecticides. Uca pugnax (Decapoda, Crustacea)
\\1 IS, P ; D.D.S., Assoc. Prof. Dept. of Anat., New Jersey Med. Sch., 100 Bergen St., NEWARK, NJ
07103, U.S.A.
a Insecticide-induced teratogenesis. Fundulus hcteroclitus, Menidia menidia (Teleostei)
b Optic nerve regeneration (radioautographic and electron microscopic analysis). Carassius auratus
t'Y clcostci)
W 1 IS L.; Sc.D., M.D., Ph.D., Prof. - Dept. of Exper. Pathol., Roswell Park Mem. Inst., 666 Elm St.,
BUFFALO, N.Y. 14203,' U.S.A.
a Biophysics of cell interactions
WEISS P A Ph D Sc D M.D., Prof. (Emer.) - Dept. of Developm. and Neural Biol., Rockefeller
Univ., 66th St. 'and York Ave., NEW YORK, N.Y. 10021, U.S.A. ISDB
a Biology of growth, development, and organization of the nervous system,
b Relations between development and systems theory
c Evaluation of large cinemicrographic material on cell interactions and specificity (with Miss
Y. HOLLAND) „„,
WELANDER A D ; Ph.D., Prof. - Lab. of Radiat. Ecol., Coll. of Fish., Univ. of Washington, 22
Fisheries' Center, SEATTLE, Wash. 98195, U.S.A.
a Effects of graded sublethal doses of X-rays on several different stages of the embryo. Oncor-
hynchus kisutch, O. tshawytscha, Salmo gairdnerii (Teleostei)
b Experimental embryology. Same species as a
c Effects of low, acute doses of X-rays on early development. Oncorhynchus spec, Salmo spec.
(Teleostei)
d Comparative effects of 90Sr and X-irradiation on embryos. Oncorhynchus tshawytscha
(Teleostei)
WELLS, L. J.; Ph.D., Prof. - Dept. of Anat., Sch. of Med., Univ. of Minnesota, MINNEAPOLIS,
MN 55455, U.S.A. ISDB
WENGER, B. S.'; Ph.D., Prof. - Dept. of Anat., Coll. of Med., Univ. of Saskatchewan, SASKATOON,
Sask Canada ISDB
WERNER,' Y. L.; Ph.D. - Dept. of Zool., Hebrew Univ. of Jerusalem, JERUSALEM, Israel
a Tail regeneration, especially skeleton and skin; bifurcate tails. (Lacertilia)
b Temperature effects during embryogenesis on the number of vertebrae. Hemidactylus turcicus,
Stenodactylus stenodactylus (Gekkonoidea, Lacertilia)
c Temperature dependence of the duration of embryonic development. (Gekkonoidea, Lacertilia)
WESSEL (HARDERS), Mrs. M.; B.Sc. - Dept. of Zool.-Entomol., Montana State Univ., BOZEMAN,
MT 59715, U.S.A. _
WESSELLS, N. K.; Dr. - Dept. of Biol. Sci., Stanford Univ., STANFORD, CA 94305, U.S.A. ISDB
WESTERMAN, R. A.; Ph.D. - Dept. of Physiol., Monash Univ., CLAYTON, Vict. 3168, Australia
a Histological and ultrastructural aspects of regenerating nerve fibres, particularly in the olfactory
and visual systems. Chlamydogobius cromius, Carassius carassius (Teleostei)
b Electrophysiological, histological, and ultrastructural aspects of the development of functional
neuromuscular connections in the neonate. Felis domestica (Carnivora)
WESTON, J. A.; Ph.D. - Dept. of Biol., Univ. of Oregon, EUGENE, Ore. 97403, U.S.A. ISDB
a The migration and differentiation of neural crest cells. Gallus domesticus (Aves), Mus musculus
(Rodentia)
b The cell surface as an effector of cell specificity. Gallus domesticus (Aves)
c The action of morphogenetic agents on embryonic cell behavior in vivo and in vitro. Same species
as b
WHALEY,W. G.; Ph.D., Prof. - Cell Res. Inst., Univ. of Texas, Biol. Labs. 220, AUSTIN, Tex. 78712,
U.S.A.
a Contributions of the Golgi apparatus to cell surfaces. (Plantae)
WHITELEY, A. H.; Ph.D., Prof. Dept. of Zool., Univ. of Washington, SEATTLE, WA 98105, U.S.A.
ISDB
WHITT, G. S.; Ph.D. - Provis. Dept. of Genet, and Developm., Univ. of Illinois, 515 Morrill Hall,
URBANA, IL 61801, U.S.A.
92
a Developmental genetics: 1. expression of differential gene function during early embryogenesis
and cytodifferentiation with an emphasis on those genes responsible for isozymes; 2. correlation
of lactate dehydrogenase gene homology with the specificity of the gene activating mechanisms
during development; 3. genetical, physical, and chemical analysis of the lactate dehydrogenase
isozymes unique to the differentiated nervous system; 4. biochemical genetics of isozymes,
especially lactate dehydrogenase; 5. asynchronous allele activation during embryogenesis of
interspecific and intergeneric hybrids. Micropterus dolomieui, M. salmoides and other spp.
(Centrarchidae, Teleostei)
b Epigenetic and genetic control of protein synthesis during cytodifferentiation with emphasis on
the post-translational control of gene product (especially lactate dehydrogenase isozymes),
assembly and function. (Teleostei and other Vertebrata)
WHITTAKER, J. R.; Ph.D. - The Wistar Inst, of Anat. and Biol., 36th St. at Spruce, PHILADEL-
PHIA, PA 19104, U.S.A. 1SDB
WHITTEN, W. K.; D.Sc, B.V.Sc. - The Jackson Lab., BAR HARBOR, Me. 04609, U.S.A.
a Preimplantation stages of development in vivo and in vitro. Mus musculus (Rodentia)
b The numerology of development in aggregation chimeras (two half, two whole and four whole
embryos). Same species as a
c The mechanism of development of spontaneous sex mosaics (hermaphrodites). Same species as a
WIDNELL C C; Ph.D., Assoc. Prof. - Dept. of Anat. and Cell Biol., Sch. of Med., Univ. of
Pittsburgh, PITTSBURGH, PA 15213, U.S.A.
WILDE Ch E Jr • Ph D Prof. - Dept. of Histol., Embryol. and Genet., Sch. of Dent. Med., Univ. of
Pennsylvania, 4001 Spruce St., PHILADELPHIA, Pa. 19174, U.S.A. ISDB
a Cellular differentiation (pigment cell; ectomesenchyme): 1. causal biochemistry of cellular dif-
ferentiation; 2. differentiation of cytoplasmic fragments. Ambystoma maculatum (Urodela)
b Morphology and causal biochemistry of striated muscle differentiation. Same species as a
c Cytochimeras in tissue culture from disaggregated cells of embryos of different classes. Gallus
spec. (Aves), Mus spec. (Rodentia)
d Role of probabilistic processes in cellular differentiation. Same species as c
e Ontogeny of proteins and amino acids. Fundulus heteroclitus (Teleostei)
f The energy pathways of differentiating systems. (Vertebrata)
g Informational macromolecules in early development and differentiation (Echinodermata, Verte-
brata)
h The molecular basis of major and minor symmetry in embryogenesis. (Vertebrata)
i Temporal control of morphogenetic information and morphogenesis in the early zygote. (Pisces;
Amphibia; Aves)
j Regeneration of lung. (Amphibia)
k Maintenance of site specificity in behavioral differentiation of endothelium. (Aves), Homo
WILLIAMS, D. T.; B.S. - Dept of Reprod. Biol., Merck Inst, for Therap. Res., RAHWAY, N.J. 07065,
U.S.A.'
a Studies on fertilization. (Mammalia) .
WILLIAMS, Miss G. H.; Ph.D. - Dept. of Pharmacol., Hershey Med. Ctr., Pennsylv. State Univ.,
HFRSHFY PA 17033 USA
WILLIAMS L. G.; B.A. - Pacif. Mar. Stat., Univ. of the Pacific, DILLON BEACH, CA 94929, U.S.A.
WILLIAMS, N. E.; Ph.D., Prof. - Dept. of Zool., Coll. of Lib. Arts, Univ. of Iowa, IOWA-City, Iowa
52242,' U.S.A.
a Electron microscopy of developing oral apparatus. Tetrahymena spec. (Ciliata)
b Regulation of protein synthesis in development. Same species as a
WILLIAMS, R. C; DVM, Ph.D., Prof. - Veterinary School, Tuskegee Inst., TUSKEGEE, Ala. 36088,
U.S.A.
a Development and calcification of teeth (utilizing a graded series of embryos and fetuses of
purebred beagles). Canis familiaris (Carnivora) (with H. E. EVANS, Cornell Univ., Ithaca, N.Y.)
WILLIER, B. H. t Ph.D., D.Sc, Prof. (Emer.) - Dept. of Biol., Johns Hopkins Univ., BALTIMORE,
MD 21218, U.S.A. ow IT '^P?
WILLIS (HORWITZ), Mrs. J.; Ph.D., Assoc. Prof. - Dept. of Entomol., Univ. of Illinois, URBAN A,
111. 61801, U.S.A.
a Influence of juvenile hormone on cuticular proteins and morphology. Hyalophora cecropia
(Lepidoptera), Oncopeltus fasciatus (Hemiptera), Tenebrio molitor (Coleoptera)
WILT, F H.; Ph.D., Prof. - Dept. of Zool., Univ. of California, BERKELEY, Calif. 94720, U.S.A.
ISDB
a Mechanism of origin of hemoglobin-synthesizing machinery during development. Gallus domesti-
cus (Aves)
b Activation of protein and RNA synthesis in cleaving eggs. Strongylocentrotus purpuratus (Echi-
noidea)
c RNA synthesis during development. Same species as b
WIMSATT W. A.rPh.D., Prof. - Div. of Biol. Sci. and Dept. of Anat., New York State Coll. of Vet.
Med., Cornell Univ., 645 Emerson Hall, ITHACA, NY 14850, U.S.A. ISDB
WISCHNITZER, S.; Ph.D., Prof. - Dept. of Biol., Yeshiva Univ., 186th St. and Amsterdam Ave., NEW
YORK NY 10033 U S.A.
WISEMAN, 'L. L.; Ph.D. - Dept. of Biol., Coll. of William and Mary, WILLIAMSBURG, Va. 23185,
U.S.A.
a Cell adhesion and cell movement of embryonic cells in culture. Gallus gallus (Aves), Mus
musculus (Rodentia)
WOLFE, J. S.; Ph.D. - Dept. of Biol., Wesleyan Univ., MIDDLETOWN, Conn. 06457, U.S.A.
93
., Developmental aspects ol conjugation (autoradiography, electron microscopy, density gradient
centrifugation, electrophoresis, cell cycle analyses, chemical mutagenesis, surface probes). Tetra-
hyrr.ena pyriformis (CUiata)
b Regulation of ribosomal RNA synthesis during the cell cycle (selection synchrony, moleculax
hybridization, electropliorcsis). Same species as a
WOLK, M.; M.Sc. Dept, of Zool., Hebrew Univ., JERUSALEM, Israel
a A study of the differentiation and movement of the hypoblast cells based on antigenic differ-
ences between epiblast and hypoblast. Callus spec. (Aves)
WOLSKY A.; Dr.phil., Prof. - Dept. of Radiol., New York Univ. Med. Center, 550 First Ave., NEW
YORK, N.Y. 10016, U.S.A. ISDB
a Effect of anti-metabolites, antibiotics (especially actinomycin) and nucleic acids on development
and regeneration. Paracentrotus lividus, Arbacia punctulata (Echinoidea), Triturus viridescens,
Rana pipiens (Amphibia)
b A re-investigation of the influence of neurogenesis on the development of the compound eye.
Bombyx mori (Lepidoptera)
c Effect of ultrasound on development and regeneration. Triturus viridescens, Rana pipiens
(Amphibia)
d Possible stimulatory effect of small doses of X-rays on regeneration. Triturus viridescens (Uro-
dela)
WOOD J. C; Ph.D., Prof. - Sect, of Neurobiol., Univ. of Texas Med. Sch. at Houston, 6400 West
Cullen St., HOUSTON, Tex. 77025, U.S.A.
a Histochemistry and electron microscopy of developing adrenomedullary cells. Mus musculus
(Rodentia)
WOODS, J. E.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., De Paul Univ., 1036 W. Belden Ave.,
CHICACO, III. 60614, U.S.A.
a Histochemistry of androgens and estrogens in the gonads and adrenals of the developing embryo.
Gallus domesticus (Aves)
b Gonadal morphogenesis. Same species as a
c Radioimmuno assay of plasma testosterone and 17/3-estradiol levels in the developing embryo.
Same species as a
WOURMS, J. P.; Ph.D. New York Ocean Sci. Lab., P.O. Drawer EE, MONTAUK, NY 1 1954, U.S.A.
ISDB
a Cellular aspects of spontaneous dispersion-reaggregation during early development; description of
embryogenesis in the reaggregation mass; experimental analysis of development; biochemistry of
development; physiological and genetic basis of embryonic diapause. Annual fishes: Austro-
fundulus spec, Cynolebias spec, Pterolebias spec, Nothobranchius spec, Aphyosemion spec.
(Cyprinodontoidei, Teleostei)
b Oogenesis; egg transport; oviduct differentiation; sperm storage; fertilization and early develop-
ment; fetal and maternal adaptations for viviparity (ultrastructure, biochemistry, physiology).
Isurus spec, Prionace spec, Carcharinus spec, Mustelus spec. (Galeoidea), Squalus spec, Hetero-
dontus spec. (Squaloidea, Pleurotremata), Raja spec, Dasyatus spec. Myliobatis spec. (Batoidea,
Hypotremata), Hydrolagus spec. (Holocephali, Elasmobranchii)
WRIGHT, D. A.; Ph.D. - Dept. of Biol., Cancer Center, Univ. of Texas, M.D. Anderson Hosp. and
Tumor Inst., HOUSTON, Tex. 77025, U.S.A.
a Developmental genetics of enzymes in experimental hybrid embryos (gene activation and expres-
sion). Rana pipiens (Anura), Xiphophorus maculatus, X. helleri and hybrids (Teleostei)
b Control of gene expression (enzymes) in diploid, haploid, and nuclear transplant hybrids. Rana
pipiens and subspecies (Anura)
WRIGHT, Th. R. E.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHAR-
LOTTESVILLE, Va. 22903, U.S.A.
a The genetic control of enzyme activity during development. Drosophila melanogaster (Diptera)
b Temperature sensitive lethal mutations affecting embryogenesis. Same species as a
c Genetic control of myogenesis. Same species as a
WU, G. J. - 150 W. 225th St., Sec. 8- 17 A, NEW YORK, Bronx, NY 10463, U.S.A.
a Regulation of nucleic acid and protein synthesis in a cell-free transcription-translation-coupled
animal system using differentiated or embryonic cells.
WUDL, Mrs. L.; Ph.D. - Dept. of Reprod. Biol., Merck Inst, for Therap. Res., RAHWAY, N.J. 07065,
U.S.A.
a Studies on fertilization. (Mammalia)
WYATT, G. R.; Ph.D., Prof. - Dept. of Biol., Queen's Univ., KINGSTON, Ont. K7L 3N6, Canada
a Protein synthesis, RNA and ribosomes; changes during hormone action and metamorphosis.
Hyalophora cecropia, Manduca sexta (Lepidoptera)
b Protein synthesis and transport in oogenesis; regulation by hormones. Hyalophora cecropia
(Lepidoptera), Locusta migratoria (Orthoptera) and other spp. (Insecta)
WYTTENBACH, Ch. R.; Ph.D. - Dept. of Physiol, and Cell Biol., Univ. of Kansas, LAWRENCE, KS
66044, U.S.A.
YAFFE, D.; Dr. - Dept. of Cell Biol., Weizmann Inst, of Sci., P.O. Box 26, REHOVOT, Israel ISDB
YAJIMA, H.; Ph.D. - Dept. of Biol., Fac of Sci., Ibaraki Univ., Bunkyo-2-chome, MITO, Japan
a Malformations induced by irradiation with monochromatic ultraviolet light. Chironomus dorsalis
(Diptera)
b Effects of temperature during and after centrifugation of eggs on the production of double
malformations. Same species as a
c Effect of ultraviolet irradiation upon the re-entry of pole cells (electron microscopy). Same
species as a
94
d Electron microscopy of eggs centrifuged at early and middle pre-migration stages. Same species as
a
YAMADA, J.; D.Agr., Prof. - Lab. of Physiol, and Ecol., Fac. of Fish., Hokkaido Univ., HAKODATE,
Hokkaido, Japan ISDB
YAMADA, K.; M.Sc. - Lab. of Biol., Gifu Coll. of Dent., 1851 Takano, Hozumi-cho, Motosu-gun,
GIFU-ken, Japan
a Electron microscopy of the embryonic gonad. Gallus domesticus (Aves)
YAMADA, T.; Ph.D. - Div. of Biol., Natl. Inst, of Radiol. Sci., 9-1, 4-chome, Anagawa, CHIBA, 280
Japan.
a Biochemical studies on effect of radiation on the embryo. Oryzias latipes (Teleostei), Bufo
vulgaris (Anura)
b Biochemical studies on radiation-induced death of thymic lymphocytes of growing animals.
Rattus spec. (Rodentia)
YAMADORI, T.; M.D., Prof. - Dept. of Anat., Div. I, Sch. of Med., Hirosaki Univ., Zaifucho 5,
HIROSAKI, Aomori-ken, 036 Japan
YAMAGAMI, K.; Ph.D., Assoc. Prof. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113
Japan
a Biochemical studies on embryonic and yolk proteins. (Teleostei)
b Purification and characterization of chorionase. Oryzias latipes, Salmo gairdnerii (- irideus)
(Teleostei)
c Ontogeny of hemoglobins in embryos and larvae. Salmo gairdnerii (= irideus) (Teleostei)
YAMAGUCHI, T.; Ph.D. - Div. of Biol., Natl. Inst, of Radiol. Sci., 9-1, 4-chome, Anagawa, CHIBA,
280 Japan,
a Regeneration of cell renewal systems after radiation injury. Mus musculus, Cavia porcellus
(Rodentia)
b Chalone mechanisms and the cell cycle (regenerating ear epidermis and epidermis in vitro). Same
species as a
YAMAMOTO, K.; D.Sc, Prof. - Lab. of Fresh-water Fish Cult., Dept. of Biol., Hokkaido Univ.,
3-1-1 Minatocho, HAKODATE, 040 Japan ISDB
a Histo-physio logical studies of oogenesis. (Teleostei)
b Electron microscopy of oogenesis (Teleostei)
c Studies on the hormones of reproduction. (Teleostei)
YAMAMOTO, T.; D.Sc, Prof. - Biol. Inst., Fac. of Sci., Nagoya Univ., Chikusa-ku, NAGOYA, 464
Japan ISDB
YAMAMOTO, T. S.; D.Sc. - Zool. Inst., Fac. of Sci., Hokkaido Univ., N 10, W 8, SAPPORO, 060
Japan
a Cytochemistry of development. (Teleostei)
YAMANA, K.; D.Sc, Assoc. Prof. - Dept. of Biol., Fac. of Sci., Kyushu Univ., Hakozaki-cho,
FUKUOKA, 812 Japan
a Regulation of ribosomal RNA synthesis during embryonic development. Xenopus laevis (Anura)
YAMAOKA, L. H. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, Tenn. 37830, U.S.A.
a Molt cycle correlated muscle degeneration and reformation. Gecarcinus lateralis (Decapoda,
Crustacea) (with D. M. SKINNER)
YAMASAKI, F.; M.D., Ph.D., Assoc. Prof. - Dept. of Biol., Sapporo Med. Coll., SAPPORO, 060
Japan
a Development of digestive tract. Ochotona hyperborea (Lagomorpha), Platanista gangetica, Ponto-
poria blainvillei (Cetacea)
YANAGIMACHI, R.; Ph.D., Assoc. Prof. - Dept. of Anat., Univ. of Hawaii, 1960 East-West Rd.,
HONOLULU, HI 96822, U.S.A.
YANAGISAWA, T.; D.Sc, Prof. - Embryol. Sect., Dept. of Biol., Tokyo Metropolitan Univ., 2—1 — 1.
chome, Fukazawa-machi, Setagaya-ku, TOKYO, 158 Japan
a Phosphagens in egg and spermatozoa. (Echinodermata)
b Ion exchange and paper chromatography of the nature of the acid-soluble nucleotides in the egg
and their changes during development. Hemicentrotus spec, Anthocidaris spec, Pseudocentrotus
spec. (Echinoidea), Asterias spec, Asterina spec. (Asteroidea)
c Tracer experiments on phosphate, sugar, and nucleic acid metabolism of the embryo. (Echino-
dermata)
YASUDA, K.; Ph.D. - Lab. of Cell Sci., Inst, of Biophys. and Molec Biol., Univ. of Kyoto,
Kitashirakawa, Sakyo-ku, KYOTO, 606 Japan
a Factors affecting cell aggregation and cell contact. Gallus gallus (Aves) (with T. S. OKADA and
M. TAKEICHI)
b Crystallin synthesis in lens cells differentiating in vitro. Same species as a
YASUDA, M.; M.D. - 2nd Dept. of Anat., Kyoto Pref. Univ. of Med., Kawaramachi-Hirokoji,
Kamikyo-ku, KYOTO, 602 Japan
a Epidemiology of anomalies in embryos and fetuses. Homo sapiens (Primates)
b Morphogenesis of certain malformations of extremities in embryos. Same species as a
c Teratogenicity of herbicides and pesticides. Rattus norvegicus (Rodentia)
YASUDA, Mrs. Y.; M.D. - Dept. of Anat., Kyoto Univ., Konoe-cho, Yoshida, Sakyo-ku, KYOTO,
606 Japan
a Comparative study on in vitro development of organ primordia. Mus musculus (Rodentia), Homo
sapiens (Primates)
b Effects of thalidomide on colony formation of embryonic cartilaginous cells. Homo sapiens
(Primates)
95
c Transplacental carcinogenicity of cthinylestradiol administered during 11 to 17 day of gestation.
Mus musculus (Rodentia)
YASUGI, S. Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a 1 issue interactions in differentiating digestive organs. Ciallus domesticus (Aves)
b Effects of LiCI on regeneration. Pelmatohydra robusta (Hydroidea)
YNTFMA C L • Ph D , Prof. Dept. of Anat., Upstate Med. Centre, State Univ. of New York, 766
Irving Ave.. SYRACUSE, N.Y. 13210, U.S.A. ISDB
a Acceptance of homografts and xenografts during embryonic stages. (Chelonia)
b Effects of temperature on development. (Chelonia)
YOFFEY, J. M.; D.Sc., M.D., Prof. - Dept. of Anat., Hebrew Univ. - Hadassah Med. Sch.,
P.O.B. 1172, JERUSALEM 91000, Israel
a Foetal haemopoiesis. Cavia porcellus (Rodentia), Homo sapiens (Primates)
YOSHIKAWA, 1. - Dept. of Genet., School of Med., Nagasaki Univ., 12-4, Sakamoto-machi,
NAGASAKI, 852 Japan
a Radiation genetics (embryo, germ cells). Drosophila melanogaster (Diptera)
YOUSON, J. H.; Ph.D., Assoc. Prof. - Dept. of Zool., Scarborough Coll., Univ. of Toronto, WFST
HILL, Ont., Canada
a Changes m the gills, kidneys, alimentary canal, and thyroid gland during transformation (auto-
radiography, electron microscopy). Petromyzon marinus (Cyclostomata)
b Growth and development of the opisthonephric kidney throughout the life cycle (autoradio-
graphy, electron microscopy). Same species as a
YU, M.C.; Ph.D. - Dept. of Anat., New Jersey Med. Sch., 100 Bergen St., NEWARK, NJ 07103,
U.S.A.
a Effects of hypoxia on the developing and adult central nervous system. Rattus rattus (Rodentia)
b Effects of malnutrition on the developing central nervous system (biochemical and ultrastructural
studies). Same species as a
YU (KOU), Mrs. N. W.; B.S., Assoc. Prof. - Dept. of Biomorph., Natl. Defense Med. Ctr., P.O.
Box 7432, TAIPEI 107, Taiwan, Rep. of China
a Chemical hypophysectomy agent and metamorphosis. (Anura)
YUKAWA, O.; M.Sc. - Div. of Biol., Natl. Inst, of Radiol. Sci., 9-1, 4-chome, Anagawa, CHIBA, 280
Japan
a Function of microsomes in developing liver. Rattus norvegicus (Rodentia)
b X-irradiation-induced damage in the microsomal drug-metabolizing enzyme system of developing
liver. Same species as a
ZALIK, S.; Ph.D., Prof. - Div. of Plant Biochem. and Physiol., Dept. of Plant Sci., Univ. of Alberta,
EDMONTON, Alta., Canada
ZALIK, Mrs. S. EISENBERG see EISENBERG ZALIK, Mrs. S.
ZAMBONI, L; M.D., Assoc. Prof. - Dept. of Pathol., Harbor Gen. Hosp., U.C.L.A., 1000 W. Carson
St., TORRANCE, Calif. 90509, U.S.A.
a Electron microscopy of the fertilization process. Homo sapiens and other spp. (Primates)
b Embryonic development. Homo sapiens (Primates)
ZELENKA, Mrs. P. S.; Ph.D. - Lab. of Molec. Genet., Natl. Inst, of Child Health and Human
Developm., Natl. Inst, of Health, Bldg. 6, Rm 329, BETHESDA. Md. 20014, U.S.A.
a Control of 5-crystallin and 6-crystallin mRNA synthesis in developing lens. Gallus domesticus
(Aves)
ZIMMERMAN, A. A.; Prof. (Emer.) - Dept. of Anat., Coll. of Med., Baylor Univ., HOUSTON, TX,
U.S.A. ISDB
ZIMMERMAN, E. F.; Ph.D. - Div. of Fetal Pharmacol., Children's Hosp. Res. Found., Elland &
Bethesda Aves., CINCINNATI, OH 45229, U.S.A.
a Developmental microheterogeneity of a-fetoprotein (sialylation; effect of cyclic AMP & GMP:
synthesis in yolk sac and fetal liver; presence in amniotic fluid and fetal plasma). Mus musculus
(Rodentia), Homo sapiens (Primates) and other Mammalia
b Palate shelf morphogenesis (movement); teratogens (including glucocorticoids) causing cleft
palate. Same species as a
ZUST, Miss B.; Dr.spec. - School of Biol. Sci., Flinders Univ., BEDFORD PARK, S.A. 5042, Australia
a The germ plasm. Xenopus laevis (Anura)
ZWAAN, J.; M.D., Ph.D., Assoc. Prof. - Dept. of Ophthalmol., Children's Hosp. Med. Center, and
Dept. of Anat., Harvard Med. Sch., 25 Shattuck St., BOSTON, Mass. 021 15, U.S.A. ISDB
a Analysis of macromolecular synthesis during induction and differentiation of the eye lens. Garni1:
domesticus (Aves), Mus musculus (Rodentia)
b Developmental genetics of mutations affecting eye development. Mus musculus (Rodentia)
96
DIRECTORY OF INSTITUTES
with Members engaged in Developmental Biology
(geographical order)
The Directory is arranged according to: 1) continents and subcontinents; 2) countries
and states; and 3) cities. Within each of these categories an alphabetical order is
maintained.
The Directory does not give Institute addresses. These can be found by looking up the
name of one of the Institute members in the Directory of Names and Addresses.
Names of Institute members who are not explicitly engaged in developmental biology
are as a rule not listed, with the exception of the names of Institute directors.
(*) Asterisks indicate those Institute members who appear in the Directory of Names
and Addresses with one or more research subjects. If all members of an Institute lack
asterisks, this usually means that no information has been submitted by the Institute in
1974. Older information concerning such Institutes may be found in previous issues.
AFRICA
EGYPT
Alexandria, Alexandria Univ.,
Fac. of Sci., Dept. of Zool.
* SEDRA, S. N. - Prof., Head
* MICHAEL, M. I. - Prof.
* KHALIL, S. H. - Lect.
* EL MEKKAWY, D. A. - Asst. Lect.
* AZIZ, F. K. - Asst. Lect.
Giza, Cairo Univ.,
Fac. of Agric, Anim. Prod. Dept.
* KAMAR, G. A. R. - Prof.
NIGERIA
Ibadan, Univ. of Ibadan,
Fac. of Med., Dept. of Anat.
* DESALU, A. B. O. - Acting Head
* ODUTOLA, A. B. - Lect.
Ile-Ife, Univ. of Ife,
Fac. of Health Sci., Div. of Hum. Biol, and
Behav.
GRILLO, T. A. I. - Prof.
SIERRA LEONE
Freetown, Njala Univ. Coll.,
Dept. of Zool.
CHAYTOR, D. E. B. - Assoc. Prof.
SOUTH AFRICA
Bloemfontein, Univ. of the O.F.S.,
Dept. of Anat.
* TOERIEN, M. J. - Prof.
* BARNARD, Mrs. S. B. - Sen. Lect.
* LAMPRECHT, D. V. B. - Lect.
Dept. of Zool.
DREYER, Miss M. V. - Lect.
Durban, Univ. of Durban-Westville,
Dept. of Zool.
SMIT, A. L. - Prof., Head
FRANK, G. H. - Sen. Lect.
Johannesburg, Rand Afrikaans Univ.,
Dept. of Zool.
SWANEPOEL, J. H. - Lect.
Johannesburg, Univ. of the Witwatersrand,
Med. Sch., Dept. of Anat.
* ANDREW, Miss A. - Sen. Lect.
* BERMAN, Mrs. B.
Fac. of Sci., Dept. of Zool.
BALINSKY, B. I. - Prof., Head
GABIE (GUBBAY), Mrs. V. - Sen. Lect.
FABIAN, B. C. - Sen. Lect.
CAUNTER (DEVIS), Mrs. R. J. - Lect.
Pretoria, Univ. of Pretoria,
Mammal Res. Inst.
* SKINNER, J. D. - Prof., Dir.
Stellenbosch, Univ. of Stellenbosch,
Fac. of Sci., Zool. Inst.
TOIT, C. A. du - Prof., Dir.
KOCK, J. M. de - Sen. Lect.
97
NORTH AMERICA
CANADA
\1 Bl RTA (Alta.)
(akarv.l'niv. of Calgary.
Fac. of Arts & Sci.. Dept. of Biol.
* DITRKS1-N. J. D. - Prof.
* BROWDl R. L. W. - Assoc. Prot.
BEWLEY, J. D. - Asst. Prof.
Dept. of Physics
* CHALL1C1 . C. E. - Prof.
1 ac. of Med., Health Sci. Ctr.
Div. of Med. Biochem.
* CHURCH, R. B. - Prof., Head
* LIN. C. C. - Assoc. Prof.
* SCHULTZ, G. A. - Asst. Prof.
Div. of Morphol. Sci.
* DICKSON, A. D. - Prof., Head
* HOLMES, P. V. - Asst. Prof.
* SPIRA, A. VV. - Asst. Prof.
Div. of Obstct. & Gynecol.
* HAY, D. M. - Assoc. Prof.
* TAYLOR, P. J. - Asst. Prof.
Edmonton, Univ. of Alberta,
Fac. of Med., Dept. of Immunol.
* LONGENECKFR. B. M.
Fac. of Sci., Dept. of Entomol.
* CRAIG, D. A. - Assoc. Prof.
* HEMING, B. S. - Assoc. Prof.
Dept. of Genet.
HODGETTS, R. B. - Asst. Prof.
Dept. of Physiol.
* SANDERS, E. J. - Asst. Prof.
Dept. of Zool.
RUTH, R. F. - Prof.
* E1SENBERG ZALIK, Mrs. S. - Assoc. Prof.
KNIZETOVA (VEJP), F. - Res. Assoc.
SIDKY, Y. A. - Res. Assoc.
Div. of Plant Biochem. and Physiol.,
Dept. of Plant Sci.
ZALIK, S. - Prof.
BRITISH COLUMBIA (B.C.)
Vancouver, Univ. of Brit. Columbia,
Dept. of Zool.
* FINNEGAN, C. V. - Prof.
* FORD, P. - Assoc. Prof.
* AUERSPERG, N. - Assoc. Prof.
* BERGER, J. D. - Asst. Prof.
* KASINSKY, H. E. - Asst. Prof.
* REEVES, O. R. - Asst. Prof.
* LARRIVEE, D. H. - Grad. Stud.
* SLAVINSKY, Mrs. E. A. - Grad. Stud.
* JONES, Miss A. H. - Grad. Stud.
West Vancouver, Fish. & Mar. Serv.,
Dept. of Environm., W. Vancouver Lab.
* DONALDSON, E. M. - Res. Scient. II
MANITOBA (Man.)
Winnipeg, Univ. of Manitoba,
Fac. of Agric, Dept. of Entomol.
* BRUST, R. A. - Prof.
Plant Sci. Dept.
LA CROIX, L. J. - Assoc. Prof.
FRAGATA, M. - Postdoct. Fellow
Facs. of Med. and Dent.,
Dept. of Anat.
* MOORE, K. L. - Prof., Head
* BERTALANFFY, F. D. - Prof.
* HOSHINO, K. - Prof.
* PERSAUD, T. V. N. - Assoc. Prof.
Dept. of Oral Biol.
PRITCHARD, E. T. - Assoc. Prof.
Dept. of Physiol.
PHILLIS, J. W.
Dept. of Zool.
LAALE, H. W. - Asst. Prof.
M \YI OUNDLAND (Nfld.)
St. John's, Mem. Univ. of Newfoundland,
Dept. of Biol.
* DAVIS, Ch. C. - Prof.
* BAL, A. K. - Assoc. Prof.
NOVA SCOTIA (N. S.)
Halifax, Dalhousie Univ.,
Fac. of Arts & Sci., Dept. of Biol.
* HALL, B. K. - Assoc. Prof.
* HALEY, L. E. - Assoc. Prof.
* HICKS, G. S. - Asst. Prof.
Med. School, Biochem. Dept.
* WAINW RIGHT. S. D. - Prof.
* MEZEI (TEICHMANN), Mrs. C. - Asst.
Prof.
FRASER, I. H. - Grad. Stud.
Halifax, Mount St. Vincent Univ.,
Biol. Dept.
* WAINWRIGHT, Mrs. L. K. - Prof.
ONTARIO (Ont.)
Guelph, Univ. of Guelph,
Coll. of Biol. Sci., Dept. of Zool.
* GEORGE, J. C. - Prof., Chairman
* SCADDING, S. R. - Asst. Prof.
Ontario Agric. Coll.,
Dept. of Environm. Biol.
* DIXON, S. E. - Prof.
Ontario Vet. Coll.,
Dept. of Biomed. Sci.
* HARDY, Ms. M. H. - Assoc. Prof.
* MANN, P. M. - Asst. Prof.
Hamilton, McMaster Univ.,
Fac. of Med., Dept. of Anat.
ANDERSON, J. E. - Prof., Chairman
CARR, D. H. - Prof.
McCALLION, D. J. - Prof.
GIRARD, H.
Kingston, Queen's Univ.,
Dept. of Anat.
JONEJA, M. G. - Assoc. Prof.
Dept of Biol.
* WYATT, G. R. - Prof.
London, Univ. of W. Ontario,
Health Sci. Ctr., Dept. of Anat.
* SINGH, R. P. - Assoc. Prof.
* SHAVER, Miss E. L. - Assoc. Prof.
Coll. of Sci., Dept. of Zool.
* LOCKE, M. - Prof., Chairman
BATTLE, Miss H. I. - Prof. (Emer.)
* PURKO, J. - Assoc. Prof.
* KIDDER, G. M. - Asst. Prof.
* CAVENEY, S. - Asst. Prof.
ATKINSON, B. G. - Asst. Prof.
98
CANADA (On t.)
U.S.A. (CA)
Ottawa, Anim. Res. Inst.,
Dept. of Reprod. Physiol.
* ROBERTSON, H. A. - Princ. Res. Scient.
* THOMSON, Mrs. D. V. - Grad. Stud.
Ottawa, Carle ton Univ.,
Fac. of Sci., Dept. of Biol.
* BETZ, T. W. - Assoc. Prof.
Toronto, Univ. of Toronto,
Fac. of Dent., Div. of Biol. Sci.
* TEN CATE, A. R. - Prof., Chairman
Dept. of Zool.
CHANT, D. A. - Prof., Chairman
* LIVERSAGE, R. A. - Prof.
* MASUI, Y. - Assoc. Prof.
* LAI-FOOK, Miss J. E. I. - Asst. Prof.
* BROWN, I. R. - Asst. Prof.
West Hill, Univ. of Toronto,
Scarborough Coll., Dept. of Zool.
FILOSA, M. F. - Prof.
* YOUSON, J. H. - Assoc. Prof.
QUEBEC (Que.)
» Montreal, Lady Davis Inst, for Med. Res.
* SCHULMAN, H. M.
Montreal, McGill Univ.,
Dept. of Anat.
* LEBLOND, C. P. - Prof.
* CLERMONT, Y. - Prof.
* LALA, P. K. - Assoc. Prof.
Dept. of Biol.
* FRASER, F. C. - Prof.
* FROMSON, D. R. - Asst. Prof.
* LACALLI, Th. C.
* TRASLER, Mrs. D. G. - Res. Assoc.
* BIDDLE, F. G. - Postdoct. Fellow
Montreal, Montreal Cane. Inst.,
Notre Dame Hosp.
* KARASAKI, S. - Assoc. Prof.
Montreal, Univ. of Montreal,
Fac. of Sci., Dept. of Biol.
COUSINEAU, G. H. - Asst. Prof.
INOUE, S. - Asst. Prof.
SASKATCHEWAN (Sask.)
Saskatoon, Agric. Canada, Res. Stat.
* DAVIS, G. R. F. - Res. Scient.
* CHURCH, N. S. - Res. Scient.
* EWEN, Al. B. - Res. Scient.
Saskatoon, Univ. of Saskatchewan,
Dept. of Anat.
* FEDOROFF, S. - Prof., Dir.
* BUTLER, H. - Prof.
WENGER, B. S. - Prof.
Western Coll. of Vet. Med.,
Dept. of Vet. Anat.
* HRUDKA, F. - Prof.
* LATSHAW, W. K. - Assoc. Prof.
* AYVAZ-ZADEH, Miss B. - Grad. Stud.
MEXICO
Mexico, Centro'de Invest, y de Estud. Avanza-
dos del Inst. Politecn. Nac,
Dept. de Bioquim.
* HAMABATA, A. - Assoc. Prof.
* RAMIREZ, O. C. - Asst. Prof.
UNITED STATES
ALABAMA (AL; Ala)
Birmingham, Univ. of Alabama,
Coll. of Gen. Stud., Dept. of Biol.
POIRIER, G. R. - Asst. Prof.
Tuskegee, Tuskegee Inst., Vet. School
* WILLIAMS, R. C. - Prof., Chairman
ARIZONA (AZ; Ariz)
Tucson, Univ. of Arizona,
Dept. of Biol. Sci.
* BAGNARA, J. T. - Prof.
* BARTELS, P. G. - Prof.
FERRIS, W. R.
KECK, K. - Prof.
Med. Ctr., Dept. of Pharmacol.
* RUSSELL, Mrs. D. H. - Assoc. Prof.
ARKANSAS (AR; Ark)
College Heights, Univ. of Arkansas,
Dept. of Biol.
ETHERIDGE, A. L. - Assoc. Prof.
Hot Springs, Weyerhaeuser Co.. Res. Lab.
* GREENWOOD, M. S.
CALIFORNIA (CA; Calif.)
Berkeley, Univ. of Calif.,
Div. of Entomol.
PIPA, R. L. - Assoc. Prof.
Dept. of Genet.
FRISTROM, Mrs. D.
Dept. of Zool.
* EAKIN, R. M. - Prof.
* HARRIS, M. - Prof.
* STERN, C. - Prof. (Emer.)
* WILT, F. H. - Prof.
BERG, W. E. - Prof.
* STEINHARDT, R. A. - Assoc. Prof.
* TOKUNAGA, Miss C.
BAKER, Mrs. P. C. - Res. Assoc.
Davis, Univ. of Calif., Zool. Dept.
* VACQUIER, V. D.
Sch. of Vet. Med., Radiobiol. Lab.
* ANDERSEN, A. C.
Dillon Beach, Univ. of the Pacific,
Pacif. Mar. Stat.
BLAKE, J. A. - Asst. Prof.
MacMILLAN, Miss F. E.
WILLIAMS, L. G.
Duarte, City of Hope Med. Ctr.,
Dept. of Biol.
* OHNO, S. - Chairman
* SEECOF, R. L. - Res. Scient.
Div. of Neurosci.
* VAUGHN, J. E.
Hay ward, Calif. State Univ.,
Dept. of Biol. Sci.
* HEATH, H. D. - Prof.
Irvine, Univ. of Calif., Sch. of Biol. Sci.,
Developm. Biol. Lab. and Ctr. for Pathobiol.
* SCHNEIDERMAN, H. A. - Chairman
* LENHOFF, H. M. - Prof., Dir. Mar. Biol.
Progr.
* CAMPBELL, R. D. - Assoc. Prof.
* BERNS, M. W. - Assoc. Prof.
* FOSKET, D. E. - Assoc. Prof.
* BRYANT, P. J. - Asst. Prof.
99
I .S \. (CA)
* BRYAN I (POYNTZ), Mrs. S. V. - Asst.
Prof.
I ,()1 DSMITH, Ms. M. R. - Asst. Prof.
* GR1 1 NHOUS! ,G. A. Asst. Prof.
VRKING, R. Asst. Res. Biol.
BOD1 . ll. R. Lect.
GRANGER (PARSONS), Mrs. N. - Lect.
M \D1I WAN, K. - Res. Scicnt.
* MADHAVAN, Mrs. M. M. Res. Scicnt.
* BOWNi S. Ms. M Res. Scicnt.
I LINE, Hi. W. - Res. Fellow
* RA T INI R, J. B. - Res. Scient.
La Jolla, Univ. of Calif., San Diego,
Dept of Biol.
* ST1 RN, 11. Prof.
* BUTLER, W. L. - Prof.
1-R1I DKIN, M. E. - Prof.
KAPLAN, N. O. - Prof.
* LINDSLEY, D. L. - Prof.
* MILLS. S. L. - Prof.
* SATO, G. H. - Prof.
DUTTON, R. W. - Assoc. Prof.
* VARON, S. S. - Assoc. Prof.
* HOTTA, Y. - Assoc.
* LOOM1S, W. 1 ., Jr. - Asst. Prof.
* BRODY, S. - Asst. Prof.
* CHRISPKl LS, M. J. - Asst. Prof.
c;robstitn, c.
* SIMON, M. I. - Asst. Prof.
* SELV1 RSTON, A. I. - Asst. Prof.
* TOKUYASU, K. - Assoc. Res. Biol.
* NESBITT, Ms. M. N. - Asst. Prof.
* SCHEFFLER, I. E. - Asst. Prof.
* SPITZER, N. C. - Asst. Prof.
Dept. of Obstet. & Gynecol.
* BENIRSCHKE, K. - Prof.
Scripps Inst, of Oceanogr.
* EPEL, D. - Prof.
* CARROLL, E. J., Jr. - Postdoct. Fellow
* BYRD, E. W., Jr. - Postdoct. Fellow
Los Angeles, Univ. of Calif., Med. Sch..
Bone Res. Lab.
* URIST, M. R. - Adj. Assoc. Prof. Surg.
Ctr. for Health Sci., Dept. of Pediat. & Anat.
* TOWERS, B.
School of Dent.
* WEINSTOCK, A. - Assoc. Prof.
Dept. of Med. Microbiol. & Immunol.
VOGE, Mrs. M. - Prof.
COLLIN, W. K. - Postdoct. Fellow
Dept. of Zool.
SJOSTRAND, F. S. - Prof.
Los Angeles, Univ. of South. Calif.,
Sch. of Dent., Dept. of Biochem.
SLAVKIN, H. C. - Asst. Prof.
Sch. of Med., Dept. of Obstet. & Gynecol.
* MARTIN, C. B., Jr., - Assoc. Prof.
* MURATA, Y. - Res. Fellow
* THOMPSON, R. S.
Dept. of Biol. Sci.
* PRAY, T. R. - Prof.
* BAKER, R. F. - Assoc. Prof.
Northridge, Calif. State Univ.,
Dept. of Biol.
* BARBER, Mrs. M. L. - Assoc. Prof.
* OPPENHEIMER, S. B. - Asst. Prof.
Palo Alto, Stanford Med. School,
Dept. of Med.
* KEDES, L. H.
Palo Alto, Zoecon Corp.
* STAAL, G. B. - Dir. Biol. Res.
* JUDY, K. J. - Res. Scient.
U.S.A. (CO)
Pasadena, Calif. Inst, of Technol.,
Div. of Biol.
* DAVIDSON, E. H. - Assoc. Prof.
* HOUGH (RAYMOND), Mrs. B. - Res.
Assoc.
SPERRY, R. W.
Pasadena, Huntington Inst, of Appl. Med. Res.
* AGNEW, W. F. - Sen. Invest.
Riverside, Univ. of Calif.,
Dept. of Biol.
* MOORE, J. A. - Prof.
* MOORE, Mrs. B. C. - Res. Assoc.
* ALLEN, W. R. - Asst. Prof.
San Francisco, San Francisco State Coll.,
Dept. of Cell, and Molec. Biol.
BOWEN, Mrs. S. T. - Prof.
DUNCAN, J. T. - Assoc. Prof.
San Francisco, Univ. of Calif.,
Sch. of Dentistry, Dept. of Anat.
* COLEMAN, R. D. - Prof.
Sch. of Med., Dept. of Anat.
* MONIE, I. W. - Prof., Chairman
* ASLING, C. W. - Prof.
* GLASS, Ms. L. E. - Assoc. Prof.
* DAENTL, Ms. D. L. - Asst. Prof.
Dept. of Pathol.
* GONDOS, B. - Assoc. Prof.
San Francisco, Univ. of the Pacific,
Sch. of Dent., Dept. of Anat.
* CHAMBERLAIN, J. G. - Chairman
San Luis Obispo, Calif. Polytechn. State Univ.,
Biol. Sci. Dept.
* THURMOND, W. - Prof.
* KREJSA, R. J. - Assoc. Prof.
RITSCHARD, R. L. - Assoc. Prof.
* HAMADA, S. H.
Santa Barbara, Univ. of Calif.,
Dept. of Biol. Sci.
TRIPLETT, E. L. - Assoc. Prof.
KOHL, D. M. - Asst. Prof.
Sepulveda, Vet. Adm. Hosp.,
Developm. Biol. Lab.
PIK6, L. - Sen. Res. Fellow
Stanford, Stanford Univ.,
Sch. of Med., Dept. of Anat.
* GRAY, D. J. - Prof..
* CUNHA, G. R. - Asst. Prof.
Dept. of Med.
* STOCKDALE, F. E. - Asst. Prof.
Dept. of Pediat.
* KRETCHMER, N. - Prof.
* BERNFIELD, M. R. - Assoc. Prof.
Dept. of Pharmacol.
SCHIMKE, R. T. - Prof.
PALMITER, R. D. - Postdoct. Fellow
Dept. of Biol. Sci.
* GREEN, P. B. - Prof.
WESSELLS, N. K.
CENTER, Mrs. E. M.
Torrance, Harbor Gen. Hosp.,
Dept. of Pathol.
* ZAMBONI, L. - Assoc. Prof.
COLORADO (CO; Colo)
Boulder, Univ. of Colorado,
Dept. of Molec, Cell., and Devi. Biol.
RUNNER, M. N. - Prof., Dir.
PORTER, K. R. - Prof.
Colorado Springs, Colorado Coll.,
Dept. of Biol.
* HEIM, W. G. - Prof.
100
U.S.A. (CO)
Denver, Univ. of Colorado Med. Ctr.,
Sen. of Dent., Dept. of Human Biol.
SCHULTZ, R. L. - Prof.
TOBIN, C. E. - Prof.
Fac. of Coll. of Undergrad. Stud.,
Biol. Dept.
WEISHEIT (SCHULTZ), Mrs. P. - Prof.,
Asst. Dean
Las Animas, Scient. Transplants, Inc.
* ELLIOTT, D. S.
CONNECTICUT (CT;Conn)
Farmington, Univ. of Connecticut,
Health Ctr., Dept. of Anat.
* COLLINS, M. F.
Sch. of Dent. Med., Dept. of Oral Biol.
* KOLLAR, E. J.
* CUTLER, L. S. - Asst. Prof.,
Hartford, Trinity Coll.,
Dept. of Biol.
* VAN STONE, J. M. - Prof.
* CRAWFORD, R. B. - Prof.
Middletown, Wesleyan Univ.
Dept. of Biol.
* HANSON, E. D. - Prof.
* KIEFER, B. I. - Assoc. Prof.
* BERRY, S. J. - Assoc. Prof.
* INFANTE, A. A. - Asst. Prof.
* WOLFE, J. S. - Asst. Prof.
* DONADY, J. J. - Asst. Prof.
Milford, Middle Atlant. Coast. Fish. Ctr.,
Natl. Mar. Fish. Serv., Biol. Lab.
* CALABRESE, A.
* STILES, Miss S. S.
New Haven, Alb. Magnus Coll.,
Dept. of Biol.
* RUDNICK, Miss D.
New Haven, Yale Univ.,
Fac. of Arts & Sci., Dept. of Biol.
GOLDSMITH, T. H. - Chairman
* BOELL, E. J. - Prof.
* CLUTTER, Ms. M. E. - Res. Assoc.
* DOANE, Mrs. W. W. - Res. Assoc.
* GALL, J. G. - Prof.
* GALSTON, A. W. - Prof.
* GOLDSMITH, Mrs. M. H. M. - Assoc. Prof.
* KANKEL, D. R. - Asst. Prof.
* LANDMESSER, Miss L. T. - Asst. Prof.
* MARKERT, C. L. - Prof.
* POULSON, D. F. - Prof.
* RAE, P. M. M. - Asst. Prof.
* RAMUS, J. S. - Assoc. Prof.
* ROSENBAUM, J. L. - Assoc. Prof.
* RUDDLE, F. H. - Prof.
* STOWE, B. B. - Prof.
* TRINKAUS, J. P. - Prof.
Sch. of Med., Dept. of Comp. Anat.
STONE, L. S. - Prof. (Emer.)
Dept. of Radiol.
SPENCER, R. P. - Prof.
Sch. of Forest. & Environm. Stud.,
Greeley Mem. Lab.
BERLYN, G. P. - Assoc. Prof.
Storrs, Univ. of Connecticut,
Fac. of Lib. Arts, Biol. Sci. Group
* LAUFER, H. - Prof.
* BERGTROM, G. - Res. Assoc.
* CALVET, J.
Regulatory Biol.
* PILAR, G. R. - Prof., Head
Genet and Cell Biol. Sect.
* HERRMANN, H. - Prof.
U.S.A. (FL)
* KRIDER, H. M. - Asst. Prof.
Storrs Agric. Exp. Stat.
Dept. of Anim. Genet.
* PIERRO, L. J. - Prof.
* GOETINCK, P. F. - Assoc. Prof.
* KLEIN, N. W. - Assoc. Prof.
Nutrit. Sci. Dept.
* SOMES, R. G. - Assoc. Prof.
DFLAWARE (DF;Del)
Newark, Univ. of Delaware,
Dept. of Biol. Sci.
VINCENT, W. S. - Prof., Chairman
FRANCIS, D. W.
DISTRICT OF COLUMBIA (DC)
Washington, Cath. Univ. of America,
Grad. Sch. of Arts & Sci., Biol. Dept.
LYNN, W. G. - Prof.
Washington, Georgetown Univ.,
Sch. of Med. & Dent, Dept. of Anat.
BHUSSRY, B. R. - Prof., Chairman
* KAPUR, S. P. - Asst. Prof.
* VIDIC, B.
Washington, Trinity Coll.,
Dept. of Biol.
DIMOND, Sister M. T. - Prof.
FLORIDA (FL;Fla)
Boca Raton, Florida Atlantic Univ.,
Coll. of Sci., Dept. of Biol. Sci.
DOBKIN, Sh. - Assoc. Prof.
Coral Gables, Univ. of Miami,
Dept. of Biol.
GRABOWSKI, C. T. - Prof.
IVERSON, R. M. - Prof.
CLEGG, J. S. - Assoc. Prof.
MURISON, G. L. - Asst. Prof.
RICHARDSON, W. N. - Asst. Prof.
Inst, of Molec. and Cell. Evol.
METZ, C. B. - Prof.
HINSCH, Miss G. W. - Prof.
* O'RAND, M. G. - Postdoct. Fellow
Gainesville, Agric. Res. Serv., Insect Attract.,
Behav. & Basic Biol. Res. Lab.
* OBERLANDER, H.
* FERKOVICH, S. M. - Res. Entomol.
* SILHACEK, D. L. - Res. Chem.
Gainesville, Univ. of Florida,
Coll. of Arts & Sci., Dept. of Zool.
* BROOKBANK, J. W. - Prof.
* GREGG, J. H. - Prof.
* DAVIS, F. C. - Asst. Prof.
* KARP, G. C. - Asst. Prof.
Coll. of Med., Dept. of Pediat. & Biochem.
* RENNERT, O. M. - Assoc. Prof.
Miami, Univ. of Miami, Sch. of Med.,
Dept. of Physiol. & Biophys.
* ROCKSTEIN, M. - Prof.
* JACOBSON, M. - Prof.
Pensacola, Univ. of W. Florida,
Fac. of Biol., Gamma Coll.
* D'ASARO, C. N. - Assoc. Prof.
* RANGA RAO, K. - Assoc. Prof.
Sarasota, New Coll., Div. of Nat. Sci.
* MORRILL, J. B. - Prof.
* RUBIN, R. W. - Asst. Prof.
101
U.S.A. (II)
Tallahav.iv. I lorida State I'niv.,
Dept of Biol. Sci.
BURD1CK, M. L. - Asst. Prof.
GJ ORG! \ (G \i
Athens, Univ. of Georgia,
( ',.11. of Arts & ScL, Dcpt. of Zool.
* BRYAN, J. H. D. - Prof.
* HUMPHREYS, W. J. - Prof., Dir. E. M.
Lab.
* LINDSAY, D. T. - Assoc. Prof.
* COWARD, S. J. - Assoc. Prof.
* MATT1NGLY, Miss E. - Asst. Prof.
* AKRUK, S. R. - Grad. Stud.
Dept of Botany
* FULLER, M. S. - Prof.
* KEY, J. L. - Prof.
* KOCHERT, G. - Assoc. Prof.
* JAWORSKL A. - Asst. Prof.
Atlanta, Emory Univ.,
Dept. of Anat.
* DeHAAN, R. L. - Prof.
Dept. of Biol.
* CLEMENT, A. C. - Prof.
* HUMPHRIES, A. A., Jr. - Prof.
* HUNT, E. L. - Prof.
* SMITH, P. D. - Assoc. Prof.
* ELMER, W. A. - Asst. Prof.
Atlanta, Bur. of Epidemiol.,
Ctr. for Dis. Control
* OAKLEY, G. P., Jr. -Dept. Chief
HAWAII (HI)
Honolulu, Univ. of Hawaii,
Coll. of Arts & Sci., Dept. of Bot.
SMITH, C. W. - Assoc. Prof.
Harold L. Lyon Arboretum & Horticult. Dept.
* SAG AW A, Y. - Prof., Dir.
Sch. of Med., Dept. of Anat.
DE FEO, V. J. - Prof., Chairman
DIAMOND, M. - Prof.
YANAGIMACHI, R. - Assoc. Prof.
KLEINFELD, Mrs. R. G. - Assoc. Prof.
TEICHMAN, R. J. - Asst. Prof.
Pacif. Biomed. Res. Ctr., Kewalo Lab.
* KANE, R. E. - Prof., Asst. Dir.
* ARNOLD, J. M. - Assoc. Prof. Cytol.
* HUMPHREYS, T. D. - Assoc. Prof.
Biochem.
* HADFIELD, M. G. - Asst. Prof. Cytol.
Dcpt. of Zool.
* HALEY, S. R. - Asst. Prof.
IDAHO (ID; Ida)
Moscow, Univ. of Idaho,
Fac. of Let & Sci., Dept. of Biol. Sci.
* ROBERTS, L. W. - Prof. Bot.
ILLINOIS (IL; 111)
Argonne, Argonne Natl. Lab.,
Div. of Biol. & Med. Res.
* STEARNER, S. P. - Biol.
Caibondale, South. Illinois Univ.,
Dept. of Physiol.
* FOOTE, Mrs. F. MARTINDALE
* TAYLOR, G. T. - Asst. Prof.
ChicagofChicago Coll. of Osteo. Med.,
Dept. of Physiol.
KELSO, A. F. - Chairman
102
U.S.A. (IL)
Chicago, De Paul Univ.,
Dept. of Biol. Sci.
* THOMMES, R. C. - Prof.
* McWHINNIE, Miss D. J. - Assoc. Prof.
* WOODS, J. E. - Assoc. Prof.
Chicago, Loyola Univ.,
Dept. of Biol.
* MANNER, H. W. - Prof.
* GOLDIE, M. - Asst. Prof.
* SPIROFF, B. E. N. - Asst. Prof.
Chicago, Rush Med. Coll.
* MAIBENCO, Miss H. C.
Dept. of Obstet. & Gynecol.
MISENHEIMER, H. R.
Dept. of Pediat., Sect, of Genet.
SMITH, G. F. - Prof., Dir.
Chicago, Univ. of Chicago,
Div. of Biol. Sci., Dept. of Anat.
* SINGER, R. - Prof., Chairman
* ANDERSON, W. R. - Assoc. Prof.
* FISCHMAN, D. A. - Assoc. Prof.
* GARBER, Mrs. B. B. - Assoc. Prof.
* MANASEK, F. J. - Assoc. Prof.
* STEFFEK, A. J. - Res. Assoc.
* VERRUSIO, A. C. - Res. Assoc.
Comm. on Developm. Biol.
* MOSCONA, A. A. - Prof., Chairman
* BAKER, W. K. - Prof.
* COHEN, M. H. - Prof.
* DORFMAN, A. - Prof.
* GARBER, Mrs. B. B. - Assoc. Prof.
* GOLDWASSER, E. - Prof.
* HASELKORN, R. - Prof.
MOSCONA, Mrs. M. H. - Res. Assoc.
* OVERTON, Mrs. J. H. - Prof.
* ROWLEY, D. A. - Prof.
SHANKLIN, D. R. - Prof.
* SWIFT, H. H. - Prof.
* GROBSTEIN, P. - Asst. Prof.
* ROBERTSON, A. D. J. - Asst. Prof.
Chicago, Univ. of Illinois Med. Ctr.,
Sch. of Basic Med. Sci., Dept. of Anat.
* SCHMIDT, A. J. - Prof.
* RAFFERTY, K. A., Jr. - Prof.
* LaVELLE, A. - Prof.
* VAN ALTEN, P. J. - Assoc. Prof.
* REYNOLDS (KING), Mrs. W. A. - Assoc.
Prof.
* KERNIS, M. M. - Asst. Prof.
SACHS, H. G. - Asst. Prof.
Center for Genet.
* BARR, H. J.
Chicago, Wilbur Wright Coll.,
Dept. of Biol.
* VENEZIANO, P. P. - Assoc. Prof.
DeKalb, North. Illinois Univ.,
Dept. of Biol. Sci.
* NORSTOG, K. J. - Prof.
* PRAHLAD, K. V. - Prof.
* JOLLIE, M. T. - Prof.
* SCHJEIDE, O. A. - Prof.
* HAMPEL, A. E. - Assoc. Prof.
* HANZELY, L. - Asst. Prof.
Evanston, Northwestern Univ.,
Dept. of Biol. Sci.
* KING, R. C. - Prof.
Galesburg, Knox College,
Dept. of Biol.
* VOORHEES, F. R. - Asst. Prof.
U.S.A. (ID
Maywood, Loyola Univ.,
Sch. of Dent., Dept. of Oral Pathol.
* TOTO, P. D. - Prof.
Normal, Illinois State Univ.,
Dept. of Biol. Sci.
* SCHWALM, F. E. - Assoc. Prof.
Urbana, Univ. of Illinois,
Dept. of Bot.
STEFFENSEN, D. M. - Prof.
Sch. of Life Sci., Dept. of Entomol.
* HORSFALL, W. R. - Prof.
* WILLIS (HORWITZ), Mrs. J. - Assoc. Prof.
Provis. Dept. of Genet. & Devi.
* WATTE RSON, R. L. - Prof.
* NANNEY, D. L. - Prof.
* DAVENPORT, R. - Assoc. Prof.
* BROWN, E. H. - Assoc. Prof.
* WHITT, G. S. - Asst. Prof.
* STOCUM, D. L. - Asst. Prof.
INDIANA (IN;Ind.)
Bloomington, Indiana Univ.,
Dept. of Zool.
HUMPHREY, R. R. - Prof. (Emer.)
CROWELL, P. S. - Prof.
* MALACINSKI, G. M.
MAHOWALD, A. P.
SCHAIBLE, R. H.
Crawfordsville, Wabash Coll. ,
Dept. of Biol.
* HEARSON, L. L. - Assoc. Prof.
Notre Dame, Univ. of Notxe Dame,
Coll. of Sci., Dept. of Biol.
* TWEEDELL, K. S. - Prof., Dir.
* BENDER, H. A. - Prof.
* FUCHS, M. S. - Assoc. Prof.
Terre Haute, Indiana State Univ.,
Dept. of Life Sci.
ALBRIGHT, J. F.
West Lafayette, Purdue Univ.,
Sch. of Agric, Dept. of Anim. Sci.
ALLISTON, C. W. - Assoc. Prof.
Dept. of Biol. Sci.
* ALTMAN, J. - Prof.
* JAFFE, L. F. - Prof.
* VANABLE, J. W., Jr. - Assoc. Prof.
* DAS, G. D. - Assoc. Prof.
* FORMAN, M. - Asst. Prof.
* MITTENTHAL, J. E. - Asst. Prof.
* SMITH, L. D.
IOWA (I A)
Ames, Iowa State Univ.,
Dept. of Zool. & Entomol.,
BAKER, J. R. - Assoc. Prof.
Iowa City, Univ. of Iowa,
Coll. of Dent, Dept. of Oral Biol.,
JACOBS, R. M. - Prof., Head
Coll. of Lib. Arts, Dept. of Zool.
* KOLLROS, J. J. - Prof., Chairman
* BEAMS, H. W. - Prof. (Emer.)
* KESSEL, R. G. - Prof.
* WILLIAMS, N. E. - Prof.
* MILKMAN, R. D. - Prof.
* SPAZIANI, E. - Prof.
* FRANKEL, J. - Prof.
* MOHLER, J. D. - Prof.
* STAY, Miss B. - Assoc. Prof.
* SOLURSH, M. - Assoc. Prof.
* SOLL, D. R. - Asst. Prof.
U.S.A. (ME)
Coll. of Med., Dept. of Anat.
* AYDELOTTE, Mrs. M. B. - Asst. Prof.
KANSAS (KS; Kan)
Lawrence, Univ. of Kansas,
Dept. of Physiol. & Cell Biol.
WYTTENBACH, Ch. R.
BURCHILL, B. R. - Asst. Prof.
KENTUCKY (KY)
Lexington, Univ. of Kentucky,
Med. Ctr., Dept. of Anat.
* TRAURIG, H. H. - Assoc. Prof.
Dept. of Biochem.
BOLLUM, F. J. - Prof.
Dept. of Cell Biol.
DONNELLY, Miss G. M.
Sch. of Biol. Sci., Sect, on Regulat. & Devi.
Biol.
* BIRGE, W. J. - Prof., Head
LOUISIANA (LA)
Baton Rouge, Louisiana State Univ.,
Sch. of Vet. Med., Dept. Epidemiol.
* HUBBERT, W. T. - Prof., Head
Belle Chasse, Tulane Univ. Med. Sch.,
Dept. of Anat., Lab. of Devi. Biol.
ROSE, S. M. - Prof.
ROSE, Mrs. F. C. - Res. Assoc.
Covington, Tulane Univ.,
Delta Region. Prim. Res. Ctr.,
Dept. of Reprod. Physiol.
CLEWE, Th. H.
FRANKLIN, L. E.
New Orleans, Louisiana State Univ.,
Sch. of Med. & Dent., Anat. Dept.
* GASSER, R. F. - Prof.
* ALLEN, E. R. - Assoc. Prof.
* NARAYANAN, C. H. - Assoc. Prof.
* BAGWELL, J. N. - Asst. Prof.
* HOLMSTEDT, J. O. V. - Asst. Prof.
Dept. of Biol. Sci.
HEYN, A. N. J. - Prof.
New Orleans, Loyola Univ.,
Dept. of Biol. Sci.
* LESSEPS, R. J. - Assoc. Prot.
New Orleans, Tulane Univ.,
Dept. of Biol.
* VOLPE, E. P. - Prof., Chairman
* MIZELL, M. - Prof.
* ELLGAARD, E. G. - Asst. Prof.
MAINE (ME)
Bar Harbor, The Jackson Lab.,
GREEN, E. L. - Dir.
* HUMMEL, Miss K. P. - Sen. Staff Scient.
(Emer.)
* GREEN, Mrs. M. C. - Sen. Staff Scient.
* STEVENS, L. C. - Sen. Staff Scient.
* W AYMOUTH, Miss C. - Sen. Staff Scient.
* WHITTEN, W. K. - Sen. Staff Scient.
* HOPPE, P. C. - Staff Scient.
Orono, Univ. of Maine,
Dept. of Zool.
* MUN, A. M. - Prof.
* SUMMERS, R. G. - Asst. Prot.
HAYNES, J. F.
103
i .S. \. (Ml i
Walpole, i niv. ol Maine,
Darling Ctr. lor Res.. Teach. & Serv.,
Dept. of Oceanogr.
* |)| \\ 1 1 1'u.t . Dir. & Act. Chairman
* M \/l KKI1 WICZ, M. Asst. Prof.
M \KYLAND(MD)
Baltimore, Camegie Inst, of Washington,
Dept of Embryo!
* EBERT, J. D. - Prof., Dir.
* BROWN, D. D. Staff Member
DAWID, I. B. Staff Member
* FAMBROUGH, D. M., Jr. - Staff Member
* PAGANO, R. E. - Staff Member
* REEDER, R. H. - Staff Member
* SUZUKI, Y. - Staff Member
* BROWN, R. D. Postdoct. Fellow
* HIGASH1NAKAGAWA, T. - Postdoct.
fellow
* HUANG, L. - Fellow
* MORROW. J. F. - Fellow
* OHE S. - Fellow
* OZATO, Mrs. K. - Fellow
* RITCHIE, Mrs. A. - Fellow
* UPHOLT, W. B. - Fellow
* DEVREOTES, P.
* KAUSHAGEN. C. J.
Baltimore, Johns Hopkins Univ.,
Sch. of Hyg. &Publ. Hlth.,
Dept. of Popul. Dynamics
* SCHUETZ, A. W. - Assoc. Prof.
OPPENHEIMER, Miss J. M.
Sch. of Med., Dept. of Neurol.
DRACHMAN, D. B. - Assoc. Prof.
Dept. of Obstet. & Gynecol.
WHARTON, L. R., Jr. - Asst. Prof.
KENNEDY, J. F. - Asst. Prof.
Dept. of Pathol.
* BROWN, T. T., Jr. - Postdoct. Fellow
Dept. of Biol.
* EBERT, J. D. - Hon. Prof.
CEBRA, J. J. - Prof.
SMITH, K. D. - Asst. Prof.
* BROWN, D. D. - Hon. Asst. Prof.
SOFER, W. H. - Postdoct. Fellow
EDIDIN.M. A. - Asst. Prof.
ROTH, S. A. - Asst. Prof.
Bethesda, Natl. Inst, of Health,
Inst, of Arthritis & Metab. Dis.
PARK, Miss H. D. - Res. Biol.
* GORDON, R. - Staff Fellow
Natl. Cane. Inst., Lab. of Biol.
ANDERSON, P. N. - Res. Assoc.
Natl. Inst, of Child Hlth & Hum. Devi.
* GULYAS,B. J.
Lab. of Biomed. Sci.
* ROBINSON. J. C. - Chief
Lab. of Molec. Genet.
* PIATIGORSKY, J.
* ZELENKA, Mrs. P. S. - Staff Fellow
* BEEBE, D. C. - Staff Fellow
* HONJO.T.
Extramural Res. Programs
* WATERMAN, A. J. - Prof.
Natl. Inst, of Dent. Res.
HISAOKA, K. K. - Dep. Assoc. Dir.
* STERN, R. - Med. Off.
* BROWN, K. S. - Chief Devi. Genet. Sect.
* PRATT, R. M. - Sen. Staff Fellow
* HASSELL, J. R. - Staff Fellow
U.S.A. (MA)
JOHNSTON, M. C.
KING.C. T. G.
Natl. Eye Inst., Sect, on Exp. Embryol.,
Lab. of Vision Res.
* COULOMBRE, A. J. - Head
* COULOMBRE (LACY), Mrs. J. L.
REESE, D. H.
Natl. Inst, of Neurol. Dis. & Stroke
* MURRAY, M. R.
College Park, Univ. of Maryland,
Div. of Life Sci., Dept. of Zool.
* IMBERSKI, R. B. - Assoc. Prof.
Rockville, Bur. Radiol. Health, F. D. A.
* RUGH, R. - Res. Biol.
MASSACHUSETTS (MA; Mass)
Amherst, Amherst Coll., Dept. of Biol.
SCHOTTE, O. E. - Prof. (F.mer.)
ELLIS, C. H., Jr. - Asst. Prof.
Amherst, Hampshire Coll.,
Sch. of Nat. Sci. & Mathem.
* GOLDHOR, Miss S.
Amherst, Univ. of Massachusetts,
Botany Dept.
SHAPIRO, S. - Prof., Head
Dept. of Zool.
* EDDS, M. V., Jr. - Prof.
Boston, Boston Univ.
Sch. of Med., Dept. of Anat.
* PETERS, A. - Prof., Chairman
* IFFT, J. D. - Assoc. Prof.
* GRASSO, J. A. - Assoc. Prof.
* HINDS, J. W. - Asst. Prof.
* FELDMAN, M. L. - Asst. Prof.
Boston, Harvard Med. School,
Dept. of Anat.
* ZWAAN, J. - Assoc. Prof.
* HAY, Miss E. D. - Assoc. Prof.
* ANDERSON, E. - Prof.
* HENDRIX, R. W. - Res. Assoc.
Children's Hosp. Med. Ctr.,
Dept. of Neurosci.
* LaVAIL, Mrs. J. H. - Instr.
Dept. of Ophthalmol.
* ZWAAN, J. - Assoc. Prof.
* HENDRIX, R. W. - Res. Assoc.
Massachusetts Gen. Hosp.,
Devi. Biol. Lab.
* TRELSTAD, R. L.
GROSS, J. - Prof.
Dept. of Neurol.
DeLONG, G. R. - Asst. Prof.
Dept. of Surg.
GRILLO, H. C. - Prof.
New England Deaconess Hosp.,
Cane. Res. Inst., Dept. of Biol. Chem.
* KNOX, W. E. - Sen. Res. Assoc.
* GREENGARD, O. - Sen. Res. Assoc.
Lab. of Hum. Reprod. & Reprod. Biol.
* BIGGERS, J. D. - Prof.
* ANDERSON, E. - Prof.
Boston, Tufts Univ.,
Dept. of Anat.
HUCKINS, MissC.
Dept. of Physiol.
KETCHEL, M. M. - Prof.
Cambridge, Harvard Univ.,
Fac. of Arts & Sci., Dept. of Biol.
WILLIAMS, C. M. - Prof.
KAFATOS, F. C. - Prof.
RIDDOFORD, L. M. - Assoc. Prof.
104
U.S.A. (MA)
U.S.A. (MN)
Cambridge, Mass. Inst, of Technol.,
Dept. of Biol.
BELL, E. - Prof.
INGRAM, V. M. - Prof. Biochem.
BAGLIONLC. - Prof.
PENMAN, S.
GROSS, P. R.
Dept. of Nutr. & Food Sci.
* NAKAMOTO, T. - Postdoct. Fellow
Northampton, Smith Coll.,
Dept. of Biol. Sci.
* EDDS (LUCKENBILL), Mrs. L. M. - Asst.
Prof.
Petersham, Harvard Univ.,
Cabot Found.
* NEWCOMB, W. - Res. Fellow
Shrewsbury, Worcester Found, for Exp. Biol.
HUNT, Miss D. M. - Staff Scient.
GIBBONS, A. F. E. - Res. Assoc.
KILLE, J. W.
BARTKE, A. - Postdoct. Fellow
South Hadley, Mount Holyoke Coll.,
Dept. of Biol. Sci., Clapp Lab.
* STEIN, Miss K. F. - Prof. (Emer.)
* KALTENBACH, Mrs. J. COUFFER Prof.
* ESCHENBERG, Miss K. M. - Prof.
De TOMA, F. J. - Asst. Prof. Biochem.
Waltham, Brandeis Univ.,
Dept. of Biol.
SCHIFF, J. A. - Prof.
KLEIN, A. O. - Assoc. Prof., Chairman
FULTON, C. M. - Assoc. Prof.
Wellesley, Wellesley Coll.,
Dept. of Biol. Sci.
PADYKULA, Miss H. A. - Prof.
GAUTHIER, Miss G. F. - Asst. Prof.
TAYLOR, Miss J. M.
Woods Hole, Mar. Biol. Lab.
BARTH, L. G. - Prof.
BARTH, Mrs. L. J.
Woods Hole,
* CHENEY, R. H. - Prof. (Emer.)
MICHIGAN (MI; Mich)
Ann Arbor, Univ. of Michigan,
Med. Sch., Dept. of Anat.
* BURDI, A. R. - Assoc. Prof.
* CARLSON, B. M. - Asst. Prof.
* CONNELLY, T. G. - Asst. Prof.
* FISHER, L. J. - Asst. Prof.
* FISHER, D. L. - Asst. Prof.
Ctr. for Res. in Reprod. Biol.,
Dept. of Obstet. & Gynecol.
* BEHRMAN, S. J. - Prof., Dir.
* MENGE, A. C. - Assoc. Prof.
* JONES, W. R. - Visit. Prof.
* DUKE, J. L. - Res. Assoc.
* COELINGH BENNINK, H. J. T. - Visit
Res. Scient.
Dept. of Zool.
* KAUFMANN, B. P. - Prof. (Emer.)
* FRYE, B. E. - Prof.
* GAY, Miss H. - Prof.
* KEMP, N. E. - Prof.
* NACE, G. W. - Prof.
* RIZKI, T. M. - Prof.
* SHAPPIRIO, D. G. - Prof.
* CHAMBERLAIN, J. P. - Prof.
* CATHER, J. N. - Assoc. Prof.
* KLEINSMITH, L. J. - Assoc. Prof.
* RICHARDS, Mrs. C. M. - Res. Assoc.
Dept. of Bot.
SUSSMAN, A. S. - Prof.
NOODEN, L. D. - Assoc. Prof.
KAUFMAN, P. B. - Assoc. Prof.
SONI, S. L. - Postdoct. Fellow
Detroit, Wayne State Univ.,
Sch. of Med., Dept. of Anat.
* MEYER, D. B.
* BOVING, B. G.
Detroit, Carnegie Embryol. Labs.
* O'RAHILLY, R. - Prof.
East Lansing, Michigan State Univ.,
Coll. of Hum. Med., Dept. of Anat.
* WALKER, B. E. - Prof., Chairman
* ROSS, L. M.
Coll. of Nat. Sci., Dept. of Zool.
* SHAVER, J. R. - Prof.
* BAND, R. N. - Prof.
* RIVERA, Miss E. M. - Assoc. Prof.
* OZAKI, H. - Assoc. Prof.
* AGGARWAL, S. K. - Assoc. Prof.
* BROMLEY, S. C. - Assoc. Prof.
* TWEEDLE, Ch. D. - Asst. Prof.
* HOOVER, R. L. - Res. Fellow
* HILL, Mrs. S. DOUGLAS - Res. Assoc.
MSU/AEG Plant Res. Lab.
* LANG, A. - Prof., Dir.
Dept. of Bot. & Plant Pathol.
* CANTINO, E. C.
Marquette, U. S. Dept. of the Interior,
Bur. of Sport Fish. & Wildlife
* MANION, P. J. - Fish. Res. Biol.
Mt. Pleasant, Centr. Michigan Univ.,
Biol. Dept.
* KOEHLER, L. D. - Prof.
* CORVEN, J. M. - Grad. Stud.
* ACKERSON, A. O. - Grad. Stud.
Rochester, Oakland Univ.,
Dept. of Biol. Sci.
* BUTTERWORTH, F. M. - Assoc. Prof.
* COLE, M. B., Jr. - Asst. Prof.
MINNESOTA (MN;Minn)
Minneapolis, Univ. of Minnesota,
Sch. of Dent., Div. of Oral Biol.
* SHAPIRO, B. L. - Prof., Chairman
* REDMAN, R. S. - Assoc. Prof.
Sch. of Med., Dept. of Anat.
WELLS, L. J. - Prof.
Dept. of Microbiol.
* DWORKIN, M. - Prof.
Coll. of Biol. Sci., Dept. of Zool.
SPRATT, N. T., Jr. - Prof.
McKINNELL, R. G. - Prof.
HUVER, C. W. - Assoc. Prof.
KERR, N. S. - Assoc. Prof.
SHERIDAN, J. D. - Asst. Prof.
GILBERTSON, D. E. - Asst. Prof.
Dept. of Bot.
STETLER, D. A. - Asst. Prof.
Northfield, Carleton Coll.,
Biol. Dept.
* SHOGER, R. L. - Prof.
St. Paul, Univ. of Minnesota,
Dept. of Entomol., Fish. & Wildlife
BROOKS, Miss M. A. - Assoc. Prof.
105
U.S.A. (MS)
MISSISSIPPI (MS: Miss)
( Unton, Mississippi Coll.,
Depl oi Biol. Sci
* COX, I' G. Assoc. Prof.
MISSOURI (MO)
Columbia. Univ. of Missouri,
Sell, of Mod., Dept. of Anat.
* LESSON, C. R. - Prof., Chairman
* DECKER, J. D. Assoc. Prof.
St. Louis. Univ. of Missouri-St. Louis,
Coll. of Arts & Sci.. Biol. Dept.
DERBY, A. - Asst. Prof.
FRIEDMAN, H. P. - Asst. Prot.
St. Louis, Washington Univ.,
Sch. of Med., Dept. of Anat.
COWAN, W. M. - Prof., Chairman
Dept. of Biol.
* HAMBURGER, V. - Prof. (Emer.)
* MOOG, Miss F. - Prof.
* LEVI-MONTALCINI. Miss R. - Prof.
* KIRK, D. L. - Assoc. Prof.
* HOLLYDAY, Miss M. A. - Res. Assoc.
Dept. of Surg.
* PHILPOTT, G. W.
MONTANA (MT; Mont)
Bozeman, Montana State Univ.,
Dept. of Zool.-Entomol.
VISSCHER (NEUMANN), Mrs. S. - Assoc.
Prof.
DORGAN, W. J. - Asst. Prof.
WESSEL (HARDERS), Mrs. M.
NEBRASKA (NE; Neb)
Omaha, Creighton Univ.,
Sch. of Med., Dept. of Anat.
DOSSEL, W. E. - Prof., Chairman
THOMAS, R. J.
Dept. of Biol.
* SCHLESINGER, A. B. - Prof.
NEVADA (NV;Nev)
Reno, Univ. of Nevada,
Dept. of Biol.
TIBBITTS, F. D. - Assoc. Prof.
NEW HAMPSHIRE (NH)
Durham, Univ. of New Hampshire,
Biochem. Dept.
STEWART, J. A. - Asst. Prof.
Coll. of Lib. Arts, Dept. of Zool.
* FORET, J. E. - Asst. Prof.
Coll. of Life Sci. & Agric,
Dept. of Plant Sci.
* LOY, J. B. - Assoc. Prof.
Hanover, Dartmouth Coll.,
Med. Sch., Dept. of Anat.-Cytol.
* FERM. V. H. - Prof. (Embryol.)
* CARPENTER, S. J. - Assoc. Prof.
* LAYTON, W. M. - Assoc. Prof.
* GALE, T. F. - Asst. Prof.
Dept. of Pathol.
MARGOLIS.G. - Prof.
MARIN-PADILLA, M. - Assoc. Prof.
BRINCK-JOHNSEN. T. - Assoc. Prof.
106
U.S.A. (NM)
DE HOYOS, E. - Asst. Prof.
FAULKNER, Ch. S. Asst. Prof.
Dept. of Biol. Sci.
* BALLARD, W. W. - Prof.
* SPIEGEL, M. - Prof.
* De MAGGIO, A. E. - Prof.
* ROOS, Th. B. - Prof.
* ANDERSON, J. J. - Asst. Prof.
* ROBINSON, Miss H. L. - Asst. Prof.
* SPIEGEL, Mrs. E. SCLUFER
NEW JERSEY (NJ)
East Orange, Upsala Coll.,
Dept. of Biol.
* HEIN, Miss R. R. - Prof.
Lafayette, Schering Corp.
* BEALL, J. R. - Princ. Scient.
Madison, Fairleigh Dickinson Univ.,
Dept. of Biol.
* FRANCOEUR, R. T. - Prof.
* FIORENTINI, Miss M. L. - Res.
Newark, Rutgers Univ.,
Coll. of Arts & Sci., Dept. of Zool. & Physiol.
* WEIS (SHULMAN), Mrs. L S. - Assoc. Prof.
* BORACK, L. I. - Assoc. Prof.
Coll. of Med. & Dent., Dept. of Anat.
* WEIS, P. - Assoc. Prof.
* HOLLINSHEAD, Ms. M. B. - Assoc. Prof.
* GONA, A. G. - Assoc. Prof.
* GILANI, S. H. - Asst. Prof.
* YU, M. C. - Asst. Prof.
Nutley, Hoffmann-La Roche Inc., Res. Div.,
Dept. of Exp. Pathol. & Toxicol.
* HOAR, R. M. - Dir. Teratol. Sect.
Nutley, Roche Inst, of Molec. Biol.,
Dept. of Cell Biol.
* GAGE, L. P. - Staff Member
* SHERMAN, M. I. - Staff Member
* GREENE, R.A. - Postdoct. Fellow
* SALOMON, D. S. - Postdoct. Fellow
Princeton, Princeton Univ.
Dept. of Biol.
BONNER, J. T. - Prof., Chairman
FANKHAUSER, G. - Prof. (Emer.)
STEINBERG, M. S. - Prof.
JACOBS, W. P. - Prof.
MEINS, F., Jr. - Asst. Prof.
SANDERS, T. G. - Asst. Prof.
TOMPKINS, R. - Asst. Prof.
Rahway, Merck Inst, for Therap. Res.,
Dept. of Reprod. Biol.
* GWATKIN, R. B. L. - Asst. Dir.
* HARTMANN, J. F. - Res. Fellow
* WUDL, Mrs. L. - Sen. Biol.
* ANDERSEN, O. F. - Res. Biol.
* WILLIAMS, D. T. - Biol.
* HUTCHISON, C. F. - Biol.
Teaneck, Fairleigh Dickinson Univ.,
Office of the Provost
BIEBER, S.
Trenton, Rider Coll., Fac. of Lib. Arts & Sci.,
Dept. of Biol.
* MAYER, T. C. - Prof.
NEW MEXICO (NM; N Mex)
Albuquerque, Univ. of New Mexico,
Sch. of Med., Dept. of Anat.
* KELLEY, R. O. - Asst. Prof.
* WATERMAN, R. E. - Asst. Prof.
Dept. of Biol.
* ROSALES RONQUILLO, Mrs. M. C.
U.S.A. (NY)
U.S.A. (NY)
NEW YORK (NY)
Albany, State Univ. of New York,
Dept. of Biol. Sci.
* ALLEN. R. D. - Prof., Chairman
* SAUNDERS, J. W., Jr. - Prof.
MASCARENHAS, J. P. - Assoc. Prof.
* R1KMENSP0EL, R. - Assoc. Prof.
ROLLINS, E. A. - Asst. Prof.
* IZZARD, C. S. - Asst. Prof.
* HIRSCH, H. V. B.
Albany, N. Y. State Dept. of Health,
Birth Def. Inst., Embryol. Lab.
* SKALKO, R. G. - Dir.
Brockport, State Univ. Coll.,
Dept. of Biol. Sci.
* THOMPSON, R. P. - Assoc. Prof.
Buffalo, Roswell Park Mem. Inst.,
Dept. of Biol. Resources
* McGARRY, M. P. - Sen. Cane. Res. Scient.
Dept. of Exp. Pathol.
* WEISS, L. - Prof.
* MASLOW, D. E. - Cane. Res. Scient.
* MAYHEW, E. G. - Assoc. Cane. Res. Scient.
Buffalo, State Univ. of New York,
Dept. of Biol.
FLICKINGER, R. A. - Prof.
Sch. of Dent., Dept. of Oral Biol.
* MILLER, W. A. - Assoc. Prof.
Hamilton, Colgate Univ.,
Dept. of Biol.
* PEARCE, Th. L.
Ithaca, Cornell Univ.,
N.Y. State Coll. of Agric,
Dept. of Entomol.
KRAMER, J. P. - Assoc. Prof.
Dept. of Poultry Sci.
* BLOOM, S. E. - Asst. Prof.
Lab. of Chem. Embryol.
* ROMANOFF, A. L. - Prof. (Emer.)
New York State Vet. Coll.,
Dept. of Anat.
* EVANS, H. E. - Prof.
* SACK, W. O. - Prof.
* de LAHUNTA, A. - Prof.
Div. of Biol. Sci.
ADELMANN, H. B. - Prof. (Emer.)
GILBERT, P. W. - Prof.
WIMSATT, W. A. - Prof.
Sect, of Genet., Devi. & Physiol.
BLACKLER, A. W. - Prof.
Langmuir Lab., Dept. of Neurobiol. & Behav.
* ARMS, Mrs. K. - Asst. Prof.
Dept. of Large Anim. Med.
* SCHRYVER, H. F. - Assoc. Prof.
Dept. of Microbiol.
* SCOTT, F. W. - Assoc. Prof.
Montauk, N.Y. Ocean Sci. Lab.
* WOURMS, J. P. - Assoc. Res. Scient.
New York, City Univ. of New York,
Brooklyn Coll., Dept. of Biol.
* GABRIEL, M. L. - Prof., Chairman
* COLLIER, J. R. - Prof.
* MADERSON, P. F. A. - Assoc. Prof.
* SALTHE, S. N. - Assoc. Prof.
Mt. Sinai Sch. of Med., Dept. of Anat.
* BRESSLER, R. S. - Asst. Prof.
Hosp. for Joint Dis., Res. Inst.
* MONDER, C. - Head Sect, on Steroid Stud.
Hunter Coll., Dept. of Biol. Sci.
LYSER (SHOUBY), Mrs. K. M. - Assoc.
Prof.
Queen's Coll., Dept. of Biol.
COLWIN, A. L. - Prof.
COLWIN, Mrs. L. HUNTER - Prof.
New York, Columbia Univ..
Coll. of Phys. & Surg., Dept. of Anat.
* LUCKETT, W. P. - Asst. Prof.
* RASWEILER, J. J., IV - Asst. Prof.
SHEN, S. C.
Dept. of Hum. Genet. & Devi.
* RIFKIND, R. A.
Dept. of Ophthalmol.
* HOLLYFIELD, J. G. - Asst. Prof.
* TUCKER, G. S. - Postdoct. Fellow
New York, Cornell Univ. Med. Coll.,
Dept. of Anat.
* SIRLIN, J. L. - Prof.
* BENNETT, D. - Prof.
* POLLARD, D. R. - Asst. Prof.
* SPIEGELMAN, Mrs. M. - Asst. Prof.
* DOOHER, G. B. - Asst. Prof.
* BACHVAROVA, Mrs. R. - Instr.
* ARTZT, Miss K. - Res. Assoc.
* BOVARNICK, Mrs. J. G. - Res. Fellow
New York, N.Y. Med. Coll.,
Dept. of Ophthalmol.
* GOLDBERG, S. - Resident
* SHARMA, S. C. - Asst. Prof.
New York, New York Univ.,
Grad. Sch. of Arts & Sci., Biol. Dept.
* BRICK, I. - Prof.
* KAMBYSELLIS, M. P. - Assoc. Prof.
* SCHAEFFER, H. E. - Res. Fellow
* SCHAEFFER, B. E. - Res. Fellow
Med. Ctr., Dept. of Radiol.
* WOLSKY, A. - Prof.
New York, Rockefeller Univ.,
Lab. of Developm. Biol.
* WEISS, P. A. - Prof. (Emer.)
* HOLLAND, Miss Y.
Popul. Counc, Biomed. Div.
* SEGAL, S. J. - Dir.
* PHILLIPS, D. M. - Staff Scient.
Lab. of Plant Biol.
BRAUN, A. C. - Prof.
New York, State Univ. of N. York,
Downstate Med. Ctr., Dept. of Pathol.
* HERMAN, L. - Prof.
* KAUFFMAN, Miss S. - Prof.
New York, Yeshiva Univ.,
Albert Einstein Coll. of Med.,
Dept. of Anat.
ETKIN, W. - Res. Assoc, Prof.
Dept. of Genet.
* WAELSCH, Mrs. S. GLUECKSOHN, - Prof.
* SCHIFFMAN, M. B. - Res. Assoc.
Dept. of Physiol.
MORRILL, G. A. - Assoc. P.of.
KOSTELLOW, Miss A. B. - Asst. Prof.
New York, Yeshiva Univ., Dept. of Biol.
WISCHNITZER, S. - Prof.
New York, Methodist Hosp.,
Dept. of Obstet. & Gynecol.
* CLEMETSON, C. A. B. - Prof.
Oswego, State Univ. of N. York,
Coll. of Arts & Sci., Dept. of Biol.
* SEAGO, J. L. - Assoc. Prof.
Dept. of Zool.
* HARRISON, J. R. - Prof., Chairman
Rochester, Univ. of Rochester,
Coll. of Arts & Sci., Dept. of Biol.
HOLTFRETER, J. K. F. - Prof.
107
U.S.A. (NY)
< VSPARI, I V> Prof.
I u III R. Miss E. M. Res. Assoc.
Med. ctr.. Div. ol Genet
GATES, A. H., Jr.
Dept of Pediat, Genet, Radiat. Biol., and
Biophys.
* DOHI RTY. R. A. - Asst. Prof.
Sch. of Med. & Dent., Dept. of Physiol.
I in KSI11N, R. A. - Asst. Prof.
Schenectady, Union Coll.,
Dept. ot" Biol. Sci.
RAPPAPORT, R., Jr. - Prof.
Bl'TZFL. H. ML, Jr. - Prof.
URBAN, P. - Asst. Prof.
Springville. Roswell Park Mem. Inst..
Springville Labs.
* ( \1RNS, J. M. - Assoc. Cane. Res. Scient.
Stony Brook, State Univ. of N. York,
Dept of Biol. Sci.
* JONES. R. F. - Chairman
* LYMAN, H. - Assoc. Prof.
* FOWLER. J. A. - Asst. Prof.
Syracuse, LeMoyne Coll.,
Biol. Dept.
* De GENNARO, L. D. - Prof., Chairman
* NENTW1G, Miss M. R. - Asst. Prof.
Syracuse, State Univ. of N. York,
Upstate Med. Ctr., Dept. of Anat.
* ARMSTRONG, P. B. - Prof.
* YNTEMA, C. L. - Prof.
* HAMMOND, W. S. - Assoc. Prof.
* MITCHELL, J. T. - Asst. Prof.
* AMES, I. H. - Asst. Prof.
* BENZO, C. A. - Asst. Prof.
* PACKARD. D. S.. Jr. - Asst. Prof.
Dept. of Microbiol.
* ARGYRIS (FRANKENHUIS), Mrs. B. -
Assoc. Prof.
Dept. of Orthoped. Surg.
* BECKER. R. O. - Prof.
Dept. of Pathol.
* ARGYRIS, Th. S. - Prof.
Syracuse, Syracuse Univ.,
Dept. of Biol.
* MILLER, J. H. - Prof. Bot.
* BRYAN, J. K. - Assoc. Prof.
* TUPPER, J. T. - Assoc. Prof.
* KERR, Miss M. S. - Asst. Prof.
* SULLIVAN, D. T. - Asst. Prof.
Troy, Rensselaer Polytechn. Inst.,
Sch. of Sci., Dept. of Biol.
* AUCLAIR, W. - Assoc. Prof.
REMINGTON, J. - Asst. Prof.
Troy, Russell Sage Coll.,
Biol. Dept.
* HICKEY-WEBER, Mrs. E. D.
Valhalla, N. Y. Med. Coll..
Dept. of Pathol.
* LEV, R. - Assoc. Prof.
Yonkers, Boyce Thompson Inst, of Plant Res.
MARAMOROSCH, K.
NORTH CAROLINA (NC)
Burlington, Carolina Biol. Supply Co.,
Dept. of Devi. Biol.
* KIRCHEN, R. V. - Head
Chapel Hill, Univ. of N. Carolina,
Dept. of BoL
* SCOTT, T. K. - Prof.
Dept. of Zool.
COSTELLO. D. P. - Kenan Prof.
U.S.A. (OH)
LI HMAN, H. E. - Prof.
Davidson, Davidson Coll.,
Dept. of Biol.
* KIMMEL, D. L., Jr.
Durham, Duke Univ., Med. Ctr.,
Dept. of Anat.
* DUKE, K. L. - Assoc. Prof.
* JOHNSON, K. E. - Asst. Prof.
Dept. of Med., Div. of Neurol.
* TOURIAN, A. Y. - Assoc. Prof.
Dept. of Zool.
GREGG, J. R. - Prof.
COUNCE (NICKLAS), Mrs. S. J.
Greenville, East Carolina Univ.,
Div. of Med. Sci.. Dept. of Anat.
SCHWEISTHAL, M. R. - Prof.
LAWRENCE, I. E., Jr. - Assoc. Prof.
Dept. of Biol.
SEHGAL, P. P.
Raleigh, N. Carolina Dept. of Ment. Hlth.,
Dorothea Dix Hosp., Neuroembryol. Lab.
* OPPENHEIM, R. - Res. Scient.
* HEATON, Mrs. M. B. - Res. Neuropsychol.
Div. of Res.
HARTH, M. S. - Postdoct. Fellow
Psychol. Lab.
* GOTTLIEB, G. - Res. Scient.
Raleigh, N. Carolina State Univ.,
Fac. of Agric. & Life Sci.,
Dept. of Poultry Sci.
* DONALDSON, W. E. - Prof.
Dept. of Anim. Sci.
ULBERG, L. C. - Prof.
ROBISON, O. W. - Assoc. Prof.
Dept. of Genet.
* GROSCH, D. S.
Dept. of Zool.
LYTLE, Ch. F. - Prof.
Research Triangle Park, Natl. Inst, of Hlth.,
Natl. Inst, for Environm. Hlth Sci.
* STAPLES, R. E. - Head, Sect, on Reprod.
& Ontogen.
* MAURER, R. R. - Sen. Staff Fellow
* MOUSTAFA, Mrs. L. A. - Sen. Staff Fellow
* ANDREW, F. D. - Sen. Staff Fellow
* KIMMEL, Mrs. C. A. - Sen. Staff Fellow
* BAKSI, S. N. - Visit. Fellow
* LU, M. H. - Visit. Fellow
NORTH DAKOTA (ND; N Dak)
Fargo, State Univ. Stat.,
USDA Metab. & Radiat. Res. Lab.
* ADAMS, T. S. - Res. Entomol.
* LEOPOLD, R. A. - Res. Entomol.
OHIO (OH)
Cincinnati, Univ. of Cincinnati,
Children's Hosp. Res. Found.,
Div. of Fetal Pharmacol.
* ZIMMERMAN, E. F. - Dir.
Div. of Teratol.
WARKANY, J. - Prof.
K ALTER, H. - Assoc. Prof.
Cincinnati, Xavier Univ.,
Dept. of Biol.
* PETERS, J. J. - Prof.
Cleveland, Case West. Res. Univ.,
Sch. of Med., Dept. of Anat.
* SINGER. M. - Prof.
108
U.S.A. (OH)
* HUGHES. A. F. W. - Prof.
* MACINTYRE, M. N. - Prof.
* CASTON, J. D. - Assoc. Prof.
* PRZYBYLSKI, R. J. - Assoc. Prof.
* LASEK, R. J. - Assoc. Prof.
* ILAN, J. - Assoc. Prof.
* LOVE. D. S. - Asst. Prof.
* ILAN, Mrs. J. - Asst. Prof.
Sch. of Engin. & Med.,
Dept. of Biomed. Engin.
* MACKLIN, M. R. - Assoc. Prof.
Dept. of Biol.
* • LESH-LAURIE, Mrs. G. E.
Columbus, Ohio State Univ.,
Coll. of Agric, Dept. of Poultry Sci.
* NABER, E. C. - Prof.
Coll. of Biol. Sci., Dept. ot Genet.
* BIRKY, C. W., Jr.
Dept. of Zool.
* TASSAVA, R. A.
GRAY, Miss F. H.
Coll. of Med.. Dept. ot Anat.
* ACKERMAN, G. A. - Prof.
* HOSTETLER, J. R. - Asst. Prof.
* SUCHESTON, Mrs. M. E. - Asst. Prof.
Dept. of Neurol.
* ALLEN, J. N.
Coll. of Vet. Med., Dept. of Anat.
* VENZKE, W. G. - Prof.. Chairman
Dayton, Wright State Univ.,
Coll. of Sci. & Engin., Dept. of Biol. Sci.
* HUBSCHMAN, J. H. - Prof.
* HONDA, S. I. - Prof.
* NUSSBAUM, N. S. - Assoc. Prof.
* FRITZ, H. I. - Assoc. Prof.
* SEIGER, M. B. - Assoc. Prof.
* HAY, R. J. - Assoc. Prof.
Delaware, Ohio Wesleyan Univ.,
Dept. of Zool.
* FRY, Miss A. E. - Assoc. Prof.
Kent, Kent State Univ.,
Dept. of Biol. Sci.
* STEVENSON, J. ROSS - Prof.
Oberlin, Oberlin Coll.,
Coll. of Arts & Sci., Dept. of Biol.
* BRUMMETT, Miss A. R. - Prof.
Toledo, Med. Coll. of Toledo,
Dept. of Physiol.
BISHOP. D. W. - Prof.
NELSON, L. - Chairman
Toledo, Univ. of Toledo,
Coll. of Arts & Sci., Biol. Dept.
* LEE H. H. - Assoc. Prof.
Yellow Springs, Ch. F. Kettering Res. Labs.
REPORTER, M. C. - Invest.
MOLLENHAUER, H. H. - Invest.
PANNBACKER, R. G. - Staff Scient
OKLAHOMA (OK; Okla)
Norman, Univ. of Oklahoma,
Coll. of Arts & Sci., Dept. of Zool.
* GOFF, R. A. - Prof.
* SETO, F. - Asst. Prof.
* DILLARD, W. L. - Asst. Prof.
* PERKINS, D. L. - Asst. Prof.
Oklahoma City, Univ. of Oklahoma,
Med. Ctr., Dept. of Anat. Sci.
* FELTS, W. - Prof., Chairman
* LHOTKA, J. F., Jr. - Prof.
* ALLISON, J. E. - Prof.
* COALSON. R. E. - Prof.
U.S.A. (PA)
* GUMBRECK, L. - Prof.
* HOWES, R. I. - Asst. Prof.
* GRUBB, R. B. - Asst. Prof.
Stillwater, Oklahoma State Univ.,
Coll. of Arts & Sci., Zool. Dept.
* SANFORD, W. C. - Asst. Prof.
OREGON (OR)
Corvallis, Oregon State Univ.,
Dept. of Bot & Plant Pathol.
* LEACH, C. M. - Prof.
TRIONE, E. J. - Assoc. Prof.
BRANDT, W. H. - Assoc. Prof.
MAY CHING. T. - Assoc. Prof.
QUATRANO, R. S. - Asst. Prof.
Fac. of Sci., Dept of Biochem. & Biophys.
* NEWBURGH, R. W. - Prof., Chairman
Dept. of Zool.
* MORRIS, J. E. - Asst. Prof.
Eugene, Univ. of Oregon,
Coll. of Lib. Arts, Dept. of Biol.
* HARRIS (FELDMAN), Mrs. P. J. - Assoc.
Prof.
* POSTLETHWAIT, J. H. - Asst. Prof.
* KIMMEL, Ch. B. - Asst. Prof.
* WESTON. J. A.
* GRANT, Ph.
Portland, Reed College,
Dept. of Biol.'
* RUBEN, L. N. - Prof.
* MILLER, Miss S. A. - Postdoct. Fellow
PENNSYLVANIA (PA)
Bethlehem, Lehigh Univ.,
Coll. of Arts & Sci.. Dept. of Biol.
* CHENG, Th. C. - Prof.
Inst, for Pathobiol.
* RODRICK, G. E. - Lect.
Chambersburg, Wilson Coll.,
Dept. of Biol.
* MacDONALD, Mrs. E. L. - Asst. Prof.
Haverford, Haverford Coll.,
Dept. of Biol.
FINGER, I. - Assoc. Prof.
Hershey, Pennsylv. State Univ.,
Hershey Med. Ctr., Dept. of Pharmacol.
WILLIAMS, Miss G. H.
Philadelphia, Inst, for Cane. Res.
* MINTZ, Miss B. - Sen. Member
* FREED, J. J. - Assoc. Member
* DE TERRA (WHITTAKER), Mrs. N. - Asst.
Member
* MEZGER- FREED, Mrs. L. - Asst. Member
* NEMER, M.
Philadelphia, Community Coll. of Philad.,
Biol. Dept.
* ALPERIN, R. J.
Philadelphia, Jefferson Med. Coll.,
Dept. of Anat.
* JOHNSON, E. M. - Prof., Chairman
* CHEPEN1K, K. P. - Assoc. Prof.
* CERON, G. - Asst. Prof.
Stein Res. Ctr.
* JENSH, R. P. - Asst. Prof.
Philadelphia, Med. Coll. of Pennsylv.
Dept of Anat.
* DiBERARDINO, Miss M. A. - Prof
* KULANGARA, A. C. - Assoc. Prol.
Dept. of Pathol.
* LEIGHTON, J. - Prof.. Chairman
109
U.S.A. (PA)
Philadelphia, Pennsylv. Coll. Of Podia t Med.
GIBL1 Y,C. W . Jr. Acad. Dean
Philadelphia, Temple Univ.,
Dept. or BioL
NIU. M. C. - Prof.
HILFER, S. R. - Assoc. Prof.
SI \RLS, R. L. - Assoc. Prof.
Mil LKR.'K. L. - Asst. Prof.
Philadelphia, Univ. of Pennsylvania,
Grad. Sch, of Arts & Sci., Biol. Dept.
SATO, H. - Assoc. Prof.
* LEVENSON, G. E. - Asst. Prof.
KVIST, T. N.
* P1PERBERG, J. B. - Grad. Stud.
Sch. of Dent. Med.,
Dept. of Histol., Embryol., & Genet.
* WILDE. C. E., Jr. - Prof.
* HEROLD, R. C. - Assoc. Prof.
* PIDDINGTON. R. L. - Assoc. Prof.
* LEVENSON, G. E. - Assoc. Prof.
* MACARAK, E. J. - Res. Assoc.
* GRAVER. H. T. - Asst. Prof.
* PIPERBERG, J. B. - Grad. Stud.
Sch. of Med., Dept. of Anat.
LASH, J. W. - Asst. Prof.
* MINOR, R. R. - Asst. Prof.
Sch. of Vet. Med., Dept. of Anim. Biol.
* McDEVITT, D. S. - Assoc. Prof..
Lab. of Reprod. Physiol.
* BRINSTER, R. L. - Prof., Dir.
* STULL, G. B. - Res. Assoc.
Philadelphia, Wistar Inst, of Anat. & Biol.
WHITTAKER, J. R. - Assoc.
Pittsburgh, Allegheny Gen. Hosp.,
Cell & Radiat. Biol. Labs.
BRAVERMAN, M. H. - Assoc.
Pittsburgh, Mercy Hosp.,
Div. of Nucl. Pathol. & Oncol.
* KATOH, A. K. - Dir.
Pittsburgh, Univ. of Pittsburgh,
Fac. of Arts & Sci., Biol. Dept.
PARTANEN, C. R. - Prof.
CARELL, E. F. - Assoc. Prof.
GOTTLIEB, F. J. - Assoc. Prof.
SHOSTAK, S. - Assoc. Prof.
MELTON, Ch. G., Jr. - Asst. Prof.
SPECTOR, C. - Asst. Prof.
GOLDSMITH, Miss M. - Asst. Prof.
Sch. of Dent. Med.,
Dept. of Anat. & Histol.
* DICKSON, D. R. - Prof.
* DICKSON, Mrs. W. M. - Asst. Prof.
Sch. of Med., Dept. of Anat. & Cell Biol.
LANSING, A. I. - Chairman
CAUNA, N. - Prof.
WIDNELL, Ch. C. - Assoc. Prof.
CAVE, M. D. - Asst. Prof.
University Park, Pennsylv. State Univ.,
Coll. of Agric, Dept. of Poultry Sci.
BUSS, E. G. - Prof., Chairman Grad. Sch.
Interdept. Progr. Genet.
Coll. of Sci., Dept. of Biol.
* DALTON, H. C. - Prof.
* HIBBARD, E. - Assoc. Prof.
Wilkes Barre, Wilkes Coll.,
Dept. of Biol.
OGREN, R. E.
U.S.A. (TN)
RHODE ISLAND (RI)
Providence, Brown Univ.,
Div. of Biol. & Med. Sci.
* CHASE, H. B. - Prof.
* GOSS, R. J. - Prof.
* QUEVEDO, W. C, Jr. - Prof.
* ROTHMAN, F. G. - Prof.
* COLEMAN, J. R. - Assoc. Prof.
* HOLOWINSKY, A. W. - Assoc. Prof.
* FAUSTO-STERLING, Ms. A. - Asst. Prof.
* GERB1. Miss S. A. - Asst. Prof.
* MASSOVER, W. H. - Asst. Prof.
* D1NSMORE, Ch. E. - Grad. Stud.
SOUTH CAROLINA (SC)
Charleston, Med. Univ. of S. Carolina,
Coll. of Med., Anat. Dept.
* MARKWALD, R. R. - Asst. Prof.
Clemson, Clemson Univ.,
Coll. of Agric, Poultry Sci. Dept.
* BOONE, M. A. - Prof.
Dept. of Dairy Sci.
* DICKEY, J. F. - Assoc. Prof.
Dept. of Zool.
BACHOP, W. E. - Asst. Prof.
Columbia, Univ. of S. Carolina,
Dept. of Biol.
* SCANDALIOS, J. G. - Prof., Head
* MISHRA, N. C. - Assoc. Prof.
Div. of Health Sci.
* ADAMS SMITH, W. N. - Prof.
TENNESSEE (TN;Tenn)
Knoxville, Univ. of Tennessee,
Dept. of Zool.
* FRASER, R. C. - Prof.
* DANIEL, J. C, Jr. - Prof.
* COULSON, Mrs. P. B. - Asst. Prof.
* MacCABE, J. A. - Asst. Prof.
* FOX, D. J. - Asst. Prof.
Memphis, Southwestern at Memphis,
Dept. of Biol.
* AMY, R. L. - Prof.
* WARREN, Ch. O. - Assoc. Prof.
Memphis, Univ. of Tennessee,
Coll. of Basic Med. Sci., Anat. Dept.
* ROBERTSON, G. G. - Prof.
* COHN, S. A. - Prof.
* FEDINEC, A. A. - Prof.
* CORLISS, C. E. - Assoc. Prof.
* FITZGERALD, L. R. - Assoc. Prof.
* LONGO, F. J. - Assoc. Prof.
Div. of Dermatol., Dept. of Med.
* HASHIMOTO, K. - Prof.
Nashville, Vanderbilt Univ.,
Sch. of Med., Dept. of Biochem.
COHEN, S. - Prof.
Oak Ridge, Oak Ridge NaU. Lab.,
Biol. Div.
* SKINNER, Miss D. M. - Prof. Biomed. Sci.
BORSTEL, R. C. von
DUMONT, J. N.
MAKINODAN, T.
MILLER, O. L., Jr.
PAPACONSTANTINOU, J.
POPP, R. A.
WALLACE, R. A.
GRAHAM, D. E.
* YAMAOKA, L. H.
110
U.S. A. (TN)
U.S.A. (WA)
* HOLLAND, C. A.
* BEATTIE, W. G.
* MARCHOK, Miss A.
TEXAS (TX; Tex)
Austin, Univ. of Texas,
Botany Dept.
BLOCH, D. P. - Prof.
Grad. Sch. Fac. Nat. Sci.,
Cell Res. Inst.
* WHALEY, W. G. - Prof., Dir.
* DAUWALDER (RICHARDS), Mrs. M.
Res. Scient.
* LEFFINGWELL, T. P. - Res. Scient.
* KEPHART, Miss J. E. - Res. Assoc.
Dept. of Zool.
* FORREST, H. S. - Prof.
* JACOBSON, A. G. - Prof.
* PAVAN, C. - Prof.
* FREEMAN, G. - Assoc. Prof.
* FULLILOVE, Miss S. L. - Res. Assoc.
College Station, Texas A. & M. Univ.,
Inst, of Devi. Biol.
* WEIRICH, G.
Dallas, Univ. of Texas,
Health Sci. Ctr., Dept. of Cell Biol.
* DECKER, R. S. - Asst. Prof.
Galveston, Univ. of Texas,
Med. Branch, Dept. of Anat.
* HILD, W. J. - Prof., Chairman
DUNCAN, D. - Prof. (Emer.)
* BLOUNT, R. F. - Prof.
* KISCHER, C. WARD - Assoc. Prof.
Houston, Baylor Univ.,
Coll. of Med., Dept. of Anat.
ZIMMERMAN, A. A. - Prof. (Emer.)
Houston, Rice Univ.,
Dept. of Biol.
SUBTELNY, S. - Prof.
ANSEVIN (DABROWSKA), Mrs. K. -
Assoc. Prof.
Houston, Univ. of Texas,
Cancer Ctr., Dept. of Biol.
* WRIGHT, D. A. - Asst. Prof.
Dent. Branch, Dept. of Anat.
TAYLOR, A. C. - Prof. (Emer.)
Med. Sch., Sect, of Neurobiol.
* WOOD, J. G. - Prof., Head
San Antonio, Univ. of Texas,
Health Sci. Ctr., Dept. of Anat.
* McNUTT, C. W. - Prof.
* BURTON, A. L. - Prof.
* CAMERON, I. L. - Assoc. Prof.
* DUNG, H. C. - Asst. Prof.
UTAH (UT)
Logan, Utah State Univ.,
Dept. of Vet. Sci.
* SHUPE, J. L. - Prof.
LEONE, N. C.
GARDNER, E. J.
Salt Lake City, Univ. of Utah,
Biol. Dept.
* DICKINSON, W. J.
VERMONT (VT)
Burlington, Univ. of Vermont,
Dept. of Zool.
GLADE, R. W. - Prof., Chairman
* LANDESMAN, R. - Asst. Prof.
VIRGINIA (VA)
Charlottesville, Univ. of Virginia,
Fac. of Arts & Sci., Dept. of Biol.
* BODENSTEIN, D. - Prof.
* DENT, J. N. - Prof.
* HAMILTON, H. L. - Prof.
* KONIGSBERG, I. R. - Prof.
* WRIGHT, Th. R. F. - Assoc. Prof.
* DIEHL, F. A. - Assoc. Prof.
* SWANSON, R. F. - Asst. Prof.
* PHILLIPS, H. M. - Asst. Prof.
* EMERSON, C. P., Jr. - Asst. Prof.
* HUSKEY, R. J. - Asst. Prof.
Sch. of Med., Dept. of Anat.
* LANGMAN, J. - Prof., Chairman
* DECK, J. D. - Assoc. Prof.
* FLICKINGER, C. J. - Assoc. Prof.
* KOCHHAR, D. M. - Assoc. Prof.
* KEEFE, J. R. - Asst. Prof.
* SPYKER, J. M. - Asst. Prof.
Div. of Reprod. Biol., Dept. of Obstet. &
Gynecol.
* HAMNER, Ch. E. - Dir.
* OLIPHANT, E. E. - Res. Assoc.
Richmond, Univ. of Richmond,
Dept. of Biol.
* REAMS, W. M., Jr. - Prof.
Williamsburg, Coll. of William & Mary,
Dept. of Biol.
* BLACK, R. E. - Prof.
* WISEMAN, L. L. - Asst. Prof.
WASHINGTON (WA; Wash)
Friday Harbor, Univ. of Washington,
Friday Harbor Labs.
* SCHROEDER, Th. E.
Nahcotta, Univ. of Washington,
Dept. of Zool., Field Lab.
* TARTAR, V. - Prof.
Pullman, Wash. State Univ.,
Coll. of Agric, Dept. of Anim. Sci.
* KOSIN, I. L. - Prof.
KONISHI, T. - Res. Assoc.
Dept. of Chem.
BROSEMER, R. W. - Assoc. Prof.
Progr. in Gen. Biol.
HINDMAN, J. L. - Prof.
Progr. in Genet.
* PALL, M. L. - Asst. Prof.
Coll. of Sci. & Arts,
Dept. of Zool.
* SCHROEDER, P. C. - Assoc. Prof.
* HOSICK, H. L. - Asst. Prof.
Seattle, Unjv. of Washington,
Dept. of Bot.
* CLELAND, R. E. - Prof.
* HALPERIN, W. - Assoc. Prof.
Sch. of Dent., Dept. of Oral Biol.
STERN, I. B. - Prof.
TAMARIN, A. - Assoc. Prof.
GORDON, H. P. - Asst. Prof.
Sch. of Med., Dept. of Biomed. Hist.
* BODEMER, C. W.
Dept. of Pathol.
* MOTTET, N. K. - Prof.
Dept. of Pediat., Centr. Lab. for Human
Embryol.
* SHEPARD, T. H. - Prof., Dir.
* FANTEL, A. - Predoct. Fellow
REGIMBAL, T. J. - Sen. Fellow
111
U.S.A. (WA)
c oil. ol I ngin., Dept of Nucl. I ngin.
* ROBKIN, M. Assoc. Trot.
Dept ol Zool.
will 1 1 1 I Y, A. H. - Prof.
< \ll\ R. I).
■ FERNALD, R. L. - Prof.
* SCHl'BKil R, G.
* SCHUBIGER (STAUB), Mrs. M.
LAIRD. C. D.
Coll. of Fish., Lab. of Radiat. Ecol.
* WFLAND1 R, A. D. - Prof.
Wl ST VIRGINIA (WV.WVa)
Morgantown, W. Virginia Univ.,
Med. Ctr.. Dept. of Anat.
* FN LOW, D. H. - Prof., Chairman
* KIMMEL, D. L. - Prof. (Fmer.)
* REYl R, R. W. - Prof.
■ McCAFFl RTY.R. E. - Prof.
* BERFS1 ORD, W. A. - Assoc. Prot.
* FRFDFRICKSON, R. G. - Asst. Prof.
* OVERMAN, D. O. - Asst. Prof.
Dept. of Biol.
* NORMAN, C. - Prof.
WISCONSIN (Wl.Wis)
Madison, Univ. of Wisconsin,
Med. Sch., Dept. of Anat.
SLAUTTt RBACK, D. B. - Prof., Chairman
* MOSSMAN, H. W. - Prof. (Emer.)
* ANDERSON, J. W. - Prof.
* ORSINI, Mrs. M. W. G. - Prof.
* MARTIN, A. H. - Asst. Prof.
* FALLON, J. F. - Asst. Prof.
* LIPTON, B. H. - Asst. Prof.
McArdle Lab. for Cane. Res.
BRAZIL
* PITOT, H. C. Dir.
* RUSH. II. P. Prof.
* TEMIN, H. M. - Prof.
MUELLER, G. C. - Prof.
Muscle Biol. Lab.
* CASS1 NS, R. G. - Prof.
Dept. of Neurol.
* KORNGUTH, S. E. - Assoc. Prof.
Dept. of Physiol. Chem.
* COHEN, Ph. P. - Prof., Chairman
* SALLACH, H. J. - Prof.
* KORNGUTH, S. E. - Prof.
Dept. of Zool.
AUERBACH, R. - Prof.
LILIEN, J. E. - Asst. Prof.
Milwaukee, Marquette Univ.,
Grad. Sch., Dept. of Biol.
* RASCH (MYRBERG), Mrs. E. M. - Prot.
* MILLINGTON, W. E. - Prof.
* KRISHNAKUMARAN, A. - Prof.
* HENNEN, Miss S. - Assoc. Prof.
* UNSWORTH, B. R. - Asst. Prof.
* TAUTVYDAS, K. J. - Asst. Prof.
Milwaukee, Med. Coll. of Wisconsin,
Dept. of Anat.
* KAPLAN, S. - Assoc. Prof.
* LONG, S. Y. - Asst. Prof.
Milwaukee, Univ. of Wisconsin,
Dept. of Zool.
WARNER, E. D. - Prof., Chairman
PRESS, N. - Assoc. Prof.
WYOMING (WY;Wyo)
Laramie, Univ. of Wyoming,
Dept. of Zool. -Physiol.
ATHERTON, R. W. - Asst. Prof.
SOUTH AMERICA
ARGENTINA
Buenos Aires, Univ.,
Fac. de Med., Inst, de Biol. Celular
* ADLER, R.
* TEITELMAN de PINCKZUK, Mrs. G. N.
* SUBURO, Miss A. M.
* de ASUA, M. J. C. - Res. Asst.
Cordoba, Univ. Nac. de Cordoba,
Inst, de Biol. Celular
DE FABRO, Miss S. P. - Prof.
La Plata, Univ. Nac. de La Plata,
Fac. de Cienc. Med.,
Inst, de Embriol., Biol, e Histol.
ECHAVE LLANOS, J. M. Prof., Dir.
GOMEZ DUMM, C. L. - Prof. Adj.
BADRAN. A. F. - Jefe de Seccion
RESTFLL1, M. A. - Jefe de Seccion
NASH de PINJOSOVSKY. Mrs. R. E. - Jefe
de Seccion
Rosario, Univ. Nac. de Rosario,
Fac. de Cienc. Med.,
Dept. de Histol. y Embriol.
* PEDERNIRA, E. A. - Invest.
Tucuman, Univ. Nac. de Tucuman,
Fac. de Bioquim., Quim. y Farm.,
Inst, de Biol.
* BARB1ERI, F. D. - Prof., Dir.
* LEGNAME, A. H. - Prof.
* LEGNAME, C. R. - Asst. Prof.
* SALOMON de LEGNAME, Mrs. H. - Asst.
Prof.
* VALDEZ TOLEDO, Mrs. C. L. - Instr.
* RAISMAN, J. S. - Instr.
* DEL RIO, A. G. - Instr.
* MARIANO, Miss M. I. - Instr.
* FERNANDEZ, Mrs. S. N. - Asst.
* MICELI, Mrs. D. C. - Asst.
* CABADA, M. O. - Instr.
* SANCHEZ, Mrs. S. S. - Instr.
* SANCHEZ RIERA, Mrs. A. N. - Instr.
* ORCE REMIS, A. M. - Instr.
* ARMAYOR, Miss M. R. - Asst.
* BUHLER, Miss M. I. - Asst.
* del PINO, E. J. - Guest worker
* MANES, M. E. - Guest worker
BRAZIL
Belo Horizonte, Univ. Fed. de Minas Gerais,
Inst, de Cienc. Biol., Dept. of Gen. Biol.
* SCHREIBER. G. - Prof., Chief
* CAVENAGHI, Mrs. T. M. C. MELUCCI -
Asst. Prof.
* SALLES, J. M. de - Res. Asst.
* MURTA, I. M. da SILVA - Prof.
* SIMOES, L. C. GOMES - Prof.
* MARTINS, R. PARENTONI
* NOVAES, P. M.
FALLIERI, L. A. - Res. Asst.
112
BRAZIL
SANT ANA, Miss Y. X. - Res. Asst.
LAVALLE, D. - Res. Asst.
REZENDE, Miss E. S. - Res. Asst.
Curitiba, Univ. Cat. de Curitiba,
Fac. de Ciena Med., Dept. of Morphol.
* COELHO, O. P.
Jaboticabal, Fac. de Med. Vet.,
Dept. de Morfol.
* SOUZA, Miss M. L. - Asst. Prof.
Ribeir§o Preto, Univ. de Sao Paulo,
Fac. de Med., Dept. de Morfol. Hum. Func.
LISON, L. - Prof., Head
* AZOUBEL, R. - Docent
*' IUCIF, S. - Asst. Prof.
FERREIRA, A. L. - Docent
CRUZ, A. R. - Docent
Dept. de Genet.
* KERR, W. E. - Prof., Head
* CAMARGO, Miss C. A. - Grad. Stud.
Fac. de Odont. e Farm., Dept. of Pathol.
* LOPES, R. A.
Rio Claro, Fac. de Filos., Ciena e Letras,
Dept. de Morfol. Anim.
* BEIG, D. - Asst. Prof.
Salvador, Fund. G. Muniz
* BOROJEVIC, R.
S5o Paulo, Univ., Fac. de Med.,
Dept. of Anat., Sect, of Neuroanat.
* ERHART, E. A. - Prof.
* FERREIRA da SILVA, C.
INDIA
CHILE
Valdivia, Austral Univ.,
Inst, of Embriol.
* JORQUFRA, B. - Prof.
* GOICOECHEA, O. - Asst. Prof.
* MOLINARI, E. - Asst. Prof.
* PUGIN, E. - Asst. Prof.
* GARRIDO, O. - Asst. Prof.
URUGUAY
Montevideo, Univ. de Republ.,
Fac. de Med., Inst, de Neurol.
GARCIA AUSTT, E. - Assoc. Prof., Head
VANZULLI, Mrs. A.
FASANELLO de BUSTOS, Mrs. L.
VENEZUELA
Merida, Univ. de Los Andes,
Med. Fac, Dept. of Embryol.
* KLEISS, E. - Prof., Head
* CARMONA de UZCATEGUI, Mrs. M. L. -
Assoc. Prof.
* HERNANDEZ de BARRIOS, Mrs. C. E. -
Assoc. Prof.
* DURAN de LOPEZ, Mrs. L. - Assoc. Prof.
* PORRAS de CARRERO, Mrs. I. - Asst.
Prof. '
* KLEISS, Miss Ch. - Asst. Prof.
* BECERRA de GUZMAN, Mrs. M. - Asst.
Prof.
ASIA
HONG KONG
Hong Kong, Univ. of Hong Kong,
Dept. of Obstet. & Gynecol.
* LEE, K. H. - Sen. Lect.
Shatin, The Chinese Univ. of Hong Kong,
Biol. Dept.
* KONG, Y.-Cheung - Lect.
INDIA
Allahabad, Univ. of Allahabad,
M.L.N. Med. Coll.,
Dept. of Obstet. & Gynecol.
* BAVEJA, Miss R. - Prof., Head
* MISRA, R. - Lect.
Fac. of Sci., Dept. of Biochem.
* PANT, Mrs. R. - Reader
* SHARMA, K. K. - Res. Scholar
* SHARMA, B. - Jun. Res. Scholar
Zool. Dept.
* SINGH, Y. N. - Lect.
Baroda, Med. Coll., Dept. of Anat.
* SHRIVASTAVA, H. C. - Prof., Head
Baroda, M. S. Univ. of Baroda,
Fac. of Sci., Dept. of Zool.
* SHAH, R. V. - Prof.
* BONNY PILO - Lect.
* ASNANI, Miss M. - Lect.
* HIRADHAR, P. - Lect.
* RAMACHANDRAN, A. V. - Lect.
* RADHAKRISHNAN, N. - Lect.
* GOPINATH, G. M. - Asst. Lect.
* JAYSHREE MENON, Mrs. - Res. Scholar
Bombay, Bhabha Atom. Res. Ctr.,
Bio-Organ. Div.
* NARAYANASWAMY, S. - Head Plant
Morphogen. Sect.
Calcutta, Presidency Coll.,
Fac. of Sci., Dept. of Zool.
* DASGUPTA, B. - Prof.
Chandigarh, Postgrad. Inst, of Med. Educ. &
Res.,
Dept. of Anat.
* JIT, I. - Prof., Head
Delhi, Univ. of Delhi,
Dept. of Zool.
* PRASAD, M. R. N. - Prof.
* RAO, K. V.
Gorakhpur, Univ. of Gorakhpur,
Fac. of Sci., Dept. of Zool.
* CHAUDHRY, H. S. - Prof., Head
* KHARE, M. K. - Lect.
* SHUKLA, G. S. - Reader
* SRIVASTAVA, A. K. - Lect.
* BRAT, Miss C. - Res. Scholar
* SAXENA, Miss R. - Res. Scholar
* TRIPATHI, C P. M. - Res. Scholar
Jaipur, Univ. of Rajasthan,
Dept. of Zool.
* NIAZI, I. A. - Lect.
Jorhat, Tea Res. Assoc.,
Tocklai Exp. Stat., Entomol. Dept.
BANERJEE, B. - Head
Kanpur, G. S. V. M. Med. Coll.,
Dept. of Anat.
* VARMA, H. C. - Prof., Head
* KATIRA, Mrs. V. - Lect.
* SINHA, D. N. - Lect.
113
I\l)l \
ISRAEL
Lucknow . I ni\ of Lucknow,
Dept. of Zool.
I VNDAN, B. K. Reader
I udhiana, Punjab Vgru Univ.,
Coll. ol Basic Sci., Dept. of Zool.
Gl R \N \. S. S. Prof., Head
* SADANA, G. L. Asst. Prof.
Madras, Pachaiyappa's Coll.,
Dept. of Bot.
* I \ KM I MAN AN, K. K. - Prof.
Madurai, Madurai I niv.,
Fac. of Sci., Dept. of Biol. Sci.
Ml Mil KKARUPPAN.V. Reader
Nagpur, Med. Coll., Dept., of Anat.
* DUB I Y. P. N. Prof., Head
* NAVAGIR1. Mrs. S. S. Reader
* PATIL, T. L. - Reader
* Ql \DI I K. A. - Lect.
* SALTH1 . V. M Lect.
Nagpur, Vet. Coll.
* PANDIT, R. V
New Delhi, All India Inst, of Med. Sci.,
Rajendra Prasad Ctr. for Ophthalm. Sci.
AGARWAL, L. P. - Prof.
* ANGRA, S. K.
New Delhi, Ind. Agric. Res. Inst.,
Div. of Genet.
* IY1R, R. D.
Pondicherry, Jawaharlal Inst.,
Dept. of Anat.
* MITRA. S. C. - Asst. Prof.
* LAKSHMANAN, S. - Lect.
* POURANY, Mrs. A. - Demonstr.
Dept. of Pediat.
* BALAKRISHNAN, S. - Prof.
Poona, N. Wadia Coll.,
Dept. of Zool., Cell Res. Lab.
* LOBO. J. F. - Demonstr.
JOSH1. P. V.
CHITNIS. P. S. - Demonstr.
Poona, Univ. of Poona,
Dept. of Bot.
MENEZES, Miss A. M. C.
Fac. of Sci.. Zool. Dept.
* MULHERKAR, Mrs. L. - Prof., Head
* GOEL, S. C. - Reader
* KHAN, M. Z. - Demonstr.
* MATHUR, J. K. - Res. Stud.
* CHIPLONKAR, J. M. - Res. Stud.
Rohtak, Med. Coll., Dept. of Anat.
SINGH, I. - Prof.
Vallabh Vidyanagar, Sardar Patel Univ.,
Dept. of Bot.
* DAVE, Y. S. - Lect.
Varanasi, Banaras Hindu Univ.,
Inst, of Med. Sci., Dept. of Anat.
* SINGH, S. - Prof.. Chairman
INDONESIA
Bandung, Bandung Inst, of Technol.,
Dept. of Biol., Sect. Zool.
* SUDARWATI, Miss S. - Lect.
* SUTASURJA, Miss L. A. - Jun. Lect.
IRAN
Ahwaz, Jundi Shapur Univ.,
Dept. of Anat.
* BHARGAVA, I. - Prof.
ISRAEL
Jerusalem, Hebrew Univ.-Hadassah Med. Sch.,
Dept. i)t Anat.
* GITLIN.G. - Prof.
* MICHAELI, Y. - Sen. Lect.
* ORNOY, A. Sen. Lect.
* RON, A. - Lect.
1 SI Kl II S. I .
* YOFFEY, J. M. - Visit. Prof.
Dept. of Biol. Chem.
* KULKA, R. G.
Dept. of Bot.
* SACHS, T.
Dept. of Entomol.
* SHULOV, A. - Prof., Head
* PENER, M. P. - Prof.
* BLONDHEIM, Mrs. S. A. - Asst.
Lab. of Insect Physiol.
* SHAAYA, E.
Inst, of Life Sci.
* KEYNAN, A.
Inst, of Life Sci., Lab. of Genet.
FRIEDLANDER, M. - Lect.
Dept. of Molec. Biol.
* SUSSMAN, Mrs. R. B. ROTMAN - Sen.
Lect.
Div. of Molec. & Devi. Biol.
* SUSSMAN, M. - Prof.
Dept. of Physiol.
BEN-OR (MILSTEIN), Mrs. S. - Lect.
Dept. of Zool.
* EYAL (G1LADI), Mrs. H. - Prof., Chairman
HAAS, G. - Prof. (Emer.)
* WERNER, Y. L. - Prof.
* WOLK, M.
* FAINSTAIN (HAMERMAN), Mrs. N. -
Asst.
* AZAR, Mrs. I. - Asst.
* FARBEROV, A. - Res. Assoc.
* ATKIN, I.
Petah-Tikva. Rogoff-Wellcome Med. Res. Inst.
Endocr. Unit
* BER, A. - Prof., Head
* SINGER-ALTBEKER, Mrs. R. - Asst.
Ramat-Gan, Bar-Ilan Univ.,
Dept. of Life Sci.
* STERN, K. - Prof.
* RUBIN, Y. L. - Lect.
Rehovot, Hebrew Univ.,
Fac. of Agric, Dept. of Entomol.
* LENSKY, Y. - Assoc. Prof.
* AZENCOT, M. - Student
* SHKOLNIK, Mrs., H. - Student
Rehovot, Weizmann Inst, of Sci.
Dept. of Biodynamics
* TSAFRIRI, A.
Dept. of Cell Biol.
FELDMAN, M.
YAFFE, D.
* GLOBERSON, A.
Dept. of Genet.
SACHS, L. - Prof.
Dept. of Plant Genet.
* GALUN, E. - Head
Tel- Aviv, Tel- Aviv Univ.,
Fac. of Med., Dept. of Embryol. & Teratol.
* NEBEL, L. A. - Prof., Chairman
* MARCUS, Z. H. - Lect.
* SOFFER, Y. - Lect.
* TODER, V. - Lect.
* KASPI, Mrs. Th. - Instr.
114
ISRAEL
JAPAN
* FEIN, A. - Instr.
Fac. of Sci., Dept. of Zool.
MOAV, B. - Lect.
JAPAN
Akkeshi, Hokkaido Univ.,
Fac. of Sci., Mar. Biol. Stat.
KANOH, Y. - Prof.
Chiba, Chiba Univ.,
Coll. of Arts & Sci., Biol. Lab.
* TAMANOI, I. - Asst. Prof.
Chiba, Natl. Inst, of Anim. Ind.
* SUGIE, T. - Head Lab. Fertil.
* HANADA, A. - Res. Staff
* SOMA, T. - Res. Staff Lab. Fertil.
* SUGA, T. - Res. Staff Lab. Fertil.
* SAITOH, M. - Res. Staff Lab. Nutr.
* IRIE, R. - Res. Staff Lab. Microbiol.
Chiba, Natl. Inst, of Radiol. Sci.,
Div. of Biol.
* ASAMI, K. - Res. Off.
* ETOH, H. - Res. Off.
* HYODO (TAGUCHI), Mrs. Y. - Res. Off.
* IWASAKI, Miss T. - Res. Off.
* NAKAZAWA, T. - Chief of Lab.
* YAMADA, T. - Res. Off.
* YAMAGUCHI, T. - Chief of Lab.
* YUKAWA, O. - Res. Off.
Div. of Radiat. Hazards
* MURAMATSU, S. - Res. Off.
Chikugo, Kyushu Natl. Agr. Exp. Stat.,
Dept. of Plant Pathol. & Entomol.
* MOCHIDA, O. - Res. Entomol.
* MIYAHARA, Y. - Res. Entomol.
Fukuoka, Kyushu Univ.,
Fac. of Agric, Zool. Lab.
* UCHIDA, T. A. - Prof.
* MORI, T. - Asst.
Fac. of Med., Dept. of Anat.
YAMAMOTO, T. - Prof.
HATAE, T. - Res. Assoc.
Fac. of Sci., Dept. of Biol.
* KAWAKAMI, I. - Prof.
* YAMANA, K. - Assoc. Prof.
* SASAKI, N. - Lect.
* SHIOKAWA, K. - Lect.
Gifu, Gifu Coll. of Dent.,
Lab. of Biol.
* AMANUMA, A. - Prof.
* HISHIDA, T. - Prof.
* KOBAYASHI, H. - Lect.
* IKENISHI, K. - Asst.
* YAMADA, K. - Asst.
Hakodate, Hokkaido Univ.,
Fac. of Fish., Dept. of Biol.
* YAMAMOTO, K. - Prof.
* TAKAHASHI, H. - Assoc. Prof.
Lab. of Physiol. & Ecol.
YAMADA, J. - Prof.
Hirakata, Kansai Med. Sch.,
Biol. Lab.
IKUSHIMA, N.
Hirakata, Osaka Dent. Coll.,
Biol. Lab.
TAKEUCHI, H. - Asst. Prof.
Hirosaki, Hirosaki Univ.,
Fac. of Med., Dept. of Anat.
YAMADORI, T. - Prof.
TAKAHASHI, H. - Lect.
Hiroshima, Hiroshima Univ.,
lac. of Sci., Lab. for Amph. Biol.
* KAWAMURA, T. - Prof.
* NISHIOKA, Miss M. - Prof.
Inuyama, Kyoto Univ.,
Prim. Res. Inst., Monkey Care Lab.
* TIBA, T.
Prim. Res. Inst., Dept. of Physiol.
* OSHIMA, K. - Assoc. Prof.
Kagoshima, Kagoshima Univ.,
Lib. Arts Coll., Biol. Inst.
* KUBOTA, T. - Prof.
Fac. of Med., Dept. of Anat.,
Embryol. Lab.
* NOTO, T.
Kanazawa, Univ. of Kanazawa,
Coll. of Lib. Arts, Biol. Inst.
* OHSAKI, K. - Res. Asst.
Fac. of Sci., Biol. Inst.
* KISHIDA, Y. - Asst. Prof.
* FUKE, M. - Res. Asst.
Kariya, Aichi Univ. of Educ,
Dept. of Biol.
* IWAMATSU, T.
Kasugai, Aichi Pref. Colony,
Inst, for Devi. Res., Dept. of Embryol.
* MURAKAMI, U. - Head
* NOGAMI, H. - Res.
* SHOJI, R. - Res.
* TERASHIMA, Y. - Res.
* INOUYE, M. - Res.
* TAKEUCHI, I. - Res.
Dept. of Perinatol.
* MURAKAMI, U. - Head
* SEMBA, R. - Res.
* KEINO, H. - Res.
* SATO, H. - Res.
YAMAMURA, H. - Res.
Kobe, Kobe Univ., Sch. of Med.,
Dept. of Anat., Div. I
* TAKEDA, H. - Prof., Dir.
* NAKAMURA, K. - Assoc. Prof.
* UMETANI, T. - Asst.
Kobe, Konan Univ.,
Fac. of Sci., Dept. of Biol.
TAKAYA, H. - Prof.
KAJI. S. - Prof.
MASUDA, H. - Asst. Prof.
WATANABE, T.
Kobe, Konan Women's Univ.,
Dept. of Biol.
* BABA, S. - Prof.
Kumamoto, Kumamoto Univ.,
Med. Sch., Dept. of Anat.
* FUJIMOTO, T. - Prof.
Kyoto, Doshisha Univ., Biol. Lab.
* AMANO, H. - Prof.
* KOBAYASHI, N. - Prof.
* INOUE, Mrs. Y. - Res. Asst.
Kyoto, Kyoto Pref. Univ. of Med.,
2nd Dept. of Anat.
* YASUDA, M. - Lect.
* FUJISAWA, H. - Lect.
* NAKAMURA, H. - Asst.
* WATANABE, K. - Asst.
Dept. of Pharmacol.
* KURIYAMA, K. - Prof., Chairman
Kyoto, Kyoto Univ.,
Fac. of Med., Dept. of Anat.
* NISHIMURA, H. - Prof.
* TANIMURA, T. - Assoc. Prof.
* TANAKA, O. - Fac. Asst.
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* TAKJTA. S. - Prof 'Emer.)
Toky -rv-,
Dept. of Biol.
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Set Museum,
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Tokyo "jv.T
at Inst.
T.
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Dept. of Bioch e
* SHUKUYA. R. - Prof, Chairman
at Prof
- Led.
Tokyo, Ochanor-
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* D- Z. - Prof.
WAT AN ABE, Y. - Asst
Tokyo. St Paul 5 Univ..
CoIL of Gtr ... iioL Lab.
Tokyo. Tokyo Inst, of TechnoL,
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* HI- Prof-
Tokyo, Tokyo • -.v.,
Fac ::" ZooL
SEKIGLCHI. K. - -
OKADA.
TANAKA, K. -
HIRABAYASHI. 7
Tolr. *.,
i Dept. of Anat
: - Sea Lc
* DAIMOX, T. - Ir
TO. M. -
* ITO. R. - b
Tokyo. Tokyo Metre : ,-erontoL,
Dept. of Bki.
7. - Head
NTX). K.
Tokyo. Tokyo Metrop. Urriv.,
DAN. K. - Prof.. President
Fac. of Sci. Dept. of BioL.
* YANAGISAWA, T. - ProL
* 0>: Prof.
* ISONO. N - :--
ANKI. T. - Grad. Stud.
EMURA, I. - Grad. S
* LRANO. Mrs. S. OHASHI - Grad. Stud.
Tokyo. Uriv. o
Fac if Med I "at
* IDE, C. - Postgrad.
:>f PhysioL Che-
-.NO. Y. - Prof.
Fac :: 5 .. I -.z: of Biophys. & Biochem.
* 5AKAI. H
* KIMURA. L - Asst ProL
* IL L - Grad. Stud.
* KLR: Dm R- - Grad. Stnd.
ofBot
'•'.. - ProL
Zool. Inst.
* FLJIl
* TED
Prof.
- Prof.
* KJSOSHfTA. S - A- . -
A.
* TAKELCHI. S. - Asst
Ocean Res. Inst. aoL
* t. Assoc. Prof
[jm H. - Res. As
Tokvo. Waseda I
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Towada. K
-.moL Sci
Toyama. Toy ram
Fac of Lit. A Set. BioL Inst.
* HORI, R. - Asst Prof
Tsu. Mk Pret Urnr., Fac. of Fisfa.
* OOISHLMe
K--Asst
MIKAML Y. - Prof
OHASHI. T - Asst Prof
-
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-RA.K.
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* HIROSHIMA- T - Res. Asst
Ur** i Sri. ft Engirt .
DA, J. -?:
Yokohama. Keic Urav..
MORL Y. - Prof, Head
* TAGUCHL Sh. - Prof
MORI. H. - Prof
ENDO. Y. - Prof
KATAKURA, Y. - 1
T . I - Prof.
Y . • :t_i-Jl . -.----"."-
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KOREA. Sou*
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Cot of Agric. I - adt
RJLK.E-
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* BLTROS. J. M. - Prof
*
MALAYSIA
Koala Lumpur. Unh . of Malaysia.
A: -.. "-.--- ~--z--
* GUNBERG. D. L - Prof.
"
PAKISTAN
NEW ZEALAND
PAKISTAN
Karachi, i nh ol Karachi,
Sch. of Parasitol., Dept. ol Zool.
IUI Q] I S. Mrs. I . MliJIH Asst Prof.
TAIWAN (Formosa)
Taipei. Natl. Del. Mod. Ctr.,
Dept of Biomorphics
* LIANG, H. M. Pro!.. Head
* HSU (LIANG), Mrs. C. Y. - Prof.
* Yt'i (KOU), Mrs. N. W. - Assoc. Prot".
Taipei, Natl. Taiwan Univ.,
Dept. of Zool.
* KING, Mrs. D. WEI - Prof.
* HUANG, F. L.
TURKEY
Ankara, Hacettepe Univ.,
Med. Fac, Inst, of Histol. & Embryol.
* Kl RSI (P.UYUK0ZER), Mrs. I. - Prof..
Head
* UYSAL, M.
* SEFTALIOGLU, Miss A.
* MI MIKOGLU (GONENC), Mrs. A.
Erzurum, Ataturk Univ.,
Med. Fac, Inst, of Histol. & Embryol.
AYKAC, I. - Prof.
AUSTRALIA
AUSTRALIA
AUSTRALIAN CAPITAL TERRITORY
•(A.C.T.)
Canberra, Austr. Natl. Univ.,
Sch. of Gen. Stud., Zool. Dept.
* TYNDALE-BISCOE, C. H. ■ Reader
* JANSSENS, P. A. - Sen. Lect.
* WALKER, Mrs. K. Z. - Sen. Demonstr.
* MOORE, G. P. M. - Res. Fellow
NEW SOUTH WALES (N. S. W.)
Armidale, Univ. of New England,
Sch. of Biol. Sci., Dept. of Zool.
* O'FARRELL, A. F. - Prof.
* STOCK, A. - Prof., Head
* GILES, E. T. - Assoc. Prof.
* DE BAVAY, J. M. F. X. - Lect.
Sch. of Rural Sci., Dept. of Agr. Biol.
* CLAXTON, J. H. - Sen. Lect.
Blacktown, C.S.I.R.O.. Div. of Anim. Physiol.,
Ian Clunies Ross Anim. Res. Lab.
Mcdonald, i. w. - chief
* ALEXANDER, G. - Sen. Princ. Res. Scient.
* LYNE, A. G. - Sen. Princ. Res. Scient.
Kensington, Univ. of N. South Wales,
Sch. of Anat.
BLUNT, M. J. - Prof.
O'BRIEN, B. R. A. - Assoc. Prof.
Sydney, Univ. of Sydney,
Dept. of Histol. & Embryol.
* SULLIVAN, G. E. - Sen. Lect.
Sch. of Biol. Sci.. Zool. Bldg.
* ANDERSON, D. T. - Prof.
* MORRIS, Miss V. B. - Sen. Lect.
QUFENSLAND
Brisbane, Univ. of Queensland,
Sch. of Anat.
* BRYDEN, M. M.
Townsville, James Cook Univ.,
Sch. of Biol. Sci., Depts. of Mar. Sci., Bot. &
Zool.
* BURDON-JONES, C. - Prof.
* LUCAS, J. S. - Lect.
SOUTH AUSTRALIA (S.A.)
Adelaide, Univ. of Adelaide,
Dept. of Anat. & Histol.
VAN DETH, J. H. M. G. - Reader
PACKER, A. D. - Reader
Bedford Park, Flinders Univ.,
Sch. of Biol. Sci.
* ZUST, Miss B.
* DIXON, K. E. - Sen. Lect.
* McAVOY, J. W. - Grad. Stud.
MARSHALL, J. A. - Grad. Stud.
VICTORIA (Vict.)
Clayton, Monash Univ.,
Dept. of Physiol.
* WESTERMAN, R. A. - Sen. Lect.
* CRAGG, B. G. - Reader
Parkville, Univ. of Melbourne,
Sch. of Anat.
* LAVARACK, J. O. - Reader
* STRATFORD (MILLER), Mrs. B. F. - Sen.
Lect.
Dept. of Zool.
* SATHANANTHAN, A. H.
NEW ZEALAND
Christchurch, Univ. of Canterbury,
Dept. of Zool.
* STOUT, V. M. - Sen. Lect.
Dunedin, Univ. of Otago,
Dept. of Zool.
* PILKINGTON, J. B. - Lect.
118
SUBJECT INDEX
For an introduction to the subject index, see part 1 page 126.
The following changes have been made:
New Headings in part 2
Amine(s)
Bio-electricity
Cell cycle
Chemical elements (formerly: Minerals; specific elements)
Cytogenetics
Interstitial cells
Matrix (extracellular)
Microcinematography
Self-Recognition
Subheadings
These have ondergone some change. They now often consist of two or more words. There-
fore, the list of standardized one-word subheadings on page 127 of part 1 does not apply
to part 2.
ABDOMINAL CAVITY
see Body cavities
ABNORMALITIES
see Anomalies (early develop-
ment); Malformations
see also Teratogenesis
ABORTIONS
see Malformations; Pathology
ACCESSORY SEX GLANDS
see Reproductive system
ACTIN
see Muscle(s)
ACTINOMYCIN
see also Antibiotics
Amphibia Berman
Wolsky
Aves Mulherkar
Echinoidea Wolaky
ACTIVATION
see Fertilization
ADAPTATION
see also Environmental factors;
Phylogenesis
ADHESIVE GLAND
medullary cells
see Gland (s)
Mammalia
Wood
relation with hypophysis
ADIPOSE TISSUE(S)
Aves
Moog
see also Lipid(s)
Mammalia
Moog
Aves Watterson
AGE (AGING)
Insecta Butterworth
Kimmel
cellular
Pant
Mammalia
Norman
Rizki
coat colour
Sharma
Mammalia
effect of X-rays
Lhotka
ADRENAL GLAND
Insecta
Rockstein
see also Cortisone; Insulin;
Mammalia
Rockstein
Steroids
heart muscle
Mammalia
Rockstein
cortex in vitro
kidney
Mammalia Roos
Mammalia
Blount
Slavinski
neoplasms
cortical differentiation
Mammalia
Lhotka
Mammalia Roos
oral tissues
cortical transient zone
Homo
Toto
Mammalia Sucheston
Mammalia
Toto
embryonic & postnatal
Mammalia Sucheston
enzyme activity
Aves Pedernera
hypothal. & pituitary control
Amphibia Thurmond
maternal hyperadrenalism
Mammalia Hoar
Anomura
Haley
role of cell surface
Aves Oppenheimer
Echinoidea Oppenheimer
Mammalia Oppenheimer
AGGREGATION
see Cell(s)
119
AIR BLADDER
sec I ung(s)
AIR SACS
see 1 ung(s)
ALGAE
see Plant embryology &
morphogenesis
see also Unicellular organisms
ALIMENTARY TRACT
see Digestive tract
AI KYLATING AGENTS
ALLANTOIS
sec 1 mbryonic membranes
AMINE(S)
see also Neurotransmitters
Aves Butros
Echinoidea Russell
AMINO ACID(S)
brain
Mammalia Kuriyama
effect on primary mesenchyme
Echinoidea Brookbank
free
Amphibia Crawford
Teleostei Crawford
(hydroxy) proline
Aves Stern
kynurenine in fatbody
Insecta Kimmel
metabolism in early embryo
Aves Harrison
ontogeny
Teleostei Wilde
silk gland
Insecta Pant
Sharma
transport in egg & embryo
Echinoderm Crawford
AMITOSIS
see Mitosis
AMNION
see Embryonic membranes
ANABIOSIS
see Diapause
ANDROGENESIS
see Genetics
ANESTHESIA
ANEUPLOIDY
see Heteroploidy
ANIMAL GRADIENT (ani-
malization)
see Gradients
see also Embryology (expe-
rimental); Embryology
(physiological)
ANOMALIES (early
therap. use in teratogen.
development)
Mammalia Chamberlain
see also Pathology;
Teratogenesis
ANTIMITOTIC AGENTS
Aves Pearce
Aves Kosin
Mollusca Stiles
Homo Nishimura
Ornoy
ANTLERS
Sasaki
see Horns
Sekeles
ANOMALIES (Later
development)
see Malformations
see also Teratogenesis
ANOXIA
see Respiration
ANTIBIOTICS
see also Actinomycin
Amphibia Schroeder
Asteroidea Schroeder
Aves Goldie
cytochalasin
Aves Shepard
Mammalia Shepard
Teleostei Schroeder
effect on development
Echinoidea Wolsky
effect on devel. & regen.
Amphibia Wolsky
effect on myogenic cells
Reptilia Cox
effect on teeth
Mammalia Fitzgerald
injected into amn. fluid
Homo Lev
Mammalia Lev
mitomycin
Aves King
ANTIBODIES
see Immunology
ANTIGENS
see Immunology
ANTIMETABOLITES
B-2-thienylalanine
Aves Kollar
Mammalia Kollar
effect on cell aggregation
Echinoidea Hamada
effect on conn. tiss. differ.
Aves Frederickson
effect on development
Echinoidea Wolsky
effect on devel. & regen.
Amphibia Wolsky
effect on epithelial differ.
Aves Frederickson
effect on limb development
Mammalia Kochhar
effect on morphogenesis
Aves Naber
Insecta Rizki
pyrimethamine
Mammalia Coleman
teratogenesis
Echinoidea Skalko
Mammalia Skalko
AORTA
see Vascular system
see also Heart (& great vessels)
APICAL DOMINANCE
see Gradients; Plant embry-
ology & morphogenesis
ARCHENTERON (roof)
see Gastrulation; Neurulation
see also Induction
ASEXUAL REPRODUCTION
(& development)
Ascidiacea Izzard
Watanabe
Bryozoa Oda
Hydrozoa Kato
Scyphozoa Kato
Trematoda Bilqees
Tunicata Freeman
ASYMMETRY
see Symmetry
AUDITORY ORGAN
(& external ear)
Homo Dickson
Reptilia Pugin
Vertebrata Keefe
AUTONOMIC NERVOUS
SYSTEM
Levi
Aves Arms
Murray
Mammalia Murray
BACTERIA
see also Unicellular organisms
Mammalia Fedinec
BEAK
BEHAVIOUR (embryonic &
postnatal)
Amphibia Armstrong
Aves Gottlieb
Hamburger
Heaton
Mammalia Hamburger
Teleostei Armstrong
bipedal locomotion
Aves Peters
corr. with brain devel.
Mammalia Spyker
effect of cerebellar retard.
Mammalia Altman
120
embryonic
Aves Oppenheim
fetal activity
Homo Martin
Murata
Mammalia Martin
Murata
larval settling
Gastropoda Hadfield
pouch-young
Mammalia Oppenheim
relation to neurogenesis
Amniota Decker
web-building centres
Arachnida Kimmel
BIDDER'S ORGAN
BIO-ELECTRICITY
Vertebrata Becker
BIOGENIC AMINES
see Neurotransmitters
BIOMETRY
see Growth
BIRTH
BLADDER
see Urogenital system
BLASTEMA
see Regeneration (traumatic)
BLASTOCYST
see also Cleavage
activation
Mammalia Dickson
biochemistry
Mammalia Gulyas
chromosome abnormalities
Mammalia Shaver
chromosomes
Mammalia Takagi
chromosomes in delayed fertil
Mammalia Oakley
comparative morphology
Mammalia Rasweiler
delayed implantation
Mammalia Moore
Onuma
diapause
Mammalia Moore
Tyndale
effect of estrogen
Homo Holmes
Mammalia Holmes
effect of father
Mammalia Maurer
effect of oviduct secretions
Mammalia Hamner
effect of toxic drugs
Vertebrata Segal
electrochemistry of implant.
Mammalia Clemetson
formation
Mammalia Biggers
gene activity
Mammalia Moore
giant cell transformation
Mammalia Dickson
hormone action
Mammalia Prasad
implantation
Homo Nebel
Mammalia Boell
Butler
Fein
Fritz
Gwatkin
Holmes
Maibenco
Mintz
Nebel
Orsini
Rasweiler
Robertson
Segal
in vivo & in vitro
Mammalia Whitten
ionic environment
Mammalia Biggers
maternal protein uptake
Mammalia Kulangara
non-cellular coverings
Mammalia Boving
nucleic acid synthesis
Mammalia Daentl
Prasad
preservation & transfer
Mammalia Thompson
protein selection
Mammalia Kulangara
protein synthesis
Mammalia Prasad
relation to uterine blood vessels
Mammalia Boving
single cell transplantation
Mammalia Moustafa
spacing, orientation & implant.
Mammalia Boving
teratogenesis
Mammalia Fisher
Mitchell
transfer
Mammalia Takano
trophoblast
Homo Coelho
Holmes
Mammalia Behrman
Boving
Dickson
Fein
Holmes
Sherman
ultrastructure
Mammalia Gulyas
Tyndale
zona pellucida loss
Mammalia Orsini
BLASTODERM
see also Cleavage; Primitive
streak
cell junctions
Aves Macarak
cell migr. between germ layers
Aves Azar
cell surface properties
Aves Rao
erythroblasts
Aves Wainwright
formation
Cephalopoda Arnold
germ layer antigens
Aves Wolk
hemoglobin synthesis
Aves Wainwright
hemopoiesis in reaggregates
Aves Wainwright
hypoblast
Aves Brick
Mizuno
Wolk
intra-uterine stages
Aves Eyal
marginal tissue
Aves Schlesinger
morphogenetic movements
Aves Schlesinger
mortality
Aves Kosin
origin in holoblastic cleavage
Crustacea Haley
potencies
Aves Eyal
reaggregates
Aves Macarak
role of hypoblast in morphogen.
Aves Alperin
thermocautery
Insecta Bownes
ultrastructure
Aves Kosin
BLASTODISC
see Blastoderm
BLASTOMERES
see Cleavage
BLASTULA
see Cleavage
BLOOD
see also Circulation; Hemato-
poiesis; Hemolymph; Vascular
system
binucleated erythrocytes
Aves Bloom
cells
Lamellibr Rodrick
cells & spermine
Aves Butros
cellular chimerism
Amphibia Volpe
corticosteroids
Aves Hall
erytrhocyte enzymes
Amphibia Okazaki
erythrocyte membrane chemistry
Mammalia Furusawa
hemoglobin
Aves Fraser
Homo Doherty
hemoglobin function
Amphibia Okazaki
Shukuya
hemoglobin in metamorphosis
Amphibia Hickey
hemoglobin switch
Amphibia Okazaki
Shukuya
hemoglobin synthesis
Amphibia Grasso
Aves Wainwright
Wilt
121
[nsecta Bcrgtrom
Laufei
Mammalia Goldwassei
Rennert
Rifkind
releostei Yamagami
morphogen. & physiology
Aves Venzkc
serum proteins
Amphibia Nagano
Shukuya
Aves Heim
Mammalia Heim
sickle cell anemia
Homo Grasso
BLOOD VESSELS
see Vascular system; specific
organs, etc.
see also Circulation
BODY CAVITIES (& their
linings)
BONE(S)
see also. Bone marrow;
Cartilage; Skeleton
autoradiography
Vertebrata Leblond
biochemistry
Mammalia Terashima
biomechanics
Homo Felts
Mammalia Felts
BMP-ase
Mammalia Urist
calcification
Mammalia Urist
callus in regeneration
Mammalia Deck
cellular origin
Aves Hall
culture in vitro
Mammalia Terashima
effect of gravity
Mammalia Felts
effect of hormones
Aves Daimon
Mammalia Ornoy
effect of malnutrition
Mammalia Nakamoto
endocrinology
Amphibia McWhinnie
Aves McWhinnie
Watterson
enzymes
Amphibia McWhinnie
Aves McWhinnie
fetus & neonate
Mammalia Nakamoto
glycoproteins
Mammalia Weinstock
growth
Mammalia Urist
induction & origin
Mammalia Nogami
matrix physiology
Mammalia Urist
metabolism
Amphibia McWhinnie
Aves McWhinnie
morphogenesis
Mammalia Urist
122
ossification
Mammalia Urist
perichondral ossification
Aves Navagiri
procollagen
Aves Weinstock
Mammalia Weinstock
regeneration
Mammalia Urist
BONE MARROW
BRAIN
Mammalia Altman
acid hydrolases
Mammalia Allen
allatotropic centre
Insecta Granger
allometric growth
Mammalia Souza
amino acid metabolism
Mammalia Kuriyama
antigenic changes
Mammalia LaVelle
antigenic components
Mammalia Van Alten
autoradiography
Mammalia Hoshino
blood-brain barrier
Aves Birge
Mammalia Nakamura
cAMP metabolism
Mammalia Kuriyama
cell cycle
Mammalia Hoshino
cell migration
Mammalia Das
cell proliferation
Mammalia Das
cellular teratology
Mammalia Das
centres
Amphibia Kollros
cerebellum
Amphibia Gona
Mammalia Altman
Das
Kornguth
Vertebrata Takeda
cochlear nucleus
Mammalia Feldman
connections with eye
Amphibia Jacobson
Mammalia Jacobson
Teleostei Jacobson
corr. with behaviour
Mammalia Spyker
cortical neurogenesis
Mammalia Feldman
Hinds
cortical ultrastructure
Mammalia Peters
cortical visual field
Mammalia Gordon
Hirsch
differentiation
Aves Unsworth
Mammalia Unsworth
DNA
Vertebrata Jacobson
EEG
Aves Peters
effect of drugs on metabolism
Mammalia Kuriyama
effect of eye removal
Aves Dubey
Salthe
effect of hormones
Mammalia Altman
Vertebrata Jacobson
effect of nitrosourea
Mammalia Das
effect of thyroid hormone
Amphibia Gona
effect of undernutrition
Mammalia Altman
effect of X-rays
Mammalia Altman
Das
enzyme synthesis
Mammalia Greengard
Golgi studies
Mammalia Kimmel
hypothalamus
Mammalia Ifft
hypothalamus & hypophysis
Amphibia Jacobson
Aves Jacobson
Mammalia Daikoku
hypothermic hypoxia
Aves Peters
in cleft palate
Mammalia Overman
in hydrocephaly
Mammalia Bryan
induction
Aves Khare
inferior olive
Vertebrata Takeda
irradiation
Mammalia Hayashi
Hoshino
Kameyama
macrophages
Mammalia Chamberlain
maturat. & glutamine synthetase
Aves Piddington
Mauthner cell
Amphibia Kimmel
neural specificity
Aves Garber
Mammalia Garber
neuro-anatomy
Teleostei Armstrong
normal & abnormal development
Aves Langman
Mammalia Langman
Spyker
olfactory bulb ultrastructure
Mammalia Hinds
optic centre & tracts
Amphibia Holly field
Sharma
Aves Coulombre
Dubey
Goldberg
Salthe
Teleostei Sharma
Vertebrata Grobstein
physiol. encephalization
Teleostei Armstrong
protein changes
Mammalia LaVelle
protein synthesis
Vertebrata Jacobson
reconstruct, from single cells
Aves Garber
Mammalia Garber
RNA
Vertebrata Jacobson
scanning EM study-
Mammalia Chamberlain
subcommissural organ
Amphibia Wakahara
synapses in visual cortex
Mammalia Cragg
synaptogenesis
Aves Oppenheim
teratogenesis
Mammalia Brown
Inouye
Murakami
tetrodotoxin binding
Aves Unsworth
Mammalia Unsworth
toxic effect of bilirubin
Mammalia Sato
transplantation
Aves Oppenheim
visual receptive fields
Mammalia Gordon
Hirsch
BRANCHIAL REGION
see also Pharynx
BRISTLE
see Integument
BURSA OF FABRICIUS
see Lymphatic system
CAPILLARIES
see Vascular system
CAPSULE
see Egg
CARAPACE
see Skin
CARBOHYDRATE(S)
cell surface
Aves
Oppenheimer
Echinoidea
Oppenheimer
Mammalia
Oppenheimer
chondroitin sulfate synthesis
Aves
Solursh
egg & larva
Teleostei
Lobo
endocrine regulation
Amphibia
Frye
glucose in early
embryo
Aves
Harrison
glycogen in liver
Aves
Benzo
glycoproteins in
palate
Mammalia
Pratt
glycoproteins in regeneration
Amphibia
Hamada
hyaluronic acid
in cornea
Aves
Trelstad
in chromatin
Mammalia
Kinoshita
limb bud
Amphibia
Ito
metabolism
Amphibia
Sallach
Echimoderm
i Yanagisawa
metabolism in mutants
Insecta
Doane
mucopolysaccharides
Teleostei Oobo
mucopolysaccharides in palate
Mammalia Pratt
polysaccharide localization
Homo Lhotka
polysaccharides in eye
Aves Latshaw
Mammalia Latshaw
polysaccharides in oogenesis
Polychaeta Schroeder
role in cell differentiation
Animalia Schjeide
Homo Schjeide
role in palate development
Mammalia Coleman
CARCINOGENETIC AGENTS
see also Tumour(s)
Mammalia Fujii
Hoshino
CARTILAGE
Invertebrata Koshida
abnormality
Mammalia Dorfman
achondroplastic
Homo Shepard
Mammalia Shepard
auditory & vertebral
Reptilia Pugin
biochemistry
Mammalia Terashima
cell culture
Aves Levenson
cellular origin
Aves Hall
chondrocytes in vitro
Aves Solursh
chondroitin sulf. in micromelia
Aves Goetinck
culture in vitro
Mammalia Terashima
different types in vitro
Aves Levenson
differentiation in vitro
Aves Coleman
effect of vitamin C in vitro
Aves Levenson
effect on ossification
Aves Navagiri
in Brachypodism
Mammalia Elmer
in cleft palate
Mammalia Overman
induction & origin
Mammalia Nogami
teratogenesis
Homo Yasuda
CASTE DETERMINATION
see Polymorphism
CELL(S)
see also Cell cycle; Cell fusion;
Cell Heredity; Matrix;
Unicellular organisms
activities in morphogenesis
Hydrozoa Campbell
adhesion Trinkaus
Amphibia Brick
Phillips
Aves Bernfield
Cairns
De Haan
Maslow
Oppenheimer
Phillips
Stocum
Takeichi
Wiseman
Echinoidea Kondo
Oppenheimer
Spiegel
Homo Maslow
Mammalia Maslow
Oppenheimer
Wiseman
Vertebrata Lipton
affinities
Amphibia Eisenbcrg
Aves Eisenberg
aggregation & reaggregation
Moscona
Aves Fujisawa
Kuroda
Maslow
Okada
Takeichi
Yasuda
Echinoidea Hamada
Kondo
Homo Maslow
Hydrozoa Ceron
Mammalia Kuroda
Maslow
Porifera Fuke
Hiroshima
Humphreys
Kido
Kishida
Ohsaki
Teleostei Wourms
athrocytosis
Mammalia Clemetson
behaviour
Aves Weston
biochemistry
Swift
Echinoidea Mano
Mammalia Shapiro
clones
Amphibia Freed
communication
Tupper
Amphibia Reeves
Aves DeHaan
Fujisawa
Insecta Schneiderman
Mammalia Sherman
contact
Amphibia Johnson
Sanders
Aves Fischman
Humphreys
Okada
Overton
Sanders
Takeichi
Yasuda
contact inhibition of movement
Trinkaus
contractile apparatus
Echinoidea Schroeder
cortex in early development
Insecta Postlethwait
123
culture in vitro
Moscona
Amphibia Twcedell
Homo Kelley
[nsecta Kuroda
Rosales
cytochemistry
1 nsecta Rosales
death
Aves Fallon
Mottet
Pilar
Saunders
Homo Fallon
Mottet
Insecta Bryant
Butterworth
Mammalia Pratt
Shapiro
differentiation
Aves Schjeide
differentiation in vitro
Amphibia Watanabe
Aves Watanabe
Insecta Seecof
effect of cytosine arabinoside
Mammalia Bertalanffy
effect of ecdysone
Insecta Rosales
electrical communication
Insecta Caveney
electrical coupling
Amphibia Sanders
Aves DeHaan
electrokinetics
Amphibia Brick
form changes
Trinkaus
fusion in myogenesis
Vertebrata Lipton
growth
Aves Schjeide
Homo Minato
Insecta Minato
Mammalia Karasaki
haploid embryonic
Amphibia Freed
Mezger
homing
Aves Cameron
interactions
Holland
Moscona
Weiss
Aves Lavarack
Maslow
Oppenheimer
Echinoidea Oppenheimer
Homo Maslow
Hydrozoa Ceron
Insecta Davenport
Mammalia Argyris
Maslow
Oppenheimer
Spiralia Cather
interclass chimeras
Aves Wilde
Mammalia Wilde
irradiation
Mammalia Bertalanffy
junction
Amphibia Decker
Aves Macarak
Mammalia Decker
ligands
Homo Garber
Mammalia Garber
lipid enzymes
Echinoidea Barber
lipid-protein interactions
Aves Huang
Pagano
Mammalia Huang
Pagano
longevity in vitro
Mammalia Rafferty
membrane
Amphibia Eisenberg
Aves Eisenberg
membrane & chemicals
Echinoidea Herold
membrane & nucleus
Vertebrata Ebert
Ozato
membrane-bound proteins
Aves Huang
Pagano
Mammalia Huang
Pagano
membrane fusion
Mammalia Huang
Pagano
membrane reconstitution
Mammalia Pagano
migration
Aves Azar
Mammalia Hassell
motility
Amphibia Izzard
Aves Cairns
DeHaan
Izzard
movement
Trinkaus
Amphibia Brick
Eisenberg
Aves Eisenberg
Lavarack
Maslow
Wiseman
Gastropoda Sathananthan
Hydrozoa Lenhoff
Tweedell
Mammalia Wiseman
Metazoa Allen
Teleostei Lesseps
mucosubstances & different.
Animalia Schjeide
Homo Schjeide
myoblast clones
Aves Konigsberg
phenotypic variants in culture
Amphibia Mezger
physical interactions
Weiss
Echinoidea Vacquier
positioning
Hoover
programmed changes
Mammalia Pratt
proliferation & differentiation
Aves Cameron
recognition
Aves Bernfield
Stocum
relations in early embryo
Amphibia Dan
Echinoderm Dan
role of cations in behaviour
Mammalia Waymouth
role of matrix in migration
Aves Hay
shape changes in morphogen.
Amphibia Jacobson
Aves Jacobson
shape in lens
Aves Hendrix
size in wing mesoderm
Aves Cairns
sorting
Aves Lesseps
Mayhew
Mammalia Mayhew
specificity
Holland
Weiss
stability of different, in vitro
Mammalia Rafferty
structure & function
Kessel
surface
Moscona
surface antigens
Mammalia Artzt
Bennett
Bovarnick
Fedoroff
surface biochemistry
Trinkaus
Aves Moog
Mammalia Moog
Terayama
surface carbohydrates
Aves Oppenheimer
Echinoidea Oppenheimer
Mammalia Oppenheimer
surface changes
Hoover
surface charge
Aves Rao
surface genetics
Amphibia Brick
surface immunochemistry
Aves Fischman
surface in behaviour
Homo Kelley
surface in cleavage
Amphibia Sanders
surface in differentiation
Mammalia Rifkind
surface in embryo
Mammalia Mintz
surface in gastrulation
Amphibia Johnson
surface in metaplasia
Amphibia Eisenberg
surface in morphogenesis
Schaeffer
Amphibia Eisenberg
Aves Collins
Eisenberg
Lee
Rao
Sanders
Mammalia Collins
surface lipids
Echinoidea Barber
surface recognition
Aves Garber
Mammalia Garber
surface specificity
Aves Weston
124
surface structure
Trinkaus
surface ultrastructure
Amphibia Brick
Okamoto
Aves Lesseps
ultrastructure
Mammalia Shapiro
velocity sedimentation
Aves Suburo
CELL CYCLE
Amphibia Byrd
Aves Cairns
Echinoidea Byrd
Mano
Russell
Hydrozoa Campbell
Mammalia Hoshino
Scheffler
Yamaguchi
CELL DEATH
see Cell(s)
CELL DIVISION
see Cell(s); Mitosis
CELL FUSION
see also Cell heredity
Mammalia
Ruddle
Harris
CELL HEREDITY
see also Cell fusion
Insecta Baker
abnormal cell lines
Vertebrata Macintyre
blastoderm & somatic cells
Insecta Bownes
chromosomes
Mammalia Lin
Vertebrata Macintyre
clonal analysis of N.S.
Insecta Kankel
embryonic cells in vitro
Insecta Kuroda
eye cell clones
Aves Eguchi
Okada
Takeichi
Mammalia Eguchi
Okada
Takeichi
in cell-lethal mutants
Insecta Arking
in homeosis
Insecta Postlethwai
in internal adult organs
Insecta Arking
in larval organs
Insecta Arking
in myeloma cells -in vitro
Mammalia Kimmel
iris cell clones
Amphibia Eisenberg
regulation
Mammalia Duerksen
somatic recombination
Insecta Cline
Stern
Tokunaga
CELL-LINEAGE
see Embryology (experimental)
CELL RENEWAL
see Regeneration (physio-
logical)
CENTRAL NERVOUS
SYSTEM
see also Brain; Neural crest;
Neural plate; Spinal cord
Aves Martin
Homo O'Rahilly
Mammalia Martin
autoradiography
Aves Corliss
Mammalia Vaughn
axonal protein movement
Aves LaVail
collagen secretion
Aves Hay
dis- & reaggr. of neural tube
Aves Adler
effects of hypoxia
Mammalia Yu
effect of lead
Aves De Gennaro
Mammalia De Gennaro
effects of malnutrition
Mammalia Yu
glia cell
Insecta Levi
Mammalia Das
Peters
Vaughn
glycogen body
Aves De Gennaro
in Lp/Lp mutant
Mammalia Stein
irradiation
Mammalia Murakami
irradiation & ultrasound
Mammalia Shoji
lumbosacral region
Aves Watterson
morphogenesis
Insecta Berry
motor neuron connections
Amphibia Grant
myelin
Aves Mezei
Mammalia Peters
myeloschisis
Aves Watterson
neural epithelium
Aves Corliss
neural tube
Mammalia Herman
Kauffman
role of trace elements
Homo Agnew
Mammalia Agnew
specification of connections
Amphibia Kimmel
spinal cord
Aves Hollyday
teratogenesis
Aves Corliss
Mammalia Hayashi
Herman
Kauffman
Nakamura
ultrastructure
Mammalia Hayashi
Herman
Kauffman
Vaughn
visual neuron connections
Amphibia Grant
web-building centres
Arachnida Kimmel
CENTRIFUGATION
see Embryology (experimental)
Embryology (physiological)
CEPHALOGENESIS
see Head
CEREBELLUM
see Brain
CHALONES
see Mitosis
CHEMICAL ELEMENTS
see also Ions
Al teratogenesis
Mammalia Persaud
Au transfer in placenta
Mammalia Sudarwati
Ca
Echinoidea Uemura
Ca & cell contraction
Echinoidea Schroeder
Ca & cortical contraction
Amphibia Kubota
Ca in egg activation
Invertebr Epel
Ca in embryo
Aves Lhotka
Homo Lhotka
Mammalia Lhotka
Ca in endolymphatic deposits
Amphibia Pilkington
Ca in fertilization
Echinoidea Nakazawa
Ca metabolism
Mammalia Ornoy
Schryver
Cd in development & reproduction
Teleostei Sanford
Cd teratogenesis
Mammalia Monie
F
Echinoidea Herold
F effect on embryo
Aves Sinha
Varma
F placental transfer
Mammalia Shupe
Fe in embryo
Aves Lhotka
Homo Lhotka
Mammalia Lhotka
heavy metals
Mammalia Agnew
Vertebrata Birge
heavy metal teratogenesis
Mammalia Kimmel
Mollusca Calabrese
Hg
King
Homo Robkin
Mammalia Robkin
125
K in mother & Fetus
Mammalia Fantel
Li in regeneration
Hydrozoa Yasugi
metal effect on enzyme systems
Echinoderm Hein
rurbellaria Hein
metals in devel. & regen.
1 chinoderm Hein
Turbcllaria Hein
N excretion in tadpole
Amphibia Arima
N metabolism
Amphibia Janssens
[nsecta Sharma
P
Echinoderm Yanagisawa
Mammalia Nakazawa
Pb teratogenesis
King
Aves Gilani
Mammalia Monie
trace elements in CNS anomalies
Homo Agnew
Mammalia Agnew
trace elements in fertilization
Echinoidea Hori
Teleostei Hori
CHEMICAL MICRO-
ANALYSIS
CHEMICALS (biologically
active)
see specific chemicals
(Antibiotics; Antimitotic
agents etc. etc.); Chemical
elements; Drugs;
Ioris; Teratogenesis
CHEMORECEPTORS
CHIMERAS
Amphibia Volpe
Mammalia Benirschke
Whitten
CHONDROCRANIUM
Amphibia Toerien
Aves Toerien
Mammalia Toerien
Reptilia Toerien
CHONDROGENESIS
see Cartilage
CHORDA
see Notochord
CHORION
sec Placenta
see also Embryonic membranes
CHOROID PLEXUS
see Brain
CHROMAFFIN CELLS
Aves Andrew
CHROMATIN
see Chromosomes
( IIKOMATOPHORh(S)
Amphibia Bagnara
Dalton
Crustacea Ranga
CHROMOSOMES
see also Cytogenetics
aberrations
Homo Makino
Shapiro
Mammalia Lin
Miyake
Nesbitt
Shaver
Vertebrata Macintyre
biochemical activity
Vertebrata Macintyre
blastocyst
Mammalia Takagi
cell genetics
Mammalia Lin
chromatin
Echinoidea Ozaki
Mammalia Kinoshita
congenital malformations
Homo Bhargava
Makino
Misra
Sasaki
Mammalia Navagiri
delayed fertilization
Mammalia Oakley
developmental changes
Amphibia DiBerardino
DNA replication
Insecta Calvet
DNA, RNA & protein synthesis
Insecta Pavan
DNA sequence
Insecta Calvet
doubling by colchicine
Mollusca Stiles
gene localization
Aves Przybylski
genetic activity
Insecta Gay
heterochromatin
Insecta Rae
Mammalia Rae
in abortions
Homo Makino
Sasaki
in lethal racial hybrids
Amphibia Moore
karyotype
Homo Ornoy
Sasaki
Onycho-
phora Cavenaghi
Murta
Schreiber
Simoes
lampbrush nucleic acids
Amphibia Gall
laser microbeam study
Amphibia Berns
Mammalia Berns
Rattner
mapping
Amphibia Freed
meiotic
Mammalia Lakshmanan
mitotic mutants
Avls Bloom
molecular structure
Insecta Gay
nucleic acid-protein interaction
Insecta Rae
Mammalia Rae
of cell clones
Amphibia Freed
proteins
Insecta Imberski
proteins on genes
Amphibia Higashinakagawa
Reeder
puffing
Insecta Doane
Gerbi
Laufer
Rasch
rearrangements
Insecta Donady
replication patterns
Amphibia Barr
Insecta Barr
role in differentiation
Insecta Poulson
sex
Homo Moore
Mammalia Moore
ultrastructure & function
Insecta Kaufmann
X-differentiation
Mammalia Takagi
X-inactivation
Mammalia Nesbitt
Ohno
CILIA
contractile mechanisms
Rikmenspoel
regeneration
Echinoidea Lindsay
CINEMICROGRAPHY
see Microcinematography
CIRCULATION
CLEAVAGE (& morula,
blastula)
see also Blastocyst;
Blastoderm; Blastodisc
Cephalopoda Arnold
Echinoidea Hiramoto
Miki
Skalko
Gastropoda Sathananthan
Mammalia Gulyas
Skalko
Teleostei Kirchen
biochemistry
Echinoidea Kanki
Mano
Mammalia Pollard
blastomere interactions
Echinoidea Vacquier
blastomere ultrastructure
Lambellibr Humphreys
blastula surface ultrastructure
Amphibia Brick
cell coupling
Amphibia Sanders
126
cell interactions
Spiralia Cather
cell surface
Amphibia Sanders
Echinoidea Uemura
cortical contraction
Amphibia Kubota
cytodifferentiation
Amphibia Nakamura
Takasaki
developmental potential
Ctenophora Freeman
Nemertea Freeman
effect of father
Mammalia Maurer
effect of irradiation
Mollusca Stiles
effect of metabolic inhibitors
Mammalia Pollard
effect of methylated xanthines
Echinoidea Cheney
effect of pollutants
Mollusca Stiles
histone synthesis
Amphibia Kasinsky
holoblastic
Crustacea Haley
microfilament biochemistry
Echinoidea Schroeder
mitotic apparatus
Echinoidea Kiefer
Miki
oxygen consumption
Echinoidea Cheney
physiology
Echinoidea Kojima
polar lobe formation
Gastropoda Taylor
proteins
Echinoidea Wilt
RNA
Echinoidea Wilt
role of Ca in contraction
Amphibia Kubota
role of vegetal body
Gastropoda Cather
transcription
Mammalia Moore
ultrastructure
Aves Fainstain
Echinoidea Uemura
Mammalia Gondos
CLOACA
see Urogenital system
CLONE(S)
see Asexual reproduction;
Cell(s); Cell heredity
COELOM
see Body cavities
COLCHICINE
see Antimitotic agents
COLLAGEN
Amphibia Kato
bone
Aves Weinstock
bone & dentin
Mammalia Weinstock
cornea
Aves Trelstad
deposition in embryo
Aves Stern
deposition in metamorphosis
Amphibia Reynolds
fibrillogenesis
Aves Trelstad
in connective tiss. differ.
Aves Frederickson
in epithelial differentiation
Aves Frederickson
Vertebrata Kollar
in micromelic mutants
Aves Goetinck
mediator of information
Vertebrata Kollar
morphogenetic role
Mammalia Bernfield
mRNA& tRNA
Aves Stern
polymerization
Vertebrata Kemp
proline metabolism
Aves Stern
resorption in tail
Amphibia Ito
role in eye development
Aves Coulombre
role in tissue interaction
Aves Hay
secretion by epithelia
Aves Hay
submandibular gland
Mammalia Bernfield
synthesis in chondrocytes
Aves Solursh
synthesis in embryo
Aves Stern
synthesis in palate
Mammalia Pratt
types
Aves Trelstad
umbilical cord
Homo Uysal
COLOUR PATTERNS
see Chromatophore(s);
Pigment(ation)
COMPETENCE (inductive)
CONGENITAL MALFOR-
MATIONS
see Malformations
CONNECTIVE TISSUE
see also Fibroblast(s)
Amphibia Setoguti
Watanabe
Aves Frederickson
Trelstad
Homo Ten Cate
Watanabe
Mammalia Burton
Dorfman
Seftalioglu
Watanabe
Teleostei Watanabe
Vertebrata Kemp
CORPUS ALLATUM
Insecta
Beig
Granger
CORPUS LUTEUM
CORTEX
seeCell(s); Egg(s)
CORTISONE
see also Steroids
Aves Kulka
Mammalia Iucif
Takano
CRANIUM
see Skull
see also Chondrocranium
CRYPTOBIOSIS
see Diapause
CULTURE (embryo)
see also Rearing methods
Aves Klein
Homo Francoeur
Dickey
Elliott
Mammalia Gunberg
Hoppe
Shepard
Whitten
drug assay system
Aves Boone
mutant embryos
Mammalia Stein
neuropore & cytochalasin
Aves Shepard
Mammalia Shepard
teratogenesis
Mammalia Gunberg
Mitchell
Moustafa
CYCLIC AMP
see Nucleotides
CYTOGENETICS
Homo Bhargava
Doherty
Mammalia Ishikawa
Miyake
Mollusca Stiles
Teleostei Ojima
CYTOLOGY
see Cytogenetics
CYTOSTATIC AGENTS
see Antimitotic agents
CYTOTOXIC AGENTS
see Drugs
DEDIFFERENTIATION
see also Metaplasia
denervated limb
Amphibia Hearson
127
Dl ( (^RIBONUCLEIC ACID
transcription
see also Nucleic acids
Amphibia
Btowder
Echinoidea
Nemer
Onychoph
Cavenaghi
Insecta
Browder
Murta
Mammalia
Browder
Schrciber
Brown
Simoes
Church
rhaliacea
Cavenaghi
Schultz
Schreiber
trophoblast giant cells
amplified
Mammalia
Sherman
[nsecta
Gerbi
unusual
brain
Dinophyccae
Rae
Vertebrata
Jacobson
differentiating cells
DETERMINATION
Vertebrata
Karasaki
(embryonic)
effect of temp.
on synthesis
see also Induction;
Echinoidea
Brookbank
specific organs, etc.
enzymology
Echinoidea
Infante
Insecta
Schneiderman
Mammalia
Infante
blastoderm
in cell division
Aves
Eyal
Aves
Emerson
Insecta
Bownes
in heterochromatin
control of oogenesis
Insecta
Rae
Insecta
Postlethwait
Mammalia
Rae
early stages
initiation of synth. in regen.
Mollusca
Clement
Amphibia
Tassava
in homeosis
mitochondrial
Insecta
Postlethwait
Anderson
molecular in melanophores
Homo
Upholt
Amphibia
Brick
Mammalia
Upholt
skin areas
non-repeated
Amphibia
Kollros
Mammalia
Brown
somatic cells
nuclear membrane complex
Insecta
Bownes
Echinoidea
Infante
somites
Mammalia
Infante
Aves
Packard
organization
Aves
Coleman
various embryonic structures
Amphibia Jacobson
regeneration
Aves
Jacobson
Crustacea
Holland
Skinner
DEVELOPMENT (general)
regulation of synthesis
see also Asexual reproduction;
Vertebrata
Ebert
Life cycle(s); Morphogenesis
Ozato
repair
Insecta
Ascidiacea
Milkman
Smith
Dermaptera
Giles
Mammalia
Masui
Diptera
Milkman
Moustafa
Hemichorda
Burdon
replication
Homo
Decker
Insecta
Calvet
Nemertea
Iwata
satellite
Pinnipedia
Bryden
Crustacea
Beattie
Polychaeta
Mazurkiewicz
Skinner
Rodentia
Bagwell
Insecta
Gall
Teleostei
Donaldson
Gerbi
Vertebrata
Shrivastava
sequence
biochemistry
Insecta
Calvet
Moscona
spacer regions
cell biology
Amphibia
Brown
Lepidoptera
Locke
synthesis
chemical & biochem. changes
Amphibia
Hearson
Insecta
Newburgh
Aves
Fischman
control
Stockdale
Robertson
Echinoidea
Brookbank
culture in vitro
Insecta
Pa van
Moscona
Mammalia
Hassell
cytoplasmic & protein changes
Pratt
Amphibia
DiBerardino
Stockdale
effect of chemicals
synthesis in mitochondria
Echinoderm
Hein
Homo
Nagata
Turbellaria
Hein
Mammalia
Naeata
effect of combination of factors
synthetic enzymes in egg
Mammalia
Staples
Echinoidea
Terayama
effects of hormones
Arthropoda
Madhavan
effect of stress
Amphibia Srivastava
endocrine control
Insecta Aggarwal
histogenesis
Moscona
imaginal maturation
Insecta Rockstein
marine species
Invertebrata Fernald
microcinematography
Robertson
mRNA translation
Ilan
nuclear & chromosomal changes
Amphibia DiBerardino
parallels
Homo Burdi
Mammalia Burdi
patterns
Aves Cameron
physiology
Lepidoptera Locke
regulation of protein synth.
Ilan
size-age relationships
Mammalia Bagwell
transferred embryo
Mammalia Takano
DEVELOPMENT (larval)
see also Polymorphism (insects)
Crustacea Dotsu
Echinoidea D'Asaro
Mazurkiewicz
Gastropoda D'Asaro
Mazurkiewicz
Lamellibr Mazurkiewicz
Polychaeta D'Asaro
Teleostei Dotsu
arm formation
Echinoidea Finnegan
Larrivee
effect of food
Asteroidea Lucas
effect of prolactin
Amphibia Arima
endocrine control
Crustacea Hubschman
externally induced settling
Gastropoda Hadfield
growth & nitrogen excretion
Amphibia Arima
in fish hosts
Cestoda Bilqees
Nematoda Bilqees
juvenilizing molecules
Insecta Silhacek
metabolic end-products
Amphibia Arima
nauplius eye
Crustacea Aoto
parasitic forms
Crustacea Izawa
Ooishi
DEVELOPMENT (post-
embryonic, fetal)
Chiroptera Mann
Insectivora Mann
Perissodact Mann
128
Judy
Balakrishnan
Urodela Ballard
endocrinology
Insecta
gestational age
Homo
hormonal control
Insecta Shaaya
nucleic acid & protein synth.
Insecta Shaaya
role of prothoracic gland
Insecta Bodenstein
DEVELOPMENTAL
GENETICS
see Genetics
DEVELOPMENTAL
PATHOLOGY
see Pathology
DEVELOPMENTAL
PHYSIOLOGY
see Embryology (experimental);
Embryology (physiological)
see also Development
DIAPAUSE
Crustacea
Morris
Insecta
Brust
Pener
Mammalia
Moore
Tyndale
Teleostei
Wourms
DIAPHRAGM
see Body cavities
DIET
see Nutrition
DIFFERENTIATION
see also Dedifferentiation;
Metaplasia; specific
organs, etc.
Amphibia
Legname
Cestoda
Cheng
ATP synthesis
Amphibia
Crawford
Teleostei
Crawford
axial mesoderm
Amphibia
Finnegan
biochemistry
Moscona
Amphibia
Sallach
Wilde
Mammalia
Sherman
Teleostei
Brummett
cartilage & bone
Mammalia
Terashima
cell interactions
Moscona
Amphibia
Nakamura
Takasaki
cell surface
Moscona
Mammalia
Rifkind
cellular
Swift
Aves
Cameron
Echinoidea
Urano
Insecta
Coward
Teleostei
Whitt
Xiphosura
Coward
chemical
Gastropoda
cleavage
Amphibia
control
Acrasiales
culture in vitro
Morrill
Nakamura
Takasaki
Cohen
Moscona
Seecof
Karasaki
Scheffler
Taylor
Coward
Taylor
Brinster
Taylor
Coward
Insecta
cytoplasmic fragments
Amphibia Wilde
differentiated state
Insecta Bownes
DNA properties
Vertebrata
during cell cycle
Mammalia
early stages
Gastropoda
Insecta
Lameilibr.
Mammalia
Polychaeta
Xiphosura
effects of biomech. fields
Homo Gasser
effect of hormones
Insecta Judy
effect of ions
Hydrozoa Macklin
effect of nucleoside analogues
Aves Coleman
effect of temperature
Aves Dubey
Pa til
effect of virus infection
Aves Watanabe
endocrine control
Insecta Berry
energy pathways
Vertebrata Wilde
enzyme activity
Amphibia
Aves
enzyme control
Insecta
Boell
Boell
eye cell clones
Aves
Mammalia
Sullivan
Eguchi
Okada
Takeichi
Eguchi
Okada
Takeichi
eye lens in vitro
Aves Katoh
factors from submaxillary gland
Mammalia Varon
gene contr. in allophenic anim.
Mammalia Mintz
gene transcription
Insecta
genetics
Teleostei
genetic basis
Mollusca
germ cells
Insecta
hemopoietic cells
Mammalia
hypoblast
Aves
imaginal discs
Insecta
Suzuki
Whitt
Cheng
Kiefer
s
Lala
Rifkind
Mizuno
Imberski
immune factors
Mammalia Nebel
in vitro
Amphibia Watanabe
Aves Watanabe
interstitial cells
Hydrozoa Lenhoff
Lesh
isoamylases
Insecta Doane
lipid-protein interactions
Aves Huang
Pagano
Mammalia Huang
Pagano
liver cells in vitro
Aves Li venson
lung buds in vitro
Aves Minor
lysosomes
Amphibia Decker
Aves Decker
mammary carcinoma
Mammalia Unsworth
membrane-bound proteins
Aves Huang
Pagano
Mammalia Huang
Pagano
membrane function
Aves DeHaan
modulation
Mammalia Karasaki
neural crest
Aves Weston
Mammalia Weston
neural crest in vitro
Mammalia Pratt
nuclear, chromos. & cytopl.
Amphibia DiBerardino
nuclear nucleic acids
Vertebrata Alperin
nucleic acids
Insecta Berry
nucleo-cytopl. interactions
Echinoidea Kinoshita
preservation in cultured celis
Mammalia Rafferty
primordial germ cells
Mammalia Spiegelman
programmed cell changes
Mammalia Pratt
protein changes
Amphibia DiBerardino
protein metabolism in vitro
Aves Klein
relation with cell division
Aves Stockdale
Mammalia Stockdale
relation with DNA synthesis
Mammalia Stockdale
Aves Stockdale
RNA stabilization
Pitot
RNA synthesis & processing
Aves Coleman
role of cell communication
Mammalia Sherman
role of cell cycle
Amphibia Keefe
Aves Keefe
Mammalia Keefe
role of cell migration
Aves Azar
129
role of cell-produced subst
Hamabata
role of cell surface
Oppenheimei
I chinoidea Oppenheimei
Mammalia Oppenheimei
role of chromosomes
Insecta Poulson
role nt" egg cortex
Amphibia Manes
role of environment in vitro
Mammalia Slavinski
role o\ hormones
Mammalia Stockdale
role of membrane biogenesis
Mammalia Chepenik
role of mucosubstances
Animalia Schjeide
Homo Schjeide
role of phospholipids
Mammalia Chepenik
role of ribos. & nucl. prot.
Amphibia Landcsman
silk gland
Insecta Suzuki
somites in vitro
Aves Minor
stability in vitro
Aves Eguchi
Okada
Takeichi
Mammalia Eguchi
Okada
Takeichi
structural & functional
Kessel
tissue behaviour
Aves Wilde
Homo Wilde
tumour cells
Mammalia Furusawa
Mintz
various cell types in vitro
Aves Coleman
virus nucleic acid as agent
Amphibia Mizell
vitamin C & cartilage
Aves Levenson
DIGESTIVE TRACK
see also specific parts
Telcostei Manner
antihistamines
Aves King
blastotoxic
Vertebrata Segal
caffeine
Amphibia Cheney
Mammalia Cheney
chemical protection
Kernis
chemosterilants
Insecta Chaudhry
Tripathi
cyclophosphamide
Aves Sudarwati
effect on brain metabolism
Mammalia Kuriyama
effect on embryo
Aves Mulherkar
effect on haploid cells
Amphibia Freed
effects on induction & differ.
Aves Johnson
Mammalia Johnson
effects on metamorphosis
Amphibia Corven
embryo as assay system
Aves Boone
enzyme induction
Mammalia Argyris
glyco-alkaloids
Aves Mun
liver growth
Mammalia Argyris
low-level effects
Mammalia Spyker
methylated xanthines
Echinoidea Cheney
resistant cell clones
Amphibia Freed
salicylate teratogenesis
Mammalia Kimmel
teratogenesis
Mammalia Nishimura
tetrodotoxin binding in brain
Aves Unsworth
Mammalia Unsworth
theophylline & theobromine
Amphibia Cheney
Mammalia Cheney
urethane
Mammalia Herman
Amphibia
Kaltenbach
Kauffma
Koshida
various
Aves
Betz
Yasugi
Mammalia Staples
Cyclostom
Youson
EAR
Homo
Takita
see Auditory organ
Insecta
Judy
(& External ear)
Mammalia
Yamasaki
Mollusca
Koshida
ECTODERM
see Embryology (experi-
DISAGGREGATI
mental); Embryology
see Cell(s)
(general & descriptive)
DRUGS (& other biologically
active chemicals)
see also specific classes of
agents (antimitotic agents
etc.); Teratogenesis;
Thalidomide; Pesticides
Mammalia Nishimura
alkyl sulfonate
Mammalia Manner
130
EGG(S)
see also Blastocyst; Cleavage;
Culture; Fertilization;
Gradient; Oogenesis; Yolk
albumen proteins
Aves Nonami
anaerobiosis
Amphibia Valdez
basic proteins
Amphibia Kong
biochemistry
Amphibia Malacinski
Echinoidea Miki
centrifugation
Cephalopoda Arnold
chemical differentiation
Gastropoda Morrill
chorionic proteins
Insecta Goldsmith
cortex
Amphibia Manes
Cephalopoda Arnold
Echinoidea Uemura
cortical granules
Echinoderm Kane
Echinoidea Katsura
Invertebr. Epel
culture in vitro
Amphibia Schuetz
cytoplasm & genetics
Amphibia Malacinski
cytopl. control of nucleus
Amphibia Masui
DNA-synthetic enzymes
Echinoidea Terayama
effect of irradiation
Mollusca Stiles
effect of 1-methyladenine
Asteroidea Kanatani
effect of methylated xanthines
Echinoidea Cheney
effect of pollutants on meiosis
Mollusca Stiles
endocrinology
Mammalia Tsafriri
enzymes
Echinoidea Terayama
Insecta Pant
Sharma
fate of polar granules
Insecta Schwalm
gene proteins
Amphibia Higashinakagawa
Reeder
germinal cytoplasm
Amphibia Dixon
Ikenishi
Kotani
Ziist
histochemistry
Hydrozoa Tucker
information patterning
Insecta Fullilove
internal milieu
Insecta Mohler
ion content & permeability
Echinoidea Hori
Teleostei Hori
ionic sites
Amphibia Brummett
Teleostei Brummett
jelly
Amphibia Armayor
Barbieri
Cabada
del Pino
Humphries
Shaver
lethality
Aves Seiger
lipovitellins
Crustacea Kerr
maternal macromolecules
Amphibia Nace
Echinoidea Harris
maturation
Amphibia Biggers
Buhler
Humphries
Legname
Smith
Asteroidea Biggers
Kanatani
Shirai
Homo Biggers
Hydrozoa Tucker
Mammalia Biggers
Tsafriri
Teleostei Iwamatsu
meiosis
Amphibia Masui
Asteroidea Longo
Lamellibr Longo
membrane formation
Echinoderm Kane
membrane ultrastructure
Amphibia Brummett
Echinoidea Humphreys
Teleostei Brummett
metabolism
Mammalia Biggers
nucl. acids from nurse chamber
Insecta Madhavan
nucleo-cytoplasmic interact.
Amphibia Cole
nucleotides
Echinoderm Yanagisawa
nurse
Gastropoda Hadfield
oocyte & maternal macromolec.
Mammalia Glass
oocyte development
Polychaeta Tweedell
oocyte ultrastructure
Amphibia Humphries
ooplasmic segregation
Gastropoda Morrill
oviposit., ovulat. & cytochalasin
Amphibia Schroeder
Sedra
Asteroidea Schroeder
Insecta Pener
Mammalia Anderson
Behrman
Teleostei Schroeder
oxygen consumption
Echinoidea Cheney
perivitelline fluid
Amphibia Salthe
phosphagens
Echinoderm Yanagisawa
physical properties
Echinoidea Hiramoto
polar lobe
Lamellibr Fuke
pollution assay
Echinoidea Kobayashi
Gastropoda Kobayashi
precursor incorporation
Polychaeta Tweedell
repair DNA synthesis
Mammalia Masui
ribosomal genes
Amphibia Higashinakagawa
Reeder
ribosomal synthesis
Insecta Allen
RNA
Mammalia Stull
S-ad.-L-meth. decarboxylase
Echinoidea Russell
shell proteins
Insecta Pant
Sharma
steroid receptors
Amphibia Smith
surface membrane
Amphibia Brummett
Teleostei Brummett
temporal information control
Amphibia Wilde
Aves Wilde
Teleostei Wilde
transplantation
Mammalia Benirschke
transport
Elasmo- Wourms
branchii
Mammalia Benirschke
ultrastructure
Amphibia Massover
Asteroidea Shirai
Aves Fainstain
Echinoidea Uemura
Hydrozoa Tucker
vitellogenin incorporation
Amphibia Schuetz
water uptake
Reptilia Goel
white & development
Aves Fritz
EGG MEMBRANES
see Egg(s); Embryonic
membranes
EGG SHELL
see Egg(s)
ELECTRICITY
see Bio-electricity
ELEMENTS (chemical)
see Chemical elements
EMBRYO-MATERNAL
RELATIONSHIPS
see also Placenta
Marsupialia Walker
cell interactions in vitro
Mammalia Salomon
intrauterine environment
Mammalia Hoshino
Kameyama
K relations
Mammalia Fantel
maternal facors
Homo Nishimura
perinatal antibody transfer
Mammalia Anderson
role of maternal macromolec
Mammalia Glass
teratogenesis
Mammalia Hoshino
Kameyama
transfer
Mammalia Soma
Sugie
Takano
Thompson
transmission of substances
Homo Nishimura
physical
Mammalia Alexander
physiological
Mammalia Alexander
protein passage
Mammalia Kulangara
EMBRYOLOGY (experimental)
see also specific stages,
Determination; Gradients;
Induction; Morphogenesis;
Pattern formation; Regu-
lation
Anura De Bavay
Mammalia Church
Teleostei Welander
Trematoda Borojevic
aggregation chimeras
Mammalia Whitten
axial mesoderm in vitro
Amphibia Finnegan
Aves Finnegan
axial structures
Amphibia Lipton
Aves Lipton
blastoderm potencies
Aves Eyal
cell sociology
Amphibia Dan
Echinoderm Dan
centrifugation & ultrastr.
Insecta Yajima
developmental potential
Ctenophora Freeman
Nemertea Freeman
dispersion-reaggregation
Teleostei Wourms
early stages
Insecta Jacobson
Miya
Mammalia Brinster
Maibenco
Whitten
Mollusca Clement
effects of gamete ageing
Mammalia Hoppe
effect of temperature
Reptilia Yntema
embryo culture
Mammalia Hoppe
embryo preservation
Mammalia Thompson
embryo reaggregation
Echinoidea Hamada
fate maps
Amphibia Nakamura
germ layer morphogenesis
Amphibia Jacobson
Aves Jacobson
induction by prechordal plate
Amphibia Kawakami
intestinal epithelium
Amphibia MacDonald
laser studies
Insecta Amy
nervous system
Aves Souza
Mammalia Souza
131
neuropore & cytochalasin
\ws Shepard
Mammalia Shepard
numerologj
Mammalia Whitten
ooplasmic segregation
Gastropoda Morrill
ruzer epigenesis
' Amphibia Nakamura
Takasaki
organogenesis
Vves Hamilton
potencies of embryo
Insecta Schubiger
RNA transf. of ncurectoderm
Amphibia Sasaki
role of egg cortex
Insecta Postlcthwait
role of vegetal body
Gastropoda Gather
strain differences
Mammalia Takano
twinning
Mammalia Ferm
ultrastructure
Echinoidea Herold
ultraviolet microbeam studies
Insecta Amy
EMBRYOLOGY (general &
descriptive)
see also specific stages;
Development (general);
Organogenesis
Anomura Haley
Anura De Bavay
Goicoechea
Jorquera
Pugin
Richards
Arachnida Sadana
Artiodactyla Bryden
Sack
Carnivora Sack
Cestoda Cheng
Chiroptera Mann
Uchida
Cladocera Stout
Coleoptera Church
Crustacea Iwata
Cyprinodont Wourms
Diptera Brat
Chaudhry
Craig
Echinoidea D'Asaro
Gastropoda Taylor
Homo O'Rahilly
Singer
Zamboni
Insectivora Mann
Lamellibr. Taylor
Lepidoptera Miya
Marsupialia Lyne
Mollusca Iwata
Natsukari
Monotremata Luckett
Nemertea Iwata
Notostraca Stout
Perissodact Mann
Pinnipedia Bryden
Polychaeta D'Asaro
Taylor
Rodentia Bagwell
Hummel
132 Singer
Teleostei Dotsu
Thysanopt Homing
Trematoda Cheng
Tunicata Anderson
Turbellaria Iwata
Ohsaki
comparative study
Chiroptera Rasweilcr
Protochord Anderson
developmental anatomy
Urodela Ballard
dispersion-reaggregation
Teleostei Wourms
early stages
Gastropoda Sathananthan
Mammalia Tyndale
Primates Butler
intra-uterine stages
Aves Eyal
nomenclature
Mammalia Kleiss
normal table
Homo Gasser
scanning E.M.
Anura Beams
Kessel
serial sections
Mammalia Evans
Sack
Williams
size-age relationships
Mammalia Bagwell
thorax
Orthoptera Tandan
ultrastructure
Amphibia Nakamura
Arachnida George
Elasmobr Wourms
Gastropoda Sathananthan
Insecta Coward
Jacobson
Invertebrata Summers
Mammalia Spiegelman
Tyndale
Xiphosura Coward
ultrastr. of encysted embryos
Anostraca Humphreys
unfertilized egg
Aves Mun
EMBRYOLOGY (physiological)
see also specific stages;
Development; Energy;
Metabolism; Nutrition;
Respiration, etc.
Mammalia Church
Waelsch
Rodentia Gwatkin
Trematoda Borojevic
albumen proteins
Aves Nonami
antimetabolites & morphogen.
Aves Naber
biochemistry
Aves Romanoff
Echinoidea Baker
Elasmob Wourms
Mammalia Schiffman
biochemistry of excretion
Reptilia Goel
cell aggregation
Echinoidea Kondo
cell communication
Tupper
Mammalia Sherman
chemical & biochem. changes
Insecta Newburgh
control in early embryo
Mammalia Bachvarova
cultured cells & ecdysone
Insecta Kambysellis
cytochemistry
Teleostei Yamamoto
early differentiation
Mammalia Sherman
early stages
Elasmobr Wourms
Mammalia Brinster
Markert
Staples
effect of chemicals
Insecta Grosch
effect of heavy metals
Vertebrata Birge
effect of hormones
Insecta Ewen
Staal
effect of irradiation
Insecta Grosch
electrical activity
Amphibia Macklin
embryo culture
Mammalia Robkin
embryo reaggregation
Echinoidea Hamada
embryo storage
Mammalia Elliott
embryonic diapause
Teleostei Wourms
enzymes
Aves Moog
Mammalia Moog
freezing embryos
Mammalia Elliott
gene action
Amphibia Browder
Insecta Browder
Mammalia Browder
gene activation
Amphibia Davidson
Hough
Echinoidea Davidson
Hough
Gastropoda Davidson
Hough
gluconeogenesis
Mammalia Janssens
glutathione reductase
Echinoidea Ii
histochemistry
Amphibia Kato
Elasmobr Ford
Homo Tanaka
interaction with virus
Aves Tahara
ionic environment
Lagomorpha Biggers
Rodentia Biggers
isozymes
Rodentia Knox
macromolecules
Echinoidea Mano
maternal control
Mammalia Bachvarova
membrane permeability
Tupper
metabolic end-products
Amphibia Arima
metabolic pathways
Echinoidea Black
Scyphozoa Black
Na & K in early embryo
Aves Hughes
Homo Hughes
Mammalia Hughes
nucleic acids
Gastropoda Rao
Insecta Schwann
protein interactions
Mammalia Hassell
protein synthesis
Gastropoda Rubin
Teleostei Purko
protein timing
Teleostei Piperberg
proteins in nuclear transpl.
Amphibia Legname
regul. role of mitochondria
Insecta Warren
RNA synthesis
Teleostei Purko
role of dAT
Insecta Forrest
role of egg white
Aves Fritz
role of oviduct secretions
Mammalia Oliphant
role of uterine proteins
Mammalia Maurer
survival rate & nutrition
Mammalia Saitoh
tissue-specific markers
Mammalia Salomon
transcription & translation
Echinoidea Nemer
uterine physiology
Mammalia Daniel
uterine secretion
Mammalia Suga
viviparous embryo
Insecta Stay
yolk & ultrastructure
Aves Fainstain
EMBRYOMA(S)
see Teratoma(s)
EMBRYONIC FLUIDS
see Embryonic membranes
EMBRYONIC MEMBRANES
(& fluids)
Crustacea Haley
Mammalia Orsini
amniotic cells in malform.
Homo Johnson
Mammalia Johnson
amniotic fluid
Homo Lev
Reynolds
Mammalia Lev
Reynolds
amniotic fluid cells
Vertebrata Macintyre
barrier
Mammalia Fedinec
basement membrane
Mammalia Minor
comparative study
Mammalia Luckett
Mossman
hormones & yolk sac differ.
Aves Betz
morphogenesis
Amphibia Jacobson
Aves Jacobson
ultrastructure
Homo Kerse
yolk sac
Aves Thommes
Mammalia Globerson
Minor
Sherman
ENDROCRINE ORGANS
see also specific organs;
Hormones
Aves Betz
Teleostei Egami
adrenals
Aves Woods
correlation
Amphibia Iwasawa
during metamorphosis
Insecta Oberlander
effect on reproduction
Aves Kamar
experimental embryology
Mammalia Daikoku
fetal
Mammalia Oshima
gonads
Aves Woods
hypoth.-adenohyp. complex
Amphibia Jacobson
Aves Jacobson
in mutants
Insecta Doane
interaction in reproduction
Mammalia Waterman
organ culture
Crustacea Numanoi
prothoracic gland
Insecta Bodenstein
relation with growth
Aves Kamar
steroids
Aves Woods
Y-organ
Crustacea Spaziani
ENDODERM
see Embryology (experi-
mental); Embryology
(general & desriptive)
ENERGY (developmental)
Amphibia
Crawford
Aves
Kaplan
Echinoidea
Asami
Insecta
Silhacek
Mammalia
Nakazawa
Teleostei
Crawford
Vertebrata
Wilde
ENTEROCHROMAFFIN
CELLS
see Chromaffin cells
ENVIRONMENTAL
FACTORS
see also Adaptation; specific
physical agents
Insecta Church
developmental control
Teleostei Fowler
effect on allatotropic centre
Insecta Granger
effect on embryo in culture
Mammalia Robkin
effect on polymorphism
Rotifera Birkey
effect on reproduction
Aves Kamar
effect on teeth
Mammalia Fitzgerald
noise
Mammalia Kimmel
stress
Amphibia Srivastava
ENZYME(S)
Amphibia Sallach
Aves Moog
Insecta Imberski
Mammalia Moog
acid hydrolases
Mammalia Allen
acrosome
Amphibia Cabada
activation at fertilization
Invertebr Byrd
activity changes in embryo
Amphibia Boell
Aves Boell
adrenal gland
Aves Pedernera
aldehyde oxidase
Insecta Dickinson
alkaline phosphatase
Teleostei Lobo
amino acid transport
Echinoderm Crawford
amylase isozymes
Insecta Doane
biochemical control
Insecta Sullivan
BMP-ase in bone
Mammalia Urist
(cholin) acetyltransferase
Aves Narayanan
chorionase
Teleostei Yamagami
control in development
Echinoidea Carroll
deficiencies in cultured cells
Amphibia Mezger
disaccharidases in intestine
Mammalia Kretchmer
DNA-synthetic in egg
Echinoidea Terayama
drug-metabolizing
Mammalia Argyris
Nakazawa
Yukawa
effect of diet on parotid
Mammalia Redman
effect of heavy metals
Mammalia Agnew
egg & fat body
Insecta Pant
Sharma
133
egg & larva
Amphibia Lobo
releostei Lobo
epigenetics of variants
Mammalia Ruddle
erythrocytes
Amphibia Okazaki
esterases
Amphibia Lobo
tat synthesis
Mammalia Fox
fertilization
Echinoidea Barber
Vacquier
formylase in larva
Insecta Kimmel
gene expression
Amphibia Wright
Teleostei Wright
genetic control
Aves Haley
Insecta Sullivan
Wright
genetic regulation
Insecta Dickinson
genetics
Mammalia Ruddle
Teleostei Whitt
glucuronate metabolism
Insecta Borack
glutamine synthetase in N.S.
Aves Piddington
glutathione reductase
Echinoidea Ii
hatching
Amphibia Katagiri
hexokinase
Amphibia Crawford
hormonal induction
Mammalia Tourian
hormonal regulation
Mammalia Greengard
in DNA repair & recombination
Insecta Smith
in embryo
Echinoidea Black
Scyphozoa Black
in hepatoma cells
Mammalia Tourian
induction
Moscona
Amphibia Spiegel
Mammalia Monder
Salomon
intracellular localization
Insecta Doane
isozymes
Insecta Imberski
Mammalia Knox
Markert
Pisces Markert
Teleostei Whitt
J.H. metabolism
Insecta Weirich
lactic dehydrogenase
Amphibia Salthe
lactose synthetase
Mammalia Hosick
LDH
Teleostei Whitt
LDH isozymes in skin
Mammalia Quevedo
lipase in lung tissue
Mammalia Vidic
lipid
1 ehinoidea Barber
liver
Amphibia Nagano
Okazaki
Shukuya
Mammalia Greengard
loci
Scandalios
lysosomal
Amphibia Kaltenbach
Robinson
Mammalia Pratt
malate dehydrogenase
Echinoidea Ozaki
melatonin synthesis
Aves Wainwright
microspectrophotometry
Elasmobr Ford
nitrogen metabolism
Amphibia Janssens
normal & abnormal development
Mammalia Persaud
nucleic acid polymerases
Mammalia Daentl
pancreas
Aves Kulka
phenylalanine hydroxylase
Mammalia Tourian
polymorphism
Scandalios
proteases & fertilization
Echinioidea Carroll
regulation
Amphibia Miceli
Insecta Kidder
retina
Mammalia Bal
RNA-directed DNA polymerase
Aves Temin
RNA polymerase
Insecta Forrest
role in devel. & regen.
Echinoderm Hein
Turbellaria Hein
S-ad.-L-meth. decarboxylase
Echinoidea Russell
silk gland
Insecta Pant
Sharma
steroid biosynthesis
Aves Pedernera
submandibular gland
Mammalia Bernfield
Cutler
synthesis & degradation
Insecta Doane
thymidine kinase
Amphibia Mezger
tryptophan oxygenase in larva
Insecta Kimmel
uterine during implantation
Mammalia Boell
EPIDERMIS
Amphibia Tachibana
Watanabe
Insecta Caveney
Mammalia Yamaguchi
Reptilia Maderson
Teleostei Krejsa
EPIDIDYMIS
EPIPHYSIS
see Pineal organ
EPITHELIAL-MESENCHYMAL
INTERACTIONS
see also Induction
Aves
Mammalia
EPITHELIUM
Cairns
Goetinck
Kollar
Saunders
Bernfield
Cunha
Cutler
Hosick
Miller
Amphibia Brick
Aves Frederickson
EQUIPMENT
see Methods
ERYTHROCYTES
see Blood
ERYTHROPOIESIS
see Hematopoiesis
EVOLUTION
see Phylogenesis
EXCRETORY SYSTEM
see also Kidney(s), Urogenital
system
Reptilia Goel
EXTRA-CELLULAR MATRIX
see Matrix
EXTRA-EMBRYONIC
MEMBRANES
see Embryonic membranes
EXTREMITIES
see Limb(s); Wing(s)
EYE(S)
see also Eye lens
Amphibia
MacDonald
Mammalia
Pierro
Teleostei
Edds
cell association
Aves
Morris
cell pattern in retina
Aves
Morns
clonal cell culture
Aves
Eguchi
Okada
Takeichi
Mammalia
Eguchi
Okada
Takeichi
cornea
Aves
Hay
Trelstad
effect of X-rays
Amphibia
Farberov
134
enzymes
Mammalia
Bal
macromoleculej
Aves
Piddington
Fisher
Aves
Zwaan
Mammalia
Bal
Hild
Mammalia
Zwaan
grafts to eyeless mutant
Hinds
microtubules
Amphibia
Hibbard
Keefe
Aves
Piatigorsky
growth
Teleostei
Hollyfield
morphogenesis
n vitro
Amphibia
Hollyfield
retinal influence on lens
Mammalia
Pandit
Aves
Coulombre
Amphibia
Farberov
protein synthesis
Mammalia
Iucif
retinal polarity
Aves
Piatigorsky
histogenesis
Aves
Goldberg
regeneration
Mammalia
Spira
retino-tectal connections
Amphibia
Connelly
hormones & retinal differ.
Amphibia
Jacobson
Mammalia
Angra
Aves
Betz
Aves
Coulombre
RNA
hyaluronic acid
in cornea
Goldberg
Aves
Beebe
Aves
Trelstad
Mammalia
Jacobson
Piatigorsky
lids comp. with
palate
LaVail
Zelenka
Mammalia
Holmstedt
Teleostei
Jacobson
ultrastructure
malformations
& genes
role of collagen
Cephalopod
a Arnold
Mammalia
Gumbreck
Aves
Coulombre
metamorphosis
teratogenesis
FACE
Amphibia
Hollyfield
Mammalia
Brown
see Head
microphthalmk
i
thiocarbamide depigmentation
Hoshino
Turbellaria
Kishida
FALLOPIAN TUE
Kameyama
tissue interactions
see Oviduct
morphogenesis
Amphibia
Hollyfield
Amphibia
Jacobson
ultrastructure
FAT
Aves
Coulombre
Aves
Meyer
see Adipose tissues; Lipid(s)
Jacobson
visual axis
Meyer
Vertebrata
Keefe
FAT BODY
mucopolysaccharides
visual cells
see Adipose tissues
Aves
Latshaw
Amphibia
Steinhardt
Mammalia
Latshaw
visual pathway
FATE MAPS
mutant
Amphibia
Sharma
see Embryology (experimental)
Mammalia
Bal
Vanable
Teleostei
Sharma
FATTY ACIDS
nauplius
EYE LENS
see Lipid(s)
Crustacea
Aoto
see also Regeneration
nerve fibre regeneration
(traumatic)
FEATHER(S)
Teleostei
Westerman
neuron connections
biochemistry
Aves
Goetinck
Amphibia
Grant
Aves
Goel
Gopinath
neuron proteins
Reptilia
Goel
Kischer
Aves
Lavail
cataract
Kollar
optic fissure
Mammalia
Shupe
Saunders
Aves
Latshaw
cell shape
Mammalia
Latshaw
Aves
Hendrix
FECUNDITY
optic nerve regeneration
crystallins
see Fertility
Amphibia
Jacobson
Amphibia
McDevitt
Teleostei
Jacobson
Aves
Beebe
FERTILITY (&ste
Weis
Pearce
pigment
Yasuda
Homo
Soffer
Amphibia
Hollyfield
Zelenka
Insecta
Miyahara
Keefe
differentiation
Mochida
Aves
Coleman
Harrison
Aves
Hendrix
Katoh
Mammalia
Cheney
Keefe
Zwaan
FERTILIZATION
Mammalia
Keefe
Mammalia
Zwaan
Teleostei
Hasegawa
differ, from lens epith.
Amphibia
Humphries
regeneration
Mammalia
Pandit
Katagiri
Teleostei
Hasegawa
effect of inhibitors
Crustacea
Ackerson
Turbellaria
Kishida
Aves
Pearce
Echinoidea
Katsura
relation with neurogenesis
epithelium graft
s
Noda
Insecta
Wolsky
Mammalia
Pandit
Skalko
retina
extracellular matrix
Echiuroidea
Noda
Amphibia
Fisher
Aves
Hendrix
Mammalia
Andersen
Hollyfield
induction
Gwatkin
Keefe
Aves
Hendrix
Hanada
Niazi
Mizuno
Hutchison
Aves
Keefe
Zwaan
Markert
Fujisawa
Mammalia
Zwaan
Skalko
Harrison
influence of retina
Williams
Meyer
Amphibia
Farberov
Wudl
Morris
Polychaeta
Noda
Piddington
Piperberg
135
acrosome
Amphibia Cabada
Raisman
Mammalia Olipliant
activation
Invertebr I pel
capacity of spermatozoa
Mammalia Norman
cell surface lipids
Echinoidea Barber
chemical factors
Amphibia Armayor
Barbicri
del Pino
comparative study
Mammalia Anderson
cortical granules
Invertebr Epel
cortical reaction
Invertebr lipel
delayed
Mammalia Oakley
effect of surfactant
Echinoidea Isono
Lamellibr Isono
energy metabolism
Echinoidea Asami
enzyme activation
Echinoidea Terayama
Invertebr Byrd
enzymes
Echinoidea Vacquier
frozen sperm
Lagomorpha Shaver
gene activation
Mammalia Auclair
general study
Elasmobr Wourms
immune factors
Homo Nebel
Mammalia Nebel
in vitro
Homo Francoeur
Mammalia Hamner
Hoppe
Noda
in vitro & in vivo
Mammalia Thompson
ions
Echinoidea Hori
Nakazawa
Steinhardt
Teleostei Hori
jelly-coat
Amphibia Armayor
Barbieri
del Pino
Shaver
lipid enzymes
Echinoidea Barber
membrane formation
Amphibia Cabada
Echinoderm Kane
metabolism
Echinoidea Steinhardt
nuclear changes
Echinoidea Terayama
oviduct factors
Amphibia Raisman
physiology
Echinoidea
Hiramoto
Ishikawa
Sugiyama
136
polyspermy
Echinoidea Carroll
Invertebr Epel
Mammalia Gulyas
prepenctration
Mammalia Hartmann
pronucleus
Asteroidea Longo
Lamellibr Longo
proteases
Echinoidea Carroll
respiration
Echinoidea Nakazawa
role of Ca
Invertebr Epel
role of macromolecules
Amphibia Nace
role of sperm antigens
Hydrozoa O'Rand
Mammalia O'Rand
role of trace elements
Echinoidea Hori
Teleostei Hori
role of vitelline coat
Amphibia Raisman
sperm-egg interaction
Xiphosura Shoger
testicular factors
Amphibia Cabada
ultrastructure
Aves Fainstain
Chiroptera Mori
Uchida
Homo Zamboni
Invertebrata Summers
Mammalia Gondos
Noda
Zamboni
Polychaeta Fallon
water-soluble proteins
Echinoidea Hori
Teleostei Hori
FETAL FLUIDS
see Embryonic membranes
FETAL MEMBRANES
see Embryonic membranes
FETUS
see also Development
(postembryonic, fetal)
Homo Lee
Lev
Martin
Murata
Mammalia Andrew
Hay
Martin
Murata
Skinner
Towers
Vertebrata Macintyre
FIBROBLAST(S)
Amphibia Izzard
Aves Humphreys
Izzard
Homo Ten Cate
FIN(S)
Teleostei
Kemp
Krejsa
Weis
FLAGELLA
FLUORESCENCE
MICROSCOPY
see also Immunology
FLUORINE
sec Chemical Elements
FOLLICLE (egg-)
see Ovary
FOLLICLE CELLS
see Oogenesis
FREE-MARTINS
see Sexual Development
GALL BLADDER
see Liver
GAMETES (& gametogenesis)
see also Germ cells; Oogenesis;
Spermatogenesis etc.
Echinoidea Skalko
Mammalia Skalko
cell structure & function
Kessel
chromatoid bodies
Insecta Coward
Xiphosura Coward
cytochemistry
Mammalia Bryan
effect of combination of factors
Mammalia Staples
effect of marine pollutants
Mollusca Stiles
genetic control
Insecta Lindsley
interaction
Polychaeta Fallon
maturation
Mammalia Markert
release
Hydrozoa Waterman
ultrastructure
Homo Gondos
Insecta Coward
Mammalia Gondos
Polychaeta Fallon
Xiphosura Coward
GANGLION (GANGLIA)
Amphibia Michael
Aves Narayanan
Pilar
Crustacea Selverston
Mammalia Odutola
GASTRULA(TION)
Amphibia Brick
Johnson
Gastropoda Sathananthan
Lamelhbr Taylor
Polychaeta Taylor
GENE(S)
see also Genetics; Mutants
action & hormones
Insecta Laufer
activation
Amphibia Davidson
Hough
Reeves
Wright
Aves Haley
Echinoidea Davidson
Hough
Gastropoda Davidson
Hough
Mammalia Auclair
Kinoshita
Teleostei Whitt
Wright
activity
Lamellibr. Kidder
aldehyde oxidase
Insecta Dickinson
Amy
Insecta Doane
biochemical regulation
Amphibia Reeves
causing malformations
Mammalia Gumbreck
cell communication
Amphibia Reeves
controlling
Mammalia Ohno
differential expression
Amphibia Reeves
enzyme loci
Scandalios
expression
Kleinsmith
Amphibia Johnson
Wright
Echinoidea Davis
Karp
Homo Kuroda
Insecta Kuroda
Mammalia Doherty
Duerksen
Karp
Schultz
Teleostei Wright
fibroin
Insecta Brown
Gage
Greene
Morrow
Suzuki
for neoplastic transformation
Aves Temin
function
Mammalia Ohno
Teleostei Whitt
histone
Echinoidea Kedes
immunoglobulin
Mammalia Honjo
induced puffing of Amy
Insecta Doane
interaction
Mammalia Ohno
localization on chromosomes
Aves Przybylski
maternal lethal
Insecta Donady
molecular expression
Angiosp Scandalios
Homo Scandalios
Insecta Scandalios
regulation
Insecta
Mammalia
ribosomal
Amphibia
RNA
Amphibia
5S
Amphibia
transcription
Amphibia
Ascidiacea
Echinoidea
Insecta
Mammalia
Dickinson
Morrow
Kimmel
Higashinakagawa
Reeder
Brown
Brown
Reeves
Davenport
Chamberlain
Krider
Suzuki
Moore
myosin
Aves
Przybylski
GENETICS (developmental)
see also specific aspects; Cell
heredity; Chromosomes;
Genes; Hybrids; Mutants;
Nucleus etc.
Amphibia Nace
Richards
Ascidiacea Milkman
Aves Pierro
Somes
Diptera Milkman
Insecta Bender
Poulson
Mammalia Green
Hummel
Pierro
Schiffman
Stevens
Waelsch
Pisces Markert
Teleostei Fowler
Ojima
abnormal cells
Vertebrata Macintyre
abnormal characters
Mammalia Shoji
abnormal growth
Mollusca Cheng
allophenic animals
Mammalia Markert
Mintz
Pollard
caste determination
Insecta Kerr
chromatophore development
Amphibia Dalton
chromosomal abnormalities
Aves Bloom
cleft lip
Mammalia Trasler
cleft palate strain
Mammalia Verrusio
color pattern
Aves Seiger
connective tissue & cartilage
Mammalia Dorfman
control of DNA repair & recomb.
Insecta Smith
control of myogenesis
Insecta Wright
control of vitellogenesis
Insecta Kambysellis
cranio-facial malformations
Mammalia Brown
cytogenetics
Homo Benirschke
cytology
Amphibia Barr
Insecta Barr
embryogenesis mutants
Insecta Fausto
embryonic diapause
Teleostei Wourms
enzymes
Insecta Borack
Imberski
Kidder
Sullivan
Wright
Mammalia Ruddle
expression of lethal genotypes
Mammalia Pollard -
eye mutations
Mammalia Zwaan
fat body development
Insecta Butterworth
gametogenesis
Insecta Lindsley
genome organization
Insecta Gage
germ cell differentiation
Insecta Kiefer
gynandromorphs
Insecta Grosch
gynogenesis
Amphibia Richards
Teleostei Rasch
hair growth
Mammalia Chase
haploid embryo cell lines
Amphibia Freed
Mezger
head
Insecta Baker
hemoglobin switch
Amphibia Okazaki
Shukuya
heterochromatin in early embryo
Insecta Rae
Mammalia Rae
irradiation
Insecta Ayaki
Shiomi
Yoshikawa
isozymes
Teleostei Whitt
macromolecular synthesis
Echinoidea Baker
male influence on early embryo
Mammalia Maurer
maternal effects
Insecta Cline
Mammalia Bachvarova
maternal inherit, of sex-ratio
Insecta Poulson
maternal lethals
Insecta Donady
mosaicism
Insecta Grosch
Kankel
Mammalia Markert
neurogenesis in embryos
Insecta Poulson
nondisjunction
Homo Bhargava
nuclear restrictions
Amphibia Dixon
137
oogenesis
[nsecta Brown
King
pattern formation
[nsecta Stem
Tokunaga
patterns
[nsecta Qaxton
Mammalia Qaxton
physiology
[nsecta Bender
position effeel variegation
[nsecta Barr
Rae
Mammalia Rae
protein synthesis
Teleostei Whitt
regulation in embryogenesis
Gastropoda Collier
regulation of amylase isozymes
Insecta Doane
relation with teratogenesis
Mammalia Long
retinal projection
Mammalia LaVail
role of egg cytoplasm
Amphibia Malacinski
sex determination
Insecta Kerr
sex mosaics
Mammalia Whitten
somatic cell mutation
Homo Kuroda
spermatogenesis
Insecta Tokuyasu
spotting patterns
Mammalia Mayer
testosterone responsiveness
Mammalia Ohno
triploid intersexes
Insecta Postlethwait
tyrosinase in melanocytes
Mammalia Quevedo
X-activation
Mammalia Ohno
GENITAL TRACT
see also Reproductive system;
Urogenital system
Insecta Beig
Mammalia Ayvaz
Cunha
Flickinger
Gitlin
Katira
Spaziani
Varma
GENITALIA
see Reproductive system
GERM CELLS (general)
see also Gametes
Amphibia Dixon
Ascidiacea Izzard
Aves Atkin
Crustacea Haley
Echinoidea Terayama
Hydrozoa Tucker
Insecta Kiefer
Shiomi
Yoshikawa
138
Mammalia Dixon
Duke
Norman
Teleostei Hyodo
GERM CELLS (primordial)
autoradiography
Amphibia Sutasurja
differentiation
Mammalia Spiegclman
germinal cytoplasm
Amphibia Dixon
Ikenishi
Kotani
Ziist
Mammalia Dixon
induction
Amphibia Sutasurja
migration
Aves Shoger
origin & migration
Aves Fujimoto
Homo Fujimoto
Mammalia Fujimoto
pole cells & UV
Insecta Yajima
transplantation to eye
Teleostei Iwamatsu
GERM LAYERS
see Embryology (experi-
mental); Embryology
(general & descriptive)
see also specific derivatives
GERMINAL VESICLE
see Nucleus
GESTATION
see Pregnancy
GILL(S)
Amphibia Watanabe
Cyclostom Youson
GLAND(S) (endocrine)
see specific endocrine glands;
Endocrine organs
GLAND(S) (exocrine)
see also specific glands;
specific organs
adult-type secretion
Mammalia Bressler
biochemistry
Insecta Ellgaard
dermal
Insecta Lai-Fook
DNA synthesis
Mammalia Stockdale
effect of hormones
Mammalia Rivera
effect of isoproterenol
Mammalia Bressler
enzymes
Mammalia Cutler
epith. mes. interactions
Mammalia Cutler
epithelial morphogenesis
Mammalia Bern field
experimental study
Mammalia Redman
Harderian
Mammalia McCafferty
inductive interactions
Mammalia Bernfield
lacrimal
Homo McCafferty
mammary
Homo Duran
Kato
Mammalia Duran
Hoshino
Hosick
Kato
Rivera
Stockdale
preputial
Mammalia Cunha
prostate
Mammalia Cunha
role of cell division
Mammalia Stockdale
salivary
Homo Kleiss
Toto
Insecta Ellgaard
Mammalia Hoshino
Redman
Toto
sebaceous in asebia
Mammalia Hardy
secretory proteins
Mammalia Bressler
seminal vesicle
Mammalia Cunha
silk
Insecta Gage
Greene
Pant
Sharma
Suzuki
submandibular
Mammalia Bernfield
Bressler
Cutler
vascularization
Homo Kleiss
GLUCOSE
see Carbohydrate(s)
GLYCOGEN
see Carbohydrate(s)
GONAD(S)
see also Ovary; Testis
Reptilia Chiplonkar
Goel
culture in vitro
Amphibia Foote
Iwasawa
Reptilia Chiplonkar
Goel
differentiation
Aves Amanuma
embryonic hormones
Aves Noumura
Mammalia Noumura
experimental study
Teleostei Takahashi
fetal
Mammalia Oshima
histochemistry
Aves Meyer
malformations
Reptilia Chiplonkar
Goel
maturation & steroids
Teleostei Takahashi
morphogenesis
Aves Woods
relation with reproduction
Aves Kamar
steroids
Aves Woods
ultrastructure
Aves Yamada
Mammalia Singh
Homo Singh
GRADIENT(S)
see also Symmetry
animalization
Echinoidea
effect on sensory
Amphibia
larval epidermis
Insecta
polarity in limb
Aves
retinal polarity
Aves
tail regeneration
Reptilia
Ozaki
structures
Hibbard
Caveney
Rubin
Goldberg
Bryant
GRAFT REACTIONS
see Immunology; Trans-
plantation
GRAFTING
see Transplantation
GRANULOSA CELLS
see Ovary
GROWTH
see also Growth factors; specific
organs, etc.
effect of subcell. tissue fractions
Mammalia Stern
endocrine control
Crustacea Hubschman
endocrinology
Aves Kamar
facial structures
Mammalia Hassell
factors in vitro
Homo Minato
fetus
Mammalia Skinner
functional hypertrophy
Mammalia Argyris
growth-limiting culture medium
Aves Klein
hormonal control
Aves Betz
hormone interaction
Amphibia Frye
Aves Frye
imaginal discs
Insecta Imberski
induction by drugs
Mammalia Argyris
larval
Amphibia Heath
limb mesenchyme
Homo Kelley
neonatal thyroidectomy
Mammalia Lu
physiology
Insecta Rockstein
Mammalia Rockstein
physiology & biochemistry
Insecta Shappirio
protein metabolism in vitro
Aves Klein
regulation in liver
Mammalia Terayama
role of electrical phenomena
Becker
role of RES
Mammalia Stern
stimulation by tumour
Mammalia Argyris
sympathetic nervous system
Levi
Hydrozoa Kato
Mammalia Bagwell
GROWTH FACTORS
brain
Mammalia Souza
Amphibia Weis
cartilage & bone
Mammalia Elmer
Mammalia Terashima
Varon
cell
Insecta Minato
GUANOPHORES
Mammalia Karasaki
see Chromatophore(s)
cell kinetics
Hydrozoa Campbell
GYNOGENESIS
cellular biochemistry
see Genetics
Aves Emerson
changes in enzyme activity
HAIR(S)
Amphibia Boell
Aves Boell
Mammalia Argyris
compensatory hypertrophy
Chase
Mammalia Goss
Hardy
control
Kischer
Mammalia Argyris
Kollar
control & cell contact
Lhotka
Aves Humphreys
Skinner
effect of artificial sweetners
Aves Veneziano
effect of prolactin
Amphibia Arima
HAPLOIDY
Amphibia Freed
Legname
Mariano
Mezger
Moore
Wright
Aves Bloom
HATCHING
Amphibia Katagiri
Salthe
Aves Betz
Insecta Park
Invertebrata Davis
Teleostei Yamagami
HEAD
Homo Burdi
Carmona
Enlow
Waterman
Mammalia Burdi
Hassell
Kochhar
Overman
Steffek
Waterman
HEART (& great vessels)
Amphibia MacDonald
acetylcholine receptors
Aves Arms
acetylcholinesterase
Aves Arms
action potentials
Aves Arms
actomyosin
Mammalia Rockstein
aorta
Mammalia Seftalioglu
cell contact & biosynthesis
Aves Fischman
culture in vitro
Amphibia Inoue
MacCabe
DNA synthesis
Aves Fischman
ECG
Homo Lee
Macklin
effect of drugs
Aves MacCabe
effect of magnetic field
Aves Veneziano
electrophysiology
Aves DeHaan
experimental study
Amphibia Amano
factors regulating shape
Aves Manasek
histogenesis
Mammalia Spira
morphogenesis
Aves DeHaan
Gilani
myosin synthesis
Aves Fischman
pacemaker formation
Aves DeHaan
139
paraSJ mpathetic innervation
virus-transformed cells
\\is
Anns
Mammalia
Ritkind
pericard & vasci
ilarization
Homo
Ponas
HEMOGLOBIN
rate
see Blood
Aves
DeHaan
Homo
Lee
III MOLYMPH
teratogenesis
Vves
Fujimoto
Crustacea
Kerr
Gilani
Insecta
Butterworth
Watterson
Ferkovich
Mammalia
Adams
Fujimoto
Lai-Fook
Markvvald
HENSEN'S NODE
Monie
see Primitive streak
transplantation
Mammalia
Goss
HEREDITY
ultras tructure
see Genetics
Mammalia
Challicc
Vertebrata
Hirakow
HERMAPHRODITISM
HEMATOPOIESIS
antigen challenge
Mammalia McGarry
biochemistry
Mammalia Goldwasser
blastoderm
Aves Wainwright
blood islands
Aves Wainwrigth
cell surface properties
Mammalia Rifkind
differentiation
Mammalia Rifkind
effect of phytohemagglutinin
Mammalia Hostetler
effect of virus infection
Mammalia McGarry
embryo & adult
Homo Ackerman
Mammalia Ackerman
erythrocyte
Amphibia Grasso
Homo Schulman
Mammalia Goldwasser
Schulman
erythropoiesis
Homo Schulman
Mammalia Goldwasser
Schulman
erythropoietin action
Mammalia Goldwasser
fetal
Homo Yoffey
Mammalia Yoffey
humoral control of eosinophils
Mammalia McGarry
immunochemistry
Mammalia Tamanoi
liver
Mammalia Leeson
radiation effects
Mammalia Tamanoi
stem cells
Mammalia Lala
McGarry
supporting tissue in embryo
Aves Hostetler
Mammalia Hostetler
supraneural tissue
Cyclostom George
ultrastructure
Mammalia Murata
see Sexual development
HETEROPLOIDY
HETEROSIS
see Genetics
HISTOBLAST
Insecta Arking
HISTONE(S)
Amphibia Byrd
Kasinsky
Echinoidea Byrd
Kedes
Lindsay
Mammalia Ber
Kornguth
Singer
HISTORY OF EMBRYOLOGY
Bodemer
Kleiss
HOMEOSIS
see Mutants
see also Regeneration (trau-
matic)
HOMOGENATES
see Tissue(s)
HOMOLOGOUS INHIBITION
see Tissue(s)
HORMONE(S)
see also specific hormones;
Neurotransmitters;
Steroids
binding sites
Insecta Ferkovich
calcitonin teratogenesis
Mammalia Asling
carrier proteins
Insecta Ferkovich
control of development
Arthropoda Madhavan
Insecta Aggarwal
control of mesonephros
Mammalia Roos
control of metamorphosis
Insecta Judy
Laufer
Oberlander
Postlethwait
Staal
control of nucleic acids
Insecta Shaaya
control of proteins
Insecta Shaaya
digestive system
Insecta Judy
disruption of morphogenesis
Insecta Adams
ecdysone
Crustacea Madhavan
Schneiderman
Spaziani
Insecta Bergtrom
Butterworth
Kambysellis
Rosales
effect on blastocyst
Mammalia Prasad
effect on bone
Amphibia McWhinnie
Aves Daimon
McWhinnie
Mammalia Ornoy
effect on brain
Mammalia Altman
Vertebrata Jacobson
effect on carbohydrate metabolism
Amphibia Frye
effect on cell renewal
Reptilia Maderson
effect on chromatophores
Crustacea Ranga
effect on cultured cells
Insecta Rosales
effect on differentiation
Insecta Berry
effect on duodenal differ.
Aves Betz
effect on embryogenesis
Insecta Ewen
Staal
effect on embryonic growth
Aves Betz
effect on enzyme synthesis
Mammalia Greengard
effect on hatching
Aves Betz
effect on mammary gland
Homo Duran
Mammalia Duran
Hoshino
Rivera
Stockdale
effect on melanophore
Mammalia Spaziani
effect on mineralization
Teleostei Nussbaum
effect on oocyte
Mammalia Tsafriri
effect on oogenesis
Insecta Pener
effect on ovarian maturation
Insecta Adams
effect on pars distalis
Aves Betz
effect on protein synthesis
Insecta Wyatt
140
effect on proteins in oogenesis
Insecta Wyatt
effect on puffing
Insecta Laufer
effect on regeneration
Amphibia Niazi
effects on reproductive system
Mammalia Spaziani
effect on retinal differ
Aves Betz
effect on ribosomes
Insecta Wyatt
effect on RNA
Insecta Wyatt
effect on sex differentiation
Aves Robertson
Teleostei Huang
effects on skin
Amphibia Dent
effect on spermatogen. in vitro
Insecta Kambysellis
effect on spleen differ.
Aves Betz
effect on tail
Amphibia Fry
effect on uterus
Mammalia Prasad
effect on wound healing
Insecta O'Farrell
Stock
effect on yolk sac
Aves Betz
Thommes
embryo
Aves Robertson
Thomson
embryonic gonadal
Aves Noumura
Mammalia Noumura
erythropoietin action
Mammalia Goldwasser
from insects
Crustacea Schneiderman
gonadal
Mammalia Spaziani
in epith.-mesench. interact.
Mammalia Cunha
interact, in devl., growth, metam.
Amphibia Frye
Aves Frye
juvenile
Crustacea Madhavan
Schneiderman
Insecta Ferkovich
Weirich
Willis
juvenilizing molecules
Insecta Silhacek
LTH
Amphibia Arima
Fry
Waterman
Vertebrata Jacobson
LTH-thyroid interaction
Amphibia Gona
mechanism of action
Vertebrata Segal
melatonin
Aves Wainwright
molecular structure
Insecta Silhacek
regulation of muscle protein
Aves Love
regulation of sexual reprod.
Insecta Warren
relation with diet
Insecta
Dixon
role in cell cultu
res
Mammalia
Sato
role in energy metabolism
Insecta
Silhacek
role in enzyme induction
Mammalia
Salomon
role in enzyme repression
Mammalia
Salomon
role in fat body development
Insecta
Butterworth
role in growth & chondroc. diff.
Aves
Solursh
role in larval development
Crustacea
Hubschman
role in liver development
Aves
Benzo
role in meiosis
Mammalia
Schuetz
role in metamorphosis
Crustacea
Hubschman
role in neuron regression
Amphibia
Spitzer
role in postembryonic develop.
Insecta
Judy
role in regeneration
Amphibia
Schmidt
Tassava
role in reproduction
Insecta
Staal
Teleostei
Yamamoto
role in skeletal development
Aves
Hall
role in vitellogenesis
Mammalia
Schuetz
somatotrophin
Vertebrata
Jacobson
target tissues
Insecta
Ferkovich
tissue responses in metamorph.
Amphibia
Kollros
HORN(S)
HYBRID(S)
Amphibia
Fowler
Johnson
Kawamura
Moore
Nishioka
Wright
Echinoidea
Brookbank
Insecta
Blondheim
Kaufmann
Leopold
Martins
Novaes
Salles
Schreiber
Teleostei
Ojima
Whitt
Wright
HYPERPLASIA
see Growth
HYPERTROPHY
see Growth
HYPOPHYSIS
Amphibia
Connelly
Yu
Aves
Betz
Hammond
Moog
Watterson
Mammalia
Daikoku
Moog
Roos
Vertebrata
Segal
Waterman
HYPOXIA
see Respiration
IMAGINAL DISCS
Insecta
Arking
Ayaki
Bergtrom
Bodenstein
Bryant
Cline
Horsfall
Imberski
Kuroda
Oberlander
Schubiger
IMMUNOCHEMISTRY
Amphibia
Connelly
Aves
Allen
Fischman
Kobayashi
Minor
Pearce
Insecta
Doane
Mammalia
Coulson
Furusawa
Minor
Tamanoi
IMMUNOLOGY (developm.)
see also Self-recognition
Aves Van Alten
antibodies in amn. fluid
Homo Lev
Mammalia Lev
antipituitary sera
Aves Veneziano
brain
Mammalia LaVelle
Van Alten
cell cooperation
Amphibia Ruben
cell interaction
Mammalia Argyris
cell surface antigens
Mammalia Bennett
Federoff
cervical mucus
Mammalia Coelingh
contraception
Mammalia Glass
decidualization
Mammalia Orsini
effects of antisera on devel.
Mammalia Jensh
effects of immuno-suppressives
Homo Nebel
Mammalia Nebel
egg implantion
Homo Nebel
Mammalia Fritz
Nebel
141
egg jelly
Amphibia Shaver
fertilization
Homo Nebel
Mammalia Ncbcl
rertilization membrane
Amphibia Cabada
germ layer antigens
Aves Wolk
hemagglutinin test
Amphibia Kidder
histocompatibility
Amphibia Volpe
Mammalia Ohi
immune capacity
Mammalia Argyris
immune system
Amphibia Katagiri
immunoglobulins
Mammalia Honjo
Kimmel
liver
Mammalia Globerson
lymphocyte mitogen competence
Aves Van Alten
Mammalia Van Alten
neural crest transplantation
Amphibia Volpe
perinatal antibody transfer
Mammalia Anderson
pituitary gonadotr. function
Vertebrata Segal
placental antigens
Homo Jones
Mammalia Duke
Jones
placental antisera
Mammalia Duke
placentation
Homo Nebel
Mammalia Nebel
primary homograft reaction
Aves Seto
Primary humoral antibody
Aves Seto
reactions against spermatozoa
Mammalia Menge
reactivity of cultured cells
Mammalia Globerson
role of macrophages
Mammalia Argyris
sperm antigens
Amphibia Shaver
Homo Toder
Hydrozoa O'Rand
Mammalia Marcus
O'Rand
Toder
spermatogenesis & embryogen.
Mammalia Bennett
spleen
Mammalia Globerson
surface immunoglobulin
Amphibia Miller
thymocyte membrane
Mammalia Ozato
thymus
Amphibia Volpe
tolerance by grafts
Aves Mun
tumour grafts
Mammalia Argyris
virus-induced lymphoma
Aves Longenecker
142
yolk sac
INTEGUMENT
Mammalia Globerson
see also Skin
IMPLANTATION
Crustacea
Skinner
sec Blastocyst
Stevenson
Insecta
Lai-Fook
INDUCTION (embryonic)
Minato
sec also Competence;
Pant
Determination; Epithelial-
Willis
mesenchymal interactions;
Mollusca
Cather
Pattern formation; specific
Larrivee
organs, etc.
Vertebrata
Krejsa
bone & cartilage
Mammalia Nogami
by cell matrix
Amphibia Kawakami
by prechordal plate
Amphibia Kawakami
ectodermal reactivity
Amphibia Sasaki
effects of teratogens
Aves Johnson
Mammalia Johnson
electron microscopy
Amphibia Eakin
Kelley
in vivo & in vitro
Aves Johnson
Mammalia Johnson
irradiation
Aves Khan
mesoderm
Amphibia Thompson
neural
Aves Khare
of cephalic sense organs
Amphibia Kawakami
primary & SH-groups
Aves Rao
primordial germ cells
Amphibia Sutasurja
protein inhibitors
Aves Khan
regional effects
Amphibia Sasaki
Aves Sasaki
role of molecular structure
Amphibia Sasaki
Aves Sasaki
role of SH groups
Aves Mulherkar
INFECTIONS
see Bacteria; Virus
see also Pathology
INNERVATION
see specific organs, etc.
INSECTICIDES
see Pesticides
INSEMINATION
see Reproduction (sexual)
INSULIN
Aves Coalson
Mammalia Coalson
INTERSEXUALITY
see Sexual development
INTERSTITIAL CELLS
Hydrozoa Bode
Lenhoff
Lesh
INTESTINAL TRACT
cell differentiation
Amphibia McAvoy
cell surface differentiation
Aves Moog
Mammalia Moog
developmental potentiality
Amphibia MacDonald
differ, of intestinal epith.
Mammalia Anderson
disaccharidases
Mammalia Kretchmer
esophageal metaplasia
Aves Mottet
Homo Mottet
function
Homo Daikoku
mid-gut
Insecta Poulson
nerve plexus
Homo Takita
proliferation factors
Mammalia Philpott
regeneration
Amphibia Grubb
ultrastructure
Mammalia Anderson
IODINE
see Chemical elements
IONS
see also Chemical elements
Echinoderm Crawford
Echinoidea Hori
Hydrozoa Macklin
Mammalia Biggers
Waymouth
Teleostei Hori
IRON
see Chemical elements
IRRADIATION
see also Ultraviolet irradiation;
X-irradiation
Insecta
Martins
Novaes
Salles
Schreiber
biochemical effects
Amphibia Taguchi
Yamada
Crustacea Nakazawa
Teleostei Taguchi
Yamada
change in sensitivity
Teleostei Egami
comparison of X-ray & 90Sr
Teleostei Welander
effect on circulatory system
Aves Steamer
effect on haematopoiesis
Mammalia Tamanoi
effect on offspring
Amphibia Kawamura
Nishioka
effect on oogenesis & embryo
Crustacea Iwasaki
effect on parthenogenones
Mollusca Stiles
effect on reprod. organs
Mammalia Muramatsu
effect on scale formation
Reptilia Mulherkar
effect on spermatogenesis
Insecta Iwasaki
effect on xanthine-treated eggs
Echinoidea Cheney
electromagnetic & mitosis
Insecta Cole
embryo
Insecta Shiomi
Yoshikawa
embryonic lethality
Insecta Amy
gamma rays
Aves Khan
germ cells
Insecta Shiomi
Yoshikawa
Teleostei Hyodo
haploid cells
Amphibia Freed
interaction with chemicals
Insecta Grosch
laser applied to embryo
Insecta Amy
laser microbeam
Amphibia Berns
Mammalia Berns
long-term effects
Teleostei Etoh
low doses
Teleostei Etoh
microvascular damage
Aves Steamer
microwave
Mammalia Jensh
Rugh
Staples
thymic lymphocytes
Mammalia Yamada
JAW(S)
see Skull
JOINT(S)
see Skeleton
KARYOTYPE
see Chromosome(s)
KIDNEY(S)
Mammalia Blount
biochemistry of tubulogenesis
Mammalia Unsworth
compensatory hypertrophy
Mammalia Goss
enzyme synthesis
Mammalia Greengard
mesonephros
Aves Watterson
Mammalia Roos
metanephros
Aves Dubey
Quadeer
Watterson
neural control
Mammalia Roos
neural factor in tubulogen.
Mammalia Unsworth
onset of function
Mammalia Desalu
opisthonephric
Cyclostom Youson
pituitary control
Mammalia Roos
regeneration
Anderson
secondary induction in vitro
Mammalia Unsworth
teratogenesis
Aves Watterson
transformation
Cyclostom Youson
tubules
Mammalia Unsworth
ultrastructure
Mammalia Desalu
LABYRINTH
see Static organ
LARVAL DEVELOPMENT
see Development (larval)
LARYNX
see Respiratory tract
LATERAL LINE SYSTEM
LEUCOCYTES
see Blood
LIFE CYCLE(S)
see also Development (general)
Anomura Haley
Diptera Shukla
Mollusca Natsukari
Trematoda Bilqees
LIGHT
see also Environmental factors
Butler
Amphibia Tucker
Aves Wainwright
Insecta Brust
Mammalia Norman
LIMB(S)
see also Regeneration (trau-
matic); Skeleton; Wing(s)
Mammalia Nakamura
Reptilia Goel
Mathur
apical ectoderm, ridge in vitro
Aves Molinari
axial polarity
Aves MacCabe
cell adhesion and morphogen.
Aves Maslow
cell death
Aves Fallon
Homo Fallon
cell interact, in Brachypodism
Mammalia Elmer
culture in vitro
Reptilia Goel
Mathur
deafferented
Aves Hollyday
differentiation
Amphibia Hearson
ectoderm-mesoderm interact.
Aves Saunders
glycosaminoglycans
Amphibia Ito
heterotypic recombination
Aves Goicoechea
Jorquera
innervation
Aves Landmesser
malformations
Homo Becerra
Duran
Yasuda
Mammalia Kleiss
Reptilia Goel
Mathur
mechanism of malformation
Mammalia Kameyama
mesenchyme growth
Homo Kelley
mesoderm-ectoderm interaction
Aves Goetinck
morphogenesis
Aves MacCabe
Mammalia Kelley
motility
Aves Hollyday
muscle
Amphibia Carlson
Hill
Aves Rubin
polarity & symmetry
Aves Rubin
supernumerary
Amphibia Carlson
teratogenesis
Mammalia Kochhar
vascularization
Homo Porras
LIPID(S) (& fatty acids)
see also Adipose tissues
Amphibia Lobo
Aves Huang
Pagano
Echinoidea Barber
Insecta Butterworth
Doane
Pant
143
Mammalia
BealJ
Chepenik
Fox
LITHIUM
see Chemical elements
LIVER
see also Regeneration (traum.)
albumin synth. in cell line
Mammalia Hosick
hiliary tract
Homo Takita
biochemistry
Amphibia Cohen
Aves Benzo
cell culture
Aves Levenson
Mammalia Karasaki
cytochromes
Mammalia Asami
effect of metabolites
Aves Levenson
enzymes
Am,phibia Nagano
Okazaki
Shukuya
Mammalia Greengard
Monder
Nakazawa
Yukawa
gall bladder nerve plexus
Homo Takita
glycogen metabolism
Aves Benzo
growth induction by drugs
Mammalia Argyris
immunology
Mammalia Globerson
microsome function
Mammalia Nakazawa
Yukawa
ribosome accumulation
Mammalia Argyris
role of hormones
Aves Benzo
teratogenesis
Aves Watterson
thyroxine action
Amphibia Cohen
ultrastructure
Aves Benzo
LOCOMOTION
see Behaviour
LONGEVITY
Insecta
Rockstein
LUNG(S) (& air sacs, swim
bladder
Amphibia Graver
Wilde
Aves Minor
Homo Coelho
Mammalia Herman
Kauffman
Taylor
Towers
Traurig
Vidic
144
LYMPHATIC SYSTIM
see also Spleen; Thymus
Amphibia Pilkington
Aves Longenecker
Spiroff
Van Alten
Mammalia Ozato
Yamada
Vertebrata Asnani
Bonny
Ebert
Ozato
Rowley
Shah
LYMPHOCYTES
see Lymphatic system
LYSOSOMES
see Subcellular components
MACROPHAGE SYSTEM
Mammalia Chamberlain
Stern
MAGNETIC FIELDS
see also Environmental factors
Aves
Veneziano
MALFORMATIONS
see also Teratogenesis
Homo Tanimura
achondroplasia
Homo Shepard
Mammalia Shepard
anencephaly
Homo Semba
anophthalmia
Mammalia Chase
cardiovascular
Aves Fujimoto
Homo Semba
Mammalia Fujimoto
Monie
chondrodystrophy
Mammalia Miller
chromosome aberrations
Homo Makino
Ornoy
Mammalia Navagiri
cleft lip & palate
Mammalia Biddle
Fraser
Holmstedt
Long
Navagiri
Overman
Ross
Shupe
Steffek
Trasler
Verrusio
Walker
Zimmerman
CNS
Aves Langman
Toerien
Homo Agnew
Mammalia Agnew
Das
De Lahunta
Langman
Nakamura
Overman
comparative study
Aves Shupe
Mammalia Shupe
congenital
Homo Mitra
Oakley
Ornoy
congenital & consanguinity
Homo Balakrishnan
cranio-facial
Homo Enlow
Mammalia Brown
Kochhar
Ross
cyclopia
Mammalia Evans
cytogenetics
Mammalia Ishikawa
double monsters
Homo Kleiss
Mammalia Kleiss
Down's syndrome heritability
Homo Balakrishnan
epidemiology
Homo Yasuda
exencephaly by vitamin A
Mammalia Fraser
exostosis
Mammalia Shupe
external
Homo Tanaka
eye
Mammalia De Lahunta
Gumbreck
Shupe
face
Homo Carmona
Mammalia Overman
gene-conditioned
Mammalia Gumbreck
hand
Homo Becerra
hydrocephaly
Mammalia Bryan
Chamberlain
limb
Homo Duran
Kleiss
Yasuda
Mammalia Kleiss
Kochhar
Long
limb bud in vitro
Mammalia Aydelotte
musculoskeletal
Mammalia Shupe
nasal cavity
Homo Hernandez
nervous system
Mammalia Monie
nomenclature
Mammalia Kleiss
oro-facial
Homo Waterman
Mammalia Coleman
Waterman
osteochondromatosis
Mammalia Shupe
phenotype in Down's syndrome
Homo Shapiro
placental pathology
Homo Ornoy
prediction from amniotic cells
Homo Johnson
Mammalia Johnson
reduplication in egg
Insecta Yajima
relation with aging
Aves Shupe
Mammalia Shupe
retinitis pigmentosa
Mammalia Navagiri
sense organs
Aves Toerien
sex chromatin
Homo Misra
situs inversus
Mammalia Evans
skeletal
Aves Overman
Homo Carmona
Tanaka
Mammalia Overman
skull
Aves Toerien
Mammalia De Lahunta
spina bifida
Homo Duran
spinal dysraphism
Mammalia De Lahunta
tongue & palate
Mammalia Ross
tooth
Homo Herold
Mammalia Bryan
Herold
Miller
urogenital system
Homo Duran
Mammalia Allison
Gumbreck
Monie
vertebral column
Mammalia De Lahunta
MALPIGHIAN TUBULES
see Excretory system
MAMMARY GLAND
see Gland(s) (exocrine)
MAST CELLS
see Bone marrow; Connective
tissue
MATERNAL EFFECTS
see Genetics
MATERNAL INHERITANCE
see Genetics
MATHEMATICS
see Theoretical biology
MATRIX (extracellular)
Amphibia Ito
Kawakami
Reyer
Sanders
Aves Hay
Hendrix
Manasek
Morris
Hydrozoa Lenhoff
Lesh
Mammalia Bernfield
Minor
Pratt
Urist
Weinstock
Vertebrata Lipton
MATURATION
see Egg(s)
MEIOSIS
see Egg(s)
see also Oogenesis
Spermatogenesis
MELANIN
see Pigment(ation)
see also Melanophore(s)
MELANOPHORE(S)
see also Neural crest; Pigment
Amphibia Berman
Brick
Wilde
Aves Reams
Mammalia Quevedo
Reams
Spaziani
MERISTEMS
see Plant embryology &
morphogenesis
MEROGONES
see Genetics; Hybrid(s)
MESENCHYME
Amphibia Finnegan
Echinoidea Brookbank
Uemura
MESODERM
see Embryology (experi-
mental); Embryology (general
& descriptive)
MESONEPHROS
see Kidney(s)
METABOLISM (general)
see also Energy; Respiration
Amphibia Amira
Buhler
Legname
Miceli
Salomon
Sanchez
Aves Naber
Echinoderm Yanagisawa
Echinoidea Mano
Mammalia Asami
Bigger s
Gunberg
Janssens
Robkin
METALS
see Chemical elements
METAMORPHOSIS
Ascidiacea Ishikawa
Echinoidea D'Asaro
Insecta Heming
Pleuronect Edds
basement lamella
Amphibia Tachibana
Watanabe
biochemical control
Crustacea Numanoi
biochemistry
Amphibia Robinson
Spiegel
carbohydrate metabolism
Amphibia Frye
chemical hypophysectomy
Amphibia Yu
collagen
Amphibia Ito
Reynolds
comparative study
Amphibia Dent
control of sequence
Amphibia Kollros
drug effects
Amphibia Corven
effect of hormones
Insecta Staal
endocrinology
Amphibia Frye
Gona
Crustacea Hubschman
Insecta Judy
Laufer
Oberlander
Postlethwait
endolymphatic deposits
Amphibia Pilkington
external induction
Gastropoda Hadfield
eye
Amphibia Hollyfield
hemoglobin
Amphibia Hickey
hemoglobin switch
Amphibia Okazaki
Shukuya
internal
Cyclostom Manion
liver & thyroxine action
Amphibia Cohen
local thyroxine action
Amphibia Kaltenbach
lysosomal enzymes
Amphibia Kaltenbach
Robinson
operculum perforation
Amphibia Watanabe
physiology
Insecta Rockstein
physiology & biochemistry
Insecta Shappirio
protein regulation
Crustacea Laufer
Insecta Laufer
protein synthesis
Insecta Wyatt
R. -B. neurons
Amphibia Spitzer
ribosomes
Insecta Wyatt
RNA
Insecta Wyatt
145
serum proteins
in mutants
Amphibia
Nagano
Insecta Schneiderman
Shukuya
initiation in regenerating limb
skeletal ultras mature
Amphibia Tassava
Amphibia
Kemp
laser microbeam study
tail
Mammalia Rattner
Amphibia
Fry
limb regeneration
Hickey
Amphibia Hearson
Robinson
liver regeneration
Sasaki
Mammalia Bertalanffy
Watanabe
myoblasts in vitro
thyroxine uptak
e & localization
Aves Konigsberg
Amphibia
Reynolds
neoplastic cells
tissue response
Mammalia Bertalanffy
Amphibia
Kollros
patterns in embryo
ultrastructure
Echinoidea Lindsay
Amphibia
Spiegel
proliferation
Ascidiacea
Watanabe
Aves Cameron
Mammalia Philpott
METANEPHROS
prolifer. & chemical differ.
see Kidney(s)
Mammalia Bressler
relation with differentiation
METAPLASIA
Aves Stockdale
Mammalia Stockdale
Amphibia
Eisenberg
respiratory epithelium
Aves
Mottet
Mammalia Marchok
Homo
Mottet
role of somatomedin
Mammalia
Hardy
Aves Temin
Vertebrata
Alperin
Mammalia Temin
METHODS (& equipment)
see also Rearing methods
MICROC1NEMATOGRAPHY
Amphibia Brick
Aves Schlesinger
MINERALS
see Chemical elements
MITOCHRONDRIA
see Subcellular components
MITOSIS
see also Antimitotic agents;
Cell(s)-division; Cleavage;
Growth factors
Metazoa Allen
apparatus
Echinoderm Kane
Sawada
Echinoidea Kiefer
Kuriyama
Sakai
Echiuroidea Sawada
cellular biochemistry
Aves Emerson
centriole replication
Echinoidea Harris
chalones
Amphibia Scadding
Mammalia Yamaguchi
early development
Teleostei Kirchen
effect of cytosine arabinoside
Mammalia Bertalanffy
effect of electromagn. radiation
Insecta Cole
effect of spermine
Aves Butros
effect of ultracentrifugation
Beams
146
MONSTROSITIES
see Malformations
MORPHOGENESIS
see also Culture; Development;
Embryology; Plant embry-
ology & morphogenesis;
Unicellular organisms
agents & cell behav.
Aves Weston
agents in embryo
Insecta Schwann
agents in oogenesis
Insecta Schwalm
appendages
Aves Rubin
arm formation in larvae
Echinoidea Finnegan
Larrivee
blastoderm
Aves Sanders
cardiac
Aves DeHaan
cell adhesion
Hydrozoa Campbell
cell & tissue migration
Hydrozoa Diehl
cell interactions
Hydrozoa Ceron
cell migr. between germ layers
Aves Azar
cell relations
Aves Sanders
cell shape
Hydrozoa Campbell
cell surface material
Aves Lee
CNS
Insecta Berry
control
Acrasiales Cohen
cortical visual field
Mammalia Gordon
Hirsch
disruption by hormones
Insecta Adams
effect of nucleic acid analogues
Insecta Rizki
embryonic cell adhesiveness
Amphibia Phillips
Aves Phillips
epiboly
Teleostei Trinkaus
eye lens
Aves Hendrix
heart
Aves Manasek
histochemistry
Aves Goff
in coherent cell sheets
Amphibia Jacobson
Aves Jacobson
larval nervous system
Invertebrata Lacalli
limb regenerate
Amphibia Carlson
movements
Amphibia Nakamura
Aves Collins
Lesseps
Schlesinger
Trinkaus
Chondrostei Ballard
Elasmobr. Ballard
Gastropoda Sathananthan '
Holostei Ballard
Hydrozoa Campbell
Mammalia Collins
Teleostei Ballard
Lesseps
Trinkaus
mRNA translation
Ilan
neural crest migration
Aves Weston
Mammalia Weston
neural plate
Amphibia Gordon
Jacobson
palatal fusion
Mammalia Verrusio
protein timing
Teleostei Piperberg
regeneration
Amphibia Stocum
regulation of protein synth.
Ilan
role of cell adhesion
Aves Maslow
role of cell death
Aves Saunders
role of cell motility
Amphibia Izzard
Aves Izzard
role of cell shape
Amphibia Jacobson
Aves Jacobson
role of cell surface
Hoover
Schaeffer
Aves Rao
role of cell types
Hydrozoa Diehl
role of hypoblast
Aves Alperin
role of mesoglea
Hydrozoa Lesh
role of mesoglea & perisarc
Hydrozoa Diehl
synthesis mesoglea & perisarc
Hydrozoa Diehl
temporal control
Amphibia Wilde
Aves Wilde
Teleostei Wilde
various embryonic structures
Amphibia Jacobson
Aves Jacobson
MORPHOGENETIC FIELDS
see Embryology (experimental);
Regeneration (traumatic)
MORTALITY (embryonic,
fetal)
see Pathology
MORULA
see Cleavage
MOSAICISM (genetical)
see Genetics
MOTILITY
see Behaviour; Cell(s)-move-
ment; Morphogenesis
MOTOR END PLATES
see Nerve(s)
MOULT(ING)
Crustacea
Holland
Madhavan
Numanoi
Skinner
Spaziani
Yamaoka
Insecta
Lai-Fook
Minato
Teleostei
Krejsa
MOUTH
see also Pharynx
cell death in secondary palate
Mammalia
Pratt
cell changes in i
ec. palate
Mammalia
Pratt
cleft lip predisposing factors
Mammalia
Trasler
cleft palate
Mammalia
Takano
mechanism of palatal fusion
Mammalia
Verrusio
oral mucosa
Homo
To to
Mammalia
Toto
palatal closure
Mammalia
Bagwell
palate
Mammalia
Coleman
Holmstedt
Shapiro
Steffek
Zimmerman
palate & lip
Mammalia
Shupe
palate closure & tongue
Mammalia
Ross
role of mucopolysaccharides
Mammalia Coleman
vascularization of the tongue
Homo Kleiss
MUCOPOLYSACCHARIDES
see Carbohydrate(s)
MULLERIAN DUCT
inhibition
Aves
Noumura
MULTIPLE BIRTHS
see Twins
MUSCLE(S)
Aves Okazaki
Homo Gasser
Mammalia Gasser
Okazaki
actin & myosin in somite
Aves Allen
actomyosin in heart
Mammalia Rockstein
basal lamina
Vertebrata Lipton
biochemistry of differentiation
Amphibia Wilde
cell adhesion
Vertebrata Lipton
cell culture
Aves Ramirez
Vertebrata Lipton
cell fusion
Aves Fischman
Vertebrata Lipton
cell surface immunochemistry
Aves Fischman
chemistry
Aves Love
C02 & myotube formation
Aves Przybylski
cytochemistry
Anderson
denervated
Mammalia Carlson
differentiation
Mammalia Allen
differentiation in vitro
Aves Coleman
Konigsberg
DNA synthesis
Aves Stockdale
effect of nerves
Amphibia Tweedle
endocrinology
Aves Love
Watterson
Fibre types
Mammalia Cassens
genetic control of myogenesis
Insecta Wright
influence of nerves
Mammalia Cassens
informational macromolecules
Echinoderm Wilde
Vertebrata Wilde
innervation in limb
Aves Landmesser
interaction with nerves
Mammalia Devreotes
Fambrough
Ritchie
limb
Amphibia
limb mesenchy
Aves
mitochondria
Mammalia
molt
Crustacea
myoblast
Amphibia
Aves
Carlson
me
Rubin
Leeson
Skinner
Yamaoka
Finnegan
Przybylski
Ramirez
myogenesis
Aves Ramirez
Mammalia Cassens
myogenesis in vitro
Aves Hamabata
myogenic cell lines
Reptilia Cox
myosin
Aves Emerson
Love
Mammalia Emerson
myosin genes
Aves Przybylski
myotube formation
Aves Przybylski
neuromuscular connections
Amphibia Tweedle
Vanable
Mammalia Tucker
Westerman
of anal submucosa
Homo JU
physiology
Vertebrata Shah
proliferation in vitro
Aves Konigsberg
protein
Aves Herrmann
protein turnover
Aves Love
regeneration
Amphibia Carlson
Deck
Hill
Schmidt
Aves Konigsberg
Crustacea Skinner
Yamaoka
Mammalia Carlson
Schmidt
Reptilia Cox
reinnervation
Amphibia Mark
Teleostei Mark
role of cell division
Aves Stockdale
sarcomere organization
Aves Allen
Mammalia Allen
satellite cells
Amphibia Dinsmore
Mammalia Dinsmore
Vertebrata Lipton
serum factors
Aves Hamabata
Ramirez
skeletal
Homo Hollinshead
tail metamorphosis
Amphibia Sasaki
Watanabe
147
ultrastructuxe
Anderson
Vertebrata Lipton
MUTAGENIC AGENTS
Amphibia Mezger
Insecta Rizki
Mammalia Beall
Mollusca Stiles
MUTANT(S)
see also Gene(s); Phenocopies
Mammalia Shoji
abnormal chorionic proteins
Insecta Goldsmith
ac/ac organ culture
Mammalia Shepard
affect, carbohydrate metab.
Insecta Doane
affecting communication
Insecta Cline
Schneiderman
affecting embryogenesis
Insecta Schubiger
affect, endocrine physiol.
Insecta Doane
affecting fat body
Insecta Rizki
affect, lipid metab.
Insecta Doane
affecting pattern formation
Insecta Schneiderman
affect, reprod. physiol.
Insecta Doane
affecting spermatogenesis
Mammalia Bryan
Dooher
asebia
Mammalia Hardy
biochemistry of rudimentary
Insecta Fausto
blind
Mammalia Stein
brachypodism
Mammalia Elmer
chondrodystrophic
Mammalia Elmer
circling
Mammalia Stein
colour
Amphibia Richards
conditionally lethal somatic
Mammalia Scheffler
embryo ultrastructure
Mammalia Spiegelman
embryonic development
Mammalia Bennett
embryonic lethals
Insecta Fullilove
Wright
embryos in vitro
Mammalia Stein
embryos yielding teratomas
Mammalia Artzt
expr. of embryonic lethals
Mammalia Pollard
eye
Amphibia Hibbard
Mammalia Zwaan
female-sterile
Insecta Bender
Mohler
148
grey lethals
Mammalia Hollinshcad
hair growth in hr, Re, sa
Mammalia Chase
homeotic
Insecta Baker
Postlethwait
hydrocephalic
Mammalia Bryan
in cultured cells
Mammalia Scheffler
Lp/Lp neural tube
Mammalia Stein
male-sterile
Insecta Butterworth
Mammalia Bryan
micromelic
Aves Goetinck
mitotic
Aves Bloom
Insecta Schneiderman
neuromuscular
Mammalia McNutt
ob/ob
Mammalia Fox
oogenesis & embryogenesis
Insecta Fausto
regulatory genes of Amy
Insecta Doane
retina
Mammalia Bal
tail-labyrinthine
Mammalia McNutt
temperature-sensitive
Insecta Fausto
Wright
t.s. cell-lethal
Insecta Arking
Schneiderman
t.s. lethals with mat. eff.
Insecta Cline
Tfm
Mammalia Ohno
tissue transplants
Mammalia Bryan
tooth development
Mammalia Bryan
torpid
Mammalia Dung
uncovered by gynogenesis
Amphibia Richards
visual
Mammalia Vanable
MUTATION
see Genetics
MYCETOME
MYELIN(IZATION)
see Central nervous system
MYOBLASTS
see Muscle(s)
MYOGENESIS
see Muscle(s)
MYOSIN
see Muscle(s)
MYOTOME
see Somite(s)
NASAL ORGAN
see Olfactory organ
Nl MATOCYSTS
Hydrozoa Bode
NEOPLASIA
see Tumours
NEOTENY
see Metamorphosis
NERVE(S)
acid hydrolases
Mammalia Allen
degeneration
Aves Ferreira
effect on skin development
Aves Id©
interaction with muscle
Mammalia Devreotes
Fambrough
Ritchie
myelin
Aves Mezei
regeneration
Amphibia Mark
Aves Erhart
Ferreira
Mammalia Erhart
Teleostei Mark
Westerman
role in limb regeneration
Amphibia Hearson
terminals
Homo Daikoku
trophic function
Aves Ide
NERVE CELLS
axon proteins
Mammalia Lasek
cell interactions
Mammalia Das
culture
Insecta Levi
death at metamorphosis
Amphibia Spitzer
developmental cytology
Mammalia LaVelle
differentiation
Insecta Levi
Mammalia Das
electrogenesis
Amphibia Spitzer
experimental alterations
Mammalia LaVelle
functional specificity
Crustacea Selverston
giant interneurons
Crustacea Mittenthal
Mauthner's cell
Amphibia Kimmel
motoneurons
Crustacea Mittenthal
neuroplasts in vitro
Insecta Cole
neurotubules
Mammalia Rosenbaum
Nissl substance
Mammalia LaVelle
nucleolar apparatus
Mammalia LaVelle
polarity & growth
Amphibia Hibbard
protein movement
Aves LaVail
R. -B. neurons
Amphibia Spitzer
specific associations
Aves Garber
Mammalia Garber
specification of connections
Amphibia Grant
specificity
Insecta Schubiger
structuraJ specificity
Crustacea Selverston
transplantation
Mammalia Das
velocity sedimentation
Aves Suburo
NERVOUS SYSTEM
see also specific components;
neurotransmitters
Aves Hamburger
Heaton
Souza
Homo Gasser
Mammalia Gasser
Souza
Vertebrata Edds
afferent systems
Mammalia Kimmel
biochemical differentiation
Aves de Asua
Teitelman
cell communication
Aves Fujisawa
cell death
Aves Pilar
clonal analysis
Insecta Kankel
comparative study
Invertebr Lacalli
differentiation in vitro
Aves Adler
Varon
effect of magnetic field
Aves Veneziano
effects of NGF
Amphibia Weis
Teleostei Weis
effects of pesticides
Amphibia Weis
Teleostei Weis
effects of surfactants
Mammalia Manner
Teleostei Manner
embryology
Insecta Kankel
enzymes
Aves Narayanan
Teleostei Whitt
exper. embryol. & ultrastr.
Aves Adler
genetically deficient embryos
Insecta Poulson
growth & development
Weiss
histones
Mammalia Kornguth
in neurogenesis
Insecta Poulson
in vivo & in vitro
Insecta Levi
larval
Invertebr Lacalli
morphology
Insecta Singh
neuromuscular connections
Amphibia Vanable
Mammalia Tucker
Westerman
neuron relationships
Crustacea Mittenthal
neurotransmitter synthesis
Aves Murray
Mammalia Murray
non-repeated DNA transcription
Mammalia Brown
pattern formation
Weiss
Vertebrata Grobstein
relation to behaviour
Amniota Decker
Aves Oppenheim
Mammalia Oppenheim
relation with eye
Insecta Wolsky
sensory nerve specificity
Insecta Schubiger
specific connections
Insecta Kankel
synapse
Amphibia Kimmel
Tucker
Aves Narayanan
Pilar
Mammalia Cragg
Hild
Kornguth
synaptic proteins
Mammalia Kornguth
teratogenesis
Mammalia Monie
Takeuchi
transcription
Mammalia Church
ultrastructure
Amphibia Tucker
Mammalia Takeuchi
ultrastr. differ.
Aves Suburo
NEURAL CREST
NEURAL TUBE
see Central nervous system
Amphibia
Bagnara
Brick
Michael
Volpe
Wilde
Aves
Andrew
Kollar
Narayanan
Weston
Mammalia
Kochhar
Kollar
Pratt
Weston
Vertebrata
Keefe
URAL PLATE
Amphibia
Gordon
Jacobson
Aves
Jacobson
NEURONS
see Nerve cells
MI-'T IRHQPrD F
Tir\\]
IN L U IxtJoIlL- K t
Amphibia
. 1 1UIN
Aoto
Crustacea
Aoto
Hydrozoa
Lesh
Insecta
Beig
Chaudhry
Ewen
Granger
Saxena
Pisces
Aoto
Vertebrata
Waterman
NEUROTRANSMITTERS
see also Hormones
Aves de Asua
Murray
Teitelman
Mammalia Murray
NEURULA(TION)
NITROGEN
see Chemical elements
NORMAL TABLES
see Embryology (general &
descriptive)
NOTOCHORD
Amphibia Jacobson
Aves Jacobion
Frederick son
NUCLEAR TRANSPLAN-
TATION
see Nucleus
NUCLEIC ACID(S)
see also specific nucleic acids;
Nucleotides (& nucleosides)
chromatin
Insecta Gay
cultured cleavage stages
Mammalia Pollard
distribution in nucleus
Vertebrata Alperin
early embryo
Gastropoda Rao
effect of hormones
Insecta Shaaya
effect of development
Echinoidea Wolsky
effect on devel. & regen.
Amphibia Wolsky
electron microscopy
Mammalia Dawid
Homo Dawid
embryo
Echinoidea Infante
Kimura
Insecta Schwalm
eye lens regeneration
Mammalia Angra
149
fetal A poxtnat.il development
Mammalia Nakazawa
in situ hybridization
Amphibia Gall
mapping
Amphibia Ohi
metabolism
Amphibia Sallach
Echinoderm Yanagisawa
Insecta Berry
Krishnakumaran
mitochondrial
Insecta Dawid
Kaushagcn
myeloma cells in vitro
Mammalia Kimmel
nurse chamber to oocyte
Insecta Madhavan
oogenesis
Insecta Schwalm
ribosomal
Amphibia Caston
synthesis & cell contact
Aves Humphreys
synthesis in blastocyst
Mammalia Daentl
Prasad
synthesis in cell-free system
Wu
synthesis in cells
Wu
synthesis in embryo
Insecta Madhavan
synthesis in late embryo
Amphibia Hampel
synthesis regulation
Amphibia Dawid
Kaushagen
Ohi
Upholt
transl. transcr. coupling
Wu
NUCLEO-CYTOPLASMIC
INTERACTIONS
Amphibia
Cole
Grant
Hennen
Malacinski
Nakamura
Takasaki
Echinoidea
Kinoshita
Longo
NUCLEOLUS
see Nucleus
NUCLEOTIDES (&
nucleosides)
analogues
Aves
Coleman
Packard
cyclic
Insecta
Francoeur
Mammalia
Kuriyama
Pratt
Teleostei
Fiorentini
Francoeur
others
Amphibia
Sanchez
Asteroidea
Kanatani
Shirai
Aves Pearce
I. hmoderm Yanagisawa
Insecta Forrest
Mammalia Bertalanffy
Daentl
Reptilia Cox
NUCLEUS
Thaliacea Cavenaghi
Schreiber
acidic proteins
Amphibia Jones
Kasinsky
cytoplasmic control
Amphibia Masui
developmental changes
Amphibia DiBerardino
germ cell
Echinoidea Terayama
interaction with cell membrane
Vertebrata Ebert
Ozato
nucleic acids
Amphibia Dawid
Kaushagen
Ohi
Upholt
Vertebrata Alperin
nucleolus
Amphibia Barr
Insecta Barr
nucleolus transcription
Insecta Krider
proteins
Kleinsmith
restrictions
Amphibia Dixon
sex chromatin
Homo Misra
transplant hybrids
Amphibia Wright
transplantation
Amphibia Dixon
Freed
Legname
Mariano
Mezger
Volpe
Insecta Bownes
Mammalia Markert
NUTRITION (embryonic,
larval, etc.)
Asteroidea Lucas
Aves Donaldson
Fritz
Goldie
Naber
Homo Lev
Insecta Davis
Dixon
Stay
Mammalia Fraser
King
Lev
Nakamoto
Saitoh
Yu
Marsupialia Fritz
OESOPHAGUS
OESTROUS CYCLE
see Reproduction
OLFACTORY ORGAN
Amphibia Khalil
Homo Hernandez
Teleostei Westerman
OOCYTE
see Egg(s)
see also Gamete(s)
Amphibia Humphries
Schuetz
Asteroidea Schuetz
Echinoidea Bal
Elasmobr Wourms
Hydrozoa Tucker
Insecta Kurihara
Mochida
Mammalia Schuetz
Teleostei Yamamoto
Vertebrata Guraya
biochemistry
Echinoidea Tsukahara
Insecta Davenport
biochemistry of vitellogenesis
Insecta Kambysellis
cell culture
Amphibia Schuetz
cellular interactions
Insecta Davenport
comparative study
Mammalia Anderson
constant estrus
Mammalia Segal
cytology
Insecta Brown
effect of irradiation
Crustacea Iwasaki
endocrinology
Amphibia Schuetz
Insecta Pener
Polychaeta Schroeder
female-sterile in mutants
Insecta Mohler
gene activation
Amphibia Davidson
Hough
Echinoidea Davidson
Hough
Gastropoda Davidson
Hough
gene expression
Echinoidea Davis
genetic control
Insecta Donady
Kambysellis
King
genetics
Insecta Brown
information transfer
Insecta Fullilove
lipovitellins
Crustacea Kerr
macromolecule transfer
Amphibia Nace
meiotic cell culture
Mammalia Hotta
meiotic regulation
Mammalia Hotta
150
morphogenetic agents
Insecta Schwalm
mucopolysaccharide synthesis
Polychaeta Schroeder
nucleic acids
Insecta Schwalm
nucleo-cytoplasmic interact.
Amphibia Cole
physiology
Insecta Mochida
protein synthesis & transport
Insecta Wyatt
RNA synthesis
Amphibia Smith
Aves Noto
Echinoidea Davis
Insecta Berry
Teleostei Ozaki
synaptonemal complex
Insecta King
transcription & translation
Amphibia Browder
Insecta Browder
Mammalia Browder
t.s. mutants
Insecta Fausto
ultrastructure
Echinoidea Tsukahara
Echiuroidea Sawada
Gastropoda Sawada
Insecta Miya
Sipuncul Sawada
vitellogenesis
Hydrozoa Tucker
Insecta Aggarwal
vitellogenin incorporation
Amphibia Schuetz
OOPLASMIC SEGREGATION
see Egg(s)
ORGANIZATION
see Pattern formation
ORGANIZER
see Induction
ORGANOGENESIS
see also specific organs
Aves Hamilton
Echinoidea D'Asaro
biochemistry
Kischer
culture in vitro
Moscona
Amphibia Tweedell
effect of subcell. fractions
Mammalia Stern
endocrine control
Insecta Berry
growth control
Mammalia Argyris
primordia, comparative study
Homo Yasuda
Mammalia Yasuda
protein synthesis
Insecta Berry
role of hypoblast
Aves Alperin
secondary retroperitoneal org.
Homo Nakamura
stimulation by tumours
Mammalia Argyris
OSSIFICATION
see Skeleton
OSTEOGENESIS
see Skeleton
OVARY
see also Gonad(s)
afollicular
Mammalia Andersen
arrest of nurse eggs
Gastropoda Hadfield
biochemistry
Insecta Fuchs
comparative histology
Mammalia Duke
cytology
Insecta Eschenberg
embryos from ovary grafts
Mammalia Fisher
female-sterile mutants
Insecta Bender
follicle cell protein synthesis
Insecta Goldsmith
follicle ultrastructure
Mammalia Anderson
follicular hormones
Mammalia Coulson
granulosa cells
Mammalia Coulson
histones
Mammalia Ber
Singer
hormonal aspects
Insecta Fuchs
1-methyladenine formation
Asteroidea Shirai
low-level irradiation
Mammalia Andersen
maturation & hormones
Insecta Adams
nucl. acid contrib. to oocyte
Insecta Madhavan
nurse chamber
Insecta Madhavan
pre- & postnatal
Mammalia Guraya
transplantation
Mammalia Fisher
OVIDUCT
Elasmobr Wourms
Homo Baveja
Insecta Madhavan
Mammalia Hamner
Katira
Oliphant
Varma
OVIPOSITION
see Egg(s)
see also Reproduction (sexual)
OVULATION
see Egg(s)
OVULE
see Plant embryology
OXYGEN
see Chemical elements;
Environmental factors
PALATE
see Mouth
PANCREAS
Aves Andrew
Coalson
Hunt
Kulka
Thommes
Homo Pourany
Mammalia Coalson
Vertebrata Shah
PARABIOSIS
Amphibia Volpe
PARATHYROID GLAND
PARTHENOGENESIS (&
Paedogenesis)
Aves Mun
Echinoidea Ishikawa
Sugiyama
Insecta Heming
Mammalia Auclair
Gulyas
Hoppe
Nesbitt
Stevens
Mollusca Stiles
PATHOLOGY (developmental)
see also Anomalies; Bacteria;
Malformations;
Teratogenesis; Virus(es)
Aves Romanoff
Mammalia Moore
Waelsch
abnormal differentiation
Mollusca Cheng
abnormal growth
Mollusca Cheng
abortions
Homo Makino
Sasaki
action of blastotoxic chem.
Vertebrata Segal
alloxan diabetes
Mammalia Hunt
biochemical abnormalities
Homo Doherty
cytogenetics
Homo Doherty
Vertebrata Macintyre
effect of excess nutrients
Aves G oldie
effect of mercury
Homo Robkin
Mammalia Robkin
egg lethality
Aves Seiger
embryonic mortality
Mammalia Dickey
embryonic radiation lethality
Insecta Amy
endocrine pancreas
Aves Hunt
environmental factors
Mammalia Robkin
151
enzyme patterns
Mammalia Persaud
fetal metabolism in diabetes
Homo Reynolds
Mammalia Reynolds
histo- & toxoplasmosis
Homo Duran
kleiss
immunology
Mammalia Glass
infection transmission
Mammalia Hubbert
karyotype
Homo Makino
lead
Aves De Gennaro
Mammalia De Gennaro
low -level chemical exposure
Mammalia Spyker
methylmercury toxicity
Homo Reynolds
Mammalia Doherty
Reynolds
nervous system
Aves De Gennaro
Mammalia De Gennaro
neuromuscular mutant
Mammalia McNutt
placenta
Homo Ornoy
placenta in abortions
Homo Sekeles
placental antisera
Mammalia Duke
placental blood vessels
Homo Bhargava
prenatal diagnosis
Homo Doherty
reaction to foreign bodies
Mollusca Cheng
rubella
Homo Ornoy
sickle cell anemia
Homo Grasso
skeleton in rubella
Homo Sekeles
teeth
Homo Herold
Mammalia Herold
PATTERN FORMATION
see also Induction
Amphibia Bagnara
Hollyfield
Lipton
Aves Lipton
Morris
Insecta Arking
Bryant
Caveney
Claxton
Schneiderman
Stern
Tokunaga
Mammalia Claxton
Vertebrata Grobstein
PELVIC GIRDLE
see Skeleton
PEPTIDES
see Proteins
PI RITONEUM
see Body cavities
PERIVITELLINE FLUID
see l.gg(s)
PI RMEABILITY
PESTICIDES
Amphibia Prahlad
Weis
Aves Prahlad
Sullivan
Crustacea Weis
Mammalia Baksi
Mitchell
Yasuda
Teleostei Crawford
Weis
PHARMACOLOGY
see Drug(s)
PHARYNX
see also Branchial region;
Mouth
Amphibia Garrido
Jorquera
Pugin
Aves Rudnick
Homo Dickson
Turbellaria Kido
PHENOCOPIES
Aves Goldie
PHOSPHORUS
see Chemical elements
PHYLOGENESIS
PHYSICAL FACTORS
see specific physical agents;
Environmental factors
PHYSIOLOGY (developmental)
see Embryology (experi-
mental); Embryology
(physiological)
see also Development
PIGMENT(ATION)
see also Chromatophore(s);
Melanophore(s);
Neural crest
Amphibia Bagnara
Brick
Aves Seiger
Crustacea Ranga
Insecta Sullivan
Mammalia LaVail
Mayer
Skinner
Teleostei Hasegawa
PINEAL ORGAN (& para-
pineal organ)
Amphibia Aoto
Wakahara
Aves Goel
Spiroff
Venzke
Wainwright
Mammalia Mattingly
Reptilia Goel
PITUITARY
see Hypophysis
PLACENTA(TION)
see also Blastocyst; Embryo-
maternal relationships;
Pregnancy
Chiroptera Mann
Insectivora Mann
Mammalia Fantel
Primates Butler
abortions
Homo Ornoy
anatomy & pathology
Homo Stratford
antisera & abortion
Mammalia Duke
barrier
Mammalia Fedinec
cell interactions in vitro
Mammalia Salomon
circulation
Mammalia Martin
comparative study
Mammalia Luckett
cy tomegalovirus-inf ection
Homo Benirschke
decidual cells
Mammalia Maibenco
decidualization
Mammalia Orsini
effect of dichlorvos
Mammalia Baksi
effect of teratogens
Mammalia Kernis
endocrine activity
Mammalia Hoar
fetal blood vessels
Homo Bhargava
fluoride transfer
Mammalia Shupe
giant cells
Mammalia Orsini
histochemistry
Homo Hernandez
immune factors
Homo Nebel
Mammalia Nebel
immunology
Mammalia Orsini
maternal hyperadrenalism
Mammalia Hoar
pathology
Homo Benirschke
phospholipids
Mammalia Chepenik
specific antigens
Homo Jones
Mammalia Duke
Jones
specific proteins
Mammalia Behrman
syncytium
Homo Kaspi
tissue relations
Mammalia Alexander
152
transfer
Mammalia Fantel
Scott
Sudarwati
transplacental carcinogenicity
Mammalia Yasuda
tRNA correlated with embryo
Mammalia Sirlin
ultrastructure
Mammalia Carpenter
yolk sac
Mammalia Hoar
Jensh
PLACODE(S)
see also Sense organs
PLANT EMBRYOLOGY
& MORPHOGENESIS
(experimental & physiol.)
see also Unicellular organisms
Acrasiales Sussman
acidic nucleoproteins
Eumycetoz Rusch
aggregation
Acrasiales Rothman
anther culture
Angiosp Iyer
apical dominance
Angiosp Scott
apical meristem culture
Angiosp Narayanaswamy
Sagawa
apomixis
Angiosp Iyer
auxin
Angiosp Cleland
Greenwood
Scott
Gymnosp Greenwood
Spermatoph Tautvydas
biophysics & morphogenesis
Plantae Green
biochemistry
Acrasiales Loomis
Chlorophy Iwasa
Tautvydas
Diatomeae Iwasa
Fungi Cantino
callus morphogenesis
Angiosp Narayanaswamy
cell culture
Angiosp Halperin
cell differentiation
Schjeide
Chlorophyc Kochert
Cyanophyc Haselkorn
cell genetics system
Angiosp Galun
cell growth
Schjeide
cell hybridization
Angiosp Narayanaswamy
cell pattern in leaf
Bryophyta Millington
cell shape regulation
Chlorophyc Millington
cell surface in embryogenesis
Angiosp Clutter
cell transformation
Angiosp Hotta
cell wall
Angiosp Chrispeels
Cleland
Galston
Hanzely
Chlorophyc Iwasa
Diatomeae Iwasa
Fungi Mishra
Phaeophyta Forman
chemical differentiation
Fungi Jaworski
chemical embryology
Angiosp Halperin
chemotaxis
Acrasiales Maeda
chloroplast
Bartels
Angiosp Honda
chromosomal proteins
Angiosp Spiker
Filicinae Spiker
coenobia
Chlorophyc Millington
conjugation
Eumycetoz Dan
control of development
Acrasiales Robertson
Hepaticae Jones
Plantae Robertson
culture in vitro
Angiosp Lakshmanan
cytogenesis
Charophyc Imahori
Chlorophyc Imahori
cytokinesis
Bartels
Filicinae Pray
cytokinins
Angiosp Fosket
Halperin
dedifferentiation in mesophyll
Angiosp Galun
descriptive study
Angiosp Lakshmanan
development & regeneration
Rhodophyc Cleland
developmental currents
Angiosp Jaffe
Phaeophyta Jaffe
developmental physiology
Acrasiales Gregg
Chlorophyc Iwasa
Diatomeae Iwasa
differentiation
Acrasiales Rothman
Angiosp Roberts
Chlorophyc Huskey
Iwasa
Kirk
Diatomeae Iwasa
Fungi Cantino
digitonin
Angiosp Hanzely
DNA synthesis
Angiosp Hotta
Stern
dwarfism
Angiosp Loy
early embryogenesis
Chlorophyc Huskey
effect of sterols on growth
Fungi Norman
effect of root on shoot
Angiosp Seago
embryo phenotype
Angiosp Halperin
embryo ultrastructure
Angiosp Bal
Newcomb
embryogenesis
Angiosp Lakshmanan
embryology
Angiosp Norstog
Ooya
encystment
Fungi Cantino
endosperm culture
Angiosp Iyer
enzyme
Angiosp Baba
Bal
Bryan
Roberts
Cyanophyc Haselkorn
Filicinae Lobo
ethylene
Filicinae Miller
experimental embryogenesis
Angiosp Clutter
experimental morphogenesis
Angiosp Narayanaswamy
experimental morphology
Pteridoph DeMaggio
Spermatoph DeMaggio
experimental study
Angiosp Lakshmanan
floral organs in vitro
Angiosp Hicks
flowering
Angiosp Lang
free cell culture
Angiosp Narayanaswamy
fruit development
Angiosp Dave
fusion of protoplasts
Angiosp Galston
gametophyte
Filicinae Pray
gamma particles
Fungi Cantino
genetic tumor induction
Angiosp Ames
genetics
Stern
Acrasiales Anderson
Loomis
Sussman
Angiosp Loy
Chlorophyc Huskey
Fungi Brody
germination
Angiosp Pant
Sharma
goitrogens
Angiosp Stowe
Golgi & cell surface
Dauwalder
Kephart
Leffingwell
Whaley
growth
Angiosp Bryan
Cheney
Hepaticae Bryan
haploid chromosomes
Angiosp Spiker
Filicinae Spiker
haploids& triploids
Angiosp Iyer
153
hormones
L.;mp
Angiosp Foskel
Goldsmith
Key
Narayanaswamy
Roberts
Sachs
indole hormones
Angiosp Stowe
inter-organ effects
Angiosp Hicks
ion fluxes
Angiosp Jaffe
Phaeophyta Jaffe
ionic gradients
Angiosp Jaffe
Phaeophyta Jaffe
jelly coat
Chlorophyc Iwasa
Diatomeae Iwasa
juv. state & flowering & rooting
Gymnosp Greenwood
leaf
Bryophyta Millington
leaf veins
Filicinae Pray
leghemoglobin
Angiosp Schulman
light & reproduction
Fungi Leach
lipids & membrane structure
Angiosp Stowe
meiotic development
Angiosp Hotta
microcinematography
Acrasiales Robertson
Plantae Robertson
mitosis
Fungi Fuller
molec basis of hormone action
Angiosp Galston
morphactins
Angiosp Hanzely
morphogenesis
Acrasiales Rothman
morphogenesis & biochemistry
Fungi Brody
motile cells
Fungi Fuller
mutants
Angiosp Newcomb
Chlorophyc Kirk
Pall
Fungi Mishra
nectaries
Angiosp Dave
ovule formation
Angiosp Sagawa
photocontrol of development
Butler
photomorphogenesis
Fungi Galun
photosynthesis & development
Spermatoph Butler
physiology
Angiosp Lang
phytochrome
Angiosp Galston
Spermatoph Butler
phytosterols
Angiosp Pant
Sharma
pollen culture
Angiosp Narayanaswamy
pollen tube growth
Angiosp Sagawa
polysaccharides in prothallus
Filicinae Lobo
polytene chrom. in embryogen.
Angiosp Clutter
protein secretion in vitro
Angiosp Chrispeels
protoplasts
Angiosp Galston
Iyer
Narayanaswamy
radiobiology
Angiosp Narayanaswamy
regeneration
Angiosp Hicks
Seago
Gymnosp Greenwood
regulation in cultured cells
Mills
regulatory macromolecules
Phaeophyta Forman
regulatory membranes
Angiosp Stowe
reproductive cell determ.
Chlorophyc Kirk
RNA synthesis
Angiosp Key
root
Angiosp Cheney
Greenwood
Hanzely
Gymnosp Greenwood
root nodules
Angiosp Schulman
seed development
Angiosp Dave
sex differentiation
Angiosp Loy
sex expression
Angiosp Galun
sexual development
Chlorophyc Pall
Fungi Norman
sexual differentiation
Filicinae Furuya
shoot apex
Angiosp Dave
Bryophyta Millington
side-body
Fungi Cantino
spore
Fungi Cantino
Leach
sporeling morphogenesis
Charophyc Imahori
sporophyte
Filicinae Pray
stationary phenotype factor
Acrasiales Soil
stoma ta
Angiosp Dave
surface membrane structure
Acrasiales Gregg
suspensor
Angiosp Newcomb
temperature & reproduction
Fungi Leach
tendril morphogenesis
Angiosp Dave
tissue culture
Angiosp Norstog
Gymnosp Norstog
tracheids
Angiosp Halperin
transcription control
Acrasiales Soil
transformation in mutant cells
Angiosp Fosket
tropism
Angiosp Goldsmith
tumor
Sachs
Angiosp Ames
vascular strand
Angiosp Baba
Roberts
Sachs
wound vessel formation
Angiosp Baba
Roberts
xylogenesis in vitro
Angiosp Roberts
zoospore phenotype factor
Fungi Soil
zoospore release
Chlorophyc Millington
PLEURA
see Body cavities
POLAR BODIES
see Egg(s)
POLARITY
see Gradient(s); Symmetry
POLE CELLS
see Germ cells (primordial)
POLYAMINES
see Amine(s)
POLYEMBRYONY
POLYMORPHISM
Insecta
Azencot
Beig
Camargo
Dixon
Kerr
Lensky
Shkolnik
Rotifera
Birky
POLYPEPTIDES
see Proteins
POLYPLOIDY
Aves
Bloom
Lamellibr
Longo
Mammalia
Longo
Sherman
Teleostei
Rasch
POLYSACCHARIDES
see Carbohydrate(s)
POSTEMBRYONIC
DEVELOPMENT
see Development (post-
embryonic, fetal)
154
POTENCY
see Embryology (experimental)
see also Determination;
Pattern formation; Regulation
PREGNANCY
see also Embryo-maternal
relationships; Placenta(tion)
Homo Balakrishnan
Robinson
Mammalia Daniel
Hunt
Kimmel
Orsini
Robkin
Marsupialia Walker
PRESSURE
see also Environmental factors
PRIMITIVE STREAK
see also Blastoderm
PRIMORDIAL GERM CELLS
see Germ cells (primordial)
PROLIFERATION
see Mitosis
PRONEPHRIC DUCT
see Urogenital system
PRONEPHROS
see Kidney (s)
PROSPECTIVE MAPS
see Embryology (experimental)
PROSTAGLANDIN
Aves Kischer
Persaud
Mammalia Kischer
Persaud
PROTEIN(S) (inch Peptides &
Polypeptides)
absorption by fetus
Homo Lev
Mammalia Lev
after nuclear transplantation
Amphibia Legname
albumen
Aves Nonami
albumin synth. in liver cells
Mammalia Hosick
axonal
Mammalia Lasek
basic in egg
Amphibia Kong
biochemistry
Echinoidea Kanki
blastocyst
Mammalia Kulangara
brain
Vertebrata Jacobson
catalogue & timing
Teleostei Piperberg
cell differentiation
Teleostei Whit
cell division
Aves Emerson
changes in development
Amphibia Spiegel
Echinoidea Spiegel
chromosomal
Insecta Gay
Imberski
Rae
Mammalia Kinoshita
Rae
cleavage
Echinoidea Wilt
Cortisol receptor in retina
Aves Piperberg
crystallin
Amphibia McDevitt
Aves Beebe
Piatigorsky
Zelenka
cultured cleavage stages
Mammalia Pollard
cuticular
Insecta Pant
Willis
developmental changes
Amphibia DiBerardino
early development
Amphibia Thompson
Gastropoda Rubin
effect of diet on parotid
Mammalia Redman
effect of hormones
Insecta Shaaya
effect on larval growth
Insecta Davis
egg
Echinoidea Miki
egg shell
Insecta Pant
embryo
Echinoidea Infante
embryonic & yolk
Teleostei Yamagami
eye lens regeneration
Mammalia Angra
female-specific
Insecta Lensky
Shkolnik
fertilization
Echinoidea Hori
Teleostei Hori
a-fetoprotein
Mammalia Zimmerman
fibroin
Insecta Gage
Greene
fibroin gene
Insecta Morrow
genetic regulation
Kleinsmith
genetics
Teleostei Whitt
glycoproteins
Amphibia Hamada
Mammalia Weinstock
hemocyanin
Crustacea Kerr
hormonal control in liver
Mammalia Hosick
inhibitors
Aves Khan
interactions in development
Mammalia Hassell
interaction with lipids
Aves Huang
Pagano
Mammalia Huang
Pagano
juv. horm. transp. & action
Insecta Ferkovich
Weirich
kidney tubulogenesis
Mammalia Unsworth
lipo- in lung tissue
Mammalia Vidic
a-2-macroglobulin
Mammalia Heim
membrane biogenesis
Mammalia Chepenik
metamorphosis
Amphibia Nagano
Shukuya
microheterogeneity
Mammalia Zimmerman
mitochondrial
Amphibia Swanson
mitochondrial-cytopl. coordin.
Amphibia Swanson
mitotic apparatus
Echinoidea Miki
muscle
Aves Herrmann
mutant egg shells
Insecta Goldsmith
nuclear
Kleinsmith
Amphibia Jones
Kasinsky
Landesman
nucleoproteins in larva
Insecta Rasch
ontogeny
Teleostei Wilde
passage into early embryo
Mammalia Kulangara
passage into uterine fluid
Mammalia Kulangara
phosvitin
Aves Kobayashi
placenta-specific
Mammalia Behrman
proline & limb development
Mammalia Kochhar
regulation in metamorphosis
Crustacea Laufer
Insecta Laufer
relation to differ, in vitro
Aves Klein
relation to growth in vitro
Aves Klein
ribosomal
Amphibia Caston
Landesman
Insecta Kiefer
salivary gland
Insecta Ellgaard
secretion by corneal epith.
Aves Hay
selection by blastocyst
Mammalia Kulangara
serum
Amphibia Nagano
Shukuya
Aves Heim
Mammalia Heim
silk gland
Insecta Pant
Sharma
somatomedin & proliferation
Aves Tern in
155
Mammalia Temin
mbmandibulai gland
Mammalia Biesslei
synaptic
Mammalia Kornguth
synthesis
Swift
Wu
Amphibia Crawford
Thompson
Insecta Wyatt
Teleostei Crawford
Purko
s\ nthesis & nuclear RNA
Fchinoidea Allen
synth. & transp. in oogenesis
Insecta Wyatt
synthesis by follicle cells
Insecta Goldsmith
synthesis in early development
Gastropoda Collier
Mammalia Prasad
synthesis in embryo
Amphibia Greenhouse
Hampel
Echinoidea Greenhouse
Humphreys
synth. in mammary epith.
Mammalia Ho sick
synthesis in metamorphosis
Insecta Wyatt
synthesis in organogenesis
Insecta Berry
synthesis in polytene chrom.
Insecta Pavan
synthesis inhibitors
Echinoidea Cheney
synthesis regulation
Ilan
translational control
Aves Stern
Mammalia Hosick
transl.-transcr. coupling
Wu
tubulin
Echinoidea Kuriyama
Miki
Sakai
Mammalia Miki
turnover in muscle
Aves Love
uterine
Mammalia Maurer
vitellogenin
Amphibia Schuetz
PROTOZOA
see Unicellular organisms
RADIATION
see Irradiation
RADIOMIMETIC AGENTS
REAGGREGATION
see Cell(s)
REARING METHODS
Amphibia Nace
Giiroptera Rasweiler
Insecta Rosales
Polychaeta D'Asaro
Mazurkiewicz
REGENERATION (physio-
logical)
Mammalia Bertalanffy
Chase
McGarry
Yamaguchi
Rcptilia Maderson
REGENERATION (traumatic)
see also Interstitial cells;
Unicellular organisms;
Wound healing
Amphibia Richards
Singer
Arachnida Shulov
Hemichorda Burdon
Hydrozoa Ohsaki
Nemertea Iwata
Trematoda Bilqees
Tunicata Freeman
Turbellaria Asai
Asakura
Hori
biochemistry
Amphibia Foret
Schmidt
Stocum
Crustacea Holland
Skinner
Mammalia Angra
blastema culture
Amphibia Foret
Hamada
bone
Mammalia Urist
bone callus
Mammalia Deck
cell & tissue ultrastructure
Amphibia Schmidt
cell culture
Turbellaria Nentwig
cell migration
Hydrozoa Diehl
cell origin
Hydrozoa Tweedell
Polychaeta Hill
cell potency
Reptilia Cox
cell surface changes
Amphibia Eisenberg
cilia
Echinoidea Lindsay
collateral nerve sprouting
Mammalia Tweedle
cornea in vitro
Amphibia Beebe
corr. with lens induction
Amphibia Reyer
de- & redifferentiation
Amphibia Hearson
dental lamina
Amphibia Graver
determination of blastema
Amphibia Bryant
effect of antibiotics
Amphibia Wolsky
effects of antimetabolites
Amphibia Wolsky
effect of chemicals
Echinoderm Hein
Turbellaria Hein
effect of colchicine
Turbellaria Sugino
effect of LiCl
Hydrozoa Yasugi
effect of limb blastema
Amphibia Dinsmore
effect of nucleic acids
Amphibia Wolsky
effect of small X-ray doses
Amphibia Wolsky
effect of ultrasound
Amphibia Wolsky
effect of vitamins
Amphibia Niazi
effect on moulting
Crustacea Madhavan
effect on tumour
Mammalia Mizell
endocrinology
Amphibia Bromley
Kollros
Liversage
Niaz:
Schmidt
Tassava
Van Stone
Waterman
Mammalia Beresford
Reptilia Jayshree
Teleostei Liversage
epidermal chalones
Mammalia Yamaguchi
eye
Teleostei Hasegawa
Turbellaria Kishida
eye lens
Amphibia Eguchi
Eisenberg
Kato
Reyer
Watanabe
Mammalia Angra
eye lens from cornea
Amphibia Beebe
fins
Teleostei Weis
growth control
Mammalia Argyris
I-cells
Hydrozoa Kido
in vitro system
Turbellaria Nentwig
initiation of DNA synthesis
Amphibia Tassava
initiation of mitosis
Amphibia Tassava
internal organs
Amphibia Scadding
intestine
Amphibia Grubb
iris cell potencies
Amphibia Eisenberg
jaw
Amphibia Graver
Grubb
Mammalia Beresford
kidney
Anderson
limb
Amphibia Bromley
Carlson
El Mekkawy
Foret
Hamada
156
Amphibia
(cont'd)
Hearson
Kollros
Michael
Niazi
Robinson
Scadding
Singer
Tweedle
Waterman
Weis
Crustacea Weis
Mammalia Deck
Mizell
liver -
Mammalia Stern
Te ray am a
Vertebrata Asnani
Bonny
Shah
lung
Amphibia Graver
Wilde
lymph gland
Vertebrata Asnani
Bonny
Shah
a-2-macroglobulin
Mammalia Heim
mammary gland
Mammalia Hoshino
mitosis in liver
Mammalia Bertalanffy
molecular & cellular events
Amphibia Eguchi
morphogenesis
Amphibia Stocum
muscle
Amphibia Carlson
Deck
Dinsmore
Aves Konigsberg
Mammalia Carlson
Schmidt
myogenic cell lines
Reptilia Cox
neoblasts
Turbellaria Kido
Kishida
nerves
Amphibia Mark
Aves Erhart
Ferreira
Mammalia Erhart
Tweedle
Teleostei Mark
nerve fibre patterns
Amphibia Hearson
olfactory nerve fibres
Teleostei Westerman
optic nerve
Amphibia Jacobson
Teleostei Jacobson
Weis
Westerman
os priapi
Mammalia Beresford
pancreas
Vertebrata Shah
pigmentation
Crustacea Ranga
proliferation
Amphibia Hearson
redifferentiation of blastema
Amphibia Bryant
regenerative capacity & N.S.
Turbellaria Nentwig
regulation in blastema
Amphibia Bryant
relation with moult
Crustacea Holland
Skinner
restoration
Amphibia Aziz
Michael
retina
Amphibia Keefe
Reyer
Aves Keefe
Mammalia Keefe
Vertebrata Goldberg
RNA turnover
Amphibia Hay
Turbellaria Hay
role of cell types
Hydrozoa Diehl
role of glycoproteins
Amphibia Hamada
role of mesoglea & perisarc
Hydrozoa Diehl
role of nervous system
Amphibia Bromley
Hearson
Liversage
Scadding
Singer
Tassava
Tweedle
Mammalia Carlson
Deck
Teleostei Liversage
role of RES
Mammalia Stern
role of RNA
Amphibia Tassava
salivary gland
Mammalia Hoshino
satellite cell in limb muscle
Amphibia Dinsmore
Mammalia Dinsmore
scales
Teleostei Asakura
Nussbaum
spleen
Vertebrata Asnani
Bonny
Shah
stability of phenotype
Turbellaria Coward
stem cells
Turbellaria Coward
supernumerary limbs
Amphibia Carlson
tail
Amphibia Hickey
Niazi
Reptilia Cox
Hiradhar
Jayshree
Maderson
Radhakrishnan
Ramachandran
Shah
Werner
tail polarity
Reptilia Bryant
tentacles
Hydrozoa Heath
ultrastructure
Amphibia Hay
Turbellaria Coward
Hay
visual pathway
Amphibia Sharma
Teleostei Sharma
Vertebrata Goldberg
REGULATION (embryonic)
Aves
Dubey
REPRODUCTION (asexual)
see Asexual reproduction
REPRODUCTION (sexual)
see also Egg(s); Fertility (&
sterility); Fertilization;
Reproductive system;
Spermatozoa etc.
Chiroptera Uchida
Gastropoda D'Asaro
Mazurkiewicz
Insecta Mochida
Polychaeta Dean
Primates Butler
Teleostei Donaldson
artificial insemination
Homo Francoeur
Mammalia Hamner
cervical mucus
Mammalia Coelingh
constant estrus & oogenesis
Mammalia Segal
cycle
Anomura Haley
early embryo preservation
Mammalia Thompson
effect of cadmium
Teleostei Sanford
effect of chemicals
Insecta Grosch
effect of gonads
Aves Kamar
effect of heavy metals
Vertebrata Birge
effect of irradiation
Insecta Grosch
effect of space flight
Insecta Grosch
effect of temperature
Aves Boone
embryo transfer
Mammalia Thompson
endocrinology
Amphibia Jacobson
Aves Jacobson
Kamar
Crustacea Madhavan
Insecta Ewen
Staal
Warren
Mammalia Lu
Scott
Traurig
Teleostei Yamamoto
environmental factors
Aves Kamar
estrus cycle in alloxan diabet.
Mammalia Hunt
functional morphology
Insecta Ewen
marine species
Invertebr Fernald
157
Militants
brain
Insecta Kiefer
Insect a Doane
Vertebrata
Jacobson
role in hemoglobin synthesis
oothecal secretion
cleavage
Amphibia Grasso
[nsecta Stay
Echinoidea
Wilt
salivary gland
physiology
early embryo
Insecta Ellgaard
Insects Ewen
Echinoidea
Kanki
stability of messenger
role of male accessory organs
effect on activated ectoderm
Mammalia Schultz
Amphibia Shaver
Amphibia
Sasaki
submandibular epithelium
role of oviduct secretions
eye lens
Mammalia Bernfield
Mammalia Hamner
Aves
Piatigorsky
synthesis
semen immunity
genes
Echinoidea Wilt
Homo Soffer
Amphibia
Brown
Lamellibr Kidder
spawning
hormone action
Teleostei Purko
Ascidiacea Watanabe
Insecta
Wyatt
synthesis & ecdysone
Asteroidea Kanatani
hybridization
Insecta Bergtrom
Shirai
Insecta
Gage
synthesis & genes
sperm & semen characterization
imaginal discs
Amphibia Reeves
Mammalia Hamner
Insecta
Bergtrom
synthesis & processing in vitro
sperm antigens
implantation
Aves Coleman
Mammalia Marcus
Mammalia
Segal
synthesis in chondrocytes
Toder
isoaccepting transfer
Aves Solursh
target tissue axes
Mammalia
Rennert
synthesis in early development
Mammalia Waterman
isopentenyl transfer in embryo
Echinoidea Davis
viviparity
Mammalia
Rennert
Gastropoda Collier
Elasmobr Wourms
isoleucyl transfer
synthesis in egg & later stages
Insecta Stay
Mammalia
Rennert
Insecta Forrest
kidney tubulogenesis
synthesis in embryo
REPRODUCTIVE SYSTEM
Mammalia
Unsworth
Echinoidea Fromson
see also specific parts; Genital
limb regeneration
Humphreys
tract; Urogenital system
Amphibia
Tassava
synthesis in mitochondria
masked messenger
Homo Nagata
Amphibia Iwasawa
Amphibia
Greenhouse
Mammalia Nagata
Hydrozoa Tucker
Echinoidea
Greenhouse
synthesis in oogenesis
Insecta Chaudhry
maternal messenger
Echinoidea Davis
Leopold
Echinoidea
Harris
Teleostei Ozaki
Tripathi
messenger
synthesis in palate
Voorhees
Ilan
Mammalia Pratt
male genital system
Aves
Beebe
synthesis in polytene chrom.
Mammalia Mann
Emerson
Insecta Pavan
Mattingly
Stern
synthesis on chromatin
Mossman
Zelenka
Echinoidea Ozaki
Muramatsu
Echinoidea
Kedes
template stabilization
Teleostei Hyodo
Insecta
Gage
Pitot
Greene
tooth development
RESPIRATION
Mammalia
Brown
Aves Noto
see also Metabolism
Church
transfer
Emerson
Insecta Gage
Amphibia del Rio
Schultz
Mammalia Rennert
Fernandez
metamorphosis
Sirlin
Legname
Insecta
Wyatt
translation
Orce
nuclear
Amphibia Browder
Valdez
Echinoidea
Allen
Echinoidea Nemer
Echinoidea Cheney
oocyte & early i
embryo
Insecta Browder
Nakazawa
Mammalia
Stull
Mammalia Browder
Mammalia Yu
oogenesis
Amphibia
Smith
RIBOSOMES
RESPIRATORY TRACT
Aves
Noto
see Subcellular components
Insecta
Berry
Homo Dickson
poly (A)
SACCUS VASCULOSUS
Kleiss
Echinoidea
Fromson
Mammalia Kapur
Mammalia
Brown
SALIVARY GLAND
Marchok
polymerases
see Gland(s)
Towers
Mammalia
Moore
prolyl & glycyl transfer
SCALE(S)
RETICULOENDOTHELIAL
Aves
Stern
see also Skin
SYSTEM
regeneration
see Macrophage system
Amphibia
Stocum
Aves Goetinck
relation to energy metabolism
Teleostei Asakura
RHESUS FACTORS
Amphibia
Crawford
Krejsa
see Immunology
Teleostei
ribosomal
Crawford
Nussbaum
RIBONUCLEIC ACID
Amphibia
Brown
SELF-RECOGNITION
see also Nucleic acids
Shiokawa
animalized embryos
Yamana
Ascidiacea Tanake
Echinoidea Ozaki
Watanabe
158
SEMEN
see Reproduction (sexual)
SENSE ORGANS
see also specific organs;
Placodes
Amphibia Hibbard
Kawakami
Aves Oppenheim
Mammalia Hild
Invertebr Eakin
SERUM
see Blood
SEX CHROMATIN
see Nucleus
SEX DETERMINATION
see also Sexual development
Amphibia Richards
Homo Moore
Insecta Camargo
Kerr
Postlethwait
Poulson
Mammalia Moore
SEX DIFFERENTIATION
see Sexual development
SEX HORMONES
see Hormones
SEX-RATIO
see Sexual development
SEX-REVERSAL
see Sexual development
SEXUAL DEVELOPMENT
see also specific sex organs;
Reproductive system;
Sex determination
Vertebrata Asayama
endocrinology
Aves Noumura
Robertson
Mammalia Noumura
Teleostei Huang
Takahashi
experimental study
Amphibia Hsu
Liang
hermaphroditism
Mammalia Allison
Gumbreck
Whitten
sex differentiation
Amphibia Iwasawa
Kawamura
Nishioka
Teleostei Hishida
Takahashi
sex ratio & karyotype
Homo Sasaki
sex reversal
Teleostei Hishida
spontaneous chimeras
Mammalia Whitten
SHELL
see Egg(s); Integument
SHELL GLAND
see Integument; Oviduct
SHOULDER GIRDLE
see Skeleton
SKELETON
see also specific parts;
Bone(s); Cartilage
Echinoidea Uemura
Mammalia Schryver
calcitonin teratogenesis
Mammalia Asling
exostosis
Mammalia Shupe
fracture healing & sex hormones
Mammalia Beresford
hormonal control
Aves Hall
limb
Aves Goff
Homo Gray
malformations
Homo Carmona
Tanaka
ossification
Homo Meyer
Mammalia Sekeles
Urist
ossification age
Homo Jit
osteopetrosis in mutants
Mammalia Hollinshead
rib joints
Homo Gray
spicule formation
Echinoidea Herold
Okazaki
teratogenesis
Mammalia Terashima
ultrastructure in metamorphosis
Amphibia Kemp
variation between litters
Mammalia Evans
variation due to uterine posit.
Mammalia Evans
vertebral column
Homo Gray
SKIN
see also Epidermis; Integu-
ment; Pigment(ation);
Wound healing
Amphibia Dent
Fry
Kollros
Aves Gopinath
Ide
Kischer
Kollar
Homo Carmona
Hashimoto
Mammalia Carmona
Hardy
Kischer
Kollar
Quevedo
Reams
Skinner
Reptilia Mulherkar
Teleostei Krejsa
SKULL (& visceral skeleton)
see also Chondrocranium
Actinopter
Jollie
Amphibia
Graver
Grubb
Toerien
Aves
Barnard
Burdi
Coulombre
Toerien
Elasmobr
Jollie
Homo
Enlow
Mammalia
Beresfofd
Iucif
Kollar
Ross
Toerien
Reptilia
Toerien
Vertebrata
Jollie
SLIME MOLDS
see Plant embryology &
morphogenesis
SOMATIC MUTATIONS
see Genetics
SOMATIC RECOMBINATION
see Cell heredity
SOMITE(S)
Amphibia Jacobson
MacDonald
Aves Allen
Jacobson
Memikoglu
Minor
Packard
SPERMATOGENESIS
see also Gametes
Insecta Kiefer
Mammalia Guraya
Schuetz
cell culture
Mammalia Schuetz
cell surface antigens
Mammalia Bennett
Bovarnick
cytochemistry
Anderson
cytogenetics
Mammalia Hrudka
effects of mutants
Mammalia Dooher
effects of vascular occlusion
Mammalia Lakshmanan
endocrinology
Insecta Kambysellis
Mammalia Schuetz
fate of polar granules
Insecta Schwalm
genetic control
Insecta Tokuyasu
germinal epithelium cycle
Mammalia Lakshmanan
histochemistry
Mammalia Hrudka
159
ins 1 1 >no phosphorylation
Amphibia Byrd
I chinoidea Byrd
histone transition
Amphibia Kasinsky
hybrids
[nsecta Leopold
Martins
Novaes
Salles
Schreibcr
initiation
Mammalia Bressler
irradiation
[nsecta Martins
Novaes
Salles
Schreiber
kinetics
Mammalia Inoue
Tiba
male sterile mutant
Mammalia Bryan
meiosis control
Mammalia Schuetz
meiotic cell culture
Mammalia Hotta
meiotic chromosomes
Mammalia Lakshmanan
meiotic regulation
Mammalia Hotta
mutants
Mammalia Bryan
radiosensitivity
Insecta Iwasaki
role of Sertoli cells
Mammalia Inoue
spermatogonial population
Mammalia Clermont
ultrastructure
Anderson
Aves Koehler
Crustacea Koehler
Echinoderm Beig
Echiuroidea Sawada
Gastropoda Ackerson
Sawada
Homo Phillips
Insecta Beig
Invertebr Phillips
Mammalia Hrudka
Phillips
Sipuncul Sawada
Teleostei Koehler
SPERMATOZOA
see also Gametes
acrosome
Echinoderm Dan
Lamellibr Dan
Teleostei Dan
acrosome reaction
Mammalia Akruk
Oliphant
activation
Xiphosura Shoger
antigens
Amphibia Shaver
Hydrozoa O'Rand
Mammalia Marcus
O'Rand
antigens & lymphocytes
Homo Toder
160
Mammalia Toder
biochemistry
Echinoderm Dan
Lamellibr Dan
Teleostei Dan
capacitation
Hydrozoa O'Rand
Mammalia Oliphant
comparative study
Echinoderm Beig
cooled or frozen
Lagomorpha Shaver
cytochemistry
Mammalia Hrudka
effects of ageing on developm.
Mammalia Hoppe
effect of oviduct secretions
Mammalia Hamner
effects of light
Mammalia Norman
effects of pH in vitro
Mammalia Norman
glycolysis
Amphibia del Rio
Orce
immune reactions
Mammalia Menge
in male tract
Mammalia Guraya
maturation
Mammalia Hoppe
membrane glycoproteins
Mammalia O'Rand
metabolism
Mammalia Hoppe
motility
Mammalia Rikmenspoel
phosphagens
Echinoderm Yanagisawa
respiration
Amphibia del Rio
Orce
steroids & capacitation
Mammalia Hamner
storage
Elasmobr Wourms
ultrastructure
Aves Boone
Crustacea Koehler
Echinoderm Beig
Mammalia Hrudka
SPERMIOGENESIS
see Spermatogenesis
SPINAL CORD
Amphibia
Aves
Mammalia
Vertebra ta
SPLEEN
Aves
Mammalia
Vertebrata
Kollros
Landmesser
Oppenheim
Sharma
De Lahunta
Hinds
Vaughn
Umetani
Betz
Mun
Globerson
Greengard
Asnani
Bonny
Shah
STATIC ORGAN
STERILITY
see Fertility (& sterility).
STEROIDS
see also Cortisone; Hormone(s)
adrenal
Aves Woods
androgens & fracture healing
Mammalia Beresford
blood plasma
Aves Woods
determination
Aves Hall
effect on bone
Mammalia Ornoy
effect on implantation
Mammalia Holmes
effect on mammary gland
Mammalia Hoshino
effect on trophoblast
Homo Holmes
Mammalia Holmes
enzyme induction in liver
Mammalia Monder
extragonadal influences
Teleostei Takahashi
follicular
Mammalia Coulson
glucocorticoids as teratogens
Mammalia Biddle
gonadal
Amphibia Schuetz
gonads
Aves Woods
histochemistry
Aves Woods
receptor protein
Aves Piperberg
receptors in oocyte
Amphibia Smith
role in sperm capacitation
Mammalia Hamner
sex control
Amphibia Richards
sexual
Teleostei Takahashi
target tissues
Mammalia Scott
Traurig
teratogenesis
Mammalia King
tissue response
Mammalia Ohno
transplacental carcinogenicity
Mammalia Yasuda
STOMACH
SUBCELLULAR
COMPONENTS
annulate lamellae
Mammalia Gulyas
biochemistry
Mammalia Gulyas
Ca-binding sites
Echinoidea Schroeder
cell membrane
Amphibia Goldhor
Aves DeHaan
Mammalia Elmer
centrioles
Echinoidea Harris
contractile apparatus
Echinoidea Schroeder
germinal plasm
Amphibia Ikenishi
Golgi complex
Echinoderm Dan
Lamellibr Dan
Teleostei Dan
laser microbeam irradiation
Amphibia Berns
Mammalia Berns
lysosomes
Amphibia Decker
Aves Decker
Insecta Butterworth
Mammalia Traurig
membranes
Tupper
Amphibia Goldhor
Schuetz
Asteroidea Schuetz
Mammalia Chepenik
microfilaments
Echinoidea Schroeder
microfilaments in cell movem.
Trinkaus
microsomes in liver
Mammalia Nakazawa
Yukawa
microtubules
Trinkaus
Aves Piatigorsky
Echinoidea Sakai
Mammalia Rosenbaum
mitochondria
Amphibia Salomon
Mammalia Leeson
mitochondria & chemicals
Echinoidea Herold
mitochondria & development
Insecta Warren
mitochondria in development
Insecta Amy
mitochondria in intestine
Amphibia MacDonald
mitochondrial biogenesis
Amphibia Swanson
mitochondrial differentiation
Mammalia Boell
mitoch. energy transfer
Mammalia Nakazawa
mitochondrial nucleic acids
Amphibia Dawid
Kaushagen
Ohi
Swanson
Upholt
Homo Nagata
Upholt
Mammalia Nagata
Upholt
mitochondrial proteins
Amphibia . Swanson
molecular assembly
Simon
neurotubules
Mammalia Rosenbaum
nucleolus
Mammalia Gulyas
oocyte
Amphibia Massover
ribosomes
Amphibia Caston
Aves Emerson
Insecta Allen
Kiefer
Wyatt
Mammalia Argyris
SUBCOMMISSURAL ORGAN
see Brain
SUCKER
see Gland(s)-adhesive
SUGARS
see Carbohydrate(s)
SULPHYDRYL GROUPS
Amphibia Norman
Aves Mulherkar
Rao
SWIM BLADDER
see Lungs
SYMBIOSIS
see also Mycetome
SYMMETRY (& asymmetry)
see also Gradient(s)
Aves Eyal
MacCabe
Rubin
Mammalia Layton
Vertebrata Wilde
TAIL
see also Regeneration
(traumatic)
Amphibia Fry
Hickey
Ito
Kaltenbach
Kato
Niazi
Aves Goldie
Reptilia Werner
Teleostei Kemp
TEMPERATURE
see also Environmental factors
Aves Azoubel
Boone
Dubey
Patil
Echinoidea Brookbank
Insecta Brust
Horsfall
Pener
Reptilia Werner
Yntema
TERATOGENESIS
(experimental)
see also specific teratogenic
agents; Anomalies (early
development); Drugs;
Malformations; Pathology;
Thalidomide; specific organs
Aves Fritz
Martin
Mammalia Bryden
Fritz
Martin
Vertebrata Singh
aluminium
Mammalia Persaud
6-aminonicotinamide
Mammalia Chamberlain
anophthalmia
Mammalia Chase
antimetabolites
Echinoidea Skalko
Mammalia Skalko
antisera
Mammalia Jensh
axial organs
Aves Hughes
Homo Hughes
Mammalia Hughes
bio-energetics
Aves Kaplan
blood-brain barrier
Mammalia Nakamura
brain
Mammalia Hayashi
Inouye
Murakami
cAMP
Insecta Francoeur
Teleostei Fiorentini
Francoeur
carbonic anhydrase inhibitors
Mammalia Layton
cell reaggr. as model system
Hydrozoa Ceron
cell surface lipids
Echinoidea Barber
cellular action
Aves Packard
centrifugation & temperature
Insecta Yajima
chelating agents
Mammalia Kimmel
chemical protection
Kernis
chemicals
Aves Watterson
Homo Nishimura
Mammalia Inouye
King
Murakami
Nishimura
Tanimura
Walker
cholinesterase inhibitors
Aves Sullivan
chromosome aberrations
Homo Makino
Mammalia Nesbitt
Vertebrata Macintyrc
cold
Aves Azoubel
161
comparative study
Homo Nishinuiru
Mammalia Nishimura
congenital anomalies
Homo Ornoy
cj clophosphamide
Aves Sudarwati
cytochalasin
Avcs Goldie
detergents
Aves Goldie
DNA-repair
Mammalia Moustafa
drugs
Mammalia Staples
Steffek
effect on placental function
Mammalia Kernis
embryo culture
Mammalia Moustafa
embryotoxicity
Mammalia Andrew
ethyl-nitrosourea
Mammalia Das
eye
Mammalia Hoshino
Kameyama
fluoride
Mammalia Shupe
galactoflavin
Mammalia Shepard
genetic control of response
Mammalia Biddle
glyco-alkaloids
Aves Mun
griseofulvin
Mammalia Delahunta
heavy metals
King
Aves Gilani
Mammalia Agnew
Carpenter
Ferm
Gale
Keino
Kimmel
Monie
Mollusca CalabreSe
hormones
Mammalia Asling
Biddle
Hoshino
King
Ornoy
Zimmerman
in explanted embryo
Aves Klein
in inbred strains
Mammalia Brown
in vitro
Aves Johnson
Mammalia Fisher
Gunberg
Johnson
Shepard
intrauterine agent application
Mammalia Moustafa
intrauterine environment
Mammalia
Hoshino
Kameyama
irradiation
Insecta Yajima
Mammalia Das
162
lack of trace elements
Homo Agnew
Mammalia Agnew
limb
Mammalia Kameyama
macromolccular synthesis
Mammalia Andrew
marine pollutants
Mollusca Stiles
maternal & environm factors
Mammalia Fraser
maternal hyperadrenalism
Mammalia Hoar
maternal protection
Mammalia Biddle
methylmercury
Mammalia Doherty
Mottet
microsurgical
Aves Toerien
microwave irradiation
Mammalia Jensh
Rugh
model
Homo Burdi
Mammalia Burdi
model systems
Echinoidea Skalko
Mammalia Skalko
modification of spont. rates
Mammalia Brown
nervous system
Aves Corliss
Watterson
Mammalia Takeuchi
neural tube
Aves Hughes
Homo Hughes
Mammalia Hughes
nicotine on heart
Aves Gilani
nucleic acid antimetabolites
Mammalia Kochhar
nucleic acid inhibitors
Aves Pierro
nucleotide analogues
Aves Packard
nutrition
Mammalia King
organ culture
Mammalia Aydelotte
pesticides
Mammalia Baksi
Yasuda
Reptilia Mitchell
Teleostei Crawford
Weis
pollutants
Amphibia Greenhouse
pre-implantation stages
Mammalia Mitchell
proline analogues
Mammalia Kochhar
prostaglandins
Aves Persaud
Mammalia Persaud
protection
Mammalia Overman
protein inhibitors
Aves Pierro
pyrimethamine
Mammalia Coleman
role of mucopolysaccharides
Mammalia Coleman
role of Na & K
Aves Hughes
Homo Hughes
Mammalia Hughes
role of yolk sac placenta
Mammalia Hoar
rumpless phenocopy
Aves Goldie
salycilate
Mammalia Kimmel
screening methods
Mammalia Staples
skeleton
Mammalia Terashima
strain differences
Mammalia Long
stress & other factors
Mammalia Staples
surfactant
Echinoidea Isono
Lamellibr Isono
sweeteners
Aves Veneziano
Homo Reynolds
Mammalia Reynolds
therapeutic use of metabolites
Mammalia Chamberlain
thermal stress
Insecta Horsfall
various agents
Mammalia Adams
Markwald
Veratrum
Mammalia Evans
via induction
Aves Johnson
Mammalia Johnson
vinblastine
Insecta Francoeur
Teleostei Fiorentini
Francoeur
virus
Aves Robertson
Homo Makino
Mammalia Brown
Carpenter
Scott
vitamin
Aves Overman
Mammalia Azoubel
Beresford
Fraser
King
Kochhar
Lopes
Nakamura
Overman
TERATOLOGY
see Anomalies (early develop-
ment); Malformations
TERATOMA(S)
Mammalia Artzt
Fisher
Mintz
Stevens
TESTIS
Mammalia Gulyas
Schuetz
cell culture
Aves Lee
cell types
Mammalia Bressler
effect of castration on growth
Mammalia Iucif
fate of polar granules
Insecta Schwalm
maturation
Mammalia Gondos
morphometry
Mammalia Lakshmanan
pathology
Mammalia Bhargava
postnatal development
Mammalia Bressler
pre- & postnatal
Mammalia Guraya
rdle of hormones
Mammalia Bressler
seminiferous tubules
Insecta Beig
structure & biochemistry
Mammalia Gondos
vascular occlusion
Mammalia Lakshmanan
THALIDOMIDE
Aves Spiroff
Homo Yasuda
Mammalia Staples
Primates Butler
THEORETICAL BIOLOGY
(developmental)
appl. of continuum dynamics
Gordon
Hirsch
biomechanical fields
Homo Gasser
control of development
Robertson
control of differentiation
Acrasiales Cohen
control of morphogenesis
Acrasiales Cohen
development & systems theory
Weiss
gene differentiation
Noto
morphodynamic theory
Gordon
Hirsch
morphogenesis of neural plate
Amphibia Gordon
Jacobson
non-random features
Chlorophyc Lacalli
plant-cell genetics
Galun
probabilistic processes
Aves Wilde
Mammalia Wilde
THORACIC CAVITY
see Body cavities.
THYMUS
Amphibia Volpe
Aves Foote
THYREOSTATIC AGENTS
see Thyroid gland
THYROID GLAND
see also Thyroxine
Amphibia Prahlad
Aves Prahlad
Thommes
Cyclostom Waterman
Youson
Mammalia Hoar
Lu
Vertebrata Waterman
THYROXINE
brain maturation
Amphibia Gona
effect on tissues
Amphibia Prahlad
induction of liver metamorph.
Amphibia Cohen
interaction with other horm.
Amphibia Frye
Aves Frye
local action
Amphibia Kaltenbach
localization
Amphibia Reynolds
regeneration
Amphibia Hickey
Kollros
Niazi
Van Stone
relation with development
Amphibia Tassava
tail changes
Amphibia Fry
uptake & localization
Amphibia Reynolds
TISSUE(S)
biochemical markers
Mammalia Salomon
cell aggregation
Aves Kuroda
Mammalia Kuroda
characterization
Mammalia Waymouth
culture
Amphibia Foret
Ascidiacea Watanabe
Mammalia Waymouth
enzyme activity
Amphibia Boell
Aves Boell
implantation
Arachnida Shulov
interaction
Aves Hay
reconstitution in vitro
Aves Fujisawa
sorting-out
Aves Lesseps
subcell. fractions & growth
Mammalia Stern
transplantation
Amphibia Koyama
TONGUE
see Mouth
TOOTH (TEETH)
Mammalia Evans
Williams
abnormal
Homo Herold
age changes
Homo Toto
Mammalia Toto
autoradiography
Vertebrata Leblond
chondrodystrophy
Mammalia Miller
crown & root
Vertebrata Howes
dental lamina
Amphibia Graver
Mammalia Miller
dentin
Mammalia Fitzgerald
Teleostei Herold
dentin & bone
Elasmobr Herold
Amphibia Herold
Teleostei Herold
differentiation in vitro
Mammalia Kollar
effect of antibiotics
Mammalia Fitzgerald
enamel
Elasmobr Kemp
environmental factors
Mammalia Fitzgerald
eruption
Mammalia Michaeli
eruption failure in mutants
Mammalia Hollinshead
experimental dysplasia
Mammalia Herold
fetal development
Homo Burdi
genetically defective
Mammalia Bryan
glycoproteins
Mammalia Weinstock
histology
Mammalia Cohn
in tadpole
Amphibia Kollros
morphogenesis
Vertebrata Howes
odontogenic epithelium
Mammalia Michaeli
papilla cells in vitro
Mammalia Kollar
periodontal ligament
Mammalia Michaeli
periodontium
Mammalia Cohn
procollagen
Mammalia Weinstock
replacement
Holostei Miller
RNA synthesis
Aves Noto
supporting structures
Homo Ten Cate
tissue interactions
Mammalia Miller
transplantation
Vertebrata Howes
TRACE ELEMENTS
see Chemical elements
163
IK U III \l SVSII M
TRANSPLANTATION
see also Immunology, Nucleus
\r.ulinida Shulov
\ves Mulherkai
Mollusca Cheng
appendages
Insecta Schubigei
brain
\ves Oppcnheim
cytoplasmic & nuclear
Insect. i Bownes
denervated muscle
Mammalia Carlson
embryo
Mammalia Church
Thompson
heart
Mammalia Goss
hetero- & xenoplastic
Amphibia Kato
homo- & xenografts
Reptilia Yntema
immunology
Amphibia Volpe
lens epithelium
Mammalia Pandit
mammary gland
Mammalia Hoshino
neural crest
Amphibia Volpe
neurons
Mammalia Das
ovary
Mammalia Fisher
primordial germ cells
Teleostei Iwamatsu
salivary gland
Mammalia Hoshino
sense organs
Aves Oppenheim
single cells into blastocyst
Mammalia Moustafa
tissue
Amphibia Koyama
tooth
Vertebrata Howes
TROPHOBLAST
see Blastocyst
TUMOUR(S)
see also Carcinogenetic agents;
Teratoma(s)
cell surface
Mammalia Garber
Karasaki
Terayama
chromosome abnormalities
Homo Makino
culture
Amphibia Tweedell
differentiation
Mammalia Karasaki
differ. & embryonic tissues
Mammalia Unsworth
different, in regener. limb
Amphibia Mizell
effect on cell sorting
Aves Mayhew
Mammalia Mayhew
epith.-mes. interactions
Mammalia Cutler
erythroid differentiation
Mammalia Furusawa
etiology
Amphibia Nace
graft rejection
Mammalia Argyris
growth-promoting effects
Mammalia Argyris
hepatoma cell enzymes
Mammalia Tourian
histogenesis in vitro
Homo Auersperg
in aging
Mammalia Lhotka
induct, by subcell. fractions
Amphibia Tweedell
invasive cell movements
Trinkaus
lung
Kauffman
lymphoma
Aves Longenecker
mitotic rate
Mammalia Bertalanffy
neoplastic genes
Aves Temin
neuroblastoma cells in vitro
Mammalia Rosenbaum
proliferation control
Aves Temin
Mammalia Temin
relationship with embryogen.
Amphibia Landesman
ribosome accumulation
Mammalia Argyris
RNA stabilization
Pitot
role of cell surface
Aves Oppenheimer
Echinoidea Oppenheimer
Mammalia Oppenheimer
schwannomas
Mammalia Allen
transplacental carcinogenicity
Mammalia Yasuda
urothelium
Homo Leighton
virus as different, agent
Amphibia Mizell
TWINS (& other multiple
births)
Mammalia
Ferm
Kleiss
ULTIMOBRANCHIAL BODY
Aves Venzke
ULTRASOUND
see also Environmental factors
Amphibia Wolsky
Mammalia Shoji
ULTRAVIOLET IRRADIATION
Insecta Amy
Forrest
Yajima
UMBILICAL CORD
see also Vascular system
Homo Uysal
UNICELLULAR ORGANISMS
amoeba-flagellate transform.
Rhizopoda Perkins
anucleate cell
Chlorophyc Dillard
asexual reproduction
Chlorophyc Jones
asexual reprod. & devel.
Sporozoa Dasgupta
biochemistry
Chlorophyc Dillard
Iwasa
Jones
Ciliata Dillard
Ron
Diatomeae Iwasa
cell adhesion
Rhizopoda Band
cell association
Myxobact Dworkin
cell cycle
Ciliata Wolfe
cell division
Ciliata Berger
Rhizopoda Allen
cell growth
Protozoa Sussman
cell shape
Ciliata Berger
cell surface polysaccharides
Rhodophyc Ramus
cell wall
Chlorophyc Iwasa
Lacalli
Diatomeae Iwasa
chloroplasts
Euglenoph Lyman
chloroplast replication
Euglenoph Holowinsky
chromosomal proteins
Rhizopoda Rubin
conditional mutants
Ciliata Hanson
conjugation
Ciliata Wolfe
control of cell division
Protozoa Sussman
cortex removal
Ciliata Tartar
cortical pattern
Ciliata Frankel
cortical ultrastructure
Ciliata Hanson
cortical variations
Ciliata Nanney
cytokinesis
Ciliata Tartar
development
Ciliata Nanney
developmental cycle
Myxobact Dworkin
developmental physiology
Chlorophyc Iwasa
Diatomeae Iwasa
differentiation
Chlorophyc Iwasa
Diatomeae Iwasa
164
DNA synthesis
Ciliata Berger
effects of ionic ratios
Ciliata Perkins
Rhizopoda Perkins
encystment
Rhizopoda Band
Rubin
flagella mutants
Chlorophyc Rosenbaum
Ciliata Rosenbaum
gametogenesis
Chlorophyc Jones
genetics
Ciliata Berger
Frankel
Nanney
growth
Chlorophyc Jones
heat shocks
Ciliata Tartar
hydrostatic press. & transform.
Rhizopoda Perkins
induction of mouthparts
Ciliata Tartar
jelly coat
Chlorophyc Iwasa
Diatomeae Iwasa
membrane in chloroplasts
Euglenoph Holowinsky
micro-macrostome transform.
Ciliata Dillard
microsurgery
Ciliata De Terra
Tartar
microtubule assembly
Chlorophyc Rosenbaum
Ciliata Rosenbaum
molecular biology
Myxobact Dworkin
morphogenesis
Chlorophyc Lacalli
Ciliata De Terra
Frankel
motility
Rhizopoda Allen
m-RNA in spores
Myxobact Dworkin
nuclear biochemistry
Ciliata Ron
nuclear differentiation
Ciliata Berger
nucleo-cytoplasmic relations
Ciliata De Terra
oral structures
Ciliata Hanson
Williams
osmotic effects
Ciliata Perkins
Rhizopoda Perkins
photocontrol of development
Butler
pigment regeneration
Ciliata Tartar
protein synth. in flagella
Chlorophyc Rosenbaum
Ciliata Rosenbaum
protein synthesis regulation
Ciliata Williams
pseudomating reaction
Ciliata Perkins
regulation of kinety number
Ciliata Tartar
ribosomal RNA
Ciliata Wolfe
size inheritance
Ciliata Tartar
spore formation & germinatior
Myxobact Dworkin
spore germination
Bacteria Irie
Keynan
structural mutants
Ciliata Hanson
synchronous differentiation
Ciliata Cameron
URETER
see Urogenital system
URINARY BLADDER
see Urogenital system
URINARY SYSTEM
see Excretory system
UROGENITAL SYSTEM
see also Excretory system;
Genital tract;
Reproductive system
Amphibia Khalil
Michael
Sedra
Mammalia Allison
Cunha
Gumbreck
Monie
UTERINE TUBE
see Oviduct
UTERUS
Mammalia Katira
Varma
circulation
Mammalia Martin
decidua parietalis & capsul.
Homo Varma
endocrinology
Mammalia Prasad
Spanziani
enzymes in decidua formation
Mammalia Boell
proteins as affecting embryo
Mammalia Maurer
proteins in fluid
Mammalia Kulangara
relation to embryo
Mammalia Robertson
secretion
Mammalia Suga
vascular system
Mammalia Orsini
VAGINA
see Genital tract
VASCULAR SYSTEM
see also Circulation; Heart (&
great vessels); specific
organs, etc.
Homo Carmona
Lhotka
Macarak
Wilde
Mammalia Carmona
Martin
Monie
Seftalioglu
VASCULARIZATION
see specific organs, etc.
VEGETATIVE GRADIENT
see Gradients
see also Embryology (exper.);
Embryology (physiological]
VEGETATIVE NERVOUS
SYSTEM
see Autonomic nervous system
VERTEBRAE (vertebral
column)
Reptilia Pugin
Werner
Teleostei Gabriel
Vertebrata Lamprecht
VIRUS(ES)
Amphibia Mizell
Aves Longenecker
Robertson
Tahara
Temin
Watanabe
Homo Shepard
Mammalia Brown
McGarry
Rifkind
Scott
VISCERA
VISCERAL SKELETON
see Skull (& visceral skeleton)
VITAL STAINING
VITAMIN(S)
A
Amphibia Niazi
Mammalia Beresford
Fraser
Hardy
Kochhar
Nakamura
Aves
Levenson
Aves
Steamer
Wilde
Mammalia King
excesses
Mammalia Azoubel
Lopes
VITELLINE MEMBRANE
see Egg(s)
VITELLOGENESIS
see Oogenesis
VIVIPARITY
see Reproduction
165
WATER
[nsecta
Penei
Reptilia
Goel
WING(S)
\\es
Cairns
Goff
WOLFFIAN DUCT
sec Urogenital system
WOUND HEALING
Aves
Takeuchi
Chiroptera
Goss
Homo
Deck
Kischer
Insecta
O'FarreU
Stock
Mammalia
Argyris
Deck
Goss
Mizuno
Schmidt
Reptilia
Maderson
XANTHOPHORI S
see Chromatophore(s)
X-IRRADIATION
see also Irradiation; Radio-
mimetic agents
effect on aging
Insecta Rockstein
effect on development
Insecta Rockstein
effect on embryo
Mammalia Murakami
Shoji
effect on eye
Amphibia Farberov
effect on nervous system
Hayashi
Hoshino
Kameyama
Mammalia Altman
Murakami
Shoji
eff. on normal & malign, cells
Mammalia Bertalanffy
effect on regeneration
Amphibia Wolsky
graded sublethal doses
Teleostei Welander
low acute doses
Teleostei Welander
microsomal enzymes in liver
Mammalia Nakazawa
Yukawa
small doses
Amphibia Wolsky
with cytosine arabinoside
Mammalia Bertalanffy
YOLK
see also Egg; Nutrition;
Oogenesis
Amphibia
Massover
Aves
Fainstain
Harrison
Kobayashi
Crustacea
Laufer
Gastropoda
Hadfield
Insecta
Laufer
Teleostei
Yamagami
YOLK SAC
see Embryonic membranes
166
BOOK NOTICES
Most of these notices are descriptive rather than critical. Their main aim is to provide
an idea of the scope and potential usefulness of the books. All notices (unless signed) are
written by the editor; if necessary he solicits the opinion of the staff of the Hubrecht
Laboratory or of other specialists.
Dissertations, some research monographs, and other works of a very specialized nature
or written in languages not generally known, are usually provided with brief annotations
only.
Various types of books are distinguished according to the following criteria:
Treatises: large comparative or systematic works, incl. serial publications
Textbooks: incl. "readers", introductions, compendia, practical manuals, etc.
Monographs: incl. collections of reviews, essays, atlases, etc.
Dissertations: academic theses
Symposium reports: incl. reports of congresses, conferences, meetings, etc.
Collections of papers: containing original research papers by various authors, or re-
printings of papers by one author
Books of readings: containing reprin tings of papers by various authors
Reference works: incl. glossaries, data books, source books, etc.
CONTENTS
The numbers refer to the serial numbers of the notices. Cross references will be found
in the heading of each category on the page where it begins.
General Developmental Biology, 1—6
Theoretical and Mathematical Developmental Biology, 7
Plant Development (general), 8 — 12
Invertebrate Development (general), 13 — 14
Vertebrate Development (general), 15 — 16
Development of Mammals and Man (general), 17 — 22
Reproduction, Sexual development, Gametogenesis, Fertilization, 23-26
Implantation, Placenta, Fetal membranes, 27—30
Teratogenesis, 31—34
Developmental Pathology, Cancer, 35—38
Regeneration, Renewal, 39—40
Organogenesis, Histogenesis (incl. tissue and organ culture, histochemistry), 41-57
Cellular Developmental Biology (incl. cell culture, cytochemistry), 58-68
167
Developmental Biochemistry, Molecular Biology, 69-75
Developmental Genetics, Evolution, 76
Developmental Physiology (incl. endocrinology, immunology, behaviour, etc.), 77-82
Methods, 83
History, Biographies, etc. (no entries)
Miscellaneous items (no entries)
INDEX TO AUTHORS AND EDITORS
with reference to serial numbers of book notices
Anderson, D.T. 13
Ankermann, H. 8 1
Ashworth, J.M. 1 1,58
Austin, C.R. 19
Balls, M. 63
Bartels, H. 29,30
Berkvens, J.M. 20
Billett, F.S. 63
Blechschmidt, E. 43
Bonotto, S. 64
Bromley, S.C. 40
Cannon, M.S. 3 1
Chrispeels, M.J. 83
CIBA Foundation 65,66
Corti, E.F. 12
Coward, S.J. 5
Davidson, R.L. 59
Davis, W. 38
Denis, H. 69
Downs, L.E. 15
Eakin, R.M. 44
Eskes, T.K.A.B. 27
Fairweather, D.V.I. 27
Finegold, M.J. 37
Fioroni, P. 1
Fitze-Gschwind, V. 45
Ford, D.H. 54
Forscher, B.K. 82
Garrod, D.R. 60
Giese, A.C. 61
Gordon, A.S. 78
Gottlieb, G. 77
Gottschewski, G.H.M. 21
Goutier, R. 64
Gurdon, J.B. 76
Hadorn, E. 16
Harris, H. 62
Hay, E.D. 68
Hess, D. 8
Hilfer, S.R. 68
Himwich, W. 41
Houck, J.C. 82
Ilan, J. 70
Johnston, M.C. 33
Kirchmann, R. 64
Kulonen, E. 67
Lash, J. 2
Lee, J.W. 74
Lobue, J. 78
Longo, L.D. 29
Ludwig5K.S. 30
McCrory, W.W. 46
Maisin, J.R. 64
Markens, I.S. 52
Mauleon, P. 26
Mohr, U. 38
Monroy, A. 23
Moore, K.L. 17
MSS 75
Niu, M.C. 73
Nurnberger, J.I. 55
O'Rahilly, R. 22
Pannese, E. 47
Pattee, H.H. 7
Perrin, E.V.D. 37
Peters, H. 56
Petropoulos, E.A. 2<
Pikkarainen, J. 67
Poglazov, B.F. 71
Pollak, J.K. 74
Riopel, J.L. 9
Rockstein, M. 5 7,79
Ross, R.B. 33
Salamatina, N.V. 6
Sattler, R. 10
Schwartz, V. 3
Sarfatti, G. 12
Segal, S.J. 73
Seidel, F. 4
Shepard, T.H. 34
Sherbet, G.V. 35
Simpson, M.E. 50
Smith, J. E. 11
Smitten, N.A. 48
Sperber, G.H. 18
Spooner, B.S. 68
Stevenson, R.E. 36
Sucheston, M.E. 31
Suzuki, S. 24
Thibault, C. 26
Thornton, C.S. 40
Timiras, P.S. 80
Tomatis, L. 38
Traeger, A. 81
Tumanishvili, G.D. 6
Van der Meer-Fieggen, W. 39
Vanpeperstraete, F. 49
Van Wagenen, G. 50
Vianey-Liaud, M. 25
Visser, J.G.J. 53
Wessells, N.K. 42
Whittaker, J.R. 2
Wilson, J. G. 32
Wirtz, P. 14
Wright, B.E. 72
Young, D. 51
Zimmermann, W. 21
168
GENERAL DEVELOPMENTAL BIOLOGY (see also 35,42,60,63)
Textbooks
P.FIORONI. 1973. EINFDHRUNG IN DIE EMBRYOLOGIE
BLV Verlagsgesellschaft, Miinchen, etc. Serie Moderne Biologie. 183 pp., 73 figs.,
21 tabs., subject index. DM 25,- (paper)
The author of this introductory text has set himself the ambitious task of treating all
the major aspects of metazoan development in a single short book. The result could be
very useful to the really keen student, but may make too difficult reading for the avarage
one. The text is extremely compact, packed with facts and concepts, but clearly
organized. An almost equal amount of information is condensed into the numerous tables
and the massive figure legends. It certainly is not an exciting book, but the amount of
knowledge amassed in such a short space is impressive. The treatment is of course
selective but scholarly and fairly up to date.
The main emphasis is morphological and comparative. Much more attention than is
usual in such books is paid to invertebrates, particularly arthropods and molluscs. Two
short chapters deal, on the whole admirably, with morphogenetic and regulatory prin-
ciples, respectively. They are largely based on the classical literature of experimental
embryology. The next two chapters each occupy about 50 pages. The first treats
development from the egg to the adult (with emphasis on the establishment of the general
body plan, and with organogenesis restricted to the eye). The second deals extensively
with larval development, embryonic nutrition, and metamorphosis. A final short chapter
is concerned with the relationships between ontogeny and phylogeny.
The illustrations consist of line drawings and photographic plates. The former are very
good, though sometimes on a rather small scale. Of the photographs, those of whole
mounts are very instructive; those of sections demand rather much histological experience
of the student.
2.
J. LASH and J.R.WHITTAKER, eds. 1974. CONCEPTS OF DEVELOPMENT
Sinauer, Stamford. X,469 pp., 213 figs., 20 tabs., author and subject index. £ 7.60
Contents: 1. Gametogenesis; 2. Fertilization; 3. Cleavage; 4. Molecular mechanisms of
cellular differentiation; 5. Molecular basis of embryogenesis; 6. Gastrulation and cell
interactions; 7. Erythroid cell differentiation; 8. Aspects of differentiation and deter-
mination in pigment cells; 9. Regulation of the cell cycle and myogenesis by cell-
medium interaction; 10. Tissue interactions and related subjects; 1 1. Morphogenesis of
vertebrate organs; 12. Time flow in differentiation and morphogenesis; 13. Develop-
ment of immunity; 14. Immunological tolerance and its possible role in development;
15. Developmental enzymology; 16. Developmental endocrinology; 17. Developmental
genetics; 18. Congenital malformations; 19. Cellular basis of regeneration; 20. Aging
This multi-author text is a remarkable book. It is not a textbook in the conventional
sense but is perhaps best characterized as a selective advanced lecture course in book-form
on animal developmental biology. Its outstanding features are authority, topicality, and
clarity of presentation. Of the 22 authors 18 are American, two Canadian, one English,
and one Australian. Alle are recognized authorities in the field they cover.
The chapters range in length from ca. 15 to ca. 30 pages (except ch. 1, which covers
45 pages). It will therefore be clear that the approach within each chapter is equally
selective as that of the book as a whole. However, this is more than made good by the
emphasis on unifying concepts in almost all chapters and the originality of approach in
several. Moreover, the treatment is surprisingly up to date. Thus every advanced student,
and indeed many researchers will be enriched and stimulated by its perusal.
The book is exceedingly well printed and illustrated. Cross-referencing and indexing
are extensive.
169
3.
V.SCHWARTZ. 1973. VERGLEICHENDE ENTWICKLUNGSGESCHICHTE DER
HERE, ein kurzes Lehrbuch
rhieme, Stuttgart. V1II,4 14 pp., 289 figs., combined subject and taxonomic index.
DM 16.80 (paper)
This concise textbook can be very useful not only for students but also for researchers,
considering the surprising lack of comparative-embryological knowledge one often en-
counters. It is amazing that no modern textbooks of this kind exist in English, and an
English translation would certainly find a market.
The book bears the mark of careful consideration of what to select from this vast area.
Its organization is original and the author has not shunned the presentation of new
viewpoints wherever he deemed it necessary. A special feature is the inclusion of a brief
chapter on cell division and differentiation in Protozoans. The cautious phylogenetic
interpretations are based on Remane's trimerism hypothesis.
The general part (112 pp.) deals in concise form with the following subjects: the
developmental programme, nucleus and cytoplasm, cellular differentiation (followed by
the chapter on Protozoans mentioned above), the germ line, embryogenesis, blastogenesis
(asexual reproduction), special aspects of the latter two processes, and the evolution of
basic body form. Data from developmental physiology are adduced wherever necessary.
The interlude which follows (17 pp.) deals with the phylogenetic interpretation of
embryonic and larval stages. Then follows the special part, arranged as follows: Porifera,
Coele'nterata, Bilateria - Protostomia, and Bilateria - Deuterostomia. In the section on
prostomians the normal systematic order is abandoned, partly because of the require-
ments of the underlying trimerism hypothesis, and partly because the criteria of ordering
are based on ontogenetic stages, not on the adult forms.
The book is profusely illustrated with excellent line drawings, all redrawn and
simplified if necessary. The selective bibliography is adequate for students but the
researcher who uses the book would require some more literature. The book is well
produced and surprisingly cheap.
4.
F.SEIDEL. 1972. ENTWICKLUNGSPHYSIOLOGIE DER TIERE. I. Ei und Furchung
2nd. ed.
de Gruyter, Berlin, etc. Sammlung Goschen Band 7162. 234 pp., 51 figs., author and
subject indexes. DM 14.80 (paper)
This is the second edition of a short text which first appeared 20 years ago. (Part II is
not yet available for review.) Although the major subdivisions have been retained, the
book has been considerably expanded; beside a judicious selection from the classical data
it also treats the most important recent experimental and molecular advances. The text is
compact but well written and clearly organized (however, the style is personal and
typically German, and might present difficulties to non-German readers). Because the
author always starts from observations and experiments, the student gets a good impres-
sion of the characteristic working methods of the developmental biologist. At the same
time, much care is devoted to the definition of concepts, and the vast gaps in our
knowledge are pointed out.
The approach in part I is general rather than comparative. The main chapters con-
secutively deal with the localization of developmental factors in the egg nucleus; the
structure and morphogenetic properties of the egg cytoplasm; nucleo-cytoplasmic interac-
tions in the uncleaved and cleaving egg; and the reaction of the egg and early embryo to
external influences (including fertilization and parthenogenesis). A final chapter deals
with the more theoretical aspects of egg organization (e.g. regulation, egg types, axial
organization, symmetry and asymmetry). This thoughtful chapter is opened by a section
on the methodology of developmental physiology, and also devotes attention to the
history of important present-day concepts. It could be read with profit by advanced
students and active researchers.
The book is illustrated with very good original line drawings. Although authors' names
are mentioned in the text, there are no literature references in part I (there will be a list
of books and review articles in part II). The book is concluded by a very useful glossary.
170
Monographs
5.
S.J. COWARD, ed. 1973. DEVELOPMENTAL REGULATION, aspects of cell differentia-
tion
Academic Press, New York, etc. Cell Biology: A Series of Monographs. XII, 266 pp.,
80 figs., 9 tabs., author and subject indexes. $ 21.50, £ 10.30
Contents: 1. RNA and protein synthesis during early animal embryogenesis
(Humphreys); 2. Developmental regulation in cotton seed embryogenesis and germina-
tion (Dure); 3. Plant hormones and developmental regulation: role of transcription and
translation (Key & Vanderhoef); 4. Transitions in differentiation by the cellular slime
molds (Gregg & Badman); 5. Metabolism, cell walls, and morphogenesis (Brody);
6. Colony differentiation in green algae (Kochert); 7. Myogenesis: differentiation of
skeletal muscle fibers (Lentz); 8. Some comparative aspects of cardiac and skeletal
myogenesis (Manasek); 9. Chondrogenesis (Searls)
Developmental biology more and more becomes a unifying discipline transcending the
boundaries of classical compartments such as zoology, botany, and microbiology. It is
therefore fortunate that the present book contains four chapters dealing with animal
material, two dealing with higher plants, and three with organisms of a comparatively low
degree of organization.
All contributors are Americans. All chapters are up to date and well organized and
most suggest new ideas. In most chapters the discussion is on the biochemical, genetic,
and cytological level, but some treat organismal factors as well.
The book is weil produced and well illustrated.
6.
G.D.TUMANISHVILI and N.V.SALAMATINA. 1973. DIFFERENTIATION, GROWTH,
AND CELL INTERACTION (in Russian)
Metsniereba, Tbilisi. 198 pp., 57 figs.
Research monograph with the following chapters: Preliminary remarks (34 pp.); Dif-
ferentiation and growth (59 pp.); Fundamental types of intercellular interactions
(62 pp.); Additional considerations on the problems of differentiation, growth, and
intercellular interactions (12 pp.); 18-page bibliography (6 pp. of older and recent Rus-
sian literature).
THEORETICAL AND MATHEMATICAL DEVELOPMENTAL BIOLOGY (see also 72)
Monographs
7.
H.H.PATTEE, ed. 1973. HIERARCHY THEORY, the challenge of complex systems
G.Braziller, New York. XVI, 156 pp., 9 figs. $ 6.95 (cloth), $ 2.95 (paper)
Contents: 1. The organization of complex systems (Simon); 2. Hierarchical order and
neogenesis (Grobstein); 3. Hierarchical control programs in biological development
(Bonner); 4. The physical basis and origin of hierarchical control (Pattee); 5. The limits
of complexity (Levins); Postscript: Unsolved problems and potential applications of
hierarchy theories (Pattee)
This book arose out of a series of public lectures. One of the main aims of the lectures
was to emphasize the fundamental necessity of hierarchical control in all living organiza-
tions. The essays are written in simple, non-technical language and serve admirably as an
introduction to this important area. No comprehensive bibliographies are provided. The
authors are physicists, biologists, and systems theorists. In several essays the computer as
a hierarchical system is stressed as an analogue to living organizations.
171
Chapters 2, 3, and 5 are of the most immediate appeal to biologists. Whereas the first
two arc concerned with development from the relatively simple to the complex, the last
focusses primarily on evolution and stresses that complex systems tend to evolve into
hierarchies by a process of self-simplification. The postscript among other things elabo-
rates the view that the relation between the structural and descriptive levels (between
matter or event, and symbol) is the central problem for a hierarchy theory of the future.
This discussion has pronounced philosophical aspects.
PLANT DEVELOPMENT (general) (see also 5,64,78)
Textbooks
D.HESS. 1972. PFLANZENPHYSIOLOGIE, Molekulare und biochemisch-physiologische
Grundlagen von Stoffwechsel und Entwicklung, 2nd edit.
Eugen Ulmer, Stuttgart. Uni-Taschenbucher 15. 373 pp., 248 figs., 1 1 tabs., subject
index. DM 19.80 (paper)
Although the first edition of this concise textbook appeared already in 1970 and the
present edition in 1972, we consider it important enough to provide a brief characteriza-
tion. The author has earlier written a book on biochemical genetics. The book presents an
integrated, modern treatment of the general and developmental physiology of higher
plants, each of which occupies about half of the space available. The text reads very
easily.
The first ten chapters are devoted to general physiology and start from the hetero-
catalytic function of DNA. The remaining nine chapters deal with all major aspects of
development, again with DNA replication as the connecting thread. There are separate
chapters on, among other things, growth by cell division, differential gene activity, gene
regulation, and polarity and unequal cell division. The consideration of the more strictly
metabolic aspects of development, with cross references to the first part of the book,
serves the author's integrative approach very well.
The book is very well illustrated and has a good reading list.
9.
J.L.RIOPEL. 1973. EXPERIMENTS IN DEVELOPMENTAL BOTANY
Brown, Dubuque, Iowa. VIII, 134 pp., 57 figs., 24 tabs. $ 3.95 (spiral bound)
Contents: 1. Organization of higher plants; 2. Plant cell structure; 3. Plant nutrition:
growth of whole plants; 4. Plant nutrition: growth of organs; 5. Plant nutrition:
growth of cells; 6. Cell differentiation: morphological expression; 7. Cell differentia-
tion: experimental systems; 8. The flower: beginning of the cycle; 9. The embryo;
10. Seed germination; 1 1. Primary meristem; 12. Root structure and development;
13. Stem structure and development; 14. Secondary growth
This laboratory manual has grown out of the experience gained in actual one-semester
courses. It makes a good impression, but of course its usefullness for a particular course
can only be tested in practice. Special features are questions for discussion, lists of further
reading, and the inclusion of facsimile reproductions of half a dozen research papers
(authors: Burns & Ingle, Kuehnert, Lescure, Sobota & Partanen, Steeves, Wardlaw). Each
exercise requires one to three sessions of 3-4 hours each, and each has a short theoretical
introduction.
The manual is illustrated with good line drawings and photographs. An appendix lists
practical comments and guidelines, as well as procedures for handling living material and
sources of equipment, supplies and material. The book is concluded by a glossary.
172
Monographs
10.
R.SATTLER. 1973. ORGANOGENESIS OF FLOWERS, a photographic text-atlas
Univ. of Toronto Press, Toronto. XXVI.208 pp., 1056 figs. $ 27.50
This book is unique in its kind. It illustrates floral organogenesis in 50 selected species
belonging to 43 families and 32 orders of the Angiosperms (11 mono- and 39 dico-
tyledons). The photographic material was obtained by means of the dissection technique
and emphasizes differential growth in the developing flower bud. No histological sections
are included. The author stresses that the book is only a beginning. No attempt is made at
a unified interpretation; this is left to the reader. Much of the material was contributed
by the author's associates and students at McGill University.
The material of each species is presented in the same format: floral diagram, floral
formula, sequence of primordial inception, brief description of floral organogenesis, other
authors, bibliography, and photographs. The latter contain much more information than
is included in the text.
Almost all photographs are of really stunning quality, and are meticulously labelled
and captioned. The production and lay-out of the book are excellent and esthetically
pleasing.
Symposium reports
11.
J.M.ASHWORTH and J.E.SMITH, eds. 1973. MICROBIAL DIFFERENTIATION
Cambridge Univ. Press, London, etc. X,450 pp., 63 figs., 30 pis., 11 tabs., combined
subject and taxonomic index. £ 7.00, $ 21.00
The appearance of this volume is a welcome event. Never before has so much
information on the differentiation of micro-organisms (in the broad sense) been brought
together in one book, and it is sure to serve as an eye-opener to most developmental
biologists. The introduction by Bonner and the 14 reviews were presented at a sym-
posium held in London in April 1973. Of the 26 contributors the majority were British;
seven came from the U.S.A., two from the European continent, and one from Israel.
The reviews are well written and clearly organized. We will restrict ourselves to
mentioning the organisms treated. These include both prokaryotes and eukaryotes:
bacteria, Myxobacteria, Actinomycetes, blue-green algae, yeast, Fungi (including Muco-
rales and Aspergilli), Trypanosomatidae, Physarum, and Dictyostelium. Morphology,
physiology, and biochemistry are duly considered in all instances, and genetic aspects
wherever possible.
The book is well produced and very well illustrated. The numerous photographs and
electron micrographs are of top quality.
12.
E.F.CORTI and G.SARFATTI, eds. 1973. FROM OVULE TO SEED: ULTRASTRUC-
TURAL AND BIOCHEMICAL ASPECTS
Univ. of Florence, Florence. Caryologia suppl.25. 314 pp., 228 figs., 8 pis., 9 tabs.
This is the report of the third in a series of biennial symposia on the cytology of higher
plant reproduction. The present international meeting was held in October 1972 in Siena,
Italy. The great majority of the 24 contributors came from various European countries
(nine from France). The discussions are not recorded. Half of the papers are in English
and the other half in French, but all have English summaries.
The area covered by the symposium is a relatively new one and very few definitive
173
conclusions have been reached. The papers in this issue therefore have the character of an
inventory of research on an extremely broad range of aspects of the central problem, as
yet without much coherence. In most papers the emphasis is on ultrastructure or
cytochemistry. Some present molecular-biological studies.
The issue is well printed and the numerous light and electron micrographs are well
reproduced.
INVERTEBRATE DEVELOPMENT (general) (see also 1 1,79)
Monographs
13.
D.T.ANDERSON. 1973. EMBRYOLOGY AND PHYLOGENY IN ANNELIDS AND
ARTHROPODS
Pergamon, Oxford, etc. XIV, 495 pp., 164 figs., 4 tabs., taxonomic, author and subject
indexes. £ 8.-, $ 24.-
This scholarly monograph is a purely descriptive study. It contains much original work
by the author. Its main purpose is phylogenetic, but it will be very useful to invertebrate
embryologists generally. The author has attempted "to establish a uniform terminology
for annelid and arthropod embryology which takes cognizance of underlying causal
processes."
The phylogenetic starting points and conclusions are concentrated in the opening and
closing chapters. The author feels they support the view of S. M. Manton that the
arthropods are a polyphyletic assemblage and should be split into three phyla.
The remaining eight chapters provide a detailed and fully illustrated account of the
comparative embryology of the polychaetes, oligochaetes and leeches, onychophorans,
myriapods, apterygotes, pterygotes, crustaceans, and chelicerates, each concluded by a
section summarizing the basic pattern of development in the group in question. Much
emphasis is placed on cleavage, the blastula (or blastoderm), and particularly on fate maps
in the blastula. Postembryonic stages are considered particularly for polychaetes and
crustaceans. The imaginal discs of insects are not considered.
All illustrations have been redrawn and are of excellent quality. Very complete
bibliographies are provided throughout. The book is well produced.
Dissertations
14.
P.WIRTZ. 1973. DIFFERENTIATION IN THE HONEYBEE LARVA, a histological,
electron-microscopical and physiological study of caste induction in Apis mellifera
mellifera L.
Ph.D. thesis, Agric. Univ., Wageningen. Mededelingen Landbouwhogeschool Wageningen
75(5). 155 pp., 55 figs., 10 tabs.
Comparative study of colony-reared worker larvae and "induced" queen larvae of
known ages, with special reference to influence of food, cellular morphology, and
endocrine system; emphasis on fat body development, corpus allatum activity, and role of
JH (titres and external application to worker larvae); numerous very good light and
electron micrographs.
174
VERTEBRATE DEVELOPMENT (general)
Textbooks
15.
L.E.DOWNS. 1972. LABORATORY EMBRYOLOGY OF THE CHICK, 2nd edit.
Brown, Dubuque, Iowa. Biology Series. X,95 pp., 16 figs. $ 3.50 (spiral bound)
This is the second edition of a laboratory guide first published in 1963. It follows the
same basic plan as the first edition, but the text has been revised and two-thirds of the
illustrations are new.
Exercise 1 deals with mitosis and meiosis (in fish and ascaris eggs, respectively),
exercise 2 with the rat ovary, and exercise 3 with early starfish embryology. The re-
maining 15 exercises relate to the chick embryo. The following stages are considered:
unincubated egg, and embryos of 12h., 18h., 21h., 25h., 33h., 40h., 48h., 56h., and 72h.
A drawing of a whole mount representing an actual embryo is shown for each stage.
These are supplemented by drawings of selected serial cross sections at 24h., 33h., 48h.,
and 72h., shown both separately and "in situ" in an "exploded" three-dimensional
drawing of the embryo in question. This greatly helps the student to obtain a correct
mental image.
The text is brief but adequate, and is supplemented by instructions and questions to
be answered by the student. The drawings are diagrammatical but executed with care, and
on the whole clearly labelled.
16.
E.HADORN. 1974. EXPERIMENTAL STUDIES OF AMPHIBIAN DEVELOPMENT,
translated from the German by D.Turner
Springer, Berlin, etc. X,138 pp., 45 figs., 2 tabs., combined author and subject index.
DM 20.00, $8.20 (paper)
This is a slightly adapted and extended translation of the second (1970) German
edition of a book written mainly for the educated layman, the school teacher, and the
beginning student. It is eminently suited for a rapid orientation in experimental embryo-
logy and some areas of developmental genetics. The translator has admirably preserved
the captivating style of the original.
Although the treatment is of course selective, and in the main restricted to amphi-
bians, the student gets a clear picture of the most important classical data, while enough
is said about major recent advances to enable him to appreciate their importance.
Evidence from other organisms is occasionally used to supplement the amphibian data.
Apart from a good list of mostly recent books no literature references are given. The
line drawings which illustrate the book are excellent and have good explanatory captions.
DEVELOPMENT OF MAMMALS AND MAN (general) (see also 24,33,43,80)
Textbooks
17.
K.L.MOORE. 1973. THE DEVELOPING HUMAN: clinically oriented embryology
Saunders, Philadelphia. XVI.374 pp., 352 figs., subject index. $ 1 1.00, £ 4.70
The conception of this book is similar to that of R. S. Snell's Clinical Embryology for
Medical Students (1972; see G.E.I.S. 15, 1, 1973). The need for such book arises from
the increasing limitations in the time available for the teaching of anatomy and embryo-
logy. The present book arose from notes for a core course in medical embryology. It aims
at bridging the gap between embryology and adult anatomy, histology, pathology,
175
obstetrics, pediatrics, and surgery. The hook contains a wealth of well-organized and,
ahove all. entirely up-to-date information. There is a lot of interesting secondary or
additional information set in small print or in the form of footnotes.
The account of normal development is shorter than in the classical textbooks, yet
sufficiently detailed and illustrated to provide a sound background. In addition, the main
congenital malformations are described and illustrated and a separate 17-page chapter on
their causes is included. Early development is arranged by weeks (1st through 3rd) and
this is followed by chapters on the embryonic and fetal periods, on the fetal membranes
and placenta, and on the various organ systems. All chapters have a brief summary.
The numerous line drawings, all original, are of excellent quality. Colour is used to
great advantage is many of them. In addition, there are a large number of good
photographs. A very useful feature is a 4-page illustrated time-table of human develop-
ment. Extensive and up-to-date reference lists are provided. The book is well produced at
a very reasonable price.
18.
G.H.SPERBER. 1973. CRANIOFACIAL EMBRYOLOGY
Wright, Bristol. Dental Practitioner Handbook No. 15. XII, 132 pp., 89 figs., subject
index. £ 2.50 (paper)
This is probably the first textbook in which human craniofacial development is
described starting from its very inception. It is meant to make up for the very limited
time devoted to developmental anatomy in most undergraduate dental curricula.
The first section of 52 pages concisely treats early embryonic development and
orofacial development up to about 8 weeks, followed by two chapters on the branchial
arches and grooves and the pharyngeal pouches. A diagram summarizes salient features of
embryonic development. Section two then describes craniofacial development up to
adulthood. For convenience the head is subdivided into 1 1 components, each allotted a
separate chapter. A second diagram summarizes postulated mechanisms of odontogenesis.
In the text and diagrams the interactions between genetic, cytoplasmic, and environ-
mental factors are briefly touched upon. Attention is paid to the major anomalies of
craniofacial development. The book is illustrated with simple but effective line drawings
and a number of photographs. Each chapter has a brief selected bibliography.
Monographs
19.
C.R.AUSTIN, ed. 1973. THE MAMMALIAN FETUS IN VITRO
Chapman & Hall, London. XII, 388 pp., 75 figs., 23 pis., 29 tabs., author and subject
indexes. £ 8.00, $ 25.00
This book was written by an Anglo-American team of outstanding experts, with one
contribution from Australia. The word "fetus" in the title encompasses developmental
stages from implantation till term. In most chapters the main emphasis is on the
sophisticated techniques that have been developed to maintain fetuses outside the uterus,
but most authors also discuss the sort of research that can be done with such fetuses.
The first three chapters are of most immediate interest to developmental biologists
generally: a brief but interesting chapter on the implications of viviparity (Austin); a
chapter on rat, mouse, and opossum post-implantation embryos in vitro (New); and a
chapter on the anatomical and physiological adaptations of marsupial pouch young for
extra-uterine existence (Sharman). The later chapters are perhaps of more specific interest
to clinicians. They deal with the extra-uterine sustainment of mid-term sheep, dog and
human fetuses, the pre-term human fetus, and the premature human infant. Attention is
176
given to the exteriorized fetus, placenta, and feto-placental unit, and to the various
perfusion techniques and "artificial organs" involved. A final chapter deals with the
future potentialities of research on the human fetus and with its social, ethical and legal
aspects.
The book is well produced and illustrated with excellent drawings and photographs.
20.
J.M.BERKVENS. 1974. EMBRYOLOGIE VAN DE MUIS (Embryology of the mouse) (in
Dutch)
Landelijke Werkcommissie Laboratoriumdieren, Lange Kleiweg 151, Rijswijk. Biotech-
niek 13, nr.l. 44 pp., 7 figs., 56 pis. $ 3.45 (paper)
Concise photographic atlas of the normal development of the Swiss (CD1) mouse,
meant to assist in interpretation of pathological findings; 56 histological sections from
primary follicle to day 17 post coitum (at daily intervals for the later stages); text in
Dutch, figure labels from day 8 also in English; copies available at D.fl. 5.- from the
author, Dr.Johanna M.Berkvens, Lab. of Pathol., R.I.V., P.O. Box 1, Bilthoven, the
Netherlands.
21.
G.H.M.GOTTSCHEWSKI and W.ZIMMERMANN. 1973. DIE EMBRYONAL-
ENTWICKLUNG DES HAUSKANINCHENS; NORMOGENESEUND TERATOGENESE
Schaper, Hannover. 376 pp., 230 figs., 55 tabs., author and subject indexes. DM 180.00
The authors of this book have been working with rabbit embryos for nearly two
decades. The book is primarily an extensive survey of their own work and that of their
associates, placed against the background of a digest of the literature. The authors' aim
has been to give a survey of all basic aspects of mammalian embryology and teratogenesis
as illustrated by the rabbit embryo. The literature of rabbit embryology has never been
reviewed so extensively before.
The six major chapters successively discuss (1) early development, (2) embryogenesis,
(3) implantation and placentation, (4) organogenesis, (5) protein studies on the rabbit,
and (6) the modification of development (teratogenesis in the broad sense). Chapters 4
and 5 are largely based on original work, and are therefore not comprehensive. Much
factual material has been condensed into tables, particularly in the last chapter, which has
extensive tables of teratogenic agents and their effects; this chapter also contains several
diagrams summarizing the authors' theoretical concepts of teratogenesis. An appendix
presents a brief summary of the phases of rabbit development with reference to the
developmental-physiological and genetic viewpoints discussed in the main text.
The book is illustrated mainly with good photographs. The bibliography contains more
than 650 titles up to the beginning of 1973; most of these are in German, English or
French. The price of the book is excessive.
22.
R.O'RAHILLY. 1973. DEVELOPMENTAL STAGES IN HUMAN EMBRYOS, including
a survey of the Carnegie collection
Part A: Embryos of the first three weeks (stages 1 to 9)
Carnegie Inst, of Washington, Washington. Carnegie Inst, of Washington Publication 631.
VIII, 167 pp., 75 figs., 16 tabs., specimen and subject indexes. $ 5.00 (paper)
This book and its sequel constitute the final outcome of work started more than three
decades ago by the late G. L. Streeter. It must be a great satisfaction to the present
author to have brought this work to a close. Streeter's and O'Rahilly's aims were to
provide a descriptive atlas and bibliography of early human embryology, a formal
177
classification by stages of embryonic development, a catalogue of the embryos present in
flie Carnegie collection, and a reference guide to important specimens in other labora-
tories.
For the present work Streeter's original "horizons" were converted and supplemented
to yield a series of 23 stages designated with arabic numerals and covering the period up
to aboul 30 mm. CR length (about eight weeks). Part A covers the first nine stages (first
three weeks) while part B will treat the remaining ones.
In part A each chapter deals with a particular stage, generally according to the
following format: a lengthy introduction giving much background information essential
for the interpretation of the specimens; specimens present in the Carnegie Collection
(tables): specimens whose description was already published elsehwere (both from the
Carnegie and other collections); additional specimens (usually provided with insufficient
measurements).
The book is illustrated with excellent photographs, line drawings, and diagrams. It is a
pity that it could not be provided with a hard cover.
REPRODUCTION, SEXUAL DEVELOPMENT, GAMETOGENESIS, FERTILIZATION
(see also 50,56,73,79)
Textbooks
23.
A.MONROY. 1973. FERTILIZATION AND ITS BIOCHEMICAL CONSEQUENCES
Addison-Wesley, Reading, Mass. Addison-Wesley Module in Biology No. 7. 37 pp., 18 figs.,
2 tabs.
This is a well-written, well-illustrated review of the cell-biological and biochemical
aspects of fertilization. An important feature is that fertilization is placed in the context
of the events preceding and following it, i.e., oogenesis, egg maturation, and early
embryogenesis. The literature cited is extensive and up to date.
Monographs
24.
S.SUZUKI. 1973. AN ATLAS OF MAMMALIAN OVA
1st edit., 1973. Igaku Shoin, Tokyo
2nd edit., 1974. Thieme, Stuttgart; Igaku Shoin, Tokyo
XII, 139 pp., 130 figs. DM 128.-, Yen 9.900.-
This atlas consists of a rather haphazard collection of black-and-white and colour
photographs and electron micrographs of mammalian ova and early embryos. The species
illustrated are man (follicular oocytes only), monkey (oocytes and ova only), rabbit, rat,
and mouse. The stages shown are follicular oocytes (many of them cultured), tubal ova
(unfertilized and in the process of fertilization), cleavage stages, and blastocysts. Some
electron micrographs of mouse tubal epithelium and some autoradiographs and chromo-
some pictures are also included.
The text consists of a brief introduction (without references) highlighting some
features of early mammalian development, and brief accounts of the methodology of
(1) in vitro culture of human and monkey follicular oocytes, (2) fertilization of aged
rabbit ova, (3) in vitro fertilization of rabbit ova in tubal fluid, (4) autoradiography of
nucleic acid and protein synthesis in rat embryos, and (5) demonstration of chromosomes
in rabbit embryos; none of these have references, and none refer directly to the
illustrations.
The illustrations are on the whole of very good quality (with the exception of most of
the electron micrographs), but the figure captions are grossly deficient. No magnifications
178
are given for the photographs, often ages are not stated, the electron micrographs are
entirely devoid of labels, no details of staining or micrography are supplied, and termi-
nology is inconsistent.
The 1st and 2nd editions are practically identical. The production is luxurious and the
price high; the English is often awkward and should have been corrected.
Dissertations
25.
M.VIANEY-LIAUD. 1972. GAMETOGENESES ET VOIES GENITALES CHEZ LE
PLANORBE AUSTRALORBIS GLABRATUS SAY (MOLLUSQUE GASTEROPODE
PULMONE); description et etude experimentale de leur controle
Ph.D. thesis, Univ. de Paris VI, 57 pp., 15 pis., mimeographed
Description of ovotestis development; differentiation of germ cells in organ culture
with or without CNS; castration of juveniles or adults: effect on genital tract and
spawning, germinal regeneration; numerous good photo-micrographs.
Symposium reports
26.
C.THIBAULT and P.MAULEON, organizers. 1973. COLLOQUE SUR L'OVOGENESE
ET LA FOLLICULOGENESE
Inst. Natl, de la Rech. Agronomique, Versailles. Ann. de Biol. Anim. Biochim. Biophys.
13. 258 pp., 156 figs., 44 tabs. Fr. 160.50 (paper)
This special issue contains the papers read at an international symposium held in
Nouzilly, France in December, 1972. Of the 43 contributors 16 came from outside
France; seven of these were British. Most papers are research reports; some are reviews of
recent work.
Work on various mammals is most extensively covered. Of the 24 papers only the first
four deal with various invertebrates. Two of these are reviews of oogenesis in inverte-
brates and of the endocrine control of oogenesis in insects, respectively. One paper deals
with the in vitro maturation of fish oocytes. The remaining papers on mammals are
extremely varied and contain much valuable new information, morphological as well as
ultrastructural and endocrinological.
The book is profusely illustrated; the numerous photomicrographs are very well
reproduced. The price, however, is excessive for a journal supplement.
IMPLANTATION, PLACENTA, FETAL MEMBRANES
Monographs
27.
D.V.I. FAIRWEATHER and T.K.A.B.ESKES, eds. 1973. AMNIOTIC FLUID, Research
and clinical application
Excerpta Medica, Amsterdam. X,344 pp., 108 figs., 65 tabs., subject index, index to
contributors. D.fl.91.00, ca. $ 28.50
The interest in human amniotic fluid has greatly increased during the last decade,
particularly as a result of new clinical applications. This research monograph was written
by an international team of 25 specialists; most of them are clinicians, and the majority
work in the United Kingdom, the U.S.A., and the Netherlands. The book is intended as a
comprehensive "state of the art" of the subject.
179
Most of the 17 chapters are a mixture of review and research report, and a great
variety of aspects are considered. Among these are circulation, volume, and water
dynamics of amniotic fluid; biochemistry, cytology, and spectrophotometry; hormones,
enzymes, lipids (among them prostaglandins); and gas tensions, pH, and amniotic fluid
pressure. Proper attention is given to methodology. All chapters have up-to-date bibliog-
raphies.
The book is well produced and well illustrated; the price is on the high side.
I A.PHTROPOULOS. 1973. MATERNAL AND FETAL FACTORS AFFECTING THE
GROWTH AND FUNCTION OF THE RAT PLACENTA
Periodica. Copenhagen. Acta Endocrinologica Suppl. 176. 69 pp., 34 figs., 10 tabs.
Ovariectomy, adrenalectomy, and fetectomy (alone or in combination) of 13-day
pregnant rats; determination at day 15-21 of placental weight, histology, protein, DNA
and RNA content, leucine incorporation, and labelled blood uptake; statistical analysis;
main result: only ovariectomy and fetectomy in combination affect the endocrine
elements, which proliferate and undergo biochemical changes similar to those of normal
gestation; numerous excellent colour photographs and micrographs; 162 references.
Symposium reports
29.
L.D.LONGO and H.BARTELS, eds. 1973. RESPIRATORY GAS EXCHANGE AND
BLOOD FLOW IN THE PLACENTA
U.S. Dept. of Health, Education & Welfare, Bethesda. DHWE publication No(NIH)
73—361. XX, 5 70 pp., 256 figs., 47 tabs., author and subject indexes. $ 6.05 (paper)
This book embodies the proceedings of a symposium held in Hannover, Germany in
1971. It was attended by 40 scientists of many different specializations from nine
countries. The 32 papers presented range in length from less than five to over 20 pages;
two papers, both dealing with mathematical models of placental oxygen transfer, are over
40 pages long. Most papers are research reports, several contain a certain amount of
review material, and a few are pure reviews. The group discussions are often extensive and
have their own references and sometimes separate illustrations.
The papers are arranged in Sessions as follows: I. Embryologic and anatomic aspects
(4 papers); II. Physiologic aspects — blood (4); III. Physiologic aspects - blood flow (8);
IV. Physiologic aspects respiratory gas exchange (4); V. Physiologic aspects —
mathematical models (4); VI. Pharmacologic aspects ( 1); VII. Clinical aspects (7).
The illustrations are mainly graphs and diagrams; the papers in Session I have good
photographs. The book is well printed at a surprisingly low price.
Collections of papers
30.
K.S.LUDWIG and H.BARTELS. 1973. PROGRESS IN COMPARATIVE PLACEN-
TOLOGY
Karger, Basel, etc. Acta Anat. suppl. 61. IV, 102 pp., 63 figs., 2 tabs. S.Fr. 39.50
Contents: Fine structure of the fetal-maternal area of exchange in the epitheliochorial
and endotheliochorial types of placentation (Bjorkman, 22 pp.); Guinea pig placenta:
fine structure and development (Davidoff, 24 pp.); Ultrastructure of the abnormal
human trophoblast (Larsen, 28 pp.); Notes on the use of stereological methods in
comparative placentology (Baur, 28 pp.); excellent photo- and electronmicrographs.
180
TERATOGENESIS (see also 2,1 7,1 8,2 1 ,36,37,38,8 1 )
Textbooks
31.
M.E.SUCHESTON and M.S.CANNON. 1973. CONGENITAL MALFORMATIONS, case
studies in developmental anatomy
Davis, Philadelphia. X,271 pp., 62 figs., 6 tabs., subject index. $ 8.25 (paper)
This book was written to be used as a supplement in basic and advanced courses of
anatomy. Its purpose is to present case studies of congenital defects selected so as to
demonstrate, among other things, basic developmental concepts. There are 32 such case
studies, each consisting of a short history of the case, sections on diagnosis and treatment,
and a general discussion covering normal and abnormal embryonic development, etiology,
associated malformations, and often other matter such as classification and possibilities of
repair. The case studies are arranged in sections as follows: Metabolic and genetic
disturbances and early embryonic differentiation (5), Head and neck (5), Thorax (5),
Abdomen (5), Pelvis (7), and Back, body wall, and limbs (5). Each section has a list of
references for further reading.
The case studies are preceded by a short chapter on general principles of teratology
and teratogenesis. The sections on differentiation, determination and induction in this
chapter are rather unsatisfactory. The sections on embryology in the case studies
themselves are well illustrated and on the whole clearly written, although those on
cleavage, implantation, gastrulation and neurulation contain some mistakes and the
wording is occasionally unfortunate. A useful concise timetable of normal human devel-
opment is provided.
32.
J.G.WILSON. 1973. ENVIRONMENT AND BIRTH DEFECTS
Academic Press, New York, etc. Environmental Sciences, an Interdisciplinary Monograph
Series. XIV,305 pp., 61 figs., 27 tabs., author and subject indexes. $ 19.00, £ 9.50
Contents: 1. Is the unborn at risk in the environment?; 2. Principles of teratology;
3. Causes of developmental abnormality; 4. Mechanisms of teratogenesis; 5. Manifesta-
tions of abnormal development; 6. Access of environmental factors to developing
tissues', 7. Normal development and susceptible periods; 8. The assessment of tera-
tologic risk; 9. Collection and interpretation of results; 10. Suggested protocols for
embryotoxicity testing
This book by one of the world's leading experimental teratologists was originally
planned for use by scientific administrators, but has grown into a general introduction.
Although it is a concise book it covers all the major theoretical and practical aspects of
the subject. Thanks to its lucid style and clear organization it is eminently suited for
advanced students and for those about to enter the field. But it will also be read with
profit by many active teratologists and mammalian embryologists.
Most of the chapter headings speak for themselves. Ch.2 provides the theoretical
background in exemplary fashion. Ch.3 discusses the known and suspected causes of
abnormal development in animals and man separately. Ch.4 is a lucid survey of what is
known (and not known) about the earliest identifiable events in abnormal development.
Ch.8 discusses, among other things, the advantages and disadvantages of specific mammals
in teratogenicity testing. Ch.9 is mainly methodological in nature, and ch.10 finally
presents a new concept based on "multilevel" animal tests for embryotoxicity.
Appendix 1(15 pp.) gives selected references on the embryology and reproduction of
twelve laboratory mammals. Appendix II briefly highlights key events in early embryo-
genesis of the rat, while appendix III is an atlas of 15 clearly labelled photographs of
freehand sections of the normal 20-day rat fetus.
The coverage of the literature had to be selective, but the reader is referred to books
and reviews wherever possible. Still the bibliography covers 40 pages; although the
emphasis is on English literature, there are many titles in French and several in other
languages. The book is well produced and illustrated.
181
Monographs
33.
R.B.ROSS and M.C.JOHNSTON. 1972. CLEFT LIP AND PALATE
Williams & Wilkins, Baltimore. X.3 1 9 pp., 232 figs., 9 tabs., subject index. $ 24.50
This book was written primarily for students and clinicians, but will also be useful to
teratologists. This holds particularly for the non-clinical chapters. One of the purposes of
the book was to compile and interpret the often contradictory and confusing literature,
and to integrate the data from animal experiments and human population studies. The
discussions are placed against a broad embryological background. The clinical chapters
will not be considered here.
A basic chapter is of course that on Normal embryonic development of the face
( 14 pp.). The next two chapters are: Cleft lip with or without cleft palate (30 pp.) and
Isolated cleft palate (21 pp.), each with long sections on embryogenesis and etiology.
Then follows a chapter on Facial development from cleft formation to birth — Defi-
ciences and distortions (14 pp.) The other non-clinical chapters we mention are Growth
of the normal face (from infancy to adulthood; 15 pp.) and Facial growth in unrepaired
cleft lip and palate (7 pp.). A brief final chapter contains reflections on etiology and
prevention. A number of appendices present numerical data on the incidence of facial
clefts in relation to race, sex, and age, on malformations associated with facial clefts, on
familial relationships (including computation of heritability values), and on concordance
in twins.
The book is very well produced and admirably illustrated with line drawings and
photographs.
Reference works
34.
T.H.SHEPARD. 1973. CATALOG OF TERATOGENIC AGENTS
Johns Hopkins Univ. Press, Baltimore, etc. XXII,211 pp., author and subject indexes.
$ 10.-
This catalog lists over 500 agents with teratogenic or suspected teratogenic activity:
chemicals, drugs, physical factors, and viruses. It is based on a careful scrutiny of the
literature reporting experiments on birds and mammals. Each entry contains a brief
account of published work selected for its review nature, originality, or currency. The
account considers species, dose, gestational age at time of administration, and type of
defects produced (sometimes absence of effects). The most recent literature cited dates
from 1972; the author envisages future revisions and solicits the cooperation of the
readers to fill up gaps.
The book has been composed by computer, which has reduced the time of production
and facilitates future revisions. The endpapers carry a very useful comparative time table
of development in man, rhesus monkey, rat, mouse, rabbit, golden hamster, Guinea pig,
and chick.
182
DEVELOPMENTAL PATHOLOGY, CANCER (see also 55,78)
Monographs
35
G V SHERBET, ed. 1974. NEOPLASIA AND CELL DIFFERENTIATION
Karger, Basel, etc. XIV ,411 pp., 47 figs., 7 tabs., subject index. Sfr. 140.00, $43.40,
£20.30, DM 133.-
Contributors: Auersperg, Burgess, Carlson, Collins, Easty, Finnegan, Gaillard,
Lakshmi, Neyfakh, Sherbet, Sigot-Luizard, Simnett, Wolsky
In recent years the possibility of interrelations between neoplasia and epigenetic
mechanisms acting in normal development is being increasingly stressed. This collection
of extensive reviews (most are ca. 30-50 pages long) is of interest to both cancer
researchers and developmental biologists, particularly as a work of reference. In this
connection the absence of an author index is to be regretted.
The reviews are authoritative and well organized. Most cover the literature up to about
1970 a few up to 1972. Among the subjects covered are the following: nuclear
differentiation in normal and neoplastic development; molecular biology of embryonic
development; early events in regeneration; genome control in blastema ce Us; gene-
inhibiting chemicals and regeneration; the cell surface in morphogenesis; differentiation
of tumours in vitro; teratomas; embryonic-tumour cell association and cell interaction.
The book is well produced but definitely too expensive.
R6E.STEVENSON. 1973. THE FETUS AND NEWLY BORN INFANT, influences of the
prenatal environment n]6n
Mosby, St. Louis. X,391 pp., 58 figs., 133 tabs., subject index. $ 31.80
Contents: I. Prenatal immunologic influences (2 chs.); II. Prenatal chemical ■ inHuences
(chs on metabolic disturbances, and on drugs and hormones); III. Prenatal infections
(5 chs.); IV. Prenatal nutrition (2 chs.); V. Other influences (chs. on radiation, oxygen,
malignant diseases, and maternal age)
Because of its systematic organization this book will be very useful as a Reference
source for clinicians and others interested in human development An important feature is
that the magnitudes of the environmental influences are quantified wherever possible
Placental abnormalities and inherited disorders of the fetus are not considered. The
treatment is to some extent selective, with emphasis on the most important and best-
faV? taJeVmSunt of literature is cited throughout the book. References more recent
than 1970 or '71 and non-English titles are rare. Numerous literature data are brought
together in synoptic tables.
The book is printed on glossy paper and well illustrated.
Symposium reports
E7V.D.PERRIN and M.J.FINEGOLD, eds. 1973. PATHOBIOLOGY OF DEVELOPMENT
- or ontogeny revisited ciqtc
Williams & Wilkins, Baltimore. XII,151 pp., 53 figs., 34 tabs., subject index. $ 19.75
Contributors: Bolande, Brent, Epstein, Holtzer, Kretchmer, Landing, Mayne, Saxen,
Sever, Warkany, Wilson
This book is the report of a symposium held by the American Association of
Pathologists and Bacteriologists in Cincinnati, Ohio some time during 1972 Of the 11
contnbuTors ten were North-Americans. The book is probably of most use to clinicians
183
who want to update themselves on the subject. For experimental teratologists more
comprehensive sources are available. The discussions, which were apparently not edited,
are of limited use.
All ten papers are reviews. Most arc well organized, some less so. Four have no more
than 4 l> pages of text. In short, the quality is uneven and the nature partly ephemeral.
It is not clear why such a book should be produced so luxuriously and consequently at
too high a price for its value.
38.
L.TOMATIS, U.MOHR, and W.DAVIS, eds. 1973. TRANSPLACENTAL CARCINO-
GENESIS
World Health Organization, Intern. Agency for Research on Cancer, Lyon. IARC Scient.
Publications No. 4. XVI, 181 pp., 98 figs., 43 tabs. £5.00, $12.00, Sw.fr. 40.00,
Fr.fr. 56.00 (paper)
This book contains the papers read at a symposium held at Hannover, Germany in
1971. It was convened to review the most recent experimental results in transplacental
carcinogenesis in laboratory mammals, and to assess their significance in relation to a
possible carcinogenic risk for man. The 44 participants came from various Western-
European countries and the USA (with one participant from Japan).
Almost all of the 20 papers are of direct or indirect interest to those who work on
teratogenesis in mammals. They range in length from four to 16 pages. Several papers
discuss the embryotoxic and teratogenic effects of particular carcinogens. Although the
nervous system seems to be most susceptible to transplacental carcinogenesis, tumours in
a variety of other organs are also described. Much attention is devoted to the possible
modes of action of the drugs concerned.
The discussions held at the symposium are not recorded. There is a brief summary of a
general discussion at the end of the book. The book is well produced and well illustrated.
It has no indexes.
REGENERATION, RENEWAL (see also 2,6 1,64)
Dissertations
39.
W.VAN DER MEER-FIEGGEN. 1973. REGULATION OF CELL PROLIFERATION
AND DIFFERENTIATION IN INTESTINAL EPITHELIUM
M.D. thesis, Rotterdam. 72 pp., 15 figs., 17 tabs.
Study of cell proliferation (3H-thymidine) and differentiation (microchemistry of
carboxyl esterase) in crypts and villi of the duodenum of conventional and germ-free rats
treated with low doses of X-irradiation; feedback regulation from villus to crypt; no
effect of partial resection of jejunum and ileum.
Books of readings
40.
C.S.THORNTON and S.C.BROMLEY, eds. 1973. VERTEBRATE REGENERATION
Dowden, Hutchinson & Ross, Stroudsburg. Benchmark Papers in Biological Concepts,
Vol.2. XIV, 512 pp., 156 figs., 27 pis., 47 tabs., author citation index, subject index.
$25.00, £ 13.25
This book contains 29 facsimile reprintings of seminal articles in the field of vertebrate
regeneration. The emphasis is on the amphibian limb, but there are also papers on the
amphibian lens, amphibian and reptilian tail, mammalian antler, and mammalian limb.
184
The only non-American authors represented are Guyenot (a brief paper of 1926 in
French), Polezhayev, and Faber. There are two papers prior to 1940, and three prior to
1950, while the rest range in publication date from 1956 to 1970.
The papers are arranged in four groups as follows: Origin and fate of blastemal cells
(8 papers); Outgrowth and differentiation of the blastema (8); Systemic factors in
regeneration (10, with emphasis on the role of the nervous system); Mammalian regenera-
tion (3). There is a four-page introduction by the editors, with separate references, while
1 —3 pages of useful editors' comments precede each group of papers.
The papers are on the whole well reproduced. The photographs have inevitably lost
some detail in reproduction, though actually very little. The author citation index is a
useful feature; the subject index is somewhat limited. The book's price is unfortunately
prohibitive for students, to whom it would obviously be of most value.
ORGANOGENESIS, HISTOGENESIS (incl. tissue and organ culture, histochemistry) (see
also 2,6,25,39,60,65,67,68,77,78,82)
Treatises
41.
W.HIMWICH, ed. 1973. BIOCHEMISTRY OF THE DEVELOPING BRAIN, Vol. 1
Dekker, New York. XVI, 388 pp., 58 figs., 53 tabs., subject and author indexes. $ 24.50
Contributors: Agrawal, Balazs, Berl, Davis, Davison, Haber, H. E. Himwich, W. A.
Himwich, Kuriyama, Levi, Richter
As far as we are aware this is the first systematic treatise on this subject. It was written
by an international team of authors, most of them American and British. The coverage is
not restricted to man and laboratory mammals but also includes domestic mammals and
other vertebrates.
The seven chapters in vol. 1 deal successively with the following subjects: historical
survey, amino acids and proteins, GABA system, myelination, amino acid transport,
metabolic compartmentation, and hormonal effects on maturation. Vol. 2 will discuss
such subjects as growth and DNA content, carbohydrates, metabolism in vitro, enzymes,
cellular growth, and the influence of hypoxia and hypokinesia.
The book is produced in offset print and has many graphs and tables and a few
photographs. There is a bibliography of over 600 titles; the most recent literature is from
1971, with a few titles of 1972.
Textbooks
42.
N.K.WESSELLS. 1973. TISSUE INTERACTIONS IN DEVELOPMENT
Addison-Wesley, Reading, Mass. Addison-Wesley Module in Biology No. 9. 43 pp., 22 figs.
The treatment of the subject matter in this module, though of course selective, is up to
date, broad-ranging, thoughtful, and didactically clear. The major sections are as follows:
A conceptual framework of development (restrictive and expressive phases); Types of
tissue interaction (reference to organogenesis, morphogenesis, cell differentiation, and
hormonal interactions); Nerves and tissue interactions; Inhibitory interactions; Cell sur-
faces and development (including cell coupling and positional information). Clear line
drawings support the text.
185
Monographs
43.
H.BLECHSCHM1DT. 1973. DIE PRANATALEN ORGANSYSTEME DES MENSCHEN,
untersucht unter funktionellen Gesichtspunkten
Hippokrates, Stuttgart. XII, 184 pp., 212 figs., subject index. DM 160. -
This is essentially an atlas of human prenatal development with emphasis on organo-
genesis. The early stages receive relatively little attention. The general point of view is
provided by the author's well-known ideas on "kinetic anatomy", which lead him to the
statement that each organ's first beginnings are already the expression of its functional
differentiation. The work is for the far greater part based on original investigations and
material.
The plates are arranged strictly according to O'Rahilly's recent staging of human
development (see review nr. 22 in this issue). The majority (81 plates) refer to the second
month of intra-uterine life (4—29 mm. CR length). Selective features of the fetus and
neonate take up 12 plates. The brief, partly interpretative text (41 pp.), which embodies
the legends to the plates, is printed separate from the latter, which is economical but
rather inconvenient.
The photographic and graphical plates are of superb technical and artistic quality. In
many, colour is used to great advantage, mainly to show what the author calls "Grenz-
gewebe" (lining tissues). The brief glossary mainly explains terms from "kinetic ana-
tomy".
An English translation of the book is in preparation. Two sequels will appear, one
dealing with "functional differentiation" and one with practical implications in teaching.
44.
R.M.EAKIN. 1973. THE THIRD EYE
Univ. of Calif. Press, Berkeley, etc. XII, 157 pp., 78 figs., combined author and subject
index. $ 7.50
The author of this monograph has worked with lizards for more than fifteen years and
is the originator (together with Stebbins) of the most widely accepted theory of the
function of the reptilian parietal eye. The book makes delightful reading due to a style
which is both light and lucid. The approach is largely historical. Professional terminology
is avoided as far as possible. The author and his associates have recently conducted much
research specifically to obtain new information for this book.
There are chapters on the evolution (19 pp.), structure (53 pp.), development (21 pp.),
and function (32 pp.) of the parietal eye in reptiles and such other forms as have been
studied (particularly tree frogs and lampreys). The chapter on development is restricted
mainly to reptiles and has sections on the formation of the pineal complex, the
differentiation of receptors, the induction of the pineal anlage (discussed mainly on the
basis of experiments on amphibians), the development of the lens, and the origin of the
parietal nerve.
The book is beautifully produced and superbly illustrated. Many of the figures,
particularly the electron micrographs, have not been published before. The book is
concluded by a 15-page bibliography.
45.
V.FITZE-GSCHWIND. 1973. ZUR ENTWICKLUNG DER CHORIOALLANTOIS-
MEMBRAN DES HUHNCHENS
Springer, Berlin, etc. Advan. Anat. Embryol. Cell Biol. Vol.47, pt. 1. 52 pp., 19 figs.,
7 tabs., subject index.
Light and electron microscopical study of the development of the CAM from 5 till 21
days of incubation; morphometric data on surface expansion, thickness, volume, and
thickness of air-blood barrier; extensive literature discussion; numerous excellent electron
micrographs
186
46.
W.W.McCRORY. 1972. DEVELOPMENTAL NEPHROLOGY
Harvard Univ. Press, Cambridge, MA. A Commonwealth Fund Book. XIV, 216 pp.,
31 figs., 9 pis., 16 tabs., subject index. $ 12.-, £4.50
Contents: 1. Embryologic development of the kidney; 2. Development of renal func-
tion in utero; 3. Quantitative measurement of renal function during growth in infancy
and childhood; 4. Renal function in the postnatal period; 5. Cellular processes under-
lying growth and development of the kidney
This scholarly monograph is interesting not only for clinicians but also for bio-medical
scientists. Although it emphasizes the human kidney, its basis is broadly biological. It lays
the modern foundation needed for experimental work on a great variety of subjects.
Particular stress is placed on the possible causes of renal maldevelopment and malfunc-
tion, and on the roles of compensatory hyperplasia and hypertrophy and the significance
of the "renal work load" (particularly in chapter 5). Gross structure as well as cellular
structure, function and organization are considered.
In ch.l the author draws heavily on J.Oliver's monograph Nephrons and Kidneys
(1968). Nine plates from this book, illustrating early stages of human kidney develop-
ment based on microdissection, are reproduced at the end of the chapter. Ch.5 has
sections on changes in renal enzymes, nucleic acids, and proteins, and on the subjects
mentioned in the first paragraph above.
The book is beautifully printed and well illustrated. The literature is considered up to
1970 (ca. 360 titles).
47.
E.PANNESE. 1974. THE HISTOGENESIS OF THE SPINAL GANGLIA
Springer, Berlin, etc. Advan. Anat. Embryol. Cell Biol. Vol. 47, 5. 97 pp., 25 figs., subject
index
Review based on original studies on the chick embryo and an analysis of the literature;
light and electron microscopy; origin of organelles; RNA and AChE; cell junctions;
mitosis and neuronal differentiation; cell degeneration; satellite cells, etc.; good diagrams
and original electron micrographs; 17-page bibliography.
48.
N.A.SMITTEN. 1972. THE SYMPATHO-ADRENAL SYSTEM IN THE PHYLO- AND
ONTOGENESIS OF VERTEBRATES (in Russian)
Izdat. Nauka, Moscow. 347 pp., 119 figs.
Part one: Comparative morphology in 6 vertebrate classes; Part two: Ontogenesis- 1.
development and recapitulation; 2. differentiation; 3. functional morphology and secre-
tory cycles; 4. main trends in evolution. Bibliography of 33 pp. (8 pp. of Russian titles).
49.
F.VANPEPERSTRAETE. 1973. THE CARTILAGINOUS SKELETON OF THE BRON-
CHIAL TREE
Springer, Berlin, etc. Advan. Anat. Embryol. Cell Biol. Vol. 48, Part 3. 80 pp., 42 figs.,
6 tabs.
Contains a chapter (8 pp.) on 30 human fetal lungs from week 7 till week 24; emphasis
on cartilage differentiation (weeks 11-14); Lundvall cartilage stain and histology; brief
theoretical discussion of morphogenesis.
187
G°VAN WAGENEN and M.E.SIMPSON. 1973. POSTNATAL DEVELOPMENT OF THE
OVARY IN HOMO SAPIENS AND MACACA MULATTA and Induction of Ovulation in
the Macaque
Yale Univ. Press, New Haven, etc. XXII, 306 pp., 122 pis., 12 tabs. $ 27.50, £ 13.75
This book is a sequel to Embryology of the Ovary and Testis published in 1965 by the
same authors. It is essentially an atlas of histology. The descriptive part, which is of most
interest to embryologists, occupies about one third of the text pages (4 for the human, 13
for the macaque ovary) but about two thirds of the total of 122 plates. The rest of the
book is devoted to reports of various experiments, conducted over many years, on the
induction of ovulation in the macaque by gonadotropic hormones in various combina-
tions. .
The section on the postnatal development of the human ovary encompasses infancy,
childhood, menarche, and the reproductive and postreproductive periods. It has 32 plates.
For the macaque, the periods covered are the pre-reproductive phase (subdivided into
eight periods of one to several months), the premenarchal and menarchal phases, and the
reproductive period (menarche till 25 or 30 years). The number of plates for the macaque
is 49, 16 of which give details of the corpus luteum and follicles on various days of the
menstrual cycle. There is a brief section comparing ovarian development in man and the
macaque, with a comparative table.
The plates are of excellent quality. Most of them consist of 3-4 micrographs at
magnifications ranging from very low to high. The book is magnificently produced at a
very reasonable price. It is concluded by a bibliography of 62 titles.
51.
D.YOUNG, ed. 1973. DEVELOPMENTAL NEUROBIOLOGY OF ARTHROPODS
Cambridge' Univ. Press, London, etc. VIII, 268 pp., 36 figs., 14 pis., 2 tabs., author and
subject indexes. £ 5.60, $ 16.50
Contributors: Aloe, Bate, Bentley, Chen, Edwards, Horridge, Hoy, Lawrence, Levi-
Montalcini, Meinertzhagen, Palka, Pipa, Seshan, Young
This is a highly interesting and stimulating book. It does not cover a well-established
field but its nine reviews by leading investigators describe the momentary state and
potentials for the future of an area that is just starting to expand and to yield exciting
results. Some of the advantages of arthropods for developmental neurobiological studies
are: sensory neurons are situated peripherally and are therefore easily accessible to
experimental manipulation; neuron populations are relatively small and single neurons
can be identified from one animal to the other; in vitro culture of nervous tissue is
remarkably easy.
Because all contributions are of great interest to all neuro-embryologists we will not
review them in detail. Suffice it to say that they are all very readable and remarkably well
illustrated. No attempts are made at premature generalization; on the other hand, the
great potential of arthropod systems for future work is emphasized. Finally, the book as a
whole reflects the renewed interest in supracellular patterns as the counterpart of
individual cell function.
The book is very well produced.
188
Dissertations
52.
I.S.MARKENS. 1974. DE EMBRYONALE ONTWIKKELING VAN DE SUTURA CORO-
NARIA BIJ DE MENS EN DE RAT EN ENIGE EIGENSCHAPPEN VAN DIT WEEFSEL
(The embryonic development of the coronal suture in man and rat and some of its
structural properties)
M.D. thesis, Utrecht. 66 pp., 23 figs. English summary (2 pp.)
Description of a sutural blastema in human and rat fetal skulls; transplantation of rat
presumptive coronal suture area to exposed dura mater of adult rats, resulting in
autonomous suture formation.
53.
J.G.J. VISSER. 1972. ONTOGENY OF THE CHONDROCRANIUM OF THE CHAMAE-
LEON, MICROSAURA PUMILA PUMILA (DAUDIN)
Ph.D. thesis, Stellenbosch. Ann. Univ. Stellenbosch 47, serie A No. 2, 68 pp., 49 figs.
Descriptive study based on material of nine stages ranging from the blastematous/
procartilaginous to the adult condition; extensive discussion; numerous photomicrographs
and reconstructions.
Symposium reports
54.
D.H.FORD, ed. 1973. NEUROBIOLOGICAL ASPECTS OF MATURATION AND
AGING
Elsevier, Amsterdam, etc. Progress in Brain Research 40. XII, 529 pp., 328 figs., 84 tabs.,
subject index and index to contributors. D.fl. 175.—, ca. $ 64.00
This volume embodies the 35 papers presented at an ail-American symposium (only
one contributor from outside the U.S.A.) held in Brooklyn, N.Y. in June, 1972. The
subjects discussed relate to the origin, differentiation, morphology, and particularly the
biochemistry of nerve and glial cells of the (mainly postnatal) mammalian CNS and of the
CNS as a tissue.
At least a dozen papers are of direct interest to those working on the development of
the nervous system; the remainder deal with aging, pathology, and miscellaneous subjects.
The range of biochemical aspects covered is very broad. Electrophysiological aspects are
not considered except in one theoretical paper.
Most of the papers are research reports or mixtures of review and research material. An
important review by Ordy and Schjeide is devoted to univariate and multivariate models
for evaluating long-term changes in neurobiological development, maturity and aging
(18 pp.).
The book is well printed and very well illustrated, but the luxurious production has
resulted in a much too high price.
55.
J.I.NURNBERGER, ed. 1973. BIOLOGICAL AND ENVIRONMENTAL DETERMI-
NANTS OF EARLY DEVELOPMENT
Williams & Wilkins, Baltimore. Res. Publ. Assoc, for Research in Nervous and Mental
Disease, Vol. 5 1, XII,457 pp., 1 1 1 figs., 40 tabs., subject index.
This symposium was held in New York in December, 1971. All of the 22 papers by
leading experts are in some way concerned with the mammalian nervous system, the
189
majority wiili the functional, pathological, and physiological aspects of its development
aftei birth. However, at least half a dozen arc of potential interest to neuro-embryologists
and teratologists, and the discussions following these papers also contain some interesting
material.
We just list the following subjects and authors: Developmental biochemistry of the
nervous ss stem ( Kretchmer); Nutrition and brain development (McKhann et al); Morpho-
physiological development o! brain (Purpura); Nervous maturation in vitro (Crain); Drug
effects (Kelsey); Regeneration alter lesions to the fetal septum (DeMyer); Effects of
methyl-mercury (Kurland).
56.
II PETERS, ed. 1973. THE DEVELOPMENT AND MATURATION OF THE OVARY
AND ITS FUNCTIONS
Excerpta Medica, Amsterdam. Internat. Congress Series No. 267. X,189pp., 89 figs.,
44 tabs., author and subject indexes. D.fl. 56.-, $ ca. 20.-
This volume contains the proceedings of an international workshop held in Copen-
hagen in July 1972. Of the 24 short research papers six are abstracts or not much more.
1 tie papers are arranged in three groups as follows: Regulation of ovarian follicle growth
in the immature animal (7 papers); Ultrastructural studies of the immature ovary (6);
Maturation of reproductive function (11).
Group one is mainly endocrinological in character. Group two contains three papers
on fetal mammalian ovaries and one on mouse primordial germ cells. Group three deals
mainly with postnatal stages; it includes one paper each on amphibians, lampreys
(abstract), and voles.
57.
M.ROCKSTEIN, ed. 1973. DEVELOPMENT AND AGING IN THE NERVOUS SYSTEM
Academic Press, New York, etc. XII, 218 pp., 73 figs., 34 tabs. $ 9.25
Contributors: Bondareff, Brody, Cowan, de Vellis, Eccles, Finch, Ford, Himwich,
Jacobson, Nandy, Richardson
This is the report of an all-American symposium held in Miami, Fla. in February,
1973. The 11 papers deal with a variety of cellular and biochemical aspects of CNS
development from the embryo to senility, with emphasis on mammals and man but
adducing data on other vertebrates as well. Some papers will be almost exclusively of
interest to gerontologists and other clinicians. Most of the papers are reviews of recent to
very recent work, while only a few consist partially or entirely of previously unpublished
work. The discussions are not recorded.
The book is produced in offset print and adequately illustrated. It has no indexes.
Some authors do not indicate clearly whether illustrations are new or taken from other
publications.
190
CELLULAR DEVELOPMENTAL BIOLOGY (incl. cell culture, cytochemistry) (see also
2,5,11,23,42,44,47,51,54,57)
Textbooks
58.
J.M.ASHWORTH. 1973. CELL DIFFERENTIATION
Chapman & Hall, London, 64 pp., 35 figs., 4 tabs., subject index. £ 0,90, $ 2.75 (paper)
J.M.ASHWORTH. 1974. ZELLDIFFERENZIERUNG, aus dem Englischen ubersetzt
von H. Lorz
Fischer, Stuttgart. VIII, 95 pp., 35 figs., 4 tabs., subject index. DM 8.80 (paper)
This guide book is a selective but very competent survey of recent advances in animal
cell differentiation, mainly from the molecular-biological point of view. It will be most
useful to advanced students. The book is organized in two main sections. The first takes
the reductionist approach and looks at simple model systems such as phages, bacteria,
cellular slime molds, and tissue culture cells. The second section deals with the more
complex special systems most frequently used today; it has sections on chromosome
structure and function, RNA synthesis, protein synthesis, protein degradation, protein
modification, and intermediary metabolism.
There are ca. 70 references cited in the text and an annotated list of books for further
reading.
The German edition is well turned out, but unfortunately the translator obviously did
not know enough English. There are numerous outright mistakes, and often the meaning
of whole sentences is lost. In this form the text is in places almost useless and extremely
confusing.
59.
R.L.DAVIDSON. 1973. SOMATIC CELL HYBRIDIZATION: STUDIES ON GENETICS
AND DEVELOPMENT
Addison-Wesley, Reading, Mass. Addison-Wesley Module in Biology No. 3. 39 pp., 6 figs.,
8 tabs.
This is an admirably concise and well-organized survey of the applications of a method
which has rapidly become of basic significance to mammalian cell and developmental
genetics. It is well suited for a rapid orientation in this field. Of most direct interest to
developmental biologists is the 1 1-page section entitled Regulation of differentiation in
hybrid cells. It has subsections on pigment cells (suppression of a differentiated function;
effect of gene dosage), on kidney cells (reappearance of a differentiated function), on
glial and neuroblastoma cells, and on liver cells (induction of a differentiated function).
In connection with these results attention is devoted to the implications for the problem
of determination, and to the possible existence of diffusible gene regulator substances
which may be either suppressors or inducers.
60.
D.R.GARROD. 1973. CELLULAR DEVELOPMENT
Chapman & Hall, London. 64 pp., 47 figs., subject index. £ 0.90, $ 2.75 (paper)
D.R.GARROD. 1974. ZELLENTWICKLUNG; zellulare Interaktionen in der Embryonal-
entwicklung, aus dem Englischen ubersetzt von D. Hess
Fischer, Stuttgart. VIII, 95 pp., 47 figs., subject index. DM 8.80 (paper)
This guide book, written for advanced students, is a highly selective but ably written
outline of recent to very recent advances and ideas in some areas of animal developmental
biology: pattern formation, cell movement and morphogenesis, and intercellular com-
191
munication. < rhe title is therefore somewhat misleading.) The presentation is up to date
and correel except for a lew minor errors. It is a pity that mesoderm induction in the
amphibian blastula is not mentioned at least briefly.
The illustrations are simple but good and there is a list of 155 references cited in the
text. 1 here are rather main printing errors and inaccuracies.
The German edition is well turned out and the translation is competent. The subtitle is
an improvement. A reading list of German books has been added.
Monographs
61.
A.C.GIESE. 1973. BLEPHARISMA, the biology of a light-sensitive protozoan
Stanford Univ. Press, Stanford. XII.366 pp., 205 figs., 27 tabs., combined author and
subject index. $ 17.50, £8.75
This valuable monograph for the first time collects the large and widely scattered
literature on Blephahsma. The author has worked with this organism for more than
40 years. It is a large, slow-moving ciliate provided with well-differentiated feeding
organelles, which make it a favourite object for morphogenetic studies, comparable to ,
Stentor. This review will concentrate on the parts of the book dealing with structural and
morphogenetic aspects.
Chapters 1 and 2 (38 pp.) were for the most part contributed by S. Suzuki and deal
with general morphology and nuclear behaviour. Ch. 3, contributed by R. A. Jenkins
(15 pp.) deals with fine structure and is followed by a collection of 39 electron
micrographs. Ch. 8 is again a contribution by S. Suzuki (43 pp.) and discusses morpho-
genesis in binary fission and regeneration, mainly on the basis of the published results of
this contributor. Ch. 9, entitled The molecular biology of regeneration (32 pp.) is essen-
tially a summary of the work of the author and his associates covering a time-span of
about 20 years. Finally, ch. 10 (19 pp.) deals with encystment and excystment. Other
chapters contain much information, e.g. on culture methods, that will be indispensable
for those starting work on this organism.
The book is beautifully produced and very well illustrated; the electron micrographs
are of good quality. The book is concluded by a useful glossary.
62.
H.HARRIS. 1974. NUCLEUS AND CYTOPLASM. 3rd edit.
Clarendon Press - Oxford Univ. Press, London. XIV, 186 pp., 17 figs., 18 pis., author and
subject indexes. £ 4.20 (cloth), £ 1.90 (paper)
Although this new edition of a successful book has been more extensively revised than
the second edition ( 1970), the basic arrangement of the chapters has remained unaltered
and the book is of the same size.
One is inclined to regret that the author did not extend his chapter on differentiation
with a section on the important and topical subject of the cell cycle and its role in
differentiation. This is particularly felt in the last pages where he speaks about transdeter-
mination and cellular metaplasia, subjects which would definitely require such an exten-
sion to be discussed meaningfully.
The author's account of the first beginnings of cell fusion work, which was recently
challenged rightly by Ephrussi, has not been corrected.
Some new plates have been added. The total amount of literature cited has again
increased by almost 50%. The more than two-fold price increase in four years' time is
alarming.
192
Symposium reports
63.
M.BALLS and F.S.BILLETT, eds. 1973. THE CELL CYCLE IN DEVELOPMENT AND
DIFFERENTIATION
Cambridge Univ. Press, London. XII, 483 pp., 128 figs., 14 pis., 58 tabs., combined sub-
ject and taxonomic index. £ 1 1.00, $ 32.50
This book contains the 26 papers presented at a symposium held in Bristol in July
1972. Most of the contributors came from Great Britain, but there were several from
other Western-European countries. The contributions vary widely in scope.
Two introductory reviews deal with differentiation within the cell cycle (Mitchison,
12 pp.) and with the measurement of the intermitotic period (Steel, 18 pp.). Two other
contributions are pure reviews, size are mixtures of review and research report, and the
remainder are reports on recent research in special areas, some only a few pages long. Yet
together they provide an interesting survey of what is going on in this field in Britain and
parts of Europe. The range of organisms involved in this work comprises slime moulds
and ciliates, lower and higher plants, invertebrates, and vertebrates.
The book is well produced and illustrated. It has an extensive index.
64.
S.BONOTTO, R.GOUTIER, R.KIRCHMANN, and J.R.MAISIN, eds. 1972. BIOLOGY
AND RADIOBIOLOGY OF ANUCLEATE SYSTEMS
Academic Press, New York, etc.
Vol. I Bacteria and animal cells. XVIII,227 pp. $ 7.00
Vol. II Plant cells. XX,368 pp., 191 figs., 6 tabs. $ 1 1.00
Although vol. I of this symposium report was not available for review, we briefly
review vol. II because of the intrinsic interest of the subject. The Symposium was held in
Mol, Belgium in June 1971.
Vol. II contains 16 papers on plant cells. Most of the contributors came from five
Western-European countries. One contribution by a group from Novosibirsk (U.S.S.R.)
was read by title. Of the 16 papers, nine are concerned partly or entirely with problems
of development and morphogenesis in unicellular algae: five on A cetabularia and four on
Micrasterias.
Vol. I contains an opening lecture by Brachet and 1 1 papers on work with bacteria and
animal cells.
65.
CIBA - Symposium. 1973. HAEMOPOIETIC STEM CELLS
Elsevier - Excerpta Medica -- North-Holland, Amsterdam, etc. X,345 pp., 84 figs.,
33 tabs., index to contributors, subject index. D.fl. 44.00, ca. U.S. $ 19.00
This symposium was held in London in July, 1972. Attendance was truly inter-
national, and encompassed both morphologists and physiologists. As with most Ciba
Symposia the book is a must for all those who are themselves working in this field.
However, a large proportion of the 13 papers and the group discussions held is of interest
to those working on cell differentiation generally.
The following aspects may be highlighted: morphological identification of stem cells,
kinetics of proliferation in cell populations, differentiation in cell populations and its
interplay with proliferation, hormonal and cell-to-cell controls in cell differentiation, and
the role of the micro-environment.
As usual the book's production is excellent and the price reasonable.
193
\ Sn mposium. 1 973. LOCOMOTION OF TISSUE CELLS
Elseviei Excerpta Medica North-Holland, Amsterdam, etc. Ciba Foundation Sym-
posium 14 (new series). VIII.381 pp., 130 figs., 12 tabs., index to contributors, subject
index. D.fl. 49.00, about US $ 1^.60
Contributors Abercrombie, Allison, Berg, Bray, Bunge, Bushnell, Buultjens, Chang,
Curtis, De Petris, Dickerman, Dunn, Gail, Gelfand, Goldman, Gustafson, Harris,
Hopkins, Luduena, Middleton, MUler, Pollack, Porter, Raff, Spooner, Steinberg, Trink-
aus, Vasiliev, Wang, Wessells
The mechanism of cell movement is of direct interest to developmental biologists,
particularly those interested in morphogenetic movements. This symposium, held in 1972
in London, was apparently the first international meeting on the locomotion of tissue
cells, as opposed to large rhizopod protozoa. There were 24 participants from various
European countries and the U.S.A., and the papers and discussions collectively represent
the latest state of the subject. The papers either review recent to very recent published
data, or report results unpublished in 1972, or both.
Almost all papers will be read with great interest by developmental biologists. To-
gether they cover all aspects of the subject that are now known to be important: cell
surface movement and fluidity, intracellular actomyosin, microfilaments and micro-
tubules, cell adhesion, formation and behaviour of the various classes of processes put out
by cells-, contact inhibition of movement (of which a new interpretation is suggested), and
the roles of serotonin, acetylcholine, and calcium.
All these are studied in a variety of cells in vitro and in vivo, including nerve cells and
cells in fish and sea urchin embryos. The discussions are particularly interesting and often
contain the newest material, complete with illustrations and references. There are two
lengthy general discussions dealing, among other things, with cell adhesion, directed cell
movement, and the role of the substrate.
The book is beautifully produced and illustrated, at a reasonable price.
67.
E.KULONEN and J.PIKKARAINEN, eds. 1973. BIOLOGY OF FIBROBLAST
Academic Press, London, etc. XIV.689 pp., 229 figs., 89 tabs., author and subject in-
dexes. £ 12.60, $35.50
The role of connective tissue and, more generally, of extracellular matrices in develop-
mental processes is becoming more and more evident. Though not dealing with develop-
ment only, this symposium contains much that will interest developmental biologists,
particularly those working on subjects like cell differentiation in vitro, wound healing,
and tissue regeneration. The symposium was held in Turku, Finland in August 1972. Most
of the participants came from various Western and Middle-European countries and the
U.S.A.
Most of the 60 brief to medium-length papers report on and/or review recent results.
They touch on a great many aspects of fibroblast biology, but also on such subjects as
chondrogenesis, osteogenesis, matrix synthesis and metabolism, and the cell surface.
The papers are grouped as follows: General (4 papers); Cytological aspects and dif-
ferentiation (14, of which at least 6 are of direct interest to developmental biologists);
Extracellular space and cell surface (9); Specific synthetic functions (17); and Inflamma-
tion, repair and fibrosis ( 1 6).
The book is well produced and illustrated.
194
68.
B.S.SPOONER, S.R.HILFER, and E.D.HAY, preface. 1973. FACTORS CONTROLLING
CELL SHAPE DURING DEVELOPMENT
American Society of Zoologists, Thousand Oaks. Amer. Zool. 13, 4, pp. 937-1135.
157 figs., 23 tabs.
Contributors: Banerjee, Bernfield, Burnside, Cohn, Conrad, Gilula, Hay, Hendrix,
Hilfer, Meier, Rappaport, Roth, Schroeder, Sheridan, Shur, Solursh, Spooner, Toole,
Vaerewyck, Weisenberg, Zwaan
This ail-American symposium was held in December, 1972. It brought together a
number of eminent specialists working in three related areas: the intracellular machinery
involved in changes in cell shape, the extracellular materials that are thought to determine
cell and tissue shape, and the cell surface specializations probably involved in cell
communication. Of the 15 papers, eight deal with the first, four with the second, and
three with the third area. The discussions are not recorded.
The papers provide a very useful survey of the major aspects of this general area, as
well as accounts of some interesting new approaches. Most papers are a mixture of
research report and review, while some are just reviews of recent data. A broad range of
cell and tissue types in animal development are covered. The papers are very well
illustrated.
DEVELOPMENTAL BIOCHEMISTRY, MOLECULAR BIOLOGY (see also 2,5,8,23,39,
41,54,55,57,58,61,67,76,79,83)
Textbooks
69.
H.DENIS. 1974. PRECIS D'EMBRYOLOGIE MOLECULAIRE
Presses Univ. de France, Paris. Collection SUP, Le Biologiste 3. 232 pp., 47 figs., 2 tabs.,
subject index
This student's text, though very concise, has the advantage of being both didactically
clear and thoroughly up to date. The student who has read it will really have grasped the
essentials of the subject, which is no small achievement. The book could even serve as an
introduction for non-molecular embryologists at various stages in their career.
The book deals with both oogenesis and embryogenesis, with particular reference to
sea urchins and amphibians. It is in two parts, the first and longest of which treats all the
various classes of DNA and RNA and their interrelations, as well as some selected classes
of proteins. Part two, which occupies the remaining quarter of the book, discusses briefly
but very clearly the various molecular-embryological theories in existence today. Its three
chapters deal consecutively with levels of regulation, intracellular coordination of gene
activity, and intra- and intercellular communication.
Most of the illustrations are diagrams and graphs. They are of great didactic clarity,
and those which give the results of experiments have extensive captions explaining the
methods used. No references are given in the text. The book is concluded by a very good
glossary and a brief reading list.
70.
J.ILAN. 1973. REGULATION OF MESSENGER RNA TRANSLATION IN DEVELOP-
MENT: THE CRITICAL ROLE OF TRANSFER RNA
Addison-Wesley, Reading, Mass. Addison-Wesley Module in Biology No. 5. 27 pp., 7 figs.,
10 tabs.
This is essentially an account of the important recent work of the author and his
associates on the regulation of the synthesis of adult cuticular protein in Tenebrio.
However, it has been placed against the background of the regulation of gene expression
generally. The module reads well but presupposes rather much biochemical knowledge.
195
Monographs
71.
HI POGLAZOV. Il'7.<. MORPHOGENESIS OFT-EVEN BACTERIOPHAGES
Basel, etc. Monographs in Developmental Biology vol.7. VI, 105 pp., 56 figs.,
(, tabs. Sl-r. 54. , $ 16.75, £ 7.85, DM 51.-
Molccular self-assembly is now generally considered to be basic to the emergence of all
macromoleculai structure in biological systems. (Whether one wishes in this context to
use the word "morphogenesis", which was originally coined for quite different processes
is largel) a matter of taste.) The T-even phages have contributed much to this view, but as
far as the reviewer is aware this is the first book to be devoted entirely to their molecular
assembly. It is therefore to be welcomed, although it seems to have been written for other
specialists in the field and is not very suitable for the uninitiated.
1 he author and his co-workers have been active in this field for more than a decade,
but most of their work was published in Russian. This work is covered extensively in the
book, but it is integrated into a review of relevant work by others. The emphasis is on the
assembly of bacteriophages from ready-made protein subunits. The molecular-genetic
aspects are sketched in as a necessary background.
Most of the illustrations are original; they mainly consist of diagrams, optical diffrac-
tion photographs, and excellent electron micrographs of a variety of structures and their
precursors and subunits.
The'book has no indexes. It is luxuriously produced and therefore rather expensive.
72.
B.E.WRIGHT. 1973. CRITICAL VARIABLES IN DIFFERENTIATION
Prentice Hall, Englewood Cliffs. Concepts of Modern Biology Series. XVI, 109 pp.,
31 figs., 16 tabs., combined author and subject index. $ 7.95, £4.-
Contents: 1. The importance of metabolite flux; 2. The intermediate metabolism of a
model system: the cellular slime mold; 3. Using kinetic models to find the critical
variables; 4. Speculations on the evolution of flux control in differentiation
This book is interesting particularly because it presents a novel viewpoint. Paraphrasing
the author's own words, this viewpoint is that enzyme profiles have little functional
significance, and that the important parameter for the metabolic state of a cell is net flux
of small metabolites through a metabolic pathway (ch. 1).
Consequently, in ch. 2 she focusses on the consequences for differentiation of metabo-
lite availability and metabolic interactions, rather than gene activation and synthesis of
isolated enzymes, which so far have attracted most of the attention. The pathways she
singles out for particular consideration are those of the synthesis of carbohydrate end
products of differentiation in the model system, Dictyostelium. Critical variables are
defined as variables which limit the rate of differentiation at particular points in time by
directly affecting the rates of reactions essential to end product accumulation. It is argued
that enzymes are not critical variables.
On the basis of these data ch. 3 present a simplified kinetic model of carbohydrate
metabolism, and this is then used for computer simulations. This part of the book can
only be judged by the specialist. The author's conclusion is that changes in the flux of
endogenous metabolites may play a surprisingly prominent role in biochemical differ-
entiation. She stresses the heuristic value of (admittedly primitive) kinetic models and the
tact that they may give us a new dimension of understanding of complex metabolic
systems.
Finally, ch. 4 speculates on the evolution of closed developmental systems.
196
Symposium reports
73.
M.C.NIU and S.J.SEGAL, eds. 1973. THE ROLE OF RNA IN REPRODUCTION AND
DEVELOPMENT
North-Holland, Amsterdam, etc.; American Elsevier, New York. XIV, 357 pp., 148 figs.,
95 tabs., subject index. D.fl. 48.-, ca. $ 17.50
This book contains most of the papers read at an international symposium held in
Washington, D.C. in December 1972. Of the 50 participants, 14 came from ten countries
outside the U.S.A. Most papers range in length from ca. 10 to ca. 20 pages; most report
on work unpublished at the time of writing, while some are mixtures of review and
research report. Together they provide a selective but broadly oriented survey of the
present state of this field. The work reported was done on a great variety of organisms
and organs (the higher plants are only represented once).
The 25 papers are arranged in five sessions as follows: RNA metabolism in developing
embryos and organs (4 papers; 2 dealing with gene transcription in sea urchin and
amphibian embryos, respectively); RNA effects on in vivo synthesis of specific proteins
(5); Transfer of tissue specificity (5; 2 dealing with induction in avian and amphibian
embryos, respectively); Nucleic acid-induced changes in living systems (6; one dealing
with heart induction, one with epithelial-mesenchymal interaction in tooth rudiments);
Mechanisms of RNA action (5; one dealing with RNA-directed DNA synthesis in the
chick embryo).
The luxurious production has resulted in an unnecessarily high price. Some of the
photographical illustrations are very pale. The number of printing errors is large.
74.
J.K.POLLAK and J.W.LEE, eds. 1973. THE BIOCHEMISTRY OF GENE EXPRESSION
IN HIGHER ORGANISMS
Reidel, Dordrecht, etc. X,656 pp., 311 figs., 127 tabs., subject index. D.fl. 120.-
This volume contains the 36 papers presented at an international symposium held in
Sydney in May, 1972. The place of assembly is reflected in he fact that no less than 20 of
the contributions have one or more Australian authors. The work described deals with a
variety of organisms, both plant and animal. The great majority of the papers range in
length between 12 and 25 pages.
The papers are arranged in six sections as follows: Chromosome structure and the
manipulation and analysis of genes (4 papers); Trancriptional and translational control
mechanisms (12); Gene expression and development (5); Gene expression in differ-
entiated cells (4); Gene expression in mitochondria and chloroplasts (5); and Gene
expression and the immune response (9). The authors in section three are Holtzer et al.
(on DNA synthesis requirement), Duck-Chong and Pollak (on membrane assembly in the
rat), Thomson (on Calliphora larval tissues), Kessler (on modulation of gene expression in
plants), and Millerd (on cell expansion in plants).
The book is well printed but the photographic illustrations are not always optimally
reproduced.
Books of readings
75.
THE SEA URCHIN. 1973. Vols. II and III: Molecular Biology
MSS Inf. Corp., New York. Vol. II 202 pp., 61 figs., 4 pis., 20 tabs. $ 15.00, Vol. Ill
222 pp., 61 figs., 1 pi., 13 tabs. $ 15.00
For a general characterization of this series the reader is referred to Gen. Embryol. Inf.
Serv. vol. 15, pt. 1, page 242 (review nr. 139).
Vol. II: Mitochondrial transcription in the early embryo (1 paper); nuclear and riboso-
197
nuil RNA synthesis in oocytes and embryos (6); gamete and embryo chromatin (3). First
authors: Chamberlain, Sconzo, Kronenberg, Brandhorst, Aronson, Emerson, Hill, Wilt,
Ozaki. PubUcation dates: 1971, ll>72.
Ill Characteristics of protein synthesis in early embryogenesis (6 papers); tubulin
s\ nihesis in the early embryo (2); histones and histone genes in embryos (3); transfer and
SS RNA (2); technical innovations (3 papers on purification and fractionation of oocytes,
and removal of vitelline membrane). First authors: Terman, Berg, Infante, RuZdijic,
Humphreys, Raff, Meeker, Ord, Benttinen, Kedes, O'Melia, Molinaro, Giudice, Epel.
Publication dates: 1970-1972.
DEVELOPMENTAL GENETICS, EVOLUTION (see also 2,3,13,16,48,59,62,69,70,74)
Monographs
lb.
J.B.GURDON. 1974. THE CONTROL OF GENE EXPRESSION IN ANIMAL DEVEL-
OPMENT
Clarendon Press - Oxford Univ. Press, London, etc. X.160 pp., 29 figs., 12 tabs., subject
index. £ 3.50 (cloth), £ 1.25 (paper)
Contents: 1. Nuclear transplantation and somatic cell genes; 2. Translational control
and message-injection into living cells; 3. Gene transcription and the initiation of cell
differentiation; 4. General conclusions
This book is based on a series of lectures given in 1971, but the lectures have been
brought up to date and expanded. The treatment is judiciously selective and for that very
reason the book seems ideal as a teaching aid and as a refresher for biologists not
themselves working in this field. It certainly conveys the excitement of an author who is
actively involved in the most recent advances. Understandably, much emphasis is placed
on amphibian experiments, but other systems are adduced in appropriate places.
This reviewer is inclined to regret that although the stability of determination in
imaginal discs is mentioned, transdetermination is not discussed, and only very cursory
attention is paid to the role of cell division in cellular differentiation.
A useful appendix provides technical and other additional information on the cloning
of animals, the genetic analysis of somatic cells, and micro-injection experiments with
Xenopus eggs and oocytes. The book is well produced and adequately illustrated.
DEVELOPMENTAL PHYSIOLOGY (incl. endocrinology, immunology, behaviour, etc.)
(see also 2,14,29,5 1,55,56)
Treatises
77.
G.GOTTLIEB, ed. 1973-1974. STUDIES ON THE DEVELOPMENT OF BEHAVIOR
AND THE NERVOUS SYSTEM
Academic Press, New York, etc.
Vol. 1 (1973) Behavioral embryology. XX, 369 pp., 124 figs., 14 tabs., author and subject
indexes. $ 22.50
Vol. 2 (1974) Aspects of neurogenesis. XVI, 287 pp., 74 figs., 2 tabs., author and subject
indexes. $ 18.50, £9,25
This new multi-author serial publication grew from the realization that the existing
books on neurobehavioural development treat prenatal ontogeny either highly selectively
or rather superficially. The first two (companion) volumes are best characterized by a
quotation from the preface to vol. 1:
IThey] are meant to present a fairly basic orientation to some of the more persistent
and most important "philosophical", theoretical, and empirical problems of behavioral
198
embryology. Also included are a few studies on new and interesting animal groups, and
some new and different approaches, to give some sample of the less conventional,
more ground-breaking aspects in the field.
In both books an explicit attempt was made to present the subject at a level which
allows readers not familiar with the field to follow the discussion. The editor provides the
necessary background in an introductory chapter dealing with methodological and theo-
retical aspects. Moreover, his introductions to the various sections bring continuity to the
two volumes. Most of the work presented deals with avian and mammalian embryos, but
in vol. 1 one paper (Berrill) deals with crustaceans, while in vol. 2 one paper (Szekely) is
devoted entirely to amphibians and another (Hughes) gives much attention to them.
Vol. 1 has the following sections: Embryonic motility and its neural correlates
(chapters by Hamburger, Provine, Foelix and Oppenheim, and Berrill); Hatching: hor-
monal, physiological, and behavioral aspects (chapters by Oppenheim and by Corner,
Bakhuis, and van Wingerden); Sensory processes: embryonic behavior in birds (chapters
by Vince and by Impekoven and Gold). In vol. 2 the sections are as follows: Synapto-
genesis and the problem of neuronal specificity: structural and functional aspects (chap-
ters by Berry, Crain, Szekely, and Jacobson); Fetal brain function: sensory and motor
aspects (chapters by Meyerson and Persson and by Bergstrom); Metamorphosis and birth:
hormonal and physiological aspects (chapters by Hughes and Sedlacek).
The volumes are well produced and well illustrated.
78.
J.LOBUE and A.S.GORDON, eds. 1973. HUMORAL CONTROL OF GROWTH AND
DIFFERENTIATION.
Academic Press, New York, etc. 2 vols.
Vol. I Vertebrate regulatory factors. XVI,412 pp., 78 figs., 21 tabs., author and subject
indexes. $ 31.50, £ 15.10
Vol.11 Nonvertebrate neuroendocrinology and aging. XIV,319pp., 33 figs., 7 tabs.,
author and subject indexes. £ 1 1.50
In recent years much advance has been made in the field covered by the title of this
multi-author treatise. In both volumes special emphasis is placed on those chemical
messengers (stimulators and inhibitors) which have received relatively little attention in
standard endocrinology books. The books are written by a large team of specialists, most
of them Americans. All chapters are critical reviews, and most have references up till
1971 and occasionally later. The volumes are packed with information. Both have a
general summary provided by the editors, which facilitates selective reading.
In vol. I there are three major sections. The first is taken up by a review of chalone
control systems by Bullough. The section on blood cell formation and release is the most
complete one and consists of no less than nine chapters. Finally, the section on humoral
control of organ and tissue growth deals consecutively with nerve growth factor, liver
regeneration, renal growth factor, skeletal growth and regeneration, and trauma and
tumour growth (the "wound hormone" concept).
Vol. II is more varied and selective in content. The first section devotes attention to
insect diapause, Hydra development, sponge aggregation, and chemical messengers in
cellular slime moulds. Then follow two chapters on very divergent plant systems, one on
the control of sexuality in algae (including Volvox), and one on root growth. The chapter
on animal allomones and pheromones seems a little out of place. The next chapter deals
with hormones and neurogenesis in mammals, and would therefore have been placed
more properly in vol. I. The volume is concluded by a long and interesting chapter on
ageing, which features discussions of the many theories, humoral and non-humoral, that
have been advanced to explain this "process".
199
74.
\l R0( KSTEIN, ed. ll>73. THE PHYSIOLOGY OF INSECTA. 2nd edit. Vol. I
Academic Press, New York. etc. XVI, 512 pp., 107 figs., 25 tabs., author and subject
indexes. S 38.00
Contents: 1. Biology of the Insecta (Rockstein, 7 pp.); 2. Reproduction (de Wilde and
de Loot", 85 pp.); 3. Reproduction - Endocrine control (de Wilde and de Loof,
62 pp.); 4 Physiological and biochemical changes during insect development (Agrell
and Lundquist, CM pp.); 5. Physiology of growth and development: endocrine aspects
(Gilbert and King, 121 pp.); 6 Aging in Insects (Rockstein and Miquel, 108 pp)
Hie first edition of this collaborative treatise appeared in three volumes in 1964. It has
now been expanded to six volumes, of which we only review the first. Of the five major
chapters in his volume, only ch. 5 has been updated until 1972, the others no further
than 1971. Nevertheless, they are all competent, readable, and comprehensive (though
not exhaustive) reviews, and are particularly useful as a guide to the specialized literature.
Only one chapter is somewhat disappointing, that by Agrell and Lundquist. One does
not expect complete coverage of morphogenesis and pattern formation in a book on
insect physiology. However, since the authors do treat some of the classical material on
these subjects, it is surprising how inadequately they cover the modern literature, particu-
larly the many recent advances made with techniques such as somatic crossing-over,
nuclear transplantation, and transplantation of imaginal disc fragments. The more is the
pity since imaginal discs are (understandably) only cursorily treated in chapter 5. It is also
surprising that important books such as that by Chen (1971) and the series edited by
Counce and Waddington (1972) are not mentioned.
The book is well produced and adequately illustrated. It is regrettable that no titles are
given in the reference lists.
80.
P.S.TIMIRAS. 1972. DEVELOPMENTAL PHYSIOLOGY AND AGING
Macmillan, New York; Collier-Macmillan, London. XII, 692 pp., 183 figs., 72 tabs., sub-
ject index. £ 9.95
Contents: I Physiology of development; 1. General considerations; 2. Gametogenesis
and fertilization; 3. Sex determination and sex-linked inheritance; 4. Heredity;
5. Course of pregnancy, early embryonic stages, and differentiation; 6. Hormones of
pregnancy: placental, fetal, and maternal; 7. Fetal and maternal membranes, and
placental physiology; 8. Fetal circulation and metabolism; 9. Development and plas-
ticity of the nervous system; 10. Labor and delivery: their effects on the fetus and the
newborn; 1 1. Respiratory and circulatory changes after birth; 12. Gastrointestinal
function; thermoregulatory and metabolic adjustments; 13. Developmental aspects of
immunity; 14. Development of kidney function; 15. Body growth; 16. Regulatory
action of hormones on growth; 17. Development and maturation of gonadal function;
18. Physiologic changes at adolescence; 19. Factors affecting growth and development;
II Physiology of aging: 20. General considerations; 21. Nature of aging processes;
22. Degenerative changes in cells and cell death; 23. Aging of tissues: alterations in
collagen and immune system; 24. Diseases of aging; 25. Cardiovascular alterations with
age: atherosclerosis; 26. Structural, biochemical, and functional aging of the nervous
system; 27. Changes in gonadal function; 28. Decline in homeostatic regulation;
29. Theories of aging; 30. Aging of and in populations; 31. Factors affecting aging:
pharmacologic agents
This book is the first of its kind to appear. It is particularly useful for students,
perhaps somewhat less so for specialists in some areas. The emphasis is on human biology.
Several laudatory reviews have already appeared, so that we will restrict ourselves mainly
to printing the table of contents and a quotation from the preface:
The selections of topics presented herein have been made with a threefold purpose:
200
to give an overview of the sequence of development and decline of the organism from
conception to death; to focus upon the functional changes that mark critical stages of
development and aging, with emphasis upon the interrelationships among various func-
tions and processes and with time; and to integrate classic theories with current hypo-
theses and experimental research. Thus, discrete events at the molecular, cellular, and
tissular levels have been chosen essentially on the basis of their contribution to overall
physiologic competence at selected ages. Similarly, the development and the aging of
endocrine and nervous systems have been given particular emphasis, because of their
significant role in regulating all bodily functions and in enabling the organism to
respond to internal and external environmental challenges from birth to old age.
The author has solicited the help of six other contributors for seven of the 31
chapters. Optional reading, mostly of an advanced nature, is set in smaller type. The book
is very well produced and illustrated, and all chapters have extensive and up-to-date
bibliographies. The index is very extensive.
Symposium reports
81.
H.ANKERMANN and A.TRAEGER, eds. 1972. BEITRAGE ZUR ENTWICKLUNGS-
PHARMAKOLOGIE
Friedrich Schiller Univ., Jena. Wissenschaftliche Beitrage der Friedr.-Schiller Univ
230 pp., 102 figs., 13 tabs. ca. M 14.- (paper)
This book contains the 28 papers read at an international and interdisciplinary
symposium held in November 1971 in Jena, East Germany. Half of the papers were by
East and West-German groups, while the remaining contributions came from Czechoslo-
vakia, the U.S.S.R., Sweden, and the U.S.A. The majority of the papers are in German;
four are in English.
The subject is considered from the viewpoints of pharmacology, pre- and postnatal
developmental biology, pediatrics, and gynecology. At least a dozen of the papers are of
potential interest to mammalian developmental physiologists and teratologists.
The book is plainly produced and has only line illustrations.
82.
B.K.FORSCHER and J.C.HOUCK, eds. 1973. CHALONES: concepts and current re-
searches
U.S. Dept. of Health, Education, and Welfare, Bethesda. National Cancer Inst. Monograph
38. VIII, 233 pp., 88 figs., 39 tabs. $ 4.75
Chalones are tissue-specific endogenous mitotic inhibitors. This symposium was held in
Augusta, Mich, in June, 1972. According to the preface "almost every significant
investigator of chalones over the past decade" was invited. The participants came from
North America and a number of Western-European countries.
The 23 papers are arranged in three groups as follows: The epidermal chalone (7
research papers, a review by Laurence, and a summary of mechanisms by Bullough); The
leucocyte chalone (a review by Lajtha and 6 research papers); Miscellaneous chalones (7
papers on fibroblast, liver, kidney, melanocyte, and tumor chalones). Furthermore, there
is an introductory review by Bullough, a paper by Bard on chalones and homeostasis, and
an apt summary of the symposium by Iversen. The discussions held at the symposium are
not recorded. There are no indexes.
201
METHODS (sec also 19)
Monographs
83.
M.J.CHRISPL1 LS. ed. 1973. MOLECULAR TECHNIQUES AND APPROACHES IN
DEVI LOPMENTAL BIOLOGY
J. Wiley, New York, etc. XIV,306 pp., 53 figs., 4 pis., 34 tabs., subject index. £ 9.20
This book arose from a project called the La Jolla Summer Workshop on Molecular
Techniques in Developmental Biology. This is an annual enterprise, but it is not clear
whether the book represents one workshop or a selection from a series of successive ones.
That the latter is the case is suggested by the fact that in four of the 1 1 contributions the
most recent literature cited dates from 1971 or earlier. No reasons are given for
publishing this particular collection of papers, nor is it clear whether more books of this
kind are to be expected.
The contributions, each by a recognized specialist, describe a variety of techniques and
procedures down to the minutest detail. They therefore constitute the best possible
substitute for personal training, and as such are of great value. There is no common theme
in the book, and the best we can do is to briefly characterize the contributions one by
one as follows: organelles and membranes from rat liver; rat tissue proteins; steroid
receptor proteins; protein separation by gel filtration; enzyme synthesis in germinating
seeds; RNA polymerases from Dictyostelium; DNA from eukaryotic cells; quantitative
measurement of RNA synthesis; nucleic acid hybridization on filters; tRNA species; and
hybridization and reassociation of nucleic acids from cells of higher animals. The last
contribution is by far the longest (80 pp.); the others range in length from about 10 to
over 30 pages.
HISTORY, BIOGRAPHIES, etc. (no entries)
MISCELLANEOUS ITEMS (no entries)
202
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