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GENERAL EMBRYOLOGICAL
INFORMATION SERVICE
VOLUME 17, part 2
COUNTRIES OUTSIDE EUROPE
data collected during 1978
Utrecht-Netherlands
ISSN 0373 823X
f^ianne Oiological im^^;
LrpRARY
AN INTERNATIONAL DIRECTORY 1979
OF CURRENT RESEARCH
IN DEVELOPMENTAL BIOLOGY !: ^^^^'
GENERAL EMBRYOLOGICAL
INFORMATION SERVICE
AN INTERNATIONAL DIRECTORY
OF CURRENT RESEARCH
IN DEVELOPMENTAL BIOLOGY
VOLUME 17, part 2
COUNTRIES OUTSIDE EUROPE
data collected during 1978
Issued by the Hubrecht Laboratory
on behalf of the
General Embryological Information Service Foundation
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 8
3584 CT UTRECHT, Netherlands
Printed in the Netherlands, 1978
CONTENTS
Changes of address in Europe, received since the appearance of
vol.17, part 1 ^
Directory of Names and Addresses, with subjects of research
(alphabetical order) 6
Directory of Institutes, with members engaged in developmental biology
Africa 103
North America
Canada 104
Mexico
106
United States 106
Central America 122
South America 122
Asia 123
Australia 130
Subject Index (alphabetical order) 132
Book Notices 1*
Contents
186
Index to authors and editors 187
CHANGES OF ADDRESS IN EUROPE
received since the appearance of volume 17, part 1
PRITCHARD, D.J.; Ph.D. - Dept. of Human Genet., Univ. of Newcastle upon
Tyne, 19 Claremont Place, NEWCASTLE upon Tyne NE2 4AA, England
RANSOM, R.J.; Ph.D. - Genet, and Developm. , Open Univ., MILTON KEYNES,
Bucks., England
ZUST, Ms. B.; Ph.D. - Stat, de Zool. Exper . , Univ. de Geneve, 154 Route
de Malagnou, 1224 CHENE BOUGERIES, Switserland
DIRECTORY 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 August 1978. 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research subjects in so far as recent, unpublished work in developmental biology was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. 16 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. 16 who have not returned their sheets. Name,
degrees, and addresses were reprinted unchanged from vol. 16 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. 16 whose death has come to our attention (marked f).
Persons Hsted in vol. 16 but not in vol. 17:
a. Persons who had research subjects in vol. 16 but are no longer engaged in research
in developmental biology.
b. Persons who had no research subjects in vol. 16 and have not returned the sheets
for both vol. 16 and 17.
The abbreviation Ms. in names stands for Miss or Mrs.
ABBOTT, Ms. U. K.; Ph.D., Prof. - Dept. of Avian Sci., Univ. of California, DAVIS, CA 95616, USA
ABE, K.; D.Sc. - Biol. Inst., Yamaguchi Univ., Yoshida, YAMAGUCHI, 753 Japan
a Development of megaspore and female gametophyte. Abelia spec, Lonicera spec.. Viburnum
spec., Weigelia spec, and others (Caprifoliaceae), Hydrangea spec, Saxifraga spec, and others
(Saxifragaceae s.l.)
ABRAMOVICI, A.; D.Sc. - Lab. of Developm. Pathol., J. Casper Dept. of Pathol., Beilinson Hosp.,
Tel-Aviv Univ. Med. Sch., PETAH-TIQVA, Israel
ACKERMAN, G. A.; M.D., Ph.D., Prof. - Dept. of Anat., Ohio State Univ., 333 West 10th Ave.,
COLUMBUS, OH 43210, USA
a Morphology and histochemistry of the hemopoietic system in embryonic and adult condition.
Homo sapiens and other spp. (Mammalia)
ADAMS, T. S.; Ph.D. - Metab. and Radiat. Res. Lab.. Agric. Res. Serv., U.S. Dept. of Agric P O Box
5674, State Univ. Station, FARGO, ND 58102, USA
a Endocrine regulation of mating, egg development, and oviposition. Cochliomyia hominovorax
(Calliphoridae, Diptera)
b Maintenance of cyclical production of eggs: isolation and mode of action of oostatic hormone.
Musca domestica (Diptera)
ADAMS SMITH, W.N.; D.PhU., M.D., Prof. - Med. School, Kuwait Univ., P.O.Box 5969, KUWAIT
Kuwait '
ADLER, P.N.; Ph.D. - Dept. of BioL, Univ. of Virginia, GUmer Hall, CHARLOTTESVILLE VA
22901, USA
a Imaginal disc determination and the mode of action of homeotic mutations. Drosophila melano-
gaster (Diptera)
b Imaginal disc regeneration. Same species as a
ADLER, R.; M.D. - Dept. of Biol. M-OOl, Univ. of California at San Diego, LA JOLLA, CA 92093
USA '
a Dis- and reaggrcgation studies of neural tube development. Gallus domesticus (Aves)
b Neural differentiation in vitro. Same species as a
c Visual system development. Same species as a
AGARWAL, L. P.; Prof. - Dr. Rajendra Prasad Centre for Ophthalm. Sci., All India Inst, of Med.
Sci., NEW DELHI-1 10016, India
AGARWAL, S. K.; M.Sc. - Dept. of Zool., Meerut Coll. (Meerut Univ.), MEERUT 250001, India
a Ontogenesis and hind limb regeneration. Rana tigrina (Anura)
b Ontogenesis of endocrine glands. Same species as a ., . o^ . » xto,xt/-
AGGARWAL, S. K.; Ph.D., Assoc. Prof. - Dept. of Zool., Michigan State Univ., EAST LANSING,
AGNEW, W. f!; Ph.D. - Huntington Inst, of Appl. Med. Res., 734 Fairmount Ave., PASADENA, CA
AGNISH N D ; Ph.D. - Dept. of Toxicol., Hoffmann-La Roche Inc., NUTLEY, NJ 07110, and Dept.
of Anat., Jefferson Med. CoU., PHILADELPHIA, PA 19107, USA
a Teratological potential and effects on reproductive performance of pharmaceutical agents under
development. Rattus norvegicus (Rodentia), Oryctolagus cuniculus (Lagomorpha)
b Normal and abnormal development of limbs, especially in organ cultures. Mus musculus (Roden-
tia)
AIRE TAD V.M. - Dept. of Vet. Anat. and Physiol., Univ. of Ibadan, IBADAN, Nigeria
AKETA, K.; D.Sc, Assoc. Prof. - Biol. Inst., Fac. of Sci., Nagoya Univ., Chikusa, NAGOYA 464,
a Gamete surface components involved in fertilization. Pseudocentrotus depressus, Anthocidaris
crassispina, Hemicentrotus pulcherrimus and others (Echinoidea)
AKRUK, S. R.; Ph.D. - Dept. of BioL, Marietta Coll., MARIETTA, OH 45750, USA
a Inhibition and induction of the acrosome reaction in spermatozoa. Oryctolagus cuniculus (Lago-
morpha ...... „
b Ultrastructural localization of acrosomal enzymes and their roles in early tertUization. bame
species as a
ALBERTINI, D. F.; Ph.D. - Dept. of Anat., Harvard Med. School, 25 Shattuck St., BOSTON, MA
02115, USA ^ -
a Time of appearance, functional organization and fate of membrane hormone receptors and ot
gap junctions on granulosa and lutein cells (light and electron microscopy, biochemistry, tissue
culture). Mus musculus, Rattus norvegicus (Rodentia), Oryctolagus cuniculus (Lagomorpha)
b Control of meiosis (initiation and inhibition), especially by factors produced by follicle cells;
fertilization (tissue culture, biochemistry). Same species as a and Arbacia punctulata (Echinoidea)
ALEXANDER G.; D.Agr. - Ian Clunies Ross Anim. Res. Lab., Div. of Anim. Product., CSIRO,
P.O.Box 239, BLACKTOWN, NSW 2148, Australia
a Investigation of the physical and physiological relations between maternal and embryonic tissues.
Ovis spec. (Artiodactyla) ^^ ^ ,
ALLEN, E. R.; Assoc. Prof. - Dept. of Anat., Med. Ctr., Louisiana State Univ., 1542 Tulane Ave.,
NEW ORLEANS, LA 701 12, USA
a Morphological (ultrastructural) organization of contractile protein in myogenic tissue into func-
tional sarcomeres. Gallus domesticus (Aves), Sus scrofa (Artiodactyla)
b Control of ribosomal synthesis in oocytes. Acheta domesticus (Orthoptera)
c Myogenesis in embryos affected with muscular dystrophy. Gallus domesticus (Aves)
ALLEN W R.; Ph.D. - Dept. of Biol., Univ. of California, RIVERSIDE, CA 92502, USA
ALLISON J E.; Ph.D., Prof. - Dept. of Anat. Sci., Univ. of Oklahoma Health Sci. Ctr., P.O.Box
26901,OKLAHOMA-City,OK 73190, USA
a Genital and urinary anomalies with emphasis on hermaphroditic alterations. Rattus rattus (Roden-
tia)
ALPERIN, R. J.; Ph.D. - Biol. Dept., Community Coll. of PhUadelphia, 34 South 11th St., PHILA-
DELPHIA, PA 19107, USA . .
a Changes in the submicroscopic distribution of nuclear nucleic acids during differentiation and
metaplasia. Gallus domesticus. Anas platyrhynchos (Aves)
b Submicroscopic DNA packing and chromosome architecture. Notophthahnus viridescens (Uro-
dela)
c Nuclear nucleic acid submicroscopic distributions during chorion formation. Hyalophora cecropia
(Lepidoptera) ^ , . . ,, ■
ALTERACZ, Ms. H.; M.Sc. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr., Tel Aviv Univ.,
TEL HASHOMER, Israel
a Osteoneogenetic properties of transplanted fetal bone replacing bone loss. (Rodentia)
ALTMAN, J.; Prof. - Dept. of Biol. Sci., Purdue Univ., WEST LAFAYETTE, IN 47907, USA
a Development of the brain. Rattus norvegicus (Rodentia)
b Effect of x-irradiation, undernutrition, and hormonal treatments on brain development. Same
species as a
c Effect of retardation of cerebellar maturation on development of motor skills. Same species as a
d Effect of retardation of olfactory bulb development on olfactory behavior. Same species as a .
AMABIS, J. M.; Ph.D. - Dept.de Biol., lnst.de Biocienc, Univ.de Sao Paulo, C.P. 11461, 1000 SAO
PAULO, Brazil
a Effects of ecdysone on DNA synthesis and puffs in polytene chromosomes; experimental putt
induction; correlation between puffs and protein synthesis. Trichosia pubescens (Sciaridae,
Diptera)
b Ultrastructure of amplifying DNA extracted from puffs. (Diptera)
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 Bio!., Gifu Coll. of Dent., 1851 Takano, Hozumi-cho, Motosu-gun,
GIFU-ken, Japan
a Electron microscopy and experiments on differentiation of embryonic gonads. Callus domesticus
(Aves)
AMES I. H.; Ph.D. - Dept. of Anat., Upstate Med. Ctr., State Univ. of New York, 766 Irving Ave.,
SYRACUSE, NY 13210, USA
a Hormonal regulation of tumor induction. Nicotiana species hybrids (Solanaceae)
AMY, R. L.; Ph.D., Prof. - Dept. of Biol., Southwestern at Memphis, 2000 N. Parkway, MEMPHIS,
TN 38112, USA
a Ultraviolet microbeam irradiation and ruby laser microirradiation of the developing embryo.
Habrobracon juglandis (= Bracon hebetor) (Hyinenoptera)
b Analysis of radiation-induced embryonic death. Same species as a
AN, B.; Ph.D. - Dept. of Obstet. & Gynecol., Ctr. for Res. in Reprod. Biol., L 1007 Women's Hosp.,
ANN ARBOR, MI 48109, USA
ANDERSEN, A. C; V.M.D., Ph.D. - Radiobiol. Lab., Sch. of Vet. Med., Univ. of California, DAVIS,
CA 95616, USA
a Effects of low-level irradiation on the ovary. Canis familiaris (Carnivora), Macaca radiata (Pri-
mates)
b Endocrine aspects of the afollicular (x-irradiated) ovary. Canis familiaris (Carnivora)
c Oogenesis. Macaca radiata (Primates)
ANDERSEN, O. F.; B.A. - Merck Inst, for Therap. Research, P.O.Box 2000, RAHWAY, NJ 07065,
USA
a Studies on fertilization. Mesocricetus auratus (Rodentia)
ANDERSON, D. T.; D.Sc, Prof. - School of BioL Sci., Univ. of Sydney, Zool. Bldg., SYDNEY,
N.S.W. 2006, Australia
a Comparative embryology. (Crustacea)
ANDERSON, E.; Prof. - Dept. of Anat. and Lab. of Human Reprod. & Reprod. Biol., Harvard Med.
School, 45 Shattuck St., BOSTON, MA 021 15, USA
a Oogenesis, especially relation to follicle ceUs, fertilization, pre-implantation stages (ultrastructure,
cytology, cytochemistry). Mus musculus, Rattus spec, Mesocricetus auratus, Cavia porcellus
(Rodentia)
ANDREW, Ms. A.; Ph.D., Assoc. Prof. - Dept. of Anat., Med. Sch., Univ. of the Witwatersrand,
Hospital St., JOHANNESBURG 2001, S. Africa
a Experiments on the possible origin of pancreatic APUD cells from the rhombencephalic neural
crest. Gallus domesticus (Aves)
b Experiments on the possible origin of individual pancreatic islet cell types from the trunk neural
crest. Same species as a (with B. KRAMER)
c Origin of the endocrine cells of thegastro-intestinal tract. Same species as a (with B. B. RAWDON
and B. KRAMER)
d Occurrence of somatostatin- and avian pancreatic polypeptide in the same or in different cell
types of the pancreas around hatching (immunochemistry). Same species as a (with B. B. RAW-
DON)
ANGRA, S. K. - Dr. Rajendra Prasad Ctr. for Ophthalm. Sci., All India Inst, of Med. Sci., NEW
DELHI-1 10016, India
ANSEVIN (DABROWSKA). Ms. K.; Ph.D., Assoc. Prof. - Dept. of Biol., Rice Univ., HOUSTON, TX
77001, USA
AOTO, T.; D.Sc, Prof. - Zool. Inst., Fac. of Sci., Hokkaido Univ., N.IO, W.8, SAPPORO, 060 Japan
a Morphology and physiology of neurosecretion. (Crustacea; Pisces; Amphibia)
b Morphogenesis of the naupUus eye. Palaemon paucidens (Decapoda, Crustacea)
c Morphogenesis of the pineal organ. Xenopus laevis (Anura)
ARKING, R.; Ph.D. - Dept. of Biol., Wayne State Univ., DETROIT, MI 48202, USA
a Use of temperature-sensitive autonomous cell-lethal mutations to study: 1. factors controlling
regeneration following heat induced cell death; 2. role of such a mutation in causing formation
of allotypic structures; 3. developmental organization of the imaginal disc. Drosophila melano-
gastcr (Diptera)
b Electrophoretic and autoradiographic analysis of patterns of macromolecular synthesis during
embryogenesis. Same species as a
ARMENTI, V. T.; B.A. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADELPHIA,
PA 19107, USA
a Effects of maternal hypervitaminosis A on perinatal lung maturation. Rattus norvegicus (Roden-
tia)
ARMSTRONG, J. B.;Ph.D., Assoc Prof. - Dept. of Biol., Univ. of Ottawa, OTTAWA, Ont. KIN 6N5,
Canada
a Mutagenesis, mutant isolation, and characterization of developmental mutants. Ambystoma
mcxicanum (Urodela)
b Regulation of lipid biosynthesis during development. Xenopus laevis (Anura)
ARMSTRONG, Ph. B.; M.D., Prof. - Dept. of Anat., Upstate Med. Ctr., State Univ. of New York, 766
Irving Ave., SYRACUSE, NY 13210, USA
no work on developmental biology in progress
ARNOLD, J. M.; Ph.D., Prof. - Kewalo Marine Lab., Pacif. Biomed. Res. Ctr., Univ. of Hawaii, 41
Ahui St., HONOLULU, HI 96813, USA
a Studies on the egg cortex (histochemistry, electron microscopy, centrifugation). Loligo pealii
(Decapoda), Octopus spec. (Octopoda, Cephalopoda)
b Blastoderm formation and cleavage. (Cephalopoda)
c Mechanism of tissue mass fusion in vitro and in vivo
d Histochemistry and electron microscopy of gametogenesis. Nautilus pompilius (Cephalopoda)
e Egg laying and fertilization in captivity to study embryology. Same species as d
ARTZT, K.; Ph.D. - Devi. Genet. Lab., Mem. Sloan-Kettering Cane. Ctr., 1275 York Ave., NEW
YC)RK, NY 10021, USA
a Cell surface antigens of embryonal tumors. Mus musculus (Rodentia)
b Development of embryonal tumors from mutant embryonic material. Same species as a
ARZEE, Ms. T.; Ph.D. - Dept. of Bot., Tel-Aviv Univ., RAMAT-AVIV, Israel
a Ethylene emanation, cellulose activity and anatomy of stem, transition region and root during
development. Kochia indica (Chenopodiaceae)
b Role of quiescent center in regenerating roots after decapitation. Zea mays (Gramineae)
c Apical meristem in relation to flowering and other determinate growth
ASAHI,T.;D.Agr., Assoc. Prof. - Lab. of Biochem., Fac. of Agric, Nagoya Univ., Chikusa, NAGOYA,
464 Japan
a Biochemistry of cell organelle biogenesis during early seed germination. (Angiospermae)
ASAI, E.; M.Sc. - Biol. Inst., Kanazawa Med. Univ., UCHINADA-machi, Ishikawa-ken, 920-02 Japan
ASAKURA, K. - Biol. Inst., Kanazawa Med. Univ., UCHINADA-machi, Ishikawa-ken, 920-02 Japan
a Reaggregation of dissociated cells. (Porifera)
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
puUcherrimus (Echinoidea)
b Chromosomal proteins in regenerating liver. Rattus norvegicus (Rodentia)
ASAYAMA, S.; Prof. (Emer.) - Lab. of Developm. Biol., Dept. of Biol., Osaka City Univ., 459 Sugi-
moto-cho, Sumiyoshi-ku, OSAKA, 558 Japan
a Hormonal effect upon prenatal sex development and postnatal sexual behavior. Cavia porcellus
(Rodentia)
b Statistical investigation of adolescent sex development. Homo sapiens (Primates)
ASHA, Ms. S.; M.Sc. - Dept of Anat., Jawaharlal Inst, of Postgrad. Med. Educ. and Res., PONDI-
CHERRY 605006, India
a Teratogenic effect of oxazepam. Rattus norvegicus (Rodentia)
ASNANI, Ms. M.; M.Sc. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA 390002, India
a Liver, spleen, and lymph gland regeneration. (Reptilia; Aves)
ATIENZA-SAMOLS, Ms. S.B.; M.Sc. - Dept. of CeU Biol., Roche Inst, of Molec. Biol., Kingsland St.,
NUTLEY,NJ 07110, USA
a Factors involved in adhesion and outgrowth of early embryonic cell types. Mus musculus (Roden-
tia)
b Determination and differentiation of early embryonic cells. Same species as a
ATKINSON, B. G.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of W. Ontario, LONDON, Ont. N6A
5B7, Canada
a Metamorphosis: regulation of intracellular transcriptional and translational processes by thyroid
and pituitary hormones; chromosomal and ribosomal protein. Rana catesbeiana (Anura)
b Myogenesis: regulation of development at the transcriptional and translational level in cultured
myoblasts. Rana catesbeiana (Anura), Mus musculus (Rodentia)
ATSUMI, Ms. S.; M.D. - Dept. of Embryol., Carnegie Inst, of Washington, 1 15 W. University Parkway,
BALTIMORE. MD 21210, USA
a How neurons regulate the function and differentiation of target cells. Gallus domesticus (Aves)
AUCLAIR, W.; Ph.D., Assoc. Prof. - Dept. of Biol., Sch. of Sci., Rensselaer Polytechn. Inst., TROY,
NY 12181, USA
AUERBACH, R.; Ph.D., Prof. - Dept. of Zool., Univ. of Wisconsin, 1 117 W. Johnson St., MADISON,
WI 53706, USA
a Cellular interactions in development of immune response, tumor immunology, and angiogenesis
AUERSPERG, N.; M.D., Ph.D., 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)
AUVENSHINE, R. C; D.D.S., Ph.D. - Dept. of Anat., Louisiana State Univ., 1100 Florida Ave.,
NEW ORLEANS, LA 70119, USA
a Embryogenesis of mandibular joint correlated with fetal reflex activity. Rattus spec. (Rodentia)
b Role of jaw joint immobilization on the embryogenesis of the mandibular joint. Rattus spec.
(Rodentia)
AVERY, J. K.; D.D.S., Ph.D., Prof. - Dept. of Anat., Univ. of Michigan, ANN ARBOR, MI 48109,
USA
a Neurotrophic effects on rates and quality of dentin formation in teeth (nerve resection, electron
microscopy, micro-measurements). Mus musculus (Rodentia)
AWlTI,Ms. L.;M.Sc. - Dept. of EntomoL, Univ. of Nairobi, P.O.Box 30 197, NAIROBI, Kenya
a Structure and function of the accessory reproductive gland complex. Dysdercus fasciatus (Het-
eroptera)
AYAKI.T.; M.S. - Dept. of Genet., Nagasaki Univ., 12-4, Sakamoto-machi, NAGASAKI, 852 Japan
a Radiation genetics (imaginal discs). Drosophila melanogaster (Diptera)
AZAR(GEALIJA), Ms. I.; M.Sc. -Dept. of Zool., Hebrew Univ., JERUSALEM, Israel
a Autoradiography of cell migrations between epiblast and hypoblast, and their possible role in
embryonic differentiation. (Aves) ,..,..., r. at irv AxirMiT a
AZIZ, F. K.; M.Sc. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey, ALbXANURlA,
Ecypt
temporarily: Dept. of Embryol., Leningrad State Univ., Mendeleevsky St. 5, LENINGRAD
199164, USSR . ^.,.
a Effect of immunodepressors on the regenerative ability. Ambystoma mexicanum, Inturus spec.
(Urodela) ,. ,, . , r,- r. i
AZOUBEL R • M D., Ph.D., Prof. - Dept. de Morfol. Hum. Funct. e Aplic, Univ. de Sao Paulo,
C.P. 36i,'i4.106'rIBEIRAO PRETO, S.P., BrazU
BABA, S.; D.Sc, Prof. - Dept. of Biol., Konan Women's Univ., 2-23 Morikita machi 6-chome,
Higashinada-ku, KOBE, 658 Japan
a Pre-pattern phenomenon of localisation of enzymatic activity prior to the formation of wound
vessel member. Coleus blumei (Labiatae) (with L. W. ROBERTS, Moscow, Idaho)
b Effect of environment on morphogenesis of vascular elements. Same species as a (with L. W.
ROBERTS)
c Cytodifferentiation of tracheal elements. (Angiospermae)
BACHOP, W. E.; Ph.D. - Dept. of Anat., National College, 200 E. Roosevelt Rd., LOMBARD, IL
60148, USA
a Light microscopy of yolk sac syncytium. Notothenia neglecta (Teleostei)
BACHVAROVA, Ms. R.; Ph.D. - Dept. of Anat., Med. Coll., Cornell Univ., 1300 York Ave., NEW
YORK, NY 10021, USA
a Gene expression in oogenesis. Mus musculus (Rodentia)
b Maternal and embryonic control of early development
BAETZ, A. L.; Ph.D. - Natl. Anim. Dis. Ctr., Agric. Res. Serv., P.O. Box 70, AMES, lA 50010, USA
a Techniques to sample amniotic and allantoic fluids repeatedly; examination of their constituents
to compare normal animals with those infected with agents causing abortion. Bos taurus (Artio-
dactyla)
b Enzymatic diagnostic or immunologic test on maternal plasma in order to predict fetal death or
placental disruption. Same species as a
BAGNARA, J. T.; Ph.D., Prof. - Dept. of Cell, and Developm. Biol., Univ. of Arizona, TUCSON,
AZ 85721, USA
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 xantophores, erythrophores, and iridophores. Same species as a
d Common origin of all vertebrate pigment cells from a common stem cell and common origin of
all pigmentary organelles from a primordial organelle derived from the endoplasmic reticulum.
(Vertebrata)
e Formation at metamorphosis of the melanosome (eumelanin with pterorhodin cortex) from the
larval melanosome. (PhyUomedusinae, Anura)
f Neural crest: pattern formation on dorsal surface. (Anura)
g Reproductive biology: gonadal analysis, gonadotrophin analyses. Pachy medusa dacnicolor (Phyl-
lomedusinae), Rana pipiens, R. berlandieri forreri, R. blairi. R. magnaocularis, R. new spp. and
hybrids (Anura)
BAGWELL, J. N.; Ph.D. - Dept. of Anat., Louisiana State Univ., 1542 Tulane Ave., NEW ORLEANS,
LA 70112, USA
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
BAILEY, R. P.; Ph.D. - Dept. of Med. Sci., Univ. of Alaska, FAIRBANKS, AK 99701, USA
a Development of anomalies of the lymphatic system. Mus musculus (Rodentia), Homo sapiens
(Primates)
b Vasculogenesis and tumor angiogenesis. Same species as a
BAKER, P. C; Ph.D., Prof. - Dept. of Biol., Cleveland State Univ., Euclid at 24th St., CLEVELAND,
OH 44115, USA
a Maturation of indoleamine biochemistry in brain. Mus musculus (Rodentia)
b Drug action upon maturing brain. Same species as a
BAKER, R. F.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Univ. of South. Calif., University Park,
LOS ANGELES, CA 90007, USA
BAL, A. K.; D.PhU., Prof. - Dept. of Biol., Mem. Univ. of Newfoundland, ST. JOHN'S, Nfld. AlB 3X9,
Canada
a Germination. Rubus chamaemorus (Rosaceae)
b Developmental physiology of symbiotic root nodules. Glycine max (Papilionaceae)
BALINSKI, B. I.; Dr. biol. sci., Prof. (Emer.) - 19 Oban Avenue, Blairgowrie, 2194 JOHANNES-
BURG, S. Africa
a Development of pattern on wings. Acraea horta (Lepidoptera)
BALLARD, W. W.;Ph.D., Prof. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755, USA
a Morphogenetic movements in embryos. (Teleostei; Holostci; Chondrostei; Elasmobranchii)
b Monograph on developmental anatomy. Ambystoma spec. (Urodela)
c Morphogenetic movements and fate map. Acipcnser giildcnstadti, A. stellatus. Huso huso (Chon-
drostei), Catostomus commersoni (Cypriniformes), Gobius niger, Perca flavescens (Perciformes;
Teleostei)
BAND, R. N.; Ph.D., Prof. - Dept. of Zool., Michigan State Univ., EAST LANSING, MI 48824, USA
a Encystation requirements. Entamoeba histolytica (Rhizopoda)
b Alternate respiratory pathways and encystation. Acanthamoeba castellanii (Rhizopoda)
BANK, H. L.; Ph.D. - Dept. of Pathol., Med. Univ. of S. Carolina, 143 Ashley Ave., CHARLESTON,
SC 29403, USA
a Teratogenic effects of freezing on embryos. Mus musculus (Rodentia)
b Cryogenic preservation of embryos. Mus musculus (Rodentia), Oryctolagus cuniculus (Lago-
morpha)
BARBER, Ms. M. L.; Ph.D., Prof. - Dept. of BioL, California State Univ., 18111 Nordhoff St.,
NORTHRIDGE, CA 91 330, USA
a Changes in lipids and enzymes in cell surface at fertilization and maturation (using cell ghosts).
Strongylocentrotus purpuratus, Lytechinus pictus (Echinoidea), Patiria miniata (Asteroidea)
b Effect of teratogenic or activating agents on lipids and enzymes of cell surface in early devel-
opment. Same species as a
c Isozymes of G-6-P dehydrogenase changing at fertilization and ammonia activation. Lytechinus
pictus, Strongylocentrotus purpuratus (Echnoidea)
d Lipids contained in cortical granules of unfertilized eggs. Strongylocentrotus purpuratus (Echinoi-
dea)
BARBIERI, F. Q.; 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
(Anura)
b Spermatozoon in determination of bilateral symmetry. Same species as a
c Primary induction: characterization of the inducing agent. Same species as a
BARNARD, Ms. S. B.; Dr. - Exp. Embryol. Res. Unit of the M.R.C., Dept. of Anat., Univ. of the
Orange Free State, P.O. Box 339, BLOEMFONTEIN 9300, S. Africa
a Experiments on inner ear development. Gallus domesticus (Aves)
BARRY, A.; Ph.D., Prof. - Carnegie Labs, of Embryol., Univ. of California, DAVIS, CA 95616, USA
a Computerized cataloguing of Carnegie and other embryological collections. Homo sapiens (Pri-
mates)
BATTLE, Ms. H. I.; Ph.D., Prof. (Emer.) - Dept. of Zool., Univ. of W. Ontario, LONDON, Ont.
N6A 5B7, Canada
a Radiological and dermatoglyphic study of a hereditary anomaly: brachydactyly type A4 (Tem-
tamy type) involving brachymesophalangy of digits II and V together with foreshortening of
the terminal phalanx of digit I in hands and to a lesser extent in feet. Homo sapiens (Primates)
BAUMINGER, Ms. S.; Ph.D. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr., Tel Aviv Univ.,
TEL HASHOMER, Israel
a Hormone synthesis in early trophoblastic cells in vitro. (Rodentia) (with A. FEIN)
BEAMS, H. W.; Ph.D., Prof. (Emer.) - Dept. of Zool., Univ. of Iowa, lOWA-City, lA 52242, USA
a Fine structure and physical properties of mitotic apparatus in blastomeres. Brachydanio rerio
(Teleostei)
Ms. BECERRA de GUZMAN, Ms. M.; M.D. - Cat. de Embriol., Fac. de Med., Univ. de Los Andes,
MI^RIDA, Venezuela
a Developmental failure (anomalies) of the hand. Homo sapiens (Primates)
BEEBE, D. C; Ph.D. - Dept. of Anat., Uniformed Serv. Univ. of the Health Sci.,4301 Jones Bridge
Rd., BETHESDA, MD 20014, USA
a Gene expression: transcriptional and possible translational mechanisms regulating delta-cry stallin
synthesis and mRNA accumulation during embryonic and post-embryonic development (in vivo
and in vitro). Gallus domesticus (Aves)
b Cell elongation during formation of lens fiber cells in vivo and in vitro, especially role of micro-
tubules, and extracellular control by substances in the eye. Same species as a
BEHRMAN, S. J.; M.D., Prof. - Dept. of Obstet. and Gynecol., Ctr. for Res. in Reprod. Biol., L 3100
Women's Hosp., ANN ARBOR, MI 48109, USA
BEKOFF, Ms. A. C; Ph.D. - Dept. of Environm., Popul. and Organismic Biol., Univ. of Colorado,
BOULDER, CO 80309, USA
a Development of specific motoneuron connections in the early embryo, especially functional
matching of central and peripheral connections (electrophysiology). Gallus gallus (Aves)
b Development of interlimb coordination. Gallus gallus (Aves). Rattus norvegicus (Rodentia)
BEIG, D.; Ph.D. - Dent, de Biol., Inst, de Biocienc, Univ. Estadual Paulista, C.P. 178, 13500 RIO
CLARO, Brazil
a Organogenesis and differentiation of the genital system (comparative study in 3 castes during
postembryonic development). Trigona postica (Hymenoptera)
b Morphogenesis and functional development of corpora aUata (including neurohormone produc-
tion). (Meliponinae, Hymenoptera)
c Control of polymorphic development with special reference to environmental factors. Same
species as b
d Morphogenesis and growth of larval and pupal ovarioles of worker and queen. Same species as b
BELL, G. A.; Ph.D. - Res. Sch. of Biol. ScL, Austr. Natl. Univ., P.O. Box 475, CANBERRA, A.C.T.
2601, Australia
a Visual system development. Gallus domesticus (Aves)
BELL, W. J.; Ph.D., Prof. - Depts. of Entomol. and of Physiol. & Cell Biol., Univ. of Kansas, Snow
Hall, LAWRENCE, KS 66045, USA
a Timetable of events, cellular mechanisms and essential factors in the maintenance of juvenile
hormone initiated yolk deposition in vitro. Periplaneta americana (Blattodea)
11
BENDER H A ; Ph.D., Prof. - Dept. of Biol., Univ. of Notre Dame, NOTRE DAME, IN 46556, USA
a Phen'ogenet'ic studies of the ovarian tissue of female-sterile mutants. Drosophila melanogaster
(Diptera) ... „
b Effects of genetic suppressors and enhancers upon pleiotropic systems. Same species as a
c Effects of chomenes (precocene and derivatives) upon maturation of the reproductive system.
Coelopa frigida (Diptera) ... , „ ,• i
d Genetic "dissection" of the syndrome of effects of the lozenge pseudoallelic complex, using
ethylmethanesulfonate (EMS) induced and spontaneous suppressor mutations and enhancers.
Same species as a tt ■ ir iic
BENIRSCHKE K • M D Prof. - Dept. of Pathol., Univ. of California, Med. Ctr., Umv. Hosp., 2/5
Dickinson' St./SAN DIEGO, CA 92103, USA
a Cytomegalovirus-infection of placenta. Homo sapiens (Primates)
b Placental pathology. Same species as a
c Cytogenetics. (Aves; Mammalia) . .r^, . . ^
d Ovum transport and transplantation; chimerism. Dasypus novemcmctus (Edentata)
e Reproductive physiology, primarily endocrinology. Same species as d
BENNETT, D; Dr., Prof. -Mem. Sloan-Kettering Cane. Ctr., 1275 York Ave., NEW YORK, NY 10021,
USA
a Effect of mutant genes on embryonic development. Mus musculus, Rattus norvegicus (Rodentia)
b Cell surface antigens in spermatogenesis and embryonic development. Same species as a
BENSON S. C; Ph.D. - Dept. of Biol. Sci., Calif. State Univ., HAYWARD, CA 94542, USA
a Molecular and biochemical events underlying spicule and pigment synthesis (collagen and ty-
rosinase synthesis measured in whole animals and isolated cell populations). (Echinoidea)
BENZO C. A.; Ph.D. - Dept. of Anat., Upstate Med. Ctr., State Univ. of New York, 766 Irving Ave.,
SYRACUSE, NY 13210, USA ^„ ^
a Development and control of glycogen metabolism in embryonic and neonatal liver. Gallus domes-
ticus (Aves)
b The role of hormones in the ultrastructural and biochemical development of embryonic liver
in organ culture. Same species as a
c Structural and functional differentiation of the endocrine pancreas. Same species as a
BERESFORD,W. A.;D.Phil., Prof. - Dept. of Anat., Med. Ctr., West Virginia Univ., MORGANTOWN,
WV 26506, USA
a Influence of hypervitaminosis A on developing temporo-mandibular joint. Rattus norvegicus
(Rodentia)
b Development of penile bone (transmission and scanning electron microscopy). Same species as a
c Transplantation of genital tubercle to brain. Same species as a
d Formation of tissues intermediate between bone and cartilage from blastemas of regeneration and
early osteogenesis
e Factors evoking secondary chondrogenesis
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. Paramecium aurelia (Ciliata)
b Developmental genetics of cell shape and the division process. Same species as a
BERLINROOD, M.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci.,Goucher CoU., BALTIMORE, MD 21204,
USA
a Direct observation of axoplasmic particle movements in tissue cultured embryonic nerve fibers;
outgrowth and guidance of embryonic nerve fibers. Ambystoma spec, Rana pipiens, Xenopus
laevis (Amphibia)
b Interaction of neural crest cells in tissue culture preparations derived from neural fold. Same
species as a
BERNFIELD, M. R.; M.D., Prof. - Dept. of Pediat., Stanford Univ., 300 Pasteur Drive, STANFORD,
CA 94305, USA
a Embryonic epithelia: synthesis of macromolecules (collagen, mucopolysaccharide, RNA, en-
zymes) during inductive interactions in vitro. Mus musculus (Rodentia)
b Morphogcnetic role of extracellular materials (collagen, mucopolysaccharide) during m vitro
development of salivary submandibular epithelia. Same species as a
c Cellular adhesion and recognition. Gallus domesticus (Aves)
BERRILL, N. J.; Ph.D. - 410 Swarthmore Ave., SWARTHMORE, PA 19081, USA
BERRY, S. J .; Ph.D., Prof. - Dept. of Biol., Wesleyan Univ., MIDDLETOWN, CT 06457, USA
a Nucleic acid metabolism during differentiation (ultracentrifugation, gradient centrifugation,
autoradiography, chromatography). Hyalophora cecropia (Lepidoptera)
b Endocrine control of differentiation (light and electron microscopy, autoradiography, organ
culture). (Saturniidac, Lepidoptera)
c RNA synthesis during oogenesis (autoradiography, electron microscopy, gradient centrifugation).
Various spp. (Lepidoptera)
d Protein synthesis in specialized organs (autoradiography, electron microscopy, gradient centrifuga-
tion). Same species as a
e Morphogenesis in the CNS (light and electron microscopy, autoradiography, histochemistry, en-
zyme assays). Same species as c
BERSU, E. T.;Ph.D. - Dept. of Anat., Univ. of Wisconsin, 1255 Linden Drive, MADISON, WI 53706,
USA
a Variations occurring in malformations caused by aneuploidy and mutations (gross anatomy),
especially phcnotypcs of 13-, 18-, and 21 -trisomy syndromes. Homo sapiens (Primates)
b Effects of trisomy 19 on morphology and development. Mus musculus (Rodentia)
12
BERTALANFFY, F. D.; Ph.D., Prof. - Dept. of Anat., Univ. of Manitoba, 730 William Ave., WINNI-
PEG, Man. R3E 0W3. Canada
a Rates of cell division of neoplastic populations. Rattus rattus, Mus musculus (Rodentia)
b Cell renewal and cytodynamics of normal cell populations. Same species as a
c Effects of cytosine arabinoside on cell development and proliferation. Same species as b
d Combined treatment of normal and malignant cell populations with cytosine arabinoside and
x-irradiation. Mus musculus (Rodentia)
BETZ, T. W.; Ph.D., Assoc. Prof. - Dept. of Biol., Fac. of Sci., Carleton Univ., OTTAWA, Ont.
K1S5B6, Canada
a Endocrine ontogenesis. Gallus domesticus (Aves)
b Hormonal and other factors controlling differentiation of the duodenum, spleen, neural retina,
adeno-hypophysis, hemoglobin, yolk sac, and hatching and growth of the embryo. Same species
as a
BETZALEL, M. - Dept. of Zool., Fac. of Life Sci., Tel-Aviv Univ., Ramat-Aviv, TEL-AVIV, Israel
a Changes on chromatin structure and function in sperm. Rattus spec. (Rodentia)
BHANDARI, N. N.;Ph.D. - Dept. of Bot., Univ. of Delhi, DELHI 110007, India
a Histochemistry of gametogenesis and sporogenesis. AUium tuberosum (Liliaceae), Argemone
niexicana, Papaver spec. (Papaveraceae)
b Cytology of endosperm as related to fertility; effect of gamma irradiation. Triticale, Triticum
spec, Secale spec. (Gramineae)
BHARGAVA, I.; D.Sc, Prof. - Dept. of Postgrad. Stud, in Anat. Sci., Jundi Shapur Univ. Med.
School, P.B. 1059, AHWAZ, Iran
BHASKARAN, G.; Ph.D., Assoc. Prof. - Inst, of Developm. Biol and Dept. of Biol., Texas A & M
Univ., COLLEGE STATION, TX 77843, USA
a Pattern formation in the integument; 1. differentiation of abdominal histoblasts; developmental
capacity, regulation, cell interaction; 2. cellular and biochemical aspects of the posterior margin
induced pattern transformation. Sarcophaga bullata, Musca domestica (Diptera), Galleria mel-
lonella, Manduca sexta (Lepidoptera)
b Hormonal control of growth and development. Sarcophaga bullata (Diptera), Hyalophora cecropia
(Lepidoptera)
BIDDLE, F. G.; Ph.D. - Dept. of Basic Sci., Fac. of Med., Memorial Univ. of Newfoundland, ST.
JOHN'S, Nfld AlB 3V6, Canada
a Genetic control of the embryonic response variation to cleft-palate inducing teratogens in inbred
strains; statistical models to quantitate embryonic development and teratogenic response to
search for variations in development and "mutations" in teratogenic response. Mus musculus
(Rodentia)
b Alteration of the phenotypic expression of chromosomal duplication/deficiencies; genetic control
of developmental homeostasis. Same species as a
BIRGE, W. J.; Ph.D., Prof. - Sect, on Regulat. and Devi. Biol., Sch. of Biol. Sci., Univ. of Kentucky,
Funkhauser Bldg. Rm 104, LEXINGTON, KY 40506, USA
a Functional and morphological differentiation of the blood-brain barrier. Gallus domesticus
(Aves), (Mammalia)
b Environmental toxicology of reproduction. (Vertebrata)
BIRKENMEIER, E. H.; M.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University
Parkway, BALTIMORE, MD 21210, USA
a Faithful transcription of purified 5S RNA genes in vitro using nuclear extracts and purified
RNA polymerase III; mechanisms which regulate transcription of different types of 5S RNA
genes during development. Xenopus laevis, X. borealis (Anura)
BLACK, R. E.; Ph.D., Prof. - Dept. of Biol., Coll. of WiUiam and Mary, WILLIAMSBURG, VA 23185,
USA
a Tracer studies of metabolic pathways in embryos. Chrysaora quinquecirrha (Scyphozoa), Arbacia
punctulata (Echinoidea)
b Development of enzymes in embryos. Same species as a
BLACKLER A W.; Ph.D., Prof. - Sect, of Genet., Developm. and Physiol., Div. of Biol. Sci., Cornell
Univ., Emerson Hall, ITHACA, NY 14850, USA
BLAMIRE, J.; Ph.D. - Dept. of Biol., Brooklyn Coll., NEW YORK, Brooklyn, NY 11210, USA
a DNA, RNA and protein metabohsm during embryogenesis and early development; isolation and
characterization of morphological and developmental mutants; use of inhibitors of nucleic acid
metabolism and their consequences. Volvox carteri (Volvocales, Chlorophyceae)
b Relationship between nuclear and mitochondrial DNA during asexual reproduction, mating and
meiosis; control pathways. Saccharomyces cerevisiae (Saccharomycetales)
BLAYDES, D. F.; Ph.D., Assoc. Prof. - Dept. of Biol., West Virginia Univ., Brooks Hall, MORGAN-
TOWN, WV 26506, USA
a Mode of action of cytokinins in development (tissue and cell culture). Glycine max (Papilion-
aceae), Nicotiana spec. (Solanaceae)
BLOCH, D. P.; Ph.D., Prof. - Bot. Dept., Univ. of Texas, AUSTIN, TX 78712, USA
a Flow-cytometric analysis of spermiogenesis. Rattus norvegicus (Rodentia)
b Cell cycle kinetics, relating cell cycle stages, and frequencies of G-0 stages to cell differentiation
(flow-cytometrics). various systems
BLONDHEIM, Ms. S. A.; M.Sc. - Dept. of Entomol., Hebrew Univ., JERUSALEM, Israel
BLOOM, S. E.; Ph.D. - Dept. of Poultry Sci., N.Y. State Coll. of Agric. at Cornell Univ., 215 Rice
HaU, ITHACA, NY 14853, USA
13
a Cytology, development, and reproductive performance of mitotic mutants, especially the effects
of age and sex on the development of binucleated erythrocytes. Meleagris gallopavo (Aves)
b Effects of selected environmental chemicals on morphogenesis and genetic constitution of early
embryos. Gallus domesticus (Aves)
BLOUNT, R. F.; Ph.D., Prof. - Dept. of Anat., Med. Branch, Univ. of Texas, GALVESTON, TX
77550, USA
BLUMENFELD M ; Ph D. - Dept. of Zool., Univ. of Minnesota, MINNEAPOLIS, MN 55455, USA
BODE. H. R.; Ph.D. - Dept. of Developm. and CeU Biol., Univ. of Calif., IRVINE, CA 92717, USA
BODEMER, C. W.; Ph.D. - Dept. of Biomed. Hist., Sch. of Med., Univ. of Washington, SEATTLE,
WA 98195, USA
a History of embryology, 1600-1900
BODENSTEIN, D.; Ph.D., Prof. (Emer.) - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHARLOT-
TESVILLE, VA 22901, USA
a Developmental biology. (Insecta; Amphibia)
b Endocrinology. (Insecta)
BOELL, E. J.; Ph.D., D.Sc, Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN,
CT 06520, USA
BOLENDER, D.; Ph.D. - Dept. of Anat., Texas Tech Univ., P.O. Box 4569, LUBBOCK, TX 79409,
USA
a Effects of extracellular matrix on cell motility, cell association and gene expression in devel-
opment, especially in urogenital and cardiovascular systems. (Amphibia; Aves; Mammalia), Homo
sapiens (Primates)
b Epithelial-mesenchymal interactions and cell communication in developing systems, for instance
ovarian and follicular development. Same species as a
BOLLUM, F. J.; Ph.D. - Biochem. Lab., Uniformed Serv. Univ. of the Health Sci., Dept. of Defense,
4301 Jones Bridge Rd., BETHESDA, MD 20014, USA
a Polymerizing enzymes in embryo. (Echinoidea)
b Thymus and hematopoietic system in embryo. Gallus domesticus (Aves), Mus musculus (Roden-
tia)
BONNER, J. T.; Ph.D., Prof. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, USA
a Chemotaxis and differentiation. (Acrasiales)
BONNY PILO; Dr. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA 390002, India
a Liver, spleen, and lymph gland regeneration. (Reptiha; Aves)
BOONE, W. R.; M.S. - Dairy Sci. Dept., Coll. of Agric, Clemson Univ., CLEMSON, SC 29631,
USA
BORACK, L. I.; Ph.D., Assoc. Prof. - Dept. of Zool. and Physiol., Rutgers Univ., 195 University Ave.,
NEWARK, NJ 07102, USA
a Developmental genetics of the enzymes of glucuronate metabolism. Drosophila melanogaster
(Diptera)
b Physiology of development: ascorbate metabolism. Sus spec. (Artiodactyla)
BOTCHAN, P. M.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University
Parkway, BALTIMORE, MD 21210, USA
a Mapping genes within various deletion mutants using cloning teclmology. Drosophila melano-
gaster (Diptera)
BOU-RESLI, Ms. M. N. A.; B.Sc. - Dept. of Zool., Univ. of Kuwait, KUWAIT, Kuwait
BOVING, B. G.;M.D. - Dept. of Anat., Wayne State Univ., 540 E. Canfield Ave., DETROIT, MI 48201,
USA
a Blastocyst spacing, orientation, and implantation mechanisms. Oryctolagus cuniculus (Lago-
morpha)
b Relation of trophoblast invasion to blood vessels underlying uterine epithelium, and the anatom-
ical, mechanical, and chemical basis for it. Oryctolagus cuniculus (Lagomorpha), Macaca mulatta
(Primates)
c Identification and function of non-cellular blastocyst coverings. Same species as a
d Structure and function of trophoblast knobs. Same species as a
e Mechanism of blastocyst transport by uterus. Same species as a
f Origin and development of epithelia of uterus and vagina. Homo sapiens (Primates) (with R. L.
BOVING)
BOVING, R. L. - Dept. of Anat., Wayne State Univ., 540 E. Canfield Ave., DETROIT, MI 48201,
USA
a Origin and development of epithelia of uterus and vagina. Homo sapiens (Primates) (with B. G.
BOVING)
BRAUN, A. C; Ph.D., Prof. - Lab. of Plant Biol., Rockefeller Univ., 66th St. and York Ave., NEW
YORK, NY 10021, USA
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, NY 10029, USA
a Postnatal development of testis cell types and function; role of hormones; initiation of spermato-
genesis. Mus musculus, Rattus spec. (Rodcntia), Homo sapiens (Primates)
BREYERE, E. J.; Ph.D. ~ Dept. of Biol., Sibley Mem. Hosp., American Univ., 5255 Loughboro Rd.
N.W., WASHINGTON, DC 20016, USA
a Immunobiology of the maternal-fetal relation: influences on immune responses of either; presence
of antigens on trophoblast and placenta; maternal inOuence on placental and fetal growth;
immunobiology of trophoblast, is it antigenic, if so docs the mother respond by becoming tolerant
or immune to the relevant antigens?; nature of maternal unresponsiveness. Mus musculus (Ro-
dentia)
14
BRICK, I.; Ph.D., Prof. - Biol. Dept., New York Univ., Washington Square, NEW YORK, NY 10003,
USA
a Genetic control of cell surfaces in the development of pigment pattern. Ambystoma mexicanum
(Urodela)
b Quantitative cell adhesion studies in the gastrula. Rana pipiens (Anura)
c Electrokinetics and time-lapse cinematography of somatopleure and neural crest cells. Same
species as a
d Cell surface specializations of presumptive germ layer cells of blastula and gastrula (scanning and
transmission E.M.). Rana pipiens, Xenopus laevis (Anura)
e Hypoblast formation. Callus gallus (Aves)
f Acetylcholinesterase activity in blastoderm during hypoblast and mesoderm formation. Same
species as e
g Cytochemical localization of serotonin in blastula and gastrula. Same species as b
BRIGGS, R. W.; Ph.D., Prof. - Dept. of Zool., Indiana Univ., Jordan HaU 224, BLOOMINGTON,
IN 47401, USA
a Developmental genetics. Ambystoma mexicanum (Urodela)
b Nuclear function during differentiation
BRINKLEY, Ms. L. L.; Ph.D. - Dept. of Oral Biol., Dent. School, and Dept. of Anat., Med. School,
Univ. of Michigan, ANN ARBOR, MI 48109, USA
a Experiments on in vitro development of the secondary palate. Mus musculus (Rodentia)
BRODY, S.; Ph.D. - Ctr. for Devi. Biol. C-016, Univ. of California, San Diego, LA JOLLA, CA 92093,
USA
a Developmental genetics. Neurospora crassa (Ascomycetes)
b Biochemical mechanisms in morphogenesis. Same species as a
BROMLEY, S. C; Ph.D., Prof. - Dept. of Zool., Michigan State Univ., EAST LANSING, MI 48824,
USA
a Hormonal and neural influences in limb regeneration. Notophthalmus viridescens and other spp.
(Urodela)
BRONJEN, Ms. E. - Dept. of Gen. Biol., Inst, of Biol. Sci., Fed. Univ. of Minas Gerais, Rua Carangola
288 - 4° andar, C.P. 253, BELO HORIZONTE, BrazU
BROOKBANK, J. W.; Ph.D., Prof. - Dept. of Zool., Univ. of Florida, GAINESVILLE, FL 32611,
USA
BROOKS, Ms. M. A.; Ph.D., Prof. - Dept. of Entomol., Fish, and Wildlife, Univ. of Minnesota,
ST. PAUL, MN 55108, USA
a The effect of intracellular symbiotic microorganisms on vitellogenesis and embryonic devel-
opment. Blattella germanica, Periplaneta americana (Blattodea)
b Growth and differentiation of ceUs in vitro modified by infection with intracellular microorgan-
isms. Blattella germanica (Blattodea)
c The duration of viability of oocyte symbiotes cultured in extracellular conditions. Same species
as b
d Nutrients required for ovarial transmission of symbiotes. Macrosteles fascifrons (Homoptera)
BROWDER, L. W.;Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Calgary, CALGARY, Alta. T2N 1N4,
Canada
BROWN, D. D.; M.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Parkway,
BALTIMORE, MD 21210, USA
a Isolation of 5S ribosomal RNA genes and analysis of their transcription. Xenopus laevis, X.
borealis (Anura)
BROWN, D. T.; Ph.D., Prof. - CeU Res. Inst., BioL Labs. 220, Univ. of Texas, AUSTIN, TX 78712,
USA
a Development of cell and viral membranes, structure and organization of membrane glycoproteins
(cell culture). (Diptera; Rodentia)
BROWN, E. H.; Ph.D., Assoc. Prof. - Dept. of Genet, and Developm., Univ. of Illinois, 515 Morrill
Hall, URBANA,IL 61801, USA
BROWN, I. R.; Ph.D. - Dept. of Zool., Univ. of Toronto, TORONTO, Ont. M5S lAl, Canada
BROWN, K. S.; M.D. - Developm. Genet. Sect., Natl. Inst, of Dent. Res., NatL Inst, of Health, Bldg.
30, Rm 106, BETHESDA, MD 20014, USA
BROWN, R. D.; Ph.D. - Dept. of Biol. Chem., Coll. of Med., Univ. of Cincinnati, 231 Bethesda Ave.,
CINCINNATI, OH 45267, USA
a Onset of immunoglobulin synthesis during early development. Xenopus laevis (Anura)
BROWN, T. T., Jr.; D.V.M., Ph.D. - U.S.D.A.-A.R.S., Natl. Anim. Dis. Ctr., P. O. Box 70, AMES,
lA 50010, USA
BROWNELL, Ms. A. G.; Ph.D. - Lab. for Devi. Biol., Univ. of Southern California, Gerontol. Ctr.
Rm 3 14, LOS ANGELES, CA 90007, USA
a Influence of extracellular matrix materials, especially basement membrane constituents on
development and differentiation during embryogenesis in vitro, studied on mandibular molar.
Mus musculus (Rodentia)
BRUMMETT, Ms. A. R.; Ph.D., Prof. - Dept. of Biol., Oberlin CoU., OBERLIN, OH 44074, USA
a Biochemical changes concomitant with differentiation in the developing embryo. Fundulus
heteroclitus (Teleostei)
b Scanning and transmission electron microscopy of morphogenetic movements in early embryos.
Same species as a
c Scanning and transmission electron microscopy on oocyte, egg and embryo. Same species as a
BRUST, R. A.; Ph.D., Prof. - Dept. of EntomoL, Fac. of Agric, Univ. of Manitoba, WINNIPEG,
Man. R3T 2N2, Canada
15
a Effect of photoperiod and temperature on the induction and termination of diapause in larvae
and embryos. Wyeomyia smithii, Aedes atropalpus (Culicidae, Diptera)
b Autogeny. Culicidae, Simuliidae, Tabanidae (Diptera)
BRYAN, J. H. D.; Ph.D., Prof. - Dept. of Zool., Univ. of Georgia, ATHENS, GA 30602, USA
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 mutants. 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,
Ny'i3210, USA
BRYANT, P. J.; Ph.D. - Ctr. for PathobioL, Univ. of CaUfornia, IRVINE, CA 92664, USA
a Regeneration and duplication in imaginal discs. Drosophila melanogaster (Diptera)
b Ultrastructure of imaginal discs. Same species as a
c Cell death in imaginal discs. Same species as a
d Wound healing in imaginal discs. Same species as a
e Organ culture in vitro. Same species as a
BRYANT (POYNTZ), Ms. S. V.; Ph.D. - Dept. of Devi, and Cell Biol., Univ. of California, IRVINE,
CA 92717, USA
a Regulation and pattern formation in regenerating limbs. Ambystoma mexicanum, Triturus vir-
idescens (Urodela)
BRYDEN, M. M.; Ph.D., D.Sc.V.M. - Sch. of Anat., Univ. of Queensland, St. Lucia, BRISBANE,
Old. 4067, Australia
BUDEGUER de ATENOR, Ms. M. S. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461,
4000 TUCUMAN, Argentina
a Endocrine control and metabolism during oocyte maturation. Bufo arenarum (Anura)
BUENO, O. C; M.Sc. - Dept. de Biol., Inst, de Biocienc, Univ. Estadual Paulista, C.P. 178, 13500
RIO CLARO, Brazil
a Functional development of corpora allata during metamorphosis. Apis spec, Melipona spec,
Trigona spec. (Hymenoptera)
BUHLER, Ms. M. I.; Biochem. — Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M. de
TUCUMAN, Argentina
a Oocyte maturation: energetic metabolism as an expression of cytoplasmic maturation. Bufo
arenarum (Anura)
BURCHILL, B. R.; Ph.D., Prof. - Dept. of Physiol, and Cell Biol., Univ. of Kansas, LAWRENCE,
KS 66045, USA
BURDI, A. R.; Ph.D., Prof. - Dept. of Anat., Univ. of Michigan, Med. Sci. Bldg. II, ANN ARBOR,
MI 48109. USA
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 Tissue interactions during early development of the skull. GaUus domesticus (Aves)
e Confirming the teratologic model: developmental paralleUsms between man and monkey. Macaca
nemestrina. Homo sapiens (Primates)
BURDON-JONES, C; Ph.D., Prof. - Depts. of Marine Biol, and Zool., James Cook Univ. of N. Queens-
land, P.O. James Cook Univ., TOWNSVILLE, Qld. 481 1, Australia
a Developmental biology. (Enteropneusta; Pterobranchia)
BURGESS, D. R.; Ph.D. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755, USA
a Ultrastructural and biochemical changes in egg cortex at fertilization: role of actin assembly
and actin's role in growth of egg microvilli. Strongylocentrotus purpuratus (Echinoidea)
b Morphogenesis of the embryonic intestine. Gallus domesticus (Aves)
BURNSIDE, Ms. M. B.; Ph.D. - Dept. of Physiol .-Anat., Univ. of California, BERKELEY, CA 94720,
USA
a The mechanism of morphogenetic cell shape change studied in neural plate formation of Taricha
torosa and Ambystoma maculatum (Urodela), and in photoreceptor elongation and contraction
as a model. Lutjanus spec, Hemulon spec. (Teleostei)
BURTON, A. L.; M.D., Prof. - Dept. of Anat., Health Sci. Center, Univ. of Texas, 7703 I'loyd Curl
Drive, SAN ANTONIO, TX 78284, USA
BUSS, E. G.; Ph.D., Prof. - Dept. of Poultry Sci., Pennsylvania State Univ., 203 Anim. Industr. Bldg.,
UNIVERSITY PARK, PA 16802, USA
BUTLER, H.; M.D., B. Chir. - Dept. of Anat., Univ. of Saskatchewan, SASKATOON, Sask. S7N OWO,
Canada
a Implantation, placentation, and early embryology. Galago s. sencgalensis (Primates)
BUTLER, W. L.; Ph.D., Prof. - Ctr. for Devi. Biol. B-022, Univ. of Calif., San Diego, LA JOLLA,
CA 92093, USA
a Photosynthesis and development of the photosynthctic apparatus. (Spermatopliyta)
b Photocontrol mechanisms of ccUular metabolism and development. (Bacteria; Plantae; Animalia)
BUTROS, J. M.; Ph.D., Prof. - Dept. of Embryol., Sch. of Med., St. George's Univ., General Hosp.,
GRi;NADA,Wcst Indies
no work on developmental biology in progress
16
BUTTERWORTH, F. M.; Ph.D., Prof. - Dept. of Biol. Sci., Oakland Univ., ROCHESTER, MI 48063,
USA
a Hormonal and genetic control of development of adipose tissue on cellular and biochemical level
(microsurgery, transplantation, cytology, biochemistry, organ cuhure). Drosophila 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 a
BUTZEL, H. M., Jr.; Ph.D., Prof. - Dept. of Biol. Sci., Union CoU., SCHENECTADY, NY 12308,
USA
a Developmental genetics: mating types and morphogenesis; analysis of mating type proteins. Para-
mecium aurelia, Didinium nasutum, Tetrahymena pyriformis (Ciliata)
BYRD, E. W., Jr.; M.A. - Dept. of Zool. and Physiol., Louisiana State Univ., BATON ROUGE,
LA 70803, USA
a Histone phosphorylation and modification during cell cycle and spermatogenesis. Xenopus spec,
Bufo spec, Rana spec. (Anura), Strongylocentrotus purpuratus (Echinoidea)
b Sperm capacitation, in vitro fertilization and development. Bos taurus (Artiodactyla)
c Biochemistry and morphology of spermatogenesis, fertilization, and development. Strongylo-
centrotus purpuratus (Echinoidea), Thai haemastoma, Viviparus subpurpuratus (Gastropoda),
Crassostrea virginica (LamelUbranchia)
CAB AD A, M.O.; Biochem. - Inst, de Biol., Univ. Nac de Tucuman, Chacabuco 461, S.M. de TUCU-
MAN, Argentina
a Chemical factors involved in fertilization: testicular factors, jelly coats. Bufo arenarum (Anura)
b Fertilization membrane formation: chemical and immunological approaches. Same species as a
c Effect of hormones on proteins and nucleic acid synthesis in ovarian tissue and early devel-
opment. Same species as a
CAIRNS, J. M.; Ph.D. - Springville Labs., RosweU Park Mem. Inst., SPRINGVILLE, NY 14141, USA
CALABRESE, A.; Ph.D. - Biol. Lab., Natl. Marine Fish. Serv., Northeast Fish. Ctr., 212 Rogers Ave.,
MILFORD, CT 06460, USA
a Effects of heavy metals on developing embryos. Spisula solidissima, MuUnia lateralis, Mercenaria
mercenaria, Crassostrea virginica (Lamellibranchia)
CAMERON I. L.; Ph.D., Prof. - Dept. of Anat., Health Sci. Center, Univ. of Texas, 7703 Floyd Curl
Drive, SAN ANTONIO, TX 78284, USA
CAMERON, J.; B.Sc - Dept. of Med. (Neurol.), Univ. of Sydney, CAMPERDOWN, N.S.W. 2006,
Australia
a Effect of thalidomide on the developing nervous system: quantitative neurohistology of dorsal
root ganglia and nerve roots, including electron microscopy. Oryctolagus cuniculus (Lagomorpha)
CAMERON, Ms. J. A.; Ph.D. - Dept. of Biol., Univ. of Virginia, Gilmer HaU, CHARLOTTESVILLE,
VA 22901, USA
a Morphogenesis during regeneration and development of limbs. (Vertebrata)
b Source of myogenic cells during muscle regeneration. (Amphibia)
CAMPBELL, R.D.; Ph.D., Prof. - Dept. of Developm. and Cell Biol., Univ. of California, IRVINE,
CA 92717 USA
CAMPOS, L. a', de OLIVEIRA; Dr., Prof. - Dept. de Biol., Inst, de Cienc. Biol., Univ. Fed. de Vicosa,
36570 VICOSA, MG, Brazil
a Role and action mechanism of juvenile hormone in caste differentiation. Melipona quadrifasciata,
M. marginata, Partamona cupira (Hymenoptera)
CANTINO, E. C; Ph.D. - Dept. of Bot. and Plant Pathol., Michigan State Univ., Rm 242 Plant Biol.
Bldg., EAST LANSING, MI 48823, USA
a Relation between biochemical and morphological differentiation. Blastocladiella emersonii, B.
britannica (Phycomycetes)
b Relation between changes in fine structure and germination in motUe cells and associated bio-
chemical differentiation. Same species as a
c Cell-organelle interactions m motile cells, especially the role of the DNA-containing gamma parti-
cles in encystment. Same species as a
d Isolation and characterization of the "side-body" components (symphyomicrobody, lipid glob-
ules) in motile cells and their roles in cell activity and encystment. Blastocladiella emersonii
(Phycomycetes)
CAPLAN, A. I.; Dr. - Biol. Dept., Case Western Reserve Univ., CLEVELAND, OH 44106, USA
a Transcript diversity, and composition and changes in muscle chromatin as functions of muscle
development in vitro
b Relationship between intercellular NAD (nicotinamide-adenine dinucleotide) pool sizes and
muscle and cartilage development from embryonic Umb mesenchymal cells. Gallus domesticus
(Aves)
c Development of cartilage proteoglycan in embryonic chondrocytes. Same species as b
d Development of osteogenetic cells. Same species as b
CARBONETTO, S. T.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University
Parkway, BALTIMORE, MD 21210, USA
a Studies in membrane synthesis and degradation by sympathetic neurons in primary tissue culture.
Gallus domesticus (Aves)
17
CARLSON, B. M.; M.D.. Ph.D., Prof. - Dept. of Anat., Univ. of Michigan, 4622 Med. Sci. Bldg. II,
ANN ARBOR, MI 48109, USA
a Supernumerary limb formation. Triturus viridescens, Ambystoma mexicanuni (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 muscles. Rattus norvegicus (Rodentia), Felis catus (Carni-
vora) (with J. FAULKNIiR and E. GUTMANN (Praha))
e Morphogenesis of embryonic limb muscles. Ambystoma mexicanum (Urodela) (with M. GRIM,
Praha)
f Regeneration of digits and digital pads, Hyperolius viridiflavus (Anura)
CARMONA de UZCATEGUI, Ms. M. L.;^ Dr. Biol., Assoc. Prof. - Cat. de Embriol., Fac. de Med.,
Univ. de Los Andes, Apartado 38, MI^RIDA, Venezuela
a Development of the vascular system, especially of the skin and its orifices (injection-prepara-
tions). Sus domesticus (Artiodactyla), Cards familiaris (Carnivora), Homo sapiens (Prunates)
b Developmental pathology of the skeletal system. Homo sapiens (Primates)
c Teratogenesis of craniofacial defects. Same species as b
d Some aspects of comparative embryology and morphology of the placenta. Various species, a.o.
Homo sapiens (Mammalia)
CARNEGIE, Ms. J. A.; B.Sc. - Dept. of Reprod. Physiol., Anim. Res. Inst., OTTAWA, Ont. KIA 0C6,
Canada
a Comparative aspects of early embryo-uterine interaction leading to implantation. Ovis aries. Bos
taurus, Sus scrofa (Artiodactyla)
CARPENTER, S. J.; Ph.D., Assoc. Prof. - Dept. of Anat./Cytol., Dartmouth Med. School,
HANOVER, NH 03755, USA
a Placental ultrastructure. (Rodentia)
b Teratogenic effects of heavy metals, electron microscopy. Same species as a
CASSENS, R. G.; Ph.D., Prof. - 272 Muscle Biol. Lab., Univ. of Wisconsin, 1805 Linden Drive,
MADIS0N,W1 53706, USA
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., Hogan Hall, EVANSTON,
IL 60201, USA
a Morphology of oogenesis. Habrobracon juglandis (Hymenoptera)
CASTON, J. D.; Ph.D., Prof. - Dept. of Anat., Developm. Biol. Center, Case Western Reserve Univ.,
2119 Abington Rd., CLEVELAND, OH 44106, USA
a Nucleic acids and protein synthesis during development (ribosomes). Rana pipiens, Xenopus
laevis (Anura)
b Role of folate binders (high affinity) in regulation of folate metabolism and utilization during
normal and neoplastic development. Various spp.
GATHER, J. N.; Ph.D., Prof. - Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR, MI 48109, USA
a The differentiation of the shell gland. Ilyanassa obsoleta and other spp. (Gastropoda; Lamel-
libranchia)
b Cellular interactions. (Annelida; Mollusca and other Spiralia)
c The role of the vegetal body in 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 15261, USA
a Regeneration of nerve endings in skin and nasal mucosa. Rattus spec. (Rodentia), Homo sapiens
(Primates)
CAVENEY, S.; Dr.PhU. - Dept. of Zool., Univ. of W. Ontario, LONDON, Ont. N6A 5B7, Canada
CERON, G.; Ph.D. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADELPHIA, PA
19107, USA
CHALANA, Ms. R.; Ph.D. - Dept. of Zool., Punjab Agric. Univ., LUDHIANA, India
a Histophysiology and biochemistry of gonads. (Aves) (with H. R. DANG and S. S. GURA Y A)
CHALLICE, C. E.; D.Sc, Ph.D., Prof. - Dept. of Physics, Fac. of Sci., Univ. of Calgary, CALGARY,
Alta. T2N 1N4, Canada
CHAMBl'.RLAIN, J. G.; Ph.D. - Dept. of Anat., Sch. of Dent., Univ. of the Pacific, 2155 Webster St ,
SAN FRANCISCO, CA 941 15, USA
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. - Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR, MI 48109, USA
a Regulation of transcription and translation in embryos. Strongylocentrotus purpurat'us, Ly-
techinus pictus (I'chinoidea), Spisula solidissima (LamcUibranchia)
CHAMBERS, C. A. Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN 37830 USA
CHANDRA MOHAN NAIDU, R.;M.Sc. Dept. of Zool., Sri Venkateswara Univ., TIRUPATI 5 17502,
India
a Effect of methionine on development. Gallus domesticus (Aves)
b Origin, distribution, and morphology of motor end-plates in the embryo. Same species as a
c Ncuro-endocrinc involvement in appendage regeneration. Paratelphusa hydrodomus (Decapoda
Crustacea) '
d Neuroendocrine regulation of ovulation. Pila globosa (Gastropoda)
18
CHASE, H. B.; Ph.D., Prof. (Emer.) - RFD Box 74, NEW HAMPTON, NH 03256, USA
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
CHEN, W.-J.; M.D. - Dept. of Pathol. SM-30, Sch. of Med., Univ. of Washington, SEATTLE, WA
98195, USA
a Effects of methylmercury on fetal growth. Rattus spec. (Rodentia)
CHEN, Wen-Tien; M.S. - Dept. of Biol., Yale Univ., NEW HAVEN, CT 06520, USA
CHEPENIK, K.; Ph.D., Assoc. Prof. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILA-
DELPHIA, PA 19107, USA
a Phospholipid metabolism and transport as it relates to cellular membrane biogenesis and composi-
tion during normal and abnormal embryogenesis. Rattus norvegicus (Rodentia)
b Placental Upid metaboUsm and transport during normal and abnormal differentiation. Same
species as a
CHOUDHURY, S. - Dept. of Zool., Sch. of Life Sci., North Eastern Hill Univ., SHILLONG 793003,
India
a Establishment of neural differentiation pattern in the prospective prosencephalic area. Callus
domesticus (Aves)
CHRISMAN, C. L.; Ph.D. - Dept. of Anim. Sci., Purdue Univ., Lilly Hall of Life Sci., WEST LA-
FAYETTE, IN 47907, USA
a Effect of maternal hyperthermia on chromosome abnormalities; spindle fiber dysfunction (blasto-
cyst to eighth day). Mus musculus (Rodentia)
b Gonadotropin induced ovulation and chromosome abnormalities and congenital defects in
embryo, fetus, and neonate. Same species as a
c Effect of hyperthermic stress on male meiosis. Mus musculus (Rodentia), Sus scrofa (Artio-
dactyla)
CHRISPEELS, M. J.; Ph.D. - Ctr. for Devi. BioL C-016, Univ. of Calif., San Diego, LA JOLLA,
CA 92093, USA
a Mechanism of protein secretion and cell wall formation in phloem explants and cell culture.
Nicotiana tabacum (Solanaceae), Daucus carota (Umbelliferae)
b Biochemical mechanism of senescence in cotyledons of Phaseolus aureus and leaves of Zea
mays; control of proteolysis and autolysis in cells. (Papilionaceae;Gramineae)
CHRISTIAN, Ms. M.; M.Sc. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADELPHIA,
PA 19107, USA
a Perinatal evaluation of in utero exposure to potential teratogens. Rattus norvegicus (Rodentia)
CHRISTIE. N. T. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN 37830, USA
CHURCH, R. B.;Ph.D., Prof. - Div. of Med. Biochem., Health Sci. Ctr., Univ. of Calgary, CALGARY,
AltaT2N 1N4, Canada
a RNA transcriptional complexity during pre- and post-implantation development. (MammaUa)
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)
d Developmental studies of genome expression. Muntiacus (Artiodactyla)
CLARK, A. M.; Ph.D., Prof. - Dept. of Biol. Sci., Univ. of Delaware, NEWARK, DE 1971 1, USA
CLAXTON, J. H.; Ph.D. - Dept. of Microbiol, and Genet., Univ. of New England, ARMIDALE,
N.S.W. 2351, AustraUa
a Developmental genetics: pattern formation among bristles. Drosophila melanogaster (Diptera)
CLAYCOMB, W. C; Ph.D. - Dept. of CeU Biophys., Baylor CoU. of Med., HOUSTON, TX 77030,
USA
CLELAND, R. E.; Ph.D., Prof. - Dept. of Bot., Univ. of Washington, SEATTLE, WA 98195, USA
CLEMENT, A. C; Ph.D., Prof. (Emer.) - Dept. of Biol., Emory Univ., ATLANTA, GA 30322, USA
a Experiments on early embryonic determination. Ilyanassa obsoleta (Gastropoda)
CLERMONT, Y.; Ph.D., Prof. - Dept. of Anat., McGill Univ., Strathcona Anat. and Dent. Bldg.,
3640 University St., MONTREAL, Que. H3A 2B2, Canada
a Differentiation of gonocytes into reserve and renewing type A spermatogonia. Rattus rattus
(Rodentia)
CLINE, T. W.; Ph.D. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, USA
a Sex determination and X chromosome dosage compensation, including the role which the daugh-
terless and sex-lethal loci might play in these processes (genetic and molecular approaches).
Drosophila melanogaster (Diptera)
b Genetic analysis of the scute locus, using a recently discovered translocation which exhibits a
novel Hairy-wing phenotype. Same species as a
CLUTTER, Ms. M. E.; Ph.D. - Dept. of Biol., Yale Univ., NEW HAVEN, CT 06520, USA
COALSON, R. E.; Ph.D., Prof. - Dept. of Anat. Sci., Univ. of Oklahoma Health Sci. Ctr., P.O. Box
26901 , OKLAHOMA-City, OK 73190, USA
a Studies on insulin in the developing pancreas. GaUus domesticus, Columba livia (Aves), Rattus
norvegicus, Cavia porceUus (Rodentia)
COELINGH BENNINK, H. J. T.; M.D. - Dept. of Obstet. and Gynecol., Ctr. for Res. in Reprod.
Biol., Women's Hosp., ANN ARBOR, MI 48109, USA
COHEN, Ph. P.; Ph.D., M.D., Prof. - Dept. of Physiol. Chem., Univ. of Wisconsin, 1215 Linden
Drive, MADISON, WI 53706, USA
a Mitochondriogenesis in liver. Rana catesbeiana (Anura)
19
COLE, M. B., Jr.; Ph.D. -Dept. of Orthop. Surg., Loyola Univ., 2160 So. 1st Ave., MAYWOOD,
IL 60153, USA
a Oogenesis, especially nucleocytoplasmic interactions in primary oocytes (cytochemistry, electron
microscopy, autoradiography). Rana pipiens (Anura)
b Effects of electric current, magnetic fields, and denervation on regeneration and growth, especially
of musculoskeletal system. Rattus rattus (Rodentia), Homo sapiens (Primates)
c Light and electron microscopic cytochemistry of developing tissues, especially bone. Same spe-
cies as b
COLEMAN, J. R.; Ph.D., Assoc. Prof. - Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE,
RI 02912, USA
a Differentiation of embryo cells in culture, particularly skeletal muscle: effects of nucleoside
analogs on cellular differentiation, developmental physiology and ultrastructure. Gallus domes-
ticus (Aves)
b Analysis of cell differentiation by cell reconstitution. Gallus domesticus (Aves), Mus musculus,
Rattus norvegicus (Rodentia)
c Differentiation of rhabdomyosarcoma cells. Mus musculus (Rodentia)
COLLIER, J. R.; Ph.D., Prof. - Dept. of Biol., Brooklyn Coll., Bedford Ave. & Ave. H, NEW YORK,
Brooklyn, NY 11210, USA
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 embryogenesis. Ilyanassa obsoleta (Gastropoda)
COLWIN, A. L.;Ph.D., Prof. - 320Woodcrest Rd., KEY BISCAYNE, FL 33149, USA
COLWIN, Mrs. L. HUNTER; Ph.D., Prof. - 320 Woodcrest Rd., KEY BISCAYNE, FL 33149, USA
CONKLIN, J. L.; Ph.D., Prof. - Dept. of Anat., Michigan State Univ.. EAST LANSING, Ml 48823,
USA
CONNELLY, T. G.; Ph.D. - Dept. of Anat., Med. Sch., Univ. of Michigan, Med. Sci. Bldg. II, ANN
ARBOR, MI 48109, USA
a Pituitary gland enhancement of lens regeneration from the dorsal iris m organ culture. Notophtlial-
mus viridescens (Urodela)
b Developmental cytology of functional cell types in the pituitary, using immunohistochemical
techniques. Ambystoma mexicanum (Urodela)
c Quantitative studies of growth and morphogenesis in regeneration blastemas. Same species as a
CONSTANTINE-PATON, Ms. M.; Ph.D. - Dept. of Biol., Princeton Univ., Guyot HaU, PRINCETON,
NJ 08540, USA
a Axonal guidance: role of differing regions of the neural tube in the establishment of a stereo-
typed axonal projection and influence of the normal target tissue on transplanted optic tract
growth and termination (microsurgery, autoradiography, histology, ultrastructure). Rana pipiens,
Bombina orientalis (Anura)
b Relative contributions of source and target neurons to the patterning of synapses between eye
and midbrain; the possibilities that optic nerve axons can maintain synaptic connections with
totally inappropriate target neurons and the potentially trophic effect of appropriate synaptic
contacts; synaptic specificity and trophic interactions in developing dorsal root ganglia (electro-
physiology, microsurgery, anatomy). Rana pipiens, Rana catesbyana, Bombina orientalis (Anura)
COSTELLO, D. P.; Ph.D., Prof. - Dept. of Zool., Univ. of N. Carohna, CHAPEL HILL, NC 27514,
USA
COUFALIK, Ms. A.; Ph.D. - Res. Inst., Hosp. for Joint Dis., 1919 Madison Ave., NEW YORK,
NY 10035, USA
a Control of development of tyrosine metabolism in perinatal liver in organ culture. Rattus norvegi-
cus (Rodentia)
COULOMBRE, A. J.; Ph.D. - Sect. Exp. Embryol., Lab. of Vision Res., Natl. Eye Inst., Natl. Inst, of
Health, Bldg. 6, Rm 203, BETHESDA, MD 20014, USA
a Basement membranes in ocular morphogenesis. Gallus domesticus (Aves)
b Growtli and morphogenesis of the cornea. Same species as a
COUNCE (NICKLAS), Ms. S. J.; Ph.D., Assoc. Prof. - Dept. of Anat., Duke Univ., DURHAM, NC
27710, USA
a Mutants altering morphogenetic patterns, studied to define genetic properties of organelles and
cellular behavior implicated in cell shape change and movement. Drosophila melanogaster (Dip-
tera)
b Molding of nervous system, embryonic hypodermis, and apodcmal attachments involves patterned
(temporal, spatial) cell death. Heteropeza spec, Miastor spec. (Diptera)
c Experimental modification of developmental patterns in maternal-effect lethal mutations (tem-
perature, nutrition, maternal age, etc. Same species as a
COUSINEAU, G. H.; Ph.D., Assoc. Prof. - Lab. dc Biol. Molec, Dept. de Biol., Univ. de Montreal,
C.P. 6 128, MONTREAL 101 , Que., Canada
a Macromolecule synthesis in the embryo; cell division and differentiation. Strongylocentrotus
purpuratus (Echinoidca)
COWARD, S. J.; Ph.D. - Dept. of Zool., Univ. of Georgia, ATHl'NS, GA 30602, USA
a I-'ine structure and physiology of regeneration, with emphasis on the stability of phenotype and
stem cell populations. Dugesia dorotocephala, Bdelloura Candida, Phagocata gracilis (Turbel-
laria)
b I'ine structure of gamctogenesis and early development, with special attention to chromatoid
bodies and early cytodifferentiation
20
COWDEN, R. R.; Dr.phil., Prof. - Lab. of Cell. Biophys., CoU. of Med., East Tennessee State Univ.,
Box 23320A, JOHNSON CITY, TN 37601, USA
a Cytochemistry and ultrastructure of lymphoid tissue. (Plethodontidae, Urodela)
b Quantitative microfluorometry of cell differentiation
COX, E. C; Ph.D. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, USA
a Structure and genetic control of an excreted pre-cyclic AMP factor which appears immediately
after starvation of vegetative amoebae, is quite hydrophobic, and is under the control of the aggA
gene. Polysphondylium violaceum (Acrasiales)
b Genetic control of pattern formation (spacing) in the whorls along the stalk. Same species as a
COX, P. G.; Ph.D., Prof. - Dept. of Biol. Sci., Mississippi Coll., P.O. Box 4045, CLINTON, MS 39058,
USA
a Established, non-transformed myogenic cell lines from regenerating tail (effects of serum, embryo
extract, antibiotics, nucleotide analogs and cyclic nucleotides). Anohs carohnensis (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., Wellington Rd., CLAYTON, Vict. 3168,
Australia
a Development of synapses in visual cortex. Felis domestica (Carnivora)
b Development of synapses in the cortex. Homo sapiens (Primates)
c Regeneration of maxillary nerve in neonates, and effect on barrel formation. Mus musculus
(Rodentia)
CRAWFORD, R. B.; Ph.D., Prof. - Dept. of Biol., Trinity Coll., HARTFORD, CT 06106, USA
a The relationship of the synthetic pathways of adenosine triphosphate to morphogenesis and
differentiation. Fundulus hcteroclitus (Teleostei), Ambystoma maculatum (Urodela)
b The kinetics of RNA synthesis during early embryogenesis, especially in relation to energetics
metaboHsm. 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 heterochtus (Teleostei)
f Ionic requirements and enzymology of amino acid transport in eggs and embryos. Echinarach-
nius parma, Strongylocentrotus purpuratus and other spp. (Echinodermata)
CROSSLEY, A. C; Ph.D. - Sch. of Biol. Sci., Univ. of Sydney, Zool. Bldg., SYDNEY, N.S.W. 2006,
Australia
a Development, especially of muscles and blood cells. Calliphora spec, and others, incl. marine
species (Insecta)
b Shape changes and contraction in developing embryos. Galeolaria spec. (Polychaeta), Calliphora
spec. (Diptera)
CROWELL, P. S.; Ph.D., Prof. - Dept. of Zool., Indiana Univ., Jordan HaU 224, BLOOMINGTON,
IN 47401, USA
a Development of colonial forms, especially cell and tissue behavior during differentiation. (Hydro-
zoa)
CRUZ LANDIM, Ms. C. da; Ph.D., Assoc. Prof. - Dept. de Biol., Inst, de Biocienc, Univ. Estadual
PauUsta, C.P. 178, 13500 RIO CLARO, BrazU
a Ultrastructure of flight muscle morphogenesis. Melipona quadrifasciata anthidiodes (Hymenop-
tera)
b Senescence of larval tissues (morphology, histochemistry). Trigona (Scaptotrigona) postica
(Hymenoptera)
c Effect of juvenile hormone and nutrition on hypopharyngeal gland secretion cycle durmg devel-
opment: ultrastructure of nuclei; cytophotometry of DNA contents. Apis mellifera and same
species as a and b (Hymenoptera)
d Comparative ultrastructural study of meiosis and number of spermatozoa formed in each cyst.
Same species as c
e Morphology, morphometry, histochemistry and ultrastructure of flight muscle degeneration and
ovary development. Atta sexdens (Formicidae, Hymenoptera)
CUNHA, G. R.; Ph.D. - Dept.of Anat., Univ. of Colorado, 4200 East 9th Ave., DENVER, CO 80262,
USA
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
CURTIS, Ms. S. K.; Ph.D. - Lab. of Cell. Biophys.. Coll. of Med., East Tennessee State Univ., Box
23320A, JOHNSON CITY, TN 37601, USA
a Cytochemistry and ultrastructure of lymphoid tissue. (Plethodontidae, Urodela)
b Quantitative microfluorometry of cell differentiation
CUTLER, L. S.; D.D.S., Ph.D. - Dept. of Oral Biol., Sch. of Dent. Med., Univ. of Connecticut Health
Center, FARMINGTON, CT 06032, USA
a Epithelial-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
c Role of Ca-ions, cyclic AMP, and beta-receptors in the secretory process in developing sub-
mandibular gland. Same species as a
CUTTS, J. H.;Ph.D., Prof. ~ Dept. of Anat., CoU. of Med., Univ. of Missouri, COLUMBL\, MO 65201,
USA
a Effects of oncolytic agents on postnatal development. Didelphis virginiana (Marsupiaha)
b Limb development and effect of nerve injury. Same species as a
21
DAENTL Ms D L.; M.D. - Dept. of Growth and Devi., Sch. of Med., Univ. of California, SAN
FRANCISCO, CA 94143, USA
a Polyamine concentrations during early development. Mus musculus (Rodentia)
DAHM K. H.; Dr.rer.nat., Prof. - Inst, of Developm. Biol., Texas A & M Univ., COLLLGL Si AlIUN,
TX 77843, USA ,. .... . • •»
a Juvenile hormone identification in different species and stages; biosynthesis m vivo and in vitro.
Hyalophora cecropia, Manduca sexta (Lepidoptera), Leptinotarsa decemUneata, Tenebrio molitor
(Coleoptera), Periplaneta americana, Nauphoeta cinerea (Blattodea)
DAIKOKU, Sh.; M.D., Ph.D., Prof. - Dept. of Anat., Tukushima Univ., 3 chome, Kuramoto-cho,
TO KU SHIM A," 7 70 Japan ^ , ^, • ,, • ^ , , r^* u
DAN Ms. J. C; Ph.D., Prof. - Embryoi. Sect., Dept. of Biol., Ochanomizu Univ., 2-1-1 Otsuka,
Bunkyo-kui TOKYO, 112 Japan . ., ^ , ^-^ ,t • A^nc
DAN (SOHKAWA), Ms. M.;D.Sc. - Lab. of Developm. Biol., Dept. of Biol., Osaka City Univ., 459 Su-
gimoto-cho, Sumiyoshi-ku, OSAKA, 558 Japan
DANG H R ; M Sc. (Hons.) - Dept. of Zool., Punjab Agric. Univ., LUDHIANA, India
a Histophysiology and biochemistry of gonads. ( Aves) (with S. S. GURAY A and R CH ALAN A)
DANIEL J C Jr PhJ3 Prof -- Dept. of Zool., Univ. of Tennessee, KNOXVILLE, TN 37916, USA
DAS, G. b.'; Ph.D'.', Assoc. Prof. - Dept. of Biol. Sci., Purdue Univ., WEST LAFAYETTE, IN 47907,
USA
a Proliferation, migration, and differentiation of transplanted neuron precursors and undifferen-
tiated 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 . , , r , r n • i
d Cellular aspects of teratology in the cerebellum and cerebral cortex of embryos toUowing low-
level x-ray irradiation and/or administration of N-ethyl-N-nitrosourea. Same species as b
D'ASARO, C. N.; Ph.D., Prof. - Fac. of Biol., Univ. of W. Florida, PENSACOLA, FL 32504, USA
a Spawning and larval development. (Prosobranchia, Gastropoda)
b Development and culture. Arenicola cristata (Polychaeta)
DASGUPTA B ; Ph.D., Prof. - Dept. of Zool., Presidency Coll., College St., CALCUTTA- 12, India
DAUWALDER, Ms. M.; Ph.D. - CeU Res. Inst., Biol. Labs. 220, Univ. of Texas, AUSTIN, TX 78712,
USA ' . ,, ,
a Comparison of normal function of Golgi apparatus with that in a developmental mutant. Volvox
spec. (Volvocales, Chlorophyceae)
DAVAI, D. M.;M.D. - Dept. of Postgrad. Stud, in Anat. Sci., Jundi Shapur Univ., P.B. 1059, AHWAZ,
DAVE, Y. S.; Ph.D. - Dept. of Biosci., Sardar Patel Univ., V ALLABH VID Y AN AG AR 388 1 20, Guja-
rat, India
a Morphogenetic studies on tendrils. Bauhinia spec. (Caesalpiniaceae), Antigonon leptopus (Poly-
gonaceae), Cardiospermum halicacabum (Sapindaceae; Vitaceae; Passifloraceae)
b Structural organization and development of shoot apex, axillary buds, nectaries, trichomes, and
stomata. Pedilanthus tithymaloides (Euphorbiaceae)
c Developmental morphology, histochemistry, and ultrastructure of fruits and seeds, especially
pericarp epidermis. (Solanaceae and other Dicotyledonae)
DAVENPORT R ; Ph.D., Assoc. Prof. - Dept. of Genet, and Developm., Univ. of Illinois, 515 Mor-
rUl Hall, URBANA, IL 61801, USA
DAVIDSON, E. H.; Ph.D., Prof. - Div. of Biol., Calif. Inst, of TechnoL, PASADENA, CA 91 125, USA
a Molecular biology of oogenesis and early development, particularly gene activation. Ilyanassa
obsoleta (Gastropoda), Strongylocentrotus purpuratus (Echinoidea), Engystomops pustulosus,
Xenopus laevis (Anura)
DAVIS, G. R. F.; Ph.D. - Agric. Canada Res. Stat., 107 Science Crescent, SASKATOON, Sask.
S7N 0X2, Canada
DAVIS, J. C; Ph.D. - Dept. of Physiol, and Cell. Biol., Univ. of Kansas, LAWRENCE, KS 66045,
USA
a Mechanisms and control of morphogenesis by immature testicular cells in primary culture; factors
and cells involved in movement of a monolayer of cells into a reformed vesicle or tubule. Rattus
norvegicus (Rodentia)
b Hormonal and cyclic adenosine monophosphate mediated cell-specific movement and aggrega-
tion by immature Sertoli cells in primary culture. Same species as a
DAWID, I. B.; Ph.D. - Lab. of Biochem., Natl. Cane. Inst., N.I.H., BETHESDA, MD 20014, USA
DEAN, D.; Ph.D., Prof. - Dept. of Oceanogr., Ira C. Darling Ctr. for Res., Teaching, and Serv., (Ma-
rine Lab.), Univ. of Maine, WALPOLE, ME 04573, USA
DEARLOVE, G. E.; Ph.D. - Dept. of ZooL, Iowa State Univ., AMES, lA 50010, USA
a Isozyme patterns of developing larval and regenerating limbs (LDH, MDH, GOT, esterase, 6-
PGD). Ambystoma maculatum (Urodela)
b Minimal amount of dedifferentiated tissue required to continue limb regeneration following
denervation in adults. Notophthalmus viridesccns (Urodela)
c Effects of concanavalin A administered directly into regeneration blastema (autoradiography,
gross morphology). Same species as b
d Immunonuorescence of collagen type and proteoglycan type during limb regeneration in larval,
neotenous, and post-metamorphic animals. Ambystoma mexicanum (Urodela)
DE BAVAY, J. M. F. X.; B.Sc. - Dept. of Zool., Univ. of New England, ARMIDALE, N.S.W. 2351,
Australia
a Development. Kyarranus sphagnicolus (Anura)
22
DECK J D ; Ph.D., Assoc. Prof. - Dept. ot Anat., Univ. of Virginia, Jordan Med. Bldg., 1300 Jeffer-
son Park Ave., CHARLOTTESVILLE, VA 22901 , USA
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 follow-
ing amputation. Rattus spec. (Rodentia)
DECKER, R. S.; Ph.D. - Dept. of Cell Biol., Health Sci. Ctr., Univ. of Texas, 5323 Harry Hines Blvd.,
DALLAS, TX 75235, USA
a Ultrastructure and electrophysiology of 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. Callus gallus (Aves), Rana pipiens, R. cates-
beiana (Anura), Mus musculus (Rodentia), Oryctolagus cuniculus (Lagomorpha)
de FABRO, Ms. S. P.; Ph.D., Prof. - Inst, de Biol. Cel., Univ. Nac. de Cordoba, C.P. 362, CORDOBA,
Argentina
DE GENNARO, L. D.; Ph.D., Prof. - Dept. of Biol., Le Moyne CoU., Le Moyne Heights, SYRACUSE,
NY 13214, USA ^ ^^^^^ ,^^^
DeHAAN, R. L.; Ph.D., Prof. - Dept. of Anat., Emory Univ., ATLANTA, GA 30322, USA
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 JAGER Ms. L.; M. Med. Sc. - Exp. Embryol. Res. Unit of the M.R.C., Dept. of Anat., Univ. of
the Orange Free State, P.O. Box 339, BLOEMFONTEIN 9300, S. Africa
a Origin of the cartilaginous ear capsule. Gallus domesticus (Aves)
De LAHUNTA, A.; D.V.M., Ph.D., Prof. - Dept. of Anat., N.Y. State Vet. Coll., Cornell Univ.,
ITHACA, NY 14850, USA
del PINO, E. J.; Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Qiacabuco 461, S.M. de TUCU-
mAN, Argentina
a Chemical factors involved in fertilization: jelly coats and diffusible factors. Bufo arenarum
(Anura)
b Vitelline envelope: 1. physicochemical properties; 2. lectin receptors involved in fertilization.
Same species as a
del PINO, Ms. E. M.; Ph.D., Prof. - Inst, de Cienc, Pontificia Univ. Catol. del Ecuador, Apartado
2184, QUITO, Ecuador
a Morphological and physiological maternal adaptations for embryonic incubation and character-
istics of embryonic development in the maternal pouch. Gastrotheca riobambae, Flectonotus
pygmaeus (Hylidae, Anura)
b Comparative studies of oogenesis, pouch morphology and histology, and of embryonic devel-
opment. Amphignathodon spec, Cryptobatrachus spec, Flectonotus spec, Gastrotheca spec,
Hemiphractus spec, Stefania spec. (HyUdae, Anura)
del Rfo, A. G. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S. M. de TUCUMAN, Argen-
tina
a Sperm maturation: epididymal activity. Cavia porcellus, Rattus norvegicus (Rodentia)
b Thyroid gland and epididymal function. Rattus norvegicus (Rodentia)
DeMAGGIO, A. E.; Ph.D., Prof. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755, USA
a Experimental developmental morphology. (Pteridophyta; Spermatophyta)
b Biochemistry and uUrastructure of germinating spores. Dawsonia superba (Musci), Dryopteris
filix-mas, Onoclea sensibilis (Filices)
DENT, J. N.; Ph.D., Prof. - Dept. of Biol., Univ. of Virginia, Gilmer HaU, CHARLOTTESVILLE,
VA 22901, USA
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 Natural Bridge Rd., ST. LOUIS,
MO 63121, USA
a Effect of thyroxine and prolactin in tail resorption in vivo and in vitro. (Amphibia)
b Epithelial wound healing of tailfin pieces in vitro. Rana pipiens (Anura)
DESMOND, Ms. M. E.; Ph.D. - Dept. of Biol., Villanova Univ., VILLANOVA, PA 19085, USA
a Mechanisms in fissure formation of the brain (stages 10-24). Gallus domesticus (Aves)
b EstabUshment of blood vessel patterns in embryos, especially in the head region. Same species
as a
DE SOUZA, Ms. M. L.; M.Sc - Dept. de Morfol. e FisioL, Fac. de Cienc Agrar. e Vet., Univ. Estadual
Paulista "Julio de Mesquita Filho", Rodovia Carlos Tonanni, Km 5 s/n", 14870 JABOTICABAL,
S.P., Brazil
a Embryonic development. Cyprinus carpio (Teleostei)
b Effects of methylmercury chloride on gestation. Rattus norvegicus (Rodentia)
DE TERRA (WHITTAKER), Ms. N.; Ph.D. - Dept. of Anat., Hahnemann Med. Coll., PHILADEL-
PHIA, PA 19102, USA
a Morphogenesis and nucleo-cytoplasmic interactions (microsurgery, autoradiography, electron
microscopy). Stentor coeruleus (Ciliata)
23
DEVLIN, R. B.; Ph.D. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHARLOTTESVILLE, VA
22901, USA
a Mechanisms controlling coordinate expression of muscle-specific contractile proteins in cultures
of differentiating myoblasts. Coturnix c. japonic?. (Aves)
b Isolation of developmental mutants that affect muscle structure and function and their analysis
to study the factors controlling muscle expression during development. Drosophila melanogaster
(Diptera)
DEVOR, M.; Ph.D. - Dept. of Anat. and Embryol., Hebrew Univ. - Hadassah Med. Sch., P.O. Box
1172, JERUSALEM 91000, Israel
also: Neurobiol. Unit, Life Sci. Inst., Hebrew Univ., JERUSALEM, Israel
a Late consequences of neonatal braiji and peripheral nerve lesions; neuroanatomy of somato-
sensory and olfactory systems; behavior. Mus musculus, Rattus spec. (Rodentia), Felis catus
(Carnivora)
b Nerve regeneration and cutaneous reinnervation. Rattus spec. (Rodentia)
de VRIES, P.; M.D. - Carnegie Labs, of Embryol., Univ. of California, DAVIS, CA 95616, USA
a Early development of heart. Homo sapiens (Primates)
DiBERARDINO, Ms. M. A.; Ph.D., Prof. - Dept. of Anat., Med. Coll. of Pennsylv., 3300 Henry Ave.,
PHILADELPHIA, PA 19129, USA
a Nuclear, chromosomal, cytoplasmic and protein changes during development. Rana pipiens
(Anura)
b Nucleo-cytoplasmic exchange of non-histone proteins in embryos. Same species as a
c Developmental potential of nuclei investigated by means of nuclear transplantation. Same species
as a
DICKSON, D. R.; Ph.D., Prof. - Dept. of Pediat., MaUman Ctr. for Child Developm., Univ. of Miami,
P.O. Box 520006, Biscayne Annex, MIAMI, PL 33152, USA
a Normal embryology and developmental morphology of the head and neck; specific interest in
anatomical bases of craniofacial anomalies such as cleft palate. Homo sapiens (Primates) (with
W. MAUE-DICKSON)
b Radiologic assessment of craniofacial anomalies. Same species as a
c Muscular morphology of palatal clefts. Same species as a
DILLARD, W. L.; Ph.D. - Dept. of Zool., Univ. of Oklahoma, 730 Van Vleet Oval, Rm. 222, NOR-
MAN, OK 73069, USA
DiMAMBRO, E.; B.S. - Biol. Sci. Group, Univ. of Connecticut, Box U-42, STORRS, CT 06268,
USA
a Hemoglobin synthesis during larval development. Chironomus spec. (Diptera)
DIMOND, Sister M. T.; Ph.D., Prof. - Dept. of Biol., Trinity Coll., WASHINGTON, DC 20017, USA
a Effect of hght on development. Terrapene c. Carolina, Chelydra serpentina (Chelonia)
b Effect of incubation temperature on sex differentiation. Same species as a
DINSMORE, C. E.; Ph.D. - Dept. of Anat., Coll. Health Sci., Rush Univ., CHICAGO, IL 60612,
USA
a Spinal cord and ganglion neogenesis during tail regeneration in adults. Plethodon cinereus,
Notophthalmus viridescens (Urodela)
b Histologic and histochemical evaluation of the role of muscle during tail regeneration. Same
species as a
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)
b Nuclear transplantation and nuclear restrictions. Same species as a
DOANE, Ms. W. W.; Ph.D., Prof. - Dept. of Zool., Arizona State Univ., TEMPE, AZ 85281 , USA
a Developmental and physiological genetics of amylase isozymes: analysis of genetic regulatory
mechanisms in cellular differentiation (biochemistry, genetics, cytogenetics). Drosophila melano-
gaster, 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. Drosopliila mel-
anogaster (Diptera)
DODGE, Y.; Ph.D. - Dept. of Postgrad. Stud, in Anat. Sci., Jundi Shapur Univ., P.B. 1059, AHWAZ,
Iran
DOMOTO, T.; Ph.D. - Dept. of Anat., Shimane Med. Coll., Enya-cho, IZUMO, Shimane 693, Japan
a Role of nerve growth factor in embryos (immunochemistry). (Rodentia)
DONADY, J. J.; Ph.D. - Dept. of Biol., Wesleyan Univ., MIDDLETOWN, CT 06457, USA
a Identification and localization of major genes involved in myogenesis: cell free mRNA transla-
tion, in situ hybridization to polytene chromosomes, cDNA synthesis for cloning and identifi-
cation of native DNA clones, restriction analysis and base sequencing of myogenic genes. Dro-
sophila melanogaster (Diptera)
b Developmental analysis of RNA and protein synthesis in myogenesis (molecular and ultrastruc-
tural analysis, 2-dimensionaJ gel electrophoresis, cell free translation, electron microscopy). Same
species as a
DONALDSON, E. M.; D.Sc, Ph.D. - Nutrit. and Appl. Endocrinol. Program, Resource Serv. Branch,
Fish, and Marine Serv., 4160 Marine Drive, WEST VANCOUVER, B.C. V7V 1N6, Canada
a Reproduction (all aspects). Oncorhynchus gorbusha, O. tshawytscha, O. kisutch (Teleostei)
DONALDSON, W. E.; Ph.D., Prof. Poultry Sci. Dept., Sch. of Agric. and Life Sci., N. Carolina
State Univ., Box 5307, RALEIGH, NC 27607, USA
DONEEN, B. A.; Ph.D. - Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR, MI 48109, USA
a Role of pituitary hormones in development and in fetal hydromineral balance. Rattus spec.
(Rodentia) ^
24
DOOHER, G. B.; Ph.D. - Devi. Genet. Lab., Mem. Sloan-Kettering Cane. Ctr., 1275 York Ave.,
NEW YORK, NY 10021, USA
a Effects of mutant genes on spermatogenesis. Mus musculus (Rodentia)
b Serological and topographical characterization of mutant gene products on cell surfaces during
spermatogenesis. Same species as a
DOR, M.; M.D. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr., Tel Aviv Univ., TEL HASHO-
MER, Israel
a Local immunity in utero to spermatic and trophoblastic antigens in infertility and habitual
abortions. Homo sapiens (Primates) (with L. A. NEBEL)
DORFMAN, A.; Ph.D., Prof. - Depts. of Pediat. and Biochem., Univ. of Chicago, 1101 E. 57th St.,
CHICAGO, IL 60637, USA
DOTSU, Y.; Dr.Agr., Prof. - Dept. of Mar. Zool., Fac. of Fish., Nagasaki Univ., 1-14 Bunkyo-machi,
NAGASAKI 852, Japan
a Induction of spawning by hormone operation; embryonic development, and rearing of larvae.
Eleotris spec, Hypseleoris spec, Tridentiger spec, Mugilogobius spec. (Gobioidei, Teleostei)
DOYLE, Ms. C. M.; Ph.D. - Dept. of Anat., Wayne State Univ., 540 East Canfield, DETROIT, MI
48201, USA
a Factors controlling DNA synthesis in embryonic and adult cardiac muscle (tissue culture, light
and E.M. autoradiography, DNA polymerase assays, scintillation counting). Gallus domesticus
(Aves)
b Light and electron microscopy of cardiac cell hypertrophy in embryo and neonate. Rattus nor-
vegicus (Rodentia)
DRACHMAN, D. B.; M.D., Prof. - Dept. of Neurol., Johns Hopkins Univ. Hosp., 601 N. Broadway,
BALTIMORE, MD 21205, USA
a Infection of embryonic skeletal muscle with Coxsackievirus producing infectious myopathy,
and secondarily resulting in joijit fixation (clubbing or arthrogryposis multiplex congenita).
Gallus domesticus (Aves)
b Development of bones in embryos paralyzed with botuhnum toxin: biochemical parameters of
bone. Same species as a
c Trophic interactions between nerves and muscles in development; role of choUnergic transmission
and other factors (organ and tissue culture). Gallus domesticus (Aves), Mus musculus, Rattus
norvegicus (Rodentia)
DRESDEN, M. H.; Ph.D., Assoc. Prof. - Dept. of Biochem., Baylor Coll. of Med., 1200 Moursund
Ave., HOUSTON, TX 77030, USA
a Limb regeneration. Triturus viridescens (Urodela)
b Isoenzymes in development and regeneration. Same species as a
c Collagen synthesis and degradation; collagenolytic enzymes. Same species as a
d Mechanism of transformation from cercaria to schistosomula. Schistosoma mansoni (Trematoda)
DRUM, R. W. - BELLINGHAM, WA, USA see GORDON, R. (subject c)
DRYDEN, R. J.; Ph.D. - Dept. of Anat., Univ. of the West Indies, Mona, KINGSTON 7, Jamaica,
West Indies
a Spina bifida induced by X-irradiation or mechanical flexion during neurulation. Gallus domes-
ticus (Aves)
b Effect of monosodium glutamate on embryonic development. Same species as a
c AppUcation of systems theory to biological development with a view to determining how much
of development is inevitable and how much requires genetic control
DUBEY, P. N.; D.Pha., Prof. - Dept. of Anat., Med. Col., NAGPUR 3, M.S., India
DuFRAIN, R. J.; Ph.D. - Med. and Health Sci. Div., Oak Ridge Assoc. Univ., P.O. Box 117, OAK
RIDGE, TN 37830, USA
a Effect on preimplantation stages in chemically defined media of irradiation: chronic (beta from
311) and acute (137Cs gamma and 250 kVp X-ray). Mus musculus (Rodentia)
b Mathematical model for determining cell cycle length and times of cleavage in preimplantation
embryos in vivo and in vitro following hormonally induced superovulation. Same species as a
c Chromosome aberrations in somatic cells and 6 day blastocyst cells of females treated with
streptonigrin or irradiation; is the transmissible aberration frequency in germ cells predicted by
any somatic cell type? Oryctolagus cuniculus (Lagomorpha)
d Chromosome aberrations induced by streptonigrin in female germ cells of newborns. Same
species as c
DUKE, J. L.; Ph.D. - Dept. of Obstet. and Gynecol., Ctr. for Res. in Reprod. BioL, Women's Hosp.,
ANN ARBOR, MI 48109, USA
DUKE, K. L.; Ph.D., Assoc. Prof. - Dept. of Anat., Med. Ctr., Duke Univ., DURHAM, NC 27710,
USA
a Comparative histology of the ovary, including developmental stage and history of germ cells.
(Mammalia)
b Development of rete ovarii. Various spp. (Mammalia)
DUNG, H. C; Ph.D. - Dept. of Anat., Health Sci. Center, Univ. of Texas, 7703 Floyd Curl Drive,
SAN ANTONIO, TX 78284, USA
DUNN, B. E. - Poultry Sci. Dept., Clemson Univ., Coll. of Agric, CLEMSON, SC 29631, USA
DURAN de LOPEZ, Ms. L.; M.D., Assoc Prof. - Cat. de Embriol., Fac. de Med., Univ. de Los Andes,
Apartado 38, MIiRIDA, Venezuela
a Developmental pathology, especially rachischisis, sympodia, anomaUes of the urogenital system,
etc. Homo sapiens (Primates)
25
b Developmental and functional anatomy of the mammary gland in relation with hormonal con-
trol, especially of the placenta and the gonads. (Rodentia), Homo sapiens (Prmiates)
c Development of the inguinal duct. Same species as a . ^ t..
DUTTON, R. W.; Ph.D., Prof. - Ctr. for Devi. Biol. M-OOl, Univ. of California, San Diego, LA
JOLLA,'CA 92093, USA ^^, ^ ^
a Development of functionally distinct subpopulations of T lymphocytes and B lymphocytes;
nature of the genetic restrictions in cell interactions and the expression of genes of the major
histocompatibility complex and the immunoglobuhn V genes. Mus musculus (Rodentia)
DWORKIN M ; Ph.D., Prof. - Dept. of Microbiol., Univ. of Minnesota, 1060 Mayo Mem. Bldg.,
(Mayo'Box 196), MINNF.APOLIS, MN 55455, USA
a Cell interactions during growth and development: 1. cell surface interactions; 2. developmental
death; 3. population differentiation; 4. cooperative feeding during growth. Myxococcus xanthus
(Myxobacteria) ,^ „, ,, •
DWORKIN M. B.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University
Parkway, BALTIMORE, MD 21210, USA
a Isolation of a battery of recombinant clones containing DNA sequences that are actively trans-
lated into protein in embryonic stages; this battery will be used to follow the expression, storage
and utilization of a group of individual genes during oogenesis and embryogenesis. Xenopus
laevis (Anura) ^ ,,„,
EAKIN, R. M.; Ph.D., Prof. - Dept. of ZooL, Univ. of California, BERKELEY, CA 94720, USA
a Electron microscopy of induction systems. Hyla regilla (Anura)
b Development of photoreceptors. Helix aspersa (Gastropoda), and other spp. (Invertebrata)
EBERT J D.; Ph.D., Prof. - Carnegie Inst, of Washington, Office of the President, 1530 P St., N.W.,
WASHINGTON, DC 20005, USA
EDDS (LUCKENBILL), Ms. L.; Ph.D. - Dept. of Neurosci., Children's Hosp. Med. Ctr., 300 Long-
wood Ave., and Dept. of Neuropathol., Harvard Med. School, BOSTON, MA 021 15, USA
correspondence: 512 Dedham St., NEWTON, MA 02159, USA
EDWARDS, B. F.; Ph.D. - Dept. of Biol., Reed CoU., PORTLAND, OR 97202, USA
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
EICHENBRENNER, J.; M.D. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr., Tel-Aviv Univ.,
TEL HASHOMER, Israel
a Physio-pathology of cervical mucus in reproductive failure. Homo sapiens (Primates) (with
D. M. SERR and L. A. NEBEL)
b Immune reactivity to placental antigens in gestosis. Same species as a (witii L. A. NEBEL, D. M.
SERR, and V.TODER)
EISENBERG ZALIK, Ms. S.; Ph.D., Prof. - Dept. of Zool., Fac of Sci., Univ. of Alberta, EDMON-
TON, Alta. T6G 2E9, Canada
a Cell surface during embryogenesis: 1 . isolation of cell populations; 2. quantitation of cell adhesion
and aggregation kinetics; 3. cell membrane glycoproteins and gly cosy l-transf erases; 4. lectins in
development. 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)
EL DIN, Ms. A. M. N.;B.Sc. - Dept. of Zool., Fac. of Sci., Alexandria Univ.,Moharram Bey, ALEXAN-
DRIA, Egypt
a Effect of thiourea on development of thyroid glands and hind limbs, Bufo regularis (Anura)
(with M. I. MICHAEL)
ELINSON, R. P.; Ph.D. - Ramsay Wright Zool. Labs., Dept. of ZooL, Univ. of Toronto, 25 Harbord
St., TORONTO, M5S lAl , Ont., Canada
a Activation response of tlie egg; behavior and activity of the sperm and egg pronuclei prior to first
cleavage. Rana pipiens and other spp. (Amphibia)
b Lethal hybrids, especially those cases where unilateral incompatibility exists. Rana spp., Bufo spp.
(Anura)
c Formation and role of grey crescent. (Anura)
ELLGAARD, E. G.; Ph.D. - Dept. of Biol., Tulane Univ., NF.W ORLEANS, LA 70 1 18, USA
a RNA and protein metabohsni in salivary glands during development. Drosophila melanogaster
(Diptera)
b The relationship between mitochondrial metabolism and temperature-sensitive chromosomal
puffs. Same species as a
ELLIOTT, D. S.;Ph.D. - Elliott Embryol. Enterprises, Inc., Route 2, Box 29, MITCHELL, NE 69357,
USA
ELLIS, D. IL; M.Sc. - Dept. of Bot., La Trobe Univ., BUNDOORA, Melbourne, Vict. 3083, Australia
a Structure and development of conidia in relation to thermophily: uhrastructural thermostabil-
ity; appearance of microbody-like structures, some with crystalline inclusions, in conidia grown
at 55°C but not in conidia grown at 40"C. Thermomyccs spp., Humicola spp. (Fungi imperfccti)
26
ELLIS, G. - Sugashima Marine BioL Lab., Nagoya Univ., Sugashima-cho, TOBA-shi, Mie-ken 517,
Japan
a Origin of mitotic spindle birefringence studied in eggs; effect of heavy water on spindle birefring-
ence and structure; dynamic equilibrium theory; molecular association and dissociation to create
enough energy for anaphase chromosome movement. Pisaster ochraceus (Asteroidea), Mespilia
globulus, Temnopleurus toreumaticus (Echinoidea) (with H. SATO and S. INOUE)
EL MEKKAWY, D. A.; M.Sc. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey, AL-
EXANDRIA, Egypt
temporarily: Inst, of Zool., Johannes Gutenberg Univ., 6500 MAINZ, B.R.D. (Germany)
a A comparative study of histogenesis and cytogenesis of the retina. Xenopus laevis, Hymenochirus
boettgeri (Anura)
ELMER, W. A.; Ph.D., Assoc. Prof. - Dept. of Biol., Emory Univ., ATLANTA, GA 30322, USA
a Cell interactions during early limb morphogenesis in the mutant Brachypodism: 1. regulatory
mechanisms related to stabiUty 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
EL TAWIL, M. H.; B.Sc. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey, ALEX-
ANDRIA, Egypt
a Effect of some vitamins on limb regeneration. Bufo regularis (Anura) (with M. I. MICHAEL and
S. H. KHALIL)
EMERSON, C. P., Jr.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHARLOT-
TESVILLE, VA 22901, USA
a Control of contractile protein synthesis during skeletal muscle differentiation. Drosophila melano-
gaster (Diptera), Coturnix c. japonica (Aves), Homo sapiens (Primates)
b Control of ribosome biosynthesis. Coturnix c. japonica (Aves), Homo sapiens (Primates)
ENDO, A.; M.D., Prof. - Dept. of Hyg. and Prevent. Med., Sch. of Med., Yamagata Univ., Zao-Iida,
YAMAGATA, 990-23 Japan
a Cytogenesis of the effects of environmental mutagens on oocytes. Mesocricetus auratus, Mus
musculus (Rodentia)
ENDO, Ms. S.; M.Sc. - Dept. of Biophys. and Biochem., Univ. of Tokyo, 7-3-1 Hongo, Bunkyo-ku,
TOKYO, 113 Japan
a Centriolar complex during eariy cleavage. Hemicentrotus pulcherrimus, Pseudocentrotus depres-
sus (Echinoidea)
ENLOW, D. H.; Ph.D., Prof. - Orthodont. Dept., Case Western Reserve Univ., CLEVELAND, OH
44106, USA
a Development of craniofacial skeleton in fetuses having severe facial anomalies. Homo sapiens
(Primates)
EPEL, D.; Ph.D., Prof. - Dept. of Biol. Sci., Hopkins Mar. Station, Stanford Univ., PACIFIC GROVE,
CA 93950, ijSA
a Biochemistry and physiology of fertiUzation, especially chemistry ot cortical granules and cortical
reactions, block to polyspermy, and activation. Strongylocentrotus purpuratus and other marine
spp. (Invertebrata)
b Biochemistry and physiology of eariy development, especially role of Ca"*"^ and intracellular
pH in activating development. Same species as a
EPSTEIN, D. S.; Ph.D. - Sch. of Dent. Med., Washington Univ., 4559 Scott Ave., ST. LOUIS, MO
63110, USA
a Metamorphosis of salivary glands in cuhure. Manduca sexta (Lepidoptera)
b Control of secretions from salivary glands. Mus musculus (Rodentia)
c Development of teeth in embryo. Same species as b
d Isolation of embryonic bone cells. Same species as b
ERHART, E. A.; M.D., Ph.D., Prof. - Sect, of Neuroanat., Dept. of Anat., Univ. de Sao Paulo, Caixa
Postal 2921, SAO PAULO, BrazU r^ ■ . -,•
a Degeneration and regeneration of peripheral nerve fibres. Gallus domesticus (Aves), Cams tamUi-
aris (Carnivora)
ERICKSON, Ms. C. A.; M.Phii. - Dept. of Biol., Yale Univ., NEW HAVEN, CT 06520, USA
ETHERIDGE, A. L.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Arkansas, MONTICELLO, AR
71655, USA
a Suppression of kidney formation by neural crest cells. Xenopus laevis (Anura), Ambystoma
maculatum (Urodela)
b Origin of the 8th cranial ganglion cells. Same species as a
c Growth and food conversion rates. Xenopus laevis (Anura)
ETO, K.; D.D.S., Ph.D. - Dept. of Pedodont., Tokyo Med. and Dent. Univ., 1-5-45, Yushima, Bun-
kyo-ku, TOKYO, 113 Japan
a Experimental induction and suppression of cleft lip. Mus musculus (Rodentia)
b Experimental study of primary palate in whole embryo culture. Rattus spec. (Rodentia)
ETOH, H.; Ph.D. - Div. of Biol., Natl. Inst, of Radiol. Sci., 9-1, 4-chome, Anagawa, CHIBA, 280
Japan
a Effect of radionuclides (3H, 90Sr) on embryonic gonads. Oryzias latipes (Teleostei)
EVANS, H. E.; Ph.D., Prof. - Dept. of Anat., N.Y. State Vet. Coll., CorneU Univ., ITHACA, NY 14853,
USA . ^ .,. .
a Skeletal development m regard to inter-litter variation utilizing cesarian removals. Cams familians
(Carnivora)
b Veratrum mduced cyclopia. Ovis aries (Artiodactyla)
27
c Serial sections of embryos at spaged ages, available for inspection. Canis familiaris, Felis catus
(Carnivora), Bos taurus, Ovis aries (Artiodactyla), and other Mammalia
d Development of the atlas-axis complex. Same species as a (with A. G. WATSON)
e Development and replacement of teeth. (Cyprinidae, Teleostei)
EWEN, AL. B.; Ph.D. - Agric. Canada Res. Stat., 107 Science Crescent, SASKATOON, Sask. S7N 0X2,
Canada
EYAL (GILADI), Ms. H.; Ph.D., Prof. - Dept. of Zool., Hebrew Univ., JERUSALEM, Israel
a Differentiation potencies of the uterine embryo and its ultrastructure. Gallus domesticus (Aves)
b Normal table of uterine developmental stages. Same species as a
c Development of symmetry in the uterine embryo. Same species as a
d Interaction between epiblast and hypoblast. Same species as a
FABIAN, B. C; Ph.D. - Dept. of Zool., Univ. of the Witwatersrand, Jan Smuts Ave., JOHANNES-
BURG 2001, S. Africa
a RNA translation and morphogenesis in early development. Xenopus laevis (Anura)
b Axialization and ceU lineage in embryos. Gallus domesticus (Aves)
FAHY, W. E.; Ph.D. - Inst, of Marine Sci., Univ. of North Carolina, P.O. Drawer 809, MOREHEAD
CITY, NC 28557, USA
a Possible temperature influence on number of dorsal fin rays and on number of "complex" verte-
brae; Fundulus majalis (Cyprinodontoidea, Teleostei)
b Determination of the morphological time of fixation of the total number of caudal, anal and
dorsal fin rays. Same species as a
FAIN, Ms. M. J.; Ph.D. - Ctr. for Pathobiol., Univ. of California, IRVINE, CA 92717, USA
FAINSTAIN (HAMERMAN), Ms. 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
FALK, R.; Ph.D., Prof. - Dept. of Genet., The Hebrew Univ., JERUSALEM, Israel
FALLON, J. F.; Ph.D. - Dept. of Anat., Univ. of Wisconsin, 1215 Linden Drive, MADISON, WI 53706,
USA
a Cell death during Umb morphogenesis. Gallus domesticus (Aves), Homo sapiens (Primates)
b Role of polarizing zone in limb development. GaUus domesticus (Aves), Mus musculus (Roden-
tia), Sus scrofa (Artiodactyla), Homo sapiens (Primates)
FAMBROUGH, D. M., Jr.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. Univer-
sity Parkway, BALTIMORE, MD 21210, USA
a Biosynthesis, spatial organization and degradation of membrane glycoproteins of embryonic
skeletal muscle fibers; influences of motor innervation
b Biosynthesis and secretion of acetylcholinesterases by embryonic skeletal muscle fibers; neuronal
infiuences
FANKHAUSER, G.; Ph.D., Prof. (Emer.) - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540,
USA
FANTEL, A.; Ph.D. - Centr. Lab. for Hum. Embryol., Dept. of Pediat., Univ. of Washington,
SEATTLE, WA 98195. USA
a Morphology and development of placenta. Rattus spec. (Rodentia)
b Placental transfer; fetomaternal potassium relations. Same species as a
c Experimental teratogenesis. Same species a
FARBEROV, A. - Dept. of Zool., Hebrew Univ., JERUSALEM, Israel
a Influence of retina on lens histogenesis. Xenopus laevis (Anura)
FAULKNER, J.; Prof. - Dept. of Physiol., Univ. of Michigan, Med. Sci. Bldg. 11, ANN ARBOR,
MI 48109, USA
a Regeneration and transplantation of muscles. Rattus norvegicus (Rodentia), Felis catus (Carni-
vora) (with B. M. CARLSON, Dept. of Anat.)
FAUSTO-STERLING, Ms. A.; Ph.D. - Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE,
R.l. 02912, USA
a Selection for temperature-sensitive mutants of oogenesis and embryogenesis, and their analysis.
Drosophila melanogastcr (Diptera)
b Analysis of the "rudimentary" locus at the biochemical level. Same species as a
FEDOROFF, Ms. N. V.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. Univer-
sity Parkway, BALTIMORE, MD 21210, USA
a Sequencing and deletion analysis of 5S rDNA. Xenopus laevis (Anura)
b Controlling elements. Zca mays (Gramincae)
FEDOROFF, S.; Ph.D., Prof. - Dept. of Anat., Univ. of Saskatchewan, Health Sci. Bldg., SASKA-
TOON, Sask. S7N OWO, Canada
a Development of nervous system. Mus musculus (Rodentia)
FEIN, A.; M.Sc. - Dept. of Embryol. and Teratol., Qi.Sheba Med. Ctr., Tel-Aviv Univ., TEL HASHO-
MER, Israel
a Morpho-functional characteristics of the early polar trophoblast during implantation. (Roden-
tia) (with L. A. NEBEL)
b Hormone synthesis in early trophoblastic cells in vitro. (Rodentia) (with S. BAUMINGER)
FELDMAN, M. L.; Ph.D. - Dept. of Anat., Boston Univ., 80 V. Concord St., BOSTON, MA 02118,
USA
a Postnatal development of cochlea and cochlear nucleus
b Neurogenesis and postnatal development in cerebral cortex (electron microscopy, Golgi impreg-
nation) Rattus norvegicus (Rodentia)
2H
FELTS, W.; Ph.D., Prof. - Dept. of Anat. Sci., Univ. of Oklalioma Health Sci. Ctr., P.O. Box 26901,
OKLAHOMA-City, OK 73190, USA
a Biomechanics of bone including developmental changes. (Soricidae, Insectivora), Mus musculus,
Rattus spec. (Rodentia), (Cetacea; Pinnipedia), Homo sapiens (Primates)
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, FL 32604, USA
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 interpuncteUa (Lepi-
doptera)
b Juvenile hormone binding to receptor sites in target tissues. Same species as a
PERM, V. H.; M.D., Ph.D., Prof. - Dept. of Anat./Cytol., Dartmouth Med. Sch., HANOVER,
NH 03755, USA
a Teratogenic effects of heavy metals and environmental factors. Mesocricetus auratus (Roden-
tia)
FERNANDEZ, Ms. S. N.; Pharm. M. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S. M.
de TUCUMAN, Argentina
a Influence of oviductal secretions on vitelline membrane properties and its involvement in fertili-
zation. Bufo arenarum (Anura)
FERREIRA da SILVA, C. - Sect, of Neuroanat.. Dept. of Anat., Univ. de Sao Paulo, C.P. 2921,
SSO PAULO, Brazil
a Degeneration and regeneration of peripheral nerve fibres. Gallus domesticus (Aves)
b Development of central nervous system. Same species as a
FILOSA, M. F.; Ph.D., Assoc. Prof. - Dept. of Zool., Scarborough CoU., Univ. of Toronto, WEST
HILL, Ont. MIC 1A4, Canada
a Development; macrocyst formation; role of cell surface. (Acrasiales)
FINNEGAN, C. V.; Ph.D., Prof. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER V6T 1W5,
B.C., Canada
a Analysis of postgastrula axial mesoderm differentiation in vitro. Taricha torosa, Amby stoma
gracile (Urodela), Gallus domesticus (Aves)
b Cytochemical and electron microscopic examination of myoblast, endo- and ectomesenchymal
differentiation. Taricha torosa, Ambystoma gracile (LIrodela)
FINOCCHIO, D. v.; Ph.D. - Dept. of Pathol. SM-30, Sch. of Med., Univ. of Washington, SEATTLE,
WA 98195, USA
a Effects of congenital exposure to methylmercury on behavior. Macaca mulatta (Primates)
FISCHMAN, D. A.; M.D., Prof. - Dept. of Anat. and Cell Biol., State Univ. of New York, Downstate
Med. Ctr., 450 Qarkson Ave., NEW YORK, Brooklyn NY 11203, USA
a Muscle cell fusion and cell surface antigens; myofibrillogenesis. Gallus domesticus (Aves)
b Cardiac development: intercellular junction formation; cell aggregation; cell division; in vitro
analysis of innervation. Same species as a
FISER, P. S.; Ph.D. - Dept. of Anim. and Poultry Sci., Ontario Agric. ColL, Univ. of Guelph
GUELPH, Ont. NIG 2W2, Canada '
a Cloning and in vitro study of blastoderm cells; identification of "totipotent" cells disaggregated
from unincubated blastoderms (histochemistry and electron microscopy). Gallus domesticus
(Aves) (with M. H. Hardy, Univ. of Guelph)
b Cloning of separated blastomeres (in vitro development; micromanipulation). Mus musculus
(Rodentia), Bos taurus (Artiodactyla)
c Embryo transfer and freezing. Same species as b
d Developmental capacities and migration of primordial germ cells in vivo and in vitro. Same spe-
cies as a
FISHER, D. L.; Ph.D. - Dept. of Anat., Univ. of Michigan, Med. School Bldg. II, ANN ARBOR,
MI 48109, USA
a Teratogenesis, with emphasis on the preimplantation stages during cultivation. Mus musculus
(Rodentia)
b Postimplantation in vitro development and teratology. Same species as a
c Ovarian transplantation with emphasis on embryogenesis. Same species as a
FISHER, K. R. S.; Ph.D. - Dept. of Biomed. Sci., Ontario Vet. Coll., Univ. of Guelph, GUELPH,
Ont. NIG 2W2, Canada
a Development of neurons in the embryonic spinal cord, in vitro study using very young, staged
embryos and tritiated thymidine cell labeling. Gallus domesticus (Aves)
b Gonadogenesis and sex development in gonads of very young embryos. Same species as a
c Gonadogenesis and sexual differentiation in very young embryos. Gallus domesticus (Aves),
Mus musculus, Rattus norvegicus (Rodentia), Sus scrofa domesticus (Artiodactyla)
d Neuron differentiation, spinal cord and neuronal precursor cells. Same species as c
FISHER, L. J.; Ph.D. - Dept. of Anat., Med. Sch., Univ. of Michigan, Med. Sci. Bldg. II, ANN AR-
BOR, MI 48109, USA
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)
FITZH ARRIS, T. P.; Ph.D., Assoc. Prof. - Dept. of Anat., Med. Univ. of S. Carolina, 171 Asliley
Ave., CHARLESTON, SC 29403, USA
a Formation of valves and septa in the heart. Gallus domesticus (Aves)
29
b Role of the extracellular matrix (cardiac jelly) in heart differentiation, morphogenesis and
motility. Same species as a
c Nerve regeneration; control mechanisms in regeneration and expression of polarity. Sabella
melanostigma, Branchiomma nigromaculata, Sabellastarte magnifica (Polychaeta)
FITZSIMMONS, R. C; Ph.D., Assoc. Prof. - Dept. of Poultry Sci., Univ. of Brit. Columbia, VAN-
COUVER, BC V6T 1W5, Canada
a Interrelationships of the bursa of Fabricius, the thymus and the ontogeny of the immune system
in the embryo. Callus domesticus (Aves)
b Generation of diversity in the immune response — a new theory
FLICKINGER, C. J.; M.D., Prof. - Dept. of Anat., Univ. of Virginia, Jordan Med. Bldg., 1300 Jef-
ferson Park Ave., CHARLOTTESVILLE, VA 22901, USA
a Fetal and postnatal development of the male sex accessory organs (light and electron micros-
copy). Rattus rattus (Rodentia)
FLICKINGER, R. A.; PhJ)., Prof. - Div. of Cell and Molec. Biol., State Univ. of New York, 102
Health Sci. Bldg., BUFFALO NY 14214, USA
FLOOD, P. F.; Ph.D., Assoc. Prof. - Dept. of Vet. Anat., Western Coll. of Vet. Med., Univ. of Sas-
katchewan, SASKATOON, Sask. S7N OWO, Canada
a Maternal recognition of pregnancy: production of humoral agents (especially luteolytic agent)
by the conceptus affecting uterine function. Ovis aries, Sus scrofa (Artiodactyla), Equus cabaUus
(Perissodactyla)
b Egg morphology in relation to its transport through the uterine tube; differences between fertil-
ized eggs and those that do not pass into the uterus either because they are unfertilized or because
they have been experimentally treated. Equus caballus (Perissodactyla)
FORBES, M. S.; Ph.D. - Dept. of Physiol., Sch. of Med., Univ. of Virginia, CHARLOTTESVILLE,
VA 22903, USA
a Ultrastructure of heart and skeletal muscle. Gallus domesticus (Aves), Rattus spec, Cavia por-
cellus (Rodentia)
FORD, P.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER B.C. V6T
1W5, Canada
FORET, J. E.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of New Hampshire, Spaulding Bldg., DUR-
HAM, NH 03824, USA
a Role of nerves in limb regeneration. Ambystoma spec, Notophthalmus viridescens (Urodela)
FORMAN,M.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Purdue Univ., WEST LAFAYETTE, IN 47907,
USA
a Synthesis of regulatory macromolecules during embryo development. Fucus furcatus (Phaeo-
phyta)
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, TX 78712, USA
a RNA synthesis in very early development of eggs and at later stages; examination of the products
of RNA polymerase activity (electron microscopy). Oncopeltus fasciatus (Hemiptera)
b Structure and function of a small protein from embryonic cytoplasm which binds strongly to
DNA, and varies in amount during development. Same species as a
FOSKET, D. E.; Ph.D., Assoc Prof. - Dept. of Developm. and Cell Biol., Univ. of California, IRVINE,
CA 92717, USA
FOWLER, J. A.; Ph.D. - Dept. of Biol., State Univ. of New York, STONY BROOK, NY 11794,
USA
a Computer models of developing networks and patterns
b Theoretical models of developing systems
FOX, D. J.; Ph.D. - Dept. of Zool., Univ. of Tennessee, KNOXVILLE, TN 37916, USA
FRANCIS, D. W.; Ph.D. - Dept. of Biol. Sci., Univ. of Delaware, NEWARK, DE 19711, USA
FRANCIS, Ms. E. Z.; Ph.D. - Dept. of Anat., Jefferson Med. CoU., 1020 Locust St., PHILADELPHIA,
PA 19107, USA
a Analysis of amniotic fluid and its cells in normal and abnormal pregnancies. Rattus norvegicus
(Rodentia), Homo sapiens (Primates)
FRANK, G. H.; D.Sc. - Dept. of Zool., Univ. of Durban-Westville, Private Bag X54001, DURBAN
4000, S. Africa
a Developmental morphology and evolution of the columella auris. Caretta caretta (Chelonia)
b Early ontogeny of the visceral skeleton, particularly the composition of, and secondary contri-
butions to, the hyoid arch. (Vertebrata)
FRANKEL, J.; Ph.D., Prof. - Dept. of Zool., Univ. of Iowa, lOWA-City, lA 52242, USA
a Developmental genetics: analysis of the cortical pattern. Tetrahymena thermophila (CiHata)
b Developmental genetics: analysis of temporal sequences of development. Same species as a
c Mutations that bring about a mirror-image reversal of a portion of the cell-surface pattern.
Same species as a
d Temperature-sensitive period of genes affecting cell division. Same species as a
e Genetic control of an alternative morphogenetic pathway (the "rapid-swimmer" transforma-
tion). Same species as a
FRASI'R, F. C; Ph.D., M.D., Prof. - Dept. of Biol., McGill Univ., 1205 McGregor Ave., MONTREAL
Que. H3A IBl, Canada
a Maternal and environmental factors (e.g. diet) influencing the frequency of cleft lip and palate.
Mus musculus (Rodentia)
FRAS1;R. R. C; Ph.D., Prof. - Dept. of Zool., Univ. of Tennessee, KNOXVILLE, TN 37916, USA
30
FREDERICKSON, R. G.; Ph.D., Assoc. Prof. - Dept. of Anat., Med. Ctr., West Virginia Univ., MOR-
GANTOWN, WV26506, USA
a Effect of inhibited protein-polysaccharide and collagen synthesis on formation of unit collagen
fibrils and normal differentiation of epitheUal and connective tissue cells. Gallus domesticus
(Aves)
b Development of connective tissue fibrils and protein polysaccharides in early postnatal lung:
effect of inhibition on normal growth and resulting alteration in cellular differentiation. Didel-
phis virginiana (MarsupiaUa)
FREEMAN, G.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Texas, AUSTIN, TX 78712, USA
a Factors responsible for setting up localizations of developmental potential during early embryo-
genesis. Mnemiopsis leidyi, Bolinopsis microptera (Ctenophora), Cerebratulus lacteus (Nemer-
tina), Lymnaea peregra (Gastropoda)
b Origin of the cells which form new individuals during asexual reproduction. Botrylloides diegense
(Ascidiacea)
FRIEDLANDER, M.; Ph.D. - Dept. of Biol., Ben Gurion Univ. of the Negev, BEER-SHEVA, Israel
a Hormonal control of sperm differentiation (experimental, cytochemical, ultrastructural and
genetical study). Drosophila melanogaster (Diptera)
b Dichotomous spermatogenesis. Several spp. (Lepidoptera)
FRIEDMAN, H. P.; Ph.D., Assoc. Prof. - Biol. Dept., Univ. of Missouri-St. Louis, 8001 Natural Bridge
Rd., ST. LOUIS, MO 63121, USA
a Development of nervous system specific antigens. (Mammalia)
b Differentiation antigens of lymphocytes; study of specific T-cell membrane antigens by lympho-
cytotoxicity. Macaca mulatta, Homo sapiens (Primates)
c Differences in antigens in motile versus non-motile sperm. Bos taurus (Artiodactyla)
FRITZ, H. I.; Ph.D., Assoc. Prof. - Dept. of Biol. Chem., Coll. of Sci. and Engin., and Sch. of Med.,
Wright State Univ., Col. Glenn Highway, DAYTON, OH 45431, USA
FROMSON, D. R.; Ph.D. - Dept. of Biol. Sci., CaUf. State Univ., FULLERTON, CA 92634, USA
a RNA synthesis during embryonic development. Lytechinus pictus, Arbacia punctulata, Strongy-
locentrotus pupuratus (Echinoidea)
b Presence and function of poly(A) tracts in embryo RNA. Lytechinus pictus, Arbacia punctulata
(Echinoidea)
c Translation in vitro of poly(A)+ and poly(A)- niRNAs and characterization of the product
polypeptides. Lytechinus pictus, Strongylocentrotus purpuratus (Echinoidea)
d Examination and characterization of the SI terminal nucleotides in poly(A)+ and poly(A)-
mRNAs; methylation of these nucleotides. Same species as c
FRY, Ms. A. E.; Ph.D., Assoc. Prof. - Dept. of ZooL, Ohio Wesleyan Univ., DELAWARE, OH 43015,
USA
a Histochemical patterns in the tadpole tail during normal and thyroxine-induced metamorphosis.
Rana pipiens (Anura)
b Control of prolactin secretion. Notophthalmus viridescens (Urodela)
FRYE, B. E.; Ph.D., Prof. - Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR, MI 48109, USA
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, especially changing patterns of control during
metamorphosis. Rana pipiens (Anura), Ambystoma mexicanum, A. tigrinum (Urodela^
FUCHS, M. S.; Ph.D., Prof. - Dept. of Biol., Univ. of Notre Dame, NOTRE DAME, IN 46^56, USA
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
FUJIMOTO, T.; M.D., Prof. - Dept. of Anat., Kumamoto Univ., 2-1-1 Honjo, KUMAMOTO, 860
Japan
a Germ cell origin and migration. Caretta olivacea (Chelonia), Gallus domesticus (Aves), Homo
sapiens (Primates)
b Teratogenic effects of methylmercuric chloride. Mus musculus, Rattus spec. (Rodentia)
FUJISAWA, H.;Ph.D. - 2nd Dept. of Anat., Kyoto Pref. Univ. of Med., Kawaramachi-Hirokoji, Kami-
kyo-ku, KYOTO, 602 Japan
FUKE, M.; D.Sc. - Biol. Inst., Fac. of Sci., Univ. of Kanazawa, Marunouchi-1, KANAZAWA, Japan
a Discrimination of "not self" from "self. Halocynthia roretzi (Ascidiacea)
b Development. Same species as a
FULLER, M. S.; Ph.D., Prof. - Dept. of Bot., Univ. of Georgia, ATHENS, GA 30602, USA
FULLILOVE, Ms. S. L.; Ph.D. - Cell Res. Inst., Biol. Labs. 220, Univ. of Texas, AUSTIN, TX 78712,
USA
a Golgi apparatus in development and neoplastic transformation. (Aves)
FULTON, C. M.; Ph.D., Prof. - Dept. of Biol., Brandeis Univ., WALTHAM, MA 02154, USA
FURUSAWA, M.; D.Sc, Assoc. Prof. - Lab. of Devclopm. Biol., Dept. of Biol., Osaka City Univ.,
459 Sugimoto-cho, Sumiyoshi-ku, OSAKA, 558 Japan
a Erythroid differentiation of Friend virus-induced tumor cells. Mus musculus (Rodentia)
b Mechanism of gene expression by means of intracellular microinjection using Sendai virus (HVJ)
and erythrocyte ghosts. Same species as a, and Homo sapiens (Primates)
FURUYA, M.;Prof. - Dept. of Bot., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Sexual differentiation. Gelasinospora reticuhspora (Ascomycetes), Lygodium japonicum (Filices)
b Photocontrol of cell division, growth, and germination. Pteris vittata, Adiantum capillus-veneris
(Filicinae)
c Phytochrome-dependent development. Pisum sativum (Papilionaceae), Hordeum vulgare (Gra-
mineae)
31
FUTRELLE, R. P.; Ph.D. - Dept. of Genet, and Developm., Univ. of Illinois, 515 Morrill Hall, UR-
BANA,IL 61801, USA
GABRIEL, M. L.; Ph.D., Prof. - Biol. Dept., Brooklyn CoU., NEW YORK, Brooklyn, NY 11210,
USA
a Development of vertebrae; meristic variation. (Teleostei)
GAGE, L. P.; Ph.D. - Dept. of CeU Biol., Roche Inst, of Molec. Biol., NUTLEY, NJ 07110, USA
a Silk gland development and differentiation, especially silk fibroin synthesis in vitro; fibroin
message synthesis and isolation of the fibroin gene; rRNA gene structure, transcription and pro-
cessing; tRNA gene structure and function. Bombyx mori (Lepidoptera) (with R. F. MANNING,
D. R. SAMOLS and R. L. GARBER)
GALBRAITH, D. B.; Ph.D., Prof. - Dept. of Biol., Trinity CoU., HARTFORD, CT 06106, USA
a Role of epithelial-mesenchymal interactions in development and differentiation of tooth germs,
especially: 1. effect of 6-diazo-5-oxonorleucine; 2. effect of procollagen upon the development
of embryonic tooth rudiments continuously exposed to the proline analogue, L-azetidine-2-car-
boxyhc acid in vitro. Mus musculus (Rodentia)
b Expression of genes at the agouti locus: 1. histochemical locaUzation of sulfliydryl reducing
compounds in melanocyte cytoplasms of genetically yellow, black and agouti animals; 2. dermal-
epidermal interactions and expression of genes; 3. phenotypic expression of various agouti-
locus compounds. Same species as a
GALL, J. G.; Ph.D., Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, CT 06520,
USA
GALSTON, A. W.; Ph.D., Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, CT
06520, USA
GANCHROW, D.; Ph.D., - Dept. of Anat. and Embryol., Hebrew Univ. - Hadassah Med. School,
P.O.B. 1172, JERUSALEM 91000, Israel
a Light and scanning electron microscopy of the development of nerve-taste bud connections and
papillae in the fetus. Homo sapiens (Primates)
b Pathogenesis of anencephaly in the light of theories of primary degeneration and brain over-
growth. Same species as a
GARBER, Ms. B. B.; Ph.D., Assoc. Prof. - Depts. of Anat. and Biol., Univ. of Chicago, 1103 East
57th St., CHICAGO, IL 60637, USA
GARBER, R. L.; Ph.D. - Dept. of CeU Biol., Roche Inst, of Molec. Biol., NUTLEY, NJ 071 10, USA
a Control of expression of the tRNA genes during differentiation of the silk gland; isolation and
characterization of the tRNA genes. Bombyx mori (Lepidoptera) (with L. P. GAGE)
GARRIDO, O.; M.V. - Inst, de Embriol., Univ. Austral de ChUe, Casilla no. 567, VALDIVIA, Chile
a Reproductive adaptations. Concholepas concholepas and related species (Muricidae, Gastropoda)
b Ultrastructure of spermatozoa. Chilean spp. (Anura)
c Heterospecific recombinations of ocular structures between GaUus domesticus (Aves) and Rattus
spec. (Rodentia)
GASSER, R. F.; Ph.D., Prof. - Anat. Dept., Med. Ctr., Louisiana State Univ., 1542 Tulane Ave.,
NEW ORLEANS, LA 701 12, USA
a Neuromuscular development. Mus musculus, Rattus spec. (Rodentia), Homo sapiens (Primates)
b Effects of biomechanical fields on ceU differentiation during embryogenesis. Homo sapiens
(Primates)
c Craniofacial development. Macaca mulatta. Homo sapiens (Primates)
d Sclerotome formation. Rattus spec. (Rodentia)
GATES. A. H.; Ph.D. - Dept. of Obstet. and Gynecol., Med. Center, Univ. of Rochester, 601 Elm-
wood Ave., ROCHESTER, NY 14642, USA
a Reproductive and cytogenetic consequences of gamete aging and exposure to environmental
pollutants. Mus musculus (Rodentia)
GATTO. 1. M.; Dent.. Prof. Univ. of Ab^oas, MACEIO, Brazil
temporarily: Dept. of Morphol., Uhiv. of Sao Paulo, P.O.B. 301, 14.100 RIBEIRAO, PRETO,
S.P., BrazU
GAUDIN, A. J.; Ph.D., Assoc. Prof. - Dept. of Biol., California State Univ., 18111 Nordhoff St.,
NORTHRIDGE, CA 91330, USA
a Osteocranial development. (Anura; Squamata)
GAVIN, R. H.; Ph.D. - Dept. of Biol , Brooklyn CoU., NEW YORK, Brooklyn, NY 1 1210, USA
a Assemblage of molecular components into structures: biochemical characterization of basal
bodies, microtubules and filaments, and the protein-interactions of these organelles which bring
about the assembly of the oral apparatus. Tetrahymena pyriformis (CUiata)
GAY, Ms. H.; Ph.D., Prof. -- Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR, MI 48109, USA
a Molecular structure of chromosomes during genetic activity, especially nucleic acids and proteins
of hetcrochromatin and euchromatin (electron microscopy, cytochemistry, autoradiography, bio-
chemistry). Drosophila mclanogaster (Diptera)
GEORGi:, 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 Development of the suprancural haematopoietic tissue. Petromyzon marinus (Cyclostomata)
c Energy reserves in embryonic development and post-hatch survival. (Aves)
Gl'.RBI, Ms. S. A.; Ph.D. - Div. of Biol, and Med., Brown Univ., Box G, PROVIDENCi;, RI 02912,
USA
a Amplified DNA (DNA puffs). Sciara coprophila (Diptera)
b Satellite DNAs (in situ hybridization). Same species as a, and Bos taurus (Artiodactyla)
c Cloning and restriction enzyme mapping of ribosomal DNA; studies of adjacent sequences in
x-hcterochromatin (in situ hybridization). Same species as a
32
d Fine structure of ribosomal RNA: mapping of sequences conserved during evolution, secondary
structure, hairpin regions, and sites of methylation by restriction enzyme analysis of various
ribosomal DNA clones. Saccliaromyces spec. (Ascomycetes), Dictyostelium spec. (Acrasiales),
Drosophila melanogaster (Diptera), Xenopus laevis (Anura) and others
GINSBURG, Ms. M.; M.Sc. - Dept. of Zool., Hebrew Univ., JERUSALEM, Israel
a Characterization and morphogenetic meaning of yolk accumulation in early embryonic cells.
Gallus domesticus (Aves)
GINZBURG, Ms. D.; Ph.D. Inst, of Life Sci., Hebrew Univ., JERUSALEM, Israel
a Differentiation of spores into vegetative cells. Bacillus subtilis (Bacteria)
GLASS, Ms. L. E.; Ph.D., M.D., Prof. - Dept. of Anat., Sch. of Med., Univ. of California, Parnassus
and Tliird Ave., SAN FRANCISCO, CA 94143, USA
a Cell interactions and molecular differentiation during fetal and postnatal gonadogenesis. Mus
musculus (Rodentia)
b Zona pellucida as a target for immunologic contraception. Mus musculus, Homo sapiens and
other spp. (MammaUa)
c Macromolecular transfer to follicular oocytes and preimplantation embryos. Same species as a
GLASTONBURY, J. - Dept. of Hum. Morphol., Sch. of Med., Flinders Univ., BEDFORD PARK,
S.A. 5042, Australia
a Aberrant optic fibre projections induced by optic nerve regeneration or by unilateral tectal
removal; competition for synaptic sites between incumbent and aberrant optic fibres (micro-
surgery, 3H-proline autoradiography, electron microscopy, electrophysiology)
GLOBERSON, A.; Dr. - Dept. of Cell BioL, Weizmann Inst, of Sci., P.O. Box 26, REHOVOT, Israel
GMUER, R.; Dr.sc.nat. - Wistar Inst, of Anat. and Biol., 36th St. at Spruce, PHILADELPHIA, PA
19104, USA
a Differentiation of teratocarcinoma cells in vitro
GOEL, S. C.;Ph.D. - Dept. of ZooL, Univ. of Poona, Ganeshkind, POONA 411007, India
GOETINCK, P. F.; Ph.D., Prof. - Dept. of Anim. Genet., Storrs Agric. Exper. Station, Univ. of
Connecticut, STORRS, CT 06268, USA
a Mesoderm-ectoderm interaction in differentiation (limb, scales, and feathers). GaUus 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, OK 73069, USA
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
GOLDBERG, R. B.; Ph.D. - Dept. of Biol., State Univ. of New York, FREDONIA, NY 14063, USA
a Timing and pattern of nuclear protein synthesis and replacement during spermatogenesis (cell
separation). Mus musculus (Rodentia)
b Interdependence of histone and DNA synthesis during meiotic prophase and spermiogenesis.
Same species as a
c Factors influencing the expression of differentiated function in adrenal cells in vitro. Rattus
rattus (Rodentia)
GOLDBERG, S.; M.D. - Dept. of Anat., Sch. of Med., Univ. of Miami, P.O. Box 520875, Biscayne
Annex, MIAMI, FL 33152, USA
a Development of the retina and visual pathways. Gallus domesticus (Aves)
b Neuronal regeneration in the retina and visual pathways. Rana catesbeiana (Anura), Gallus
domesticus (Aves), Rattus rattus (Rodentia)
c Specification of morphological polarity in the retina. Same species as a
GOLDIE, M.; Ph.D. - Dept. of Biol., Loyola Univ., 6525 N. Sheridan Rd., CHICAGO, IL 60626, USA
a Effects of excess nutrients on early development in ovo and in vitro. Gallus domesticus (Aves)
b Function of arginase in early development. Gallus domesticus, Coturnix c. japonicus (Aves)
GOLDIN, G. v.; Ph.D. - ZooL Dept., Univ. of the Witwatersrand, Jan Smuts Ave., JOHANNESBURG
2001, S.Africa
a Control of compensatory and normal kidney growth. Xenopus laevis (Anura)
b Lung morphogenesis. Mus musculus (Rodentia)
GOLDSMITH, Ms. M. H. M.; Ph.D., Assoc. Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ.,
NEW HAVEN, CT 06520, USA
GOLDSMITH, Ms. M. R.; Ph.D. - Dept. of Developm. and Cell Biol., Univ. of California, IRVINE,
CA 92717, USA
GOLDWASSER, E.; Prof. - Dept. of Biochem. and Commit, on Developm. Biol., Div. of Biol. Sci.,
Univ. of Oiicago, CHICAGO, IL 60637, USA
GOMEZ de MARTIN, Ms. M. I. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, 4000 TU-
CUMAN, Argentina
a Ultrastructural changes in the vitelline envelope during fertilization. Bufo arenarum (Anura)
GONDOS, B.; M. D., Prof. - Dept. of Pathol., Sch. of Med., Univ. of Connecticut, FARMINGTON,
CT 06032, USA
a Ultrastructure of ovarian and testicular germ cell development. Oryctolagus cuniculus (Lago-
morpha). Homo sapiens (Primates)
b Ultrastructure of fertiMzation 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 ScL, M.S. Univ. of Baroda, BARODA 390002,
India
a Development of integument and plumage. (Aves)
33
GORDON, R.; Ph.D. - Quant. Morphol. Unit, Univ. of Manitoba, 753 McDermot Ave., WINNIPEG,
Man. R3E0W3, Canada
a The change of shape of the neural plate during neurulation is analyzed experimentally, mathe-
matically, and by computer simulation in terms of physical forces generated by the behavior of
its constituent cells; development of a generally applicable theory of morphodynamics, based on
continuum mechanics; this work is being extended to neural tube and eye formation. Taricha
torosa (Urodela)
b Methods to analyze the postnatal development of linear receptive fields of cells in the visual
cortex. Felis domestica (Carnivora) (with H. V. B. HIRSCH, Albany, N.Y.)
c Valve morphogenesis explained in terms of instabilities in diffusion Hmited precipitation of
amorphous hydrated silica (computer simulation of striae formation at macroscopic and molec-
ular levels). Licomorpha spec, Navicula spec. (Diatomeae) (with R. W. DRUM, Bellingham,
WA)
d Individual melanocytes are followed in three dimensions by a computer driven microscope to
investigate formation of the first stripes in the embryo. Brachydanio rerio (Teleostei)
GOSS, R. J.; Ph.D., Prof. - Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE, RI 02912, USA
a Organ growth regulation. Rattus rattus (Rodentia)
b Appendage regeneration, various spp. (Mammalia)
GOTO, A.; Ph.D. - Lab. of Embryol. & Genet., Fac. of Fish., Hokkaido Univ., HAKODATE, Japan
a Morphological divergence and adaptation in ontogenesis. Cottus pollux, C. hangiongensis (Te-
leostei)
GOTO, Y.; M.D. - Dept. of Biochem., Nippon Med. School, 1-1-5 Sendagi, Bunkyo-ku, TOKYO
113, Japan
a Erythrocyte transition and hemoglobin metabolism during metamorphosis. Rana catesbeiana
(Anura)
b Phosphoenolpyruvate carboxykinase and the regulation of gluconeogenesis. Same species as a
GOTOH, T.; B.Sc. - Dept. of Anat., Saitama Med. School, 38 Morohongo, Moroyama, Iruma-gun,
SAITAMA 350-04, Japan
a Scanning electron microscopy of developing heart. Mesocricetus auratus (Rodentia)
GOTTLIEB, G.; Ph. D - Psychol. Lab., Dorothea Dix Hosp., Raleigh, NC 27611, USA
a Behavioral development of fetuses and embryos. Anas platyrhynchos, Gallus gallus (Aves)
GOUDSMIT, Ms. E. M.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Oakland Univ., ROCHESTER,
MI 48063, USA
a Neurosecretory regulation of galactogen and glycogen synthesis in the albumen gland (electron
microscopy, organ culture, biochemistry). Helix pomatia (Gastropoda)
GOULD-SOMERO, M. C; Ph.D. - Ctr. for Devi. Biol. B-022, Univ. of California, San Diego, LA
JOLLA,CA 92093, USA
a Oogenesis, fertilization, and early development, especially growth and differentiation of oocytes,
their acquisition of fertiUzabihty, and mechanisms of egg activation and polyspermy prevention.
Urechis caupo (Echiura)
GRABOWSKI, C. T.; Ph.D., Prof. - Lab. for Quant. Biol., Dept. of Biol., Univ. of Miami, P.O.
Box 249118, CORAL GABLES, FL 33124, USA
a Effects of oxygen deficiency on embryos and fetuses. Gallus domesticus (Aves), Rattus spec.
(Rodentia)
b Physiology of embryonic fluids in normal and abnormal development. Same species as a
c Development of cardiac physiology. Same species as a
d Teratology of atmospheric pollutants. Same species as a
e Teratology of insecticides. Same species as a
GRANGER (PARSONS), Ms. N.; Ph.D. - Dept. of Developm. and Cell Biol., Univ. of CaUfornia,
IRVINE,CA 92717, USA
GRANT, P.; Ph.D., Prof. - Dept. of Biol., Univ. of Oregon, EUGENE, OR 97403, USA
a Patterns of retino-tectal connectivity during development. Xenopus laevis (Anura)
b Nucleo-cytoplasmic interactions during development. Rana pipiens (Anura)
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, USA
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
c Biochemistry, cytochemistry and ultrastructure of amelogenesis, especially biosynthesis, secre-
tion and absorption of unique enamel proteins (immunofluorescence). Bos taurus (Artiodactyla)
GRAY, D. J.; Ph.D., Prof. (Emer.) - Dept. of Anat., Sch. of Med., Stanford Univ., STANFORD,
CA 94305, USA
a Prenatal development of limb bones, vertebral column, and costo-vertebral joints. Homo sapiens
(Primates)
GR1;i;n, p. B.; Ph.D., Prof. - Dept. of Biol. Sci., Stanford Univ., STANFORD, CA 94305, USA
GRI;i:NBERG, Ms. J. H.; Ph.D. - Natl. Inst, of Dent. Res., Natl. Inst, of Health, BETHESDA, MD
20014, USA
GRi;i'NE, R. M.; Ph.D. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADELPHIA
PA 19107, USA
a Regulatory role of cyclic nucleotides in programmed cell death during normal and abnormal
embryogencsis (radioimmunoassay, electron microscopy, autoradiography, immunocytochemis-
try, immunofluorescent microscopy)
34
GREENGARD, O.; Ph.D. - Dept. of Biochem., Cane. Res. Inst., New England Deaconess Hosp.,
185 Pilgrim Rd., BOSTON, MA 02215, USA
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
GREENWOOD, M. S.: Ph.D. - Res. Lab., Weyerhaeuser Co., P.O. Box 1060, HOT SPRINGS,
AR 71901, USA
a Reproductive development and vegetative propagation. Pinus taeda (Pinaceae)
GREGG, J. H.; Ph.D., Prof. - Dept. of Zool., Univ. of Florida, GAINESVILLE, PL 32611, USA
GREGG, J. R.; Ph.D., Prof. - Dept. of Zool., Duke Univ., DURHAM, NC 27706, USA
no work on developmental biology in progress
GREY, R. D.; Ph.D. - Dept. of ZooL, Univ. of CaUfomia, DAVIS, CA 95616, USA
a Fertilization: 1. ultrastructure of sperm-egg interactions; 2. role of jellycoat factors in fertiliza-
tion (sperm penetration and block to polyspermy); 3. development of cell-surface constituents
during oogenesis; 4. Post-ovulatory transformations of the cell surface required for fertilization.
Xenopus laevis, Bombina orien talis, Rana pipiens (Anura)
GREYSON, R. I.; Ph.D., Assoc. Prof. - Dept. of Plant Sci., Univ. of W. Ontario, LONDON, Ont.
N6A 5 B7, Canada
GRIMES, L. N.; Ph.D. - Dept. of Biol. Sci., Oakland Univ., ROCHESTER, MI 48063, USA
a Deployment of glucosaminoglycans and complementary enzymes in the ear regeneration blas-
tema. Oryctolagus cuniculus (Lagomorpha)
GROSCH, D. S.; Ph.D. - Dept. of Genet., North Carolina State Univ., Box 5487, RALEIGH,
NC 27607, USA
a Egg production and survival of embryos after mother has ingested, or been injected with, chemi-
cal 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, P. R. - Dept. of Biol., Univ. of Rochester, ROCHESTER, NY 14627, USA
GRUBB, R. B.; Ph.D. - Dept. of Anat. Sci., Univ. of Oklahoma Health Sci. Ctr., P.O. Box 26901,
OKLAHOMA-City, OK 73190, USA
a Intestinal regeneration: origin and developmental potentiality of blastemal cells. Notophthal-
mus viridescens (Urodela)
b Jaw regeneration: origin and developmental potentiahty of blastemal cells. Same species as a
GULDNER, F. H.; Dr.med. - Dept. of Behav. Biol., Res. Sch. of Biol. Sci., Austr. Natl. Univ., P.O.
Box 475, CANBERRA, A.C.T. 2601, AustraUa
a Regeneration of optic nerve axons and their synapses; ingrowth of retinal fibers into the ipsi-
lateral tectum; morphology of synaptic competition and repression phenomena. Cyprinus carpio,
Carassius auratus (Teleostei), Ambystoma mexicanum (Urodela)
GULYAS, B. J.; Ph.D. - Natl. Inst, of Child Health and Hum. Devi., Natl. Inst, of Health, Bldg. 18,
RM 101, BETHESDA, MD 20014, USA
a Polyspermy. Oryctolagus cuniculus (Lagomorpha)
b Induced parthenogenesis; ultrastructure and culturing of such eggs. Same species as a
c The effects of the fetal pituitary on the development of fetal gonads. Macaca mulatta (Primates)
d Function of corpus luteum: cell type separation, cell culture, steroid assay, transmission and
scanning electron microscopy. Same species as c
GUMBRECK, L.; Ph.D., Prof. (Emer.) - Dept. of Anat. Sci., Univ. of Oklahoma Health Sci. Ctr.,
P.O. Box 26901, OKLAHOMA-City, OK 73190, USA
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., Sch. of Dent., Univ. of Oregon Health Sci. Ctr,, 611
S.W. Campus Drive, PORTLAND, OR 97201, USA
GUNDLING, G.; B.Sc. - Biol. Sci. Grp., Univ. of Connecticut, Box U-42, STORRS, CT 06268, USA
a Hemoglobin synthesis: mRNA isolation and quantification during development. Chironomus
spec. (Diptera)
GUPTA, D. K.; M.Sc. - Dept. of Biochem., Fac. of Sci., Allahabad Univ., ALLAHABAD 211002,
India
a Glycerol metabolism during development. Philosamia ricini (Lepidoptera)
b Lipids, Lipase, transaminases and inorganic cations in the haemolymph during development and
metamorphosis. Same species as a
GUPTA, Ms. P.; M.Sc. - Dept. of Biochem., Fac. of Sci., Allahabad Univ., ALLAHABAD 211002,
India
GUPTA, S. K.; M.Sc. - Dept. of Biochem., Allahabad Univ., ALLAHABAD 211002, India
a Some enzymes (aminotransferase, arginase, proteases, phosphorylase) and metabolites (total free
amino acids, proteins, glucosamine, total carbohydrates, glycogen, free sugars, citrate, pyruvate,
lactate, nucleic acids, urea and uric acid) during embryogenesis. Antheraea mylitta (Lepidoptera)
b Beta-glucuronidase activity in different tissues: haemolymph, fat body, intestine, muscle and
intestinal fluid, during pupal development. Same species as a
c Biochemical changes in some enzymes (phosphorylase, trehalase, aldolase, phosphatases, beta-
glucuronidase, proteases, phenoloxidases, aminotransferases), and metabolites (proteins, total
free amino acids, total carbohydrates, reducing sugars, free sugars, trehalose, citrate, pyruvate,
lactate, hexosamines, tyrosine, arginine, proline, urea, uric acid, RNA) during successive moults.
PhUosamia ricini (Lepidoptera)
35
d Nutritional requirement of arginine, proline, ornithine and cholesterol for normal development.
Same species as c (with R. PANT)
GURAYA, S. S.; Ph.D., D.Sc, Prof. - Dept. of Zool., Punjab Agric. Univ., LUDHIANA, Punjab,
India
a Comparative morphology, histochemistry, and biochemistry of oocyte growth. (Vertebrata)
b Comparative morphology, histochemistry, and biochemistry of development and maturation of
ovary and testis. Millardia meltada, Cavia porcellus (Rodentia), Homo sapiens (Primates)
c Morphology, histochemistry and biochemistry of oocyte growth and of embryology. (Acantho-
cephala) (with V. R. PARSHAD)
d Morphology, histochemistry, biochemistry and physiology of spermatozoa. Bubalus bubalis
(Artiodactyla)
e Morphology, histochemistry, biochemistry and physiology of testis and ovary of farm animals.
(Mammalia)
f Histophysiology and biochemistry of gonads. (Aves) (with H. R. DANG and R. CHALANA)
g Morphology, histochemistry, biochemistry and physiology of gametogenesis and early embryo-
logy. (Platyhelminthes) (with V. R. PARSHAD)
GWATKIN, R. B. L.; Ph.D. - Merck Inst, for Therap. Research, P.O. Box 2000, RAHWAY, NJ 07065,
USA
a Studies on fertilization, implantation, and early development. Mesocricetus auratus, Mus mus-
culus (Rodentia)
HADFIELD, M. G.; Ph.D. - Kewalo Lab., Pacif. Biomed. Res. Ctr., Univ. of Hawaii, 41 Ahui St
HONOLULU. HI 96813, USA
HAKIM, R. S.; Ph.D. - Dept of Anat., Howard Univ., 520 West St. N.W., WASHINGTON, DC 20059
USA
a Development of silk glands to salivary glands: stability of cell determination; sequence of steps
in cell differentiation. Manduca sexta (Lepidoptera)
HALEY, L. E.; Ph.D., Assoc. Prof. - Dept. of Biol., DaDiousie Univ., HALIFAX, N.S. B3H 4J1,
Canada
a The time of activation of genes controlling some enzymes in development. Mytilus eduUs, Cras-
sostrea virginica (Lamellibranchia)
HALEY, S. R.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Hawaii, 2538 Tlie Mall, HONOLULU,
HI 96822, USA
a Reproduction and prelarval development. Hippa pacifica (Anomura, Decapoda, Crustacea)
b Histogenesis of embryonic and larval organs. Same species as a
HALL, B. K.; Ph.D., Prof. - Dept. of Biol., Dalliousie Univ., Life Sci. Ctr., HALIFAX, N.S. B3H 4J1,
Canada
a The origin of cartilage and bone from common germinal cells. Gallus domesticus (Aves)
b Epithelial-mesenchynial interactions in skeletal development. Same species as a
c Induction of scleral ossicles. Same species as a
HALPERIN, W.; Ph.D., Assoc. Prof. - Dept, of Bot., Univ. of Washington, SEATTLE, WA 98195
USA
HAMA, T.; D.Sc, Prof. (Emer.) - Lab. of Biol., Aichi Med. Univ., NAGAKUTE 480-11, Aichi. Japan
HAMADA, K.; Ph.D., Prof. - Lab. of Embryol. and Genet., Fac. of Fish., Hokkaido Univ., HAKO-
DATE, Japan
a Morphological divergence and ecology in ontogenesis. Hypomesus transpacificus nipponensis,
H. olidus, H. pretiosus japonicus (Teleostei)
HAMADA, S. H.; Ph.D. - Dept. of Biol. Sci., Fordham Univ., NEW YORK, Bronx, NY 10458, USA
a The role of glycoproteins in forelimb regeneration (labelled glucose, electron microscopic radio-
autography, blastema culture). Taricha torosa (Urodela)
b Formulation of a serum-free or a serum sparing medium for neuroblast culture. Gallus domesticus
(Aves)
c Fractionation of non-neuronal and neuronal cells of developing dorsal root ganglia. Same species
as b
HAMBLEY, J. W.; B.Sc. (Hons.) - Dept. of Behav. Biol., Res. Sch. of Biol. Sci., Austr. Natl. Univ
P.O. Box 475, CANBERRA, A.C.T. 2601, Australia
a Biochemical correlates of retarded behavioural development in young animals. Gallus domesticus
(Aves)
b Biochemistry of the developing visual system. Same species as a
c Behavioural and cellular lesions produced by amino acids in developing brain. Same species as a
HAMBURGl'R, V.; Ph.D., Prof. (Emer.) - Dept. of Biol., Washington Univ., Skinner and Lindell
Ave., ST. LOUIS, MO 63130, USA
a Ncuroembryology. Gallus domesticus (Aves)
HAMILTON, H. L.; Ph.D., Prof. - Dept. of Biol., Univ. of Virginia, Gilmer HaU, CHARLOTTES-
VILLE, VA 22901, USA
a Organogenesis of featliers. GaUus domesticus (Aves)
HAMMOND, W. S.; Ph.D., Assoc. Prof. - Dept. of Anat., Upstate Med. Ctr., State Univ. of New York
766 Irving Ave., SYRACUSE, NY 13210, USA
no work on developmental biology in progress
HAMNI R, Ch. E.; D.V.M., Ph.D., Prof. - Dept. of Obstet. and Gynecol., Div. of Reprod Biol Univ
of Virginia Med. Sch., Box 387, CHARLOTTESVILLE, VA 22903, USA
a The composition of oviduct secretions of ovariectomizcd females with and without estrogen and
progesterone injections and tlic effect of these secretions on sperm metabolism, fertilizing ability
and blastocyst development. Oryctolagus cunicuUis (Lagomorpha), Felis catus (Carnivora)
b The role of steroids in capacitation of sperm in the female reproductive tract. (MammaUa)
36
c Reproductive physiology; artificial insemination technique, sperm characterizauun, seminal plas-
ma constituents, in vitro fertilization. Felis catus (Carnivora)
HAMPFX, A. E.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Northern Illinois Univ., Montgomery Hall,
DeKALB,IL 60115, USA
a Protein and nucleic acid synthesis in late tailbud stages (incorporation study). Xenopus laevis
(Anura)
HANADA, A.; DVS - Natl. Inst, of Anim. Industry, CHIBA-shi, 280 Japan
HANADA, H. - Lab. of Genet. Disorders, Natl. Inst, of Anim. Industry, 959, Aobacho, CHIBA 280,
Japan
a Effects of various chemicals on embryonic development. Mus musculus (Rodentia), Gallus
domesticus (Aves)
HANAOKA, Y.;D.Sc. -Dept. of Comp. r.ndocrinol., inst. of Endocrinol., Gunma Univ., Shov/amachi,
MAEBASHI, 371 Japan
a Oocyte maturation. Xenopus laevis (Anura)
HANCOCK, R. L.; M.D., Assoc. Prof. - Div. of Med. Biochem., Health Sci. Ctr., Univ. of Calgary,
CALGARY, Alta T2N 1N4, Canada
a Alpha-fetoprotein in developing and neoplastic liver. Rattus spec. (Rodentia), Homo sapiens
(Primates)
HANSON, E. D.; Ph.D., Prof. - Dept. of Biol., Wesleyan Univ., MIDDLETOWN, CT 06457, USA
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 muta-
genesis, breeding analyses, light and electron microscopy). Paramecium aurelia (Ciliata)
c Functional analysis of fine structure of cell cortex (electron and light microscopy, chemical and
physical agents which disrupt fine structure). Same species as b
HANSON, T. E.; Ph.D. - Dept. of Biol., Temple Univ., Broad & Berks St., PHILADELPHIA, PA 19122,
USA
a Pattern formation in the retina. Drosophila spec. (Diptera)
b Rctinotectal neurospecificity. Xenopus laevis (Anura)
HANZELY, L.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Northern Illinois Univ., DeKALB, IL 60115,
USA
a Ultrastructure of the mode of nucleolar reformation. Allium sativum (LUiaceae)
b Fine structure and cytochemistry of microbodies. (Algae)
HARADA, H.; D.Sc. - Dept. of Biol. Sci., Univ. of Tsukuba, SAKURA-MURA, Ibaraki 300-31 Japan
a Hormonal control of somatic embryogenesis (tissue culture). Petunia infiata, P. hybrida. Antirrhi-
num majus, Pharbitus nU (Angiospermae)
b Effects of amino acids and growth regulators on in vitro organogenesis. Daucus carota, Perila
crispa, Torenia fournieri, Nicotiana tabacum (Angiospermae)
HARDY, Ms. M. H.; Ph.D., Prof. - Dept. of Biomed. Sci., Ontario Vet. Coll., Univ. of Guelph,
GUELPH, Ont. NIG 2\V2, Canada
a Induction of mucous metaplasia of skin and hair folhcles in vitro by vitamin A (electron rnicro-
scopy, separation and recombination of dermis and epidermis, autofluorescence of vitamin A).
Mus musculus (Rodentia)
b Differentiation of the dermis, its cell types and interceUulai matrix in 12-18 day embryos
(histochemistry, light and electron microscopy). Same species as a
c Identification of "totipotent" cells disaggregated from unincubated blastoderms which give rise
to blastulae and blastodiscs (histochemistry and electron microscopy). Gallus domesticus (Aves)
(with P. FISER, Ontario Agric. CoU., Guelph)
d Part played by tissue interactions in development of some skin diseases studied by grafting and
in vitro culture. Mus musculus and various domestic animal species (Mammalia), Homo sapiens
(Primates)
e Effect of retinoic acid (injected) on 7-14 day embryo development. Same species as c (with
D. DHOUAILLY, Grenoble)
HARRIS, Ms. P. J.; Ph.D., Assoc. Prof. - Biol. Dept., Univ. of Oregon, EUGENE, OR 97403, USA
a Centriole replication and separation, using mercaptoethanol to induce direct divisions from one
to four cells (electron microscopy). Strongylocentrotus purpuratus, Dendraster excentricus
(Echinoidea)
b Intracellular membrane systems and their role in regulating cytoplasmic ion concentrations,
including ionic control of microtubule and microfilament polymerization during cleavage (cyto-
chemistry, electron microscopy). Strongylocentrotus purpuratus (Echinoidea)
c Role of microtubules and microfilaments in the migration of pigment vesicles and other particles
following fertilization. Same species as b
HARRISON, J. R.; Ph.D., Prof. - Dept. of ZooL, State Univ. of New York, OSWEGO, NY 13126,
USA
HARTMANN, J. F.; Ph.D. - Merck Inst, for Tlierap. Research, P.O. Box 2000, RAHWAY, NJ 07065,
USA
a Prepenetration reactions in fertilization. Mesocricetus auratus (Rodentia)
HASEGAWA, M.; D.Sc, Prof. - Lab. of Biol., Women's Coll. of Tokai-Gakuen, Tenpaku-cho, Ten-
paku-ku, NAGOYA, 468 Japan
a Restitution of the eye. (Teleostei)
b Morphogenesis of the retinal pigment cell. (Cobitidae, Teleostei)
37
HASSONA, A. A. S.; B.Sc. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey, ALEX-
ANDRIA, Egypt
a Experiments on determination of the proximo-distal axis of the developing hind limb. Bufo
regularis (Anura) (with M. I. MICHAEL, S. N. SEDRA and S. H. KHALIL)
HASWELL, Ms. P.; M.Sc. - Dept. of Zool., Washington State Univ., PULLMAN, WA 99163, USA
a Biochemical differentiation of mammary epitheUal cells in culture: normal preneoplastic and
tumor cells. Mus musculus (Rodentia)
HAY, D. M.; Ch.B., Prof. - Div. of Obstet. & Gynecol., Health Sci. Ctr., Univ. of Calgary, CALGARY,
Alta. T2N 1N4, Canada
a Ante-natal monitoring of the fetus. Homo sapiens (Primates)
b Alpha-fetoprotein in pregnancy. Rattus spec, Ovis aries, Macaca mulatta, Homo sapiens (Mam-
malia)
c Beta-cortisol in pregnancy. Macaca mulatta. Homo sapiens (Primates)
HAY, Ms. E. D.; M.D., Prof. - Dept. of Anat., Harvard Med. School, 25 Shattuck St., BOSTON,
MA 02115, USA
a Localization of regeneration cells. Planaria spec. (Turbellaria), Triturus viridescens (Urodela)
b Fine structure of the developing cornea, and locaUzation and identification of proteins secreted
by the epithelium (autoradiography and chromatography). GaUus 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 species as b
HAY, R. J.; Ph.D. - CeU Cult. Dept., Amer. Type Culture CoUection, 12301 Parklawn Drive, ROCK-
VILLE, MD 20852, USA
a Lung, myelogenous and pancreatic cell cultures for studies of differentiation, physiology, and
senescence. (Mammalia)
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)
HEATH, H. D.; Ph.D., Prof. - Dept. of Biol. Sci., CaUf. State Univ., HAYWARD, CA 94542, USA
a Growth regulation in larvae. Taricha torosa (Urodela)
b Tentacle regeneration. Hydra littoraUs, Chlorohydra viridissinia (Hydrozoa)
HEIM, W. G.; Ph.D., Prof. - Dept. of Biol., Colorado CoU., COLORADO SPRINGS. CO 80903, USA
a Neurotrophic effects in limb regeneration. Xcnopus laevis (Anura)
b Genetic control of longevity. Drosophila spp. (Diptera)
c Biochemistry of early development. Oryzias latipes (Teleostei)
HEIN, Ms. R. R.; Ph.D., Prof. - Div. of Nat. Sci. and Mathem., St. Mary's Coll. of Maryland, ST. MA-
RY-City,MD 20686, USA
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 doroto-
cephala (Turbellaria), (Echinodermata)
HEMING, B. S.; Ph.D., Assoc. Prof. -Dept.of En tomoL, Univ. of Alberta, EDMONTON, Alta. T6G 2E3,
Canada
a Metamorphosis. Frankliniella fusca, Haplothrips verbasci and other spp. (Thysanoptera)
b Embryogenesis. Haplothrips verbasci (Thysanoptera)
c Late embryogenesis: sense organs. Lytta viridana (Meloidae, Coleoptera)
d Embryogenesis, especially mouth part development. Macrosteles fascifrons (Homoptera)
HENDRICKX, A. G.; Ph.D. - Cahf. Primate Res. Ctr., Univ. of CaUfomia, DAVIS, CA 95616, USA
a Temporal and endocrine relationships of ovulation, fertilization, and early embryonic develop-
ment. Macaca mulatta, M. radiata, Papio cynocephalus (Primates)
b Teratogenic effects of corticosteroids (triamcinolone) on development of skull, lymphoid and
nervous systems. Same species as a
c Teratogenic and embryotoxic effects of contraceptives (Norlestrin: Norethindrone acetate and
ethinyl estradiol). Macaca mulatta, M. radiata (Primates)
d Cellular kinetics of the central nervous system of early embryos by means of autoradiography.
Macaca mulatta (Primates)
e Teratogenic effects of tritiated water on gonadal development. Macaca radiata (Primates)
HENNEN, Ms. S.; Ph.D., Assoc. Prof. - Dept. of Biol., Marquette Univ., 530 North 15th St., MIL-
WAUKEE, WI 53233, USA
a Nuclco-cytoplasmic interactions in development. (Amphibia)
b Localization of rDNA sequences in chromosomes. (Amphibia)
HI'RKOVITS, J.; M.D. - Inst, de Biol. Celular, Fac. de Med., Univ. de Buenos Aires, Paraguay 2155
2°piso, 1 121 BUENOS AIRES, Argentina
a Morphogenesis in early development: normal and experimental conditions. Bufo arenarum,
Xenopus laevis (Anura)
Hl'RNANDIZ de BARRIOS, Ms. C. E.; M.D., Assoc. Prof. - Cat. de Embriol., Fac. de Med., Univ.
de Los Andes, Apartado 38, MERIDA, Venezuela
a Histochemistry of the developing placenta. Homo sapiens (Primates)
b Anomalies of the nasal cavity. Same species as a
c Importance of several phenomena and processes which produce symmetrical body conditions
or interfere with them. Same species as a
38
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, USA
a Comparative development and ultrastructure of dentines (osteodentine and vasodentine). Esox
lucius, Gadus caUarias (Teleostei)
b Development of embryonic skeletal structure, normal ultrastructure, and effect of sodium fluoride.
Echinarachnius parma (Echinoidea)
c Teratogenic effects of cortisone and vitamin A on development of primary and secondary fetal
palate in organ culture. Mus musculus (Rodentia)
d Immunofluorescence study of enamel amelogenin localization in teeth and tooth-like structures;
biosynthesis, secretion and absorption of amelogenin proteins. (Vertebrata)
HERRMANN, H.; M.D., Prof. - Genet, and Cell Biol. Sect., Biol. Sci. Grp., U-125, Univ. of Connec-
ticut, STORRS, CT 06268, USA
a Cell surfaces in cell recognition in muscle development. Gallus domesticus (Aves)
HEYWOOD, S. M.; Ph.D., Prof. - Dept. of Genet, and Cell Biol., Univ. of Connecticut, STORRS,
CT 06268, USA
a RNA and protein synthesis during muscle cell differentiation. Gallus domesticus (Aves)
HICKS, G. S.; Ph.D. - Dept. of Biol., Dalhousie Univ., Life Sci. Ctr. HALIFAX, N.S. B3H 4J1,
Canada
a Causal mechanism in flower development, especially sex determination (organ culture, micro-
surgery in vitro). Nicotiana tabacum (Solanaceae)
b Refining the cell layer technique with a view to developing a synchronous system for exploring
molecular biology of organogenesis. Gynura spp., Spirea spp.. Begonia spp. (Angiospermae)
c In vitro leaf determination (microsurgery, leaf co-culture). Osmunda cinnamomea (Fihces)
HIGASHINAKAGAWA, T.; D.Sc. - Lab. of Devi. Biol., Mitsubishi-Kasei Inst, of Life Sci., 11 Minami-
ooya, Machida, TOKYO 194, Japan
a Analysis of RNA synthesis by isolated nucleoli of oocytes to define the element(s) involved in
the regulation of ribosomal gene transcription. Xenopus laevis (Anura) (with H. SAIC^A)
HILD, W. J.; M.D., Prof. - Dept. of Anat., Med. Branch, Univ. of Texas, GALVESTON, TX 77550,
USA
HILFER, S. R.; Ph.D., Prof. - Dept. of Biol., Temple Univ., Broad & Berks St., PHILADELPHIA,
PA 19122, USA
a Early development of the thyroid gland. Gallus domesticus (Aves)
b Formation of the optic cup. Gallus domesticus (Aves), Mus musculus (Rodentia)
HINDS, J. W.; Ph.D. ~ Dept. of Anat, Boston Univ., 80 E. Concord St., BOSTON, MA 021 18, USA
a Analysis of developing retina using serial electron microscopic sections. Mus musculus (Rodentia)
HINDS, Ms. L.; B.Sc. (Hons.) Div. of Wildhfe Res., C.S.I.R.O., P.O. Box 84, LYNEHAM, A.C.T.
2602, Australia
a Factors involved in resumption of development by blastocysts in diapause. Macropus eugenii
(MarsupiaUa)
b In vitro culture of blastocyst and vesicle stages. Same species as a
HINSCH, Ms. G. W.; Ph.D., Assoc. Prof. - Dept. of BioL, Univ. of South Florida, TAMPA, FL 33620,
USA
a Ultrastructure and hormonal controls of development and reproductive maturation in females.
(Decapoda, Crustacea)
b Ultrastructure and function of mandibular gland. (Crustacea)
HIRADHAR, P.; Ph.D. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA 390002, India
a Tail regeneration in the adult, especially evaluation of endocrine involvement and physiological
responses; evocation of regenerative response by transplantation; evaluation of morphogenetic
interactions between stump and regenerate. 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. Salmo gairdneri (Teleostei), Triturus pyrrhogaster
(Urodela), Caretta caretta (Chelonia), Gallus gallus (Aves), Homo sapiens (Primates)
b Differentiation of somite. Triturus pyrrhogaster (Urodela), Gallus domesticus (Aves)
HIRAMA, M. N.; D.Sc. - Kaiiebo Inst, for Cane. Res., 1-9-1, Misaki-cho, Hyogo-ku, KOBE, 652
Japan
a Pattern and regulation of nucleic acid and protein synthesis in early development. Hemicentrotus
pulcherrimus (Echinoidea)
b Structure and organization of immunoglobulin gene before and after differentiation of lympho-
cyte and myeloma; cloning of specific genes. Mus musculus (Rodentia)
c mRNA processing mechanism between transcription and translation
HIRAMOTO, Y.; D.Sc, Prof. - Biol. Lab., Tokyo Inst, of Technol., 0-Okayama, Meguro-ku, TOKYO,
152 Japan
a Mechanisms of cell division; physical properties of protoplasm; sperm motility. (Asteroidea;
Echinoidea)
HIRANO, H.; M.D. - Bone Res. Lab., Univ. of CaUfornia, 1000 Veteran Ave., LOS ANGELES,
CA 90024, USA
a Bone morphogenesis: the physiology and biochemistry of bone matrix; osteosarcoma derived
bone morphogenetic protein; transplantation; calcification; ossification. Mus perognathus, Rattus
sigmoidon, Cavia porcellus (Rodentia), (Lagomorpha), Homo sapiens (Primates)
HIROSHIMA, T.; B.Sc. - Biol. Inst., KanazawaMed. Univ., UCHINADA-machi, Ishikawa-ken, 920-02
Japan
a Reaggregation of dissociated cells. CaUyspongia elongata (Porifera)
39
HIRSCH, H. V. B. - Dept. of Biol. Sci., State Univ. of New York, ALBANY, NY 12222, USA
a Methods to analyze the postnatal development of linear receptive fields of cells in the visual
cortex. Felis domestica (Carnivora) (with R. GORDON, Winnipeg)
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)
HOAR, R. M.; Ph.D. - Teratol. Sect., Dept. of Toxicol., Res. Div., Hoffmann-La Roche Inc., Bldg.
100, NUTLEY, NJ 07110, USA
a Embryology. Putorius furo (Carnivora)
b A model for birth defect studies. Same species as a
c Development of the structure and function of the yolk sac placenta and its relationship to birth
defects. Rattus norvegicus (Rodcntia)
HOLLAND, C. A. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN 37830, USA
HOLLINGER, T. G.; Ph.D. - Dept. of Anat., CoU. of Med., Univ. of Florida, Box J-235, JHMHC,
GAINESVILLE, FL 32610, USA
a Maturation of oocytes. Xenopus laevis, Rana pipiens (Anura)
b Protein synthesis and degradation in oocytes. Xenopus laevis (Anura)
HOLLYFIELD, J. G.; Ph.D. - Dept. of Ophthalmol., Coll. of Phys. and Surg., Columbia Univ.,
630 W. 168th St., NEW YORK, NY 10032, USA
HOLOWINSKY, A. W.;Ph.D., Assoc. Prof. - Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE,
RI 02912, USA
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
HOLT, R. K.; Ph.D. - Dept. of Anat., Med. CoU. of Georgia, AUGUSTA, GA 30902, USA
a Development of neuromuscular relationships and formation of motor endplates in extra-ocular
muscles. Anas platyrhynchos (Aves)
HOLTFRETER, J. K. F.; Ph.D., Prof. (Emer.) - Dept. of Biol., Univ. of Rochester, ROCHESTER,
NY 14627, USA
HONDA, S. 1.; Ph.D., Prof. - Dept. of Biol. Sci., Coll. of Sci. and Engin., Wright State Univ., Col.
Glenn Highway, DAYTON, OH 45431, USA
a Structure and function of organelles, especially cliloroplasts. (Angiospermae)
HOPPE, P. C; Ph.D. ~ The Jackson Lab., BAR HARBOR, ME 04609, USA
a FertUization in vitro and embryo development. Mus musculus (Rodcntia)
b Requirements for epididymal sperm maturation; sperm metabolism; effects of gamete aging on
development. Same species as a
c Parthenogenesis. Same species as a
d Microsurgical production of homozygous-diploid uniparental animals. Same species as a
HORI, 1.; D.med. - Biol. Inst., Kanazawa Med. Univ., UCHINADA-machi, Ishikawa-ken, 920-02
Japan
a Morphology of connective tissue. Dugesia japonica (Turbellaria)
b Regeneration of basement membrane. Same species as a
c Electron microscopic cytochemistry of coUagen fibril. (Invertebrates)
HORI, R.; D.Sc, Prof. - Biol. Inst., Toyama Univ., Gofuku 3190, TOYAMA, 930 Japan
a Activation analysis of trace elements (Mn, Zn and V) in the egg and their absorption from the
surrounding medium. Hemicentrotus pulcherrimus (Echinoidea), Halocynthia roretzi (Ascidiacea),
Oryzias latipes (Teleostei)
b Submicroscopic structure of the cortex and cortical alveoli of the unfertilized egg and the fertil-
ization phenomena. Oryzias latipes (Teleostei)
HORIGUCHI, T. - Dept. of Biol., Sch. of Dent. Med., Tsurumi Univ., 2-1-3 Tsurumi, YOKOHAMA
230, Japan
a Nerve endings during metamorphosis. (Amphibia)
HORIUCHl, S.; B.Sc. - Dept. of BioL, CoU. of Gen. Educ, Osaka Univ., Toyonaka, OSAKA, 560
Japan
a CeU kinetics of developing digestive organs. Rhacophorus spec, Xenopus spec, Rana spec
(Anura)
HOSHINO, K.; M.D., Dr.med.sci., Prof. - Congen. Anomaly Res. Ctr., Dept. of Anat., Fac of Med.,
Kyoto Univ., Sakyo-ku, KYOTO 606, Japan
a Development, growth and tcratogencsis of mammary glands after prenatal exposure to hormones
and carcinogen. Mus musculus (Rodcntia) .
b Regeneration of mammary and saUvary glands. Same species as a
c Normal embryonic growth and congenital anomaly. Homo sapiens (Primates)
d Cytogenetic and cytophotomctric studies of teratogenesis
HOSHINO, K.; M.D., D.Mcd.Sc, Assoc. Prof. - Dept. of Developm. Pathol., Res. Inst, of Environm.
Med., Nagoya Univ., I'uro-cho, Qiikusa-ku, NAGOYA, 464 Japan
a Morphogenesis of genetic microphthalmia. Mus musculus (Rodcntia) (with Y. KAMEYAMA and
S.ODA)
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. KAMEY-
AMA and Y. HAYASHI)
d Influences of intrauterine environment on the manifestation of genetic malformations Same
species as a (with Y. KAMEYAMA and S. ODA)
40
HOSTETLER J. R.; Ph.D., Assoc. Prof. - Dept. of Anat., Ohio State Univ., 333 West 10th Ave.,
COLUMBUS, OH 43210, USA
HOTTA, Y; Ph.D. - Ctr. for Devi. Biol. B-022, Univ. of California, San Diego, LA JOLLA, CA 92093,
USA
a Regulation of DNA synthesis during meiotic development. Trillium erectum, Lilium longiflorum,
TuUpa gesneriana, Vicia faba, BeUevalia romana (Angiospermae)
b Cell transformation, especiaUy 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)
d Qiaracterization of r-protein (meiotic DNA binding protein) and the localization in meiotic
cells. Lilium longiflorum (Liliaceae), Rattus spec. (Rodentia)
e Mechanisms of chromosomal condensation in meiotic cells in comparison with somatic ones.
Same species as d
HOUGH-EVANS (RAYMOND), Ms. B.; Ph.D. - Div. of Biol., Calif. Inst, of TechnoL, PASADENA,
CA91125,USA
a Molecular biology of oogenesis and early development, particularly gene activation. Ilyanassa
obsoleta (Gastropoda), Strongylocentrotus purpuratus (Echinoidea), Engystomops pustulosus,
Xenopus laevis (Anura)
HOWELL, S. H.; Ph.D. - Ctr. for Devi. Biol. C-016, Univ. of California, San Diego, LA JOLLA,
CA 92093, USA
a Events which control the cell cycle: periodic transcription of nuclear or chloroplast genes which
code for chloroplast membrane proteins, the C02 fixation enzyme and microtubule proteins.
Chlamydomonas reinhardi (Volvocales, Qilorophyceae)
b Tlic messenger RNAs and genes coding for the small and large subunits of RUBPCase. Same
species as a
HOWES, R. I.; D.D.S., Ph.D. - Dept. of Anat. Sci., Univ. of Oklalioma Health Sci. Ctr., P.O. Box
26901, OKLAHOMA-City, OK 73190, USA
a Histologic and morphogenic development of tootli crowns and roots (ectopic tooth transplants).
Rana pipiens (Anura), Iguana iguana (Lacertilia), Heterodontis francisci (Elasmobranchii) and
other lower Vertebrata
HSU (LIANG), Ms. C. Y.; Ph.D., Prof. - Dept. of Bioniorphics, Natl. Defense Med. Ctr., P.O. Box
8244, TAIPEI 107, Taiwan, Rep. of China
a Experimental sex differentiation. (Ajiura)
b Steroid analysis in larvae. Rana catesbeiana (Anura)
HSU Yu-Oiih; M. D., D.M.Sc, Prof. - Lab. of Mammal. Devi, and Oncogen., Dept. of Pathobiol.,
Sch. of Hyg. and Publ. Health, Johns Hopkins Univ., 615 N. Wolfe St., BALTIMORE, MD 21205,
USA
a Regulation of embryo development in vitro. Mus musculus (Rodentia)
b Embryo growth factors beyond the implantation stage. Same species as a
c Culture of individually isolated whole embryos from blastocyst to early somite stage. Same spe
cies as a
HUBBERT, W. T.; D.V.M., Prof. - Dept. of Epidemiol, and Comm. Health, Sch. of Vet. Med., Loui-
siana State Univ., BATON ROUGE, LA 70803, USA
a Vertical transmission of infection and its effect on fetus and neonate. Bos taurus (Artiodactyla)
HUBER, I.; Ph.D., Assoc. Prof. - Dept. of Biol., Fairleigh Dickinson Univ., 285 Madison Ave., MA-
DISON, NJ 07940, USA
a Development of normal embryos and inviable embryos from gametes produced by translocation
heterozygotes. BlatteUa germanica (Blattodea)
b Attempts to culture embryos in vitro, especially culture media; influence of egg case on induc-
tion. Same species as a
HUGHES, R. L.; Ph.D. - Sch. of Anat., Univ. of Queensland, St. Lucia, BRISBANE, Qld. 4067,
HUMPHREY, R. R. f Ph.D., Prof. - Indiana Univ., BLOOMINGTON, IN 47401, USA
HUMPHREYS, T. D.; Ph.D., Prof. - Kewalo Lab., Pacif. Biomed. Res. Ctr., Univ. of Hawaii, 41 Aliui
St., HONOLULU, HI 96813, USA
a RNA and protein synthesis in embryos. Colobocentrotus atratus, Lytechinus pictus, Tripneustes
gratiUa (Echinoidea)
b Characterization of aggregation factor. Microciona prolifera, Terpioz zeteki, Haliclona occulata
(Porifera)
HUMPHREYS, W. J.; Ph.D., Prof. - Dept. of Zool., Univ. of Georgia, ATHENS, GA 30602, USA
a Ultrastructure of blastomeres in mosaic eggs. Mytilus edulis (LameUibranchia)
b Desiccated cytoplasm of viable, encysted embryos, studied by transmission EM, freeze -fracturing,
and scanning EM. Artemia salina (Anostraca, Crustacea)
c Inhibition and induction of the acrosome reaction in spermatozoa. Oryctolagus cuniculus (Lago-
morpha)
HUMPHRIES, A. A., Jr.; Ph.D., Prof. - Dept. of Biol., Emory Univ., ATLANTA, GA 30322, USA
a Fertilization: role of jelly envelopes; polyspermy control; membrane potential changes. Triturus
cristatus, Notophthalmus viridescens (Urodela)
b Oogenesis and development in marsupial species. Gastrotheca riobambae, G. ovifera, Flectonotus
pygmaeus (Anura)
HUNT, E. L.; Ph.D., D.Sc, Prof. - Dept. of Biol., Emory Univ., ATLANTA, GA 30322, USA
a Developmental pathology of the endocrine pancreas. Gallus domesticus (Aves)
41
HUNT, Ms. L. M.; Ph.D. - Dept. of Biol., Univ. of Notre Dame, NOTRE DAME, IN 46556, USA
a Development under various conditions, particularly effects of juvenile hormone on control of
larval pigment deposition. Lygaeus kalmii and other Lygaeidae (Hemiptera)
b Definition of the term metamorphosis, particularly as it applies to the supernumerary instars and
precocious adults of Hemimetabola. (Lygaeidae, Hemiptera)
HUSKEY, R. J.; Ph.D. - Dept. of Biol., Univ. of Virginia, CHARLOTTESVILLE, VA 22901, USA
a Developmental genetics of early embryogenesis. Volvox carter! (Chlorophyceae)
b Regulation of differentiation.
HUTCHISON, C. P.; B.S. - Merck Inst, for Therap. Research, P.O. Box 2000, RAHWAY, NJ 07065,
USA
a Studies on fertilization. Mesocricetus auratus (Rodentia)
HYODO (TAGUCHI), Ms. Y.; Ph.D. - Div. of Biol., Natl. Inst, of Radiol. Sci., 9-1, 4-chome, Ana-
gawa, CHIBA 280, Japan
a Chronic radiation effects on spermatogenesis. Oryzias latipes (Teleostei)
b Production of several homozygous strains inbred by full-sib matings. Same species as a
lANNACCONE, P. M.; M.D., Ph.D. - Dept. of Pathol., Univ. of California Med. Ctr., Univ. Hosp.
8-7200, 225 Dickinson St., SAN DIEGO, CA 92103, USA
a Pathogenesis of neoplasia in experimental chimaeras. Mus musculus, Rattus norvegicus (Rodentia)
IBATA, Y.; M.D., Dr.Med.Sci., Prof. - Dept. of Anat., Kyoto Pref. Univ. of Med., Kawaiamachi Hiro-
koji, KYOTO, 602 Japan
IDE, C; M.D. - Dept. of Anat., Jichi Med. School, 3311 Yakushiji, Minamikawachi-machi, TOCHIGI
329-04, Japan
a Development of "Haarscheibe", especially Merkel cell origin. Mus musculus (Rodentia)
b Enzyme histochemistry of the growing nerve tip (growth cone) in vivo and in vitro. GaUus
domesticus (Aves)
IDE, H.; D.Sc. - Biol. Inst., Fac. of Sci., Nagoya Univ., Chikusa, NAGOYA 464, Japan
a Transformation between chromatophores in vitro. Rana catesbeiana (Anura)
b Regulation of pigment formation in the retinal pigment epithelium of the embryo. Gallus domes-
ticus (Aves)
IKENISHI, K.; D.Sc. - Lab. of Biol., Gifu Coll. of Dent., 1851 Takano, Hozumi-cho, Motosu-gun,
GIFU-ken, Japan
a UV effects on presumptive primordial germ cells. Xenopus laevis (Anura)
b The possibility of isolated germ plasm-beaiing cells in the differentiation of primordial germ cells.
Same species as a
IKEUCHI, T.; D.Sc. - Chromos. Res. Unit, Hokkaido Univ., N.IO, W.8, SAPPORO, 060 Japan
a Chromosome studies in early embryogenesis, with special reference to induced and spontaneous
abortions, and sex ratio. Homo sapiens (Primates)
IKUSHIMA, N.; D.Sc. - Biol. Lab., Kansai Med. School, HIRAKATA, 573 Japan
a Differences of adhesiveness between cells of various parts of embryos. (Amphibia)
ILAN, J.; Ph.D., Prof. - Dept. of Anat., Developm. Biol. Ctr., Case Western Reserve Univ., 2119
Abington Rd., CLEVELAND, OH 44106, USA
a The regulation of protein synthesis and the control of mRNA translation during development and
morphogenesis, (with Judith ILAN)
ILAN, Ms. Judith; Ph.D. - Dept. of Anat., Developm. Biol. Ctr., Case Western Reserve Univ., 2119
Abington Rd., CLEVELAND, OH 44106, USA
a Studies on the regulation of protein synthesis and the control of mRNA translation during devel-
opment and morphogenesis, (with J. ILAN)
IMAHORI, K.; D.Sc, Prof. - Dept. of Biol., CoU. of Gen. Educ, Osaka Univ., Toyonaka, OSAKA,
560 Japan
a Morphogenesis, especially of sporelings. (Charophyceae)
b Origin and cytogenesis of prokaryotic and eukaryotic cells. Qiara spec, Nitella spec. (Charophy-
ceae), Bryopsis spec. (Chlorophyceae)
IMBERSKI, R. B.; Ph.D., Assoc. Prof. - Dept. of Zool., Div. of Life Sci., Univ. of Maryland, COL-
LEGE PARK, MD 20742, USA
a Developmental genetics of enzymes and isozymes. Drosophila spp. (Diptera), Ephestia kiihniella
(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., Wcsleyan Univ., MIDDLETOWN, CT 06457, USA
a Control of protein and nucleic acid synthesis during embryonic development (density gradient
centrifugation, in vivo and in vitro protein synthesis, electrophoretic separations). Strongylo-
centrotus purpuratus, Lytechinus pictus (Echinoidea)
b Role of a DNA-nuclcar membrane complex in DNA-synthesis (enzymology, gradient centrifu-
gation, light and EM autoradiography, cell synchrony). Strongylocentrotus purpuratus (Echinoi-
dea) and several cell lines (Mammalia)
INOUl*, S. - Sugashima Marine Biol. Lab., Nagoya Univ., Sugashima-cho, TOBA-shi, Mie-ken 517,
Japan
a Origin of mitotic spindle birefringence studied in eggs; effect of heavy water on spindle birefring-
ence and structure: dynamic equilibrium theory; molecular association and dissociation to create
enough energy for anaphase chromosome movement. Pisaster ochraceus (Asteroidea), Mcspilia
globulus, Temnopleurus toreumaticus (Echinoidea) (with H. SATO and G. ELLIS)
INOUE, T.; M.Sc - Dept. of Obstet., Fac of Vet. Med., Hokkaido Univ., N 18, W 9, SAPPORO,
060 Japan
a Low temperature preservation of embryos. Mus musculus (Rodentia), Bos taurus (Artiodactyla)
42
INOUE, Y.; Dr. - Dept. of Bot., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Formation of sexual organs. Gelasinospora reticuUspora (Ascomycetes)
INOUE, Ms. Y. - Biol. Lab., Doshisha Univ., Karasuma 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,
KAS'UGAI, Aichi 480-03, Japan
a Teratogenicity of mutagenic substances. Mus musculus (Rodentia) (with U. MURAKAMI)
b Morphogenesis of the cerebellum. Mus musculus, Rattus norvegicus (Rodentia)
ISHIDA, K.; Ph.D. - Dept. of Anim. Husbandry, Fac. of Agric, Niigata Univ., 8050 Igarashi 2, NII-
G ATA 950-21 Japan
a Histochemistry of hydroxysteroid dehydrogenase, prostaglandin synthetase, prostaglandin dehy-
drogenase and adenylate cyclase in developing eggs. Sus scrofa (Artiodactyla), Meriones spec,
Mesocricetus spec. (Rodentia)
ISHIKAWA, M.; D.Sc, Prof. - Biol. Inst., Ehime Univ., MATSUYAMA, Ehime, 790 Japan
a Pliysiology of fertilization and artificial parthenogenesis. Hemicentrotus pulcherrmius, Pseudo-
centrotus depressus (Echinoidea)
b Metamorphosis. Halocynthia roretzi, Chelyosoma siboya, Ciona intestinaUs (Tunicata)
c Isolation of centrioles from sperm, and their behaviour in fertilized and activated eggs. Hemicen-
trotus pulcherrimus (Echinoidea)
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)
ISHIMODA, T.; D.Sc. - Biol. Inst., Fac. of Sci., Nagoya Univ., Qiikusa, NAGOYA 464, Japan
a Comparative biochemistry of tropomyosin from adult and embryonic muscles. (Invertebrata;
Vertebrata)
b Biochemistry and immunochemistry of glucose-6-phosphate dehydrogenase from eggs. Antho-
cidaris crassispina, Hemicentrotus pulcherrimus (Echinoidea)
c Immunology and biochemistry of tropomyosin from eggs. Anthocidaris crassispina, Pseudocen-
trotus depressus, Hemicentrotus pulcherrimus (Echinoidea)
ISHIZAKI, H.; D.Sc, Assoc. Prof. - Biol. Inst., Fac. of Sci., Nagoya Univ., Chikusa, NAGOYA 464,
Japan
a Circadian rhythm in ecdysone release from prothoracic glands, especially neuroendocrine and/or
neurotransmitter mediation. Papilio xuthus (Lepidoptera)
ISONO, N.; Ph.D. - Dept. of Biol., Keio Univ., 4-1-1 Hiyoshi, YOKOHAMA 223, Japan
a Effects of surface active agents on fertilization and embryonic development. Hemicentrotus pul-
cherrimus, Anthocidaris crassispma, Pseudocentrotus depressus (Echinoidea), Mytilus eduhs
(Lamellibranchia)
b Quantitative and quahtative changes of amino acids during development of the embryo. Hemicen-
trotus pulcherrimus, Anthocidaris crassispina, Pseudocentrotus depressus (Echinoidea)
lUCHI, I.; D.Sc. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Ontogeny of hemoglobins in embryos and larvae. Sabno gairdneri (= irideus) (Teleostei)
b Mechanism of hatching. Same species as a and Oryzias iatipes (Teleostei)
lUCIF, S.; Ph.D. - Dept. of Morphol., Univ. of SSo Paulo, P.O.B. 301, 14.100 RIBEIRAO PRETO,
s!p., Brazil
IWAMATSU, T.; Ph.D., Prof. - Dept. of Biol., Aichi Univ. of Educ, 1-Hirosawa, Igaya-cho, KARIYA,
Aichi Pref., 448 Japan
a The acquisition of developmental capacity by the oocyte during maturation in vitro. Oryzias
Iatipes (Teleostei)
b Differentiation of primordial germ cells implanted into the eye cavity of castrated adults. Same
species as a
c Morphological and functional changes of mitochondria during oocyte maturation. Misgurnus
anguillicaudatus, Oryzias Iatipes (Teleostei)
d Mechanism of ovulation. Same species as c
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,
Volvox aureus, V. carteri (Volvocales, Chlorophyceae), Navicula pelUculosa, Phaeodactylum
tricornutum (Diatomeae)
b Physiology and biochemistry of development and differentiation of unicellular and coenobial
forms. Chlamydomonas reinhardi, Eudorina elegans, Volvox aureus, V. carteri (Volvocales,
Chlorophyceae), Phaeodactylum tricornutum (Diatomeae)
c Comparative morphology, biochemistry and behavioral biology from the viewpoints of develop-
ment, sexuahty and phylogeny. Chlamydomonas spec, Haematococcus spec, Gonium spec,
Pandorina spec, Eudorina spec, Pleodorina spec, Volvox spec (Volvocales, Chlorophyceae)
rVVASAKI, 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)
IWASAWA, H.; D.Sc, Prof. - 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, Urodela)
c Mechanism of sex differentiation (electron microscopy, organ culture). Rana spp., Xenopus
laevis (Anura)
43
IWATA, F.; D.Sc, Prof. - Zool. Inst., Fac. of Sci., Hokkaido Univ., N.IO, W.8, SAPPORO, 060 Japan
a Comparative embryology, especially taxonomic interrelationships. (Nemertma)
b Development and regeneration. Lineus vegitus (Nemertina) ,„.. -j o^ -.
c Comparative embryology. Cladonema uchidai, Plumulana undulata (Hydroidea, Hyarozoa),
Notoplana humilis (Polycladida, Turbellaria), Pugettia quadridens (Brachyura, Decapoda, Crusta-
lYER, R. D.; Ph.D. - Div. of Genet., Centr. Plantation Crops Res. Inst., KASARAGOD-670124,
Kerala State, India ... . , „ , ■ ji-
a Developmental genetics: pigment expression; apomixis m dwarf and tall cultivars; seedlmg score
of heterosis and prepotency; effect of mixed pollination in dwarf x tall crosses. Cocos nucifera
(Palmae) .... ^u a
b Experimental morphogenesis: tissue culture for vegetative propagation ot elite trees; anther and
pollen culture for production of haploids. Same species as a
IZAIKE Y.; BVS - Natl. Inst, of Anim. Industry, CHIBA, 280 Japan
a Development and aging of placenta (DNA synthesis, mitosis, histochemistry). Rattus norvegicus
(Rodentia), Oryctolagus cuniculus (Lagomorpha), Bos taurus, Capra hircus, Sus scrofa domesti-
cus (Artiodactyla) (with T. SUGA) .
b Implantation and lost implantation (uterine pregnancy preparation). Same species as a (with
T SlICA^
c Fructose formation in embryo, chorion, and placenta. Capra hircus. Bos taurus (Artiodactyla)
(with T. SUGA) oT,r^A^
d Uterine environment for development of fertilized ova. Same species as c (with T. SUGA)
IZAWA, K.; B. Fish. - Fac. of Fish., Mie Univ., 2-80 Edobashi, TSU, Mie Pref. 5 14, Japan
a Postembryonic development: nauplius, copepodid and chalimus stages. (Cyclopoida & Caligoida
& Lerneopodoida: Copepoda, Crustacea)
IZZARD, C. S.; Ph.D. - Dept. of Biol. Sci., State Univ. of New York, 1400 Washington Ave., AL-
BANY, NY 12222, USA
a Motility in fibroblast-Uke cells and its role in morphogenesis (critical optical techniques); role
of substrate adhesions, contractile proteins and calcium. Xenopus laevis (Anura), Gallus domesti-
cus (Aves), Mus musculus (Rodentia)
JACOBS-LORENA, M.; Ph.D. - Dept. of Anat., Case Western Reserve Univ., 2119 Abington Rd.,
CLEVELAND, OH 44106, USA
a Regulation of transcription and translation during oogenesis; characterization of RNA and pro-
tein molecules accumulated in the egg. Drosophila melanogaster (Diptera)
JACOBSON, A. G.; Ph.D., Prof. - Dept. of Zool., Univ. of Texas, AUSTIN, TX 78712, USA
a Experiments on the development of the hypothalamus-adenohypophysis complex and its role in
reproduction. Gallus domesticus (Aves), Taricha torosa, Ambystoma mexicanum (Urodela)
b Somite, notochord, and neural plate determination and morphogenesis; ultrastructural, cinemato-
graphic and experimental analysis. Same species as a
c Form changes in coherent sheets of cells mediated by programmed cell-shape changes (eye, early
embryonic germ layers, extra-embryonic membranes). Same species as a
d Shaping of the early brain. Gallus domesticus (Aves)
JACOBSON, M.; Ph.D., Prof. - Dept. of Anat., Coll. of Med., Univ. of Utah, SALT LAKE CITY,
UT 84132, USA
a Analysis of development, using genetic mosaics. (Amphibia; Teleostei)
JAFFE, L. F.; Ph.D., Prof. ^ Dept. of Biol. Sci., Purdue Univ., WEST LAFAYETTE, IN 47907, USA
a Transcellular developmental currents and ion fluxes through developing cells (vibrating probe
detecting nanovolt differences). Cecropia hyalophora (Lepidoptera), Drosophila melanogaster
(Diptera), Dictyostelium discoideurn (Acrasiales)
b Ionic gradients during development (autoradiography). Same species as a
c Free calcium changes during early development (aequorin). Oryzias latipes (Teleostei)
d Nature and role of endogenous electrical currents through regenerating systems. Rana pipiens,
Xenopus laevis (Anura), Triturus viridescens (Urodela)
JAFFEE, O. C; Prof. - Biol. Dept., Univ. of Dayton, DAYTON, OH 45469, USA
a Effects of altered physiologic states upon heart development by studying direct hemodynamic
changes. Gallus gallus (Aves)
b Effects of antiheart antibodies upon heart development. Same species as a
c Effects of an organophosphate insecticide on cardiovascular development
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)
JAVADNIA, Ms. F.; B.Sc. - Dept. of Postgrad. Stud, in Anat. Sci., Jundi Shapur Univ., P.B. 1059,
AHWAZ, Iran
JAVAHERI, Ms. B.; B.Sc. - Dept. of Postgrad. Stud, in Anat. Sci., Jundi Shapur Univ., P.O. 1059,
AHWAZ, Iran
JAWORSKl, A.; Ph.D. Dept. of Bot., Univ. of Georgia, ATH1:NS,GA 30602, USA
JAYSHREE MENON, Ms.; M.Sc. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARO-
DA 390002, India
a Endocrinology and tail regeneration. Hemidactylus flaviviridis (Lacertilia)
44
JEFFERY, W. R.; Ph.D. - Dept. of Zool., Univ. of Texas, AUSTIN, TX 78712, USA
a Occurrence and regulation of spatial localization of maternal mRNA in oocytes, eggs, and em-
bryos. Bithynia tentaculata (Gastropoda), Styela partita (Ascidiacea), Oncopeltus fasciatus (He-
miptera), Xenopus laevis (Anura)
b Mechanism of stabilization and activation of stored mRNA in sclerotia. Physaium polycephalum
(Myxomycetes)
c Changes in mRNA complexity during spherulation and sporulation. Same species as b
d mRNA accumulation and macromolecular synthesis in the accessory cells of the egg envelope
during early development. Cionia intestinalis, Styela plicata (Ascidiacea)
JENSH, R. P.; Ph.D., Assoc. Prof. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILA-
DELPHIA, PA 19107, USA
a Teratogenic and growtli-retarding effects of suspect agents. Rattus rattus (Rodentia)
b Effects of microwave irradiation on prenatal and postnatal development. Same species as a
c Postnatal behavioral modifications due to prenatal insults. Same species as a
JEON, K. W.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Tennessee, KNOXVILLE, TN 37916,
USA
JETTEN, A. M.; Ph.D. - Dept. of CeU Biol., Roche Inst, of Molec. Biol., Kingsland St., NUTLEY,
NJ 07110, USA
a Systematic characterization of the components of the surface of embryonal carcinoma cells and
early embryonic cell types, and determination of then significance in several aspects of embry-
onic development. Mus musculus (Rodentia)
JETTEN, Ms. M. E. R.; M.Sc. - Dept. of Cell Biol., Roche Inst, of Molec. Biol., Kingsland St., NUT-
LEY, NJ 07110, USA
a Influence of retinoids (vitamin A analogues) on differentiation of teratocarcinoma cell lines and
the subsequent characterization of changes in cell surface proteins
JIT, I.; Ph.D., Prof. (Emer.) - Dept. of Anat., Postgrad. Inst, of Med. Educ. and Res., CHANDIGARH
160011, India
a Ages of ossification of various bones in children and adults. Homo sapiens (Primates)
JOHNSON, E. M.; Ph.D., Prof. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILA-
DELPHIA, PA 19107, USA
a Analysis of amniotic cells to predict non-genetic malformations. Rattus spec. (Rodentia), Homo
sapiens (Primates)
b Postnatal effects of prenatal insult. (Rodentia)
JOHNSON, K. E.; Ph.D. - Dept. of Anat., George Washington Univ. Med. Ctr., WASHINGTON,
DC 20027, USA
a Extracellular matrix synthesis in gastrulas. Rana pipiens and hybrids, Xenopus laevis (Anura)
b Changes in cell motility and gastrulation. Same species as a, and Xenopus muUeri (Anura)
JOLLIE, M. T.; Ph.D., Prof. - Dept. of Biol. Sci., Northern Illinois Univ., DeKALB, IL 601 15, USA
a Development of the bony systems of the head. Amiaspec, Lepisosteus spec. (Holostei), Acipenser
spec. (Chondrostei), Squalus spec. (Elasmobranchii), Salmo spec, Esox spec. (Teleostei), and
others (Vertebrata)
JONEJA, M. G.; Ph.D., Assoc. Prof. - Dept. of Anat., Queen's Univ., KINGSTON, Ont. K7L 3N6,
Canada
JONES, R. F.; Ph.D., Prof. - Dept. of Biol., State Univ. of New York, STONY BROOK, NY 11794,
USA
a Physiology and biochemistry of development and differentiation, including turnover processes
during vegetative growth, asexual reproduction and gametogenesis. Chlamydomonas reinhardtii
(Volvocales, Chlorophyceae)
JONES, W. R.: M.D., Ph.D., Prof. - Dept. of Obstet. and Gynecol., Ctr. for Res. in Reprod. Biol.,
Women's Hosp., ANN ARBOR, MI 48109, USA
JORQUERA, B.; M.V., Prof. - Inst, de EmbrioL, Univ. Austral de ChUe, Casilla no. 567, VALDIVIA,
ChUe
a Process of morphophysiological adaptation in development. Chilian species (Anura)
b Heterospecific recombinations of ocular structures between Gallus domesticus (Aves) and Rattus
spec. (Rodentia)
JOSEPHSON, I.; B.Sc. Dept. of Physiol., Sch. of Med., Univ. of Virginia, CHARLOTTESVILLE,
VA 22903, USA
a Electrophysiology of cultured heart cells. Gallus domesticus (Aves)
JUDY, K. J.; Ph.D. - Zoecon Corp., 975 California Ave., PALO ALTO, CA 94304, USA
a Endocrine regulation of metamorphosis and postembryonic development (tissue- and cell-level
differentiation in the digestive system). (Lepidoptera; Orthoptera)
JURILOFF, Ms. D.; Ph.D. - Tlie Jackson Lab., BAR HARBOR, ME 04609, USA
a Attempt to map major genes contributing to the spontaneous cleft Up trait of A/J animals, using
translocation, inversion, and linkage marker stocks. Mus musculus (Rodentia)
b Characterization of a radiation-induced, recessive, embryonic lethal mutation that is located in
the region of an inversion on chromosome 1. Same species as a
JUURLINK, B. H. J.; Ph.D. - Dept. of Anat., Univ. of Saskatchewan, SASKATOON, Sask. S7N OWO,
Canada
a Hormonal effects on central nervous tissue neuronal differentiation. Gallus domesticus (Aves),
Mus musculus (Rodentia)
b Behaviour in vitro of neuroepitlielial ventricular cells from different spatiotemporal regions of the
embryo. (Rodentia)
KADOTA, A.; M.Sc. - Bot. Dept., Fac. of Sci., Univ. of Tokyo, Hongo, TOKYO 113, Japan
a Photocontrol of apical growth in protonemata. Adiantum capillus-veneris (FUices)
45
KAJII, T.; M.D. - Dept. of Pediat., Upstate Med. Ctr., State Univ. Hosp., 750 E. Adams St., SYRA-
CUSE, NY 13210, USA
a Congenital malformations and cytogenetics. Homo sapiens (Primates)
b Cytogenetics of aborted fetuses. Same species as a
KALT, M. R.; Ph.D. - Dept. of Anat., Univ. of Connecticut Health Ctr., FARMINGTON, CT 06032,
USA
KALTENBACH, Ms. J. COUFFER; Ph.D., Prof. - Dept. of Biol. Sci., Clapp Lab., Mount Holyoke
Coll., SOUTH HADLEY, MA 01075. USA
KALTER, H.; Ph.D., Assoc. Prof. - Children's Hosp. Res. Found., Div. of Teratol., Elland & Bethesda
Aves. CINCINNATI OH 45229 USA
KALTHOFF, K.; Dr.rer.n'at., Assoc. Prof. - Dept. of Zoo!., Univ. of Texas, AUSTIN, TX 78712, USA
a Anterior morphogenetic determinants in eggs. (Diptera)
b Photoreactivation of UV-irradiated eggs. (Insecta)
KAMAKSHI, Ms. K.; M.Sc. - Dept. of Anat., Postgrad. Inst, of Basic Med, Sci., Univ. of Madras,
Taramani, MADRAS 600042, India
a Morphometry of the fetal blood vessels of the placenta. Homo sapiens (Primates)
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 fai as the endocrines and gonads are con-
cerned. (Aves)
b Growth and factors affecting especially the endocrines. (Aves)
c Factors influencing production and reproduction as far as the environmental conditions are con-
cerned. (Aves)
KAMBYSELLIS, M. P.; Ph.D., Assoc. Prof. - Dept. of Biol., New York Univ., Washington Square,
NEW YORK, NY 10003, USA
KAMEYAMA, Y.; M.D., D.Med.Sc, Prof. - Dept. of Developm. Pathol., Res. Inst, of Enviionm. Med.,
Nagoya Univ., Furo-cho, Chikusa-ku, NAGOYA, 464 Japan
a Mechanism responsible for malformations of the extremities in the embryo. Mus musculus, Rat-
tus norvegicus (Rodentia)
b Morphogenesis of genetic microphthalmia. Mus musculus (Rodentia) (with K. HOSHINO and
S. ODA)
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 and S. ODA)
KANAGAWA, H.; Ph.D., Assoc. Prof. - Dept. of Obstet., Fac. of Vet. Med., Hokkaido Univ., N 18,
W 9, SAPPORO, 060 Japan
a Experimental embryology. (Rodentia and other small Mammalia)
b Embryo transfer. Farm animals (Mammalia)
KANATANI, H.; D.Sc, Prof. - Dept. of Devi. Biol., Natl. Inst, for Basic Biol., 38 Nishigonaka,
Myodaiji-cho, OKAZAKl 444, Japan
a Mechanism of spawning. Asterias amurensis, Asterina pectinifera (Asteroidea)
b Mode of action of 1-methy lade nine 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, HI 96813, USA
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)
c Cytoplasmic actin and other cytoskeletal proteins in fertilization and early development. Trip-
neustes gratilla (Echinoidea)
KANKEL, D. R.; Ph.D. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, CT 06520,
USA
KAPLAN, S.; Ph.D., Assoc. Prof. - Dept. of Anat., Med. Coll. of Wisconsin, 8701 Watertown Plank Rd.,
MILWAUKEE, W153226, USA
a Mechanisms underlying congenital maIformations;bio-energeticsof development and the influence
of teratogens thereon. GaUus domesticus (Aves)
b Normal and abnormal physiological development of the heart; factors initiating the first heart-
beats. Same species as a
c Physiological causes of caudal dysplasia syndrome. Gallus domesticus (Aves), Mesocricetus
auratus (Rodentia), Homo sapiens (Primates)
KAPLANIS, J. N.; Ph.D., - Insect Physiol. Lab., U.S. Dept. of Agric, Fed. Res., Sci. and Educ.
Administr., BARC-East Bldg. 467, BELTSVILLE, MD 20705, USA
a Chemistry and biochemistry of molting hormones from different stages of insects, from related
arthropods, and from plants. Manduca sexta (Lepidoptera), Oncopeltus fasciatus (Heteroptera)
Musca domestica (Diptera)
KASHIWAMATA, S.; M.D., Ph.D. - Dept. of PerinatoL, Inst, for Devi. Res., Aichi Pref. Colony
Kamiya-cho, KASUGAI, Aichi 480 -03, Japan
^ ^f u^?-^'^"'^^''^ mechanisms of bilirubin encephalopathy and relationship between neurotoxicity
f A cxici^i^"^'" ^"'^ development of central nervous system. Rattus norvegicus (Rodentia)
KASINSKY, H. E.; Ph.D. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER B C V6T 1W5
Canada ' ' '
a Histone synthesis in different regions of the early embryo. Xcnopus laevis (Anura)
b On the diversity of sperm histones. (Vcrtebrata, except Teleostci)
46
KASPI (VISHNIVETSKI), Ms. Tli.; M.Sc. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr.,
Tel-Aviv Univ., TEL HASHOMER, Israel
a Functional characteristics of placental syncytium. Homo sapiens (Primates)
KATAGIRI, Ch.; D.Sc. - Zool. Inst., Fac. of Sci., Hokkaido Univ., N.IO, 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)
KATO, K.-I.; D.Sc, Prof. - Dept. of Biol., Osaka Kyoiku Univ., Tennoji-ku, OSAKA 543, Japan
a Strobilation. (Scyphozoa)
b Growth and medusa bud formation. Cladonema spec. (Hydrozoa)
KATO, M.; B.Sc - Dept. of Anat., Tokyo Med. and Dent. Univ., 1-5-45, Yushima, Bunkyo-ku,
TOKYO, 113 Japan
a The development and arrangement of collagen fibers. Rana japonica, Bufo b. japonicus, Xenopus
laevis (Anura), Hynobius tokyoensis, Triturus pyrrhogaster (Urodela)
b Limb malformation induced with anesthetics. Bufo b. japonicus (Anura)
KATOH, A. K.; Ph.D. - Div. of Nucl. Pathol, and Oncol., Mercy Hosp., 1400 Locust St., PITTS-
BURGH, PA 15219, USA
a Differentiation of the embryonic lens in vitro. Gallus domesticus (Aves)
KATOW, H.; Ph.D. - Dept. of Anat., Sch. of Dent., Tokyo Med. and Dent. Univ., 1-5-45 Yushima,
Bunkyo-ku, TOKYO 113, Japan
a Morphology, physiology and molecular biology of tooth formation. Xenopus laevis (Anura)
KATSURA, S.; M.D., Prof. - Dept. of Oral Anat., Sch. of Dent., Tokushima Univ., Kuramoto-cho 3,
TOKUSHIMA, Japan
a Mechanisms of pole differentiation in larvae. Hemicentrotus pulcherrimus, Temnopleurus toreu-
maticus (Echinoidea)
b Biogenesis of cell organelles during early development. Same species as a
c Cell differentiation and biogenesis of organelles during development of salivary glands. (Rodentia)
KAUFFMAN, Ms. S.; M.D., Prof. - Dept. of Pathol., Downstate Med. Center, State Univ. of New
York, 450 Clarkson Ave., NEW YORK, Brooklyn, NY 1 1203, USA
KAWAl, S.; D.Sc. - Dept. of Bot., Fac. of Sci., Kyoto Univ., KYOTO 606, Japan
a Developmentally regulated membrane proteins: concanavalin A receptors, membrane-bound
enzymes. Dictyostelium discoideum (Acrasiales)
KAWAKAMI, I.; D.Sc, Prof. (Emer.) - Hakomatsu 3-29, Higashi-ku 3-chome, FUKUOKA 812,
Japan
a Vegetalizing factor from fish swimbladder and differentiation stimulating effect of neurulizing
agents. Cynops pyrrhogaster (Urodela)
KAWAMURA, T.; D.Sc, Prof. (Emer.) - Lab. for Amph. Biol., Fac. of Sci., Hiroshima Univ., Higashi-
senda-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)
KEDES, L. H.; M.D. - Dept. of Med., Stanford Med. School, Vet. Adm. Hosp., 3801 Miranda Ave.,
PALO ALTO, CA 94304, USA
a Molecular and genetic analysis of histone gene organization and regulation in development. (Echi-
nodermata; Mammalia and others)
KEEM, Ms. K. H.; M.Sc - Dept. of CeU BioL, Roche Inst, of Molec BioL, NUTLEY, NJ 071 10, USA
a Cloning of mRNA embryonic sequences. Mus musculus (Rodentia)
b Comparison of proteins present at various stages of embryonic development. Same species as a
KEINO, H. - Dept. of PerinatoJ., Inst, of Developm. Res., Aichi Pref. Colony, Kamiya-cho, KASU-
GAI, Aichi 480-03, Japan
a Teratogenesis of exencephaly induced by cadmium. Mus musculus (Rodentia)
KELLER, R. E.; Ph.D. - Dept. of Biol., Yale Univ., Kline Biol. Tower, NEW HAVEN, CT 06520,
USA
KELLEY, R. O.; Ph.D., Assoc. Prof. - Dept. of Anat., Univ. of New Mexico, 915 Stanford Dr. N.E„
ALBUQUERQUE, NM 87131, USA
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 Relationsliips of the cell surface with cell behavior in vitro. Same species as c
KEMP, N. E.; Ph.D., Prof. - Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR, MI 48109, USA
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 (Tele-
ostei)
c Differentiation of mineralized tissues. (Elasmobranchii; Teleostei; Anura)
d Polymerization of collagen fibrils in connective tissues. (Elasmobranchii; Teleostei; Anura; Aves;
MammaUa)
KENNEDY, J. F.; M.D. - Dept. of Reprod. Med., Univ. of California, LA JOLLA, CA 92093, USA
no work on developmental biology in progress
KEREEM, A. A.; B.Sc. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey, ALEXAN-
DRIA, Egypt
a Development of optic tectum. Bufo regularis (Anura) (with M. I. MICHAEL and S. H. KHALIL)
KERR, Ms. M. S.; Ph.D. - Dept. of BioL, Syracuse Univ., 130 College Place, SYRACUSE, NY 13210,
USA
KERR, N. S.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Minnesota, ST. PAUL, MN 55101, USA
47
KESSEL, R. G.; Ph.D., Prof. - Dept. of Zool., CoU. of Lib. Aits, Univ. of Iowa, lOWA-City, lA 52242,
USA
a Analysis of variations in cell structure and function, especially developmental phenomena (game-
togenesis) (electron microscopy, cytochemistry, radioautography, biochemistry, hydrostatic
pressure). Various organisms
b Scanning electron microscopy of early embryonic development. Rana pipiens ( Anura)
c Scanning electron microscopy of tissues and organs. (Mammalia)
d Structure, function, and biogenesis of annulate lamellae and nuclear pores. Various organisms
KEY, J. L.; Ph.D., Prof. - Dept. of Bot., Univ. of Georgia, ATHENS, GA 30602, USA
KEYNAN, A.; Dr. - Inst, of Life Sci., Hebrew Univ., JERUSALEM, Israel
a Differentiation of spores into vegetative cells. Bacillus cereus (Bacteria)
b Cell cycle dependence of sporulation. Bacillus subtilis, B. cereus (Bacteria)
c Isolation and translation of sporulation specific mRNA during sporulation. BacUlus subtilis
(Bacteria)
KHALIL, S. H.; Ph.D. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey, ALEXAN-
DRIA, Egypt
a Retino-diencephaUc and retino-tectal projections. Bufo regularis (Anura)
b Development of optic tectum. Same species as a (with M. I. MICHAEL and A. A. KEREEM)
c Regeneration of limbs implanted in the orbit and changes in the optic nerve after eye cup remov-
al. Same species as a (with M. I. MICHAEL and E. A. MOSAD)
d Effect of some vitamins on limb regeneration. Same species as a (with M. I. MICHAEL and
M. H. EL TAWIL)
e Experiments on determination of the proximo-distal axis of the developing hind Limb. Same
species as a (with M. I. MICHAEL, S. N. SEDRA and A. A. S. HASSONA)
KHAN, M. S.; M.Sc, Prof. - Dept. of Zool., Talim-Ul-Islam Coll., RABWAH, Distr. Jhangh, Pakistan
a Normal table: larval and post-larval stages. Rana tigerina (Anura)
b A checklist of larvae of Pakistan, with a key. (Amphibia)
c Double headed monster. Hemidactylus flaviviridis (Lacertilia)
KHARE, M. K.; D.PhU. - Dept. of Zool., Sch. of Life Sci., North Eastern Hill Univ., SHILLONG
793003, India
a Development. Pliilosamia ricini (Lepidoptera)
b Mesencephalic and prosencephalic differentiation tendencies. GaUus domesticus (Aves)
c Bioecology and development. Rana Umnocharis (Anura)
KIDDER, G. M.; Ph.D. - Dept. of Zool., Univ. of W. Ontario, LONDON, Ont. N6A 5B7, Canada
a Synthesis and localization of mRNA in early development, using poly(A) as mRNA marker;
poly(A) metabolism in embryos. Nassarius obsoletus (Gastropoda), Mus musculus (Rodentia)
b The ribosomal RNA cistrons in gametes: localization, amplification, multiplicity, association with
DNA satellites; nucleolus formation and ribosomal gene expression in embryos. Mulinia lateralis,
MytUus edulis (LameUibranchia), Nassarius obsoletus (Gastropoda)
c Molecular biology and genetics of preimplantation development. Mus musculus (Rodentia)
KIDO, T.; D.Sc, Prof. - Biol. Inst., Kanazawa Med. Univ., UCHINADA-machi, Ishikawa-ken, 920-02
Japan
a Analysis of mechanism of pharynx formation. Dugesia japonica (TurbeUaria)
b Reaggregation of dissociated cells. Callyspongia elongata (Porifera)
c Cytological properties of neoblasts. Same species as a
d Cytological properties of interstitial cells. Hydra vulgaris (Hydrozoa)
KIEFER, B. I.; Ph.D., Prof. - Dept. of Bioi., Wesleyan Univ., MIDDLETOWN, CT 06457, USA
a Genetic control of differentiation and development of male germ cells (electron microscopy,
electrophoresis, autoradiography, density gradient centrifugarion). Drosophila melanogaster (Dip-
tera)
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 gra-
dient centrifugation, electrophoresis, autoradiography). Same species as a
KIM, I. C; Ph.D. - Dept. of Obstet. & Gynecol., Ctr. for Res. in Reprod. Biol., K 2007 Women's
Hosp., ANN ARBOR, Ml 48109, USA
KIMMEL, Ms. C. A.; Ph.D. - Natl. Ctr. forToxicoL Res., PubL Health Serv., JEFFERSON, AR 72079,
a Developmental toxicity of chronic low-level lead administration. (Rodentia)
b Pharmacokinetics of lead in youngs and adults. Rattus norvegicus (Rodentia)
c Prenatal induction of a chronic hypertensive state by treatment with toxic agents during preg-
nancy. (Rodentia)
KIMMEL, C. B.; Ph.D. - Dept. of Biol., Univ. of Oregon, EUGENE, OR 97403, USA
a Patterning and neurospecification in the early nervous system; development of Mauthner's cell
and its synaptic connections. Brachydanio rerio (Teleostei), Ambystoma mexicanum (Urodela)
KIMMIX, D. L.; Ph.D., Prof. (Emer.) - Dept. of Anat., Med. Ctr., West Virginia Univ., MORGAN-
TOWN, WV 26506, USA
a Synaptogcncsis of the Mauthner cell. Ambystoma mexicanum (Urodela)
b Afferent systems. Trichosurus spec. (Marsupialia)
KIMMl'L, D. L., Jr.; M.D., Ph.D. - Dept. of Biol., Davidson Coll., DAVIDSON, NC 28036, USA
a Time and tissue specificity of tryptophan oxygenase and formylase appearance during larval
development. Drosophila melanogaster (Diptcra)
b Development of neural centers regulating web building behavior. Nephila clavipes (Araneida,
Arachnida)
48
KIMURA, I.; D.Sc. - Dept. of Biophys. and Biochem., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO,
113 Japan
a Dynein ATPase from gametes and embryos. Hemicentrotus pulcherrimus, Antocidaris crassis-
pina, Pseudocentrotus depressus (Echinoidea)
KINARIWALA, Ms. R. V.; M.Sc. - Dept. of ZooL, Fac. of Sci., M.S. Univ. of Baroda, BARODA
390002, India
a Physiological response of certain organs in relation to tail regeneration. Mabuya carinata (Lacer-
tilia)
KING, Ms. D. Wei; Ph.D., Prof. - Dept. of ZooL, Natl. Taiwan Univ., TAIPEI 107, Taiwan, Rep. of
China
a Effects of mercury, copper sulphate and of lead, cadmium, zinc and nickel acetates on embryo-
genesis. Gallus domesticus (Aves)
KING, R. C; Ph.D., Prof. - Dept. of Biol. Sci., Northwestern Univ., Hogan Hall, EVANSTON, IL
60201, USA
a Genetic control of oogenesis. Drosophila melanogaster (Diptera)
KINOSHITA, S.; Ph.D., Assoc. Prof. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO,
113 Japan
a Nucleo-cytoplasmic interactions and regulation of embryonic differentiation. Clypeaster japonicus
(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., CaroUna Biol. Supply Co., 2800 York Rd.,
BURLINGTON, NC 27215, USA
a Mitotic activity in early development. Oryzias latipes (Teleostei)
KIRK, D. L.; Ph.D., Assoc. Prof. - Dept. of BioL, Washington Univ., Skinner and LindeU Ave.,
ST. LOUIS, MO 63130, USA
a Mechanism of action of control genes regulating cellular determination and cytodifferentiation.
Volvox carter! f. nagariensis (Volvocales, Clilorophyceae)
KISCHER, C. WARD; Ph.D., Assoc. Prof. - Dept. of Anat., Coll. of Med., Univ. of Arizona, TUCSON,
AZ 85724, USA
a Etiology and ultrastructure 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, Marunouclii-1 , K ANAZAWA, 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 Role of the nervous system in regeneration. Same species as a
d Mechanism of asexual fission. Same species as a
KISHIMOTO, T.; D.Sc. - Dept. of Devi. Biol., Natl. Inst, for Basic Biol., 38 Nishigonaka, Myodaiji-
cho, OKAZAKI 444, Japan
a Mechanism of oocyte maturation. Asterina pectinifera, Asterias amurensis (Asteroidea)
KLEIN, N. W.; Ph.D., Prof. - Dept. of Anim. Genet., Storrs Agric. Exper. Station, Univ. of Connec-
ticut, STORRS, CT 06268, USA
a Protein metabolism and its relationship to growth and differentiation in cultured embryos.
Gallus spec. (Aves), Rattus norvegicus (Rodentia)
b Mechanisms of teratogenic specificity in cultured embryos. Same species as a
c The importance of serum protein synthesis by the yolk sac in relation to development, nutrition,
and developmental abnormalities in early embryos. Same species as a
d Serum proteins in the regulation of growth and development of early embryos. Same species as a
KLEINSMITH, L. J.; Ph.D., Prof. - Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR, MI 48109,
USA
a Role of nuclear proteins in the regulation of gene expression. (Mammalia)
KLEISS.Ms. 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)
b Develo,pment of muscle-spindles in the tongue. Same species as a
38, MERIDA, Venezuela
KLEISS, E.; Dr.Med., Prof. (Emer.) - Cat. de Embriol., Fac. de Med., Univ. de Los Andes, Apartado
38, M^rida, 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. Homo
sapiens (Primates)
b History of embryology and teratology
c Development of vascular architecture in different organs. Homo sapiens (Primates) (with
M. L. CARMONA and Qi. KLEISS)
KNOX, W. E.; M.D. - Dept. of Biochem., Cane. Res. Inst., New England Deaconess Hosp., 185 Pil-
grim Rd., BOSTON, MA 02215, USA
a Identification of isoenzymic variants present in embryonic tissues. Rattus spec. (Rodentia)
KNUDSEN, T. B.; B.Sc. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADELPHIA,
PA 19107, USA
a Cell density studies; developing vascular studies on embryonic limb. Mus musculus (Rodentia)
b Intrinsic mechanisms in limb development studied by localized laser microbeam lesions. Same
species as a
49
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. K.; M.Sc. - Biol. Lab., Qiiba Univ., Yayoi-cho 1-33, CHIBA, 280 Japan
a Radiation effects on epidermal regeneration Oiistology). Mus musculus (Rodentia)
b Blood cell formation mechanism (immunohistochemistry). Xenopus laevis (Anura)
KOBAYASHI, N.; Ph.D., Prof. - Biol. Lab., Doshisha Univ., Karasuma Imadegawa, Kamikyo-ku,
KYOTO, Japan
a Marine pollution bioassay using eggs. (Echinoidea)
b Fresh water pollution bioassay using eggs. Radix spec. (Gastropoda)
KOCHERT, G.; Ph.D., Assoc. Prof. - Dept. of Bot., Univ. of Georgia, ATHENS, G A 30602, USA
KOCHHAR, D. M.; Ph.D., Prof. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADEL-
PHIA. PA 19107, USA
a Mechanism underlying abnormal morphogenesis of limbs and formation of cleft palate
KOEHLER, L. D.; Ph.D., Prof. - Dept. of Biol., Centr. Michigan Univ., Mt. PLEASANT, MI 48859,
USA
a Comparative study of ultrastructure of sperm and spermiogenesis. (Decapoda, Crustacea)
b Ultrastructural aspects of spermatogenesis. Esox vermiculatus (Teleostei)
c Ultrastructure of spermiogenesis. (Aves)
KOGA, K.; Ph.D. - Agric. Qiem. Inst., Kyushu Univ., FUKUOKA, 812 Japan
a Transcriptional or translational control of egg-shell and other protein synthesis systems, especi-
ally ribosomes and their factors. Bombyx mori (Lepidoptera)
KOJIMA, M. K.; D.Sc. - Sugashima Marine Biol. Lab., Nagoya Univ., Sugashima-cho, TOBA-shi,
Mie-ken, 517 Japan
a Physiology of egg cleavage. Hemicentrotus pulcherrimus, Pseudocentrotus depressus (Echinoi-
dea)
KOLLAR, E. J.; Ph.D., Prof. - Dept. of Oral Biol., Sch. of Dent. Med., Univ. of Connecticut Health
Ctr., FARMINGTON, CT 06032, USA
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. Gallus domesticus (Aves), Mus musculus (Rodentia)
b Suppression and stimulation of neural crest and integumental differentiation by beta-2-thienyI
alanine. Same species as a
c Development of Meckel's cartilage. Mus musculus (Rodentia)
d Long-term culture of dental papUlae cells. Same species as c
e Tissue-collagen interactions during epithelial differentiation (specificity of collagen as a mediator
of developmental information). Same species as a
KOLLROS, J. J.; Ph.D., Prof. - Dept. of Zool., Univ. of Iowa, IOWA-CITY, lA 52242, USA
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, Pseu-
dacris nigrita, Ambystoma laterale (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)
KOMAMINE, A.; D.Sc, Assoc. Prof. - Dept. of Bot., Fac. of Sci., Univ. of Tokyo, Hongo, Bun-
kyo-ku, TOKYO, 113 Japan
a Biochemistry and physiology of embryogencsis in suspension culture cells. Daucus carota (Umbel-
lifcrae)
b Biochemical mechanism of callus initiation (dedifferentiation) in tissue culture. Same species as a
c Xylem differentiation in tissue and cell culture. Same species as a and Zinnia elegans (Compositae)
d Cell wall regeneration in protopla.st. Vinca rosea (Apocynaceae)
e Energy metabohsm in synchronized suspension culture. Same species as d
KONG, Yun-Cheung; D.Sc. - Dept. of Biochem., Qiinese Univ. of Hong Kong, Univ. Sci. Ctr., SHA-
TIN, N.T., Hong Kong
a Effect of Cliinese medicinal plants on reproduction. (Mammalia)
KONIGSBERG, I. R.; Ph.D., Prof. - Dept. of Biol., Univ. of Virginia, Gilmer HaU, CHARLOTTES-
VILLE VA 22903 USA
K0NISH1,t'.;D.Sc. - Kancbo Inst, for Cane. Res., 1-9-1. Misaki-cho, Hyogo-ku, KOBE, 652 Japan
a Synchronization of hatching time by various environmental factors. Coturnix c. japonica (Aves)
KORN, L. J.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Parkway,
BALTIMORE, MD 21210, USA
a Nucleotide sequence of three oocyte-typc 5S ribosomal RNA genes and their adjacent putative
control regions. Xenopus borealis (Anura)
KORNGUTH, S. E.; Ph.D., Prof. - Depts. of Neurol, and Physiol. Oiem., Waisman Ctr. on Mental
Retard, and Hum. Devi., Univ. of Wisconsin, 2605 Marsh Lane, MADISON, WI 53706, USA
a Synaptogencsis in cerebellar cortex. (Rodentia), Homo sapiens (Primates)
b Molecular basis of impeded Purkinje cell development
c Delayed synaptic formation in animals affected with cystic kidney disease, and fetal alcohol
syndrome
50
KOSHIDA, Y.; D.Sc, Prof. - Dept. of Biol., Coll. of Gen. Educ, Osaka Univ., Toyonaka, OSAKA,
560 Japan
a Cell kinetics of developing digestive organs. Rhacophorus spec, Xenopus spec., Rana spec. (Anura)
b Development of cartilage. (Polychaeta; Gastropoda; Cephalopoda)
KOTANI, M.; D.Sc, Assoc Prof. - Lab. of Developm. Biol., Dept. of Biol., Osaka City Univ., 459
Sugimoto-cho, Sumiyoshi-ku, OSAKA, 558 Japan
a Nature of germinal cytoplasm. Xenopus laevis (Anura)
b Ultrastructural changes during formation of primordial germ cells. Triturus pyrrhogaster (Urodela)
KRAMER Ms B ; Ph.D. - Dept. of Anat., Med. Sch., Univ. of the Witwatersrand, Hospital St.,
JOHANNESBURG 2001, S. Africa
a Experiments on the possible origin of individual pancreatic islet cell types from the trunk neural
crest. Gallus domesticus (Aves) (with A. ANDREW)
b Origin of the endocrine cells of the gastro-intestinal tract. Same species as a (with A. ANDREW
and B. B. RAWDON)
c Survey of tlie variations of the renal vessels (including renal collar): congenital malformations.
Homo sapiens (Primates)
KRAUSE, W. J.; Ph.D. - Dept. of Anat., CoU. of Med., Univ. of Missouri, COLUMBIA, MO 65201,
USA
a Postnatal development of the gastrointestinal tract and associated glands, and of the urinary
system. Didelphis virginiana (Marsupialia)
KRAYANEK, Ms. S.; Ph.D. - Dept. of Anat., Sch. of Med., Univ. of Miami, P.O. Box 520875, Bis-
cayne Annex, MIAMI, FL 33152, USA
a Development of retina and visual pathways. Gallus domesticus (Aves)
b Regeneration of visual pathways. Rattus rattus (Rodentia), Carassius auratus (Teleostei)
KREJSA, R. J.; Ph.D., Assoc Prof. - Biol. Sci. Dept., CaUf. Polytechn. State Univ., SAN LUIS
OBISPO, CA 93401, USA
a Role of the epidermis in scale and fm-ray development. (Teleostei)
b Comparative aspects of integument morphogenesis. (Vertebrata)
c Sliedding of skin and skin derivatives. Congiopodus spec. (Teleostei)
KRETCHMER, N.; Ph.D., M.D., Prof. - Dept. of Pediat., Stanford Univ., 300 Pasteur Drive, STAN-
FORD, CA 94305 , USA
KRIDER, H. M.; Ph.D. - Inst, of CeU BioL, Univ. of Connecticut, U-125, STORRS, CT 06268,
USA
a Transcriptional control, RNA cistrons. Drosophila melanogaster (Diptera)
KRUKOWSKL M.; Ph.D., Assoc. Prof. - Dept. of Biol., Washington Univ., Skinner and Lindcll Ave.,
ST. LOUIS, MO 63130, USA
a Bone development and regulation of calcium metabolism before birth. Rattus norvegicus (Roden-
tia)
b Origin and time of appearance of progenitor cells of osteoclasts. GaUus domesticus, Coturnix c
japonica (Aves)
KUBOTA, H. Y.; M.Sc - Lab. of Developm. Biol., Dept. of Zool., Kyoto Univ., Kitashirakawa-
Oiwake-cho, Sakyo-ku, KYOTO, 606 Japan
a Morphogenetic movements of the embryo. Xenopus spec. (Anura), Ambystoma spec, Cynops
spec. (Urodela)
b Establishment of bilateral symmetry in the embryo. Same species as a
KUEHN, G. D.; Ph.D., Assoc Prof. - Dept. of Qiem., New Mexico State Univ., Box 3C, LAS CRU-
CES,NM 88003, USA
a Effect of polyamines (putrescine, spermidine and spermine) on phenol-soluble nuclear phos-
phoprotein phosphorylation; correlation with inhibition of a nuclear localized adenylate cyclase.
Physarum polycephalum (Myxomycetes)
b Regulation of enzyme activity levels during differentiation (spherulation); especially mRNA syn-
thesis that may coincide with expression of these enzyme activities. Same species as a
c Effect of polyamiiie-stimulated phosphorylation of nonhistone proteins in nucleoli on the
transcription of ribosomal DNA. Same species as a
KULANGARA, A. C; PIi.D., Prof. - Apt. C3, Mico Colony, Besantnagar, MADRAS 90, India
KULKA, R. G.; Dr. - Dept. of Biol. Oiem., Hebrew Univ., JERUSALEM, Israel
KUMAR, A. - Dept. of Zool., Sch. of Life Sci., North Eastern Hill Univ., SHILLONG 793003,
India
a l-xperimental breeding, food and feeding habits. Various spp. (Anura)
KUMAR, K.; Ph.D. - Dept. of Zool., Univ. of Gorakhpur, GORAKHPUR 273001, India
a Differentiation capacities of the labial disc. Drosophila melanogaster (Diptera)
b Pattern formation in the imaginal disc. (Insecta)
c Effect of EMS (ethyhiiethanesulfonate) and soft and hard X-rays on mitotic recombination.
Same species as a
KUMARAN, A. KRISHNA; Ph.D., Prof. - Dept. of Biol., Marquette Univ., 530 North 15th St., MIL-
WAUKEE, WI 53233, USA
a Nucleic acid metabolism during embryonic and postembryonic development (autoradiography
and surgical teclmiques). Tenebrio spec (Coleoptera), Galleria spec. (Lepidoptera), Drosophila
spec. (Diptera)
b Control of juvenile hormone esterase synthesis; interaction of ecdysone and juvenile hormone in
control of metamorphosis and ovarian development. Galleria spec. (Lepidoptera), Drosophila
spec. (Diptera)
51
KURIHARA, M. - Inst, of Appl. Entoniol., Fac. of Agric, Ivvate Univ., Ucda 3-18-8, MORIOKA,
020 Japan
a Histology and histochemistry of oogenesis (hisecta)
KURIYAMA, K.; M.D., Ph.D., Prof. - Dept. of Pharmacol., Kyoto Pref. Univ., Kawaramachi-Hiro-
koji, Kamikyo-ku, KYOTO, 602 Japan
a Developmental changes of amino acid metabolism in brain. Mus miisculus, Rattus spec. (Roden-
tia)
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
KURODA, v.; D.Sc. - Dept. of Morphol. Genet., Natl. Inst, of Genet., Yata 1,111, MISIMA, Sizuo-
ka-ken, 411 Japan
a Gene expression in imaginal disc cells in organ and cell culture. DrosophUa melanogaster (Dip-
tera)
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)
LACALLI, T. C; Ph.D. - Biol. Dept., Univ. of Saskatchewan, SASKATOON, Sask. S7N OWO, Canada
a Cell lineage patterns and morphogenesis in larval nervous system. Phyllodoce spec, Spirobranchus
polycerus, Polygordius spec. (Polychaeta)
b AppUcation of "chemical wave" models of morphogenesis to: 1) septum formation, tip growth
and dichotomous branching, Micrasterias spec. (Desmidiales), Acetabularia spec. (Dasycladiales,
Chlorophyceae). and 2) branching patterns (multicellular plants)
LAl-FOOK, Ms. J. E. I.; Ph.D. - Ramsay Wright Zool. Labs., Dept. of Zool., Univ. of Toronto, 25
Harbord St., TORONTO, Ont. M5S 1 A 1, Canada
a Development of the testes, includmg onset of meiosis, formation of blood/testis barrier, and
migration and fusion of the testes during metamorphosis. Calpodes ethlius (Lepidoptera)
LAKSHMANAN, K. K.; Ph.D., Prof. - Dept. of Bot., Postgrad. Ctr., Madras Univ., COIMBATORE
641004, India
a Descriptive and experimental embryology. Crotolaria venucosa, C. juncea (PapiUonaceae)
b Descriptive and experimental morphology. Crinum asiaticum (AmarylUdaceae)
c Developmental morphology. Aegiceras spec. (Myrsinaccae)
d Morphogenesis in vitro. Furcraea gigantea (Angiospermae)
e Experimental and developmental morphology. Agave vera-cruz, A. wightii (Aniaryllidaceae),
Sanseviera cylindrica, S. zeylanica (Haemodoraceae)
LAKSHMANAN, S.; M.Sc. - Dept. of Anat., Jawaharlal Inst, of Postgrad. Med. Educ. and Res.,
PONDICHERRY -605006, India
a A study of meiotic chromosomics in altered blood supply to testis. Same soecies as a
LAMANO, Ms. T. L.; B.Sc. - Dept. of Morphol., Univ. de Sao Paulo, P.O.B. 301, 14.100 RIBEIRAO
PRKTO, S.P., Brazil
LAMPRECHT, DeV. B.; M.Sc. - Exp. Embryol. Res. Unit of the M.R.C., Dept. of Anat., Univ. of the
Orange free State, P.O. Box 339, BLOEMFONTEIN 9300, S. Africa
a Experimental vertebral development. Gallus domesticus (Aves)
b Experimental cranioschisis. Same species as a
LANDESMAN, R.; Ph.D. - Dept. of Zool., Univ. of Vermont, BURLINGTON, VT 05401, USA
LANDGREN, C. R.; Ph.D. - Dept. of Biol., Middlebury Coll., MIDDLEBURY, VT 05753, USA
a Probable liarmfulness of polyethylene glycol to regeneration of plants from protoplasts. Nico-
tiana tabacum (Solanaceae)
LANDMESSER, Ms. L. T.; Ph.D. - Dept. of Biol., Yale Univ., NEW HAVEN, CT 06520, USA
LANG, A.; Ph.D., Prof. - Plant Res. Lab., Michigan State Univ., EAST LANSING, MI 48824, USA
a Physiology of flowering. Hyoscyamus niger (Solanaceae) and other spp.
LANGMAN, J.; M.D., Ph.D., Prof. - Dept. of Anat., Univ. of Vkginia, Jordan Med. Bldg., 1300 Jeffer-
son Park Ave., CHARLOTTESVILLE, VA 22901, USA
a Brain development under normal and abnormal conditions. Gallus domesticus (Aves), (Rodentia)
b Role of surface coat in fusion processes. Mus musculus (Rodentia)
LARRIVl'E, D.; Prof. - Dept. de Biol., Univ. de Quebec, 930 est Rue J. Cartier, CHICOUTIMI, P.Q.,
Canada
LASEK, R. J.; Ph.D., Assoc. Prof. - Dept. of Anat., Sch. of Med., Case Western Reserve Univ., CLE-
VELAND, OH 44106, USA
a Proteins associated with growth and development of the axon. Rattus spec. (Rodentia)
LASH, J. W.; Prof. - Dept. of Anat., Sch. of Med., Univ. of Pennsylvania, PHILADELPHIA, PA 19174,
USA
LAUDER, J. M.; Ph.D. - Dept. of Biobehav. ScL, Univ. of Connecticut, U-154, STORRS, CT 06268,
USA
a Effects of hormones (thyroid, glucocorticoids) and neurotransmitters (monoamines) on pre-
and postnatal brain development. Gallus domesticus (Aves), Rattus norvegicus (Rodentia)
b Synaptogencsis: development of model systems using hormonal and humoral manipulations in
cerebellum and hippocampus. Rattus norvegicus (Rodentia)
LAUFER, H.; Pli.D., Prof. Biol. Sci. Group, Sect, of Developm. Biol., Univ. of Connecticut, Life
Sciences Bldg. U-42, STORRS, CT 06268, USA
a Effects of hormones on gene action as revealed by puffing of polytcnic cluomosomes. Chirono-
mus spec. (Diptera)
b Regulation of metamorphosis by hormones. (Insccta)
52
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, J. H.; Ph.D. - Dept. of Anat., Univ. of CaUfornia, SAN FRANCISCO, CA 94143, USA
a The retrograde movement of proteins in neurons of the visual system. Callus domesticus (Aves)
b The effect of genetically determined pigmentation on the projections of retinal ganglion cells.
Mus musculus (Rodentia)
LAVARACK, J. O.; Ph.D. - School of Anat., Univ. of Melbourne, PARKVILLE, Vict. 3052, Austra-
lia
a Histochemistry of cell interactions in the development of primary tissues. Callus gallus (Aves)
b Locomotion of embryonic cells in culture. Same species as a
LaVELLE, A.; Ph.D., Prof. - Dept. of Anat., Univ. of IlUnois, P.O. Box 6998, CHICAGO, IL 60680,
usa'
a Developmental cytology of the neuron, normally and alter experimental alterations (axotomy,
drug treatment, antibrain scrum); 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
LAYTON, W. M.; M.D., Prof. - Dept. of Anat./Cyto!., Dartmouth Med. School, HANOVER,
NH 03755, USA
a Teratogenic mechanisms of carbonic anhydrase inhibitors. Mus musculus, Rattus norvegicus,
Mesocricetus auratus (Rodentia)
b Asymmetry of developmental patterns. Mus musculus (Rodentia)
c Genetic determination of situs inversus viscerum. Same species as b
LEACH, C. M.; Ph.D., Prof. - Dept. of Bot. and Plant PathoL, Oregon State Univ., CORVALLIS,
OR 97331, USA
a Light induction of reproduction in phytopathogenic species. (Fungi)
b Interaction of light and temperature on the induction of reproduction and spore discharge.
(Fungi)
LEBLOND, C. P.; M.D., Ph.D., Prof. - Dept. of Anat., McGill Univ., 3640 University St., MON-
TREAL, Que. H3A 2B2, Canada
a Tooth development as shown by immunodetection of the various types of procollagen
LEE H H ; Ph.D., Prof. - Biol. Dept., Univ. of Toledo, 2801 W. Bancroft St., TOLEDO, OH 43606,
USA
a Characterization of cell surface substances responsible for morphogenesis (testicular cells m vitro).
Gallus domesticus (Aves)
b Isolation of steroidogenic cells by sedimentation techniques. Same species as a
c Differentiation of oocyte membrane with respect to receptors for a maturation-inducing sub-
stance, 1-methyladenine. (Asteroidea; Echinoidea)
d Intermediate(s) in the cytosol fraction after hormonal stimulation responsible for fertilization
and embryogenesis. (Asteroidea)
e Membrane reactions in oocyte maturation and in fertilization. (Echinoidea)
LEESON, C. R.; M.D., Prof. - Dept. of Anat., Coll. of Med., Univ. of Missouri, COLUMBIA, MO 65201 ,
USA
a Postnatal development of the gastrointestmal tract and associated glands, and of the male repro-
ductive tract. Didelphis virginiana (Marsupialia)
LEFFINGWELL, T. P.; Ph.D. ^ Cell Res. Inst., Biol. Labs. 220, Univ. of Texas, AUSTIN, TX 78712,
USA
a Golgi apparatus in development and neoplastic transformation. (Aves)
LEGNAME, A. H.; Dr.Biochem., Prof. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461,
S.M. de TUCUMAN, Argentina
a Glycolysis and tricarboxylic acid cycle during early development: regulatory mechanisms. Bufo
arenarum (Anura)
b Oocyte maturation: metabolism as an expression of cytoplasmic maturation. Same species as a
LEHMANN, Ms. R. - Dept. of ZooL, Univ. of Washington, SEATTLE, WA 98195, USA
a Homeotic mutation ophthalmoptera. Drosophila melanogaster (Diptera)
LEIGHTON, J.; M.D., Prof. - Dept. of Pathol., Med. Coll. of Pennsylvania, 3300 Henry Ave., PHI-
LADELPHIA, PA 19129, USA
no work on developmental biology in progress
LENHOFF, H. M.; Ph.D., Prof. - Dept. of Developm. and Cell Biol., Univ. of California, IRVINE,
CA 92717, USA
a Chemistry, biosynthesis, and topography of mesoglea. Hydra littorahs, H. pseudoligactis (Hydro-
zoa)
b Movement and differentiation of interstitial cell. Hydra littoralis (Hydrozoa)
c Development of mutants. Hydra viridis (Hydrozoa)
d Control of pedal laceration. Undescribed spec. (Anthozoa)
LEOPOLD R. A.; Ph.D. - Metab. and Radiat. Res. Lab., Agric. Res. Serv., U.S. Dept. of Agric,
P.O. Box 5674, State Univ. Station, FARGO, ND 58102, USA
a Role of accessory gland secretions in fertilization. Musca domestica (Diptera)
LESH-LAURIE, Ms. G. E.; Ph.D. - Dept. of BioL, Cleveland State Univ., CLEVELAND, OH 44115,
USA
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
53
LESSEPS, R. J. (S.J.); Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Loyola Univ., NEW ORLEANS,
LA 70118, USA
a Sorting-out experiments to test hypotheses concerning morphogenetic movements (embryonic
heart, neural retina, pigmented retina). GaUus domesticus (Aves)
b Cell movements in early development. Nothobranchius korthausae (Cyprinodontidae, Teleostei)
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, USA
a Comparison of three types of embryonic cartilage when grown as monolayer cultures. GaUus
domesticus (Aves)
b Effect of ascorbic acid in medium on growth and differentiation of embryonic cartilage in mono-
layer culture. Same species as a
c Effects of ascorbic acid on growth, differentiation and matrix (collagen) synthesis in tooth germs
in vitro. Mus musculus (Rodentia)
LEVINE, A. J.; Ph.D., Prof. - Dept. of Biochem. Sci., Princeton Univ., 1-3 Moffett Labs., PRINCE-
TON, NJ 08540, USA
a Differentiation of embryonal carcinoma cells in culture. Mus musculus (Rodentia)
LEVY, Ms. S.; Ph.D. - Dept. of Med., Stanford Med. School, Vet. Adm. Hosp., PALO ALTO, CA
94305, USA
a Expression of histone genes in embryonic development and during cell cycle. Strongylocentrotus
purpuratus, Lytechinus pictus (Echinoidea)
LEWIS, C. A.; Ph.D. - Zool. Dept., San Diego State Univ., SAN DIEGO, CA 92182, USA
a Growth, seasonal reproductive activity and larval development: mariculture; computer modeling
of settlement and distribution. Clielonibia testudinaria (Cirripcdia, Crustacea)
LEWIS, Ms. S. E.; Ph.D. - Dept. of Genet., Albert Einstein Coll. of Med., 1300 Morris Park Ave.,
NEW YORK, Bronx NY 10461, USA
LHOTKA, J. P., Jr.; M.D., Ph.D., Prof. - Dept. of Anat. Sci., Univ. of Oklahoma Health Sci. Ctr.,
P.O. Box 26901, OKLAHOMA-City, OK 73190, USA
a Localization of calcium and iron in the developing embryo. GaUus 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 8244, TAIPEI
107, Taiwan, Rep. of China
a Experimental sex differentiation. (Anura)
b Ultrastructure of sex transformation in larvae. Rana spec. (Anura)
LILIEN, J. E.; Ph.D. - Dept. of Zool., Univ. of Wisconsin, 1117 W. Johnson St., MADISON,
WI 53706, USA
a Morphogenesis, ceU-cell interactions, cell surface
LIN, C. C; Ph.D., Assoc. Prof. - Div. of Pediat. and Med. Biochem., Health Sci. Ctr., Univ. of Cal-
gary, CALGARY, Alta. T2N 1N4, Canada
a Gene dosage in early spontaneous abortus. Homo sapiens (Primates)
LINDHOLM, S.; M.D. - Bone Res. Lab., Univ. of California, 1000 Veteran Ave., LOS ANGELES,
CA 90024, USA
a Bone morphogenesis: the physiology and biochemistry of bone matrix; osteosarcoma derived
bone morphogenetic protein; transplantation; calcification; ossification. Mus perognathus,
Rattus sigmoidon, Cavia porcellus (Rodentia), (Lagomorpha), Homo sapiens (Primates)
LINDSAY, D. T.; Ph.D. - Dept. of Zool., Univ. of Georgia, ATHENS, GA 30602, USA
a Statistical analysis and computer programming of developing shell pigment patterns. Lioconcha
castrensis (Lamellibranchia)
b Cell division in the mantle epithelium. Notoacmaea scutum, CoUisella pelta (Gastropoda)
LINDSLEY, D. L.; Ph.D., Prof. - Ctr. for Devi. Biol. B-022, Univ. of Calif., San Diego, LA JOLLA,
CA 92093, USA
a Genetic control of gametogenesis. Drosophila melanogaster (Diptera)
LINTERN-MOORE, Ms. S. M.; Ph.D. - Macquarie Univ., School of Biol. Sci., NORTH RYDE, N.S.W.
2113, Australia
a Oocyte and follicular growth and gene activity. (Monotrcmata & Marsupialia & Placentalia:
MannnaUa)
LIPTON, B. H.; Ph.D. - Dept. of Anat., Univ. of Wisconsin, 1215 Linden Drive, MADISON, WI 53706,
USA
a Pattern development in embryos: morphogenetic mechanisms responsible for axial structure for-
mation. (Amphibia; Aves)
b Fine-structural analysis of myogenesis in vitro: cell fusion, ccU substrate adhesion, basal lamina
formation and satellite cell development. GaUus domesticus, Coturnix c. japonica (Aves), Mus
musculus (Rodentia), Homo sapiens (Primates)
LIVERSAGi:, R. A.; Ph.D., Prof. Ramsay Wright Zool. Labs., Dept. of Zool., Univ. of Toronto,
25 Ilarbord St., TORONTO, M5S lAl, Ont., Canada
a In vivo and in vitro studies on the influence of nerves and endocrines in regeneration. (Amphibia;
Teleostei)
LOCKE, M.; Ph.D., Prof. - Dept. of Zool., Univ. of W. Ontario, LONDON, Ont. N6A 5B7, Canada
a Developmental physiology and ceU biology. Calpodes ethUus (Lepidoptcra)
b Nucleolus during epidermal ceU development; a new bismuth staining procedure for light and
electron microscopy aUows the selective visualization of certain nucleoproteins
54
LOCKSHIN, R. A.; Ph.D. ~ Dept. of Biol. Sci., St. John's Univ., Grand Central and Utopia Parkways,
JAMAICA, NY 11439, USA
a Programmed cell death, turnover of muscle proteins and involution of other tissues in meta-
morphosis; biology of aging. Manduca sexta, Antheraea polyphemus, A. pernyi CLepidoptera)
LOEWENTHAL, Ms. L. A.; Ph.D., Assoc. Prof. - Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR,
MI 48109, USA
a Effects of teratogens on limb development. Gallus domesticus (Aves)
LONG, E. O.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Piirkway,
BALTIMORE, MD 21210, USA
a Structure and transcription of the ribosomal RNA genes and their related sequences. Drosophila
melanogaster (Diptera)
LONG, S. Y.; Ph.D., Assoc. Prof. - Dept. of Anat., Med. ColL of Wisconsin, 8701 Watertown Plank
Rd., MILWAUKEE, WI 53226, USA
a Cleft palate and limb malformations as a model for genetic-teratogenetic interactions. Mus mus-
culus (Rodentia)
LOOMIS, W. F., Jr.; Ph.D. ~ Ctr. for Devi. Biol. B-022, Univ. of CaUf., San Diego, LA JOLLA,
CA 92093, USA
a A biochemical and genetic investigation of the mechanisms of development. DictyosteUum dis-
coideum (Acrasiales)
LOPES, R. A^ D.D.S., Sc.D. - Dept. de Patol., Fac. de Farm, e Odontol. de Ribeirao Preto, 14100
RIBEIRAO PRETO, S.P., Brazil
a Alcoholism during pregnancy (histochemistry and allometry). Rattus rattus (Rodentia)
b Teratogcnesis in hypervitaminosis A (histopathology and morphometry). Same species as a
LORENZ, F. W.; Dr. - Dept. of Anim. Physiol., Univ. of California, DAVIS, CA, USA
a Cleavage. Gallus domesticus (Aves) (with M. R. BELLAIRS, London)
LOUGHTON, B. G.; Ph.D., Assoc. Prof. - Biol. Dept., York Univ., DOWNSVIEW, Ont. M3J 1P3,
Canada
LOVE, D.; Ph.D. - Dept. of Anat., Developm. Biol. Ctr., Case Western Reserve Univ., 2119 Abing-
ton Rd., CLEVELAND, OH 44106, USA
a Chemistry of developing muscle. Gallus domesticus (Aves)
b Endocrine regulation of the rates of turnover of contractile proteins and metabolic enzymes
during embryonic muscle development. Same species as a
LOVETT, J. S.; Ph.D., Prof. - Dept. of Biol. Sci., Purdue Univ., WEST LAFAYETTE, IN 47907, USA
a Regulation of RNA and protein synthesis and its role in differentiation; messenger RNA storage
in zoospores and its function during zoospore germination; regulation of protein synthesis in
zoospores. BlastocladieUa cmersonii (Phycomycetes)
b Function of microtubules in rhizoid initiation and development during zoospore germination.
Same species as a
c Cell wall composition and the regulation of discharge papilla formation during differentiation.
Same species as a
LOY, J. B.; Ph.D., Assoc. Prof. - Plant Sci. Dept., Univ. of New Hampshire, Nesmith Hall, DURHAM,
NH 03824, USA
LU, M.-H.; Ph.D. - Div. of Plast. Surg., Dept. of Surg., Johns Hopkins Univ., 601 N. Broadway, BAL-
TIMORE, MD 21205, USA
a Teratogenicity of ethylenethiourea. Mesocricetus auratus (Rodentia)
b Teratogenicity of compounds of propylparaben, dichlorophene, dicoumarol, thiopental-Na, thy-
mol, saUcylanUide, and undecylenic acid. Mus musculus (Rodentia)
c Cleft palate by cortisone acetate injection. Same species as b
LUCAS, J. S.; Ph.D. - Zool. Dept., James Cook Univ. of N. Queensland, P.O. James Cook Univ.,
TOWNSVILLE, Qld. 481 1, Austraha
a Development of hybrids. Acanthaster planci, A. brevispinus (Asteroidea)
LUCK, D. N.; Dr.phU., Assoc. Prof. - Dept. of Biol., Oberhn Coll., OBERLIN, OH 44074, USA
a Regulation by estrogen of RNA metabolism in the uterus, especially the effects on the synthesis
of low molecular weight, methylated RNA species and poly A-terminated RNA species. Rattus
spec. (Rodentia)
LUCKETT, W. P.; Ph.D. - Dept. of Anat., Creighton Univ., 2500 CaUfornia St., OMAHA, NE 68178,
USA
LUTHARDT, F. W.; Ph.D. - Div. of Med. Genet., Dept. of Psychiat., Univ. of CaUfornia, LOS AN-
GELES, CA 90024, USA
a Cytogenetics of 4-cell embryos from XO females to determine the proportion of surviving XO
embryos (trypsin-Giemsa procedure). Mus musculus (Rodentia)
b Cell cycle analysis of ribosomal RNA gene activation in preimplantation embryos. Same species
as a
LYERLA, T. A.; Ph.D. - BioL Dept., Clark Univ., WORCESTER, MA 01610, USA
a Lysosomal enzymes and their role in cement gland regression. Xenopus laevis (Anura)
b Lactate dehydrogenase isozymes: genetics, tissue specificities and activation during embryogene-
sis. Same species as a
c Cell regression and pigment cell development. Same species as a
d Genetic and hormonal controls of isoenzymes: activation during embryogenesis. Same species
as a
LYKE, E. B.; Ph.D., Prof. - Dept. of Biol. Sci., Calif. State Univ., HAYWARD, CA 94542, USA
a Gametogenesis and fertilization, especially pro-acrosomal vesicle formation and role in fertiliza-
tion. Polyorchis penicillatus (Hydrozoa)
b Gametogenesis, fertilization, and early development in sohtary and colonial species. Metridium
spec, Anthopleura spec, Epiactis spec, Clavularia spec (Anthozoa)
55
LYMAN, H.; Ph.D., Assoc. Prof. - Dept. of Biol., State Univ. of New York, STONY BROOK, NY
11794, USA
a Control mechanisms of chloroplast development and replication. Euglena gracilis (Euglenophy-
LYNE, A. G.; Ph.D. - Div. of WildUfe Res., address: Div. of Anim. Product., CSIRO, P.O. Box 239,
BLACKTOWN, N.S.W. 2148, AustraUa
a. Embryology (Ught and electron microscopy). Perameies nasuta, Isoodon macrourus (Marsupialia)
LYSER (SHOUBY), Ms. K. M.; Ph.D., Prof. - Dept. of Biol. Sci., Hunter Coll., 695 Park Ave., Box
1030, NEW YORK, NY 10021, USA
a Early ditferentiation of spmal and sympathetic ganglia (organotypic culture, electron microscopy).
Callus domeslicus (Aves), Homo sapiens (Primates)
b Progressive differentiation of neuroblastoma in organotypic culture and cell culture. Homo
sapiens (Primates)
MACARAK, E. J.; Ph.D. - Dept. of Histol., Embryol. and Genet., Sch. of Dent. Med., Univ. of Penn-
sylvania, 4001 Spruce St., PHILADELPHIA, PA 19174, USA
a Cellular interactions and stability of the differentiated state of vascular endothelium (tissue
culture of umbilical cord vein endothelium). Homo sapiens (Primates)
b Biosynthesis of collagen by vascular endothelium and by smooth muscle cells
McBURNEY, M. W.; Ph.D. - Dept. of Biol., Univ. of Ottawa, OTTAWA, Ont. KIN 6N5, Canada
a Analysis on molecular level of the developmental properties of cell-cell hybrids, originating from
fusion of teratocarcinoma stem cells and other cultured cells. Mus musculus (Rodentia)
McCAFFERTY, R. E.; Ph.D., Prof. - Dept. of Anat., Med. Center, West V=rginia Univ., MORGAN-
TOWN, WV 26506, USA
a Histochemistry and ultrastructure of the Haxderian 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)
McCarthy, J. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN 37830, USA
McCLAY, D. R.; Ph.D. - Dept. of Zool., Duke Univ., DURHAM, NC 27706, USA
a Molecular nature of cell-cell interactions in neural retina and the accompanying specificities that
occur dunng development (quantitative techniques; immunology). Gallus domesticus (Aves)
b Timing and nature of specificity changes in adhesion that occur beginning at gastrulation. Lyte-
chinus variegatus, Tripneustes esculentus and hybrids (Echinoidea)
McCREDIE, Ms. J.; B.Sc. - Dept. of Surg. (Diagnost. Radiol.), Univ. of Sydney, CAMPERDOWN,
N.S.W. 2006, Australia
a Effect of thalidomide on developing nervous system: quantitative neurohistology of dorsal
root ganglia and nerve roots, including electron microscopy. Oryctolagus cuniculus (Lagomor-
pha)
b Effect of neural crest injury on developing sensory nervous system and limb (quantitative neurol-
ogy). Gallus g. domesticus (Aves)
McDANIEL, C. N.; Ph.D. - Dept. of Biol., Sch. of Sci., Rensselaer Polytechn. Inst., TROY, NY 12181,
USA
McDEVITT, D. S.; Ph.D., Assoc. Prof. - Dept. of Anim. Biol., Sch. of Vet. Med., Univ. of Pennsylvania,
3800 Spruce St., PHILADELPHIA, PA 19174, USA
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 gamma-crystallins (immunofluorescence). (Anura; Urodela; Aves)
(with S. K. BRAHMA, Utrecht, Netherlands, and R. CLAYTON, Edinburgh, U.K.)
c Protein structure studies of crystallins (Amphibia; Aves) (with L. CROFT, Salford, U.K.)
McGARRY, M. P.; Ph.D. - Dept. of Biol. Resources, Roswell Park Mem. Inst., 666 Elm St., BUFFA-
LO, NY 14263, USA
a Humoral control of eosinophil granulocyte regeneration and proliferation in vivo and in vitro,
by using cosinophil-specific cell response to secondary challenge with antigen. Mus musculus
(Rodentia)
b Influence of Friend virus infection on developmental interrelationship between stem-precursor
cells and the inductive stroma of hemopoietic tissues; determination of target ccll(s). Same
species as a
McGEADY, T. A.; Prof. - Dept. of Anat., N.Y. State Coll. of Vet. Med., CorneU Univ., ITHACA,
NY 14853, USA
- Dept. of Vet. Anat., Univ. Coll., DUBLIN, Ireland
MACINTYRi:, M.N.; Ph.D., Prof. - Dept. of Anat., Devclopm. Biol. Ctr., Case Western Reserve Univ ,
2119 Abington Rd., CLEVELAND, OH 44106, USA
a Cytogenetics of embryonic maldevclopmcnt and reproductive failure. Homo sapiens (Primates)
b Morphology, biochemistry, and behaviour of fetal cells from amniotic fluid. Same species as a
'^''^'i!;l^^ccV^i^-,,oV ^^■^■' '*'"'"■ - ^"^P^- of Genet, and Cell Biol., Univ. of Minnesota, ST. PAUL
MiN 55103, USA
MACKLIN, M. R.; M.D., Ph.D., Assoc. Prof. - Dept. of Biomed. Engin., Case Western Reserve Univ
CLEVELAND, OH 44106, USA
a Fetal elccirocardiology. Homo sapiens (Primates)
b The effects of the inorganic ionic environment, both extra-cellular and intra-ccllular, on cell
differentiation. Hydra spec. (Hydrozoa)
c Onset of electrical activity in embryos. Xenopus laevis (Anura)
56
Mcknight, S. L.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Park-
way, BALTIMORE, MD 21210, USA
a Organization of DNA sequences coding for ribosomal proteins. Xenopus laevis (Anura)
b Regulation of genome transcription and replication during oogenesis. Same species as a
McLEAN, M. J.; Ph.D., M.D. - Dept. of Physiol., Sch. of Med., Univ. of Virginia, CHARLOTTES-
VILLE, VA 22903, USA
a Electrophysiology of cultured heart cells. GaUus domesticus (Aves)
McNUTT, C. W.; Ph.D., Prof. - Dept. of Anat., Health Sci. Center, Univ. of Texas, 7703 Floyd Curl
Drive, SAN ANTONIO, TX 78284, USA
McWHINNIE, Ms. D. J.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., De Paul Univ., 1036 W. Belden Ave.,
CHICAGO, IL 60614, USA
a Biochemistry of embryonic bone with particular reference to metabolic pathways, enzyme sys-
tems, and hormone effects, especially parathyroid hormone and calcitonin. GaUus domesticus
(Aves), Rana pipiens (Anura)
MADERSON, P. F. A.; Ph.D., D.Sc, Prof. - Dept. of Biol., Brooklyn Coll., Bedford Ave. & Ave. H,
NEW YORK, Brooklyn, NY 11210, USA
a Epidermal cells kinetics, wound healing and regeneration. Iguana iguana, AnoUs caroUnensis,
Dipsosaurus dorsaUs, Gekko gecko, Coleonyx variegatus (LacertUia)
b Epidennal cell activity in tail regeneration. Same species as a
c Influence of environmental factors and hormones on epidermal turnover, in vitro and in vivo.
Same species as a, and Elaphe obsoleta (Ophidia)
d Descriptive and experimental studies of middle ear development. (Amniota)
e Experimental teratology, especially chondrocranial and otic development. (Aves; Mammalia)
MADHAVAN, K.; Ph.D. - Ctr. for Pathobiol., Univ. of California, IRVINE, CA 92717, USA
MAEDA (KIBATA), Ms. M.; B.Sc. - Dept. of Biol., Coll. of Gen. Educ, Osaka Univ., Toyonaka,
OSAKA, 560 Japan
a Tlie role of Ca and Mg ions in the chemotactic response to cyclic AMP of amoebae. Dictyoste-
lium discoideum (Acrasiales)
b Effects of ionic conditions on the development of cells. AcytosteUum irregilosporum (Acrasiales)
MAHARAJAN, V.; Ph.D. - Embryol. Div., Cancer Res. Inst., Parel, BOMBAY-400012, India
a Expression of embryonic stage specific membrane antigens (immunofluorescence); genetic
factors involved (immunological and molecular probes); role of these antigens on growth, differ-
entiation and implantation. Mus musculus (Rodentia)
b Mechanism of irdiibition of expression of embryonic stage specific membrane antigens by a low-
molecular weight RNA isolated from postimplantation embryos and having anti-embryo effect.
Same species as a
MAHOWALD, A. P.; Ph.D., Prof. - Dept. of Zool., Indiana Univ., Jordan HaU 224, BLOOMINGTON,
IN 47401, USA
a Analysis of embryonic germ plasm. DrosophOa melanogaster (Diptera)
b Biochemistry of vitellogenesis. Same species as a
c Ultrastructure of oogenesis. Same species as a
MAKINO, S.; D.Sc, Prof. (Emer.) - Qiromos. Res. Unit, Hokkaido Univ., N.IO, W.8, SAPPORO,
060 Japan
a Chromosome aberrations in patients with congenital disorders, with special regard to the rela-
tionship between karyological features and disease states. Homo sapiens (Primates)
MAKINODAN, T.; Ph.D. - Geriatr. Res., Educ. and Clin. Ctr., VA Wadsworth Hosp. Ctr., LOS
ANGELES, CA 90073, USA
also: Dept. of Med., UCLA School of Med., LOS ANGELES, CA 90024, USA
a Growth and senescence of the thymus. Mus musculus, Rattus rattus (Rodentia), Homo sapiens
(Primates)
MALACINSKI, G. M.; Ph.D., Prof. - Dept. of Zool., Indiana Univ., BLOOMINGTON, IN 47401, USA
a Isolation of cytoplasmic components which direct nuclear activity. Amby stoma mexicanum
(Urodela), Rana pipiens (Anura)
b Developmental genetics and biochemistry of the egg cytoplasm. Ambystoma mexicanum (Uro-
dela), Xenopus laevis (Anura)
MALLERY, C. H.; Ph.D. - Dept. of BioL, Univ. of Miami, CORAL GABLES, FL 33156, USA
a Synthesis of DNA, RNA and protein during root cell formation. Allium cepa (Liliaceae)
b Ion transport in developing root cells. Same species as a
MANES, M. E.; Biol. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M. de TUCUMAN,
Argentina
a Determination of bilateral symmetry: 1. descriptive and experimental analysis; 2. role of the
spermatozoon. Bufo arenarum (Anura)
MANIATIS, G. M.; M.D., Ph.D. - Dept. of Human Genet, and Developm., Coll. of Phys. and Surg.,
Columbia Univ., 630 W. 168tli St., NEW YORK, NY 10032, USA
MANION, P. J.; M.A. - U.S. Fish and Wildlife Serv., Dept. of the Interior, Fed. Bldg., Fort SneUing,
TWIN CITIES, MN 551 1 1, USA
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 development of placental membranes.
Blarina brevicauda and other spp. (Soricidae, Insectivora), Myotis lucifugus and other spp.
(Chiroptera, especially Microchiroptera)
57
MANNER H W ; Ph.D., Prof. - Dept. of Biol., Loyola Univ., 6525 N. Sheridan Rd., CHICAGO,
IL 60626, USA
a Tlie developmental effect of linear alkyl sulfonate on embryos. (Teleostei), Mus musculus (Ro-
dentia)
b Neurological effects of surfactants. Same species as a
MANNING F ; M D. - Dept. of Obstet. & Gynecol., Univ. of S. Calif., Women's Hosp., Rm 5K5,
1240 N. Mission Road, LOS ANGELES, CA 90033, USA
MANNING, R. F.; M.A. - Dept. of Cell Biol., Roche Inst, of Molcc. Biol., NUTLEY, NJ 07110, USA
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 L. P. GA-
GE and D. R. SAMOLS)
MANO, Y.; M.D., Prof. - Dept. of Physiol. Chcm. and Nutr., Fac. of Med., Univ. of Tokyo, 7-3-1
Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Regulatory mechanism of DNA synthesis, especially molecular mechanism of the cell cycle,
in early embryo. Hemicentrotus pulcherrimus (Echinoidea)
b Enzymology related to DNA synthesis. Same species as a
MARCHOK, Ms. A.; Ph.D. - BioL Div., Oak Ridge Natl. Lab., OAK RIDGE, TN 37830, USA
MARIANO, Ms. 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 of haploid embryos. Bufo arenarum (Anura)
b Vitelline envelope: ultrastructural changes involved in fertilization. Same species as a
MARIN-PADILLA, M.; M.D. - Dept. of Pathol., Dartmouth Med. School, HANOVER, NH 03755,
USA
MARK, R. F.; Doct. Ill, Prof. - Dept. of Behav. BioL, Austr. Natl. Univ., P.O. Box 4, CANBERRA,
A.C.T. 2600, AustraUa
a Regenerating motor nerves and reinnervating muscle (descriptive, histochemical, experimental,
and electrophysiological). Astronotus oceUatus (CichUdae), Carassius carassius (Cyprinidae,
Teleostei), Ambystoma spec. (Urodela)
b Regenerating sensory nerves. Ambystoma mexicanum (Urodela)
c Development and regeneration of retinotectal connections. (Teleostei)
MARKERT, C. L.; Ph.D., Prof. - Dept. of Biol., Osborn Mem. Lab., Yale Univ., NEW HAVEN,
CT 06520, USA
MARKS, P. A.; Prof. - Dept. of Human Genet, and Developm., CoU. of Phys. and Surg., Columbia
Univ., 630 W. 168 St., NEW YORK, NY 10032, USA
MARKWALD, R. R.; Ph.D. - Dept. of Anat., Texas Tech Univ., P.O. Box 4569, LUBBOCK,
TX 79409, USA
a Teratogenic influences of a variety of known teratogens upon heart development. Rattus nor-
vegicus (Rodentia)
b Matrix -mediated genetic expression in cardiogenesis. Same species as a
c Interactions between cell and matrix during cell movement in vivo and in vitro in heart valve
primordia and neural crest. Gallus domesticus (Aves)
d Macromolecular cytology of cardiac extracellular matrix during cushion tissue morphogenesis.
Same species as c
MARSH, J. L.; Ph.D. - Dept. of Biol., Univ. of Virginia, GUmer HaU, CHARLOTTESVILLE,
VA 22901, USA
a Genetic control of sexual differentiation. DrosophUa melanogaster (Diptera)
b Control of dopa decarboxylase gene expression during development. Same species as a
MARTIN, A. H.; Ph.D. - Dept. of Anat., Health Sci. Ctr., Univ. of W. Ontario, LONDON, Ont.
N6A5C1, Canada
MARTIN, Ch. B., Jr.; M.D., Prof - Dept. of Obstet. and Gynecol., Univ. of S. Calif, Women's Hosp.
5K-22, 1240 N. Mission Rd., LOS ANGELES, CA 90033, USA
MARTIN, Ms. G. R.; Ph.D. - Dept. of Anat., Univ. of California, SAN FRANCISCO, CA 94143, USA
a Teratocarcinoma stem cells, especially: 1. as a source for isolating molecules important in early
development; 2. to study X-chromosome inactivation in vitro. (Mammalia)
MASCARENHAS, J. P.: Ph.D., Prof - Dept. of Biol. Sci., State Univ. of New York, 1400 Washing-
ton Ave., ALBANY, NY 12222, USA
a Developmental biochemistry of pollen. Tradcscantia paludosa (Commelinaceae)
b Contributions of RNAs contained in the male and female gametes during development to zygote.
Allomyccs macrogynus (Chytridiales, lungi)
MASLOW, D. 1'.; Ph.D. - Dept. of Exp. Pathol., RosweU Park Mem. Inst., 666 Elm St., BUFFALO,
NY 14263, USA
a The adhesion of cells to different cellular and non-cellular substrates. Mus spec. (Rodentia),
Homo sapiens (Primates)
b Specificity of interactions during aggregation of developing and tumor tissues and cells. (Aves),
Mus spec. (Rodentia), Homo sapiens (Primates)
c Role of cell movement in aggregation: experimental and model systems. (Aves)
MASSOVER, W. H.; M.D., Ph.D. - Div. of Biol, and Med., Brown Univ., PROVIDENCE, RI 02912,
USA
a Form and function of normal and neoplastic ferritins. Mus musculus (Rodentia)
b Subcellular differentiation of oocyte (including experimental manipulation). (Amphibia)
58
MASTERS, E. M.; Ph.D., Assoc. Prof. Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHI-
LADELPHIA, PA 19107, USA
a Maturation of alveolar cells, production of surfactant, morphology and secretion in organ and
cell culture, in normal and teratogen-induced abnormal lung. Rattus norvegicus (Rodentia)
b Development of eye. Same species as a
MASUI, Y.; Ph.D., Prof. - Ramsay Wright Zool. Labs., Dept. of Zool., Univ. of Toronto, 25 Harbord
St., TORONTO, Ont. M5S lAl, Canada
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)
c Chromosome condensation and decondensation during egg maturation and activation. Rana
pipiens, Xenopus laevis (Anura), Mus musculus (Rodentia)
MATHUR, J. K.; Ph.D. - Dept. of Zool., S.G.R.R. (P.G.) CoU., DEHRADUN 248001, India
MATSUMOTO, H.; Ph.D. - Dept. of Agric. Chem., Kyoto Univ., KYOTO, 606 Japan
a Role of chromosomal proteins, especially non-histone proteins, in cotyledon development.
Pisum sativum (Papilionaceae)
b Inhibitory mechanism of aluminum for root elongation. Same species as a
MATSUYAMA, H.; M.D. - Tokyo MetropoUtan Inst, for Neurosci., 2-6, Musashidai, Fuchuchi,
TOKYO, 183 Japan
a Pathology of congenital anomalies in central nervous system, especially pachygyria and micro-
polygyria
b Origin of microglia (culture in vitro, enzyme histochemistry, immunology)
M ATSUZAWA, T.; D.Sc. - Dept. of Biol., Osaka Kyoiku Univ., Tennoji-ku, OSAKA 543, Japan
a Development, growth, and differentiation of embryos, embryonic cells, and teratocarcinoma
cell lines. Mus musculus (Rodentia)
MATTINGLY, Ms. E.; Ph.D. - Dept. of Zool., Univ. of Georgia, ATHENS, GA 30602, USA
a Histology and ultrastructure of spermatogenesis during a cyclic reproductive cycle. Natrix spec.
(Ophidia)
b Development of epithelial sensilla and patterns of microornamentation. Nerodia spec, Agki-
strodon spec, and others (Ophidia)
MAUE-DICKSON, Ms. W.; Ph.D. - Dept. of Pediat., Mailman Ctr. for Child Developm., Univ. of
Miami, P.O. Box 520006, Biscayne Ajinex, MIAMI, PL 33152, USA
a Normal embryology and developmental morphology of the head and neck; specific interest
in anatomical bases of craniofacial anomalies such as cleft palate. Homo sapiens (Primates)
(with D. R. DICKSON)
b Radiologic assessment of craniofacial anomalies. Same species as a
MAURER, R. R.; Ph.D. - Meat Anim. Res. Ctr., Sci. and Educ. Administr., U.S. Dept. of Agric,
P.O. Box 166, CLAY CENTER, NE 68933, USA
a Significance of uterine proteins to embryonic development. Bos taurus (Artiodactyla)
b Low temperature (-196°C) preservation of embryos. Same species as a
c Factors influencing embryonic survival during preimplantation stages and early implantation.
Bos taurus, Sus scrofa (Artiodactyla)
MAYER, T. C; Ph.D., Prof. - Dept. of Biol., Rider CoU., P.O. Box 6400, LAWRENCEVILLE,
NJ 08648, USA
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,
NY 14263, USA
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 Biol. Sci., Univ. of Maine at Portland-Gorham, 96 Fabiiouth
St., PORTLAND, ME 04103, USA
MENCZER, J. - Dept. of Embryol. and Teratol., Qi. Sheba Med. Ctr., Tel-Aviv Univ., TEL HASHO-
MER, Israel
a Antigenicity of normal and pathological trophoblast. (Rodentia), Homo sapiens (Primates)
(with L. A. NEBEL and V. TODER)
MENGE, A. C; Ph.D., Assoc. Prof. - Dept. of Obstet. and Gynecol., Ctr. for Res. in Reprod. Biol.,
4003 Women's Hosp., ANN ARBOR, MI 48109, USA
MERCHANT-LARIOS, H.; D.Sc, Assoc Prof. - Inst, de Invest. Biomed., Univ. Nac Autonoma de
Mexico, A.P. 70228, MEXICO 20, D.F., Mexico
a Culture, cytocheriiistry and ultrastructure of primordial germ cells; mechanisms of action of
some drugs. Mus musculus, Rattus spec. (Rodentia)
b Ovarian morpliogenesis and cytodifferentiation; interaction between germ and somatic cells;
ultrastructure and steroidogenic differentiation
c Cellular mechanisms of gonadal sex differentiation; experimental sex inversion by steroids.
Poeciha spec. (Teleostei), Rana spec (Amphibia)
METZ, C. B.; Ph.D. - Inst, of Molec and Cell Evolut., Univ. of Miami, 521 Anastasia Ave., CORAL
GABLES, FL 33134, USA
MEYER, D. B.; Ph.D. - Dept. of Anat., Wayne State Univ., 540 E. Canfield, DETROIT, MI 48201,
USA
a Morphogenesis and developmental histochemistry of embryonic eye. Gallus domesticus (Aves),
Macaca mulatta (Primates), (Insectivora, MammaUa)
b Prenatal ossification of the skeleton. Homo sapiens (Primates)
c Electron microscopy of retinal development. Gallus domesticus, Coturnix c. japonica (Aves)
59
MEYER R.L.;Ph.D.-Div.ofBiol.,CaUf.Inst.ofTechnol.,PASADENA,CA91125,.USA
a Development and regeneration of ordered neuronal connections, particularly m the retmotectal
system. Carassiusauratus(Teleostei),Hy la regilla(Anura) ^^r.r^x,^'/^ /-> ^
MEYERHOF, P. G.; Ph.D. - Dept. of Zool., Univ. of Toronto, 25 Harbord St., TORONIO, Unt.
M5S 1 A i, Canada . r a .u
a Mechanism of action, characterization, and ubiquity of cytostatic factors trom eggs and other
cells which induce chromosome condensation and cleavage arrest. Rana pipiens, Xenopus laevis
(Anura), Lytechinus pictus and other marine spp. (Invertebrata) o- ^u i
MEZEI (TEICHMANN), Ms. C; Ph.D. - Biochem. Dept., Med. Sch., Dalhousie Univ., Sir Charles
Tupper Bldg., HALIFAX, N.S. B3H 4H7, Canada
a Role of pineal gland in embryonic brain development . / » x
b Biochemistry of histamine in peripheral and central nervous system. Gallus domesticus (Aves),
Cavia porcellus (Rodentia) , .,■^ c.^, a
MICELI, Ms. D. C; Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M. de
TUCUMAN, Argentina
a Fatty acid biosynthesis during early development: enzyme regulation. Bufo arenarum (Anura)
b Influence of oviductal secretions on vitelline membrane properties and its involvement in fertil-
ization. Same species as a „■, ^^ . xit^oi a
MICHAEL, M. I.; Ph.D., Prof. - Dept. of Zool., Alexandria Univ., Moharram Bey, ALEXANDRIA,
Egypt
a Experiments on determination of the proximo-distal axis of the developing hind limb. Bufo
regularis (Anura) (with S. N. SEDRA, S. H. KHALIL and A. A. S. HASSONA)
b Effect of some vitamins on limb regeneration. Same species as a (with S. H. KHALIL and M. H.
EL TAWIL)
c Effect of potassium perchlorate on development of thyroid and pituitary glands. Same species as
a (with K. Z. WARSHANA)
d Effect of thiourea on development of thyroid glands and hind limbs. Same species as a (with
A.M.N. EL DIN)
e Effect of soya beans on development of thyroid glands and small intestine. Same species as a
(with M. A. E. RAGEH)
f Regeneration of Umbs implanted in the orbit and changes in the optic nerve after eye cup remov-
al. Same species as a (with S. H. KHALIL and E. A. MOSAD)
g Development of optic tectum. Same species as a (with S. H. KHALIL and A. A. KEREEM)
MICHAELI Y ; D M.D. - Dept. of Anat. and Embryol., Hebrew Univ. - Hadassah Med. School,
P.O. Box 1172, JERUSALEM 91000, Israel
a Relation between different rates of eruption and the behaviour of the odontogenic epithelial
cells. Rattus spec. (Rodentia)
b Effect of inferior alveolar nerve resection on odontogenesis of the continuously growing incisor
(trophic effect). Same species as a
c Growth, revascularization and reinnervation of auto transplanted adult incisor odontogenic organs
in the sub cutis and diffusion chambers. Same species as a
MICHIBATA, H.; D.Sc. - Biol. Inst., Toyama Univ., Gofuku 3190, TOYAMA, 930 Japan
a Activation analysis of trace elements (Mn and Zn) in the egg and their absorption from the
surrounding medium. Oryzias latipes (Teleostei)
MIKI-NOUMURA, Ms. T.; Ph.D. - Dept. of Biol., Ochanomizu Univ., Otsuka, Bunkyo-ku, TOKYO,
112 Japan
MILKMAN, R. D.; Ph.D., Prof. - Dept. of Zool., Univ. of Iowa, lOWA-City, lA 52242, USA
a Developmental biology, classical and physiologic; ^ -.etics. Botryllus schlosscri (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, NY
13210, USA
MILLER, O. L., Jr.; Ph.D. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHARLOTTESVILLE,
VA 22901, USA
MILLER R. K.; Ph.D. - Dept. of Obstet.-Gynecol., Sch. of Med. and Dent., Univ. of Rochester,
ROCHESTER, NY 14642, USA
a In vitro analysis of nutrient and xenobiotic transfer (amino acids, creatine, vitamin B12, cad-
mium, diethylstilbestrol) in placentae, correlated with in vivo observations and fetal distributions.
Rattus norvegicus (Rodentia), Homo sapiens (Primates)
b Transplacental carcinogenicity of diethylstilbestrol. Rattus norvegicus (Rodentia)
MILLER, R. L.; Ph.D. - Dept. of BioL, Temple Univ., Broad & Berks St., PHILADELPHIA, PA
19122, USA
a Control of species-specificity of sperm chemotaxis; observations of sperm behavior in the pres-
ence of eggs of heterotypic species; isolation and chemical identification of sperm attractants.
35 genera (Hydrozoa)
b Sperm behavior and penetration during fertilization; role of special membrane patches on egg
surface in controlling sperm behavior and attachment. Orthopyxis caliculata (Hydrozoa)
MILLI'R (PRICE), Ms. S. A.; Ph.D. - Dept. of Biol., Hamilton Coll., CLINTON, NY 13323, USA
a Morphogenesis during early stages of organogenesis, specifically changes in rates of prolifera-
tion within emerging populations of specific cell type (embryo culture, radioautography, scan-
ning and transmission electron microscopy). Gallus domesticus (Aves), Mus musculus (Roden-
tia)
b Surface changes during differentiation of embryonic erythrocytes (scanning and transmission
electron microscopy combined with application of surface ligands). Same species as a
60
MILLER W A.; D.D.S., Prof. - Dept. of Oral BioL, Sch. of Dent., State Univ. of New York at Buffa-
lo, 4510 Main St., BUFFALO, NY 14226, USA
a Dental pulp cell differentiation in vitro. Bos taurus (Artiodactyla)
b Transplantation of developing dental apparatus. Necturus spec., Ambystoma spec. (Urodela),
Caiman spec. (Crocodilia)
c Effect of anticonvulsant drugs on larvae. Ambystoma tigrinum (Urodela)
MILLETTE, C. F.; Ph.D. - Lab. of Human Reprod. and Reprod. Biol., Harvard Med. School, 45 Shat-
tuck St., BOSTON, MA 021 15, USA
a Biochemistry of spermatogenesis, particularly identification and functional analysis of plasma
membrane constituents specific to particular classes of spermatogenic cells. Mus musculus (Ro-
dentia)
MILLINGTON, W. F.; Ph.D., Prof. - Dept. of Biol., Marquette Univ., 530 North 15th St., MILWAU-
KEE, WI 53233, USA
a Development at the shoot apex, and regulation of form in the leaf and shoot. (Angiospermae)
b Regulation of zoospore release and colony formation; factors regulating cell shape. Pediastrum
spec. (Chlorococcales, Chlorophyceae)
c Emergence of pattern m cell differentiation in leaves. Same species as a
MINATO, K.; M.Sc. - Dept. of Morphol. Genet., Natl. Inst, of Genet., Yata 1,111, MISIMA, Sizuoka-
ken, 411 Japan
a The relationship between cell growth cycle and molting cycle in the epidermis. Philosamia cyn-
thia ricini (Lepidoptera)
b Studies on growth-stimulating factors m 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.
Hosp., PHILADELPHIA, PA 19104, USA
MINTZ, Ms. B.; Ph.D. - Inst, for Cane. Res., 7701 Burhohne Ave., PHILADELPHIA, PA 19111, USA
a Differentiation of mutagenized totipotent teratocarcinoma cells after injection into blastocysts.
Mus musculus (Rodentia)
b Gene control of differentiation in allophenic animals with two genotypic populations of cells.
Same species as a
MITRA, S. C; M.Sc. (Hons.), Assoc. Prof. - Dept. of Anat., Jawaharlal Inst, of Postpad. Med. Educ.
and Res., PONDICHERRY 605006, India
a Congenital anomaUes. Homo sapiens (Primates)
b Prolactin in relation to reproductive biology. Rattus norvegicus (Rodentia)
MITTENTHAL, J. E.; Ph.D. - Dept. of Biol. Sci., Purdue Univ., WEST LAFAYETTE, IN 47907,
USA
a Effects of regeneration and transplantation of thoracic appendages on synaptic connectivity and
morphology of motoneurons innervating their muscles. Procambarus clarkii (Decapoda, Crustacea)
b Mechanisms controUing regeneration of external morphology of thoracic appendages after
transplantation; including epigenesis of mosaic limbs. Same species as a
MIYA, K.; D.Sc, Prof. - Inst, of AppL Entomol., Fac. of Agric, Iwate Univ., Ueda 3-18-8, MORIO-
KA, 020 Japan
a Electron microscopy of oogenesis and embryogenesis. Bombyx mori (Lepidoptera)
b Analysis of early embryonic development. Same species as a
MIYAKE, K.; M.D. - Dept. of Obstet. & Gynecol., Univ. of S. CaUf., Women's Hosp., Rm 5K22,
1240 N. Mission Rd., LOS ANGELES, CA 90033, USA
MIYAKE, Y-L; M.Sc. - Dept. of Vet. Obstet., Fac. of Vet. Med., Hokkaido Univ., N 18, W 9, SAP-
PORO, 060 Japan
a Cytogenetic investigations on chromosomal abnormalities (quinacrine mustard stainmg). Sus
scrofa. Bos taurus (Artiodactyla)
MIZELL, M.; Ph.D., Prof. - Dept. of Biol., Tulane Univ., NEW ORLEANS, LA 70118, USA
a Induced limb regeneration. Didelphis virginiana (Marsupiaha)
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.
Same species as b
MIZUNO, Takeo; Ph.D., Prof. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Tissue interactions in organogenesis of digestive tract. Gallus domesticus, Coturnix c. japonica
(Aves)
b Tissue interactions in differentiation of prostatic buds in vitro. Mus musculus, Rattus norvegicus
(Rodentia)
MOAV, B.; Ph.D. - Dept. of Zool., Fac. of Life Sci., Tel-Aviv Univ., Ramat-Aviv, TEL-AVIV, Israel
a Changes in chromatin structure during sperm differentiation. Rattus spec. (Rodentia)
b Structure and assembly of newly replicating chromatin in embryonic development. Paracentrotus
lividus, Strongylocentrotus purpuratus (Echinoidea)
MOBBS, I. G.; Ph.D. - Dept. of Anat., Fac. of Med., Dalhousie Univ., HALIFAX, N.S. B3H 4H7,
Canada
a Ultrastructure of extraembryonic membranes, particularly of transport across the yolk sac
throughout development and across the serosa during early development. GaUus domesticus
(Aves)
MOCHIDA, O.; Dr.Agr. - Internat. Rice Res. Inst., c/o CRIA, Sukamandi Branch, SUBANG, W. Java,
Indonesia
a Morphology and physiology of oogenesis. Nilaparvata lugens (Delphacidae, Homoptera)
b Biology of a rice pest. Scotinophara coarctata (Pentatomidae, Hemiptera)
61
MOHLER, J. D.; Ph.D., Prof. - Dept. of Zool., Univ. of Iowa, lOWA-City, lA 52242, USA
a Induction, identification, and characterization of female-sterile mutants as material tor the study
of oogenesis. Drosophila melanogaster (Diptcra) ^^~, x, ax T^nn ^ /-u-i
MOLINARI, E.; M.V. - Inst, de Embriol., Univ. Austral de Oiile, Casilla no. 567, VALDIVIA, Chile
a Process of morphophysiological adaptation in development. Chihan species (Anura)
b Heterospecific recombinations of ocular structures between GaUus domesticus (Aves) and Kattus
MOMENT, G° B^." Ph.D., Prof. (Emer.) - Dept. of Biol. Sci., Goucher CoU., BALTIMORE, MD 21204,
USA
a Culture of cells taken from regions of differing growth (regenerative) capabilities, and character-
ization of proteins extracted from these regions. Eisenia foetida (OUgochaeta) n-,, ,a
MONAHAN, J. J.; Ph.D. - Dept. of CeU Biol., Roche Inst, of Molec. Biol., NUTLEY, NJ 07110,
USA
a Cloning of total mRNA populations from early embryos using bacterial plasmids. Mus musculus
MONDER^C.Tph.D. - Res. Inst., Hosp. for Joint Dis., 1919 Madison Ave., NEW YORK, NY 10035,
USA '
a Induction of enzyme formation by hormones in fetal liver in organ culture. Rattus norvegicus
(Rodcntia) , ,. , _
b Control of development of tyrosine metabohsm (cataboUsm) in perinatal liver in culture. Same
species as a ^ ■ e ■ e *. \
c Comparison of energy sources requirements, and mechanisms of generation ot energy in letal
and neoplastic tissues. Same species as a . t,,- j
MONIE 1 W • M D., Prof. - Dept. of Anat., Med. Sch., Univ. of CaUfornia, Parnassus and Third
Ave.,'sAN FRANCISCO, CA 94143, USA
a Development of arteries in fetus and infant, especially location and nature of intimal cushions.
Homo sapiens (Primates) . . , .
b Effects of cadmium and lead salts on development of nervous system when mjected mtra-amnio-
tically on day 15. Rattus norvegicus (Rodentia) „ „ ,,^t^
MONTIEGEL, Ms. E. C; M.S., Assoc. Prof. - Dept. of Biol., West Vu-ginia Univ., Brooks HaU, MOR-
GANTOWN, WV 26506, USA
a Teiatological effect of chemicals (and vibration) on development. Gallus gallus (Aves)
MOOG, Ms. F.; Ph.D., Prof. - Dept. of Biol., Washington Univ., Skinner and Lindell Ave., ST. LOUIS,
MO 63 130, USA
a Embryonic intestine in organ culture: differentiation of plasma membrane, influence oi hor-
mones. Gallus domesticus (Aves)
MOORE, G. P. M.; Ph.D. - Sch. of Biol. Sci., Macquarie Univ., NORTH RYDE, N.S.W. 2113, Austraba
a Genetic activity of blastocyst cells during delayed implantation. Mus musculus (Rodentia)
b Transcriptional changes in the genome of the oocyte. Same species as a
c Ovarian development in dwarf (dw/dw). Same species as a
d Initiation of follicle growth. Same species as a
MORAN D J ; Ph.D. - Dept. of Biol., State Univ. of New York, NEW PALTZ, NY 12561, USA
MORGAN, i.G.;Ph.D. - Dept. of Behav. Biol., Res. Sch. of Biol. Sci., Austr. Natl. Univ., P.O. Box 475,
CANBERRA, A.C.T. 2601, Austraha
a Biochemical development of visual system after hatching, especially effects of enucleation and
controlled visual stimulation. Gallus domesticus (Aves)
b Contribution of axonal flow in optic nerve to mauitenance and functioning of visual system.
Same species as a
MORI, T.; M.Agr. - Zool. Lab., Fac. of Agric, Kyushu Univ., FUKUOKA, Japan
a Electron microscopy of the mechanism of fertilization. Pipistrellus abramus, Miniopterus schrei-
bersi (Chiroptera)
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, USA
MORRILL, J. B.; Ph.D., Prof. - Div. of Nat. Sci., New Coll. of the Univ. of S. Florida, 5700 N. Ta-
miami Trail, SARASOTA, 1-L 33580, USA
a Chemical differentiation of eggs. Lymnaea spec. (Gastropoda)
b Analyses of ooplasmic segregation. (Gastropoda)
c X-ray microprobc analysis of elemental patterns in eggs. Lymnaea palustris (Gastropoda)
d Cytocmbryology and skeletal patterns in development (cytochemistry, X-ray microprobc, scan-
ning electron microscopy). Lytechinus variegatus (l^chinoidea)
MORRIS, J. E.; Ph.D., Assoc. Prof. - Dept. of ZooL, Oregon State Univ., CORVALLIS, OR 97331,
USA
a Mechanisms of cell association in histogenesis of the neural retina (role of glycosaminoglycans).
Gallus domesticus (Aves)
b Cell interactions during implantation of the blastocyst in vitro. Mus musculus (Rodentia)
MORRIS, Ms. V. B.; Ph.D. - Sch. of Biol. Sci., Univ. of Sydney, Zool. Bldg., SYDNEY, N.S.W.
2006, Austraha
a Cell proliferation in the developing retina. Gallus domesticus (Aves)
MORROW, J. 1'.; Ph.D. Dept. of Microbiol., Sch. of Med., Johns Hopkins Univ., 725 N. Wolfe St.,
BALTIMORE, MD 21205, USA
a Silk genes and tlieir expression, using various tissues of larvae, pupae and adults. Bombyx mori,
Samia cynthia (Lcpidoptera)
b Genes expressed in fetal and adult liver. Mus musculus, Rattus rattus (Rodentia)
62
MOSAD, E. A.; B.Sc. - Dept. of Zool., I'ac. of Sci., Alexandria Univ., Moharram Bey, ALEXAN-
DRIA, Egypt
a Regeneration of limbs implanted in the orbit and changes in the optic nerve after eye cup remov-
al. Bufo regularis (Anura) (with M. I. MICHAEL and S. H. KHALIL)
MOSCONA A. A.; Ph.D., Prof. - Depts. of Biol, and Pathol., Univ. of Qiicago, 1101 E. 57th St.,
CHICAGO, IL 60637, USA
MOSSMAN, H. W.; Ph.D., Prof. (Emer.) - 2902 Columbia Rd., MADISON, WI 53705, USA
a Comparative morpliology of the fetal membranes and reproductive tracts. (MammaUa)
MOTTET N. K.; M.D., Prof. - Dept. of Pathol., Univ. of Washington Med. Sch., D401, SEATTLE,
WA 98195, USA
a Ultrastructural features of necrosis as an ontogenetic process. Gallus domesticus (Aves), Homo
sapiens (Primates)
b Methylmercury teratogenesis. Mus musculus (Rodentia), Macaca mulatta (Primates)
MOUSTAFA Ms L A.; Ph.D. - Natl. Inst, for Environm. Health Sci., Environm. Toxicol. Branch,
N.I.H., P.O. Box 12233, RESEARCH TRIANGLE PARK, NC 27709, USA
a Tlie fate of single cells transplanted into preimplantation embryos (intra- and interspecies).
Mus musculus (Rodentia), Oryctolagus cuniculus (Lagomorpha), Bos taurus (Artiodactyla)
b Effect of direct apphcation of test agent(s) to embryos on DNA repair, subsequent viability
and development (micromanipulation, embryo culture and intrauterine administration; pre-
and postimplantation staces). Same species as a
c Tlie possible role of and/or the interaction between genetic and environmental factors, related
to neoplastic transformation of cells. Mus musculus (Rodentia)
d Development of an in vitro system using early embryos to detect potential carcinogens. Same
species as a
e Sex determination of preimplantation stages prior to transfer (morula stage, sex chromosome
analysis, isolated single blastomeres). Same species as a
f Monozygotic twin production by micrurgical division of the preimplantation embryos, culturing
for rounded morulae development and transfer into pseudopregnant females. Same species as a
MUFTI, S. A.; Ph.D. - Zool. Dept., Panjab Univ., LAHORE, Pakistan
a Epimorphic regeneration of appendages. Hemidactylus spec, Agama spec, and others (Lacer-
tilia)
b Muscle transplantation and regeneration. Mus musculus, Rattus spec. (Rodentia), Oryctolagus
cuniculus (Lagomorpha)
c Teratological effects of organophosphorous insecticides. Gallus domesticus (Aves)
MUKAI, H.; D.Sc. - Dept. of Biol., Fac. of Educ, Gunnia Univ., MAEBASHI, 371 Japan
a Pattern formation. Perophora onentalis, Botryllus primigenus (Ascidiacea)
b Formation and germination of statoblasts. Pectinatella gelatinosa (Ectoprocta)
c Sex determination. Barcntsia discreta (Entoprocta)
MULLER, K. J.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Park-
way ,'bALTIMORE, MD 21210, USA
a Steps by which particular neurons regenerate to establish chemical and electrical synapses with
their normal targets; role of gha and neurons. Hirudo medicinalis (Hirudinea)
MUN, A. M.; Ph.D., Prof. - Dept. of Zool., Univ. of Maine, Murray Hall, ORONO, ME 04473, USA
a Induction of immunological tolerance by intracoelomic grafts in the 4-day embryo. Gallus
gallus (Aves)
b Growtli 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 development of early embryo. Same species
as a
MURAKAMI, U.; M.D., D.Mcd. - Inst, of Developm. Res., Aichi Pref. Colony, Kamiya-cho, KASU-
GAI,Aichi 480-03, Japan
a Effects of x-irradiation upon developing embryos, especially on the central nervous system. Mus
musculus, Rattus norvegicus (Rodentia) (with R. SHOJI)
b Teratogenicity of mutagenic substances. Mus musculus (Rodentia) (with M. INOUYE)
MURAMATSU, S.; D.Sc. - Lab. of Genet. Disorders, Dept. of Breeding and Genet., Natl. Inst, of
Anim. Industry, 959, Aobacho, CHIBA, 280 Japan
a Effects of radiation and chemicals on reproductive organs (cytogenetics, histology). Gallus
domesticus (Aves), Mus musculus (Rodentia), Macaca fascicularis (Primates)
b Teratogenesis by radiation and chemicals (including developmental genetics). Gallus domesticus
(Aves), 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., Women's Hosp. 5K-22,
1240'n. Mission Rd., LOS ANGELES, CA 90033, USA
MURISON, G. L.; Ph.D. - Dept. of Biol. Sci., Florida Internat. Univ., MIAMI, FL 33199, USA
a Synthesis and accumulation of specific proteins at different stages of liver cell differentiation in
primary cell cultures (biochemistry, immunochemistry). Gallus domesticus (Aves), Rattus spec
(Rodentia)
b Use of primary cell cultures and cell lines to develop bioassays for the detection of compounds
that are cytotoxic, mutagenic, and possibly carcinogenic
MURRAY, Ms. M. R.; Dr. - NatL Inst, of NeuroL Dis. and Stroke, N.I.H. Bldg. 36, 4B-12, BETHES-
DA,Md. 20014, USA
63
NACE, G. W.; Ph.D., Prof. - Div. of Biol. Sci. and Amph. Facility, Ctr. for Human Growth and Devel-
opm., Univ. of Michigan, ANN ARBOR, MI 48109, USA
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)
NAGAHAMA, Y.; Ph.D. - Dept. of Devi. Biol., Natl. Inst, for Basic Biol., 38 Nishigonaka, Myodaiji-
cho, OKAZAKI 444, Japan
a Mechanism of oocyte maturation. Carassius auratus, Oryzias latipes, Salmo gairdneri (Teleostei)
b Physiology and morphology of ovarian follicle cells. Asterina pectinifera (Asteroidea)
NAGATA, T.; M.D., Ph.D., Prof. - Dept. of Anat., Shinshu Univ., Asahi 3-1-1, MATSUMOTO,
390 Japan
a DNA, RNA and protein synthesis of kidney and liver cells from embryos and newborns in vitro
(electron microscopic radioautography). Mus musculus, Rattus spec. (Rodentia), Homo sapiens
(Primates)
NAIR, K. K.; Ph.D., Prof. - Dept. of Biol. Sci., Simon Eraser Univ., BURNABY, B.C. V5A 1S6,
Canada
a Cytochemistry and ultrastructure of the differentiating flight muscle. Oncopeltus fasciatus
(Heteroptera)
b Nuclear differentiation in fat body and follicle cells. Same species as a, and Schistocerca gregaria
(Orthoptera)
NAITHANI, Ms. G.; M.Sc. - Dept. of Biochem., Fac. of Sci., Allahabad Univ., ALLAHABAD 211002,
India
NAKAMOTO, T.; D.D.S., Ph.D. - temporarily: 7 Channing St., CAMBRIDGE, MA 02138, USA
a Growth and development of bone in fetus and neonate. Rattus spec. (Rodentia)
b Effect of malnutrition on bone development in fetus and neonate. Same species as a
c Effect of malnutrition on tooth germs in newborns. Same species as a
d Effect of calcitonin on tooth germs. Same species as a
e Collagen synthesis of tooth germs. Same species as a
NAKAMURA, H.; B.Sc. - Dept. of Anat., Hkoshima Univ., Kasumi 1-2-3, HIROSHIMA, 734 Japan
a Development of limb bud. Mus musculus (Rodentia)
b Pathogenesis of limb mutant mem/mem. Same species as a
NAKAMURA, I.; M.D., Prof. - Dept. of Anat., Nippon Med. School, Sendagi 1-1-5, Bunkyo-ku,
TOKYO, 113 Japan
a The forming process of the secondary retroperitoneal organs. Homo sapiens (Primates)
NAKAMURA, O.; D.Sc, Prof. (Emer.) - Nishimagami, Takatsuki, OSAKA, Japan
a Causality in epigenetic formation of organizer. (Amphibia)
b Fate map and formative movements. (Amphibia)
NAKANE, K.; B.Sc. - 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)
b Developmental genetics of genetic ataxia. Same species as a
NAKANO, E.; D.Sc, Prof. - Biol. Inst., Fac. of Sci., and Radioisotope Ctr., Nagoya Univ., Chikusa,
NAGOYA, 464 Japan
a Metabolic background of initiation of development. Hemicentrotus pulcherrimus, Anthocidaris
crassispina (Ecliinoidea)
b Gene action in early development. Same species as a
NAKATSUJII, N.; D.Sc. - Dept. of Biol., Massachusetts Inst, of TechnoL, CAMBRIDGE, MA 02139,
USA
a Mechanism of gastrulation. Xenopus laevis and other spp. (Amphibia)
b Cell motihty and differentiation. (Protozoa), fibroblasts
NAKAUCHI, M.; Dr., Prof. - Dept. of Biol., Kochi Univ., Asakura, KOCHI, 780 Japan
a Behavior of buds after budding. Aphdium multiplicatum (Ascidiacea)
b Comparative study of asexual reproduction. (PolycUnidae, Ascidiacea)
c Regeneration in zooids. Symplegma reptans (Ascidiacea)
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 biocliemical mechanism of embryonic development. Artemia
salina (Anostraca, Crustacea)
b Changes in 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 rcsphation in eggs on fertilization. Anthocidaris crassispina. Pseu-
docentrotus depressus (Echinoidca)
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
NANCARROW, C; Ph.D. - Div. of Anim. Prod., CSIRO, P.O. Box 239, BLACKTOWN, N.S.W.
2148, Australia
a Pregnancy detection and assessment of early embryonic mortality by assay of foetal proteins.
Ovis arics. Bos spp. (Artiodactyla)
b Developmental foetal endocrinology. Ovis aries (Artiodactyla)
64
NANJUNDIAH, V.; Ph.D. - Ctr. for Tlieoret. Studies, Indian Inst, of Sci., BANGALORE 560012,
India
a Chemical communication; biological oscillations. (Acrasiales)
NANNEY D. L.; Ph.D., Prof. - Dept. of Genet, and Developm., Univ. of Illinois, 515 Morrill Hall,
URBANA,IL 61801, USA
NARAYANAN, A.; Ph.D., Prof. - Dept. of Plant Physiol., A.P. Agric. Univ., Rajendranagar, HYDE-
RABAD 500030, A.P., India
a Assimilate distribution with reference to whole plant senescence. Dolichos lablab, Arachishypo-
gaea (Papilionaceae), Sesamum indicum (Gesneriaceae)
NARAYANAN, C. H.; Ph.D., Prof. - Dept. of Anat., Louisiana State Univ., 1542 Tulane Ave., NEW
ORLEANS, LA 70112, USA
a Origin and migration of neural crest precursors of the ciliary gangUon (interspecific grafting).
CotumLx coturnix, Gallus domesticus (Aves)
b Comparative studies on ontogenetic patterns of (choline) acetyltransferase m embryonic cUiary
ganglia. Anas platyrhynchos, Coturnix coturnix, Gallus domesticus (Aves)
c Ultrastructural investigation of synaptogenesis in the ciliary ganglion. Same species as b
d Origin, ultrastructural changes, and factors involved in the functional maturation of the mes-
encephalic nucleus of the trigeminal nerve. Anas platyrhynchos, Coturnix c. japonica (Aves)
e Cell loss in the normal development of ciliary ganglion correlated with changes in the innerva-
tion of iris muscles (ultrastructure). Gallus domesticus (Aves)
NARAYANASWAMY, S.; Ph.D. - Bio-Org. Div., Plant Morphogen. Sect., Bhabha Atom. Res. Ctr.,
Trombay, BOMBAY 400085, India
NARUSE, I.; B.Sc. - Dept. of Devi. Pathol., Res. Inst, of Environm. Med., Nagoya Univ., Furo-cho,
Chikusa-ku, NAGOYA 464, Japan
a Organ culture of the extremities in the embryo. Mus musculus (Rodentia)
b Behavioral development and behavioral teratology. Mus musculus, Rattus norvegicus (Rodentia)
NATESH, S.; M.Sc. - Dept. of Bot., S.G.T.B. Khalsa Coll., Univ. of Delhi, DELHI 1 10007, India
a Ontogeny and histochemistry of sporogenesis, gametogenesis and endosperm development.
Scrophularia himalensis (Scrophulariaceae), Orobanche aegyptiaca (Orobanchaceae)
b Development of ovule and integument(s). Russelia sarmentosa (Scrophulariaceae)
NATSUKARI, Y. - Dept. of Maricult., Fac. of Fish., Nagasaki Univ., 1-14 Bunkyo-machi, NAGA-
SAKI, 852 Japan
NAVAGIRl, Ms. S. S.; M.S. - Dept. of Anat., Med. Coll., NAGPUR-3, M.S. India
NAWAR, N. N.; D.M.Sc, M.D. - Faculty of Med., Ain Shams Univ., CAIRO, Egypt
a Incidence of congenital malformations after maternal poisoning during early pregnancy and their
antenatal diagnosis
NEBEL, L. A.; M.D., Prof. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr., Tel-Aviv Univ.,
TEL HASHOMER, 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)
c Physio-pathology of cervical mucus in reproductive failure. Homo sapiens (Primates) (with
J. EICHENBRENNER and D. M. SERR)
d Morpho-functional characteristics of the early polar trophoblast during implantation. (Roden-
tia) (with A. FEIN)
e Antigenicity of normal and pathological trophoblast. (Rodentia), Homo sapiens (Primates)
(with V. TODER and J. MENCZER)
f Immune reactivity to placental antigens in gestosis. Same species as c (with D. M. SERR, J. EI-
CHENBRENNER, and V. TODER)
g Local immunity in utero to spermatic and trophoblastic antigens in infertility and habitual abor-
tions. Same species as c (with M. DOR)
NELSON, L.; Ph.D. - Dept. of Physiol., Med. CoU. of Ohio, P.O. Box 6190, TOLEDO, OH 43699,
USA
NEMER, M. - Inst, for Cane. Res., 7701 Burholme Ave., PHILADELPHIA, PA 19111, USA
a DNA transcription and translation of RNA in early stage embryos. Strongylocentrotus purpu-
ratus, Lytechinus pictus (Echinoidea)
NEMOTO, S.-I.; M.Sc. - Tateyama Marine Lab., Ochanomizu Univ., Ko-yatsu, Tateyama-shi, CHIBA
294-03, Japan
a Energy metaboUsm during fertilization and parthenogenetic activation: relations between levels
of energy-rich phosphate compounds and related enzymes. Hemicentrotus pulcherrimus, Anto-
cidaris crassispina, Pseudocentrotus depressus and other spp. (Echinoidea)
b Physico-chemistry of germinal vesicle breakdown and meiosis; cell to cell relations in morpho-
genesis. Asterina pectinifera, Asterias am.urensis, Astropecten scoparius and other spp. (Asteroi-
dea)
NENTWIG, Ms. M. R.: Ph.D. - Dept. of Biol., Cleveland State Univ., CLEVELAND, OH 44115, USA
a Effects of neuropharmacological agents and hydra neurosecretory peptide on budding activity.
Hydra oligactis (Hydrozoa)
NESBITT Ms M N.; Ph.D. - Ctr. for Devi. Biol. B-022, Univ. of Calif., San Diego, LA JOLLA,
CA 92093, USA
a Role of failure of X-chromosome-inactivation in death of parthenogenoncs. Mus musculus (Ro-
dentia)
b Developmental effects of specific chromosomal aberrations. Same species as a
65
NEWBURGH, R. W.; Ph.D., Prof. - Dept. of Biochem. and Biophys., Fac. of Sci., Oregon State Univ.,
CORVALLIS, OR 97331, USA
NEWCOMB, W.; Pli.D. - Dept. of Biol., Queen's Univ., KINGSTON, Ont. K7L 3N6, Canada
a Fine structure of embryogenesis witli special reference to the suspensor. (Spermatophyta)
b Fine structure of endosperm development, especially coenocytic to cellular transition. (Sperma-
tophyta)
c Fine structure, morphogenesis and physiology of nitrogen-fixing root nodules. (Leguminosae and
other Spermatophyta)
d Morphogenesis and fine structure of insect-caused galls. (Spermatophyta)
NEWMAN, Ms. L. M.: Ph.D. - Dept. of Anat., Jefferson Med. CoU., 1020 Locust St., PHILADEL-
PHIA, PA 19107, USA
a Sensitivity of the fetal period to teratogenic insult with postnatal development and function
examined as modes of expression, especially the respiratory system. Rattus norvegicus (Rodentia)
b Premature pup as a model for human perinatal problems associated with prematurity. Same
species as a
NEWMAN, S. A.; Ph.D. - Dept. of Biol. Sci., State Univ. of New York, ALBANY, NY 12222, USA
a Role of changes in chromatin proteins in the reprogramming for differentiation of the precar-
tilage mesenchyme in the limb bud (polyacrylamidc gel electrophoresis, chromatin fractionation
by enzymes, DNA-RNA hybridization). Gallus domesticus (Aves)
b Role of cell-to-cell interactions in the spatial patterning of skeletal elements in the limb bud (tis-
sue culture, transmission electron microscopy, gel electrophoresis). Same species as a
c Relation of conformation of chromatin subunits (nucleosomes) to mechanism of cell differen-
tiation. Same species as a
NEWTON, A.; Ph.D., Prof. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, USA
a Biochemical and genetic analysis of mechanisms that generate cellular diversity; role of the cell
cycle in controlling developmental pathways in asymmetrically dividing cells. Caulobacter cres-
centus (Bacteria)
NIAZI, I. A.; Ph.D. - Dept. of ZooL, Univ. of Rajasthan, JAIPUR 302004, India
a Effect of vitamin A excess, thyroid hormone and hydrocortisone on hind limb regeneration
(histology, morphology, histochemistry (alkaline and acid phosphatases)). Bufo melanostictus,
Rana breviceps (Anura)
b Seasonal changes in development of gonads and sex differentiation. Rana cyanophlyctis (Anura)
NIAZI, Ms. S.; M.Sc. - Dept. of Zool., Univ. of Rajasthan, JAIPUR 302004. India
a Differentiation of visual cells of the retina. Bufo melanostictus (Anura)
NICKLA, H.; Ph.D., Assoc. Prof. - Dept. of Biol., Creighton Univ., 2410 Cahfornia St., OMAHA,
NE 68178, USA
a Developmental aspects of gene interaction, especially genes interacting to produce lethality.
Drosophila melanogaster (Diptera)
NIJHOUT, H. F.; Ph.D. - Dept. of ZooL, Duke Univ., DURHAM, NC 27706, USA
a Development of wing pigment patterns. Precis coenia, Malacosoma amcricana (Lepidoptera)
NISHIOKA, D.; Ph.D. - Dept. of Biol. Sci., Hopkins Mar. Station, Stanford Univ., PACIFIC GROVE,
CA 93950, USA
a Role of external ions in fertilization. (Echinoidea)
b Initiation of DNA synthesis in polyspermicalJy fertilized eggs in vivo and in vitro. (Echinoidea)
NISHIOKA, Ms. M.; D.Sc, Prof. - Lab. for Amph. Biol., Fac. of Sci., Hiroshima Univ., Higashisenda-
cho, HIROSHIMA, Japan
a Hybridization among l':uropean and Far Eastern forms. (Ranidae; Discoglossidae, Anura)
b Morphological and sexual abnormahties in the offspring of animals derived from irradiated eggs
or sperm. Rana nigromaculata, R. japonica, Bombina orientahs (Anura)
c Color mutants detected by diploid gynogenesis from wild animals or those derived from irradiated
gametes. Rana nigromaculata, R. brevipoda, Hyla arborea japonica (Anura)
NIU, M. C; Ph.D., Prof. - Dept. of Biol., Temple Univ., Broad & Berks St., PHILADELPHIA,
PA 19122, USA
NIWA, K.; Ph.D. - Dept. of Anim. Sci., Coll. of Agric, Kyoto Univ., KYOTO 606, Japan
a Fertilization and development of eggs in vitro. Rattus norvegicus (Rodentia), Bos taurus, Sus
scrofa domesticus (Artiodactyla)
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. (Polychata), Urechis spec. (Echiura; Echinoidea)
NOGAMI, H.; M.D. ^ Dept. of Embryol., Inst, of Devi. Res., Aichi Pref. Colony, Kamiya, KASUGAI,
Aichi 480-03, Japan
a Induction, origin, and development of bone and cartilage cells (implantation, explantation).
Rattus spec, Mus musculus (Rodentia)
b Teratogenesis of skeletal system. Same species as a
NONAMI, Y.; Dr.Agr., Prof. - Dept. of Biochem. and Technol. of Anim. Products, Univ. of Niinata
Igarashi,NIIG ATA 950-21, Japan '
a Change in carbohydrates of yolk phosvitin during embryonic development. Gallus domesticus
(Aves)
NORGARD, M. V.; Ph.D. - Dept. of Cell Biol., Roche Inst, of Molec. Biol., NUTLEY NJ 07110
USA
a Cloning of total mRNA sequences from embryos. Mus musculus (Rodentia)
66
NOTO, T.; D.Sc. - Embryol. Lab., Dept. of Anat., Kagoshima Univ., 1208-1 Usuki-cho, KAGO-
SHIMA, Japan
a Fine morphology of interphase chromosomes in embryonic nucleus. (Avcs; Mammalia)
b Biological functions of embryonic RNAs in differentiation processes. Same species as a
c Theoretical consideration on gene differentiation
NOUMURA, T.; D.Sc. - Dept. of Biol., Tokyo Metropolitan Inst, of Gerontol., 35-2 Sakaecho,
Itabashi-ku, TOKYO, 173 Japan
a Mechanism of Miillerian inhibition. Gallus spec, Anas spec, Coturnix spec. (Aves)
b Development and involution of the bursa of Fabricius: mechanism of androgen action. Same
species as a
c Sexual differentiation of syrinx: function of cultured cells and hormonal regulation. Anas spec.
(Aves)
NOVAKS, 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
NOZUE, T.; M.D., Assoc Prof. - Dept. of Anat., Tokyo Med. and Dent. Univ., 1-chome, Yushima,
Bunkyo-ku, TOKYO, 113 Japan
a Differentiation of neural crest cells and oncogenesis. Mus musculus (Rodentia)
b Cell biology of neural crest cells. Same species as a
c Relationship between neural crest cells and cyclic AMP. Same species as a
d Cell cycle of neural crest derivatives. Same species as a
NUCCITELLI, R.; Ph.D. - Dept. of ZooL, Univ. of California, DAVIS, CA 95616, USA
a Extracellular ion currents triggered by fertilization along with the membrane potential changes
which occur. Oryzias latipes (Teleostei)
b Importance of transcellular ion movements for ooplasmic segregation. Same species as a
NUMAKUNAI, T.; Dr. - Marine Biol. Stat., Tohoku Univ., Asamushi, AOMORI 039-34, Japan
a Tail resorption in metamorphosis. Halocynthia roretzi (Ascidiacea)
b Gamete release, especially spawning time. Same species as a
c Experiments on role of follicle cell in fertilization. Same species as a
NUTE, P. E.; Ph.D. - Depts. of Anthropol. and Med., and Region. Primate Res. Ctr., Univ. of Washing-
ton, SEATTLE, WA 98195, USA
a Structural and functional analyses of fetal and adult hemoglobins; analysis of the mechanism of
the gamma-beta "switch". (Primates)
NUTTALL, R. P.; Ph.D. - Dept. of Biol., Emory Univ., ATLANTA, GA 30322, USA
a Structure and behavior of single, cultured neurons: 1. growth cone structure (transmission and
scanning electron microscopy, time-lapse cinematography); 2. growth cone behavior on cellular
and noncellular substrata; 3. neuronal growth and branching behavior as function of age and cell
type. Gallus domesticus (Aves)
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, FL 32604, USA
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
ODA, S.; D.Sc, Prof. - Biol. Lab., Rikkyo (St. Paul's) Univ., 3 Nishi-Ikebukuro, Toshima-ku, TOKYO
171, Japan
a Statoblast germination. Lophopodella carteri, Pectinatella magnifica (Phylactolaemata, Bryozoa)
ODA, S.; M.Agric - 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)
b Developmental genetics of genetic ataxia. Same species as a
c Influences of intrauterine environment on the manifestation of genetic malformations. Same
species as a (with Y. KAMEYAMA)
d ()rganogenesis. Suncus murinus (Insectivora)
O'DAY, D. H.; Ph.D. - Erindale Coll., Univ. of Toronto, MISSISSAUGA, Ont. L5L 1C6, Canada
a Characterization of specific extracellular enzyme accumulation, and number and amounts of
newly synthesized proteins excreted during cyst germination. Polysphondylium pallidum (Acra-
siales)
b Purification and characterization of sexual hormones. Dictyostelium discoideum (Acrasiales)
c Role of sexual hormones and environmental factors in regulation of macrocyst development.
(Acrasiales)
O'FARRELL, A. F.; A.R.C.S., Prof. - Dept. of ZooL, Univ. of New England, ARMIDALE, N.S.W.
2351, Australia
a Regeneration and development. Blattella germanica (Blattodea) (with S. WHITELAW)
OGURI, Ms. K.; M.A. - Dept. of Biol.. Tokyo Metropolitan Univ., 2-1-1 Fukazawa, Setagaya-ku,
TOKYO 158, Japan
a Characterization of proteoglycans and mucopolysaccharides in developing embryos. Hemicentro-
tus pulcherrimus (Echinoidea)
OHATA, A.; D.Sc. - Biol. Lab., Kansai Med. School, HIRAKATA, 573 Japan
a Enzymatic analysis of dedifferentiation. Dictyostelium discoideum (Acrasiales)
OHNISHI, E.; D.Sc, Prof. - Biol. Inst., Fac of Sci., Nagoya Univ., Chikusa, NAGOYA 464, Japan
a Action of hormones, especially ecdysones, on development. Bombyx mori (Lepidoptera)
OHNO, S.; M.D. - Dept. of Anat., Sch. of Med., Shinshu Univ., Asahi 3-1-1, MATSUMOTO 390,
Japan
a Development of kidney in embryo and newborn (electron microscopic histochemistry and
radioautography). Mus musculus, Rattus spec. (Rodentia), Homo sapiens (Primates)
67
OHSAKI, K. - Biol. Inst., CoU. of Lib. Arts, Univ. of Kanazawa, 1-1 Marunouchi, KANAZAWA,
Japan
a Regeneration: culture of a single cell and establishment of a clone. Hydra spec. (Hydrozoa)
OHSHIMA, Y.; Ph.D. - Dept. of Embryol.. Carnegie Inst, of Washington, 115 W. University Park-
way, BALTIMORE, MD 21210, USA
a Search for precursors of fibroin inRNA by hybridization of nuclear RNA from silk glands with
radioactively labeled DNA fragments of fibroin gene clones, followed by digestion with Sl-
nuclease and electrophoresis on alkaUne gels. Bombyx mori (Lepidoptera)
b To locahze the initiation site of transcription of fibroin gene, RNA is synthesized in vitro using
silk gland nuclei, gamma-SH-ATP or GTP and 3H-CTP, and partially digested with alkali; RNA
molecules containing an SH-group (RNA initiated in vitro) are selected on a mercury-agarose
column and used for hybridization with DNA fragments of fibroin gene clones. Same species as
a
OHTA, T.; Ph.D. - Dept. of Biol., Aichi Univ. of Educ, 1-Hirosawa, Igaya-cho, KARIYA, Aichi
Pref., 448 Japan
a Centriole isolation from sperm. (Echinoidea)
b Cleavage and cell division. (Echinoidea), Oryzias latipes (Tcleostei)
OJIMA, v.; D.Sc, Prof. - Dept. of Biol., Kwansei Gakuin Univ., Uegahara, NISHINOMIYA 662,
Japan
a Establishment and cytogenetical characterization of cell lines. Cyprinus carpio, Carassius auratus
(Teleostei)
OKADA, M.; Ph.D. - Inst, of Biol. Sci., Univ. of Tsukuba, SAKURA-mura, Nihari-gun, Ibaraki Pref.,
300-31 Japan
a Pole cell formation and germ cell determination (developmental biology, genetics, biochemistry).
Drosophila melanogaster (Diptera)
b Change in oxygen permeability of the chorion during diapause. Bombyx mori (Lepidoptera)
OKADA, T. S.; D.Sc, Prof. - Lab. of Cell Sci., Inst, of Biophys. and Molec. Biol., Univ. of Kyoto,
Kitashkakawa, Sakyo-ku, KYOTO, 606 Japan
OKAMOTO. M. - Lab. of Cell Sci., Inst, of Biophys. and Molec. Biol., Univ. of Kyoto, Kitashirakawa,
Sakyo-ku, KYOTO, 606 Japan
OKAZAKl, Ms. K.; D.Sc, Prof. - Embryol. Sect., Biol. Dept., Tokyo Metropolitan Univ., 2-1-1, Fuka-
zawa, Setagaya-ku, TOKYO, 158 Japan
a Mechanism of spicule formation. (Echinoidea)
OKAZAKl, T.; D.Med. Sci. - Dept. of Biochem., Nippon Med. School, 1-1-5 Sendagi, Bunkyo-ku,
TOKYO 113, Japan
a Erythrocyte transition and hemoglobin metabolism during metamorphosis. Rana catesbeiana
(Anura)
b Phosphoenolpyruvate carboxykinase and the regulation of gluconeogenesis. Same species as a
OLDS-CLARKE, Ms. P. J.; Ph.D. - Dept. of Biol., Bryn Mawr ColL, BRYN MAWR, PA 19010,
USA
a The effect of alleles of the T/t complex on sperm function in fertilization. Mus musculus (Rodcn-
tia)
OLIPHANT, E. E.; Ph.D. - Dept. of Obstet. and Gynecol., Div. of Reprod. Biol., Med. School, Univ.
of Virginia, Box 387, CHARLOTTESVILLE, VA 22903, USA
a Role of seminal plasma components in sperm capacitation. Oryctolagus cuniculus (Lagomorpha),
Mus musculus (Rodentia)
b Molecular mechanism of induction of the acrosome reaction. Same species as a
c Effect of the oviduct on embryo development. Mus musculus (Rodentia)
ONITAKE, K.; D.Sc. - Lab. of Biol., CoU. of Med. Technol., Nagoya Univ., Higashi, NAGOYA,
461 Japan
a Immunology of primary induction. Cynops pyrrhogaster (Urodela)
ONOZATO, H.; Ph.D. - Lab. of Embryol. and Genet., Fac of Fish., Hokkaido Univ., HAKODATE,
Japan
a Electron microscopy of organogenesis. (Salmonidae & Gobiidac & Cyprinidae: Teleostei)
b Developmental immunology. (Cyprinidae & Salmonidae: Teleostei)
ONTELL, Ms. M.; Ph.D. - Dept. of Anat. and Cell Biol., Univ. of Pittsburgh, 3550 Terrace St., PITTS-
BURGH, PA 15261, USA
a Fetal myogenesis: cytoarchitecture studied by light and electron microscopy; computer analysis
of growth patterns; electron microscopy of motor end plates. Mus musculus, Rattus spec. (Ro-
dentia)
OOE, T.; M.D., Ph.D., Prof. - Dept. of Anat., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113
Japan
a Development of spatial relationships of molar tooth germs. Canis familiaris (Carnivora)
b Development of first and second permanent molar. Homo sapiens (Primates)
OOHIRA, A.; Ph.D. - Dept. of Embryol., Inst, of Developm. Res., Aichi Pref. Colony, Kamiya-cho,
KASUGAl, Aichi 480-03, Japan
a Biochemistry of bone and cartilage. Rattus spec (Rodentia)
b Teratogcnesis of skeletal system. Same species as a
OOISHI, Ms. S.; D.Sc. - Fac. of Fish., Mie Univ., 2-80 Edobashi, TSU, Mie Pref. 5 14, Japan
a Postembryonic development: naupUus and copcpodid stages. Haplostoma spec, Haplostomides
spec, Haplostomella spec, Haplosaccus spec (Ascidicolidac, Copepoda, Crustacea)
68
OPPENHi:iM, R. W.; Ph.D. - Neuroembryol. Lab., North Carohna Dept. of Mental Health, Dorothea
Dix Hosp., Box 7532, RALEIGH, NC 27611, USA
a Neural and behavioural aspects of embryonic development (behavioural observations, microsur-
gery). GaUus gallus. Anas platyrhynchos, Columba livia (Aves)
b Early embryonic transplantation of brain and sense organs between species. Gallus gallus. Anas
platyrhynchos, Coturnix coturnLx (Aves)
c Synaptogenesis in embryonic brain and spmal cord. GaUus gallus (Aves)
d Morphology of neuronal cell death in embryonic spinal cord. Same species as c
OPPENHEIMER, Ms. J. M.; Ph.D., Prof. - Bryn Mawr CoU., BioL Bldg., BRYN MAWR, PA 19010,
USA
a Regulation of behaviour with accessory brain parts. Fundulus heterocMtus (Teleostei)
OPPENHEIMER, S. B.; Ph.D., Prof. - Dept. of BioL, CaUfomia State Univ., 18111 Nordhoff St.,
NORTHRIDGE, CA 91330, USA
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 ceU interactions.
Same species as a
O'RAHILLY, R.; M.D., Prof. - Carnegie Labs, of EmbryoL, Univ. of Calif., DAVIS, CA 95616, USA
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, PL 33134, USA
a Membrane glycoproteins which are sperm-specific antigens; their role in fertilization. Oryctolagus
cuniculus (Lagomorpha)
b Origin of sperm-specific membrane autoantigens during spermatogenesis. Same species as a
c Transfer of sperm-specific membrane autoantigens from sperm to egg during fertilization. Same
species as a
ORCE REMIS, A. M.; M.D. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S.M. de TUCU-
MAN, Argentina
a Sperm maturation: epididymal activity. Rattus norvegicus, Cavia porcellus (Rodentia)
ORNOY, A.; M.D., Assoc. Prof. - Dept. of Anat. and Embryol., Hebrew Univ. - Hadassah Med. Sch.,
P.O. Box 1172, JERUSALEM 91000, Israel
a Spontaneous and induced abortions: congenital anomalies, chromosomal aberrations and placental
pathology (incl. ultrastructure). Homo sapiens (Primates)
b Scanning and transmission electron microscopy of tlie initial stages of calcification and ossifica-
tion in normal fetuses and in congenital bone dysplasias. Same species as a
c Significance of ultrastructural (TEM and SEM) studies in prenatal and postnatal detection of
inherited metabolic disorders. Same species as a
d Incidence and type of congenital defects in a diabetic strain; effects of genetic versus metabolic
factors. Mus musculus, Rattus spec. (Rodentia)
e Effects of tetracyclines, vitamin D, corticosteroids and thyroxin on formation and function
of matrix vesicles in cartilage and bone (scanning and transmission electron microscopy). Same
species as d
ORSINI, Ms. M. W. G.; Ph.D., Prof. - Dept. of Anat., Bardeen Med. Labs., Univ. of Wisconsin, MADI-
SON, WI 53706, USA
a Fetal membranes, giant cells, and pregnancy changes in uterine vessels. Mesocricetus auratus
(Rodentia)
b Factors controlling implantation and loss of zona pellucida. Mesocricetus auratus, Rattus norve-
gicus, Mus musculus, Cavia porcellus (Rodentia), Mustela putorius, M. vison (Carnivora)
c Deciduahzation during pregnancy and pseudopregnancy. Same species as b
d Factors controUing life of corpora lutea. Same species as a
e Immunological aspects of deciduahzation. Same species as a
OSHIMA, K.; Assoc. Prof. - Dept. of Physiol., Primate Res. Inst., Kyoto Univ., INUYAMA, Aiclii,
484 Japan
a Endocrine organs, particularly gonadal system during fetal development. Macaca fuscata (Prima-
tes)
b Effect of uterine and oviductal contraction on fertilization and implantation. Same species as a
c Maternal and fetal hormones during development. Same species as a
d Ultrastructure of ovum development. Same species as a
OSFRAND-ROSENBERG, Ms. S.; Ph.D. - Biol. Dept., Univ. of Maryland, CATONSVILLE,MD 21228,
USA
a Maternal acceptance of the embryo as an allograft. Mus musculus (Rodentia)
OVERMAN, D. O.; Ph.D., Assoc. Prof. - Dept. of Anat., Med. Ctr., West Virginia Univ., MORGAN-
TOWN, WV 26506, USA
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)
c Teratogenesis of topically-appUed compounds. Mesocricetus auratus (Rodentia)
OVERTON, Ms. J. H.; Ph.D., Prof. - Dept. of BioL, Div. of BioL ScL, Univ. of Chicago, 1101 E. 57th
St., CHICAGO, IL 60637, USA
OZAKI, H.; Ph.D., Prof. - Dept. of ZooL, Michigan State Univ., EAST LANSING, MI 48824, USA
a Appearance of the acetylchoUnesterase activity in post-gastrulation embryos; is it due to de novo
synthesis or precursor activation? Strongylocentrotus purpuratus (Echinoidea)
69
b Are the micromeres of the 16-cell stage embryos already determined to differentiate acetylcholi-
nesterase? Dendraster excentricus (Echinoidea)
c Ontogeny of acetylcholine receptors. Same species as a
d Chromatin protein structure and biochemistry of sperm and eggs, and their transformation
at fertilization. Strongylocentrotus purpuratus, Lytechinus pictus, Dendraster excentricus (Echi-
noidea)
OZORAN, A.; Dr.med. - Dept. of Histol. and Embryo!., Med. Fac, Hacettepe Univ., ANKARA,
Turkey
a Development and differentiation of the nucleus caudatus in fetus and neonate. Rattus norvegicus
(Rodentia)
PACKARD, D. S., Jr.; Ph.D. - Dept. of Anal., Upstate Med. Ctr., State Univ. of New York, 766 Irving
Ave.. SYRACUSE, NY 13210, USA
a. Determination and segmentation of Semitic mesoderm. Gallus domesticus (Aves)
b Cellular site of action of nucleotide analog teratogens (bromodeoxyuridine, iododeoxyuridine).
Same species as a
PADYKULA, Ms. H. A.; Ph.D., Prof. - Div. of Anim. Physiol., Ian Clunies Ross Anim. Res. Lab.,
CSIRO, BLACKTOWN, N.S.W. Australia
PAGANO, R. E.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Park-
way ,'bALTIMORE, MD 21210, USA
a Membrane lipid and cholesterol organization and their dynamics in the plasma membranes of
lymphocytes and fibroblasts. Mus musculus, Cricetulus griseus (Rodentia)
PALLIE, W.; Ph.D., Prof. - Dept. of Anat., Fac. of Health Sci., McMaster Univ., HAMILTON, Ont.
L8S 4J9, Canada
PANCHAMUKHI, B. G.; Pli.D. - Dept. of Anat., Gujarat Coll. of Vet. Sci. and Anmi. Husbandry,
ANAND 388001, Gujarat, India
a Histogenesis (from primordium till birth) of the stomach, especially reticulum, omasum, gastric
glands. Bubalus bubalis (Artiodactyla)
PANDEY, K. N.; M.Sc. - Dept. of Biochem., Fac. of Sci., Univ. of Allahabad, ALLAHABAD 21 1002,
India
a Some enzymes (phosphatases, transaminases, trehalase and proteolytic) and metabolites (proteins,
amino acids, nucleic acids and carbohydrates) in the fat body during larval-pupal development
and spinning period. Antheraea mylitta (Lepidoptera)
b Effect of ultraviolet radiation on development. Philosamia ricini (Lepidoptera)
PANG Yan-bin; Prof. - Shanghai Pedag. Univ., SHANGHAI 200062, People's Rep. of China
a Ultrastructure and cytochemistry of the macronuclear reorganization phenomenon during
asexual reproduction, and its relation to the physiological state. Stylonychia mytilus, Euplotes
curystomus (Ciliata)
b Structural and functional relationship between macro-micronuclei, and theii changes during
asexual reproduction. Stentor coeruleus, S. polymorphus (Ciliata)
c Relationship of cytoplasmic differentiation and regulation of physiological functions in dorsi-
conjugants. Stylonychia mytilus (Ciliata)
d Experiments on nuclco-cytoplasmic relationship after cytoplasmic exchange between distantly
related species. Stentor coeruleus, Spirostomum ambiguum, Paramecium bursaria (Ciliata)
e Ultrastructure and cytochemistry of macronuclear regulation in dorsi-conjugants. Same species
as c
f Differentiation and dcdifferentiation of nuclear apparatus during encystment and excystment,
their relation with cytoplasmic changes (cytochemistry, ultrastructure). Same species as c
g' Why and how the surplus macronuclei of daughter cells, produced by translocation of macronuclei
during asexual reproduction, lose their functions. Same species as c
PANT (AIYAR), Ms. R.; Ph.D. - Dept. of Biochem., Fac. of Sci., Allahabad Univ., ALLAHABAD
211002, India
a Lipid metabolism. Silk worms (Lepidoptera)
b I'ree amino acids, transaminases, nucleoproteins, proteins, and proteolytic enzymes in the sUk
gland during development. Antheraea myhtta (Lepidoptera) (with S. D. SINGH)
c Effect of photoperiod during development on several enzymes and metabolites. Same species as
b (with many coworkers)
d Variation studies in several enzymes and metabohtes during development from embryo through
adult. Philosamia ricini, Attacus alata, Antheraea mylitta (Lepidoptera) (with many coworkers)
e Development of silk glands during fifth instar. Same species as d
f Effect of UV and X irradiation on larvae. Philosamia ricini (Lepidoptera) (with B. G. UNNI)
g Nutrition studies. Same species as f (with S. K. GUPTA)
PAPACONSTANTINOU, J.; Ph.D. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE,
TN 37830, USA
PAPPANO, A. J.; Ph.D., Assoc. Prof. - Dept. of Pharmacol., Health Ctr., Univ. of Connecticut,
FARMINGTON, CT 06032, USA
a Morphological development of autonomic heart innervation (fluorescent histochemical method
of I-'alck for identification of adrenergic nerves); ultrastructure of choHnergic and adrenergic
innervation of the sinoatrial pacemaker (transmission electron microscopy); functional devel-
opment of autonomic neuroeffcctor transmission (electrophysiologic and pharmacologic meth-
ods). GaUus domesticus (Aves)
b Change in ion current responsible for excitation in the embryonic heart electrophysiology (inhib-
itors of ion current flow). Same species as a
70
PARIVAR, K.; Ph.D. - Biol. Dept., Sch. of Sci., Ferdowsi Univ., MASHHAD, Iran
a Biology of reproduction. Melanopsis praemorsa (Gastropoda)
b Comparative study on the role of steroidogenesis in Sertoli cells. Rattus spec, Cavia porcellus
(Rodentia), Homo sapiens (Primates)
PARK, K. E.: D.Agr. - Dept. of Sericult., Coll. of Agric, Seoul Natl. Univ., SUWEON, South Korea
a Diapause substance analysis by means of tissue culture. Bombyx mori (Lepidoptera)
PARKENING, T. A.: Ph.D. - Dept. of Anat., Med. Branch, Univ. of Texas, GALVESTON, TX 77550,
USA
PARSHAD, V. R.; Dr. - Dept. of Zool., Punjab Agric. Univ., LUDHIANA, Punjab, India
a Morphology, histochemistry and biochemistry of oocyte growth and embryology (Acanthoce-
phala) (with S. S. GURAYA)
b Morphology, histochemistry, biochemistry and physiology of gametogenesis and early embryol-
ogy. (Platyhelminthes) (with S. S. GURAYA)
PAYNTON, Ms. B. V.; B.Sc. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADEL-
PHIA, PA 19107. USA
a Alterations in glycosaniinoglycan metabolism during chondrogenesis in fetuses from mothers
administered 9-methyl-pteroyl glutamic acid (folate antagonist) in vivo and in vitro. Rattus
norvegicus (Rodentia)
PEARCE, Th. L.; Ph.D., Assoc. Prof. - Dept. of Biol., John Carroll Univ., University Heights, CLE-
VELAND, OH 44118, USA
a Effects of inhibitors of mitosis (e.g. colcemid) and DNA synthesis (e.g. 5-bromodeoxyundme)
on the appearance of crystallins in the lens placode (immunofluorescence and peroxidase-la-
belled antibodies). Gallus domesticus (Aves)
PELLEG A : Ph.D. - Dept. of Physiol., Sch. of Med., Univ. of Virginia, CHARLOTTESVILLE,
VA 22903, USA
a Electrophysiology and biochemistry of cultured heart cells and developing hearts. Gallus domes-
ticus (Aves), Rattus spec, Cavia porceUus (Rodentia)
PENER, M. P.; Ph.D., Prof. - Dept. of Zool., Hebrew Univ., JERUSALEM, Israel
a Hormonal effects on oocyte development and egg-laying. Various spp. (Acrididae, Orthoptera)
b Effects and mode of action of "anti-juvenile hormones" on metamorphosis and reproduction.
Locusta migratoria, Schistocerca amcricana gregaria (Orthoptera)
PENNYPACKER, J. P.; Ph.D. - Natl. Inst, of Dent. Res., Bldg. 30, Rm. 414, NatL Inst, of Health,
BETHESDA, MD 20014. USA
PERKINS, D. L.; Ph.D. - Dept. of Zool., Univ. of Oklahoma, 730 Van Vliet Oval, NORMAN,
OK 73069, USA
a Effects of ionic ratios and osmotic concentrations on ameba-to-flagellate transtormation. Nae-
gleria gruberi (RJiizopoda)
PERSAUD, T. V. N.; M.D., Ph.D., Prof. - Teratol. Res. Lab., Dept. of Anat., Univ. of Manitoba,
730 William Ave., WINNIPEG, Man. R3E 0W3, Canada
a Teratological studies with prostaglandins and inhibitors of prostaglandin synthesis; involve-
ment of prostaglandins in developmental processes. Gallus spec (Aves), Mus musculus, Rattus
spec. (Rodentia), Oryctolagus cuniculus (Lagomorpha)
b Ontogenetic pattern of enzymes in normal and abnormal development (histochemistry, bio-
chemistry). Rattus norvegicus (Rodentia)
c Use of the embryo in vitro for embryological and teratological studies. Mus musculus, Rattus
norvegicus (Rodentia)
d Drug interactions during pregnancy: maternal and fetal toxicity. Same species as c
PETERS, A.; Ph.D., Prof. - Dept. of Anat., Boston Univ., 80 E. Concord St., BOSTON, MA 02118,
USA
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
PETERSON, R. C; Pli.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University
Parkway, BALTIMORE, MD 21210, USA
a Isolation and characterization of genes coding for somatic type 5S RNA. Xenopus laevis (Anura)
b Proteins and other factors which allow specific expression of either the oocyte or somatic genes
for 5S RNA. Same species as a
PETERSON, R. L.; Ph.D., Assoc. Prof. - Dept. of Bot. and Genet., Univ. of Guelph, GUELPH,
Ont. NIG 2W1, Canada
a Ontogeny and factors controlling initiation and outgrowth of buds on roots. Hieracium floren-
tinum (Compositae)
b Nutritional factors controlling the initiation of transfer cells adjacent to xylem and phloem at
base of lateral roots. Same species as a
c Structure and development of root cap. Isoetes spec, Selaginella spec. (Lycopodiophyta), Ephe-
dra spec. (Ephedraceae)
d Ontogeny and structure of stomatal guard cells. Ophioglossum petiolatum (FiUces)
PEUSNER, Ms. K. D.; Ph.D. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADEL-
PHIA, PA 19107, USA
a Ultrastructural changes preceding and during synaptic development of the axosomatic "spoon
endings" in the tangential nucleus, a part of the lateral vestibular complex. Gallus gallus (Aves)
PHILLIPS D M.; Ph.D. - Biomed. Div., The Popul. Council, Rockefeller Univ., York Ave. and 66th
St., NEW YORK. NY 10021, USA.
71
PHILLIPS, H. M.; Ph.D., Assoc. Prof. - Dept. of Anat., Wayne State Univ., 540 E. Canfield, DETROIT,
MI 48201, USA
a Morphogenetic torces controlling germ-layer migrations durmg gastrulation. Rana pipiens (Anura)
b Biophysics of early hmb bud formation. Gallus domesticus (Aves)
PIATIGORSKY, J.; Ph.D. - Lab. of Molec. Genet., Natl. Inst, of Child Health and Human Developm.,
Natl. Insi. of Health, Bldg. 6, Rm 333, BETHESDA, MD 20014, USA
a Lens development: 1. protein synthesis; 2. synthesis and metabolism of RNA. Gallus domesticus
(Aves)
PIDDINGTON, R. L.; Ph.D., Assoc. Prof. - Dept. of Histol. and Embryol., Sch. of Dent. Med., Univ.
of Pennsylvania, PHILADELPHIA, PA 19174, USA
a Correlation of glutamyl transferase development with specific structural, biochemical, and
physiological events during functional maturation of embryonic brain. Gallus domesticus (Aves)
PIENKOWSKI, M. M.; M.D., Ph.D., Assoc. Prof. - Dept. of Anat., Michigan State Univ., A519 East
Fee Hall, EAST LANSING, MI 48824, USA
PIERRO, L. J.; Ph.D., Prof. - Dept. of Anim. Genet., Storrs Agric. Exper. Station, Univ. of Connecti-
cut, STORRS, CT 06268, USA
a Teratogenic effects of cadmium and glycoalkaloids, Gallus domesticus (Aves), Mus musculus
(Rodentia)
b Abnormal eye development, corneal opacity, microphthalmia, cataracts. Mus musculus (Rodentia)
c Developmental genetics of muscular dystrophy, perocephaly, rumplessness, creeper. Gallus
domesticus (Aves)
PIKO L.; Ing. Agr., D.V.M. - Devi. Biol. Lab., Vet Administr. Hosp., SEPULVEDA, CA 91343,
USA
also: Div. of Biol., Calif. Inst, of Technol., PASADENA, CA 91125, USA
Pilar, G. R.; M.D., Prof. - Physiol. Sect., Biol. Sci. Group, Univ. of Connecticut, STORRS,
CT 06268, USA
a Formation and function of synapses, and ceil death in ganglia. (Aves)
PIPA, R. L.;Ph.D., Prof. - Div. of Entomol., Univ. of California, BERKELEY, CA 94720, USA
a Nature of endocrme interactions during metamorphosis. Galleria mellonella (Lepidoptera),
Periplaneta americana (Blattodea)
b Histology and ultrastructure of neuroendocrine pathways that regulate metamorphosis. Peri-
planeta americana (Blattodea)
PIPERBERG, J. B.; Ph.D. - Dept. of Retina Res., Eye Res. Inst, of Retina Found., 20 Staniford St.,
BOSTON, MA 021 14, USA
a Cytoplasmic receptor molecules of the embryonic neural retina and their nuclear binding. Gallus
g. domesticus (Aves)
b Induction of glutamyitransferase in the embryonic neural retina by Cortisol. Same species as a
PITOT, H. C; M.D., Ph.D. - McArdle Lab. for Cane. Res., Univ. of Wisconsin, 450 N. Randall Ave.,
MADISON, WI 53706, USA
a RNA template stabilization in differentiation and neoplasia. (Eukaryotes)
PIZZARELLO, D. J.; Ph.D., Prof. - Dept. of Radiol., Med. Ctr., New York Univ., 550 First Ave.,
NEW YORK, NY 10016, USA
a Effect of ultrasound on fetal tissue, Rattus spec. (Rodentia) and on transplantable tumour
POCCIA, D. L.; Ph.D. - Dept. of Biol., State Univ. of New York, STONY BROOK, NY 11794, USA
a Interrelationships of female pronuclear chromosome cycle (turned on with NH3-buffers) and
male pronuclear chromosome cycle (turned on by fertilization), and receptivity of these nuclei
to mitotic signals. Strongylocentrotus purpuratus, Lytechinus pictus (Echinoidea)
b Factors present in ceniriole containing fractions from sea urchin inducing mitotic spindles and
parthenogenesis in Xenopus. Lytechinus pictus (Echinoidea), Xenopus laevis (Anura)
POIRIER, G. R.; Ph.D. - Dept. of Biol., Univ. of Alabama, Univ. Stat., BIRMINGHAM, AL 35294,
USA
POLLACK, !•:. D.; Ph.D. - Illinois Inst, for Developm. Disabilities, 1640 W. Roosevelt Rd., CHICAGO,
IL 60608, USA
a Morphogenetic interactions between tissues of the spinal reflex arc as they relate to the elongation,
brandling and direction of growing nerve fibers studied in tissue culture of spinal cord, sensory
ganglia and limb tissue. Rana pipiens (Anura)
b Effect of thyroid hormones studied on cell size and number of lateral motor column and on
mitotic activity in the spinal cord ventricular zone of hypophyscctomized larvae. Same species
as a
c Effect of limbs transplanted between diploid and triploid larvae on the formation of the lateral
motor columns is being studied to determine types of alterations in neuronal parameters as a
compensatory response to changes in genetic complement as they affect center-periphery inter-
actions. Same species as a
POLLARD, D. R.; Ph.D. - Health Prot. Branch, Health and Welfare Canada, RM 12A EC DC
Tunncy's Pasture, OTTAWA, Ont. Kl A 0L2, Canada
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
POLLOCK, Ms. C; M.Sc. - Dept. of Zool., Univ. of Brit. Columbia, VANCOUVER, B.C. V6T, 1W5,
Canada
a I'ood vacuole formation, membrane subunit cycluig, developmental genetics. Paramecium aurelia
(CUiata)
72
POOL, T. B.; Ph.D. - Dept. of Anat., Health Sci. Ctr., Univ. of Texas, 7703 Floyd Curl Drive, SAN
ANTONIO, TX 78284, USA
a The role of intracellular water and elements (Na, K, CI, Mg, etc.) in the regulation of cell prolifera-
tion in early development (X-ray microtome analysis of frozen tissues). (Amphibia), Callus
domesticus (Aves)
PORZIG, Ms. E. F.; Ph.D. - Sect. Exp. Embryol., Lab. of Vision Res., Natl. Eye Inst., Natl. Inst, of
Health, BETHESDA. MD 20014, USA
a Development of the conjunctival papillae and scleral ossicles. Callus domesticus (Aves)
b Calactosyltransferase activity in the neural retina during development (cell surface, cellular
recognition, cell adhesion). Same species as a
POSTLETHWAIT, J. H.; Ph.D. - Dept. of Biol., Univ. of Oregon, EUCENE, OR 97403, USA
a Mechanism of action of homoeotic mutants. Drosophila melanogaster (Diptera)
b Hcritability of sex determination. Same species as a
c Hormonal and genetic control of oogenesis. Same species as a
d Hormonal regulation of acid phosphatase activity. Same species as a
POTTER, Ms. S. W.; Ph.D. - Dept. of Zool., Oregon State Univ., CORVALLIS, OR 97330, USA
a Cell interactions during blastocyst implantation in vitro. Mus musculus (Rodentia)
POULSON, D. F.; Ph.D., Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, CT
06520, USA
POURANY, Ms. A.; M.Sc. - Dept. of Anat., Jawaharlal Inst, of Postgrad. Med. Educ. and Res.,
PONDlCHERRY-605006, India
a Histogenesis and morphometry of endocrine pancreas. Homo sapiens (Primates)
PRAHLAD, K. V.; Ph.D., Prof. - Dept. of Biol. Sci., Northern Illinois Univ., DeKALB, IL 60115,
USA
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), Callus domesticus (Aves)
PRASAD, M. R. N.; Ph.D., Prof. - Dept. of Zool., Univ. of Delhi, DELHI 110007, India
PRASAD, T. K. - Dept. of Biosci., Sardar Patel Univ., VALLABH VIDYANAGAR 388120, Cujarat,
India
a Physio-anatomical studies in shoot buds. Clerodendrum merme, C. splendens, C. infortunatum
(Verbenaceae), Quisqualis indicus (Combretaceae), Murraya koenigii (Rutaceae) and other Dico-
tyledonae
PRATT R M ; Ph.D. - Craniofac. Devi. Sect., Lab. of Developm. Biol, and Anomalies, Natl. Inst.
of bent. Res.. N.I.H., Bldg. 30, Rm 405, BETHESDA, MD 20014, USA
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 enzymes, DNA and RNA synthesis,
acid mucopolysaccharide and glycoprotein synthesis, collagen synthesis, the role of cyclic AMP
and epidermal growth factor (EGF). (Rodentia)
c Effects of agents producing cleft palate in vivo on growth, DNA, protein synthesis, etc. of palatal
mesenchyme cells in vitro. (Rodentia)
d Growth, steroid and cyclic nucleotide binding proteins, susceptibility to glucocorticoids of
palatal cells from strains with different response to cortisone. Mus musculus (Rodentia)
e Migration of cranial neural crest cells: nature and origin of extracellular matrix; biochemistry of
crest cells cultured in vitro; biochemical factors that may control differentiation. (Rodentia)
PR AY, T. R.; Ph.D., Prof. - Dept. of Biol. Sci., Univ. of S. California, University Park, LOS ANGELES,
CA 90007, USA
PRITCHARD, E. T.; Ph.D., Prof. - Dept. of Oral Biol., Fac. of Dent., Univ. of Manitoba, WINNIPEG,
Man, R3E 0W3, Canada
a Arylesterases and their relation to secretion in growing salivary gland. Rattus spec. (Rodentia)
b Relation of sulfoUpid metabolism to age and secretory stimuh in salivary gland. Same species as
a
PRZYBYLSKl. R. J.; Ph.D., Assoc. Prof. - Dept. of Anat., Developm. BioL Ctr., Case Western Reserve
Univ., 2119 Abington Rd., CLEVELAND, OH 44106, USA
a Cell surface proteins-glycoproteins during skeletal myogenesis in culture. Callus spec. (Aves)
b Ontogeny of insulin binding and biological effects during skeletal myogenesis. Same species as a
c Mechanism of myoblast fusion and effects of heterokaryon formation. Same species as a
d Cardiac hypertrophy in embryos produced by hypothermia. Same species as a
e Localization of myosin genes on the chromosome by in situ hybridization. Same species as a
PUCCIARELLI, H. M.; D. Sci. Nat. - Lab. de Invest. Morfol., Cat. Ilia de Anat., Univ. Nac. de La
Plata, 60 y 120, 1900 LA PLATA, Argentina
a Magnitude of cranial shape and size differences between sexes and between strains (Wistar and
Holtzman); time at which the differences become significant (craniometry, 8-120 days post-
natal). Rattus norvegicus (Rodentia)
b Delay in craniofacial development due to feeding of carential diets from weaning to puberty
(21, 40, 60 days), and influence of sex on the response to that nutritional stress (control diet
"ad-libitum"; control diet in restricted amount; low protein diet "ad-libitum"). Same species as a
PUGIN, E.; Prof. - Inst, de Embriol., Univ. Austral de Chile, Casilla no. 567, VALDIVIA, Chile
a Process of morphophysiological adaptation in development. Chilean species (Anura)
b Ultrastructure of spermatozoa. Cliilean spp. (Anura)
c Heterospecific recombinations of ocular structures between Callus domesticus (Aves) and Rattus
spec. (Rodentia)
73
PURKO, J.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of W. Ontario, LONDON, Ont. N6A 5B7,
Canada
QUATRANO, R. S.; Ph.D., Assoc. Prof. - Dept. of Bot. and Plant Pathol., Oregon State Univ., COR-
VALL1S,0R 97331, USA
a Control of storage protein synthesis during early embryogenesis. (Gramineae; Papilionaceae)
b Biochemistry and ultrastructure of polarity induction, cell wall formation and cellular dif-
ferentiation in embryos. Fucus distichus, F. vesiculosus (Phaeophyceae)
QUEVEDO, W. C, Jr.; Ph.D., Prof. - Div. of Biol, and Med. Sci., Brown Univ., PROVIDENCE,
RI 02912, USA
a Genetic regulation and developmental variations of tyrosinase in melanocytes. Mus musculus
(Rodentia)
b Genetic regulation of melanosome synthesis in melanocytes. Same species as a
QUINN, P.; Ph.D. - Dept. of Biol. Sci., Univ. of Newcastle, NEWCASTLE, N.S.W. 2308, Australia
QUIROS, Ms. M. C; Ph.D. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, 4000 TUCUMAN,
Argentina
a Sperm maturation: epididymal activity, Cavia porcellus, Rattus norvegicus (Rodentia)
b Thyroid gland and epididymal function. Rattus norvegicus (Rodentia)
RADHA, Ms. R.; M.Sc. Dept. of Anat., Jawaharlal Inst, of Postgrad. Med. Educ. and Res., PONDI-
CHERRY 605006, India
a Effect of pyridoxine (vitamin B6) and bromocriptine on the hypothalamo-hypophysio-gonadal
axis. Rattus norvegicus (Rodentia)
RADHAKRISHNAN, N.; M.Sc. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA
390002, India
a Tail regeneration in the adult. Mabuya carinata (LacertUia)
RADICE, G. P.; B.A. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, CT 06520, USA
RAE, P. M. M.; Ph.D. - Dept. of BioL, Kline Biol. Tower, Yale Univ., NEW HAVEN, CT 06520,
USA
RAFF, R. A.; Ph.D., Prof. - Dept. of Zool., Indiana Univ., Jordan Hall 224, BLOOMINGTON, IN
47401, USA
a Molecular biology of early development
b Stored informational systems in eggs
RAFFERTY, K. A., Jr.; Ph.D., Prof. - Dept. of Anat., Univ. of Illinois, P.O. Box 6998, CHICAGO,
IL 60680, USA
a Longevity and preservation of differentiated function in cultured cells. (Primates and other
Mammalia)
RAGEH, Ms. M. A. E.; B.Sc. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey,
ALEXANDRIA, Egypt
a Effect of soya beans on development of thyroid glands and small intestine. Bufo regularis (Anura)
(with M. 1. MICHAEL)
RAMACHANDRAN, A. V.; M.Sc. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA
390002, India
a Tail regeneration in the adult. Mabuya carinata (LacertUia)
RAMUS, J. S.; Ph.D., Assoc. Prof. - Dept. of Biol., Yale Univ., NEW HAVEN, CT 06520, USA
RANGA RAO, K.; Ph.D., Prof. - Fac. of BioL, Univ. of W. Florida, PENSACOLA, FL 32504, USA
a The responses of chromatophores of zoea, megalopa and adult to purified chromatophoro-
tropins. Uca pugilator (Decapoda, Crustacea)
b Control of pigmentation in regenerating appendages. Uca pugilator, Cambarellus shufeldti (Deca-
poda, Crustacea)
c Comparative study of the effects of various ecdysones on regeneration of appendages. Uca
pugilator, U. minax, Clibanarius vittatus (Decapoda, Crustacea)
d Pathological changes induced by chlorophenols and other environmental contaminants in the
developing limb bud. Palaemonetes pugio. Uca pugilator (Decapoda, Crustacea)
RAO, K. S.; M.Sc. - Dept. of Biosci., Sardar Patel Univ., VALLABH VIDYANAGAR 388120, Gujarat,
India
a Seasonal activity in the cambium. Tectona grandis, GmeUna arborea (Verbenaceae), Acacia
nilotica (Mimosaccae), Bauhinia purpurea (Caesalpmiaceae), Melia azedarch (Meliaceae), Mangi-
fera indica (Anacardiaceae), Kigelia pinnata (Bignoniaceae), Terminaha catappa (Combretaceae),
Haloptelea integrifolia (Ulmaceae), Pterospermum acerifolium (StercuUaceae)
RAO, K. v.; Ph.D. - Dept. of Zool., Univ. of Delhi, DELHI 1 10007, India
RAPPAPORT, R., Jr.; Ph.D., Prof. - Dept. of Biol. Sci., Union CoU., SCHENECTADY, NY 12308,
USA
a Experiments on the mechanisms of cell divisions. Amoeba proteus (Rhizopoda), Echinarachnius
parma, Strongyloccntrotus purpuratus, S. droebachiensis (Echinoidea)
RAPPORT, Ms. E. W.; Ph.D. - Ramsay Wright Zool. Labs., Dept. of Zool., Univ. of Toronto, 25
Harbord St., TORONTO, M5S 1 A 1 , Ont., Canada
a Morphological abnormalities in the eversion of imaginal structures caused by feeding glucosamine
or hydroxyprolinc: genetic, cellular, and biochemical differences in the responses of susceptible
and non-susceptible strains. Drosophila mclanogaster (Diptcra)
RASCH, Ms. E. M.; Ph.D., Prof. - Lab. of Cell. Biophys., CoU. of Med., East Tennessee State Univ.,
Box 23320A, JOHNSON CITY, TN 37601, USA
a Meiotic mechanisms, polyploidy, and evolution in diploids and triploids. PoecUia spec. (Teleostei)
b Quantitative aspects of nuclear cytology. (Insccta)
74
RASTL Ms E.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 1 15 W. University Parkway,
BALTIMORE, MD 21210, USA
a Mapping of mitochondrial RNA on the mitochondrial genome. Xenopus laevis (Anura)
RASWEILER, J. J., IV; Ph.D. - Dept. of Anat., Cornell Univ. Med. Coll., 1 300 York Ave., NEW YORK,
NY 10021, USA
a Comparative morphology of the early embryo and associated changes in the female reproductive
tract, through the time of ovum implantation (Hght, transmission and scanning electron micros-
copy). Glossophaga soricina, Noctiho albiventris, Carollia perspicillata, Desmodus rotundus,
Peropteryx kappleri (Chiroptera)
b Maintenance and breeding in the laboratory. (Chiroptera)
RAWDON B. B.; Ph.D. - Dept. of Anat., Med. Sch., Univ. of the Witwatersrand, Hospital St.,
JOHANNESBURG 2001, S. Africa
a Origin of the endocrine cells of the gastro-intestinal tract. Callus domesticus (Aves) (with
A. ANDREW and B. KRAMER)
b Occurrence of somatostatin- and avian pancreatic polypeptide in the same or in different cell
types of the pancreas around hatching (immunochcmistry). Same species as a (with A. ANDREW)
RAWLES (SPURBECK), Ms. M. E.; Ph.D. - 4000 N. Qiarles St., BALTIMORE, MD 21218, USA
RAY, A. K.; Dr. - Zool. Dept., State CoU., DARJEELING 734101, India
a Oogenesis and early development. Bufo himalayanus (Anura)
b Normal table. Rhacophorus maculatus (Anura)
REAMS, W. M., Jr.; Ph.D., Prof. - Dept. of Biol., Univ. of Richmond, RICHMOND, VA 23173, USA
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.; D.D.S., Ph.D., Assoc. Prof. - Oral Pathol. Res. Lab., Vet. Adm. Hosp., Rm A 940,
Bldg. 1, 1055 Clermont St., DENVER, CO 80220, USA
a Parotid gland: ductal and myoepithelial differentiation (light and electron microscopy); cell types
involved in proUferation (electron microscopy, radioautography); effects of dietary and hormonal
changes on developmental pace (biochemical assay of exocrine enzymes, protein and hormones,
light and electron 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
c Sublingual gland: prenatal development of ducts, acini and myoepithelium; perinatal maturation
of these elements (light and electron microscopy, histochemistry of specimens from both in vitro
and in vivo situations). Same species as a
REEDER, R. H.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Park-
way, BALTIMORE, MD 21210, USA
a Isolation of ampUficd nucleoh from oocytes and characterization of the chromatin structure of
transcriptionally active ribosomal genes. Xenopus laevis (Anura)
b Molecular cloning of ribosomal genes; their structure and in vitro transcription. Xenopus laevis,
X. borealis (Anura)
REES, Ms. S.; Ph.D. - Dept. of Physiol., Monash Univ., WeUington Rd., CLAYTON, Vict. 3168,
Austraha
a Experimental neuropathology of degeneration and regeneration in cortex. Rattus norvegicus
(Rodentia)
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 regulafion of RNA synthesis). Xenopus laevis (Anura)
b Structure and function of ribosomal cistrons. Same species as a
c Structure and function of globin genes during in vitro differentiation of Friend erythroleukemia
cells. Mus musculus (Rodentia)
d Nucleosome histone modifications during changes in gene activity
RENFREE, Ms. M. B.;Ph-D. - Environm. and Life Sciences, Murdoch Univ., MURDOCH, W.A. 6153,
Austraha
a Developmental morphology. Macropus eugenii (Marsupiaha)
b Developmental biochemistry of embryo and fetal fluids. (Marsupialia)
c Control of delayed implantation including embryo metabolism and steroidogenesis in the blasto-
cyst and placenta. Macropus eugenii, M. irma, Setonbc brachyurus (Marsupialia)
RENNERT, O. M.; M.D., Prof. - Dept. of Pcdiat., Mol. Biol, and Biochem., and Med., Coll. of Med.,
Univ. of Oklahoma, OKLAHOMA-City, OK 73190, USA
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 nor-
vegicus (Rodentia)
b Isoleucyl-tRNA formation as a controlhng factor in the "tuming-off of fetal hemoglobin" produc-
tion. (Rodentia)
c Identification of species of isopentenyl-tRNA's during embryonic development. Same species as a
d Polyamines and their relationship to cellular prohferation. (MammaUa)
e Significance of copper, zinc and manganese in embryo, fetus and neonate; characterization of
peptide-metal transport carriers. (Mammalia)
RENWICK, A. G. C; M.D., Ph.D. - Dept. of Biochem., Univ. of Auckland, Private Bag, AUCKLAND,
New Zealand
75
a Biosynthesis of 16 alpha- and 16 beta-hydroxydehydroepiandrosterone sulphates by fetal liver.
Homo sapiens (Primates)
b Biosynthesis of estrogens by the placenta. Same species as a
REPORTER, M.; Ph.D. - Charles F. Kettering Res. Lab., 150 E. South College St., YELLOW SPRINGS,
OH 45387, USA
a Physiology of cotyledons during development and in organ culture. Glycine max (Papilionaceae)
RESZELBACH, Ms. R.; Ph.D. - Lab. of Molec. Genet., Natl. Inst, of Child Health and Hum. Devi.,
Natl. Inst, of Health, Bldg 6, Rm 329, BETHESDA, MD 20014, USA
a Composition and synthesis of delta-crystallin during embryonic lens development. Gallus
domesticus (Aves)
REUVENI, O.; Ph.D. - Agric. Res. Org., Volcani Ctr., P.O. Box 6, BET-DAGAN, Israel
see vol. 17 part 1, page 86
REYER, R. W.; Ph.D., Prof. - Dept. of Anat., Med. Center, West Virginia Univ., MORGANTOWN,
WV 26506, USA
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 maculatum (Urodela)
c Ultrastructural changes during lens regeneration from the dorsal iris with species emphasis on the
relation of the basal lamina to the lens capsule and dedifferentiation of iris epithelium. Same
species as a
REYNOLDS, S. R. M.; Ph.D., D.Sc, Prof. (Emer. Univ. of Illinois) - 933 Olde Hickory Rd., LAN-
CASTER, PA 17601, USA
REYNOLDS (KING), Ms. W. A.; Ph.D., Prof. - Dept. of Anat., Univ. of IlUnois, P.O. Box 6998,
CHICAGO, IL 60680, USA
a Fetal and maternal calcium metaboHsm. Macaca mulatta, M. arctoides, M. irus, Homo sapiens
(Primates)
b Toxicity of methylmercury for the fetus and neonate. Same species as a
c Fetal metabolism and composition in diabetic pregnancy. Same species as a
d Effect of aspartate and monosodium glutamate on fetus and neonate. Same species as a
e Isolation and culture of pancreatic beta cells. Same species as a
f Transplantation of pancreatic islets. Same species as a
RICE, J. M.; Ph.D. - Exp. PathoL Branch, Natl. Cane. Inst., N.I.H., Bldg 37, Rm 3A09, BETHESDA,
MD 20014, USA
a Susceptibility of different organ systems to transplacental chemical carcinogens during late
embryonal/early fetal development: modifying roles of metabolism, immune responses, and
nucleic acid repair. Mus musculus, Rattus norvegicus (Rodentia), Erythrocebus patas (Primates)
RICHARDS, Ms. C. M.; Ph.D. - Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR, Ml 48109, USA
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, bUie, 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)
RIFKIND, R. A.; M.D. - Dept. of Human Genet, and Developm., CoU. of Phys. and Surg., Columbia
- Univ., 630 West 168th St., NEW YORK, NY 10032, USA
RIKMENSPOEL, R.; Ph.D., Prof. - Dept. of Biol. Sci., State Univ. of New York, 1400 Washington
Ave., ALBANY, NY 12222, USA
a Control mechanisms of sperm motiUty. Bos taurus (Artiodactyla), Arbacia spec. (Echinoidea)
b Contractile mechanisms in cilia. Opalina spec. (Zoomastigina), Paramecium spec. (Ciliata),
Sabellaria spec, Phragmatopoma spec. (Polychaeta), Mytilus spec. (LameUibranchia)
RISLEY, M. S.; Ph.D. - Dept. of Anat., Med. Coll., Cornell Univ., 1300 York Ave., NEW YORK,
NY 10021, USA
a Characterization of chromatin protein synthesis, modification and replacement, changes in
chromatin structure during spermatogenesis. Xenopus laevis (Anura)
b Examination of proteins: 1) of the nuclear matrix during spermatogenesis and early develop-
ment (blastula-neurula); 2) of the synaptonemal complex in primary spermatocytes. Same
species as a
RIVERA, Ms. E. M.; Ph.D., Prof. - Dept. of Zool., Michigan State Univ., EAST LANSING, MI 48824,
USA
RIZKI, T. M.; Ph.D., Prof. - Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR, MI 48109, USA
a Genetic and developmental aspects of melanotic tumors and cell-mediated defense responses
(electron microscopy). Drosophila melanogaster (Diptcra)
ROBERTS, J. F.; Ph.D., Prof. - Dept. of Zool., North CaroUna State Univ., Box 5577, RALEIGH,
NC 27607, USA
ROBIRTS, L. W.; Ph.D., Prof. - Dept. of Biol. Sci., Univ. of Idaho, MOSCOW, ID 83843, USA
a Pre-pattcrn plicnomenon of localization of enzymatic activity prior to the formation of wound
vessel member. Coleus blumci (Labiatae) (with S. BABA, Kobe, Japan)
b 1-ffect of environment on morphogenesis of vascular elements. Same species as a (with S. BABA,
Japan)
c Developmental physiology of xylogenesis in pith parenchyma explants: differentiation patterns
and hormonal requirements. Lactuca sativa (Compositae)
76
ROBERTSON, H. A.; Ph.D. - Dept. of Reprod. Physiol., Anim. Res. Inst., OTTAWA, Ont. Kl A 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. Callus gallus (Aves)
ROBINSON J. C; M.D., Ph.D. - Lab. of Biomed. Sci., Natl. Inst, of Child Health and Human Deve-
lopm., Natl. Inst, of Health, Bldg 6, Rm 408, BETHESDA, MD 20014, USA
a Pregnancy -associated enzymes in maternal blood plasma. Homo sapiens (Primates)
b Placental enzymes. Same species as a
ROBISON, O. W.; Ph.D., Prof. - Dept. of Anim. Sci., North Carolina State Univ., P.O. Box 5127,
RALEIGH, NC 27607, USA
ROBKIN M.; Ph.D., Assoc. Prof. - Deot. of NucL Engin., Univ. of Washington, 357 Benson BF-10,
SEATTLE, WA 98195, USA
a Effect of environmental pollutants on heart, growth and metaboHsm of somite stage embryos.
Mus musculus, Rattus spec, and other species (Rodentia)
ROCKSTEIN, M.; Ph.D., Prof. ~ Dept. of Physiol, and Biophys., Univ. of Miami, P.O. Box 520875,
Biscayne Annex, MIAMI, FL 33152, USA
no work on developmental biology in progress
RODIER, Ms. P. M.; Ph.D. - Dept. of Anat., Univ. of Virginia, CHARLOTTESVILLE, VA 22901,
USA
a Morphology and behavior of animals with injuries of central nervous system; relation of structure
and function in brain damage syndromes; quantitative methods of assessing damage. Mus musculus
(Rodentia)
b Immediate and long-term changes in cell populations due to injury of central nervous system.
Same species as a
ROLLER, H. R.; Dr. rer. nat., Prof. - Inst, of Devi. Biol., Texas A & M Univ., COLLEGE STATION,
TX 77843, USA
a Juvenile hormone system: evolution and identity; control of biosynthesis in vivo and in vitro;
morphogenetic action. Lepisma saccharina, Thermobia domestica (Thysanura), Periplaneta
americana, Nauphoeta cinerea, Blaberus discoidalis (Blattodea), Zootermopsis spec, Reti-
culitermes flavipes, Kalotermes snyderi (Isoptera), Leptinotarsa decemlineata, Tenebrio molitor
(Coleoptera), Manduca sexta, Hyalophora cecropia, Achroia grisella, Aphomia gularis, Galleria
mellonella (Lepidoptera), Sarcophaga bullata, Musca domestica (Diptera)
b Causal mechanism of pattern formation in the integument: cellular and biochemical aspects.
Manduca sexta, GaUeria mellonella (Lepidoptera), Sarcophaga bullata, Musca domestica (Diptera)
ROMANOFF, A. L.; Ph.D., Prof. (Emer.) - Lab. of Chem. Embryo!., Cornell Univ., c/o 105 Rice Hall,
ITHACA, NY 14853, USA
RON, A.; Ph.D. - Dept. of Anat. and Embryol., Hebrew Univ. - Hadassah Med. Sch., P.O.B. 1172,
JERUSALEM 91000, Israel
a RNA and protein synthesis during sexual reproduction. Tetrahymena pyriformis (Ciliata)
b Cord blood lymphocytes: 1. differential growth response in autologous and calf serum; 2. growth
properties of neonatal and adult peripheral blood. Homo sapiens (Primates)
c Onset of DNA synthesis in mitogen-stimulated lymphocytes of cord blood as compared to
lymphocytes of adult blood. Same species as b
ROOS, T. B.; Ph.D., Prof. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755, USA
a Biochemical and morphological differentiation of the adrenal cortex from the anlage to the func-
tional state (12 to 16 days, stages 19-33)
b Development of pituitary control of endocrine function
c Influence of developing adrenal gland on renal and gonadal differentiation
ROSENBAUM, J. L; Ph.D., Assoc. Prof. - Dept. of Biol., Kline BioL Tower, Yale Univ., NEW HAVEN,
CT 06520, USA
ROSS, L. M.; M.D., Ph.D. - Dept. of Anat., Michigan State Univ., A519 East Free HaU, EAST
LANSING, MI 48824, USA
ROSSOUW, R. J.; M.Med.Sc. - Exp. Embryol. Res. Unit of the M.R.C., Dept. of Anat., Univ. of the
Orange Free State, P.O. Box 339, BLOEMFONTEIN 9300, S. Africa
a Development of facial dermal bones in the absence of underlying cartilage. GaUus domesticus
(Aves)
ROTH, Th. F.; Ph.D. - Dept. of Biol. Sci., Univ. of Maryland, Baltimore County, 5401 Wilkens Ave.,
BALTIMORE, MD 21228, USA
a Electron microscopy, physiology, cellular and molecular aspects of the protein transport sites on
the plasma membrane in oocyte and yolk sac. Culex pipiens, C. fatigans (Diptera), Gallus domes-
ticus (Aves), Rattus norvegicus (Rodentia)
b Virus transmission from mother to oocyte: cell types, sequence and time in development (ferritin-
antivirus conjugates, electron microscopy). Gallus domesticus (Aves)
c Coated vesicle isolation from brain, selective dissociation and reassembly. Sus scrofa domesticus.
Bos taurus (Artiodactyla)
d Phosvitin-lipovitelUn receptor isolation from oocyte plasma membranes. Same species as b
e Characterization of immunoglobulin and receptor in the yolk sac. Same species as b
ROTHMAN, F. G.; Ph.D., Prof. - Div. of BioL and Med., Brown Univ., PROVIDENCE, RI 02912,
USA
a Genetic and biochemical analysis of aggregation, differentiation, and morphogenesis. Dictyo-
stelium discoideum (Acrasiales)
77
ROTSHENKER, S.; M.D. - Dept. of Anat. and Embryol., Hebrew Univ. - Hadassah Med. Sch.,
P.O.Box 1172, JERUSALEM 91000, Israel
a Formation, maintenance and replacement of synapses, specifically mechanisms underlying
induction of sprouting of intact motor neurons and synapse formation. Rana pipiens (Anura)
ROTUNDO, R. L.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Park-
way, BALTIMORE, MD 21210, USA
a Synthesis, secretion, and appearance of membrane bound forms of acetylcholinesterase in cultured
muscle cells; role of innervation in appearance and distribution of molecular forms of this enzyme.
GaUus domesticus (Aves)
ROY, Ms. D. - Dept. of Zool., Sch. of Life Sci., North Eastern HiU Univ., SHILLONG 793003, India
a Ecological and developmental biology. Rana limnocharis (Anura)
RUBEN, L. N.; Ph.D., Prof. - Biol. Dept., Reed College, PORTLAND, OR 97202, USA
a Development and evolution of immune responses with special emphasis on cell cooperation
(immunocytoadhcrence, hapten-carrier immunization, haemagglutination). Triturus viridescens
(Urodela), Xenopus laevis, Rana pipiens (Anura)
RUDDLE, F. H.; Ph.D., Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, CT
06520, USA
RUDERMAN, Ms. J. V.; Ph.D. - Dept. of Anat., Harvard Med. School, 25 Shattuck St., BOSTON,
MA 02115, USA
a Synthesis and utilisation of messenger RNA during oogenesis. Arbacia punctulata, Strongylo-
centrotus purpuratus, Lytechinus pictus (Echinoidea)
b Segregation of maternal messenger RNA and proteins during cleavage, and the onset of differential
gene expression in early blastomeres. Spisula solidissima (LamelUbranchia)
RUDOLPH, A. M.; M.D., Prof. - Cardiovasc. Res. Inst., Univ. of Cahf., 1403 HSE, SAN FRANCISCO,
CA 94143, USA
a Physiology of fetal circulation: developmental changes; responses to stress; effects of pharma-
cologic agents. (MammaUa)
RUGH, R.; Ph.D., Prof. (Emer.) - Bur. of Radiol. Health, Div. of Biol. Effects, F.D.A , 5600 Fisher's
Lane HFX-120, ROCKVILLE, MD 20857, USA
a Microwave radiation effects on the embryo and fetus. (Mammaha)
b Risk to the embryo and fetus of pelvic X-irradiation. (MammaUa)
RUNNER, M. N.; Ph.D., Prof. - Inst, of Devi. BioL, Univ. of Colorado, BOULDER, CO 80302, USA
RUSCH, H. P.; M.D., Prof. - McArdle Lab. for Cane. Res., Univ. of Wisconsin, 450 N. Randall Ave.,
MADISON, WI 53706, USA
a Acidic nucleoproteins in the control of growth and differentiation. Physarum polycephalum
(Myxomycetes)
RUTH, R. F.; Ph.D. - Dept. of Zool., Fac. of Sci., Univ. of Alberta, EDMONTON, Alta. T6G 2E9,
Canada
a Developmental immunology. Coturnix c. japonica (Aves)
b Ontogeny of histoincompatibility. Same species as a
SACHS, H. G.; Ph.D. - Dept. of Anat., Univ. of IlUnois, P.O. Box 6998, CHICAGO, IL 60680, USA
a Development of the normal heart and a genetic cardiomyopathy (biochemistry, calcium dynamics
of intact cell and subcellular fractions, quantitative electron microscopy, electrophysiology).
Callus domesticus (Aves), Mesocricetus auratus (Rodentia)
SACHS, L.; Prof. - Dept. of Genet., Weizmann Inst, of Sci., P.O. Box 26, REHOVOT, Israel
SACHS, T.; Dr. - Dept. of Bot., Hebrew Univ., JERUSALEM, Israel
a Experiments on the exact course of differentiation of vessel pattern. Raphanus sativus (Cruciferae)
b Control of flowering (apex differentiation): plant size, leaf number, distance from root and other
factors. Various spp. (Angiospermae)
SACK,W.O.;D.V.M., Ph.D., Dr. med. vet.. Prof. - Dept. of Anat., New York State Coll. of Vet. Med.,
Cornell Univ., ITHACA, NY 14853, USA
a EstabUshing a comprehensive cmbryological slide collection of domestic and laboratory animals.
Canis familiaris, FeUs catus. Bos taurus, Ovis aries, Rattus rattus, Mus musculus, Cavia porcellus
(Mammalia)
b Developmental morphology: nerve distribution. Equus caballus (Perissodactyla)
SADANA, G. L.; Ph.D. - Dept. of Zool., Punjab Agric. Univ., LUDHIANA, India
a I'jiibryonic development. Pardosa bhatnagari (Araneida, Arachnida)
b Postembryonic development of genital organs. Lycosa chaperi (Araneida, Arachnida)
SADLER, T. W.; Ph.D. - Dept. of Anat., Univ. of Virginia, CHARLOTTESVILLE, VA 22901, USA
a Mechanisms involved in neural tube closure and abnormalities of closure such as spina bifida and
exencephaly. Mus musculus (Rodentia)
b Effects of hypcrinsuhnism and hyperglycemia on organogenesis. Same species as a
SAGAWA, Y.; Ph.D., Prof. - Harold L. Lyon Arboretum and Horticult. Dept., Univ. of Hawaii,
HONOLULU, HI 96822, USA
a Developmental studies of ovule formation. (Orchidaceae)
b Developmental studies of apical meristem explants. (Orchidaceae and other tropical plants)
c Studies of in vivo growth of pollen tubes. Same species as a
SAHU, A. K. Dept. of Zool., Sch. of Life Sci., North Eastern Hill Univ., SHILLONG 793003,
India
a Population dynamics of larvae. Bufo melanostictus, Rana limnocharis, R. cyanophlyctis (Anura)
b Biochemical studies in relation to developmental stages. Rana alticola (Anura)
78
SAIGA, H.; Dr. - Lab. of Devi. Biol., Mitsubishi-Kasei Inst, of Life Sci., 11 Minami-ooya, Machida,
TOKYO 194, Japan
a Analysis of RNA synthesis by isolated nucleoli of oocytes to define the eleinent(s) involved in
the regulation of ribosonial gene transcription. Xenopus laevis (Anura) (with T. HIGASHINA-
K AG AW A)
SAITO, S.; D.Sc. - Dept. of Biol., Coll. of Gen. Educ, Osaka Univ., Toyonaka, OSAKA, 560 Japan
a Comparative morphology, biochemistry and physiology from the viewpoints of development,
sexuality and morphogenesis. Haematococcus lacustris, Gonium multicoccum, G. quadratum,
G. octonarium, G. pectorale (Volvocales, Chlorophyceae)
SAITOH, M.; Ph.D. - Natl. Inst, of Anim. Industry, CHIBA-shi, 280 Japan
SAKAI, H.; Ph.D., Prof. - Dept. of Biophys. and Biochem., Univ of Tokyo, Hongo, Bunkyo-ku,
TOKYO, 113 Japan
a Cluomosome motion in the isolated mitotic apparatus of the egg. Hemicentrotus pulcherrimus
SALLACh" H. Lt Ph.D., Prof. - Univ. of Wisconsin, MADISON, WI 53706, USA
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 HORIZONTE, M.G., Brazil
SALOMON D S.; Ph.D. - Lab. of Developm. Biol, and Anomalies, Natl. Inst, of Dent. Res., Natl.
Inst, of Health, Bldg. 30, Rm 414, BETHESDA, MD 20014, USA
a Developmental biochemistry; hormonal control of differentiation (general). Mus musculus
(Rodentia)
b Characterization of glucocorticoid receptors in embryonic tissues during development; role of
glucocorticoids in the control of tissue-specific biochemical markers during development. Same
species as a
c Etiology of glucocorticoid-induced clefting of the secondary palate; definition of the molecular
mechanism(s) by which glucocorticoids function as teratogens during development; biologic
effects of glucocorticoids on the growth of embryonic facial mesenchyme cells in culture. Same
species as a
SALOMON de LEGNAME, Ms. H.; Dr. Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco
461, S. M. de TUCUMAN, Argentina
a Glycolysis and tricarboxyhc acid cycle during early development: regulatory mechanisms. Bufo
arenarum (Anura")
b Endocrine control of metabohsm during oocyte maturation. Same species as a
SAMOLS, D. R.; Ph.D. - Dept. of CeU Biol., Roche Inst, of Molec. BioL, NUTLEY, NJ 07110, USA
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 L. P. GAGE
and R. F. MANNING)
b Characterization of the genome and analysis of DNA containing granules in giant pupal foot pad
cells, Sarcophaga bullata (Diptera)
c Characterization of the rRNA processing sites in rDNA. Same species as a
SANCHEZ, Ms. S. S.; Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Qiacabuco 461, S. M. de
TUCUMAN, Argentina
a Effect of hormones on proteins and nucleic acid synthesis in ovarian tissue and early develop-
ment. Bufo arenarum (Anura)
SANCHEZ RIERA, Ms. A. N.; Biochem. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461,
S. M. de TUCUMAN, Argentina
a Effect of hormones on proteins and nucleic acid synthesis in ovarian tissue and early develop-
ment. Bufo arenarum (Anura)
SANDERS, E. J.; Ph.D., Assoc. Prof. - 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 in culture. Gallus domesticus (Aves)
SANDERS, T. G.; Ph.D. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, USA
a Genetic and molecular structure and function of the Y chromosome during spermatogenesis.
Drosophila melanogaster, D. hydei (Diptera)
b Genetic, behavioral and developmental analysis of chemosensory mutants. Drosophila melano-
gaster (Diptera)
SANDLER, Ms. N.; Ph.D. - Inst, of Life Sci., Hebrew Univ., JERUSALEM, Israel
a Sporulation. Bacillus subtilis (Bacteria)
SANDRA, A.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Parkway,
BALTIMORE, MD 21210, USA
a Clianges in membrane structure and function during myogenesis in vitro. Gallus domesticus
(Aves), Mus musculus, Rattus norvegicus (Rodentia)
SARVELLA, Ms. P. A. f Ph.D. - Plant Physiol. Inst., A.R.S., U.S.D.A., BELTSVILLE, MD 20705,
USA
SASAKI, Ms. F.; Dr. - Dept. of Biol., Sch. of Dent. Med., Tsurumi Univ., 2-1-3 Tsurumi, YOKO-
HAMA, 230 Japan
a Electron cytochemistry and enzymology of the tail muscle during metamorphosis. Hynobius
spec. (Urodela), (Anura)
SASAKI, M.; D.Sc, Prof. - Oiromos. Res. Unit, Hokkaido Univ., N. 10, W. 8, SAPPORO, 060 Japan
a Chromosome studies in early embryogenesis, with special reference to induced and spontaneous
abortions, maldevelopment, and sex ratio. Homo sapiens (Primates)
79
SASAKI, N.; D.Sc. - Embryol. Lab., Dept. of Biol., Kyushu Univ. 33, Hakozaki, FUKUOKA 812,
Japan
a Transformation of primarily activated ectoderm by RNA. Cynops pyrrhogaster (Urodela)
b Reactivity of ectoderm cells in primary induction. Same species as a
c Homoiogenetic induction. Same species as a
SATHANANTHAN, A. H.; Ph.D. - Dept. of Biol. Sci., Lincobi Inst., 625 Svvanston St., CARLTON,
Vic. 3053, Australia
a Morphology, cytochemistry, and ultrastructure of development from second maturation division
(oviposition) to post-gastrula stage. Arion ater rufus, Limax maximus (Gastropoda)
b Cell movements in morphogenesis. Same species as a
c Golgi and yolk formation. Same species as a
SATO, A. G.; Dr.phil. - Dept. of Anat., Hiroshima Univ., Kasumi 1-2-3, HIROSHIMA, 734 Japan
a Development of kidney -specific antigens of microsomal fraction. Gallus domesticus (Aves), Sus
scrofa (Artiodactyla)
SATO, G. H.; Ph.D., Prof. - Ctr. for Devi. Biol. Q-058, Univ. of CaUf., San Diego, LA JOLLA, CA
92093, USA
a Hormone dependent cell cultures. (Mammalia)
SATO, H.; D.Sc. - Sugashima Marine Biol. Lab., Nagoya Univ., Sugashima-cho, TOBA-shi, Mie-ken
517, Japan
a Origin of mitotic spindle birefringence studied in eggs; effect of heavy water on spindle bire-
fringence and structure, dynamic equilibrium theory; molecular association and dissociation to
create enough energy for anaphase chromosome movement. Pisaster ochraceus (Asteroidea),
Mespilia globulus, Temnopleurus toreumaticus (Cchinoidea) (with S. INOUfi and G. ELLIS)
b Distribution pattern of polymerized and non-polymerized tubuUn during the cell cycle of lung
epithelium in vitro (immunofluorescence). Cynops pyrrhogaster, Tylototriton andersoni (Urodela)
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)
SATOH, N.; D.Sc. - Lab. of Devi. Biol., Dept. of Zool., Kyoto Univ., Kitashuakawa-Oiwake-cho,
Sakyo-ku, KYOTO 606, Japan
a Mechanisms of time flow in early development. (Echinodermata; Ascidiacea; Amphibia)
b Comparative embryology. (Porifera; Coelenterata)
SAUNDERS, J. W., Jr.; Ph.D., Prof. - Dept. of Biol. Sci., State Univ. of New York, 1400 Washington
Ave., ALBANY, NY 12222, USA
a Control of outgrowth and regional differentiation of the limb. Gallus domesticus, Coturnix c.
japonica (Aves), Mus musculus (Rodentia)
SAWADA, N.; D. Sc, Prof. - Biol. Inst., Ehime Univ., Bunkyo-cho, MATSUYAMA, 790 Japan
a Mitotic apparatus. (Echinodermata; Echiura)
b Ultrastructural changes in oogenesis and spermatogenesis. (Sipunculoidea; Echiura; Gastro-
poda)
SAWHNEY, V. K.; Ph.D. - Dept. of Biol., Univ. of Saskatchewan, SASKATOON, Sask. S7N OWO,
Canada
a Cell growth in hypocotyls: role of microtubules, wall fibrils, and regulation by gibberellic acid,
colchicine and ethylene. Lactuca sativa (Compositae)
b In vitro growth of lateral buds, regulation by sugars, auxins and kinetin. Tradescantia paludosa
(Commelinaceae)
SAWYER, L. M.; Ph.D. - Dept. of Anim. Genet., Storrs Agric. Exper. Station, Univ. of Connecticut,
STORRS,CT 06268, USA
a Tissue interactions during skin and limb development. Gallus domesticus (Aves)
SCADDING, S. R.; Ph.D. Dept. of Zool., Univ. of Guelph, GUELPH, Ont. NIG 2W1, Canada
a Factors affecting and controUing hmb regeneration: role of nerves, hormones, chalones, effects of
5-bromodeoxyuridine. (Urodela)
b Phylogenic distribution of capacity for and identification of factors correlated with Hmb regene-
ration. (Amphibia)
c Structure and function of oral tentacles. Xenopus laevis (Anura)
SCANDALIOS, J. G.; Ph.D., Prof. - Dept. of Genet., North Carolina State Univ., Box 5487, RALEIGH,
NC 27607, USA
a Differential gene expression at the molecular level. Zea mays (Gramineae), Drosophila melanogaster
(Diptera), Homo sapiens (Primates)
b Regulatory mechanisms controUing the expression of enzyme loci during development of higher
organisms; enzyme polymorphism. Same species as a
c Role of proteinaceous inhibitors in regulation of gene expression
SCHAEFFER, B. E.; Ph.D. - Dept. of Biol., New York Univ., 651 Brown Bldg., Washington Square,
NEW YORK, NY 10003, USA
SCHAEFFER, Ms. H. E.; Ph.D. - Dept. of Biol., New York Univ., 651 Brown Bldg., Washington
Square, NEW YORK, NY 10003, USA
SCHEFFLER, I. E.; Ph.D. - Ctr. for Devi. Biol. B-022, Univ. of Cahf., San Diego, LA JOLLA, CA
92093, USA
a Biochemical differentiation during the cell cycle in vitro. Cricetulus griseus (Rodentia)
b Conditionally lethal mutations in cells in culture. Same species as a
c Respiration-deficient cell mutants. Same species as a
80
SCHELTEMA, R. S.; Ph.D. - Woods Hole Oceanographic Inst., WOODS HOLE, MA 02543, USA
a Pelagic development and the role of settlement responses in establishing the relationship with
coral hosts. Spiiobranchus giganteus, S. spp. (Polychaeta)
b Development of planktonic veliger larvae. North Queensland coastal spp. (Prosobranchia. Gastro-
poda)
c Development of bathyal and abyssal species. Nucula spec. (LamelUbrancliia)
d Long-distance dispersal of pelagic larvae in the warm temperate and tropical Atlantic Ocean,
particularly trans-Atlantic transport. (Decapoda, Crustacea and other Invertebrata)
SCHJEIDE, O. A.; Ph.D., Prof. - Dept. of Biol. Sci., Northern Illinois Univ., DeKALB, IL 60115,
USA
a Biochemical, metaboUc 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 Cahfornia St., OMAHA,
NE 68278, USA
a Development of species comprising the ichthyoplankton of the Missouri River. Dorosoma cepe-
dianum, Aplodinatus grunniens, Carpiodes spec. (Teleostei)
SCHMIDT, A. J.; Ph.D., Prof. - Dept. of Anat., Coll. Health Sci., Rush Univ., CHICAGO, IL 60612,
USA
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
SCHMIDT, R. R.; Ph.D. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADEPHIA, PA
19107, USA
a Biochemical alterations during chondrogenesis in fetuses obtained from mothers administered
9-methylpteroyI glutamic acid (folic acid antagonist): hydroxyproUne studies, AMPS studies,
electron microscopy. (Mammalia)
b In vitro culture of chondroblasts and intact, viable, cartilage models obtained from fetuses of
teratogen treated mothers: collagen synthesis and release into matrix; AMPS production and
release into matrix; isolation of matrix vesicles and biochemical characterization. Rattus spec.
(Rodentia)
c Biochemical developments during normal and abnormal cardiogenesis: sarcoplasmic and con-
tractile protein fractions; collagen and AMPS (in vitro and in ovo radioisotopic studies). (Aves)
SCHNEIDER, G. P. II; Ph.D. - Dept. of Anat., Michigan State Univ., A519 East Fee Hall, EAST
LANSING, MI 48824, USA
SCHNEIDERMAN, H. A.; Ph.D. - Ctr. for Pathobiol., Univ. of Cahfornia, IRVINE, CA 92717,
USA
SCHOENWOLF,G.C.;Ph.D. - Dept. of Anat., Sch. of Med., Univ. of New Mexico, ALBUQUERQUE,
NM 87131, USA
a Formation of neural tube, especially fusion of neural folds and cavitation of tail bud. Gallus
domesticus (Aves), Mus musculus, Rattus norvegicus, Mesocricetus auratus (Rodentia)
b Changes in cellular morphology, arrangement and contact during gastrulation, as related to
specific morphogenetic movements. Salmo gairdneri (Teleostei), Xenopus laevis (Anura)
SCHREIBER, G. t Ph.D., Prof. (Emer.) - Fed. Univ. of Minas Gerais, BELO HORIZONTE, Brazil
SCHROEDER, P. C; Ph.D., Assoc. Prof. - Dept. of Zool., Coll of Sci. and Arts, Washington State
Univ., PULLMAN, WA 99164, USA
a Oocyte-foUicle cell relationships, their relation to the endocrine control of spawning and to
vertebrate ovulation. Patiria miniata (Asteroidea)
b Cellular function in the follicles during ovulation. Oryzias latipes (Teleostei), Hyla regilla (Anura),
Thamnophis elegans (Ophidea), AnoUs carohnensis (Lacertilia)
c Gametogenesis. Typosyllis spp. (Syllidae, Polychaeta)
SCHROIT, A. J.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Park-
way, BALTIMORE, MD 21210, USA
a Application of immunochemical techniques in the study of Upids in synthetic and natural cell
membranes. (Mammalia)
SCHRYVER, H. F.; Ph.D., D.V.M., Assoc. Prof. - Equine Res. Progr., Dept. of Large Anim. Med.,
N.Y. State Vet. CoU., ComeU Univ., ITHACA, NY 14850, USA
SCHUBIGER, G.; Ph.D. - Dept. of Zool., Univ. of Washington, SEATTLE, WA 98195, USA
SCHUETZ, A. W.; Ph.D., Prof. - Dept. of Popul. Dynamics, Sch. of Hyg. and Publ. Health, Johns
Hopkins Univ., 615 N. Wolfe St., BALTIMORE, MD 21205, USA
a Oocyte and foUicular atresia: ion transport, cell membrane function (atomic absorption spectro-
photometry). (Amphibia; Mammaha)
b Testis differentiation and spennatogenesis. (Mammaha)
c Oocyte growth and maturation. (Asteroidea; Amphibia; Mammaha)
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 Mammaha)
g Regulation of oocyte yolk protein (vitellogenin) incorporation (cell culture, hormone effects).
Rana pipiens (Anura)
h Ionic mechanisms in activation and fertihzation (Asteroidea; Amphibia)
SCHULTZ, G. A.; Ph.D. - Div. of Med. Biochem.. Health Sci. Ctr., Univ. of Calgary, CALGARY,
Alta. T2N 1N4. Canada
a Control of gene expression in early development (emphasis on transcription and translation).
Oryctolagus cuniculus (Lagomorpha)
81
SCHWALM, F. E.; Dr.phil.nat., Assoc. Prof. - Dept. of Biol. Sci., Illinois State Univ., NORMAL, IL
61761, USA
a Synthesis, storage and utilization of niorphogenetic 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
SCOTT, Ms. J. N.; Ph.D. - Dept. of Anat., Wright State Univ., DAYTON, OH 45431, USA
SCOTT, M. Y.: Ph.D. - Div. of Biol., Calif. Inst, of Technol., PASADENA, CA 91125, USA
a Functional plasticity of rctinotectal connections following tectal lesions. Carassius auratus
(Teleostei)
SCOTT, Ms. S. A.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Park-
way, BALTIMORE, MD 21210, USA
a Regeneration of identified neurons (electrophysiology, electron microscopy). Hirudo niedici-
nalis (Hirudinca)
SCOTT, T. K.; Ph.D., Prof. - Dept. of Bot., Univ. of North CaroHna, CHAPEL HILL, NC 27514,
USA
a Relation between auxin transport and growth in seedlings as influenced by age and light. Pisum
sativum (Papihonaceae), Zca 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,
USA
SEARLS, R. L.; Ph.D., Prof. - Dept. of Biol., Temple Univ., Broad & Berks St., PHILADELPHIA,
PA 19122, USA
SEDRA, S. N.; Ph.D., Prof. - Dept. of Zool., Fac. of Sci., Alexandria Univ., Moharram Bey,
ALEXANDRIA, Egypt
a Behaviour of egg laying. Rana fusca, Bufo regularis (Anura)
b Experiments on determination of the proximo-distal axis of the developing hind limb. Same
species as a (with M. I. MICHAEL, S. H. KHALIL and A. A. S. HASSONA)
SEECOF, R. L.; Ph.D. - Dept. of Biol., City of Hope Med. Center, 1500 E. Duarte Rd., DUARTE,
CA 91010, USA
§EFTAL10GlU, Ms. A. - Inst, of Histol. and Embryol., Med. Fac, Hacettepe Univ., ANKARA,
Turkey
a Genesis of Clara cell in developing lung. Mus musculus (Rodentia)
b Electron microscopy of developing liver. Same species as a
SEGAL, D.; B.Sc. - Dept. of Genet., Hebrew Univ., JERUSALEM, Israel
SEGAL, S. J.; Ph.D. - Biomed. Div., The PopuL Counc, Rockefeller Univ., York Ave. and 66th St.,
NEW YORK, NY 10021, USA
SEIGER, M. B.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Coll. of Sci. and Engin., Wright State Univ.,
Col. Glenn Highway, DAYTON, OH 45431, USA
a The genetics and development of color and color pattern in the white and blue morphs. Chen
caerulescens (Aves)
b Ontogeny of behavior. Chen caerulescens (Aves), Drosophila pseudoobscura, D. persimilis, D.
miranda, D. loewi, D. frolovae (Diptera)
SEKELES, E.; M.V.M. - Dept. of Anat. and Embryol., Hebrew Univ. - Hadassah Med. School P O B
1 172, JERUSALEM 91000, Israel
SELIGMAN, I. M.; Ph.D. - Inst, of Devi. Biol., Texas A & M Univ., COLLEGE STATION TX 77843
USA
a Hormonal control of growth and development; biochemical ontogeny and regulation of activity
of endocrine glands. Blaberus discoidalis (Orthoptera), Manduca sexta (Lepidoptera)
b F.ndocrinological coordination of developmental processes over the period of eclosion. Sarco-
phaga buUata (Diptera)
SELLENS, M. H.; Ph.D. - Dept. of Cell Biol., Roche Inst, of Molec. Biol., Kingsland St. NUTLEY
NJ 071 10, USA
a Early diffcrentiative events under a variety of in vitro conditions designed to modify the course of
normal development. Mus musculus (Rodentia)
SEMBA, R.; M.D., Ph.D. Dept. of Perinatol., Inst, of Developm. Res., Aichi Pref. Colony, Kamiya-
cho,KASUGAI,Aichi 480 03, Japan
a Epidemiology of cardiovascular anomalies in embryos. Homo sapiens (Primates)
b Effect of cell damage on subsequent growth of other nerve cells in the developing cerebellum.
Rattus norvegicus (Rodentia)
c Development of tongue and larynx. Same species as a (with A. DOLLANDER and C. CHOFFEL
France) '
SERR, D. M.; Prof. Dept. of l-mbryol. and Teratol., Ch. Sheba Med. Ctr., Tel-Aviv Univ TEL
HASHOMER, Israel
a Physio-pathology of cervical mucus in reproductive failure. Homo sapiens (Primates) (with
L. A. NEBIX and J. EICHENBRENNl-R)
b Immune reactivity to placental antigens in gestosis. Same species as a (with L A NEBEL
J. EICHENBRENNi:R,and V.TODER) v . ,
82
SETO, F.; Ph.D. - Dept. of Zool., Univ. of Oklahoma, 730 Van Vleet Oval, Rm. 222, NORMAN,
OK 73069, USA
a Ontogenetic appearance and maturation of the liomograft rejecting and humoral antibody
producing potential in embryos and growing juveniles. Gallus domesticus (Aves)
b Cellular basis of antibody-mediated immunoregulation and T cell-dependent humoral immune
responses. Same species as a
SETOGUTI, T.; Dr.Med., Prof. - 3rd Dept. of Anat., Nagasaki Univ., 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 post-
embryonic development. Periplaneta americana (Blattodea), CaUiphora erythrocephala (Diptera)
b Growth regulation of regeneration. Periplaneta americana (Blattodea)
c Molecular aspects of differentiation, using epidermal cells. CaUiphora erythrocephala, Drosophila
melanogaster (Diptera)
SHAH, R. M.; Ph.D. - Dept. of Oral Biol., Fac. of Dent., Univ. of Brit. Columbia, 2075 Westbrook
Place, VANCOUVER, B.C. V6T, 1W5, Canada
a Comparison of mechanisms in cleft palate formation following administration of different
chemical teratogens (ultrastructure, autoradiography, biochemistry; in vivo and in vitro). Meso-
cricetus auratus (Rodentia)
b Teratological evaluation of cancer chemotherapeutic agents, sedatives and tranquilUzers. Meso-
cricetus auratus, Mus musculus, Rattus norvegicus (Rodentia)
c Normal and abnormal development of craniofacial structures. Homo sapiens (Primates)
SHAH, R. v.; Ph.D., Prof. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA 390002,
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)
SHAPIRO, B. L.; D.D.S., Ph.D., Prof. - Div. of Oral Biol., Sch. of Dent., Univ. of Minnesota,
MINNEAPOLIS, MN 55455, USA
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
(cUnical studies). Homo sapiens (Primates)
SHAPPIRIO, D. G.; Ph.D., Prof. - Div. of Biol. Sci., Univ. of Michigan, ANN ARBOR, MI 48109,
USA
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 ScL, Allahabad Univ., ALLAHABAD 211002,
India
SHARMA, S. C; Ph.D. Dept. of Ophthabnol., New York Med. Coll., Flower and 5th Ave. Hosp.,
NEW YORK, NY 10029, USA
a Development and regeneration of the visual pathways. Xenopus laevis, Rana pipiens (Anura),
Carassius auratus (Teleostei)
b Developmental neurobiology: spinal cord. GaUus domesticus (Aves)
SHAVER, J. R.; Ph.D., Prof. - Dept. of Zool., Michigan State Univ., EAST LANSING, MI 48824,
USA
a Antigenic localization on spermatozoa (electron microscopy, immunofluorescence). Xenopus
laevis (Anura)
b Role of male accessory organs in reproduction. (Amphibia)
SHEFFIELD, J. B.; Ph.D. - Dept. of Biol., Temple Univ., Broad & Berks St., PHILADELPHIA,
PA 19122, USA
a Factors controlling cell association during formation ot the layers of the retina (electron micros-
copy, cell surface labeling, immunology to define cell type differences). Gallus domesticus
(Aves)
b Membrane fonnation (electron microscopy, surface labeling, immunology). Mouse mammary
tumor virus
SHEPARD, T. H.; M.D., Prof. - Centr. Lab. for Human Embryol., Dept. of Pediat., Univ. of Washing-
ton, SEATTLE, WA 98195, USA
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, radioisotopes). Oryc-
tolagus cuniculus (Lagomorpha), Homo sapiens (Primates)
d Effect of teratogens on embryos in vitro. Rattus norvegicus (Rodentia)
e Effect of cytochalasin B and D on closure of the anterior neuropore in vitro. Gallus domesticus
(Aves), Rattus spec. (Rodentia)
SHERER, G K.; Ph.D. - Div. of Rheumatol, and Immunol., Dept. of Med., Med. Univ. of S. Carolina,
171 Ashley Ave., CHARLESTON, SC 29403, USA
a Embryonic development of the liver: acquisition of specialized functions; interdependence of
differentiation and morphogenesis; epithelial-mesenchymal interaction; the role of vascularity
in mesenchymal specificity. GaUus domesticus (Aves)
83
SHERMAN, M. I.; Ph.D. - Dept. of Cell Biol., Roche Inst, of Molec. Biol., NUTLEY, NJ 07110, USA
a Differentiation of early embryos in vivo and in vitro; the role of cell communication during dif-
ferentiation of early embryonic cell types (embryo proper, yolk sac, trophoblast). Mus musculus
(Rodentia)
b Differentiation of teratocarcinoma cells in vivo and in vitro; relations with cells of the early
embryo. Same species as a
SHERMAN, R. G.; Ph.D., Prof. - Dept. of Zool., Miami Univ., OXFORD, OH 45056, USA
a Embryonic development. Homarus americanus (Decapoda, Crustacea)
b Electrophysiology and ultrastructure of developing nerve and muscle systems. Same species as a
SHIMADA, T.; D.Sc. - Dept. of Hyg. and Prevent. Med., Sch. of Med., Yamagata Univ., Zao-Iida,
YAMAGATA, 990-23 Japan
a Role of trace metals in oocyte maturation. Mcsocricetus auratus, Mus musculus (Rodentia)
b Experimental induction of aneuploid embryos. Mcsocricetus auratus, Apodemus speciosus
(Rodentia)
SHIMIZU, T.; M.Sc. - Zool. Inst., Fac. of Sci., Hokkaido Univ., N. 10, W. 8, SAPPORO 060, Japan
a Regional difference of cortical properties and its relation to egg surface contractile activity.
Tubifex hattai (Oligochaeta)
SHINOHARA, T.; Ph.D. - Lab. of Molec. Genet., Natl. Inst, of Child Health and Hum. Devi., Natl.
Inst, of Health, Bldg. 6 Rm 331, BETHESDA, MD 20014, USA
a Delta-crystaUin and delta-crystallin niRNA determination and correlation with lens induction.
Gallus domesticus (Aves)
SHIOKAWA, K.; D.Sc. - Embryol. Lab., Dept. of Biol., Kyushu Univ. 33, Hakozaki, FUKUOKA 812,
Japan
a Regulation of ribosomal and messenger RNA synthesis during embryonic development. Xenopus
laevis (Anura)
b Regulation of RNA synthesis in cultured kidney cells. Same species as a
SHIOMI, T.; Dr., Prof. - Dept. of Genet., Nagasaki Univ., 12-4, Sakamoto-machi, NAGASAKI, 852
Japan
a Radiation genetics (embryo, germ cells). Drosophila melanogaster (Diptera)
SHIRAI, Ms. H.; D.Sc. - Dept. of Devi. Biol., Natl. Inst, for Basic Biol., 38 Nishigonaka, Myodaiji-cho,
OKAZAKI 444, Japan
a Mechanism of spawning. Asterias amurensis, Asterina pectinifera (Asteroidea)
b Electron microscopy of spawning and oocyte maturation. (Asteroidea)
c Biochemical pathway of 1-methyladenine formation in ovary. (Asteroidea)
d Polar body formation. Asterina pectinifera (Asteroidea)
e Sperm capacitation. Same species as d
SHOGER, R. L.; Ph.D., Prof. - Biol. Dept., Carleton Univ., Olin Hall of Sci., NORTHFIELD, MN
55057, USA
a Differentiation of gametes resulting from transplanted primordial germ cells. Gallus domesticus
(Aves)
b Somite morphogenesis. Same species as a
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 central nervous system.
Mus musculus, Rattus norvegicus, Mcsocricetus auratus (Rodentia) (with U. MURAKAMI)
b Developmental genetics of abnormal characters. Same species as a
c In vitro fetal brain cell-aggregation patterns. Rattus norvegicus (Rodentia)
SHOKITA, S.; Aquat. Biol. - Dept. of Marine Sci., Univ. of the Ryukyus, NAHA, Okinawa, 903
Japan
a Laboratory rearing and description of larval stages. Species from Ryukyus and Taiwan, e.g.:
Paratya compressa, Caridina spec. (Atyidae, Decapoda, Crustacea)
b Postcmbryonic stages of species from inland waters. Macrobrachium nipponense, Neocaridina
spec, and others (Decapoda, Crustacea)
SHOOBRIDGE, Ms. E. R.; B.Sc. - Dept. of Surg. (Diagnost. Radiol.), Univ. of Sydney, CAMPER-
DOWN, NSW 2006, Austraha
a Effect of neural crest injury on developing sensory nervous system and limb (quantitative neuro-
logy). Gallus g. domesticus (Aves)
SHOSTAK, S.; Ph.D., Assoc. Prof. - Dept. of Life Sci., Univ. of Pittsburgh, 552 Crawford HaU,
PITTSBURGH, PA 15260, USA
SHUKUYA, R.; M.D., Prof. - Dept. of Biochem., Nippon Med. School, 1-1-5 Sendagi, Bunkyo-
ku, TOKYO 11 3, Japan
a Erythrocyte transition and hemoglobin metabolism during metamorphosis. Rana catcsbeiana
(Anura)
b Phosphoenolpyruvate carboxykinasc and the regulation of gluconeogenesis. Same species as a
SHULOV, A.; D.Sc, Prof. - Dept. of I'ntomol., Hebrew Univ., JERUSALEM, Israel
SHUPE, J. L.; D.V.M., Prof. Dept. of Vet. Sci., Utah State Univ., LOGAN, UT 84322, USA
SILHACEK, D. L.; Ph.D. - Insect Attract., Behav. and Basic Biol. Res. Lab., Agric. Res. Serv., U.S.D.A.,
1 700 S.W. 23rd Drive. P.O. Box 14565. GAINESVILLE, FL 32604, USA
a Mechanisms of hormonal control of energy metabolism during development. Plodia interpunc-
telia (Lepidoptera) or r
b Structural and conformational requirements of molecules with a juvenilizing effect. Same species
as a
SIMMONS, V. P.; M.D. - Dept. of Anat., Jefferson Med. Coll., 1020 Locust St., PHILADELPHIA,
PA 19107, USA
a Development of thymus and its modification by drugs. (Rodentia)
84
SIMOES, I., C. G.; Ph.D. - Dept. de Biol., Inst, de Biocienc, Univ. de Sao Paulo, C.P. 11461, 1000
SAO PAULO, BrazU
a Effect of drugs on development. Trichosia pubescens, Rliynchosciara angeiae (Diptera)
b Effects of caffeine and ionizing radiation on embryonic development. Biomphalaria glabrata
(Gastropoda)
SIMON, M. I.; Ph.D., Prof. - Ctr. for Devi. Biol. B-022, Univ. of California, San Diego, LA JOLLA,
CA 92093, USA
a Nature of membrane receptors and mechanisms of endocy toses; transmembrane signaling; genetic
mechanisms involved in cell differentiation and the regulation of gene expression
SINGER, M.; Ph.D., Prof. Dept. of Anat., Developm. Biol. Ctr., Case Western Resei-ve Univ., 2119
Abington Rd., CLEVELAND, OH 44106, USA
a Regeneration. (Amphibia)
b The neurotrophic control of limb regeneration. Triturus viridescens (Urodela)
SINGER (ALTBEKER), Ms. R.; Ph.D. - Endocrinol. Unit of the Rogoff-Wellcome Med. Research
Inst., Beilinson Hosp., PETAH-TIKVA, Israel
SINGH, Ms. M.; M.Sc. - Dept. of Zool., Univ. of Allaliabad, ALLAHABAD 211002, India
a Postembryonic development of optic lobes and its relation with the brain. Sarcophaga ruficornis
(Diptera)
b Metamorphic changes in brain and nerve cord. Hypsa spec. (Lepidoptera)
SINGH, M. M.; Ph.D. - Centr. Drug. Res. Inst., LUCKNOW, India
a Steroid metabolism in blastocysts in vitro (radiolabelling, thin layer and paper chromatography).
Oryctolagus cuniculus (Lagomorpha)
b Determination of estrogen in preimplantation embryos. Same species as a
c Mechanism of implantation. Meriones unguiculatus (Rodentia)
d Hormonal dependence of zona loss and implantation. Same species as c
SINGH, S.; M.S., Prof. - Dept. of Anat., Inst, of Med. Sci., Banaras Hindu Univ., VARANASI 221005,
India
a Teratological effect of cyclophosphamide on embryonic brain. Gallus domesticus (Aves)
b Teratological effect of chlorpromazine and papain on fetus. Rattus spec. (Rodentia)
c Teratological effect of cyclophosphamide on limb cartilage. Same species as b
d Fetal hemorrhages following amniocentesis. Same species as b
e Effect of catecholamines on developing aortic arches and heart. Same species as a
f Effect of hypervitaminosis A on developing auditory and visual apparatus. Same species as b
g Survey on incidence of congenital malformations in newborns in the Varanasi zone. Homo
sapiens (Primates)
SINGH, S. D.; M.Sc. - Dept. of Biochem., Fac. of Sci., Allahabad Univ., ALLAHABAD 211002, India
a Variation studies in some enzymes (GOT, GPT, phosphatases, phosphorylase, trehalase and
lipase) and metabolites (protein, total free amino acids, nucleic acids, total carbohydrates,
reducing sugars, glycogen, inorganic phosphorus, lactate, pyruvate, cholesterol, glycerol and total
lipid) during embryogenesis, larval-pupal development, intersegmental muscle of diapause pupae,
fifth instar silk gland and adult thoracic muscles. Antheraea mylitta, Philosamia ricini (Lepi-
doptera)
SINGH, Y. N.; Ph.D. - Zool. Dept., Allahabad Univ., ALLAHABAD 211002, India
a Metamorphic changes (especially histochemistry) of brain and nerve cord. Sarcophaga ruficornis,
Chironomus spec. (Diptera), Hypsa spec, Philosamia ricini (Lepidoptera)
b Metamorphic changes in the morphology and secretory activity of neurosecretory cells. Philosamia
ricini (Lepidoptera), Poikilocerus pictus (Orthoptera)
SINGHAS, C. A.; Ph.D. - Dept. of Obstet. and Gynecol., Div. of Reprod. Biol., Med. School, Univ. of
Vhginia, Bo.x 387, CHARLOTTESVILLE, VA 22903, USA
a Role of prolactin and steroid hormones in uterine function. Mus musculus (Rodentia)
SINHA, A. A.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Minnesota, Vet. Adm. Hosp. Bldg. 49,
Rm. 207, MINNEAPOLIS MN 55417. USA
SIRLIN, J. L.; Dr. nat. sci.. Prof. - Dept. of Anat., Med. Coll., Cornell Univ., 1300 York Ave., NEW
YORK, NY 10021, USA
SKALKO, R. G.; Ph.D., Prof. - Dept. of Anat., Coll. of Med., East Tennessee State Univ., Box
19960A, JOHNSON CITY, TN 37601, USA
a Synergetic effects of antimetabolites. Mus musculus (Rodentia)
b Placental transfer of toxic substances. Same species as a
SKINNER, Ms. D. M.; Ph.D., Prof. - Biol. Div., Oak Ridge Natl. Lab., P.O. Box Y, OAK RIDGE, TN
37830, USA
SKINNER, J. D.; Ph.D., Prof. ~ Mammal Res. Inst., Univ. of Pretoria, PRETORIA 0001, S. Africa
SKOOG F • Ph D Prof. - Inst, of Plant Developm. and Dept. of Bot., Univ. of Wisconsin, Birge HaU,
MADISON, WI 53706, USA
SLAVKIN H C • D D.S., Prof. - Lab. Devi. Biol., Dept. of Basic Sci., Div. of Biochem., Sch. of Dent.,
Univ.'of S. California, Gerontol. Ctr., LOS ANGELES, CA 90007, USA
a Epithehal-mesenchymal interactions during odontogenesis (immunological, biochemical and
structural parameters). Mus musculus (Rodentia), Oryctolagus cuniculus (Lagomorpha)
b Glucocorticosteroid-induced congenital craniofacial malformations in A/jax and C57BL/6 strains,
especially major histocompatibility haplotype, maternal liver function and steroid-receptor
interactions. Mus musculus (Rodentia)
SMALLS, Ms. C. M.; M.Sc. - Dept. of Anat., Milton S. Hershey Med. Ctr., Pennsylvania State Univ.,
HERSHEY, PA 17033, USA
a Time at which sensory nerve endings first appear and their development in larynx, oral cavity and
fingertips (light and electron microscopy). Macaca mulatta (Primates)
85
SMIT, A. L.; D.Sc, Prof. - Dept. of Zool., Univ. of Durban-WestvUle, Private Bag X54001, DURBAN
4000, S. Africa
a Developmental morphology and evolution of the columella auris. Caretta caretta (Chelonia)
b Early ontogeny of the visceral skeleton, particularly the composition of, and secondary contri-
butions to, the hyoid arch. (Vertebrata)
SMITH, L. D.; Ph.D., Prof. - Dept. of Biol. Sci., Purdue Univ., WEST LAFAYETTE, IN 47907, USA
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 pipens
(Anura)
SMITH, M. J.; Ph.D. - Dept. of Biol. Sci., Simon Eraser Univ., BURNABY, B.C. V5A 1S6, Canada
a Comparative analysis of transcriptional products in oogenesis and early development; measure-
ment of sequence complexity and homology at various developmental stages of maternal and
embryonic RNA transcripts. Pisaster ochraceous, Dermasterias imbricata (Asteroidea)
SMITH, P. D.; Ph.D., Assoc. Prof. - Dept. of Biol., Emory Univ., ATLANTA, GA 30322, USA
a Genetic control and enzymatic basis of DNA repair and recombination. Drosophila melanogaster
(Diptera)
b DNA polymerase activity during developmental stages. Same species as a
SMUTS, Ms. M. B. S.; Ph.D. - Natl. Inst, of Dent. Res., Natl. Inst, of Health, Bldg. 30, Rm. 406,
BETHESDA, MD 20014, USA
SOH, W. Y.; Ph.D., Assoc. Prof. - Dept. of Biol., Chonnam Natl. Univ., KWANGJU, Chonnam 500,
South Korea
SOHAL, G. S.; Ph.D. - Dept. of Anat., Med. CoU. of Georgia, AUGUSTA, GA 30902, USA
a Cell death and differentiation in the nervous system. Anas platyrhynchos, Gallus domesticus
(Aves)
b Effects of periphery and central connections on the morphogenesis of nuclear centres in the
brain. Same species as a
c Ultrastructure and electrophysiology of the developing trochlear nerve. Anas platyrhynchos
(Aves)
d Development of neuro-muscular relationships, formation of motor endplates and acetylcholine
receptors in extra-ocular muscles. Same species as a
SOLE, D. R.; Ph.D. - Dept. of Zool., Univ. of Iowa, lOWA-City, lA 52242, USA
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 Accumulation and erasure of "morphogenetic information". Same species as a
d Regulation of dimorphism. Candida albicans (Saccharomycetales)
SOLLNER-WEBB, Ms. B.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 1 15 W. University
Parkway, BALTIMORE, MD 21210, USA
a Sequencing the DNA around the initiation site of transcription of 40S ribosomal RNA; the (three)
initiation sites are precisely located on the DNA by virtue of the cappable (polyphosphate) 5'
terminus of this 40 S rRNA. Xenopus laevis (Anura)
b Detailed analysis of chromatin structure as probed by nuclease cutting sites in bulk (inactive)
nucleosomes from erythrocytes. Anas platyrhynchos (Aves)
SOLURSH, M.; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Iowa, lOWA-City, lA 52242, USA
a Differentiation of cultured limb bud and sternal chondrocytes: 1. coregulation of collagen and
chondroitin sulfate synthesis; 2. action and characterization of a conditioned medium factor
produced by cultured chondrocytes; 3. origins of cartilage and muscle precursor cells in the early
limb bud; 4. role of cycUc nucleotides. Gallus domesticus (Aves)
b Characterization, locahzation and determination of the functions of glycosaminoglycans in early
embryos. Gallus domesticus (Aves), Rattus spec. (Rodentia)
c Mechanism of neural tube malformations. Rattus norvegicus (Rodentia)
SOMA, T.; B.Agr.Sc. - Lab. of FertU., Natl. Inst, of Anim. Industry, CHIBA 280, Japan
a Transfer of fertilized eggs by non-surgical techniques. Bos taurus (Artiodactyla)
SOMES, R. G.; Ph.D., Prof. ~ Nutr. Sci. Dept., Storrs Agric. Exper. Station, Univ. of Connecti-
cut, STORRS, CT 06268, USA
a Ear-tuft and associated ear abnormality in tufted Araucana. Gallus gallus (Aves)
b Uropygial gland diestcr and hormone production in a delayed feathering mutant. Same species as
a
c Amino acid transport across erythrocyte membranes. Same species as a
SONOBE, H.; D.Sc. - Dept. of Biol., Konan Univ., Okamoto 8-9-1, Higashinaka-ku, KOBE, 658
Japan
SORENSEN,R. A.;Ph.D. - Dept. of Biol., Gettysburg Coll., GETTYSBURG, PA 17325, USA
a Oocyte growth, differentiation, and maturation; in vitro preimplantation development. Mus
musculus (Rodentia)
b Protein synthesis in early embryo. Oryzias latipes (Teleostei)
SOUPART, P.; M.D., Ph.D., Prof. - Dept. of Obstet. and Gynecol., Sch. of Med., Vanderbilt Univ.,
NASHVILLE, TN 37232, USA
a Cytogenetics of preimplantation stages obtained by culture methods. Homo sapiens (Primates)
b Irceze preservation of preimplantation stages. Homo sapiens and others (Mammalia)
c Cryobiology of semen. Same species as a
86
d Manufacture and cultureof embryos by virus-assisted fusion of oocytes. Mus musculus, Oryctolagus
cuniculus, Felis domestica. Bos taurus, Ovis aries, Sus scrofa domesticus, Macaca mulatta (Mam-
malia)
SPAZIANI, E.; Ph.D., Prof. - Dept. of Zool., Univ. of Iowa, lOWA-City, lA 52242, USA
a Mechanism of ovarian and testicular hormone action on growth and development of reproductive
tissues: uterus, seminal vesicles, prostate. Rattus norvegicus (Rodentia)
b Biosynthesis of growth and differentiating hormone (ecdysone) by the Y-organ; variations ac-
cording to molt cycle. Cancer spec. (Decapoda, Crustacea)
c Hormonal control of calcium transport in oviduct. Callus domesticus (Aves)
SPENCER, A. N.; Ph.D. - Dept. of Zool., Univ. of Alberta, EDMONTON, Alta. T6G 2E9, Canada
a Coupling and electrical excitability of embryonic epithelia. various spp. (Teleostei)
b Developmental physiology of "giant" axonal syncytia in nerve rings (electron microscopy, micro-
electrode recording). Polyorchis penicillatus (Hydrozoa)
SPFRELAKIS, N.; Ph.D., Prof. - Dept. of Physiol., Sch. of Med., Univ. of Virginia, CHARLOTTES-
VILLE, VA 22903, USA
a Membrane properties of myocardial cells and skeletal muscle during embryonic development.
Callus domesticus (Aves), Rattus spec. (Rodentia)
b PJectrophysiology of heart cells and whole hearts cultured in vitro. Same species as a
c Control of membrane properties, e.g., effect of mRNA. Same species as a
d Ultrastructure of cardiac and skeletal muscle at different stages of embryonic and postnatal deve-
lopment. Same species as a, and Cavia porceUus, Mus musculus (Rodentia)
SPERRY, R. W.; Ph.D. - Div. of BioL, Calif. Inst, of Technol., PASADENA, CA 91125, USA
a Development of nerve connections. (Vertebrata)
SPIEGEL, Ms. E. S.; Ph.D., Prof. - Dept. of Biol. Sci., Dartmouth Coll., HANOVER, NH 03755, USA
a Cell adhesion; cell motility; cell reaggregation. Arbacia punctulata, Lytechinus pictus (Echinoidea)
SPIEGEL, M.; Ph.D., Prof. - Dept. of Biol. Sci., Dartmouth CoU., HANOVER, NH 03755, USA
a Cell adhesion; cell reaggregation. Arbacia punctulata, Lytechinus pictus (Echinoidea)
SPIEGELMAN, M.; Ph.D.. "^ Devi. Genet. Lab., Mem. Sloan-Kettering Cane. Ctr., 1275 York Ave.,
NEW YORK, NY 10021, USA
a Fine structure of normal and mutant embryos. Mus musculus (Rodentia)
b Cell surface structures in early embryos. Same species as a
c Developmental potencies of cells of normal and mutant embryos in chimeras and in vitro. Same
species as a
SPIROFF, B. E. N.; Ph.D. - Dept. de Biol., Loyola Univ., 6525 N. Sheridan Rd., CHICAGO, IL 60626.
USA
a Effects of thaUdomide on development. (Aves)
b Function and structure of the epiphysis. (Aves)
c Lymphocytes and epiphysis. (Aves)
SPITZER, N. C; Ph.D. - Ctr. for Devi. Biol. B-022, Univ. of CaUf., San Diego, LA JOLLA, CA 92093,
USA
a Sensitivity to neurotransmitters of primary sensory (Rohan-Beard), and motor neurons in vivo;
and of neurons in vitro, stages 20-50. Xenopus laevis (Anura)
b Hormonal dependence of physiological and anatomical changes involved in cell death during
development. Same species as a
c Effect of blockade of the early calcium action potential on neuronal development in vitro. Same
species as a
d Anatomical and physiological development of identified neurons from identified (DUM) neuro-
blasts of embryos (intracellular recording dye injection, iontophoresis). (Orthoptera)
SPYKER, J. M.; Ph.D. - Dept. of Pharmacol., Univ. of Arkansas for Med. Sci., 4301 West Markham,
LITTLE ROCK, AR 72201, USA
SRIVASTAVA, G. K.; M.Sc. - Dept. of Biochem., Fac. of Sci., Allahabad Univ., ALLAHABAD
211002, India
a Some enzymes (lipase, proteolytic, trehalase, phosphatases, aminotransferases) and metabohtes
(proteins, total free amino acids, lipids, nucleic acids, carbohydrates) in some tissues (midgut,
intestine, malpighian tubules, wing buds) during larval-pupal development. Philosamia ricini,
Antheraea mylitta (Lepidbptera)
b Some enzymes (phosphatases, aminotransferases, hpases) and metabohtes (proteins, amino acids,
lipids and phosphorus) in the imaginal disc of diapausing pupa. Antheraea mylitta (Lepidoptera)
SRIVASTAVA, H. C; M.S., Prof. - Dept. of Anat., Med. Coll., BARODA 390001, India
a Palate closure and production of cleft palate by physostigmine. Rattus spec. (Rodentia)
b Postnatal histochemical changes in the fibre types of skeletal muscle. Same species as a
c Postnatal development of adrenaUne and noradrenaline secreting cells of adrenal medulla. Same
species as a
STAAL, G. B.; Dr., Ir. - Zoecon Corp., 975 Cahfornia Ave., PALO ALTO, CA 94304, USA
a Influence of insect hormones, synthetic analogs, and hormone antagonists on growth, meta-
morphosis, reproduction, and embryogenesis. (Orthoptera; Homoptera;Coleoptera; Lepidoptera;
Diptera)
STANLEY, J. G^; Ph.D., Assoc. Prof. - Dept. of Zool., Univ. of Maine, ORONO, ME 04473, USA
a Induction of artificial gynogenesis and polyploidy. Salmo salar, Salvelinus fontinalis (Teleostei)
STAPLES, R. E.; Ph.D. - NatL Inst, for Environm. Health Sci., N.I.H., P.O. Box 12233, RESEARCH
TRIANGLE PARK, NC 27709, USA
a Development of methods for screening of teratogenic factors. Oryctolagus cuniculus (Lago-
morpha), Mus musculus, Rattus norvegicus, Mesocricetus auratus (Rodentia)
b Effects of combinations of factors (e.g. drug and stress) on development (morphology). (Mam-
maUa)
87
c Developing an environmenial teratology intormation center (ETIC) - collecting extracts from
the world's literature that present data relating to the teratogenic potential of environmental
agents. (Aves, Mammaha)
STARK, R. A.; Ph.D. - Dept. of Anat., Univ. of IlUnois, P.O. 6998, CHICAGO, IL 60680, USA
a Testing of antifertility compounds in an in vitro fertilization system. Mus musculus (Rodentia)
b Developmental capabilities of polyploid zygotes. Same species as a
STAY, Ms. B.; Ph.D., Prof. - Dept. of Zool., Univ. of Iowa, lOWA-City, lA 52242, USA
a Control of brood sac secretion in a viviparous form. Diploptera punctata (Blattodea)
b Control of juvenile hormone synthesis during the reproductive cycle. Same species as a
STEEVES, T. A.; Ph.D. - Dept. of Biol., Univ. of Saskatchewan, SASKATOON, Sask. S7N OWO,
Canada
a Structure and function of shoot apical mensiems. Helianthus annuus (Compositae)
STEFFENSEN, D. M.; Ph.D., Prof. - Dept. of Genet, and Dcvelopm., Univ. of Illinois, 515 Morrill
HaU, URBANA, IL 61801, USA
STEINBERG, M. S.; Ph.D., Prof. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, USA
a Mechanisms of formation of pronephric duct, various spp. (Urodela; Anura)
STEINHARDT, R. A.; Ph.D. - Dept. of Zool., Univ. of California, BERKELEY, CA 94720, USA
a Ionic regulation of metabolism at fertilization; cleavage; pH sensitivity of protein synthesis rate.
Lytechinus pictus (Echinoidea), Xenopus laevis (Anura)
STEPHENS, T. D.; Ph.D. - Centr. Lab. for Human Embryol., Dept. of Pediat., Univ. of Washington,
SEATTLE, WA 98195, USA
a Effect of collagen and proteoglycans in normal and abnormal wing development. Gallus domes-
ticus f Aves)
b Mechanical manipulations of the limb field and surrounding tissue in order to identify tissues and
agents that define this field. Same species as a
STERN, H.: Ph.D., Prof. - Ctr. for Devi. Biol. B-022, Univ. of Calif., San Diego, LA JOLLA, CA
92093, USA
a Meiotic development. Trillium erecium, Lilium longiflorum, Tulipa gesneriana, Vicia faba (Angio-
spermae)
b Meiotic mecnamsms. (Mammalia)
STERN, R.; M.D. - Lab. of Biochem.. Natl. Inst, of Dent. Res., Natl. Inst, of Health, BETHESDA,
MD 20014, USA
STEVENS, L. C; Ph.D. - The Jackson Lab., BAR HARBOR, ME 04609. USA
a Histogenesis of testicular teratoma (strain 129). Mus musculus (Rodentia)
b Developmental genetics. Same species as a
c 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, OH 44242, USA
a Study of control of epidermal chitin biosynthesis for the developing cuticle by chemical assays
and radiotracers. Orconectes sanborni, O. obscurus (Decapoda, Crustacea)
STILES, Ms. Sh. S.; M.Sc. - Biol. Lab., Natl. Mar. Fish. Serv., Northeast Fish. Ctr., 212 Rogers Ave.,
MILFORD, CT 06460, USA
a Cytogenetic studies of irradiation etfects on parthenogenetic eggs and cleavage stages "fertilized"
with genetically damaged sperm. Crassostrea virginica (Lamellibranchia)
b Use ofdoubling and mitotic inhibiting agents (e.g. colchicine) on early stages. (Mollusca;Teleostei)
STOCKDALE, F. E.; M.D., Ph.D., Assoc. Prof. - Dept. of Med., Sch. of Med., Stanford Univ., Rm
S-025, STANFORD, CA 94305, USA
STOCUM, D. L.; Ph.D., Assoc. Prof. - Dept. of Genet, and Developm., Univ. of Illinois, 515 MorrU
Hall, URBANA, IL 61801, USA
STOUT, V. M.; Ph.D. - Dept. of Zool., Univ. of Canterbury, Private Bag, CHRISTCHURCH 1, New
Zealand
a Descriptive emoryoiogy. Lepiaurus apus (Notostraca, Crustacea), Daphnia magna (Cladocera,
STOWE, B. B.; Ph.D., Prof. - Dept. of Biol., 946A Kline Biol. Towei, Yale Univ., NEW HAVEN, CT
06520, USA
STRATFORD (MILLER), Ms. B. F.; Ph.D. - School of Anat., Univ. of Melbourne, PARKVILLE,
Vict. 3052, Australia
a Developmental anatomy and pathology of the placenta. Homo sapiens (Primates)
STRAZNICKY, K. Ch.; Ph.D. - Dept. of Human Morphol., Sch. of Med., The Flinders Univ.,
BEDFORD PARK, S.A. 5042, Australia
a Aberrant ipsilateral retinotectal projections induced by unilateral tectal removal and by optic
nerve section (microsurgery, 3H-proline autoradiography, electrophysiology), Xenopus laevis
(Anura)
b Early optic fibre regeneration pattern from compound eyes to contra- and ipsilateral tecta;
neuronal specificity, modification of tectal positional markers (microsurgery, 3H-proline auto-
radiography, electrophysiology). Same species as a
c Embryonic determination of tectal positional markers, serving as target for optic fibres growing
into the tectum: inherent tectal or tectal specification induced by optic fibres (microsurgery,
electron microscopy, electrophysiology). Same species as a
STRUCK, D. K.;Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 1 15 W. University Parkway,
BALTIMORE, MD 21210, USA
a Turnover and metabolism of plasma membrane phospholipids and glycolipids in cultured L cells.
Mus musculus (Rodentia)
SUBTELNY, S.; Ph.D., Prof. - Dept. of Biol., Rice Univ., HOUSTON, TX 77001, USA
88
SUBURO, Ms. A. M.; M.D. - Inst, de Biol. Celular, Fac. de Med., Paraguay 2155, 1121 BUENOS
AIRES, Argentina
SUCHESTON, Ms. M. E.; Ph.D., Assoc. Prof. - Dept. of Anat., Ohio State Univ., 1645 Neil Ave.,
COLUMBUS, OH 43210, USA
a Teratogenic effects of anticonvulsant drugs (sodium valproate, phenytoin and carbamazepine),
specifically: heart defects, cleft lip and palate, dentition, central nervous system defects, skeletal
defects and eye defects. Mus musculus (Rodentia)
SUDARWATI, Ms. S.; Dr. - Dept. of Biol., Sect. Zool., Bandung Inst, of TechnoL, Jalan Ganesa 10,
BANDUNG, Indonesia
a Influence of Endoxan-Asta (cyclophosphamide) on the ossification of the tarsometatarsus.
Gallus domesticus (Aves) (with T. SURJONO and T. H. SYARIEF)
b Influence of Endoxan-Asta (cyclophosphamide) on gonad differentiation. Same species as a (with
L A. SUTASURYA).
SUGA,T.; DVS - Natl. Inst, of Anim. Industry, CHIBA, 280 Japan
a Fructose formation in embryo, chorion, and placenta. Bos taurus, Capra hircus (Artiodactyla)
(with Y. IZAIKE)
b Uterine environment for development of fertilized ova. Same species as a (with Y. IZAIKE)
c Development and aging of placenta (DNA synthesis, mitosis, histochemistry). Rattus norvegicus
(Rodentia), Oryctolagus cuniculus (Lagomorpha),Bos taurus, Capra hircus, Sus scrofa domesticus
(Artiodactyla) (with Y. IZAIKE)
d Implantation and lost implantation (uterine pregnancy preparation). Same species as c (with
Y. IZAIKE)
SUGIE, T.; Ph.D. - Lab. of Fertil., Natl. Inst, of Anim. Industry. CHIBA 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 AbnormaUty in chromosome number. Dugesia japonica (TurbeUaria)
b Regeneration. Phagocata suginoi. Ph. papilUfera (TurbeUaria)
SUGIYAMA, M.; D.Sc, Prof. - Sugiyama-Gakuen Univ., Tashirocho-Kameiri, Chikusa-ku, NAGOYA,
464 Japan
a Physiological studies on fertilization and artificial parthenogenesis. Hemicentrotus pulcherrimus,
Pseudocentrotus depressus (Echinoidea)
SUKRA, Y.; Dr.Vet.Sci. - Fakultas Kedokteran Hewan, Inst. Pertanian Bogor, Jl. Taman Kencana 1,
BOGOR, Indonesia
a Effect of removal of a certain amount of albumen or yolk on embryo development. Gallus
domesticus (Aves)
SULLIVAN, D. T.;Ph.D. - Dept. of Biol., Syracuse Univ., 130 College Place, SYRACUSE, NY 13210,
USA
SULLIVAN, G. E.; Ph.D. - Dept. of Histol. and Embryol., Univ. of Sydney, SYDNEY, N.S.W. 2006,
Australia
a Effects of thalidomide on spinal cord and sensory ganglia; comparison of any such effects with
those due to amputation of Umb buds. Gallus domesticus (Aves)
b Excision of somites and portions of spinal cord and its effects on limb development. Same
species as a
SUMMERS, R. G.; Ph.D. -Dept. of Anat. Sci., State Univ. of New York, 317 Farber Hall, BUFFALO,
NY 14214, USA
a Ultrastructure of fertilization and early development. (Invertebrata)
SURJONO, Ms. T.; M.Sc. - Dept. of Biol., Sect. ZooL, Bandung Inst, of TechnoL, Jalan Ganesa 10,
BANDUNG, Indonesia
a Influence of Endoxan-Asta (cyclophosphamide) on the ossification of the tarsometatarsus. Gallus
domesticus (Aves) (with S. SUDARWATI and T. H. SYARIEF)
SURTI, Ms. U.; Ph.D. - Dept. of Pathol., Magee-Women's Hosp., Forbes Ave. and Halket St., PITTS-
BURGH,PA 15213, USA
a Cytogenefics and morphological evolution of hydatitorm moles. Homo sapiens (Primates)
b Effect of ABO antibodies on lung organogenesis in vitro. Same species as a
SUSSEX I M ; Ph.D., Prof. - Dept. of Biol., Yale Univ., NEW HAVEN, CT 06520, USA
SUSSMa'n! M.; Prof. - Dept. of BioL Sci., Univ. of Pittsburgh, PITTSBURGH, PA 15260, USA
a Genetic and developmental studies. Dictyostelium spec. (Acrasiales)
SUTASURYA, Ms. L. A.; Dr. - Dept. of Biol., Sect. Zool., Bandung Inst, of TechnoL, Jalan Ganesa
10, BANDUNG, Indonesia
a Normal developmental stages (eggs collected and incubated at 33 C). Chelonia mydas (Chelonia)
b Early development. Same species as a (with P. D. NIEUWKOOP, Utrecht)
c Comparative study on the origin of primordial germ cells and mesoderm formation, and phylo-
genetic impUcations. Same species as a and other lower Vertebrata (with P. D. NIEUWKOOP)
d Influence of Endoxan-Asta (cyclophosphamide) on gonad differentiation. Gallus domesticus
(Aves) (with S. SUDARWATI)
SUTHERLAND, W. M.; Ph.D. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHARLOTTESVILLE,
VA22901,'USA
a Regulation of protein synthesis during differentiation of normal and dystrophic skeletal muscle
cells in culture. Coturnix c. japonica (Aves), Homo sapiens (Primates)
SUZUKI Y ; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Parkway,
BALTIMORE, MD 21210, USA
a Structure and function of silk fibroin gene of posterior silk gland (especially DNA sequencing and
in vitro transcription), with the aim to reconstruct the gene and to understand the mechanisms
of its regulation. Bombyx mori (Lepidoptera)
89
SVOBODA, J. A.; Ph.D. - Insect Physiol. Lab., U.S. Dept. of Agric, Fed. Res., Sci. and Educ. Ad-
ministr., BARC-East Bldg. 467, BELTSVILLE, MD 20705, USA
a Normal sterol metabolism, biochemical pathways, effects of inhibitors of sterol metabolism on
development, endocrine involvement of inhibitors. Manduca sexta (Lepidoptera)
b Ecdysone metabolism, in vitro systems, characterization, effects of inhibitors. Same species as a
SWARTZ, W. J.; Ph.D. - Dept. of Anat., Med. Ctr., Louisiana State Univ., 1542 Tulane Ave., NEW
ORLEANS, LA 70112, USA
a Origin of primordial germ cells and factors involved in their migration. Gallus domesticus (Aves),
Mus musculus (Rodentia)
b Oocyte growth and maturation. Mus musculus (Rodentia)
SYARIEF.T. H. - Dept. of Biol., Sect. Zool., Bandung Inst, of TechnoL,JalanGanesa 10, BANDUNG,
Indonesia
a Influence of Endoxan-Asta (cyclophosphamide) on the ossification of the tarsometatarsus. GaUus
domesticus (Aves) (with S. SUDARWATI and T. SURJONO)
SZULMAN, A. E.; Dr. - Dept. of Pathol., Magee-Women's Hosp., Forbes Ave. and Halket St., PITTS-
BURGH, PA 15213, USA
a Effect of ABO antibodies on lung organogenesis in vitro (disaggregation-reaggiegation in the
presence of antibodies). Homo sapiens (Primates)
b Effect of antibodies on organogenesis in vivo; intravenous injection of embryos with antibody
directed to a cell surface antigen. Gallus domesticus (Aves)
c Cytogenetics and morphological evolution of hydatiform moles. Same species as a
TABBARA FAWAZ, Ms. R. - Dept. d'Histoenzymol., Univ. St. Joseph, B.P. 115076, BEIRUT,
Lebanon
a Embryonic and foetal intestine; malabsorption of disaccharides; enzyme aspects. Homo sapiens
(Primates)
TAHARA, Y.; D.Sc, Prof. - Dept. of Biol., Osaka Kyoiku Univ., Tennoji-ku, OSAKA, 543 Japan
TAKABAYASHI, T. - Dept. of Obstet. and Gynecol., Tohoku Univ., Sch. of Med., Seiryo-cho 1-1,
Miyagi, SENDAI, Japan
a Effects of ultrasound on developing embryos. Mus musculus, Rattus norvegicus (Rodentia)
TAKAGI, N.; D.Sc. - Chromos. Res. Unit, Hokkaido Univ., N. 10, W. 8, SAPPORO, 060 Japan
a Chromosome studies in pre- and post-implantation embryos. Mus musculus, Mesocricetus auratus
(Rodentia)
b X chromosome differentiation. Mus musculus, Rattus norvegicus (Rodentia)
TAKAHAMA, H. - Dept. of Biol., Sch. of Dent. Med., Tsurumi Univ., 2-1-3 Tsurumi, YOKOHAMA
230, Japan
a Differentiation of red and white muscle fibres. Rana japonica, R. catesbeiana (Anura)
b Ultrastructure and histochemistry of red and white muscle fibres. Hynobius tokyoensis, H. nigre-
scens (Urodela)
TAKAHASHI, G.; M.D. - Dept. of Pathol., Qiest Dis. Res. Inst., Kyoto Univ., Sakyo-ku, KYOTO,
606 Japan
a Metabolism of carcinogens in the fetus. Mus musculus, Rattus spec. (Rodentia)
b Transplacental carcinogenesis by aromatic hydrocarbons. Same species as a
TAKAHASHI, H.; D.Sc, Assoc. Prof. - Lab. of Fresh-water Fish Cult., Dept. of BioL, Fac. of Fish.,
Hokkaido Univ., 3-1-1 Minatocho, HAKODATE 041, Japan
a Experiments on gonadogenesis and sex differentiation. Poecilia 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)
TAKAHASHI, Hitoshi; Ph.D. - Dept. of Anat., Div. I, Hirosaki Univ., Zaifucho 5, HIROSAKI-City,
Aomori-ken, 036 Japan
a Development and differentiation of neural crest cells. Gallus gallus (Aves), Mus musculus (Rodentia)
TAKAHASHI, K.; M.Sc - Embryol. Sect., Dept. of Biol., Tokyo Metropolitan Univ., 2-1-1, Fuka-
zawa, Setagaya-ku, TOKYO, 158 Japan
a Qiaractcrization of poly(A)-containing mRNA in the embryo. Anthocidaris crassispina, Pseudo-
ccntrotus depressus, Hemicentrotus pulcherrimus (Echinoidea)
b Protein synthesis directed by poly(A)-containing mRNA. Same species as a
TAKAICHI, S. - Biol. Inst., F.hime Univ., Bunkyo-cho, MATSUYAMA 790, Japan
a Ultrastructural changes in spermatogenesis. (Gastropoda)
TAKANO, K.; M.D., D.M.S. - Dept. of Drug Safety Evaluat., Takeda Chemical Ind. Ltd., 6-3-6
Himuro-cho, Takatsuki, OSAKA, 569 Japan
no work on developmental biology in progress
TAKANO, K.; Ph.D., A'ssoc. Prof. - Lab. of l>resh-water Lish Cult., Dept. of Biol., Fac of Fish.,
Hokkaido Univ., 3-1-1 Minatocho, HAKODATE 041, Japan
a Histology of gonads and associated duct system. Oryzias latipes, Carassius auratus (Teleostei)
b Histo-physiological studies of viviparity. Poecilia reticulata (Teleostei)
TAKASAKI, Ms. H.; D.Sc. - Dept. of Biol., Osaka Kyoiku Univ., Tennoji-ku, OSAKA 543, Japan
a Cytodifferentiation during cleavage. (Amphibia)
b Cell interactions in relation to cytodifferentiation. (Ampliibia)
TAKATA, K.; D.Sc. Radioisotope Center, Nagoya Univ., Chikusa, NAGOYA 464, Japan
a Cytology and cytocliemistry of embryonic induction in vitro. Cynops pyrrhogaster (Urodela)
TAKAYA, H.; D.Sc, Prof. - Dept. of Biol., Konan Univ., Okamoto 8 9-1 Higashinaka-ku KOBE
658 Japan
90
TAKEHIRA, Y.; M.D. - Dept. of Developm. Pathol., Res. Inst, of Environm. Med., Nagoya Univ., Furo-
cho, Chikusa-ku, NAGOYA, 464 Japan
a Effects of low-dose x-irradiation upon the developing brain. Mus musculus (Rodentia)
b Mechanism responsible for malformations of the extremities in the embryo. Mus musculus,
Rattus norvegicus (Rodentia)
TAKEICHI, M.; Ph.D. - Lab. of CeU Sci., Inst, of Biophys. and Molec. Biol., Univ. of Kyoto, Kitashi-
rakawa, Sakyo-ku, KYOTO, 606 Japan
TAKENO, K.; M.Sc. - Dept. of Bot., Fac. of Sci., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113
Japan
a Physiology of mechanism of reproductive organ differentiation in gametophyte. Lygodium
japonicum (Filices)
TAKEUCHI, I.; Ph.D. - Dept. of Embryol., Inst, of Devi. Res., Aichi Pref. Colony, Kamiya-cho,
KASUGAI, Aichi 480-03, Japan
a Teratogenesis of nervous system. Rattus norvegicus (Rodentia)
b Electron microscopy of nervous system during embryogenesis. Same species as a
TAKEUCHI, S.; D.Sc. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 1 1 3 Japan
a Mechanisms of epithelial migration during wound healing in the embryo. GaUus domesticus
(Aves)
TAKITA, T.; Dr.Agr. - Dept. of Mar. Zool., Fac. of Fish., Nagasaki Univ., 1-14 Bunkyo-machi,
NAGASAKI, 852 Japan
a Spawning behavior, embryonic development, and young. Calliurichthys spec, CaUionymus spec.
(Teleostei)
b Distribution of eggs and larvae; description of embryonic development and larvae. Cynoglossus
spec. (Teleostei)
TAMANOI, I., Ph.D., Prof. - Biol. Lab., Qiiba Univ., Yayoi-cho 1-33, CHIBA, 280 Japan
a Radiations effects on haematopoietic organs (immunochemistry). Mus musculus (Rodentia)
b Blood cell formation mechanism. Xenopus laevis (Anura), Mus musculus (Rodentia)
TAMAOKI, T.; Ph.D., Assoc. Prof. - Oncol. Res. Grp., Univ. of Calgary, CALGARY, Alta. T2N 1N4,
Canada
a Regulation of alpha-fetoprotein gene expression in development and neoplasia. Mus musculus
(Rodentia)
TANAKA, K.: M.A. - Inst, of ZooL, Tokyo Kyoiku Univ., Otsuka 3-29-1, Bunkyo-ku, TOKYO,
112 Japan
a Recognition of specificity in compound forms. Botryllus primigenus, Botrylloides violaceum
(Ascidiacea) (with H. WATANABE, Shimoda)
TANAKA, O.; M.D. - Dept. of Anat., Shimane Med. Coll., Enya-cho, IZUMO, Shimane 693, Japan
a Epidemiology of skeletal anomalies in embryos and foetuses. Homo sapiens (Primates)
b Histochemistry of embryo and fetus. Same species as a
c Teratology. (Rodentia)
TANDAN, B. K.; Ph.D., Prof. - Dept. of ZooL, Univ. of Lucknow, LUCKNOW, India
a Regeneration of some body parts in nymphs. Schistocerca gregaria (Orthoptera), Dysdercus
koenigii (Hemiptera)
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. 1 Box 250,
NAHCOTTA, WA 98637, USA
a Production of decorticated cells by micrurgical or chemical methods. Stentor coeruleus (Ciliata)
b Size inheritance and regulation of number of body kinetics. Same species as a
c Analysis of a strain having rod, not nodulated macronucleus. Same species as a
TASCA, R. M.; Assoc. Prof. - Dept. of Biol. Sci., Univ. of Delaware, NEWARK, DE 19711, USA
TAUTVYDAS, K. J.; Ph.D. - Dept. of Biol., Marquette Univ., 530 N. 15th St., MILWAUKEE, WI
53233, USA
a Interactions of light and hormones in the control of elongation growth. Lactuca sativa (Com-
positae)
b Organogenesis and embryogenesis; its propagation through tissue culture. Simmondsia chinensis
(Euphorbiaceae)
TAY, D. K. C; B.Sc. - Dept. of Human MorphoL, Sch. of Med., Tlie Flinders Univ., BEDFORD
PARK, SA 5042, Australia
a Reformation of retinotectal connections following adult partial retinal ablation; plasticity of
the adult retinotectal connection pattern (microsurgery, 3H-proline autoradiography, regenera-
tion studies on the operated eye, electrophysiology). Xenopus spec. (Anura)
TAYLOR, G. T.; Ph.D. - Dept. of Biol. Sci., Florida Intern. Univ.. Tamiami Campus, MIAMI, FL
33199, USA
a Polar lobe formation and early development: cytochemical and fine structural analysis of cyto-
differentiation. Dyanassa obsoleta (Gastropoda)
b Early development through gastrulation: fine structural analysis of cytodifferentiation. Crassostrea
virginica (LameUibranchia),
c Ultrastructure of sex -reversal. Crepidula spec. (Gastropoda)
TCHANG Tso-run; Prof. - Shanghai Pedag. Univ., SHANGHAI 200062, People's Rep. of Qiina
a Ultrastructure and cytochemistry of the macronuclcar reorganization phenomenon during
asexual reproduction, and its relation to the physiological state. Stylonychia mytilus, Euplotes
eurystomus (Ciliata)
91
b Structural and functional relationship between macro and micronuclei, and their changes during
asexual reproduction. Stentor coeruleus, S. polymorphus (Ciliata)
c Relationsliips of cytoplasmic differentiation and regulation of physiological functions in dorsi-
conjugants. Stylonychia mytilus (Ciliata)
d Experiments on nucleo-cytoplasmic relationship after cytoplasmic exchange between distantly
related species. Stentor coeruleus, Spirostomum ambiguum, Paramecium bursaria (Ciliata)
e Ultrastructure and cytochemistry of macronuclear regulation in dorsi-conjugants. Same species
as c , ^
f Differentiation and dedifferentiation of nuclear apparatus durmg encystment and excystment,
their relation with cytoplasmic changes (cytochemistry, ultrasjructure). Same species as c
g Why and how the surplus macronuclei of daughter cells, produced by translation of macronuclei
during asexual reproduction, lose their functions. Same species as c
TCHEN, T. T.; Ph.D., Prof. - Chem. Dept., Wayne State Univ., 435 Chemistry Bldg., DETROIT,
Ml'48202, USA
a Role(s) of c-AMP, prostaglandins, neurotransmitters and morphogenetic movement on neural
differentiation. Xenopus laevis (Anura), Ambystoma mexicanum, Pleurodeles waltlii (Urodela)
b Role of c-AMP in differentiation of stem cells into melanocytes and in cytodifferentiation of
melanocytes. Carassius auratus (Teleostei)
TEITELMAN de PINCZUK, Mrs. G. N.; Ph.D. - Inst, de Biol. Celular, Fac. Med., Paraguay 2155,
1121 BUENOS AIRES, Argentina
TEMIN H M.; Ph.D., Prof. - McArdle Lab. for Cane. Res., Univ. of Wisconsin, 450 N. Randall Ave.,
MADISON, WI 53706, USA
a The role of RNA-diiected DNA polymerase activity in embryonic development; the mechanisms
of replication of avian ribodeoxyviruses; the origin of viruses and the formation of genes for neo-
plastic transformation. Callus domesticus and other spp. (Aves)
TEPFER S S ; Ph.D., Prof. - Dept. of Biol., Univ. of Oregon, EUGENE, OR 97403, USA
TERADA, M.; M.D. - Dept. of Human Genet, and Developm., Coll. of Phys. and Surg., Columbia
Univ., 630 W. 168th St., NEW YORK, NY 10032, USA
TERASHIMA, Y.; M.D. - Dept. of Orthop. Surg., Nagoya Univ., Tsuruma-cho, Showa-ku, NAGOYA,
466 Japan
TERAYAMA, H.; Ph.D., Prof. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Mechanism of homeostatic growth regulation in liver regeneration. Rattus norvegicus (Rodentia)
b Biochemical changes in cell surface structure of tumor cells of comparison with corresponding
normal cells. Same species as a
c Activation of DNA-synthetic key enzyme in unfertilized eggs upon homogenization and fertiliza-
tion. Pseudocentrotus depressus and other spp. (Echinoidea)
d Cell surface glycoproteins of uterus and blastocyst. Same species as a
e Cell surface glycoproteins in developing embryos. Same species as c
TERRANA, B.; Ph.D. - Dept. of Biol. Sci., Hunter CoU., 695 Park Ave., Box 1582, NEW YORK,
NY 10021, USA
a DNA modifying enzymes during embryonic development. (Echinoidea)
THEIL Ms. E C; Ph.D. - Dept. of Biochem., North Carolina State Univ., Box 5050, RALEIGH,
NC 27650. USA . . ,
a Quantitative change in expression of erythrocyte ferritm genes durmg development; control by
differentiation program and external environment. Rana catesbeiana (Anura), Gallus domesticus
(Aves), Mus musculus (Rodentia)
THOMAS, v.; M.Sc. - Dept. of Zool., Fac. of Sci., M.S. Univ. of Baroda, BARODA 390002, India
a Transplantation experiments on regenerating systems. (Lacertilia)
THOMMES, R. C; Ph.D., Prof. - Dept. of Biol. Sci., De Paul Univ., 1036 W. Belden Ave., CHICAGO,
IL 60614, USA
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
THOMPSON R P ; Ph D. Assoc. Prof. - Dept. of Biol. Sci., State Univ. CoU., BROCKPORT, NY
14420, USA
THOMPSON, R. S.; Ph.D. - Calif. Primate Res. Ctr., Univ. of California, DAVIS, CA 95616, USA
a Fertilization in vitro and in vivo. (Mammalia)
b Collection, evaluation and freezing of semen with subsequent artificial insemination. Macaca
mulatta, M. radiata (Primates)
c Teratogenic effects of estrogen-like materials. Macaca mulatta (Primates)
THOMSON, Ms. D. V.; B.Sc. - Dept. of Reprod. Physiol., Anim. Res. Inst., OTTAWA, Ont. KIA
0C6, Canada
a Endocrinology of the developing embryo. GaUus gallus (Aves)
THORNLEY A. L.; Ph.D. - Zool. Dept., Univ. of the Witwatersrand, Jan Smuts Ave., JOHANNES-
BURG 2001, S.Africa
a Chalones in early development and adult regenerative growth. Xenopus laevis (Anura), Mus
musculus (Rodentia)
THURMOND, W.; Ph.D., Prof. - Biol. Sci. Dept., Calif. Polytechn. State Univ., SAN LUIS OBISPO,
CA 93401, USA
a Development of hypothalamic and pituitary control of the adrenal cortex; (extirpation, trans-
plantation, histochemistry). Ambystoma tigrinum (Urodela), Hyla regilla, Bufo boreas (Anura)
b Development of adenohypophyseal and hypothalamic melanophorc-expanding activity. Hyla
regilla (Anura)
92
TOBIN, A. J.; Ph.D. - Dept. of Biol., Univ. of California, LOS ANGELES, CA 90024, USA
a Use of recombinant DNA probes to analyze the molecular basis of hemoglobin ontogeny in the
embryo. Gallus domesticus (Aves)
b Evaluation of the role of post-transcriptional processing of RNA in the regulation of gene ex-
pression during erythroid development. Same species as a
TOCHINAI, S.; M.Sc. - Zool. Inst., Fac. of Sci., Hokkaido Univ., N. 10, W. 8, SAPPORO 060, Japan
a Origin, migration, and fate of thymus lymphoid stem cells in developing larvae. Xenopus laevis
(Anura)
TODER, v.; M.D. - Dept. of Embryol. and Teratol., Ch. Sheba Med. Ctr., Tel-Aviv Univ., TEL
HASHOMER, Israel
a In vitro studies on cytotoxicity of sensitized lymphocytes in delayed hypersensitivity to
spcrmatozoal antigens. Cavia porcellus (Rodentia), Homo sapiens (Primates) (with L. A. NEBEL)
b Antigenicity of normal and pathological trophoblast. (Rodentia). Homo sapiens (Primates) (with
J. MENCZER and L. A. NEBEL)
c Immune reactivity to placental antigens in gestosis. Homo sapiens (Primates) (with L. A. NEBEL,
D. M. SERR, and J. EICHENBRENNER)
TOERIEN, M. J. t Ph.D., D.Sc, Prof. - Dept. of Anat., Univ. of the Orange Free State, BLOEM-
FONT EIN, S. Africa
TOKUYASU, K.; Ph.D. - Ctr. for Devi. Biol. B-022, Univ. of California, San Diego, LA JOLLA, CA
92093, USA
a Spermatogenesis m relation to genetics. Drosophila melanogaster (Diptera)
TOMITA, H.; D.Sc. - Biol. Inst., Fac. of Sci., Nagoya Univ., Chikusa, NAGOYA 464, Japan
a Developmental genetics of body colors and deformities. Oryzias latipes (Teleostei)
TOMPKINS, R.; Ph.D. - Dept. of Biol., Tulane Univ., NEW ORLEANS, LA 70118, USA
a Qiaracterization of the mutant genes spastic, quiver, and anemic by behavioral, biochemical,
liistological and transplantation studies. Ambystoma mexicanum (Urodela)
b LocaUsation of morphogenetic substances in the egg and initiation of development, with emphasis
on cortical and subcortical events. Xenopus laevis (Anura)
c Relation of the thymus to immunity. Same species as b
TOOLE B. P.; Ph.D. - Devi. BioL Lab., Harvard Med. School, Massachusetts Gen. Hosp., BOSTON,
MA02li4,USA
a Localization of hyaluronidase during morphogenetic events in embryonic tissues (immuno-
histochemistry). Gallus domesticus (Aves)
b Interaction of proteoglycans and coUagens during extracellular matrix formation m developing
embryonic tissues. Same species as a
TOTO, P. D.; D.D.S., Prof. - Dept. of Oral Pathol., Sch. of Dent., Loyola Univ., 2160 South Fust
Ave., MAYWOOD, IL 60153, USA
a Age changes in dental tissues, oral mucosa and sahvary glands. Rattus norvegicus (Rodentia),
Homo sapiens (Primates)
b Effects of in vivo local administration of tissue culture medium on sutural bone growth (quan-
titative autoradiography). Rattus norvegicus (Rodentia)
c Effect of mechanical tension on sutural growth (quantitative autoradiography). Macaca mulatta
(Primates)
d Effect of tissue culture medium on repair of experimental jaw bone defects. Same species as c
e Effect of tissue culture medium upon cartilage growth in temporo-mandibular joint. Same species
as c
TOWERS, B.; M.B., Ch.B. - Dept. of Paediat. & Anat., Center for Health Sci., Univ. of Calif., LOS
ANGELES, CA 90024, USA"
TRAEGER, F. J.; Ph.D. - Div. of Nucl. Pathol, and Oncol., Mercy Hosp., 1400 Locust St., PITTS-
BURGH, PA 15219, USA
a Effect of gene en on function and ultrastructure of differentiating skeletal and cardiac muscle in
ovo and in vitro. Gallus domesticus (Aves)
b Effects of lectins on myoblast proUferation, aggregation and fusion, and on related aspects of
cellular physiology and uhrastructure in vitro. Same species as a
TRASLER. Ms. D. G.; Ph.D. - Dept. of BioL, McGill Univ., 1205 McGregor Ave., MONTREAL, Que.
H3 A IB I.Canada .. , ^
a Identification of particular elements of adult and newborn face shape which could be used to
predict cleft Mp predisposition. Mus musculus (Rodentia)
b Interactions between gene and teratogens, and embryonic mechanisms in exencephaly. Same
species as a _ , r.,^o'rrM.T
TRELSTAD, R. L.; M.D. - Dept. of Pathol., Shriner Burns Inst., Massachusetts Gen. Hosp., BOSTON,
MA 02114, USA
a Development of the fibrous architecture of the orthogonal collagen lamellae in the corneal stroma.
GaUus 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 coUagen types I, II, III and IV. Same species as
a.
TRINKAUS, J. P.; Ph.D., Prof. - Dept. of Biol., Kline Biol. Tower, Yale Univ., NEW HAVEN, CT
06520,'USA '
TRIONE E. J.; Dr., Prof. - Dept. of Bot. and Plant Pathol., Oregon State Univ., CORVALLIS, OR
97331, USA
a Developmental physiology of flowering. Triticum vulgare (Gramineae)
b Developmental physiology of wheat parasites. Tilletia spp. (Basidiomycetes)
93
TSAFRIRI, A.; Ph.D. - Dept. of Honn. Res., Weizmann Inst, of Sci., P.O.B. 26, REHOVOT, Israel
a Control of oocyte maturation. Mus musculus, Rattus spec. (Rodentia)
TSUJIMOTO, Y.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Park-
way, BALTIMORE, MD 21210, USA
a Structural analysis of fibroin gene and its mRNA. Bombyx mori (Lepidoptera)
TSUKAHARA, J.; D.Sc, Assoc. Prof. - Dept. of Biol., Coll. of Lib. Arts, Saitama Univ., URAWA,
Saitama, 338 Japan
TSUNODA, Y.; Ph.D. - Natl. Inst, of Anim. Industry, CHIBA, 280 Japan
a Antigenicity of eggs and effect on reproduction. Mus musculus, Rattus rattus (Rodentia),
Oryctolagus cuniculus (Lagomorpha)
b Freezing of eggs. Oryctolagus cuniculus (Lagomorpha), Capra hircus (Artiodactyla)
TSUSUE, Ms. Y. M.; Ph.D. - Embryol. Sect., Biol. Dept., Tokyo Metropolitan Univ., 2-1-1, Fuka-
zawa, Setagaya-ku, lOKYO 158, Japan
a Mechanism of fruiting body formation. Coprinus macrorhizus (Basidiomycetes)
TUCKER, G. S.; Ph.D. - Dept. of Ophthalmol., W. L. McKnight Vision Res. Lab., Univ. of Miami,
1638 N.W. 10th Ave., MIAMI, FL 33136, USA
a Quantitative and qualitative electron microscopy of synapse formation in the inner ple.xiform
layer of eye rudiments cultured in GABA, picrotoxin and other putative retinal transmitters and
inhibitors. Xenopus laevis (Anura)
b Quantitative and qualitative electron microscopy of retinal differentiation in light-reared and
sutured eye. Felis domestica (Carnivora)
c Effects of surgically-induced strabismus on postnatal differentiation of retina; ganglion cell
differentiation in area centralis. Same species as b
d Differentiation of neurons in the retina (light and electron microscopy; Golgi impregnation);
development of neuronal circuitry. Same species as b
TUNG, T. C; Dr., Prof. - Inst, of OceanoL, Acad. Sinica, PEKING, Haitien, People's Rep. of China
TUPPER, J. T.; Ph.D., Assoc. Prof. - Dept. of Biol., Syracuse Univ., 130 College Place, SYRACUSE,
NY 13210, USA
TURLEY, Ms. E. A.; Ph.D. - Dept. of Biol., Johns Hopkins Univ., BALTIMORE, MD 21218, USA
a The importance of certain environmental factors in determining the differentiated state of
normal adrenocortical cells in vitro. Rattus rattus (Rodentia)
TURNER, R. S.; Jr.; Ph.D. - Biol. Dept., Wesleyan Univ., MIDDLETOWN, CT 06457, USA
a Cell surface differentiation associated with primary mesenchyme formation (radioactive labeling;
lectin agglutinations, fluorography; cell reaggregation). Strongylocentrotus purpuratus, Arbacia
punctulata (Echinoidea)
b Changes in calcium associated processes during primary mesenchyme formation (ionophores;
electron microscopy; cell reaggregation). Same species as a
TWEEDELL, K. S.; Ph.D., Prof. - Dept. of Biol., Univ. of Notre Dame, NOTRE DAME, IN 46556,
USA
a Oocyte development and control of egg maturation. Pectinaria gouldii (Polychaeta)
b Cell source and movement during hydranth regeneration. Tubularia crocea (Hydrozoa)
c Transmission of oncogenic herpes virus 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., Michigan State Univ., EAST LANSING,
MI 48824, USA
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)
d Development of the fasciculus cuneate - fasciculus gracilis complex, (Mammalia)
TYLER, M. J.; M.Sc. - Dept. of Zool., Univ. of Adelaide, North Terrace, ADELAIDE, S.A. 5000,
Australia
a Morphology and ecology of larvae; metamorphosis. Litoria spec, Limnodynastes spec, Uperoleia
spec, Ranidella spec, and others (Anura)
TYLER, Ms. M. S.; Ph.D. Dept. of ZooL, Univ. of Maine, ORONO, ME 04473, USA
a Influence of epithelium on membrane bone formation in cranio-facial region. Gallus domesticus
(Aves), Mus musculus (Rodentia)
b Factors which control epithelial differentiation and the role that mesenchyme and extracellular
matrices play in directing and influencing histogenesis and morphogenesis of epithelia from oral-
facial organs. Same species as a
TYNDALE-BISCOE, C. H.; Ph.D. - Div. of Wildlife Res., C.S.I. R.O., P.O. Box 84, LYNEHAM, A.C.T.
2602, Australia
a Early development including fine structure. Anteciiinus stuarti (Marsupialia)
b Fine structure of the blastocyst. Macropus eugenii (Marsupialia)
c Factors involved in resumption of development by blastocysts in diapause. Same species as b
d In vitro culture of blastocyst and vesicle stages. Same species as b
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 microscopy of the mechanism of fertilization. Same species as a
UEMURA, I. - Dept. of Biol., Tokyo Metropolitan Univ., 2-1--1 Fukazawa, Setagaya-ku, TOKYO
158, Japan
a Electron microscopy of calcification in the embryo. Arbacia punctulata (Echinoidea)
b Electron microscopy of cortical changes in early embryology. Hemicentrotus pulcherrimus
(Echinoidea)
94
ULBERG, L. C; Ph.D., Prof. - Dept. of Anim. Sci., North Carolina State Univ., P.O. Box 5127,
RALEIGH, NC 27607, USA
UNNI, B. G.;M.Sc. - Dept. of Biochem., Fac. of Sci., AUaliabad Univ., ALLAHABAD 21102, India
a Biochemistry during fifth instar development and spinning period (silk gland, haemolymph,
alanine aminotransferase, aspartate aminotransferase, protein, total free amino acids, individual
free amino acids). Philosamia ricini (Lepidoptera)
b Effect of x-irradiation on larvae and adults, and sexual dimorphism. Same species as a, and
Antheraea mylitta (Lepidoptera) (with R. PANT)
UNSWORTH, B. R.; Ph.D., Assoc. Prof. - Dept. of Biol., Marquette Univ., 530 North 15th St.,
MILWAUKEE, WI 53233, USA
a Control of translation at the ribosomal level during organogenesis. Gallus domesticus (Aves)
b Brain differentiation; correlation between tetrodotoxin binding and brain function; comparison
of development in two phyla. Gallus domesticus (Aves), Mus musculus (Rodentia)
c Biochemical changes in aging and developing bram. Mus musculus, Rattus rattus (Rodentia)
d Separation and identification of neuronal and glial ceU populations from telencephalon, cere-
bellum and brain stem in aging animals. Same species as c
e Surface-associated glycoproteins in neuronal and glial cells from aging brains. Same species as c
UPHOLT, W. B.; Ph.D. - Depts. of Pediat. and Biochem., Univ. of Chicago, HM 413, CHICAGO,
IE 60637, USA
a Control of gene expression durmg differentiation of dissociated limb bud (stage 25) into cartilage
in vitro. GaUus domesticus (Aves)
URIST, M. R.; M.D. - Bone Res. Lab., Univ. of California, 1000 Veteran Ave., Rm. A3-34, LOS
ANGELES, CA 90024, USA
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; osteosarcoma derived bone morphogenetic protein; transplantation; calcification;
ossification. Mus perognathus, Rattus sigmoidon, Cavia porcellus (Rodentia), (Lagomorpha),
Homo sapiens (Primates)
VACQUIER, V. D.; Ph.D. - Zool. Dept., Univ. of California, DAVIS, CA 95616, USA
a Morphology and biochemistry of fertilization. (Echinoidea)
VAFOPOULOU-MANDALOS, Ms. X.; M.A. - BioL ScL Group, Univ. of Connecticut, Box U-42,
STORRS,CT 06268, USA
a Protein synthesis during larval development. Chironomus spec. (Diptera)
VALDEZ TOLEDO, Ms. C. L. - Inst, de Biol., Univ. Nac. de Tucuman, Chacabuco 461, S. M. de
TUCUMAN, Argentina
a Descriptive analysis of oogenesis. Bufo arenarum (Anura)
b Thyroid gland and epididymal function. Rattus norvegicus (Rodentia)
c Endocrine control of metabohsm during oocyte maturation. Same species as a
VANABLE, J. W., Jr.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., Purdue Univ., WEST LAFAYETTE,
IN 47907, USA
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)
c Electrical currents and regeneration. Triturus viridescens, Desmognathus quadrimaculatus
(Urodela), Xenopus laevis, Rana pipiens (Anura)
VAN ALTEN, P. J.; Ph.D., Prof. - Dept. of Anat., Coll. of Med., Univ. of Illinois, P.O. Box 6998,
CHICAGO, IE 60680, USA
a Ontogeny of the immunological mechanism. Gallus domesticus (Aves)
b Development of lymphocyte competence to respond to mitogens in vitro. Gallus domesticus
(Aves), Rattus norvegicus (Rodentia)
c Development of antigenic components in the brain. Mesocricetus auratus (Rodentia)
d Isotope studies of blood cell formation, especially lymphocytopoiesis. Same species as a
VAN DER MEULEN, Ms. D. M.; B.Sc. (Hons.) - Physiol. Dept., Fac. of Med., Univ. of Natal, P.O.
Box 17039, CONGELLA 4013, S. Africa
a Differentiation and development of pancreatic islet cells. Gallus gallus, Coturnix c. japonica
(Aves)
VAN DER WESTHUIZEN, Ms. L. de K.; M.Sc. - Exp. Embryol. Res. Unit of the M.R.C., Dept. of
Anat., Univ. of the Orange Free State, P.O. Box 339, BLOEMFONTEIN 9300, S. Africa
a Experimental encephalocele. Gallus domesticus (Aves)
VAN EXAN, R. - Dept. of Biomed. Sci., Ontario Vet. Coll., Univ. of Guelph, GUELPH, Ont. NIG
2W2, Canada
a Induction of mucous metaplasia of skin and hair follicles in vitro by vitamin A (electron micros-
copy, separation and recombination of dermis and epidermis, autofluorescence of vitamin A).
Mus musculus (Rodentia)
b Diffcrentiafion of the dermis, its cell types and intercellular matrix in 12-18 day embryos
(histochemistry, light and electron microscopy). Same species as a
VAN STONE, J. M.; Ph.D., Prof. - Dept. of Biol., Trinity Coll., HARTFORD, CT 06106, USA
a General study of hmb regeneration. Rana sylvatica (Anura)
VARMA, H. C; Ph.D., Prof. - Dept. of Anat., L.L.R.M. Med. Coll., MEERUT-250102, India
VARON, S. S.; M.D., Prof. - Ctr. for Devi. Biol. M-OOl, Univ. of Calif., San Diego, LA JOLLA, CA
92093, USA
a In vitro differentiation of nerve tissue. Gallus domesticus (Aves) and others
b Growth- and differentiation-promoting agents from the submaxillary gland. Mus musculus
(Rodentia)
95
c Glia-neuron interactions in vitro. Gallus domesticus (Aves), Mus musculus (Rodentia) and others
d Development of glial and neuronal surface membrane constituents. Same species as c
e Search for new trophic factors directed to neurons and glia
VAUGHN, J. E.; Ph.D. - Div. of Neurosci., City of Hope Med. Ctr., 1500 E. Duarte Rd., DUARTE,
CA 91010, USA
a Development of neuroglial cells in the central nervous system (electron microscopy, autoradio-
graphy). Rattus domesticus (Rodentia)
b Electron microscopy of spinal cord development. Rattus domesticus, Mus musculus (Rodentia)
VEKEMANS, M.; M.D. - Dept. of Biol., McGill Univ., 1205 McGregor Ave., MONTREAL, Que H3A
IBl, Canada
a Gene-environment interactions in the induction of cleft palate. Mus musculus (Rodentia)
b Cell recognition in ontogenesis. Same species as a
VENEZIANO,P. P.; Ph.D., Prof. - Dept. of Biol., Wilbur Wright Coll., 3400 N. Austin Ave., CHICAGO,
IL 60634, USA
a Effects of low intensity applied magnetic fields on developing nervous system. Gallus domesticus
(Aves)
b Effects of strong appUed magnetic fields on heart rate. Same species as a
VENZKE W. G ; D V.M., Ph.D., Prof. - Dept. of Vet. Anat., Coll. of Vet. Med., Ohio State Univ.,
1900 Coffey Rd., COLUMBUS, OH 43210, USA
a Morphogenesis and physiology of ultimobranchial gland, pineal gland and blood. (Aves)
VINCENT, W. S.: Ph.D., Prof. - Dept. of Biol. Sci., Univ. of Delaware, NEWARK, DE 19711, USA
VOLPE, E.' P.; Ph.D., Prof. - Dept. of BioL, Tulane Univ., NEW ORLEANS, LA 701 18, USA
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 development and maintenance of immunity. Same species as a
VOORHEES, F. R.; Ph.D. - Dept. of Biol., Centr. Missouri State Univ., WARRENSBURG, MO 64093,
USA
a Mechanisms controlling reproductive system development. Aedes spec, DrosophUa spec. (Diptera)
WADA, M.; Dr. - Dept. of Bot., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 1 1 3 Japan
a Timing, position and direction of cell division in gametophy tes. Adiantum capillus-veneris (Eilices)
WAELSCH, Mrs. S. GLUECKSOHN; Ph.D., Prof. - Dept. of Genet., Albert Einstem Coll. of Med.,
Yeshiva Univ., 1300 Morris Park Ave., NEW YORK, Bronx, NY 10461, USA
WAHLI, W.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Parkway,
BALTIMORE, MD 21210, USA
a Gene coding for vitellogenin: isolation of the mRNA; characterization of recombinant clones
derived from cDNA; isolation of recombinant clones containing genomic DNA that codes for
vitellogenin. Xenopus laevis (Anura)
WAHN, H. L., Jr.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Park-
way, BALTIMORE, MD 21210, USA
a Proteins, especially nucleosomal core histones, associated with transcriptionally active ribosomal
gene (5.8, 18, and 28S) chromatin from extrachromosomal nucleoU from oocytes; mapping of
other non-ribosomal proteins on the chromatin (polyacrylamide gel electrophoresis, enzyme
digestion, EM antibody histochemistry). Xenopus laevis (Anura)
WAINWRIGHT, Ms. L. K.; Ph.D., Prof. - Biol. Dept., Mt. Saint Vincent Univ., HALIFAX, N.S. B3M
2J6, Canada
a Regulation of hemoglobin synthesis in blood islands of blastodisc. Gallus domesticus (Aves)
b Isolation and cytological study of erythropoietic cell populations from primitive streak blasto-
discs. Same species as a
c Regulation of serotonin acetyltransferase activity of the pineal gland in organ culture. 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 Development of enzymes of the melatonin biosynthetic pathway in the pineal gland, in vivo and
in organ culture; influence of lighting conditions. Gallus domesticus (Aves)
b Regulation of the circadian cycle of serotonin acetyltransferase activity in the pineal gland. Same
species as a
WAKAHARA, M.; D.Sc. - Zool. Inst., Fac. of Sci., Hokkaido Univ., N. 10, W. 8, SAPPORO, 060
Japan
a Mechanism of differentiation of primordial germ cells. Xenopus laevis (Anura)
b Factor(s) causing initiation of nieiosis. Same species as a
WALDMAN, S. A.; B.Sc. - Dept. of Anat., Jefferson Med. CoU., 1020 Locust St., PHILADELPHIA,
PA 19107, USA
a Chemical composition and molecular organization of plasma membranes in embryogenesis and
oncogenesis
WALKER, B. E.; M.D., Ph.D., Prof. - Dept. of Anat., Michigan State Univ., A519 East Fee Hall,
EAST LANSING, Ml 48824, USA
WALKER, Ch. W.; Ph.D. - Dept. of Zool., Univ. of New Hampshire, Spaulding Bldg., DURHAM,
NH 03824, USA
a Structural and functional studies of cell proliferation and cytodifferentiation during regeneration
and spermatogenesis. Asterias vulgaris, Stcphanasterias albula (Asteroidea)
96
WALLACE, R. A.; Ph.D. - BioL Div., Oak Ridge NatL Lab., P.O. Box Y, OAK RIDGE, TN 37830,
USA
WARD R T.; Ph.D. - Anat. Dept., Downstate Med. Ctr., State Univ. of New York, 450 Qarkson
Ave., NEW YORK, Brooklyn, NY 11203, USA
a Changes in crystalline form of the protein yolk in young oocytes. Rana pipiens (Anura)
b Reconstruction of the nuclear pore complex from serial sections of oocytes. Same species as a
WARD S.; Ph.D. - Dept. of Embryol., Carnegie Inst, of Washington, 115 W. University Parkway,
BALTIMORE, MD 21210, USA
a Analysis of fertilization using fertilization-defective mutants; these are characterized by light
and electron microscopy, immunology, and biochemistry of lipids and proteins. Caenorhabditis
elegans (Nematoda)
b Analysis of early embryogenesis usmg mutants and inhibitory drugs. Same species as a
WARSHANA, Ms. K. Z.; B.Sc. - Dept. of ZooL, Fac. of Sci., Alexandria Univ., Moharram Bey,
ALEXANDRIA, Egypt
a Effect of potassium perchlorate on development of thyroid and pituitary glands. Bufo regularis
(Anura) (with M. I. MICHAEL)
WASSERSUG, R. J.; Ph.D. - Dept. of Anat., Univ. of Chicago, CHICAGO, IL 60637, USA
a Feeding adaptations of larvae. (Anura)
b Behavioral adaptations of larvae. (Anura)
c Evolution of metamorphosis (Amphibia)
WATANABE, H.; Ph.D. - Shimoda Marine Res. Ctr., Univ. of Tsukuba, Shimoda 5-10-1, Shizuoka-
ken, SHIMODA 415 Japan
a Recognition of specificity in compound forms. Botryllus primigenus, Botrylloides violaceum,
Qavelina 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, BotryUus 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., 2-1-3 Tsurumi,
YOKOHAMA, 230 Japan
a Electron microscopy of metamorphosis. (Amphibia)
b Electron microscopy and electron cytochemistry of red and white tail muscles in larva and
during metamorphosis. Rana japonica, R. catesbeiana, Xenopus laevis (Anura), Oryzias spec,
Salmo spec. (Teleostei)
c Electron microscopy of adepidermal granules in the larva. Same species as b
d Experiments on differentiation of red and white muscles; satellite cells. (Amphibia)
e Nerve endings in tail during metamorphosis. (Amphibia)
WATANABE, K.; D.Sc. - Kanebo Inst, for Cane. Res., 1-9-1, Misaki-cho, Hyogo-ku, KOBE, 652
Japan
a Differentiation problems in relation with cellular behavior and cell surface composition studied
in cultured chondrocytes. Gallus gallus (Aves)
b Sociological behavior of cells in situ studied in the chorioaUantois. Same species as a
WATANABE, K.; M.Sc. - 2nd Dept. of Anat., Kyoto Pref. Univ. of Med., Kawaramachi-Hirokoji,
Kamikyo-ku, KYOTO, 602 Japan
WATANABE, T.; Ph.D. - Dept. of Hyg. and Prevent. Med., Sch. of Med., Yamagata Univ., Zao-Iida,
YAMAGATA 990-23 Japan
a Origin of aneuploid formations studied in metaphase II oocytes. Mesocricetus auratus, Mus
musculus (Rodentia)
WATANABE, Y. G.; Ph.D. - Dept. of Anat., Sch. of Med., Tokushima Univ., Kuramoto-cho,
TOKUSHIMA, 770 Japan
WATERMAN, R. E.; Ph.D., Assoc. Prof. - Dept. of Anat., Univ. of New Mexico, 915 Stanford Dr.
N.E., ALBUQUERQUE, NM 87131, USA
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)
WATSON, A. G. - Dept. of Anat., N.Y. State Vet. CoU., ComeU Univ., ITHACA, NY 14853, USA
a Development of the atlas-axis complex. Canis familiaris (Camivora) (with H. E. EVANS)
WATTERSON, R. L.; Ph.D.. Prof. - Dept. of Genet, and Developm. Univ. of IlUnois, 515 Morrill
Hall, URBANA, IL 61801, USA
WAYMOUTH, Ms. C; Ph.D. - The Jackson Lab., BAR HARBOR, ME 04609, USA
WEBB. Ms. C. A. G.: Ph.D. - Dept. of Horm. Res., Weizmann Inst, of Sci., P.O.B. 26, REHOVOT,
Israel
a Stage specific cell surface proteins in preimplantation embryos; correlation of surface macro-
molecules with differentiative fate (immunology & biochemistry). Mus musculus (Rodentia)
b Role of cytoskeletal components in preimplantation development; their localization studied by
immunofluorescence. Same species as a
WEGMANN, R.; Dr.Med., D.Sc, Prof. - Dept. d'Histoenzymol., Fac. de Med., Univ. St. Joseph, B.P.
1 15076, BEIRUT, Lebanon
see vol. 17, part 1, page 108
WEINSTOCK, A.; D.D.S., Ph.D., Prof. - Ctr. for Health Sci., Sch. of Dent, 63-032, Univ. of California,
LOS ANGELES, CA 90024, USA
a Development of bone and tooth matrices, mainly glycoproteins (electron microscope radioauto-
graphy). Rattus rattus (Rodentia)
97
b Biosyntliesis and secretion of bone and dentin procollagen (subcellular fractionation and radio-
autography). Gallus gallus (Aves), Rattus rattus (Rodentia)
WEIRICH, G.; Dr.rer.nat. - Insect Physiol. Lab., U.S. Dept. of Agric. SEA FR BARC-East Bldg. 467,
BELTSVILLE, MD 20705, USA
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
c Enzymes of ecdysone biosynthesis and degradation; their relation to embryonic and post-
embryonic development; tissue- and subcellular localization; control mechanisms and inhibitors.
Manduca sexta (Lepidoptera)
WEIS (SHULMAN), Ms. J. S.; Ph.D., Prof. - Dept. of Zool., Rutgers Univ., 195 University Ave.,
NEWARK, NJ 07102, USA
a Effects of environmental pollutants on development. Fundulus heteroclitus, Cyprinodon
variegatus (Teleostei)
b Experimental modification of regenerative response in limbs and fins. Same species as a, and
Rana spec. (Anura)
c Regeneration of limbs: modification by environmental conditions. Uca spec. (Decapoda, Crustacea)
WEISS, L.; Sc.D., M.D., Ph.D., Prof. - Dept. of Exper. Pathol., Roswell Park Mem. Inst., 666 Elm
St., BUFFALO, NY 14263, USA
a Biophysics of cell interactions
WEISS, P. A.; Ph.D., Sc.D., Prof. (Emer.) - Dept. of Developm. & Neural Biol., Rockefeller Univ., 66th
St. and York Ave., NEW YORK, NY 10021, USA
WENGER, B. S.; Ph.D., Prof. - Dept. of Anat., Univ. of Saskatchewan, SASKATOON, Sask. S7N
OWO, Canada
WERNER, Y. L.; Ph.D. - Dept. of Zool., Hebrew Univ., JERUSALEM, Israel
a Temperature effects during embryogenesis on the number of vertebrae. Hemidactylus turciois,
Stenodactylus stenodactylus (Gekiconoidea, Lacertilia)
b Temperature dependence of the duration of embryonic development. (Gekkonoidea, Lacertilia)
c Changes in egg shell structure during incubation. Same species as b
d Inter-dependence of parent size, egg size, and neonatal size. Same species as b
e Ontogeny and function of the middle ear. (Lacertilia; Anura)
WESSELLS, N. K.; Dr. - Dept. of Biol. Sci., Stanford Univ., STANFORD, CA 94305, USA
WEST, J.D.; Ph.D. - Dept. of Molec. Biol., Roswell Park Mem. Inst., 666 Elm St., BUFFALO, NY
14263, USA
a X-chromosome expression during development using X-linked biochemical markers. Mus mus-
culus (Rodentia)
WEST, N. R.; Ph.D. - Dept. of Anat., Upstate Med. Ctr., State Univ. of New York, 766 Irving Ave.,
SYRACUSE, NY 13210, USA
a Differentiation sequence of proteins in neural crest cells. Gallus domesticus (Aves)
WESTERMAN, R. A.; Ph.D. - Dept. of PhysioL, Monash Univ., WelUngton Rd., CLAYTON, Vict.
3168, Australia
a Electrophysiology, histology, and ultrastructure of functional neuromuscular connections
during normal neonatal development and after various experimental reinnervations. Felis
domestica (Carnivora)
b Evolution of locomotor skills in neonates. Some species as a
WESTON, J. A.; Ph.D., Prof. - Dept. of Biol., Univ. of Oregon, EUGENE, OR 97403, USA
a Migration and differentiation of neural crest cells. Gallus domesticus (Aves), Mus musculus
(Rodentia)
b Cell surface as an effector of cell specificity. Same species as a
c Action of morphogenetic agents on embryonic cell behavior in vivo and in vitro. Gallus domesticus
(Aves)
WHITELAW, S. - Dept. of Zool., Univ. of New England, ARMIDALE, N.S.W. 2351, Australia
a Regeneration and development. Blattella germanica (Blattodea) (with A. F. O'FARRELL)
WHITT, G. S.; Ph.D., Assoc Prof. - Dept. of Genet, and Developm., Univ. of Illinois, 515 Morrill
Hall, URBANA, IL 61801, USA
WHITTAKER, J. R.; Ph.D. - Wistar Inst, of Anat. and Biol., 36th St. at Spruce, PHILADELPHIA,
PA 19104, USA
a Mechanisms regulating melanogenesis in normal differentiating pigment cells and in malignant
tumor cells. Ciona intestinalis (Ascidiacea), Gallus domesticus (Aves), Mesocricetus auratus
(Rodentia)
b Positional information in mosaic embryos for histospecific enzyme differentiations: acetyl-
cholinesterase, tyrosinase, and alkaline phosphatase. Ciona intestinalis, Styela partita, Molgula
manhattensis (Ascidiacea)
c Differentiation of the pineal gland in vitro and in situ. Gallus domesticus (Aves)
d Structural and histochemical features of development relating to the origin of the larva, its
ecological adaptations, and the evolution of pelagic forms. Various spp. (Ascidiacea; Larvacea)
WHITTEN, W. K.; D.Sc, B.V.Sc. - The Jackson Lab., BAR HARBOR, ME 04609, USA
a Preimplantation stages of development in vivo and in vitro. Mus musculus (Rodentia)
b Development in aggregation chimeras (two half, two whole and four whole embryos). Same
species as a
c Mechanism of development of spontaneous sex mosaics (hermaphrodites). Same species as a
WILDE, Ch. E., Jr.; Ph.D., Prof. - Dept. of ZooL, Univ. of Rliode Island, KINGSTON, RI 02881,
USA
98
WILEY, Ms. L. M.; Ph.D. - Dept. of Anat., Univ. of Virginia, CHARLOTTESVILLE, VA 22901,
USA
a Control of morphogenetic events by cell surface and cytoskeleton during preimplantation deve-
lopment (embryo culture, use of anti-microtubular (colcemid) and anti-microfilament (cyto-
chalasin B) drugs together with antisera specific for stage-specific, embryo-specific cell surface
components (immunolabeling, indirect immunofluorescence, immunoferritin). Mus musculus
(Rodentia)
b Developmental potential of cells in early embryos; epigenetic control of determination. Same
species as a
WILLIAMS, D. T.; B.S. - Merck Inst, for Therap. Res., P.O. Box 2000, RAHWAY, NJ 07065, USA
a Studies on fertilization. Mesocricetus auratus (Rodentia)
WILLIAMS, Ms. L. A.; Ph.D., Assoc. Prof. - Dept. of Biol., West Virginia Univ., Brooks Hall,
MORGANTOWN, WV 26506, USA
a Control mechanisms in the regeneration of eye lens and iris. Notophthalmus viridescens (Urodela)
WILLIAMS, N. E.; Ph.D., Prof. - Dept. of ZooL, Univ. of Iowa, lOWA-City, lA 52242, USA
a Control mechanisms which underlie the synthesis and assembly of microtubules and surface
membrane during the regeneration of cilia. Tetrahymena thermophila (Ciliata)
b Analysis of the cell cycle. Same species as a
WILSON, Ms. D. BURDA; Ph.D. - Div. of Anat., Med. School, M-004, Univ. of California San Diego,
LA JOLLA, CA 92093, USA
a Mechanisms of teratogenesis in the embryonic and neonatal nervous system, using autoradio-
graphy, electron microscopy (transmission and scanning), and tissue culture. Callus domesticus
(Aves), Mus musculus (Rodentia), Macaca mulatta (Primates)
b Cellular kinetics in the embryonic nervous system (normal and abnormal); developmental genetics
of neurological mutants. Same species as a
WILSON, P.; Ph.D. - Dept. of Behav. Biol., Res. Sch. of Biol. Sci., Australian Natl. Univ., CANBERRA,
A.C.T. 2600, Australia
a Developmental physiology of the visual system (neurophysiology, neuroanatomy). Callus
domesticus (Aves), Rattus spec. (Rodentia)
WILT, F. H.; Ph.D., Prof. - Dept. of Zool., Univ. of CaUfornia, BERKELEY, CA 94720, USA
a Mechanism of origin of hemoglobin-synthesizing machinery during development. Callus domesticus
(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.; Ph.D., Prof. - Univ. of Biol. Sci., Cornell Univ., G45 Emerson Hall, ITHACA, NY
14853, USA
a Embryological basis for structural and functional ovarian asymmetry. (Molossidae, Chiroptera)
b Comparative morphogenesis of fetal membranes and placenta. Various spp. (Chiroptera)
WISCHNITZER, S.; Ph.D., Prof. - Dept. of Biol., Yeshiva Univ., 186th St. and Amsterdam Ave., NEW
YORK, NY 10033, USA
WISEMAN, L. L.; Ph.D. - Dept. of Biol., CoU. of William and Mary, WILLIAMSBURG, VA 23185,
USA
a Cell adhesion and cell movement of embryonic cells in culture. Gallus gallus (Aves), Mus musculus
(Rodentia)
WITMAN, G. B.; Ph.D. - Dept. of Biol., Princeton Univ., PRINCETON, NJ 08540, USA
a Morphogenesis of organelles; synthesis, assembly and function of ciliary and flagellar components.
Chlamydomonas spec. (Volvocales, Chlorophyceae)
WOLFE, H. G.; Ph.D., Prof. - Dept. of Physiol, and Cell Biol., Univ. of Kansas, LAWRENCE, KS
66045, USA
a Basis(es) for abnormal spermiogenesis and consequent sterility caused by a series of radiation-
induced alleles at the pink-eyed dilution (p) locus (separation of stage specific cell types, Sertoli
cells, and interstitial cells; electron microscopy; culture in vitro). Mus musculus (Rodentia)
b Genetic and physiological basis (cellular level) for differences in gonadotropin response in
gonads of lines selected for high and low gonadotropin-induced ovulation rate: 1. 125-I-FSH and
125 I-LH binding of testicular cell fractions; 2. colony formation of Sertoh cells in culture; 3.
testosterone release in culture. Same species as a
WOLFE, J. S.; Ph. D. - Dept. of Biol., Wesleyan Univ., MIDDLETOWN, CT 06457, USA
a Developmental aspects of conjugation (autoradiography, electron microscopy, density gradient
centrifugation, electrophoresis, cell cycle analyses, chemical mutagenesis, surface probes). Tetra-
hymena pyriformis (Ciliata)
b Regulation of ribosomal RNA synthesis during cell cycle (selection synchrony, molecular hybri-
dization, electrophoresis). Same species as a
c Non histone chromosomal proteins in the division cycle and during sexual differentiation. Same
species as a
WOLK, C. P.; Ph.D., Prof. - Plant Res. Lab., Michigan State Univ., EAST LANSING, MI 48824, USA
a Biochemical mechanisms governing differentiation and pattern formation in filamentous forms.
Anabaena cylindrica, A. variabilis, Cyhndrospermum licheniforme (Cyanophyceae)
WOLSKY, A.; Dr.phil., Prof. - Dept. of Radiol., New York Univ. Med. Center, 550 First Ave., NEW
YORK,N.Y. 10016, USA
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)
99
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. Drosophila melanogaster (Diptera),
Triturus viridescens, Rana pipiens (Amphibia)
WOOD, Ms. B. G.; Ph.D. - Dept. of Zool., Univ. of Maine, Murray Hall, ORONO, ME 04473, USA
a Influence of pituitary hormones on the induction of development in the mammary glands of a
dwarf mutant. Mus musculus (Rodentia)
b Differentiation of fetal liver enzyme pathways in vitro and in vivo. Same species as a
WOODS, J. E.; Ph.D., Assoc. Prof. - Dept. of Biol. Sci., De Paul Univ., 1036 W. Belden Ave.,
CHICAGO, IL 60614, USA
a Histochemistry of androgens and estrogens in the gonads and adrenals and initiation of estrogen
synthesis in the gonads of the developing embryo. Gallus domesticus (Aves)
b Functional maturation of the adenohypophysial-testicular-ovarian axes of the developing embryo
as determined by plasma testosterone and 17-beta-estradiol levels. Same species as a
WOURMS, J. P.; Ph.D. - Dept. of Zool., Clemson Univ., CLEMSON, SC 29631, USA
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, Heter-
odontus spec. (Squaloidea, Pleurotremata), Raja spec, Dasyatis spec, Myliobatis spec. (Batoidea,
Hypotremata), Hydrolagus spec. (Holocephali, Elasmobranchii)
c Embryonic adaptations for viviparity. Latimeria spec. (Crossopterygii)
WRIGHT, J. E.; Ph.D. - Boll Weevil Res. Lab., U.S. Dept. of Agric Fed. Res., Sci. and Educ.
Administr., P.O. Box 5367, MISSISSIPPI STATE, MS 39762, USA
a Genetics on development of single sex by genes resistant or susceptible to pesticides. Anthonomus
grandis (Coleoptera)
WRIGHT, Th. R. F.; Ph.D., Assoc. Prof. - Dept. of Biol., Univ. of Virginia, Gilmer Hall, CHAR-
LOTTESVILLE, VA 22901, USA
a 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
WYATT, G. R.; Ph.D., Prof. - Dept. of Biol., Queen's Univ., KINGSTON, Ont. K7L 3N6, Canada
a Developmental biochemistry and hormone action; control of vitellogenin synthesis by juvenile
hormone. Locusta migratoria (Orthoptera)
WYE-DVORAK, Ms. J.; B.Sc - Res. Sch. of Biol. Sci., Austr. Natl. Univ., P.O. Box 475, CANBERRA,
A.C.T. 2601, Australia
a Effects of temperature and food resources on development. Carassius auratus (Teleostei)
b Spread of terminal arborizations of optic axons across the tectum during development (electro-
physiology, electron microscopy). Same species as a
WYTTENBACH, Ch. R.;Ph.D., Prof. - Dept. of Physiol, and Cell Biol., Univ. of Kansas, LAWRENCE,
KS 66045, USA
a Patterns and mechanisms of cell movement associated with stolon elongation, studied via conti-
nuous observations of movements of single vitally-stained epidermal cells in intact stolons and
isolated segments. Campanularia flexuosa (Hydrozoa)
YAFFE, D.; Dr. - Dept. of Cell Biol., Weizmann Inst, of Sci., P.O. Box 26, REHOVOT, Israel
YAJIMA, H.; Ph.D. - Dept. of Biol., Fac of Sci., Ibaraki Univ., Bunkyo-2-chome, MITO 310, Japan
a Malformations induced by irradiation with monochromatic ultraviolet light. Chironomus samoensis
(Diptera)
b Effects of temperature, during and after centrifugation of eggs on the production of double mal-
formations. Same species as a
c Effect of ultraviolet irradiation upon the re-entry of pole cells (electron microscopy). Same
species as a
YAL(;iN, Ms. E.; Ph.D., D.D.S. - Dept. of Histol. and Embryol., Med. Fac, Hacettepe Univ., ANKARA,
turkey
a Teratogenic effect of cortisone on development and fusion of palatal shelves. (Mammalia)
YAMADA, J.; D.Agr., Prof. - Lab. of Physiol, and Ecol., Fac. of Fish., Hokkaido Univ., HAKODATE,
Hokkaido, Japan
a Embryonic and larval development of otoliths. (Salmonidae & Cyprinidae: Teleostei)
b Larval and postlarval death in culture. Sebastes schlegeli (Scorpaenidae, Teleostei)
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)
100
YAMADORI, T.; M.D., Prof. - Dept. of Anat., Div. I, Hirosaki Univ., Zaifucho 5, HIROSAKI-City,
Aomori-ken, 036 Japan
a Postnatal development of uncrossed optic nerve fibers. Rattus norvegicus (Rodentia)
YAMAGAMI, K.; D.Sc, 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 and mechanism of hatching. Oryzias latipes,
Salmo gairdneri (= irideus) (Teleostei)
c Ontogeny of hemoglobins in embryos and larvae. Salmo gairdneri (= 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 ceU cycle (regenerating ear epidermis and epidermis in vitro). Same
species as a
YAMAMOTO, K.; D.Sc, Prof. (Emer.) - Dept. of Biol., Fac. of Fish., Hokkaido Univ., 3-1-1
Minatocho, HAKODATE, 041 Japan
a Embryology. Anguilla japonica (Teleostei)
YAMAMOTO, T. S.; D.Sc, Prof. - Zool. Inst., Fac. of Sci., Hokkaido Univ., N. 10, W. 8, SAPPORO,
060 Japan
a Cytochemistry of development. (Teleostei)
YAMANA, K.; D.Sc, Prof. - Embryol. Lab., Dept. of Biol., Kyushii Univ. 33, Hakozaki, FUKUOKA
812, Japan
a Regulation of ribosomal RNA synthesis during embryonic development. Xenopus laevis (Anura)
YAMAOKA, L. H. - Dept. of Biol. Sci., Bowling Green State Univ., BOWLING GREEN, OH 43403,
USA
YAMASAKI, F.; M.D., Ph.D., - Dept. of Biol., Sapporo Med. Coll., S-1, W-17, Chuoku, SAPPORO
060, Japan
a Development of digestive system. Platanista gangetica, Pontoporia blainvillei, Stenella coeruleoalba
(Cetacea)
b Papillary projections at the lingual margin: development in the fetus, maximum development
early postnatally, disappearance by weaning, traces in the adult, probable function in suckling.
Stenella coeruleoalba (Cetacea)
c Development of taste buds and pits at the lingual posterior dorsum. Same species as b
YAMAUCHI, Kouen - Dept. of Anat., Div. I, Hirosaki Univ., Zaifucho 5, HIROSAKI-City, Aomori-
ken, 036 Japan
a Postnatal development of uncrossed optic nerve fibers terminating in the superior colliculus.
Rattus norvegicus (Rodentia)
YAMAUCHI; Kouhei; Ph.D. - Lab. of Fresh-water Fish Cuh., Dept. of Biol., Fac of Fish., Hokkaido
Univ., 3-1-1 Minatocho, HAKODATE, 041 Japan
a Physiological maturation of oocytes in vitro. Oryzias spec, Carassius spec, Oncorhynchus spec.
(Teleostei)
YAMAZAKI, F.; Ph.D. - Lab. of Embryol. and Genet., Fac. of Fish., Hokkaido Univ., HAKODATE,
Japan
a Developmental genetics, especially relations between enzymic polymorphisms and developmental
stages. (Salmonidae, Teleostei)
b Developmental oncology. (Pleuronectidae ; Gobiidae, Teleostei)
YANAGISAWA, T.; D.Sc, Prof. - Embryol. Sect., Dept. of Biol., Tokyo Metropolitan Univ., 2-1-1,
Fukazawa, 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)
YANAI, J.; Ph.D. - Dept. of Anat. and Embryol., Hebrew Univ. - Hadassah Med. Sch., P.O. Box
1172, JERUSALEM 91000, Israel
a Long-term effects of prenatal administration of psychoactive drugs and other agents on brain
morphology, biochemistry and behavior
YANG, S. F.; Ph.D., Assoc. Prof. - Dept. of Biomorphics, Natl. Defense Med. Ctr., P.O. Box 8244,
TAIPEI 107, Taiwan, Rep. of China
a Nucleic acids in development
b Tryptophan oxygenase synthesis in uterus in response to liver mRNA. Mus musculus (Rodentia)
YAROSS, Ms. M. S.; Ph.D. - Dept. of Biol., Univ. of Virginia, Gilmer HaU, CHARLOTTESVILLE,
VA 22901, USA
a Cell determination and differentiation in limb buds. Coturnix c japonica (Aves)
YASUDA, K.; Ph.D. - Lab. of Cell Sci., Inst, of Biophys. and Molec Biol., Univ. of Kyoto, Kitashi-
rakawa, Sakyo-ku, KYOTO, 606 Japan
YASUDA, M.; M.D., Prof. - Dept. of Anat., Hiroshima Univ., Kasumi 1-2-3, HIROSHIMA, 734
Japan
a Morphogenesis of certain malformations of extremities in embryos. Mus musculus (Rodentia),
Homo sapiens (Primates)
b Enzyme development in embryos. Mus musculus, Rattus norvegicus (Rodentia)
c Embryotoxicity of various chemicals. Same species as b
YASUDA, Ms. Y.; M.D. - Dept. of Anat., Kyoto Univ., Konoe-cho, Yoshida, Sakyo-ku, KYOTO,
606 Japan I q i
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)
c Transplacental carcinogenicity of ethinylestradiol administered during 11th to 17th day of
gestation. Mus musculus (Rodentia)
YASUGI, S.; D.Sc. - Zool. Inst., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO, 113 Japan
a Tissue interactions in differentiating digestive organs. Gallus domesticus, Coturnix c. japonica
(Aves)
YAZAKI, Ms. I.; M.Sc. - Embryol. Sect., Dept. of Biol., Tokyo MetropoUtan Univ., 2-1-1, Fuka-
zawa, Setagaya-ku, TOKYO, 158 Japan
YEW. D. T.; Ph.D. - Dept. of Anat., Univ. of Hong Kong, Li Shu Fan Bldg., 5 Sassoon Rd., HONG
KONG
a Effects of light (different wavelengths, also laser) and neurotrophic agents on prenatal and
postnatal development of eye (particularly the retina) and visual pathways. Gallus domesticus
(Aves), Mus musculus, Rattus norvegicus (Rodentia)
b Morphology, morphometry and biochemistry of prenatal eye development. Homo sapiens
(Primates)
YNTEMA, C. L.; Ph.D., Prof. - Dept. of Anat., Upstate Med. Ctr., State Univ. of New York, 766
Irving Ave., SYRACUSE, NY 13210, USA
a Effects of temperature on development. (Chelonia)
YONEDA, M.; D.Sc, Prof. - Lab. of Devi. Biol., Dept. of Zool., Kyoto Univ., Kitashirakawa-Oiwake-
cho, Sakyo-ku, KYOTO 606, Japan
a Physical properties of eggs and oocytes in relation to: 1) cleavage and meiotic division; 2) struc-
ture of the cell surface. (Echinodermata)
YOSHIDA, K.; M.D. - Dept. of Anat., Sch. of Med., Shinshu Univ., Asahi 3-1-1, MATSUMOTO
390, Japan
a Development of eyes in embryo and newborn (electron microscopy, radioautography). Mus
musculus, Rattus spec. (Rodentia), Homo sapiens (Primates)
YOSHIDA, S.; M.D. - Dept. of Physiol., Inst, for Brain Res., Kyoto Univ., Yoshidakonoe-cho, Sakyo-
ku, KYOTO, 606 Japan
a Developmental changes in the ionic mechanisms of the action potential and the delayed inward-
going rectification in dorsal root ganglion cells (cultured cells from 16- to 17-day fetuses, dis-
sected cells from different stages after birth). Mus musculus (Rodentia)
b Development of excitability and synaptic function in cultures of spinal cord tissues from 13- to
15-day fetuses (Holmes silver stain, intracellular injection of horseradish peroxidase, electro-
physiology). Same species as a
YOSHIKAWA, I. - Dept. of Genet., Nagasaki Univ., 12-4, Sakomoto-machi, NAGASAKI, 852 Japan
a Radiation genetics (embryo, germ cells). Drosophila melanogaster (Diptera)
YOSHIOKA, M.;M.D. - Dept. of Anat., Univ. of Tokyo, Hongo, Bunkyo-ku, TOKYO 113, Japan
a Chronological change of the distribution of mitotic cells in lower second molar. Mus musculus
(Rodentia)
b Development of cleft palate. Same species as a
YOUSON, J. H.; Ph.D., Assoc. Prof. - Dept. of Zool., Scarborough Coll., Univ. of Toronto, WEST
HILL, Ont. MIC 1A4, Canada
a Morphology and physiology and regulation of metamorphosis. Petromyzon marinus (Cyclosto-
mata)
YU (KOU), Ms. N. W.; B.Sc, Prof. - Dept. of Biomorphics, Natl. Defense Med. Ctr., P.O. Box 8244.
TAIPEI 107, Taiwan, Rep. of China
a Functional development of adrenal cortex in the embryo. (Anura)
YUKAWA, O.; Ph.D. - Div. of Biol., Natl. Inst, of Radiol. Sci., 9-1, 4-chome, Anagawa, CHIBA 280,
Japan
a X-irradiation-induced damage in microsomal drug metabolizing enzyme system of developing
liver. Rattus norvegicus (Rodentia)
b Mechanism of differentiation of drug metaboUzing enzyme system in Uver microsomal membranes
during development. Same species as a
ZAMBERNARD, J. - Dept. of Zool., Univ. of Minnesota, ST. PAUL, MN 55101, USA
ZELENKA, Ms. P. S.; Ph.D. - Sect. Exp. Embryol., Lab. of Vision Res., Natl. Eye Inst., Natl. Inst, of
Health, BETHESDA, MD 20014, USA
a Biosynthesis of lens fiber plasma membranes and metaboHsm of their phospholipids during em-
bryogenesis. Gallus domesticus (Aves)
ZIMMERMAN, E. F.; Ph.D. - Div. of Fetal Pharmacol., Children's Hosp. Res. Found., Elland &
Bethesda Aves., CINCINNATI, OH 45229, USA
a Developmental microheterogeneity of alpha-fetoprotein (sialylation; synthesis in yolk sac and
fetal liver; presence in amniotic fluid and fetal plasma). Mus musculus (Rodentia), Homo sapiens
(Primates) and other Mammaha
b Palate shelf morphogenesis (movement): role of contractile proteins; teratogens (including gluco-
corticoids) causing cleft palate. Same species as a
ZIMMERMAN, J.; Ph.D. - Dept. of Anat., Univ. of Alabama, BIRMINGHAM, AL 35294, USA
a Developmental onset of synthesis of newly isolated melanosomal proteins. Gallus domesticus
^ Avcs^
ZIMMERMANN, A. A.; D.Sc, Prof. (Emer.) - 815 Woodstock St., BELLAIRE, TX 77401, USA
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, MA. 021 15, USA
102
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 rule not listed, with the exception of the names of Institute
directors.
(x) Crosses 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 crosses, this usually means that no information has been
submitted by the Institute in 1978. Older information concerning such Insti-
tutes may be found in previous issues.
AFRICA
EGYPT
Alexandria, Alexandria Univ.,
Fac. of Sci., Dept. of Zool,
X MICHAEL, M.I. - Prof., Head
X SEDRA, S.N. - Prof.
X KHALIL, S.H. - Lect.
X EL MEKKAWY, D.A. - Asst. Lect.
X AZIZ, F.K. - Asst. Lect.
X EL DIN, Ms. A.M.N. - Demonstr.
X EL TAWIL, M.H. - Demonstr.
X HASSONA, A.A.S. - Demonstr.
X KEREEM, A. A. - Demonstr.
X MOSAD, E.A. - Demonstr.
X RAGEH, Ms. M.A.E. - Demonstr.
X WARSHANA, Ms. K.Z. - Demonstr.
Cairo, Ain Shams Univ.,
Fac. of Med.
X NAWAR, N.N.Y.
Giza, Cairo Univ. ,
Fac. of Agric, Anim. Sci. Dept,
X KAMAR, G.A.R. - Prof.
KENYA
Nairobi , Univ. of Nairobi,
Dept. of Entomol.
X AWITI, Ms. L.
NIGERIA
Ibadan, Univ. of Ibadan,
Fac. of Med. , Dept. of Anat.
DESALU, A.B.O. - Acting Head
ODUTOLA, A.B. - Lect.
Dept. of Vet. Anat. & Physiol.
AIRE, T.A. - Lect.
SOUTH AFRICA
Bloemfontein, Univ. of the O.F.S.,
Dept. of Anat., Exp. Embryol. Res.
Unit of the M.R.C.
X BARNARD, Ms. S.B. - Sen. Lect.
X LAMPRECHT, DeV.B. - Sen. Lect.
X ROSSOUW, R.J. - Sen. Prof. Off.
X DE JAGER, Ms. L. - Lect.
X VAN DER WESTHUIZEN, Ms. L.de K.
Prof. Off.
Congella, Univ. of Natal,
Fac. of Med., Physiol. Dept.
X VAN DER MEULEN, Ms. D.M. - Lect,
Durban, Univ. of Durban-Westville,
Dept. of Zool.
X SMIT, A.L. - Prof., Head
X FRANK, G.H. - Assoc. Prof.
Johannesburg ,
X BALINSKY, B.I. - Prof. Emer .
103
South Africa
Canada (N.S.)
Johannesburg , Univ. of the Wit-
water sr and, Med. Sch. , Anat. Dept.
X ANDREW, Ms. A. - Assoc. Prof.
X RAWDON, B.B. - Sen. Lect.
X KRAMER, B. - Lect.
Fac . of Sci., Dept. of Zool.
PATERSON, H.E. - Prof., Head
X FABIAN, B.C. - Assoc. Prof.
X THORNLEY, A.L. - Sen. Lect.
X GOLDIN, G.V. - Lect.
Pretoria, Univ. of Pretoria,
Mammal Res. Inst.
SKINNER, J.D. - Prof., Dir.
NORTH AMERICA
CANADA
ALBERTA (Alta.)
Calgary, Univ. of Calgary,
Fac. of Arts & Sci., Dept. of Biol,
DUERKSEN, J.D. - Prof.
BROWDER, L.W. - Assoc. Prof.
Fac. of Med., Health Sci. Ctr . ,
Div. of Med. Biochem.
X CHURCH, R.B. - Prof., Head
X HANCOCK, R.L. - Assoc. Prof.
X LIN, C.C. - Assoc. Prof.
X SCHULTZ, G.A. - Asst. Prof.
Div. of Obstet. & Gynecol.
X HAY, D.M. - Prof.
Div. of Pathol.
DICKSON, A.D. - Prof., Head
HOLMES, P.V. - Asst. Prof.
SPIRA, A.W. - Asst. Prof.
Fac. of Sci., Dept. of Physics
CHALLICE, C.E. - Prof.
Oncol. Res. Group
X TAMAOKI, T. - Assoc. Prof.
Edmonton , Univ. of Alberta
Fac. of Agric. & Forestry
Dept. of Entomol.
X HEMING, B.S. - Assoc. Prof.
Fac. of Med., Dept. of Immunol.
LONGENECKER, B.M.
Dept. of Physiol.
X SANDERS, E.J. - Assoc. Prof.
Dept. of Zool.
X EISENBERG ZALIK, Ms. S. - Prof.
X RUTH, R.F.
X SPENCER, A.N.
BRITISH COLUMBIA (B.C.)
Burnaby, Simon Fraser Univ. ,
Dept. of Biol. Sci.
X NAIR, K.K. - Prof.
X SMITH, M.J.
Vancouver, Univ. of Br it. Columbia,
Fac. of Dent., Dept. of Oral Biol.
X SHAH, R.M. - Asst. Prof.
Poultry Sci. Dept.
X FITZSIMMONS, R.C. - Assoc. Prof.
Dept. of Zool.
X FINNEGAN, C.V, - Prof.
X AUERSPERG, N. - Prof.
X BERGER, J.D. - Assoc. Prof.
FORD, P. - Assoc. Prof.
X KASINSKY, H.E. - Asst. Prof.
X REEVES, O.R. - Asst. Prof.
X POLLOCK, Ms. C. - Grad. Stud.
West Vancouver, Fish. & Mar. Serv.
Resource Serv. Branch, Nutr. &
Appl. Endocrinol. Program
X DONALDSON, E.M. - Res. Sclent.
MANITOBA (Man.)
of Manitoba,
, Entomol. Dept,
- Prof,
and Dent. ,
D. - Prof.
- Prof.
Winnipeg, Univ
Fac. of Agric.
X BRUST, R.A.
Facs. of Med.
Dept. of Anat.
X BERTALANFFY, F.
X PERSAUD, T.V.N.
Dept. of Oral Biol.
X PRITCHARD, E.T. - Prof.
Quant. Morphol. Unit
X GORDON, R. - Expert
NEWFOUNDLAND (Nfld.)
St. John' s , Memorial Univ.,
Fac. of Med., Basic Sci.
X BIDDLE, E.G. - Res. Assoc.
Dept. of Biol.
X BAL, A.K. - Prof.
NOVA SCOTIA (N.S.)
Halifax, Dalhousie Univ. ,
Fac. of Arts & Sci., Biol. Dept.
X HALL, B.K. - Prof., Chairman
X HALEY, L.E. - Assoc. Prof.
X HICKS, G.S. - Asst. Prof.
Fac. of Med., Anat. Dept.
X MOBBS, I.G. - Asst. Prof.
Biochem. Dept.
X WAINWRIGHT, S.D. - Prof.
X MEZEI (TEICHMANN) , Ms. C-
Asst. Prof.
104
Canada (N.S.)
Halifax, Mount St. Vincent Univ.,
Biol. Dept.
X WAINWRIGHT, Ms. L.K. - Prof.
ONTARIO
Downsview, York Univ., Biol. Dept.
LOUGHTON, B.C. - Assoc. Prof.
Guelph, Univ. of Guelph,
Ontario Agric. Coll., Dept. of Anim.
and Poultry Sci.
X FISER, P.S. - Res. Assoc.
Dept. of Environm. Biol.
DIXON, S.E. - Prof.
Coll. of Biol. Sci. ,
Dept. of Bot. and Genet.
X PETERSON, R.L. - Assoc. Prof.
Dept. of Zool.
X GEORGE, J.C. - Prof.
X SCADDING, S.R. - Asst. Prof.
Ontario Vet. Coll.,
Dept. of Biomed. Sci.
X HARDY, Ms. M.H. - Prof.
X MANN, P.M. - Assoc. Prof.
X FISHER, K.R.S. - Asst. Prof.
X VAN EXAN, R.
Hamilton, McMaster Univ., Fac. of
Health Sci., Dept. of Anat.
PALLIE, W. - Prof., Chairman
McCALLION, D.J. - Prof.
Kingston, Queen's Univ.,
Dept. of Anat.
JONEJA, M.G. - Assoc. Prof.
Dept. of Biol.
X WYATT, G.R. - Prof.
X NEWCOMB, W.
London, Univ. of W.Ontario,
Health Sci. Ctr . , Dept. of Anat.
SINGH, R.P. - Assoc. Prof.
SHAVER, Ms. E.L. - Assoc. Prof.
MARTIN, A.H.
Dept. of Plant Sci.
GREYSON, R.I. - Assoc. Prof.
Coll. of Sci., Dept. of Zool.
X LOCKE, M. - Prof., Chairman
X BATTLE, Ms. H.I. - Prof. (Emer.)
X ATKINSON, B.G. - Assoc. Prof.
PURKO, J. - Assoc. Prof.
X KIDDER, G.M. - Asst. Prof.
CAVENEY, S. - Asst. Prof.
Mississauga, Univ. of Toronto,
Erindale Coll.
X O'DAY, D.H. - Assoc. Prof.
Ottawa, Anim. Res. Inst.,
Dept. of Reprod. Physiol.
X ROBERTSON, H.A. - Princ. Res.
Sclent.
X CARNEGIE, Ms. J. A. - Grad. Student
X THOMSON, Ms. D.V. - Grad. Student
Canada (Sask. )
Ottawa, Carleton Univ. ,
Fac. of Sci., Biol. Dept.
X BETZ, T.W. - Assoc. Prof.
Ottawa, Health & Welfare Canada,
Health Protect. Branch
X POLLARD, D.R.
Ottawa, Univ. of Ottawa, Fac. of
Sci. & Engin., Dept. of Biol.
X ARMSTRONG, J.B. - Assoc. Prof,
X McBURNEY, M.W. - Asst. Prof.
Toronto, Univ. of Toronto,
Fac. of Arts & Sci., Zool. Dept.
METTRICK, D.F. - Prof.,
Chairman
X LIVERSAGE, R.A. - Prof.
X MASUI, Y. - Prof.
BROWN, I.R. - Asst. Prof.
X ELINSON, R.P. - Asst. Prof.
X RAPPORT, Ms. E.W. - Asst. Prof.
X LAI-FOOK, Ms. J.E.I. - Asst. Prof,
X MEYERHOF, P.G.
West Hill, Univ. of Toronto,
Scarborough Coll., Zool. Dept.
X YOUSON, J.H. - Assoc. Prof.
X FILOSA, M.F. - Assoc. Prof.
QUEBEC
Montreal , McGill Univ.,
Dept. of Anat.
X CLERMONT, Y. - Prof., Chairman
X LEBLOND, C.P. - Prof.
Dept. of Biol.
X ERASER, F.C. - Prof.
X TRASLER, Ms. D.G. - Res. Assoc.
X VEKEMANS, M. - Postd. Fellow
Montreal, Univ. of Montreal,
Fac. of Sci., Dept. of Biol.
X COUSINEAU, G.H. - Assoc. Prof.
SASKATCHEWAN
Saskatoon, Agric. Canada Res. Stat.
DAVIS, G.R.F. - Res. Sclent.
EWEN, Al.B. - Res. Sclent.
Saskatoon, Univ. of Saskatchewan,
Dept. of Anat.
X FEDOROFF, S. - Prof., Dir.
X BUTLER, H. - Prof.
WENGER, B.S. - Prof.
X JUURLINK, B.H.J. - Asst. Prof.
Dept. of Biol.
X LACALLI, Th.C.
X SAWHNEY, V.K.
X STEEVES, T.A.
Western Coll. of Vet. Med.,
Dept. of Vet. Anat.
HRUDKA, F. - Prof.
LATSHAW, W.K. - Prof.
X FLOOD, P.F. - Assoc. Prof.
105
Mexico
U.S.A. (CA)
MEXICO
Mexico, Ctr. de Invest, y de Estud.
Avanzados del Inst. Politecn. Nac,
Dept. de Bioquim.
HAMABATA, A. - Assoc. Prof.
RAMIREZ, O.C. - Asst. Prof.
Mexico, U.N. A.M.,
Inst, de Invest. Biomed.
X MERCHANT-LARIOS , H. - Assoc. Prof.
UNITED STATES
ALABAMA (AL)
Birmingham, Univ. of Alabama,
Dept. of Anat.
X ZIMMERMAN, J.
Dept. of Biol.
POIRIER, G.R. - Assoc. Prof.
ALASKA (AK)
Fairbanks, Univ. of Alaska,
Dept. of Med. Sci. ,
X BAILEY, R.P.
ARIZONA (AZ)
Tempe , Arizona State Univ.,
Dept. of Zool.
X DOANE, Ms. W.W. - Prof.
Tucson^ Univ. of Arizona,
Coll. of Med., Dept. of Anat.
X KISCHER, C.WARD - Assoc. Prof.
Coll. of Lib. Arts, Dept. of Cell
and Devi. Biol.
X BAGNARA, J.T. - Prof.
BARTELS, P.O. - Prof.
FERRIS, W.R.
ARKANSAS (AR)
Hot Springs, Weyerhaeuser Co. ,
Res. Lab.
X GREENWOOD, M.S.
Jefferson, Publ. Health Serv. ,
Natl. Ctr. for Toxicol. Res.
X KIMMEL, Ms. CA.
Little Rock, Univ. of Arkansas for
Med. Sci., Dept. of Pharmacol.
SPYKER, J.M.
Monticello, Univ. of Arkansas,
Dept. of Biol.
X ETHERIDGE, A.L. - Assoc. Prof.
CALIFORNIA (CA)
Berkeley, Univ. of California,
Div. of Entomol.
X PIPA, R.L. - Prof.
106
Dept. of Physiol. -Anat.
X BURNSIDE, Ms. M.B.
Dept. of Zool.
X EAKIN, R.M. - Prof.
X WILT, F.H. - Prof.
BERG, W.E. - Prof.
X STEINHARDT, R.A. - Assoc. Prof.
Davis, Univ. of California,
Calif. Primate Res. Ctr.
X HENDRICKX, A.G.
X THOMPSON, R.S.
Carnegie Labs, of Embryol.
X O'RAHILLY, R. - Prof,, Dir.
X BARRY, A. - Prof.
X de VRIES, P. - Asst. Prof.
Dept. of Zool.
X VACQUIER, V.D,
X GREY, R.D.
X NUCCITELLI, R. - Asst. Prof.
Sch. of Vet. Med., Radiobiol. Lab.
X ANDERSEN, A.C.
Duarte, City of Hope Med. Ctr.,
Dept. of Biol.
OHNO, S. - Chairman
SEECOF, R.L. - Res. Scient.
Div. of Neurosci.
X VAUGHN, J.E.
Fullerton, Calif. State Univ.,
Dept. of Biol. Sci.
X FROMSON, D.R.
Hayward, Calif. State Univ.,
Dept. of Biol. Sci.
X HEATH, H.D. - Prof.
X LYKE, E.B. - Prof.
X BENSON, S.C. - Asst. Prof.
Irvine, Univ. of Calif., Sch. of
Biol. Sci., Ctr. for Pathobiol.
SCHNEIDERMAN, H.A. - Prof., Dir.
X LENHOFF, H.M. - Prof.
CAMPBELL, R.D. - Prof.
FOSKET, D.E. - Assoc. Prof.
X BRYANT, P.J. - Assoc. Prof.
X BRYANT (POYNTZ) , Ms. S.V. -
Assoc. Prof.
GOLDSMITH, Ms. M.R. - Asst. Prof.
BODE, H.R. - Assoc. Prof.
GRANGER (PARSONS) , Ms. N. - Lect.
MADHAVAN, K. - Res. Scient.
MADHAVAN, Ms. M.M. - Res. Scient.
La Jolla, Univ. of Calif. San Diego,
Med. Sch., Div. of Anat.
X WILSON, Ms. D.BURDA
Ctr. for Devi. Biol.
X STERN, H. - Prof., Dir.
X BUTLER, W.L. - Prof.
X DUTTON, R.W. - Prof.
X LINDSLEY, D.L. - Prof.
X SATO, G.H. - Prof.
U.S.A. (CA)
U.S.A. (CA)
X SIMON, M.I. - Prof.
X VARON, S.S. - Prof.
X BRODY, S. - Assoc. Prof.
X CHRISPEELS, M.J. - Assoc. Prof.
X LOOMIS, W.F. - Assoc. Prof.
X NESBITT, M.N. - Assoc. Prof.
X SCHEFFLER, I.E. - Assoc. Prof.
X SPITZER, N.C. - Assoc. Prof.
X HOWELL, S.H. - Assoc. Prof.
X HOTTA, Y. - Res. Biologist
X TOKUYASU, K. - Prof, in Residence
X GOULD-SOMERO, M.C. - Lect.
X ADLER, R.
Dept. of Reprod. Med.
KENNEDY, J.F. - Asst. Prof.
Los Angeles, Univ. of California,
Med. Sch. , Bone Res. Lab.
X URIST, M.R. - Ad j .Assoc. Prof .Surg,
X LINDHOLM, S. - Visit. Res. Surg.
X HIRANO, H. - Res. Fellow
Ctr. for Health Sci., Dept. of
Pediat. and Anat.
TOWERS, B.
School of Dent.
X WEINSTOCK, A. - Prof.
Dept. of Med.
X MAKINODAN, T. - Prof.
Div. of Med. Genet.,
Dept. of Psychiat.
X LUTHARDT, F.W.
Dept. of Biol.
X TOBIN, A.J.
Los Angeles, Univ. of S.Calif.,
School of Dent.
Lab. for Devi. Biol.
X SLAVKIN, H.C. - Prof.
X BROWNELL, Ms. A.G. - Asst. Prof.
Sch. of Med.^
Dept. of Obstet. & Gynecol.
MARTIN, C.B., Jr. - Prof.
MANNING, F. - Asst. Prof.
MURATA, Y. - Asst. Prof.
MIYAKE, K. - Res. Fellow
Dept. of Biol. Sci.
PRAY, T.R. - Prof.
BAKER, R.F. - Assoc. Prof.
Los Angeles, VA Wadsworth Hosp. Ctr.
Geriat. Res., Educ. 8, Clin. Ctr.
X MAKINODAN, T. - Dir.
Northridge, Calif. State Univ.,
Dept. of Biol.
X BARBER, Ms. M.L. - Prof.
X OPPENHEIMER, S.B. - Prof.
X GAUDIN, A.J. - Assoc. Prof.
Pacific Grove, Stanford Univ. ,
Hopkins Marine Station
X EPEL, D. - Prof.
X NISHIOKA, D. - Postdoct. Scholar
Palo Alto, Stanford Med. School,
Dept. of Med.
X KEDES, L.H.
X LEVY, Ms. S. - Res. Assoc.
Palo Alto, Zoecon Corp.,
X STAAL, G.B. - Dir. Biol. Res.
X JUDY, K.J. - Res. Sclent.
Pasadena, Calif. Inst, of Technol.,
Div. of Biol.
X DAVIDSON, E.H. - Prof.
X HOUGH-EVANS, Ms. B. -
Sr. Res. Fellow
X MEYER, R.L. - Sr . Res. Fellow
X SPERRY, R.W.
X SCOTT, M.Y. - Visit. Assoc.
Pasadena, Huntington Inst, of Appl.
Med. Res.
AGNEW, W.F. - Sen. Invest.
Riverside, Univ. of California,
Dept. of Biol.
ALLEN, W.R. - Asst. Prof.
San Diego, Univ. of California
Med. Ctr., Dept. of Pathol.
X BENIRSCHKE, K. - Prof.
X lANNACCONE, P.M. - Asst. Prof.
San Diego, San Diego State Univ.,
Zool. Dept.
X LEWIS, CA.
San Francisco, Univ. of Calif.,
Med. Sch., Dept. of Anat.
X MONIE, I.W. - Prof.
X GLASS, Ms. L.E. - Prof.
X La VAIL, J.H. - Assoc. Prof.
X MARTIN, Ms. G.R.
Dept. of Growth & Devi.
X DAENTL, Ms. D.L.
Cardiovasc. Res. Inst.
X RUDOLPH, A.M. - Prof.
Sch. of Dent., Dept. of Anat.
COLEMAN, R.D. - Prof.
San Francisco, Univ. of the Pacific,
Sch. of Dent., Dept. of Anat.
X CHAMBERLAIN, J.G. - Chairman
San Luis Obispo, Calif. Polytechn.
State Univ., Biol. Sci. Dept.
X THURMOND, W. - Prof.
X KREJSA, R.J. - Assoc. Prof.
Stanford , Stanford Univ. ,
Sch. of Med., Dept. of Anat.
X GRAY, D.J. - Prof. (Emer.)
Dept. of Med.
STOCKDALE, F.E. - Assoc. Prof.
Dept. of Pediat.
X BERNFIELD, M.R. - Prof.
KRETCHMER, N. - Prof.
Dept. of Biol. Sci.
GREEN, P.B. - Prof.
WESSELLS, N.K.
107
U.S.A. (CA)
U.S.A. (DC)
Torrance, Univ. of California,
Dept. of Pathol.
ZAMBONI, L. - Assoc. Prof.
COLORADO (CO)
Boulder, Univ. of Colorado, Dept. of
Environm. , Popul. & Organ. Biol.
X BEKOFF, Ms. A.C. - Asst. Prof.
Colorado Springs, Colorado Coll.,
Dept. of Biol.
X HEIM, W.G. - Prof.
Denver , Univ. of Colorado,
Sch. of Med., Dept. of Anat.
X CUNHA, G.R.
Vet. Adm. Hosp. , Oral Pathol. Res.
Lab.
X REDMAN, R.S. - Clin. Invest.
CONNECTICUT (CT)
Farmington, Univ. of Connecticut,
Health Ctr., Dept. of Anat.
KALT, M.R. - Asst. Prof.
COLLINS, M.F.
Dept. of Pathol.
X GONDOS, B. - Prof.
Dept. of Pharmacol.
X PAPPANO, A.J. - Assoc. Prof.
BIEGON, Ms. R.L.
Sch. of Dent., Dept. of Oral Biol.
X KOLLAR, E.J. - Prof,
X CUTLER, L.S. - Asst. Prof.
Hartford , Trinity College,
Dept, of Biol.
X CRAWFORD, R.B. - Prof.
X GALBRAITH, D.B, - Prof,
X VAN STONE, J,M, - Prof,
Middletown, Wesleyan Univ, ,
Dept, of Biol,
X HANSON, E.D. - Prof.
X KIEFER, B.I. - Prof,
X BERRY, S,J. - Prof,
X INFANTE, A, A, - Assoc, Prof.
X WOLFE, J.S. - Assoc. Prof.
X DONADY, J.J, - Asst, Prof,
X TURNER, R.S., Jr. - Asst. Prof.
Milford, Northeast Fish. Ctr.,
'Natl. Mar. Fish. Serv. , Biol. Lab.
X CALABRESE, A.
X STILES, Ms. S.S.
New Haven, Alb. Magnus Coll.,
Dept. of Biol.
RUDNICK, Ms. D.
New Haven, Yale Univ., Fac. of Arts
and Sci., Dept, of Biol,
RUDDLE, F.H. - Prof,, Chairman
BOELL, E.J. - Prof. (Emer.)
GALL, J.G. - Prof.
GALSTON, A.W. - Prof.
GOLDSMITH, Ms. M.H.M. - Assoc. Prof
KANKEL, D.R. - Asst. Prof.
LANDMESSER, Ms. L.T. - Assoc. Prof.
MARKERT, C.L. - Prof.
POULSON, D.F. - Prof.
RAE, P.M.M. - Asst. Prof.
ROSENBAUM, J.L. - Prof.
SUSSEX, I.M. - Prof.
TRINKAUS, J. P. - Prof,
Storrs, Agric, Exper. Station,
Dept. of Anim. Genet.
X PIERRO, L.J. - Prof.
x GOETINCK, P.F. - Prof.
X KLEIN, N.W. - Prof.
X SAWYER, L.M. - Res. Asst,
Nutrit. Sci. Dept.
X SOMES, R.G. - Prof.
Storrs, Univ. of Connecticut,
Dept. Biobehav. Sci.
X LAUDER, J.M,
Fac, of Lib, Arts, Biol, Sci. Grp.
X LAUFER, H. - Prof.
X VAFOPOULOU-MANDALOS , Ms. X. -
Grad. Student
X DiMAMBRO, E. - Grad. Student
X GUNDLING, G. - Grad. Student
Genet. & Cell Biol. Sect.
X HEYWOOD, S.M. - Prof,
X HERRMANN, H. - Prof.
X KRIDER, H,M, - Asst, Prof,
Physiol. Sect.
X PILAR, G.R. - Prof., Head
DELAWARE (DE)
Newark, Univ. of Delaware,
Dept. of Biol. Sci.
VINCENT, W.S. - Prof., Chairman
CLARK, A.M. - Prof.
TASCA, R.M. - Assoc. Prof.
FRANCIS, D.W.
DISTRICT OF COLUMBIA (DC)
Washington, American Univ.,
Dept. of Biol,
X BREYERE, E.J,
Washington, Carnegie Inst, of Wash,,
Office of the President
EBERT, J.D.
Washington, Georgetown Univ. ,
Sch. of Med. & Dent., Anat. Dept.
BHUSSRY, B.R, - Prof., Chairman
KAPUR, S.P. - Asst. Prof.
VIDIC,' B.
Washington, George Washington Univ.,
Med. Ctr., Dept. of Anat.
X JOHNSON, K.E.
108
U.S.A. (DC)
U.S.A. (IL)
Washington, Howard Univ. ,
Coll. of Med., Dept. of Anat.
X HAKIM, R.S.
Washington, Trinity College,
Biol. Dept.
X DIMOND, Sister M.T. - Prof.
FLORIDA (FL)
Coral Gables, Univ. of Miami,
Dept. of Biol.
X GRABOWSKI, C.
X MALLERY, C.H.
Inst, of Molec.
.T. - Prof.
- Asst. Prof,
& Cell Evolut.
METZ, C.B. - Prof.
X O'RAND, M.G. - Postdoct. Fellow
Gainesville, Agric. Res. Serv. , In-
sect Attr., Behav. & Basic. Biol.
Res. Lab.
X OBERLANDER, H. - Res. Physiol.
X FERKOVICH, S.M. - Res. Entomol.
X SILHACEK, D.L. - Res. Chem.
Gainesville, Univ. of Florida,
Coll. of Arts & Sci., Zool. Dept.
BROOKBANK, J.W. - Prof.
GREGG, J.H. - Prof.
DAVIS, F.C. - Asst. Prof.
KARP, G.C. - Asst. Prof.
Coll. of Med., Dept. of Anat.
X HOLLINGER, T.G.
Dept. of Neurosci.
HEATON, Ms. M.B.
Miami, Florida Internat. Univ. ,
Coll. of Arts & Sci.,
Dept. of Biol. Sci.
X TAYLOR, G.T. - Asst. Prof.
X MURISON, G.L.
Miami, Univ. of Miami,
Sch. of Med., Dept. of Anat.
X GOLDBERG, S.
X KRAYANEK, Ms. S. - Grad. Student
Dept. of Ophthalmol.
X TUCKER, G.S. - Res. Assoc.
Dept. of Pediat.
X DICKSON, D.R. - Prof.
X MAUE-DICKSON, W. - Assoc. Prof.
Dept. of Physiol. & Biophys.
ROCKSTEIN, M.
Pensacola, Univ.
Fac. of Biol.
X D'ASARO, C.N.
X RANGA RAO, K.
- Prof,
of W.Florida,
Prof.
Prof.
Sarasota, New Coll. of the Univ. of
S.Florida, Div. of Nat. Sci.
X MORRILL, J.B. - Prof.
Tampa, Univ. of S.Florida,
Dept. of Biol.
X HINSCH, Ms. G.W. - Assoc. Prof.
GEORGIA (GA)
Athens, Univ. of Georgia,
Coll. of Arts & Sci., Zool. Dept.
X BRYAN, J.H.D. - Prof.
X HUMPHREYS, W.J. - Prof., Dir. E.M.Lab,
X LINDSAY, D.T. - Assoc. Prof.
X COWARD, S.J. - Assoc. Prof.
X MATTINGLY, Ms. E. - Assoc. Prof.
Dept. of Bot.
FULLER, M.S. - Prof.
KEY, J.L. - Prof.
KOCHERT, G. - Assoc. Prof.
JAWORSKI, A. - Asst. Prof.
Atlanta, Emory Univ.,
Dept. of Anat.
X DeHAAN, R.L. - Prof.
Dept. of Biol.
X CLEMENT, A.C. - Prof. (Emer.)
X HUMPHRIES, A. A., Jr. - Prof.
X HUNT, E.L. - Prof.
X ELMER, W.A. - Assoc. Prof.
X SMITH, P.D. - Assoc. Prof.
X NUTTALL, R.P. - Asst. Prof.
Augusta, Med. Coll. of Georgia,
Dept. of Anat.
X SOHAL, G.S. - Assoc. Prof.
X HOLT, R.K. - Asst. Prof.
GALE, T.F.
HAWAII (HI)
Honolulu, Univ. of Hawaii,
H.L.Lyon Arboretum & Horticult. Dept.
X SAGAWA, Y. - Prof., Dir.
Pacif. Biomed. Res. Ctr . ,
Kewalo Marine Lab.
X KANE, R.E. - Prof., Asst. Dir.
X ARNOLD, J.M. - Prof. Cytol.
X HUMPHREYS, T.D. - Prof. Biochem.
HADFIELD, M.G. - Assoc. Prof. Cytol.
Dept. of Zool.
X HALEY, S.R. - Assoc. Prof.
IDAHO (ID)
Moscow, Univ,
& Sci. , Dept,
X ROBERTS, L,
ILLINOIS (IL)
of Idaho, Fac.
of Biol. Sci.
W. - Prof. Bot.
of Lett.
Chicago, De Paul Univ. ,
Dept. of Biol. Sci.
X THOMMES, R.C. - Prof.
X McWHINNIE, Ms. D.J. - Assoc. Prof.
X WOODS, J.E. - Assoc. Prof.
Chicago, Illinois Inst, for Devi.
Disabilities
X POLLACK, E.D.
109
U.S.A. (ID
U.S.A. (lA)
Chicago, Loyola Univ. ,
Dept. of Biol.
X MANNER, H.W. - Prof.
X GOLDIE, M. - Asst. Prof.
X SPIROFF, B.E.N. - Asst. Prof.
Chicago, Rush Univ., Coll. Health
Sci., Dept. of Anat.
X SCHMIDT, A.J. - Prof.
X DINSMORE, C.E.
Chicago, Univ. of Chicago,
Div. Biol. Sci., Anat. Dept.
SINGER, R. - Prof., Chairman
ANDERSON, W.R. - Assoc. Prof.
GARBER, Ms. B.B. - Assoc. Prof.
MANASEK, F.J. - Assoc. Prof.
X WASSERSUG, R.J.
STEFFEK, A.J. - Res. Assoc.
VERRUSIO, A.C. - Res. Assoc.
Comm. on Developm. Biol.
MOSCONA, A. A. - Prof., Chairman
COHEN, M.H. - Prof.
DORFMAN, A. - Prof.
GARBER, Ms. B.B. - Assoc. Prof.
GOLDWASSER, E. - Prof.
HASELKORN, R. - Prof.
MOSCONA, Ms. M.H. - Res. Assoc.
OVERTON, Ms. 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.
Depts. of Pediat. & Biochem.
X UPHOLT, W.B.
Chicago, Univ. of Illinois,
Sch. of Basic Med. Sci., Anat. Dept.
X LaVELLE, A. - Prof.
X RAFFERTY, K.A., Jr. - Prof.
X REYNOLDS (KING), Ms. W.A. - Prof.
X VAN ALTEN, P.J. - Prof.
X SACHS, H.G. - Assoc. Prof.
X STARK, R.A. - Asst. Prof.
Chicago, Wilbur Wright College,
Dept. of Biol.
X VENEZIANO, P.P. - Prof.
DeKalb, North. Illinois Univ.,
Dept. of Biol. Sci.
X PRAHLAD, K.V. - Prof.
X JOLLIE, M.T. - Prof.
X SCHJEIDE, O.A. - Prof.
X HAMPEL, A.E. - Assoc. Prof,
X HANZELY, L. - Assoc. Prof.
Evanston, Northwestern Univ. ,
Dept. of Biol. Sci.,
X KING, R.C. - Prof.
X CASSIDY, J.D. - Res. Assoc.
Lombard, Natl. College,
Dept. of Anat.
X BACHOP, W.E.
Maywood , Loyola Univ. ,
Sch. of Dent., Dept. Oral Pathol.
X TOTO, P.D, - Prof.
Med. Ctr., Dept. Orthop. Surg.
X COLE, M.B. , Jr.
Normal, Illinois State Univ. ,
Dept. of Biol. Sci.
X SCHWALM, F.E. - Assoc. Prof.
Urbana, Univ. of Illinois,
Dept. of Genet. & Developm.
WATTERSON, R.L. - Prof.
NANNEY, D.L. - Prof.
STEFFENSEN, D.M. - Prof.
DAVENPORT, R. - Assoc. Prof.
BROWN, E.H. - Assoc. Prof.
WHITT, G.S. - Assoc. Prof.
STOCUM, D.L. - Assoc. Prof.
WILLIS, J.H. - Assoc. Prof.
FUTRELLE, R.P. - Asst. Prof.
INDIANA
Bloomington, Indiana Univ. ,
Dept. of Zool.
X CROWELL, P.S. - Prof.
X MALACINSKI, G.M. - Prof.
X MAHOWALD, A. P. - Prof.
X BRIGGS, R.W. - Prof.
X RAFF, R.A. - Prof,
Crawf ordsville , Wabash Coll.,
Dept. of Biol.
HEARSON, L.L. - Assoc. Prof.
Notre Dame , Univ. of Notre Dame,
Coll. of Sci., Dept. of Biol.
X TWEEDELL, K.S. - Prof., Dir .
X BENDER, H.A. - Prof.
X FUCHS, M.S. - Prof.
X HUNT, Ms. L.M. - Asst. Prof.
West Lafayette, Purdue Univ.,
Sch. of Agric, Dept. of Anim. Sci.
X CHRISMAN, C.L. - Assoc. Prof.
Dept. of Biol. Sci.
X ALTMAN, J. - Prof.
X JAFFE, L.F. - Prof.
X LOVETT, J.S. - Prof.
X SMITH, L.D. - Prof.
X VANABLE, J.W., Jr. - Assoc. Prof.
X DAS, G.D. - Assoc. Prof.
X FORMAN, M. - Assoc. Prof.
X MITTENTHAL, J.E. - Asst. Prof.
IOWA (lA)
Ames, Iowa State Univ. ,
Dept. of Zool.
X DEARLOVE, G.E.
110
U.S.A. (lA)
U.S.A. (MD)
Ames, U.S.D.A. - A.R.S.,
Natl. Anim. Disease Ctr.
X BAETZ, A.L. - Res. Chem.
BROWN , T , T . , Jr .
Iowa-City, Univ. of Iowa,
Coll. Lib. Arts, Zool. Dept.
X SPAZIANI, E. - Prof., Chairman
X BEAMS, H.W. - Prof. (Emer.)
X FRANKEL, J. - Prof,
X KESSEL, R.G. - Prof.
X KOLLROS, J.J. - Prof.
X MILKMAN, R.D. - Prof.
X MOHLER, J.D. - Prof.
X STAY, Ms. B, - Prof.
X WILLIAMS, N.E. - Prof.
X SOLL, D.R. - Assoc. Prof.
X SOLURSH, M. - Assoc. Prof,
Coll. of Med., Dept. of Anat.
AYDELOTTE, Ms. M.B. - Asst. Prof,
KANSAS (KS)
Lawrence, Univ. of Kansas,
Dept. of Entomol.
X BELL, W.J. - Prof,
Dept, of Physiol. & Cell Biol.
X BELL, W.J. - Prof.
X BURCHILL, B.R. - Prof.
X WOLFE, H.G. - Prof.
X WYTTENBACH, C.R. - Prof.
X DAVIS, J.C. - Asst, Prof.
KENTUCKY (KY)
Lexington, Univ. of Kentucky,
Sch, of Biol. Sci., Sect, on
Regulat, & Devi, Biol,
x BIRGE, W,J. - Prof., Head
LOUISIANA (LA)
Baton Rouge , Louisiana State Univ.
Coll, of Arts & Sci, ,
Dept, of Zool, and Physiol.
X BYRD, E.W., Jr. - Asst. Prof.
Sch. of Vet. Med. ,
Dept. of Epidemiol.
X HUBBERT, W.T. - Prof., Head
New Orleans, Louisiana State Univ.
Med, Ctr,, Dept, of Anat,
X GASSER, R,F. - Prof,
X NARAYANAN, C.H. - Prof.
X ALLEN, E.R. - Assoc, Prof,
X BAGWELL, J,N. - Assoc. Prof.
X AUVENSHINE, R.C, - Asst. Prof.
X SWARTZ, W.J, - Asst, Prof.
New Orleans, Loyola Univ.,
Dept. of Biol. Sci.
X LESSEPS, R.J. - Assoc. Prof.
New Orleans, Tulane Univ. ,
Dept. of Biol.
X VOLPE, E.P. - Prof., Chairman
X MIZELL, M, - Prof.
X ELLGAARD, E.G. - Asst. Prof.
X TOMPKINS, R. - Asst. Prof.
MAINE (ME)
X STEVENS, L.C,
WAYMOUTH, Ms.
X WHITTEN, W.K.
Bar Harbor, The Jackson Lab.
- Sen, Staff Scient.
C. - Sen. Staff Scient.
- Sen, Staff Scient,
X HOPPE, P,C. - Staff Scient,
X JURILOFF, Ms, D, - Postdoct .Fellow
Orono, Univ. of Maine,
Dept. of Zool,
X MUN, A,M, - Prof.
X STANLEY, J.G. - Assoc.
X TYLER, Ms. M.S. - Asst,
Prof.
Prof,
Prof.
Teach. &
X WOOD, Ms. E.G. - Asst
Portland, Univ. of Maine,
Dept. of Biol. Sci.
MAZURKIEWICZ , M.
Walpole, Univ. of Maine,
I.e. Darling Ctr. for Res.
Serv. , Dept. of Oceanogr.
DEAN, D. - Prof., Dir.
riARYLAND (MD)
Baltimore, Carnegie Inst, of Wash.,
Dept. of Embryol.
X BROWN, D.D. - Dir.
X FAMBROUGH, D.M., Jr. - Staff Member
X FEDOROFF, Ms. N.V. - Staff Member
- Staff Member
- Staff Member
- Staff Member
Staff Member
, - Staff Member
Ms. S. - Fellow
X BIRKENMEIER, E,H. - Fellow
X BOTCHAN, P.M. - Fellow
X CARBONETTO, S.T. - Fellow
X DWORKIN, M.B. - Fellow
X KORN, L.J, - Fellow
X LONG, E,0, - Fellow
X Mcknight, s,l. - Fellow
X OHSHIMA, Y, - Fellow
X PETERSON, R,C. - Fellow
X RASTL, Ms. E. - Fellow
X ROTUNDO, R.L. - Fellow
X SANDRA, A. - Fellow
X SCHROIT, A.J. - Fellow
X SCOTT, Ms. S.A. - Fellow
X SOLLNER-WEBB, Ms. B, - Fellow
X STRUCK, D,K. - Fellow
X TSUJIMOTO, Y. - Fellow
X MULLER, K.J.
X PAGANO, R.E.
X REEDER,
X SUZUKI,
X WARD, S,
X ATSUMI,
R.H,
Y. -
111
U.S.A. (MD)
U.S.A. (MA)
X WAHLI, W. - Fellow
X WAHN, H.L., Jr. - Fellow
Baltimore, Goucher College,
Dept. of Biol. Sci.
X M0^4ENT, G.B. - Prof. (Emer.)
X BERLINROOD, M. - Assoc. Prof.,
Chairman
Baltimore, Johns Hopkins Univ. ,
Sch. of Hyg. & Publ. Health,
Dept. of Pathobiol.
X HSU, Y.C. - Prof.
Dept. of Popul. Dynamics
X SCHUETZ, A.W. - Prof.
Sch. of Med., Dept. of Microbiol.
X MORROW, J.F.
Dept. of Neurol.
X DRACHMAN, D.B. - Prof.
Dept. of Surgery
X LU, M.-H.
Dept. of Biol.
X TURLEY, Ms. E.A.
Baltimore, Univ. of Maryland,
Dept. of Biol. Sci.
X ROTH, T.F.
Beltsville, U.S.D.A.,
Insect Physiol. Lab.
X WEIRICH, G.
X KAPLANIS, J.N. - Res. Entomol.
X SVOBODA, J. A. - Res. Entomol.
Bethesda, Natl. Inst, of Health,
Natl. Cane. Inst. ,
Exper. Pathol. Branch
X RICE, J.M. - Head Perinat.
Carcinogen. Sect.
Lab. of Biochem.
DAWID, I.B.
Natl. Eye Inst. ,
Sect, on Exper. Embryol.
X COULOMBRE, A.J.
X ZELENKA, Ms. P.S. - Invest.
X PORZIG, Ms. E.F. - Staff Fellow
Natl. Inst, of Child Health &
Human Developm.
X GULYAS, B.J.
Lab. of Biomed. Sci.
X ROBINSON, J.C. - Chief
Lab. of Molec. Genet.
X PIATIGORSKY, J.
X RESZELBACH, Ms. R. - Staff Fellow
X SHINOHARA, T. - Staff Fellow
Extramural Res. Programs
WATERMAN, A.J. - Prof.
Natl. Inst, of Dental Res.
HISAOKA, K.K. - Dep. Assoc. Dir.
GREENBERG, Ms. J.H. - Staff Fellow
PENNYPACKER, J. P. - Postdoct. Fellow
SMUTS, Ms. M.B.S. - Postdoct. Fellow
112
Lab. of Biochem.
STERN, R. - Med. Off.
Lab. of Devi. Biol. & Anomalies
X PRATT, R.M. - Chief Craniofacial
Devi. Sect.
X SALOMON, D.S. - Sen. Staff Fellow
Devi. Genet. Sect.
BROWN, K.S.
Natl. Inst, of Neurol. Dis. & Stroke
MURRAY, Ms. M.R.
Bethesda, Uniformed Serv. Univ. of
the Health Sci. ,
Dept. of Anat.
X BEEBE, D.C.
Dept. of Biochem.
X BOLLUM, F.J
Catonsville, Univ
Prof.
of Maryland,
Biol. Dept.
X OSTRAND-ROSENBERG, Ms. S. -
Asst. Prof.
College Park, Univ. of Maryland,
Div. of Life Sci., Dept. of Zool.
X IMBERSKI, R.B. - Assoc. Prof.
Rockville, Amer. Type Cult. Collect.,
Cell Cult. Dept.
X HAY, R.J.
Rockville, Dept. of Health, Educ . &
Welfare, Bur. Radiol. Health, F.D.A.
X RUGH, R. - Prof. (Emer.)
St. Mary's City, St. Mary's College,
Div. Nat. Sci. and Mathem.
X HEIN, Ms. R.R. - Prof.
MASSACHUSETTS (MA)
Boston, Boston Univ. ,
Sch. of Med., Dept. of Anat.
X PETERS, A. - Prof., Chairman
X HINDS, J.W. - Asst. Prof.
X FELDMAN, M.L. - Asst. Prof.
Boston, Eye Res. Inst, of Retina
Found., Dept. of Retina Res.
X PIPERBERG, J.B. - Postdoct. Fellow
Boston, Harvard Med. School,
Dept. of Anat.
X HAY, Ms. E.D. - Prof.
X ANDERSON, E. - Prof.
ZWAAN, J. - Assoc. Prof.
X ALBERTINI, D.F. - Asst. Prof.
X RUDERMAN, Ms. J.V. - Asst. Prof.
Developm. Biol. Lab.
X TOOLE, B.P.
Lab. of Human Reprod. & Reprod. Biol.
BIGGERS, J.D. - Prof.
X ANDERSON, E. - Prof.
X MILLETTE, C.F. - Asst. Prof.
Children's Hosp. Med. Ctr.,
Dept. of Neurosci.
EDDS (LUCKENBILL) , Ms. L. - Asst.
U.S.A. (MA)
U.S.A. (MN)
Dept. of Ophthalmol.
ZWAAN, J. - Assoc. Prof.
HENDRIX, R.W. - Res. Assoc.
Massachusetts Gen. Hosp. ,
Shriner Burns Inst., Dept. of Pathol.
X TRELSTAD, R.L.
New England Deaconess Hosp. ,
Cane. Res. Inst., Dept. of Biochem.
X KNOX, W.E. - Member
X GREENGARD, O. - Member
Cambridge, Mass. Inst, of Technol.,
Dept. of Biol.
X NAKATSUJII, N.
South Hadley, Mt.Holyoke Coll.,
Dept. of Biol. Sci., Clapp Lab.
STEIN, Ms. K.F. - Prof. (Emer.)
KALTENBACH, Ms. J.COUFFER - Prof.
ESCHENBERG, Ms. K.M. - Prof.
Waltham, Brandeis Univ., Biol. Dept.
FULTON, CM. - Prof.
Wellesley, Wellesley College,
Dept. of Biol. Sci.
WEBB, A.C.
Woods Hole, Woods Hole Oceanogr . Inst,
X SCHELTEMA, R.S.
Worcester, Clark Univ., Biol. Dept.
X LYERLA, T.A. - Assoc. Prof. Devi.
Genet.
MICHIGAN (MI)
Ann Arbor , Univ. of Michigan,
Dent. Sch., Dept. of Oral Biol.
X BRINKLEY, Ms. L.L. - Asst. Res.
Sclent.
Med. Sch., Dept. of Anat.
X AVERY, J.K. - Prof.
X BURDI, A.R. - Prof.
X CARLSON, B.M. - Prof.
X CONNELLY, T.G. - Asst. Prof.
X FISHER, D.L. - Asst. Prof.
X FISHER, L.J. - Asst. Prof.
X BRINKLEY, Ms. L.L. - Instr.
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.
KIM, I.e. - Res. Assoc.
AN, B. - Res. Assoc.
Div. of Biol. Sci.
X GATHER, J.N. - Prof.
X FRYE, B.E. - Prof.
X GAY, Ms. H. - Prof.
X KEMP, N.E. - Prof.
X KLEINSMITH, L.J. - Prof.
X NACE, G.W. - Prof.
X RIZKI, T.M. - Prof.
X SHAPPIRIO, D.G. - Prof.
X LOEWENTHAL, Ms. L.A. - Assoc. Prof,
X CHAMBERLAIN, J. P. - Asst. Prof.
X RICHARDS, Ms. CM. - Res. Assoc.
X DONEEN, B.A. - Asst. Prof.
Dept. of Physiol.
X FAULKNER, J. - Prof.
Detroit, Wayne State Univ., Coll. of
Lib. Arts, Chem. Dept.
X TCHEN, T.T. - Prof.
Dept. of Biology
X ARKING, R.
Sch. of Med., Dept. of Anat.
X MEYER, D.B.
X BOVING, B.G.
X BOVING, R.L.
X PHILLIPS, H.M. - Assoc. Prof.
X DOYLE, Ms. CM. - Asst. Prof.
East Lansing, Michigan State Univ.,
Coll. Human Med., Dept. of Anat.
WALKER, B.E. - Prof.
CONKLIN, J.L. - Prof.
PIENKOWSKI, M.M. - Assoc. Prof.
ROSS, L.M.
SCHNEIDER, G.P. - Asst. Prof.
Coll. of Nat. Sci., Zool. Dept.
X SHAVER, J.R. - Prof.
X BAND, R.N. - Prof.
X BROMLEY, S.C - Prof.
X OZAKI, H. - Prof.
RIVERA, Ms. E.M. - Prof.
AGGARWAL, S.K. - Assoc. Prof.
X TWEEDLE, CD. - Asst. Prof.
HILL, Ms. S.DOUGLAS - Res. Assoc.
Dept. of Bot. & Plant Pathol.
X CANTING, E.G.
Plant Res. Lab.
X LANG, A. - Prof.
X WOLK, CP. - Prof.
Mt. Pleasant, Centr. Mich. Univ.,
Biol. Dept.
X KOEHLER, L.D. - Prof., Chairman
Rochester, Oakland Univ.,
Dept. of Biol. Sci.
X BUTTERWORTH, F.M. - Prof.
X GOUDSMIT, Ms. E.M. - Assoc. Prof.
X GRIMES, L.N. - Asst. Prof.
MINNESOTA (MN)
Minneapolis, Univ. of Minnesota,
Sch. of Dent., Div. of Oral Biol.
X SHAPIRO, B.L. - Prof., Chairman
Dept. of Microbiol.
X DWORKIN, M. - Prof.
113
U.S.A. (MN)
U.S.A. (NJ)
Coll. of Biol. Sci., Zool. Dept.
SINHA, A. A. - Assoc. Prof.
BLUMENFELD, M. - Asst. Prof.
Northfield, Carleton Univ.,
Biol. Dept.
X SHOGER, R.L. - Prof.
St. Paul, Univ. of Minnesota,
Dept. Entomol. ,Fish. & Wildlife
X BROOKS, Ms. M.A. - Prof.
Coll, of Biol. Sci, ,
Dept. of Genet. & Cell Biol.
McKINNELL, R.G. - Prof.
Dept. of Zool.
KERR, N.S, - Assoc, Prof.
ZAMBERNARD, J,
Twin Cities, U,S. Fish & Wildlife
Serv., U.S. Dept, of the Interior
X MANION, P.J,
MISSISSIPPI (MS)
Clinton, Mississippi Coll,,
Dept, of Biol, Sci,
X COX, P.G. - Prof,
Mississippi State, U,S. Dept. of
Agric, Boll Weevil Res. Lab.
X WRIGHT, J.E.
MISSOURI (MO)
Columbia, Univ. of Missouri,
Sch. of Med,, Dept, of Anat,
X LEESON, C.R, - Prof,
X CUTTS, J,H, - Prof,
X KRAUSE, W,J, - Assoc. Prof,
St, Louis, Univ, of Missouri-St, Louis ,
Coll, of Arts & Sci,, Biol, Dept,
X FRIEDMAN, H,P, - Assoc, Prof,
X DERBY, A, A, - Asst. Prof.
St. Louis, Washington Univ, ,
Dept, of Biol,
X HAMBURGER, V, - Prof, (Emer,)
X MOOG, Ms. F. - Prof.
X KIRK, D.L. - Assoc. Prof.
X KRUKOWSKI, M. - Assoc. Prof.
Dept. of Surgery
PHILPOTT, G.W.
Sch. of Dent. Med.
X EPSTEIN, D.S. - Postdoct, Fellow
Warrensburg, Centr. Missouri State
Univ., Dept, of Biol.
X VOORHEES, F.R, - Asst. Prof.
NEBRASKA
Clay Center, U.S. Dept, of Agric,
Meat Anim, Res. Ctr. SEA
X MAURER, R.R.
Omaha , Creighton Univ. ,
Sch. of Med., Dept. of Anat.
DOSSEL, W.E. - Prof., Chairman
LUCKETT, W.P. - Assoc. Prof.
Dept. of Biol.
X SCHLESINGER, A.B. - Prof.
X NICKLA, H.- Assoc. Prof,
NEW HAMPSHIRE
Durham, Univ, of New Hampshire,
Coll, of Lib, Arts, Zool, Dept,
X FORET, J,E, - Assoc, Prof,
X WALKER, C.W, - Asst, Prof,
Coll. of Life Sci, & Agric.
Dept. of Plant Sci.
LOY, J,B, - Assoc, Prof,
Hanover , Dartmouth Med, School,
Dept, of Anat,-Cytol,
X FERM, V.H, - Prof, (Embryol,)
X LAYTON, W.M, - Prof.
X CARPENTER, S.J. - Assoc. Prof.
Hanover, Dartmouth College,
Dept. of Biol. Sci.
X BALLARD, W,W, - Prof,
X DeMAGGIO, A,E, - Prof,
X ROOS, T.B, - Prof,
X SPIEGEL, Ms, E,S. - Prof,
X SPIEGEL, M, - Prof.
X BURGESS, D,R, - Asst, Prof,
NEW JERSEY (NJ)
Lawrenceville, Rider College,
Fac. of Lib, Arts & Sci,, Biol. Dept,
X MAYER, T.C. - Prof.
Madison, Fairleigh Dickinson Univ. ,
Dept. of Biol.
X HUBER, I. - ASSOC Prof.
Newark, New Jersey Med. School,
Coll. of Med. & Dent,, Anat, Dept.
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.
Newark, Rutgers Univ., Coll. of Arts
& Sci., Dept. of Zool. & Physiol.
X WEIS (SHULMAN) , Ms. J.S. - Prof,
X BORACK, L,I. - Assoc, Prof.
Nutley, Hoffman-La Roche Inc.,
Res. Div. , Dept. of Toxicol.
X HOAR, R.M, - Asst, Dir ,
Nutley, Roche Inst, of Molec Biol,,
Dept, of Cell Biol.
X GAGE, L.P. - Staff Member
X SHERMAN, M.I. - Staff Member
X MANNING, R.F. - Assoc Sclent.
114
U.S.A. (NJ)
U.S.A. (NY)
X SAMOLS, D.R. - Postdoct. Fellow
X AT I ENZ A- SAMOLS, Ms. S.B. - Assoc.
Sclent.
X GARBER, R.L. - Postdoct. Fellow
X JETTEN, A.M. - Res. Fellow
X JETTEN, Ms. M.E.R. - Asst. Sclent.
X KEEM, K.H. - Asst. Sclent.
X MONAHAN, J.J. - Staff Member
X NORGARD, M.V. - Postdoct. Fellow
X SELLENS, M.H. - Postdoct. Fellow
Princeton, Princeton Univ. ,
Dept. of Biol.
X COX, E.G. - Prof., Chairman
X BONNER, J.T. - Prof.
FANKHAUSER, G. - Prof. (Emer.)
X STEINBERG, M.S. - Prof.
X NEWTON, A. - Prof.
X SANDERS, T.G. - Asst. Prof.
X CLINE, T.W. - Asst. Prof.
X CONSTANTINE-PATON, Ms. M. -
Asst. Prof.
X WITMAN, G.B. - Asst. Prof.
Dept. of Biochem. Sci.
X LEVINE, A.J. - Prof.
Rahway , Merck Inst, for Therap. Res.
X GWATKIN, R.B.L. - Sen. Res. Fellow
X HARTMANN, J.F. - Res. Fellow
X ANDERSEN, O.F. - Staff Biol.
X WILLIAMS, D.T. - Staff Biol.
X HUTCHISON, C.F. - Staff Biol.
NEW MEXICO (NM)
Albuquerque , Univ. of New Mexico,
Sch. of Med., Dept. of Anat.
X KELLEY, R.O. - Assoc. Prof.
X WATERMAN, R.E. - Assoc. Prof.
X SCHOENWOLF, G.C.
Las Cruces, New Mexico State Univ.,
Dept. of Chem.
X KUEHN, G.D. - Assoc. Prof.
NEW YORK (NY)
Albany, State Univ. of New York,
Dept. of Biol. Sci.
X SAUNDERS, J.W., Jr. - Prof.
X MASCARENHAS, J. P. - Prof.
X RIKMENSPOEL, R. - Prof.
X HIRSCH, H.V.B. - Assoc. Prof.
X IZZARD, C.S. - Asst. Prof.
X NEWMAN, S.A. - Asst. Prof.
Brockport, State Univ. Coll.,
Dept. of Biol. Sci.
THOMPSON, R.P. - Assoc. Prof.
Buffalo, Roswell Park Mem. Inst. ,
Dept. of Biol. Resources
X McGARRY, M.P. - Assoc. Cane. Res.
Sclent.
Dept. of Exper. Pathol.
X WEISS, L. - Prof.
X MASLOW, D.E. - Cane. Res. Sclent. IV
x MAYHEW, E.G. - Assoc. Cane. Res.
Sclent.
Dept. of Molec. Biol.
X WEST, J.D.
Buffalo, State Univ. of New York,
Med. School, Dept. of Anat. Sci.
X SUMMERS, R.G.
Div. of Cell & Molec. Biol.
FLICKINGER, R.A. - Prof.
Sch. of Dent., Dept. of Oral Biol.
X MILLER, W.A. - Prof.
Clinton, Hamilton College,
Dept. of Biol.
X MILLER (PRICE) , Ms. S.A. - Asst.
Prof.
Fredonia, State Univ. of New York,
Dept. of Biol.
X GOLDBERG, R.B. - Asst. Prof.
Ithaca, Cornell Univ. ,
N.Y. State Coll. of Agric.,
Dept. of Poultry Sci.
X BLOOM, S.E. - Assoc. Prof.
Lab. of Chem. Embryol.
ROMANOFF, A.L. - Prof. (Emer.)
N.Y. State Coll. of Vet. Med.,
Dept. of Anat.
X EVANS, H.E. - Prof., Chairman
X SACK, W.O. - Prof.
deLAHUNTA, A. - Prof.
WATSON, A.G.
Div. of Biol. Sci.
X WIMSATT, W.A. - Prof.
Sect, of Genet., Devi. & Physiol.
BLACKLER, A.W. - Prof.
Dept. of Neurobiol. & Behav. ,
ARMS, Ms. K. - Asst. Prof.
Dept. of Large Anim, Med.
SCHRYVER, H.F. - Assoc. Prof.
Jamaica, St.John's Univ.,
Dept. of Biol. Sci.
X LOCKSHIN, R.A. - Asst. Prof.
New Paltz, State Univ. of New York,
Dept. of Biol.
MORAN, D.J. - Asst. Prof.
New York, City Univ. of New York
Brooklyn Coll., Biol. Dept.
X COLLIER, J.R. - Prof.
X GABRIEL, M.L. - Prof.
X MADERSON, P.F.A. - Prof.
X BLAMIRE, J. - Asst. Prof.
X GAVIN, R.H. - Asst. Prof.
Mt. Sinai Sch. of Med., Anat. Dept.
X BRESSLER, R.S. - Asst. Prof.
115
U.S.A. (NY)
U.S.A. (NY)
Hosp. for Joint Dis., Res. Inst.
X MONDER, C. - Head Sect. Steroid
Stud.
X COUFALIK, Ms. A, - Res. Assoc.
Hunter Coll., Dept. Biol. Sci .
X LYSER (SHOUBY) , Ms. K.M. - Prof.
X TERRANA, B.
New York, Columbia Univ. ,
Coll. of Phys. & Surg.,
Dept. of Hum. Genet. & Devi.
MARKS, P. A. - Prof.
RIFKIND, R.A.
MANIATIS, G.M.
TERADA, M.
Dept. of Ophthalmol.
HOLLYFIELD, J.G. - Asst. Prof.
New York, Cornell Univ. Med. Coll.,
Dept. of Anat.
SIRLIN, J.L. - Prof.
X BACHVAROVA, Ms. R. - Asst. Prof.
X RISLEY, M.S. - Asst. Prof.
X RASWEILER, J.J. - Asst. Prof.
New York, Fordham Univ. ,
Dept. of Biol. Sci.
X HAMADA, S.H. - Asst. Prof.
New York, New York Med. Coll.,
Dept. of Ophthalmol.
X SHARMA, S.C. - Assoc. Prof.
New York, New York Univ., Grad. Sch.
of Arts & Sci., Biol. Dept.
X BRICK, I. - Prof.
KAMBYSELLIS, M.P. - Assoc. Prof.
SCHAEFFER, Ms. H.E. - Res. Fellow
SCHAEFFER, B.E. - Res. Fellow
Med. Ctr., Dept. of Radiol.
X WOLSKY, A. - Prof.
X PIZZARELLO, D.J. - Prof.
New York, Rockefeller Univ. ,
Lab. of Devi. Biol.
WEISS, P. A. - Prof. (Emer.)
Popul. Counc, Biomed. Div.
SEGAL, S.J. - Dir.
PHILLIPS, D.M. - Staff Sclent.
New York, State Univ. of New York,
Downstate Med. Ctr., Anat. Dept.
X FISCHMAN, D.A. - Prof., Chairman
X WARD, R.T. - Asst. Prof.
Dept. of Pathol.
HERMAN, L. - Prof.
KAUFFMAN, Ms. S. - Prof.
New York , Sloan-Kettering Inst, for
Cane. Res., Devi. Genet. Lab.,
X BENNETT, D. - Prof.
X SPIEGELMAN, M.
X DOOHER, G.B.
X ARTZT, K.
New York , Yeshiva Univ. ,
Albert Einstein Coll. of Med.,
Dept. of Genet.
WAELSCH^ Ms. S.GLUECKSOHN - Prof.
LEWIS, Ms. S.E. - Assoc.
Oswego, State Univ. of New York,
Sci., Dept. of Biol.
Assoc. Prof.
Coll. of Arts
SEAGO, J.L.
Dept. of Zool,
HARRISON, J,
R,
Rochester, Univ,
- Prof. , Chairman
of Rochester,
Sci., Dept. of Biol,
K.F. - Prof. (Emer. )
Coll. of Arts &
HOLTFRETER, J
Sch. of Med. & Dent.,
Dept. of Obstet. & Gynecol.
X MILLER, R.K. - Asst. Prof.
X GATES, A.H.
Dept. of Pediat. , Genet. , Radiat
Biol, and Biophys.
DOHERTY, R.A. - Asst. Prof.
Schenectady, Union College,
Dept. of Biol. Sci.
X RAPPAPORT, R. , Jr. - Prof.
X BUTZEL, H.M., Jr. - Prof.
Inst,
Res.
Springville , Roswell Park Mem.
Springville Labs.
CAIRNS, J.M. - Assoc. Cane.
Sclent.
Stony Brook, State Univ. of New York,
Dept. of Biol.
X JONES, R.F. - Prof.
X LYMAN, H. - Assoc. Prof.
X FOWLER, J. A. - Asst. Prof.
X POCCIA, D.L. - Asst. Prof.
Syracuse, LeMoyne College,
Biol. Dept.
DeGENNARO, L.D. - Prof., Chairman
Syracuse, State Univ. of New York,
Upstate Med. Ctr., Dept. of Anat.
ARMSTRONG, P.B. - Prof.
X YNTEMA, C.L. - Prof.
HAMMOND, W.S. - Assoc. Prof.
X AMES, I.H. - Asst. Prof.
X BENZO, C.A. - Asst.
X PACKARD, D.S. , Jr.
X WEST, N.R. - Asst.
Dept. of Microbiol.
ARGYRIS (FRANKENHUIS)
Dept. of Pediat.
X KAJII, T.
Syracuse, Syracuse Univ. ,
Dept. of Biol.
- Prof. Bot.
- Assoc. Prof.
- Assoc. Prof.
,S. - Asst. Prof.
■T. - Asst. Prof.
, Prof.
- Asst.
Prof.
Prof.
Ms. B.
MILLER, J.H.
BRYAN, J.K.
TUPPER, J.T,
KERR, Ms. M.
SULLIVAN, D.
116
U.S.A. (NY)
U.S.A. (OH)
Troy, Rensselaer Polytechn. Inst,
Sch. of Sci., Dept. of Biol.
AUCLAIR, W. - Assoc. Prof.
McDANIEL, C.N. - Asst. Prof.
Troy, Russell Sage Coll.,
Biol. Dept.
HICKEY-WEBER, Ms. E.D.
NORTH CAROLINA (NC)
Burlington, Carolina Biol. Supply
Co., Dept. of Devi. Biol.
X KIRCHEN, R.V. - Head
Chapel Hill, Univ. of N.Carolina,
Dept. of Bot.
X SCOTT, T.K. - Prof.
Davidson, Davidson College,
Dept. of Biol.
X KIMMEL, D.L. , Jr.
Durham, Duke Univ. ,
Med. Ctr. , Dept. of Anat.
X DUKE, K.L. - Assoc. Prof.
X COUNCE (NICKLAS) , Ms. S.J. -
Assoc. Prof.
Dept. of Zool.
GREGG, J.R. - Prof.
X McCLAY, D.R. - Asst. Prof.
X NIJHOUT, H.F. - Asst. Prof.
Morehead City, Univ. of N.Carolina,
Inst, of Marine Sci.
X FAHY, W.E.
Raleigh, N.Carolina Dept. of Ment.
Health, Neuroembryol . Lab.
X OPPENHEIM, R.W. - Res. Sclent.
Psychol. Lab.
X GOTTLIEB, G. - Res. Sclent.
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. - Prof.
Dept. of Biochem.
X THEIL, E.C. - Assoc. Prof.
Dept. of Genet.
X SCANDALIOS, J.G. - Prof., Head
X GROSCH, D.S.
Dept. of Zool.
ROBERTS, J.F. - Prof.
Research Triangle Park, Natl. Inst,
of Health, Environm. Health Sci.
X STAPLES, R.E. - Head Sect. Reprod,
& Ontogen.
X MOUSTAFA, Ms. L.A. - Sen. Staff
Fellow
NORTH DAKOTA (ND)
Fargo, U.S.D.A., Agric. Res. Serv. ,
Metab. & Radiat. Res. Lab.
X ADAMS, T.S. - Res. Entomol.
X LEOPOLD, R.A. - Res. Entomol.
OHIO (OH)
Bowling Green, Bowling Green State
Univ., Dept. of Biol. Sci.
YAMAOKA, L.H.
Cincinnati, Univ. of Cincinnati,
Coll. of Med., Dept. of Biol. Chem.
X BROWN, R.D.
Children's Hosp. Res. Found.,
Div. of Fetal Pharmacol.
X ZIMMERMAN, E.F. - Dir.
Cincinnati, Xavier Univ. ,
Dept. of Biol.
PETERS, J.J. - Prof.
Cleveland, John Carroll Univ. ,
Dept. of Biology
X PEARCE, T.L. - Assoc. Prof,,
Chairman
Cleveland, Case West. Reserve Univ. ,
Sch. of Engin. & Med.,
Dept. of Biomed. Engin.
X MACKLIN, M.R. - Assoc. Prof.
Sch. of Med. , Dept. of Anat.
X SINGER, M. - Prof.
X MACINTYRE, M.N. - Prof.
X CASTON, J.D. - Prof.
X ILAN, J. - Prof.
X PRZYBYLSKI, R.J. - Assoc. Prof.
X LASEK, R.J. - Assoc. Prof.
X LOVE, D.S. - Asst. Prof.
X ILAN, Ms. J. - Asst. Prof.
X JACOBS-LORENA, M. - Asst. Prof.
Orthodont. Dept.
X ENLOW, D.H. - Prof., Chairman
Cleveland, Cleveland State Univ.,
Dept. of Biol.
X BAKER, P.C. - Prof.
X LESH-LAURIE, Ms. G.E.
X NENTWIG, Ms. M.R.
Columbus , Ohio State Univ.,
Dept. of Anat.
X ACKERMAN, G.A. - Prof.
X SUCHESTON, Ms. M.E. - Assoc. Prof.
HOSTETLER, J.R. - Assoc. Prof.
Coll. of Vet. Med., Dept. of Anat.
X VENZKE, W.G. - Prof., Chairman
Coll. of Agric, Poultry Sci. Dept.
NABER, E.C. - Prof.
Coll. of Biol. Sci., Zool. Dept.
TASSAVA, R.A.
117
U.S.A. (OH)
U.S.A. (PA)
Dayton , Univ. of Dayton, Biol. Dept.
X JAFFEE, O.C. - Prof.
Dayton, Wright State Univ., Coll. of
Sci. & Engin. , Dept. of Biol. Sci .
X HONDA, S.I. - Prof.
X SEIGER, M,B. - Assoc. Prof.
Dept. of Biol. Chem.
FRITZ, H.I. - Assoc. Prof.
Sch. of Med. , Dept. of Anat.
SCOTT, Ms. J.N. - Asst. Prof.
Delaware, Ohio Wesleyan Univ. ,
Dept. of Zool.
X FRY, Ms. A.E. - Assoc. Prof.
Kent, Kent State Univ. ,
Dept. of Biol. Sci.
X STEVENSON, J. ROSS - Prof.
Marietta, Marietta Coll.,
Dept. of Biol.
X AKRUK, S.R.
Oberlin, Oberlin College, Coll. of
Arts & Sci., Dept. of Biol.
X BRUMMETT, Ms. A.R. - Prof.
X LUCK, D.N. - Assoc. Prof.
Oxford, Miami Univ. ,
Dept. of Zool.
X SHERMAN, R.G. - Prof.
Toledo, Univ. of Toledo,
Coll. of Arts & Sci., Biol. Dept.
X LEE, H.H. - Prof.
Yellow Springs, Ch. F.Kettering Res.
Labs.
X REPORTER, M.C. - Invest.
OKLAHOMA (OK)
Norman, Univ. of Oklahoma,
Coll. of Arts & Sci., Dept. of Zool.
X GOFF, R.A. - Prof.
X SETO, F. - Asst. Prof.
DILLARD, W.L. - Asst. Prof.
X PERKINS, D.L. - Asst. Prof.
Oklahoma City, Univ. of Oklahoma,
Health Sci. Ctr., Dept. of Anat. Sci,
X FELTS, W. - Prof.
X LHOTKA, J.F., Jr. - Prof.
X ALLISON, J.E. - Prof.
X COALSON, R.E. - Prof.
X GUMBRECK, L. - Prof. (Emer.)
X HOWES, R.I. - Asst. Prof.
X GRUBB, R.B. - Asst. Prof.
Coll. of Med., Dept. of Pediat. ,
Molec. Biol, and Biochem.^ and Med.
X RENNERT, O.M. - Prof.
OREGON (OR)
Corvallis, Oregon State Univ. ,
Dept. of Bot. & Plant Pathol.
X LEACH, CM. - Prof.
X TRIONE, E.J. - Prof.
X QUATRANO, R.S. - Assoc. Prof.
Fac. of Sci., Dept. of Biochem. &
Biophys.
NEWBURGH, R.W. - Prof,, Chairman
Dept. of Zool.
X MORRIS, J.E. - Assoc. Prof.
X POTTER, Ms. S.W. - Res. Assoc.
Eugene , Univ. of Oregon, Sch. of Lib.
Arts, Dept. of Biol.
TEPFER, S.S. - Prof., Head
X WESTON, J. A. - Prof.
X GRANT, P. - Prof.
X HARRIS, Ms. P.J. - Assoc. Prof.
X KIMMEL, C.B. - Assoc. Prof.
X POSTLETHWAIT , J.H. - Assoc. Prof.
Portland, Reed College,
Dept. of Biol.
X RUBEN, L.N. - Prof.
EDWARDS, B.F. - Res. Assoc.
PENNSYLVANIA (PA)
Bethlehem, Lehigh Univ. ,
Coll. of Arts & Sci., Biol. Dept.
CHENG, T.C. - Prof.
Inst, for Pathobiol.
RODRICK, G.E. - Lect.
Bryn Mawr , Bryn Mawr College,
Dept. of Biol.
X OPPENHEIMER, Ms. J.M. - Prof.
X OLDS-CLARKE, Ms. P.J.
Chamber sburg, Wilson College,
Dept. of Biol. J
MacDONALD, Ms. E.L. - Asst. Prof. I
Gettysburg, Gettysburg College,
Dept. of Biol.
X SORENSEN, R.A.
Hershey, Pennsylv. State Univ. ,
Milton S. Hershey Med. Ctr., Anat. Dept
X SMALLS, Ms. CM.
Philadelphia^ Commun. Coll. of Phi lad.
Biol. Dept.
X ALPERIN, R.J. - Assoc. Prof.
Philadelphia, Hahnemann Med. Coll.,
Dept. of Anat.
X DE TERRA (WHITTAKER) , Ms. N.
Philadelphia, Inst, for Cane. Res.
X MINTZ, Ms. B. - Sen. Member
X NEMER, M.
Philadelphia, Jefferson Med. Coll.,
Dept. of Anat.
X JOHNSON, E.M. - Prof., Chairman
X KOCHHAR, D.M. - Prof.
X CHEPENIK, K.P. - Assoc. Prof.
X JENSH, R.P. - Assoc. Prof.
X MASTERS, E.M. - Assoc. Prof.
CERON, G. - Asst. Prof.
118
U.S.A. (PA)
U.S.A. (TN)
X AGNISH, N.D. - Asst. Prof.
X GREENE, R.M. - Asst. Prof.
X NEWMAN, Ms. L.M. - Asst. Prof.
X PEUSNER, Ms. K.D. - Asst. Prof.
X SCHMIDT, R.R. - Asst. Prof.
X SIMMONS, V.P. - Asst. Prof.
X FRANCIS, Ms. E.Z. - Postdoct. Fellow
X ARMENTI, V.T. - Predoct. Fellow
X CHRISTIAN, Ms. M.- Predoct. Fellow
X KNUDSEN, T.B. - Predoct. Fellow
X PAYNTON, Ms. B.V. - Predoct. Fellow
X WALDMAN, S.A. - Predoct. Fellow
Philadelphia, Med. Coll. of Pennsylv.,
Dept. of Anat.
X DiBERARDINO, Ms. M.A. - Prof.
GREENE, R. - Asst. Prof.
Dept. Of Pathol.
LEIGHTON, J. - Prof., Chairman
Philadelphia, Temple Univ. ,
Dept. of Biol.
X HILFER, S.R. - Prof.
NIU, M.C. - Prof.
SEARLS, R.L. - Prof.
X MILLER, R.L. - Assoc. Prof.
X HANSON, T.E. - Asst. Prof.
X SHEFFIELD, J.B. - Asst. Prof.
Philadelphia, Univ. of Pennsylvania,
Sch. of Dent. Med. ,
Dept. of Histol., Embryol . & Genet.
X HEROLD, R.C. - Assoc. Prof.
X PIDDINGTON, R.L. - Assoc. Prof.
X LEVENSON, G.E. - Assoc. Prof.
X GRAVER, H.T. - Asst. Prof.
X MACARAK, E.J. - Res. Assoc.
Sch. of Med., Dept. of Anat.
LASH, J.W. - Prof.
MINOR, R.R. - Asst. Prof.
Sch. of Vet. Med., Dept. of Anim. Biol,
X McDEVITT, D.S. - Assoc. Prof.
Philadelphia, Wistar Inst, of Anat.
and Biol .
X WHITTAKER, J.R. - Assoc.
X GMUER, R.
Pittsburgh, Mercy Hosp. ,
Div. of Nucl. Pathol. & Oncol.
X KATOH, A.K. - Dir.
X TRAEGER, F.J. -Staff Res. Sclent.
Pittsburgh, Univ. of Pittsburgh,
Sch. of Med. , Dept. of Anat. /Cell Biol,
X CAUNA, N. - Prof., Chairman
X ONTELL, Ms. M. - Asst. Prof.
Dept. of Pathol.
X SZULMAN, A.E.
X SURTI, Ms. U. - Res. Assoc.
Dept. of Biol. Sci.
X SUSSMAN, M. - Prof., Chairman
University Park, Pennsylv. State Univ.
Coll. of Agric. , Dept. Poultry Sci.
BUSS, E.G. - Prof.
Villanova, Villanova Univ. ,
Dept. of Biol.
X DESMOND, Ms. M.E.
RHODE ISLAND (RI)
Asst. Prof.
Kingston, Univ. of Rhode Island,
Dept. of Zool.
WILDE, C.E., Jr. - Prof., Chairman
Providence, Brown Univ.,
Div. of Biol. & Med.
X GOSS, R.J. - Prof.
X QUEVEDO, W.C, Jr. - Prof.
X ROTHMAN, F.G. - Prof.
X COLEMAN, J.R. - Assoc. Prof.
X HOLOWINSKY, A.W. - Assoc. Prof.
X FAUSTO- STERLING, Ms. A. - Asst. Prof.
X GERBI, Ms. S.A. - Asst. Prof.
X MASSOVER, W.H. - Asst. Prof.
SOUTH CAROLINA (SC)
Charleston, Med. Univ. of S.Carolina,
Dept. of Med., Div. Rheumatol. & Immunol,
X SHERER, G.K. - Asst. Prof.
Coll. of Med. & Dent., Anat. Dept.
X FITZHARRIS, T.P. - Assoc. Prof.
Dept. of Pathol.
X BANK, H.L. - Asst. Prof.
Clemson, Clemson Univ. ,
Agric. Coll., Dairy Sci. Dept.
DICKEY, J.F. - Assoc. Prof.
BOONE, W.R. - Res. Asst.
Poultry Sci. Dept.
DUNN, B.E. - Techn.
Dept. of Zool.
X WOURMS, J. P.
Columbia, Univ. of S.Carolina,
Dept. of Biol.
MISHRA, N.C.
TENNESSEE (TN)
Assoc. Prof,
Johnson City, East Tennessee State
Univ., Coll. of Med., Anat. Dept.
X SKALKO, R.G. - Prof., Chairman
X CURTIS, Ms. S.K. - Assoc. Prof.
Lab. of Cell. Biophys.
X COWDEN, R.R.
X RASCH, Ms. E.M. - Prof. Biophys.
Knoxville, Univ. of Tennessee,
Dept. of Zool.
ERASER, R.C. - Prof.
DANIEL, J.C, Jr. - Prof.
JEON, K.W. - Assoc. Prof.
FOX, D.J. - Asst. Prof.
119
U.S.A. (TN)
U.S.A. (VA)
COULSON, Ms. P.B. - Asst. Prof.
MacCABE, J. A. - Asst. Prof.
Memphis, Southwestern at Memphxs,
Dept. of Biol.
X AMY, R.L. - 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.
Nashville, Vanderbilt Univ. ,
Sch. of Med., Dept. Obstet ./Gynecol .
X SOUPART, P. - Prof.
Oak Ridge, Oak Ridge Assoc. Univ.,
Inc., Med. & Health Sci. Div.
X DuFRAIN, R.J. - Sclent. Cytogenet,
Oak Ridge, Oak Ridge Natl. Lab.,
Biol. Div.
SKINNER, Ms. D.M. - Prof. Biomed.
Sci.
MARCHOK, Ms. A.
papaconstantinou, j.
holland, c.a.
McCarthy, j.
chambers, c.a.
christie, n.t.
TEXAS (TX)
Austin, Univ. of Texas,
Botany Dept.
x BLOCH, D.P. - Prof.
Cell Res. Inst., Biol.
WHALEY, W.G. - Prof.
X BROWN, D.T. - Assoc.
X FULLILOVE, Ms. S.L. -
Labs .
Dir .
Prof.
Res. Sclent.
- Res. Sclent.
'.P.- Res. Sclent,
X DAUWALDER, M
X LEFFINGWELL,
Dept. of Zool.
X FORREST, H.S. - Prof.
X JACOBSON, A.G. - Prof.
X FREEMAN, G. - Assoc. Prof.
X KALTHOFF, K. - Assoc. Prof.
X JEFFERY, W.R. - Asst. Prof.
College Station, Texas A & M Univ.
Inst, of Developm. Biol.
X ROLLER, H.R. - Prof., Dir.
X DAHM, K.H. - Prof.
X BHASKARAN, G. - Assoc. Prof.
X SELIGMAN, I.M. - Asst. Prof.
Dallas, Univ. of Texas, Health Sci,
Ctr., Dept. of Cell Biol.
X DECKER, R.S. - Asst. Prof.
Galvescon, Univ. of Texas,
Med. Branch, Dept. of Anat.
HILD, W.J. - Prof., Chairman
BLOUNT, R.F. - Prof.
PARKENING, T.A. - Asst. Prof.
Houston, Baylor Coll. of Med.,
Dept. of Biochem.
X DRESDEN, M.H. - Assoc. Prof.
Dept. of Cell Biophys.
CLAYCOMB, W.C. - Asst. Prof.
Houston, Rice Univ. ,
Dept. of Biol.
ANSEVIN (DABROWSKA) , Ms. K. -
Assoc. Prof.
Houston, Univ. of Texas,
Cane. Ctr., Dept. of Biol.
WRIGHT, D.A. - Asst. Prof.
Lubbock, Texas Tech Univ. ,
Sch. of Med., Dept. of Anat.
X MARKWALD, R.R.
X BOLENDER, D.L. - Asst. Prof.
San Antonio, Univ. of Texas,
Health Sci. Ctr., Dept. of Anat.
McNUTT, C.W. - Prof.
BURTON, A.L. - Prof.
CAMERON, I.L. - Prof.
X POOL, T.B. - Asst. Prof.
DUNG, H.C. - Asst. Prof.
UTAH (UT)
Logan , Utah State Univ.,
Dept. of Vet. Sci.
SHUPE, J.L. - Prof.
Salt Lake City, Univ. of Utah,
Coll. of Med., Dept. of Anat.
X JACOBSON, M. - Prof., Chairman
Biol. Dept.
DICKINSON, W.J.
BAKER, W.K.
VERMONT (VT)
Burlington, Univ. of Vermont,
Dept. of Zool.
GLADE, R.W. - Prof., Chairman
LANDESMAN, R. - Asst. Prof.
Middlebury, Middlebury Coll.,
Dept. of Biol.
X LANDGREN, C.R.
VIRGINIA (VA)
Charlottesville , Univ. of Virginia,
Fac. of Arts & Sci., Biol. Dept.
MILLER, O.L., Jr. - Prof., Chairman
X BODENSTEIN, D. - Prof. (Emer.)
X DENT, J.N. - Prof.
X HAMILTON, H.L. - Prof.
KONIGSBERG, I.L. - Prof.
X WRIGHT, T.R.F. - Prof.
DIEHL, F.A. - Assoc. Prof.
X EMERSON, C.P., Jr. - Assoc. Prof.
X HUSKEY, R.J. - Assoc. Prof.
120
U.S.A. (VA)
U.S.A. (WI)
X ADLER, P.N. - Asst. Prof.
X CAMERON, Ms. J. A.
X SUTHERLAND, W.M.
X MARSH, J.L. - Res. Assoc.
X DEVLIN, R.B.
X YAROSS, Ms. M.S. - Postdoct. Fellow
Med. School, Dept. of Anat.
X LANGMAN, J. - Prof., Chairman
X FLICKINGER, C.J. - Prof.
X DECK, J.D. - Assoc. Prof.
X RODIER, Ms. P.M. - Asst. Prof.
X SADLER, T.W. - Asst. Prof.
X WILEY, Ms. L.M. - Asst. Prof.
Div. of Reprod. Biol.,
Dept. of Obstet. & Gynecol.
X OLIPHANT, E.E. - Dir .
X HAMNER, C.E. - Prof.
X SINGHAS, C.A. - Instr.
Dept. of Physiol.
X SPERELAKIS, N. - Prof.
X FORBES, M.S. - Asst. Prof.
X PELLEG, A. - Postdoct. Trainee
X McLEAN, M.J. - Postdoct. Trainee
X JOSEPHSON, I. - Grad. Student
Richmond, Univ. of Richmond,
Dept. of Biol.
X REAMS, W.M., Jr. - Prof.
Williamsburg, Coll. of William & Mary,
Dept. of Biol.
X BLACK, R.E. - Prof.
X WISEMAN, L.L. - Assoc. Prof.
WASHINGTON (WA)
Friday Harbor, Univ. of Washington,
Friday Harbor Labs.
SCHROEDER, T.E.
Nahcotta, Univ. of Washington,
Dept. of Zool., Field Lab.
X TARTAR, V. - Prof.
Pullman, Washington State Univ.,
Program in Genet.
PALL, M.L. - Asst. Prof.
Coll. of Sci. & Arts, Zool. Dept.
X SCHROEDER, P.C. - Assoc. Prof.
HOSICK, H.L. - Asst. Prof.
X HASWELL, Ms. P.
Seattle, Univ. of Washington,
Dept. of Bot.
CLELAND, R.E. - Prof.
HALPERIN, W. - Assoc. Prof.
Sch. of Med., Dept. Biomed. Hist.
X BODEMER, C.W.
Depts. of Anthropol. & Med.
X NUTE, P.E. - Assoc. Prof.
Dept. of Pathol.
X MOTTET, N.K. - Prof.
X CHEN, W.-J.
Asst. Prof,
X FINOCCHIO, D.V. - Sen. Res. Assoc.
Dept. of Pediat., Centr. Lab. for
Human Embryol.
X SHEPARD, T.H. - Prof., Dir.
X FANTEL, A. - Asst. Prof.
X STEPHENS, T.D. - Sen. Fellow
Coll. of Engin., Dept. Nucl. Engin.
X ROBKIN, M. - Assoc. Prof.
Dept. of Zool.
WHITELEY, A.H. - Prof.
FERNALD, R.L. - Prof.
SCHUBIGER, G. - Assoc. Prof.
SCHUBIGER (STAUB) , Ms. M.
LAIRD, CD. - Prof.
X LEHMANN, Ms. R.
WEST VIRGINIA (WV)
Morgan town. West Virginia Univ. ,
Coll. of Arts & Sci., Biol. Dept.
X BLAYDES, D.F. - Assoc. Prof.
X MONTIEGEL, Ms. E.G. - Assoc. Prof.
X WILLIAMS, Ms.L.A. - Assoc. Prof.
Med. Ctr., Dept. of Anat.
X KIMMEL, D.L. - Prof. (Emer.)
X REYER, R.W. - Prof.
X McCAFFERTY, R.E. - Prof.
X BERESFORD, W.A. - Prof.
X FREDERICKSON, R.G. - Assoc. Prof.
X OVERMAN, D.O. - Assoc. Prof.
WISCONSIN (WI)
Madison, Univ. of Wisconsin,
Med. Sch., Dept. of Anat.
SLAUTTERBACK , D.B. - Prof.,
Chairman
X ORSINI, Ms. M.W.G. - Prof.
X FALLON, J.F. - Asst. Prof.
X LIPTON, B.H. - Asst. Prof.
X BERSU, E.T. - Grad. Student
McArdle Lab. for Cane. Res.
X PITOT, H.C. - Dir.
X RUSCH, H.P. - Prof.
X TEMIN, H.M. - Prof.
Muscle Biol. Lab.
X CASSENS, R.G. - Prof.
Dept. of Physiol. Chem.
X COHEN, P.P. - Prof.
X KORNGUTH, S.E. - Prof.
Dept. of Zool.
X AUERBACH, R. - Prof.
X LILIEN, J.E. - Assoc. Prof.
Inst, of Plant Devi. & Dept. of Bot,
SKOOG, F. - Prof.
Milwaukee, Marquette Univ. ,
Grad. School, Dept. of Biol.
X MILLINGTON, W.F. - Prof.
X KUMARAN, A.K. - Prof.
121
U.S.A. (WI)
Brazil
X HENNEN, Ms. S. - Assoc. Prof.
X UNSWORTH, B.R. - Assoc. Prof.
X TAUTVYDAS, K.J. - Asst. Prof.
Milwaukee, Med. Coll.
Dept. of Anat.
X KAPLAN, S. - Assoc.
X LONG, S.Y. - Assoc.
of Wisconsin,
Prof.
Prof.
CENTRAL AMERICA
JAMAICA
Kingston, Univ,
Dept. of Anat.
X DRYDEN, R.J.
of the W.Indies,
ARGENTINA
SOUTH AMERICA
BRAZIL
Buenos Aires, Fac. de Med.,
Inst, de Biol. Celular
X HERKOVITS, J. - Fellow
TEITELMAN de PINCKZUK, Ms. G.N.
SUBURO, Ms. A.M.
Cordoba, Univ. Nac. de Cordoba,
Fac. de Cienc. Med., Inst. Biol. Cel.
de FABRO, Ms. S.P. - Prof.
La Plata, Univ. Nac. de La Plata,
Med., Cat. Ilia de Anat,
Morfol,
Fac. de Cienc.
Lab. de Invest
X PUCCIARELLI, H.M
Rosario, Univ. Nac
de Rosario,
Fac. de Cienc. Med.,
Dept. de Histol. y Embriol.
PEDERNERA, E.A. - Invest.
Tucuman, Univ. Nac. de Tucuman,
Fac. de Bioquim. , Quim. y Farm.,
Inst, de Biol.
X BARBIERI, F.D. - Prof., Dir.
X LEGNAME, A.H. - Prof.
X SALOMON de LEGNAME, Ms. H. -
Asst. Prof.
X DEL RIO, A.G. - Asst. Prof.
X MARIANO, Ms. M.I. - Asst. Prof.
X CABADA, M.O. - Asst. Prof.
X ORCE REMIS, A.M. - Asst. Prof,
X VALDEZ TOLEDO, Ms. C.L. - Instr.
X FERNANDEZ, Ms. S.N. - Instr.
X SANCHEZ, Ms. S.S. - Instr.
X SANCHEZ RIERA, Ms. A.N. -
X del PINO, E.J. - Instr.
X MICELI, Ms. D.C. - Instr.
X BUHLER, Ms. M.I. - Instr.
X MANES, M.E. - Instr.
X GOMEZ de MARTIN, Ms. M.I.
X BUDEGUER de ATENOR, Ms. M
Instr.
X QUIROS, Ms. M.C, - Asst.
122
Instr,
- Instr,
S. -
Belo Horizonte, Univ. Fed. de Minas
de Cienc. Biol . ,
Biol.
Asst.
Gerais, Inst.
Dept. of Gen.
SALLES, J.M. de - Res.
NOVAES, P.M.
BRONJEN, Ms. E. - Res. Asst.
Curitiba, Univ. Cat. de Curitiba,
Fac. de Cienc. Med., Dept. Morfol.
COELHO, O.P.
Jaboticabal , Fac. de Cienc. Agrar. c
Vet., Dept. de Morfol. e Fisiol.
X DE SOUZA, Ms. M.L. - Asst. Prof.
Ribeirao Preto, Univ. de Sao Paulo,
Fac. Med., Dept. Morfol. Hum. Func .
Prof. , Head
- Docent
Docent
T.L. - Asst.
- Visit. Prof,
e Odontol . ,
LISON, L. -
AZOUBEL, R.
lUCIF, S. -
LAMANO, Ms.
GATTO , I . M .
Fac. de Farm.
Dept. de Patol .
X LOPES, R.A.
Rio Claro, Univ. Estad. Paulista,
Inst, de Biocienc, Dept. de Biol,
X CRUZ LANDIM, Ms. C. da -
Assoc. Prof.
X BEIG, D. - Asst. Prof.
X BUENO, O.C. - Asst. Prof.
Salvador, Fund, G.Muniz
BOROJEVIC, R.
Sao Paulo, Univ,
de Sao Paulo,
Dept. de Biol.
- Assoc. Prof.
Inst. Biocienc . ,
X SIMOES, L.C.G.
X AMABIS, J.M.
FaC. de Med., Dept. de Anat.,
Sect, Neuroanat.
X ERHART, E.A. - Prof.
X FERREIRA da SILVA, C. - Instr.
Vicosa, Univ. Fed. de Vicosa,
Inst. Cienc. Biol., Dept. de Biol,
X CAMPOS, L.A.de O. - Prof,
Chile
India
CHILE
Valdivia, Austral Univ.,
Inst, of Embryol.
X JORQUERA, B. - Prof.
X PUGIN, E. - Prof.
X GARRIDO, O. - Asst. Prof.
X MOLINARI, E. - Asst. Prof.
ECUADOR
Cat,
Quito, Pontificia Univ.
Inst, de Cienc.
X del PINO, Ms. E.M. - Prof. Biol,
VENEZUELA
Merida, Univ. de Los Andes,
Med. Fac. , Dept. of Embryol.
X DURAN de LOPEZ, Ms. L. - Assoc.
Prof. , Head
X KLEISS, E. - Prof. (Emer.)
X CARMONA de UZCATEGUI, Ms. M.L. -
Assoc. Prof.
X HERNANDEZ de BARRIOS, Ms. C.E. -
Assoc. Prof.
X KLEISS, Ms. C. - Asst. Prof.
X BECERRA de GUZMAN, Ms. M. -
Asst. Prof.
ASIA
CHINA
Shanghai, Shanghai Pedagog. Univ.
X TCHANG, Tso-run - Prof.
X PANG, Yan-bin - Prof.
HONG KONG
Hong Kong, Univ. of Hong Kong,
Dept. of Anat.
X YEW, D.T.
Dept. of Obstet. & Gynecol.
LEE, K.H. - Sen. Lect.
Shatin, Chinese Univ. of Hong Kong,
Dept. of Biochem.
X KONG, Yun-Cheung
INDIA
Sen. Lect.
Allahabad, Univ. of Allahabad,
M.L.N. Med. Coll. ,
Dept. of Obstet. & Gynecol.
BAVEJA, Ms. R. - Prof., Head
MISRA, R. - Lect.
Fac. of Sci,, Dept. of Biochem.
X PANT (AIYAR) , Ms. R. - Reader
GUPTA, Ms. P.
X GUPTA, D.K. -
X GUPTA, S.K. -
NAITHANI, Ms.
X PANDEY, K.N.
X SINGH, S.D. -
X SRIVASTAVA, G
- Res. Scholar
Res. Scholar
Res. Scholar
G. - Res. Scholar
- Res. Scholar
Res. Scholar
. K. - Res. Scholar
Scholar
X UNNI, B.C. - Res
Dept. of Zool.
X SINGH, Y.N. - Lect.
X SINGH, Ms. M. - Res. Scholar
Anand, Gujarat Coll. of Vet. Sci.
& Anim. Husbandry, Dept. of Anat.
X PANCHAMUKHI, B.G. - Assoc. Prof.
Bangalore, Indian Inst, of Science,
Ctr. for Theoret. Studies
X NANJUNDIAH, V.
Baroda, Med. Coll., Dept. of Anat.
X SRIVASTAVA, H.C. - Prof., Head
Baroda, M.S. Univ. of Baroda,
Fac. of Sci., Dept. of Zool.
X SHAH, R.V. - Prof., Head
X BONNY PILO - Lect.
X ASNANI, Ms. M. - Lect.
X HIRADHAR, P. - Lect.
X RAMACHANDRAN , A.V. - Lect.
X RADHAKRISHNAN, N. - Lect.
X GOPINATH, G.M. - Asst. Lect.
X THOMAS, V. - Teach. Asst.
X JAYSHREE MENON, Ms. - Res. Scholar
X KINARIWALA, Ms. R.V. - Res. Scholar
Bombay , Bhabha Atom. Res. Ctr.,
Bio-Organ Div.
NARAYANASWAMY , S. - Head Plant
Morphogen. Sect.
Bombay , Cancer Res. Inst., Embryol.
Div.
X MAHARAJAN, V.
Calcutta, Presidency College,
Fac. of Sci., Dept. of Zool.
DASGUPTA, B. - Prof.
Chandigarh, Postgrad. Inst, of Med.
Educ. & Res., Dept. of Anat.
X JIT, I. - Prof. (Emer.)
Coimbatore, Madras Univ.,
Postgrad. Ctr., Dept. of Botany
X LAKSHMANAN, K.K. - Prof.
Darjeeling, State College, Zool. Dept.
X RAY, A.K.
Delhi, Univ. of Delhi,
Dept. of Botany
X BHANDARI, N.N. - Lect.
X NATESH, S. - Lect.
Dept. of Zool.
PRASAD, M.R.N. - Prof.
RAO, K.V. - Reader
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Gorakhpur , Univ. of Gorakhpur,
Fac. of Sci., Dept. of Zool,
CHAUDHRY, H.S. - Prof., Head
X KU^4AR, K. - Lect.
Hyderabad , A. P. Agric. Univ.,
Dept. of Plant Physiol.
X NARAYANAN, A. - Prof. Crop Physiol.
Jaipur , Univ. of Rajasthan,
Dept. of Zool.
X NIAZI, I. A. - Reader
X NIAZI, Ms. S. - Lect.
Kanpur, G.S.V.M. Med. College,
Dept. of Anat.
VARMA, H.C. - Prof., Head
KATIRA, Ms. V. - Lect,
SINHA, D.N. - Lect.
Kasaragod, Centr. Plant. Crops Res.
Inst., Div. of Genet.
X IYER, R.D. - Head
Lucknow, Centr. Drug Res. Inst.
X SINGH, M.M.
Lucknow, Univ. of Lucknow,
Dept. of Zool.
X TANDAN, B.K. - Prof.
Ludhiana, Punjab Agric. Univ.,
Dept. of Zool.
X GURAYA, S.S. - Prof., Head
X PARSHAD, V.R.
X SADANA, G.L, - Asst. Prof.
X CHALANA, Ms. R. - Asst. Prof.
X DANG, H.R.
Madras, Univ. of Madras, Postgrad.
Inst, of Basic Med. Sci., Anat. Dept.
X KAMAKSHI, Ms. K, - Lect.
Meerut, Meerut Univ., Zool. Dept.
X AGARWAL, S.K. - Lect.
Nagpur , Med. Coll., Anat. Dept.
DUBEY, P.N. - Prof., Head
NAVAGIRI, Ms. S.S. - Reader
Nagpur , Vet. College
PANDIT, R.V.
New Delhi, All India Inst, of Med. Sci.
Dr. R.Prasad Ctr. for Ophthalmol, Sci.
AGARWAL, L.P. - Prof., Chief Org.
ANGRA, S.K. - Asst. Prof.
Pondicherry, Jawaharlal Inst. ,
Dept. of Anat,
X MITRA, S.C. - Assoc. Prof.
X LAKSHMANAN, S. - Lect.
X POURANY, Ms, A, - Demonstr.
X ASHA, Ms. S. - Lect.
X RADHA, Ms. R. - Sen. Resident
Poona, N.Wadia College,
Zool. Dept., Cell Res. Lab.
LOBO, J.F, - Demonstr.
Poona, Univ. of Poona,
Fac. of Sci., Zool. Dept.
GOEL, S.C. - Reader
Shillong, North East. Hill Univ.,
Sch. of Life Sci., Dept. of Zool.
X KHARE, M.K.
X KUMAR, A.
X ROY, Ms. D.
X CHOUDHURY, Ms. S.
X SAHU, A.K,
Tirupati, Sri Venkateswara Univ. ,
Zool. Dept.
X CHANDRA MOHAN NAIDU, R. -
Teacher Fellow
Vallabh Vidyanagar , Sardar
Patel Univ., Dept, of Biosci.
X DAVE, Y.S. - Lect.
X RAO, K.S. - Res, Scholar
Varanasi, Banaras Hindu Univ. ,
Inst, of Med. Sci., Dept. of Anat.
X SINGH, S. - Prof., Head
INDONESIA
Bandung , Bandung Inst, of Technol , ,
Dept. of Biol., Sect. Zool.
X SUDARWATI, Ms. S. - Lect.
X SUTASURYA, Ms. L.A. - Jun. Lect.
X SURJONO, Ms. T. - Jun. Lect.
X SYARIEF, T.H,
Bogor , Inst, Pertanian Bogor,
Fak. Kedokteran Hewan
X SUKRA, Y.
Subang, Internat. Rice Res. Inst.
X MOCHIDA, 0.
IRAN
Ahwaz , Jundi Shapur Univ.,
Med, Coll,, Dept. of Anat.
BHARGAVA, I. - Prof.
DAVAI, D.M.
DODGE, Y.
JAVADNIA, Ms. F.
JAVAHERI, Ms. B.
Mashhad, Ferdowsi Univ., Biol. Dept.
X PARIVAR, K.
ISRAEL
Beer Sheva, Ben Gurion Univ.,
Dept. of Biology
X FRIEDLANDER, M,
Jerusalem, Hebrew Univ, ,
Dept, of Biol. Chem.
KULKA, R.G.
Dept. of Botany
X SACHS, T.
Dept. • of Genet.
FALK, R. - Prof., Head
SEGAL, D. - Res, Asst,
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Inst, of Life Sci.
X KEYNAN, A,
X GINZBURG, Ms. D. - Postdoct. Fellow
X SANDLER, Ms. N.
Lab. of Insect Physiol.
X SHAAYA, E.
Dept. of Zool.
X EYAL (GILADI) , Ms. H. - Prof.,
Chairman
X WERNER, Y.L. - Prof,
X PENER, M.P. - Prof.
X FAINSTAIN '(HAMERMAN) , Ms. N. - Asst.
X AZAR (GEALIJA) , Ms. I. - Asst.
X FARBEROV, A. - Res. Assoc.
X GINSBURG, Ms. M.
SHULOV, A. - Prof. (Emer.)
BLONDHEIM, Ms. S.A. - Asst.
Hebrew Univ. - Hadassah Med. School,
Dept. of Anat. & Embryol.
X ORNOY, A. - Assoc. Prof., Head
X MICHAELI, Y. - Sen. Lect.
X ROTSHENKER, S. - Sen. Lect.
X RON, A. - Lect.
X GANCHROW, D. - Lect.
X YANAI, J. - Lect.
SEKELES, E. - Lect.
X DEVOR, M. - Res. Assoc.
YOFFEY, J.M. - Visit. Prof.
Dept. of Molec. Biol.
SUSSMAN, Ms. R.B.ROTMAN -
Sen. Lect.
Dept. of Physiol,
BEN-OR (MILSTEIN) , Ms. S, - Lect.
Petah-Tiqva, Rogoff -Wellcome Med.
Res. Inst., Endocrinol. Unit
SINGER (ALTBEKER) , Ms. R. - Asst,
Petah-Tiqva, Tel-Aviv Univ., Med. Sch.
J.Casper Dept. of Pathol.
ABRAMOVICI, A. - Dir. Lab. Devi.
Pathol .
Ramat-Aviv, Tel-Aviv Univ. ,
Dept. of Botany
X ARZEE, Ms. T.
Rehovot, Hebrew Univ., Agric. Fac . ,
Dept. of Entomol.
LENSKY, Y. - Assoc. Prof.
AZENCOT, M, - Student
SHKOLNIK, Ms, H, - Student
Rehovot , Weizmann Inst, of Sci,,
Dept. of Cell Biol.
GLOBERSON, A.
Dept. of Genet.
SACHS, L. - Prof,
Dept. of Hormone Res.
X TSAFRIRI, A.
X WEBB, Ms. C.A.G,
Dept, of Plant Genet.
GALUN, E. - Head
Tel- Aviv, Tel-Aviv Univ. ,
Fac, of Life Sci,, Dept. of Zool.
X MOAV, B. - Sen. Lect,
X BETZALEL, M, - Grad. Student
Tel-Hashomer , Tel-Aviv Univ. , Fac.
of Med., Dept, Embryol. & Teratol.
X NEBEL, L.A. - Prof., Chairman
X SERR, D.M. - Prof, Obstet, -Gynecol ,
X TODER, V, - Sen, Lect,
X MENCZER, J. - Sen, Lect, Obstet,
& Gynecol,
X EICHENBRENNER, J, - Instr.
X DOR, M, - Instr,
X KASPI (VISHNIVETSKI) , Ms, T, -
Instr,
X FEIN, A, - Lect.
X BAUMINGER, Ms, S. - Sen, Res,
Fellow
X ALTERACZ, Ms, H, - Res. Asst.
JAPAN
Aomori , Tohoku Univ., Mar. Biol, Stat.
X NUMAKUNAI, T, - Res. Assoc,
Chiba, Chiba Univ., Coll. of Arts
& Sci. , Biol, Lab,
X TAMANOI, I, - Prof.
X KOBAYASHI, K. - Asst. Prof.
Chiba, Natl. Inst, of Anim. Industry
X SUGIE, T. - Head Lab. Fertil.
HANADA, A. - Res. Staff
X SOMA, T. - Res. Staff Lab, Fertil,
X SUGA, T, - Head Lab. Embryol. &
Obstet.
SAITOH, M. - Res. Staff Lab.Nutr.
X TSUNODA, Y. - Res. Staff Lab. Fertil,
X IZAIKE, Y. - Res. Staff Lab.
Embryol. & Obstet.
X MURAMATSU, S. - Head Lab. of
Genet. Disorders
X HANADA, H. - Res, Staff Lab. of
Genet. Disorders
Chiba, Natl. Inst, of Radiol. Sci.,
Div. of Biol,
X ASAMI, K. - Res, Off,
X ETOH, H. - Res. Off.
X HYODO (TAGUCHI) , Ms. Y. - Res, Off.
X IWASAKI, Ms. T, - Res. Off.
X NAKAZAWA, T. - Chief of Lab.
X YAMADA, T. - Res. Off.
X YAMAGUCHI, T. - Chief of Lab.
X YUKAWA, O. - Res. Off.
Chiba, Ochanomizu Univ. ,
Tateyama Marine Lab.
X NEMOTO, S.-I.
Fukuoka, Kyushu Univ. ,
Agric, Chem, Inst.
X KOGA, K. - Asst. Prof.
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Fac. of Agric, Zool. Lab.
X UCHIDA, T.A. - Prof.
X MORI, T. - Asst.
Fac. of Sci., Dept. of Biol.
X YAMANA, K. - Prof.
X SASAKI, N. - Lect.
X SHIOKAWA, K. - Lect.
Gifu, Gifu Coll. of Dent.,
Lab. of Biol.
X AMANU^4A, A. - Prof.
X HISHIDA, T. - Prof.
X IKENISHI, K. - Lect.
X KOBAYASHI, H. - Lect.
X YAMADA, K. - Lect.
Hakodate, Hokkaido Univ. ,
Fac. of Fish., Dept. of Biol.
Lab. of Fresh-Water Fish Cult.
X YAMAMOTO, K. - Prof. (Emer.)
X TAKAHASHI, H. - Assoc. Prof.
X TAKANO, K. - Assoc. Prof.
X YAMAUCHI, K. - Instr.
Lab. of Embryol. & Genet.
X HAMADA, K. - Prof.
X YAMAZAKI, F. - Assoc. Prof.
X ONOZATO, H. - Instr.
X GOTO, A.
Lab. of Physiol. & Ecol .
X YAMADA, J. - Prof.
Hirakata, Kansai Med. School,
Biol. Lab.
X IKUSHIMA, N.
X OHATA, A. - Asst.
Hirosaki, Hirosaki Univ. ,
Fac. of Med., Dept. of Anat.
X YAMADORI, T. - Prof.
X TAKAHASHI, H. - Asst. Prof.
X YAMAUCHI, K. - Asst.
Hiroshima, Hiroshima Univ. ,
Sch. of Med., Dept. of Anat.
X YASUDA, M. - Prof.
X SATO, A.G. - Lect.
X NAKAMURA, H. - Asst,
Fac. of Sci., Lab. for Amph. Biol.
X NISHIOKA, Ms. M. - Prof.
X KAWAMURA, T. - Prof. (Emer.)
Inuyama, Kyoto Univ. ,
Prim. Res. Inst., Monkey Care Lab.
TIBA, T. - Assoc. Prof.
Prim. Res. Inst., Dept. of Physiol
X OSHIMA, K. - Assoc. Prof.
Izumo, Shimane Med. Coll.,
Dept. of Anat.
X TANAKA, O. - Assoc. Prof.
X DOMOTO, T. - Fac. Asst.
Kagoshima, Kagoshima Univ. ,
Lib. Arts Coll., Biol. Inst.
KUBOTA, T. - Prof.
Fac. of Med., Dept. of Anat.,
Embryol. Lab.
X NOTO, T.
Kanazawa, Univ. of Kanazawa,
Coll. of Lib. Arts, Biol. Inst.
X OHSAKI, K. - Asst. Prof.
Fac. of Sci., Biol. Inst.
X KISHIDA, Y. - Asst. Prof.
X FUKE, M. - Res. Asst.
Kariya, Aichi Univ. of Educ,
Dept. of Biol.
X IWAMATSU, T. - Prof.
X OHTA, T. - Asst. Prof.
Kasugai, Aichi Pref. Colony,
Inst, of Developm. Res.
X MURAKAMI, U. - Dir.
Inst, of Devi. Res., Embryol. Dept.
X NOGAMI, H. - Head
X SHOJI, R. - Head 1st Lab.
X INOUYE, M. - Managing staff
X TAKEUCHI, I. - Managing staff
X OOHIRA, A.- Managing staff
Inst, of Devi. Res., Perinatol. Dept.
X KASHIWAMATA, S. - Head
X SEMBA, R. - Res.
X KEINO, H. - Res.
X SATO, H. - Res.
Kobe, Kanebo Inst, for Cane. Res.
X WATANABE, K. - Res. Staff
X KONISHI, T. - Res. Staff
X HIRAMA, M.N. - Res. Staff
Kobe, Kobe Univ. , Sch. of Med.,
Dept. of Anat., Div.I
TAKEDA, H. - Prof., Dir.
UMETANI, T. - Asst.
Kobe, Konan Univ.,
Fac. of Sci., Dept. of Biol.
TAKAYA, H. - Prof.
SONOBE, H. - Lect.
Kobe, Konan Women's Univ.,
Dept. of Biol.
X BABA, S. - Prof.
Kochi , Kochi Univ., Biol. Dept.
X NAKAUCHI, M. - Prof.
Kumamoto, Kumamoto Univ.,
Med. Sch., Dept. of Anat.
X FUJIMOTO, T. - Prof.
Kyoto, Doshisha Univ., Biol. Lab.
X AMANO, H. - Prof.
X KOBAYASHI, N. - Prof.
X INOUE, Ms. Y. - Res. Asst.
Kyoto , Kyoto Pref. Univ. of Med.,
2nd Dept. of Anat.
IBATA, Y. - Prof.
FUJISAWA, H. - Lect.
WATANABE, K. - Asst.
Dept. of Pharmacol.
X KURIYAMA, K. - Prof., Chairman
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Kyoto , Kyoto Univ. ,
Fac. of Med., Dept. of Anat.
X HOSHINO, K. - Prof.
X TANIMURA, T. - Assoc. Prof.
X YASUDA, Ms. Y. - Fac, Asst.
Chest Dis. Res. Inst., Pathol. Dept.
X TAKAHASHI, G. - Asst. Prof.
Inst, for Brain Res., Physiol. Dept.
X YOSHIDA, S.
Fac, of Sci,, Inst, for Biophys. &
Molec. Biol.
OKADA, T.S. - Prof.
EGUCHI, G. - Assoc. Prof.
TAKEICHI, M. - Asst.
OKAMOTO, M, - Asst,
YASUDA, K. - Asst,
Dept, of Zool,, Lab, Devi, Biol.
X YONEDA, M. - Prof.
X SATOH, N. - Asst.
X KUBOTA, H.Y. - Asst.
Dept. of Botany
X KAWAI, Ms. S.
Coll. of Agric, Anim. Sci. Dept.
X NIWA, K.
Dept. of Agric. Chem.
X MATSUMOTO, H. - Res. Assoc.
Maebashi , Gunma Univ. ,
Fac. of Educ, Dept. of Biol.
X MUKAI, H. - Asst. Prof.
Inst, of Endocrinol.
X HANAOKA, Y. - Asst. Prof.
Matsumoto , Shinshu Univ. ,
Sch. of Med., Dept. of Anat.
X NAGATA, T. - Prof.
X MURATA, F. - Assoc. Prof.
X OHNO, S, - Instr,
X YOSHIDA, K. - Instr.
Matsuyama, Ehime Univ, ,
Biol, Inst,
X ISHIKAWA, M, - Prof.
X SAWADA, N. - Prof.
X NODA, Y.D. - Assoc. Prof.
X TAKAICHI, S. - Asst.
Misima, Natl. Inst, of Genet.,
Dept, of Morphol. Genet.
X KURODA, Y. - Head Dept.
X MINATO, K. - Res. Staff
Mi to, Ibaraki Univ.,
Fac. of Sci., Dept. of Biol.
X YAJIMA, H. - Asst. Prof.
Morioka, Iwate Univ., Fac. of Agric.
Inst, of Appl. Entomol.
X MIYA, K, - Prof,
X KURIHARA, M, - Asst, Prof.
Nagasaki , Nagasaki Univ. ,
Fac, of Fish., Dept. Mar. Zool.
X DOTSU, Y. - Prof,
X TAKITA, T, - Assoc. Prof.
NATSUKARI, Y. - Res, Assoc.
Sch. of Med., 3rd Dept. of Anat.
X SETOGUTI, T, - Prof.
Dept. of Genet.
X SHIOMI, T. - Prof.
X YOSHIKAWA, I. - Instr.
X AYAKI, T. - Res. Asst.
Nagoya, Nagoya Univ, ,
Coll, Med. Technol., Biol. Lab.
X ONITAKE, K.
Fac. of Agric, Lab. of Biochem.
X ASAHI, T. - Assoc, Prof.
Fac. of Sci., Biol. Inst. (Zool.)
X NAKANO, E. - Prof.
X OHNISHI, E. - Prof.
X AKETA, K. - Assoc. Prof.
X ISHIZAKI, H. - Assoc. Prof.
X IDE, H. - Res. Assoc,
X TOMITA, H, - Res. Assoc.
X ISHIMODA, T. - Res. Assoc.
Res. Inst, of Environm. Med.,
Dept. of Developm. Pathol.
X KAMEYAMA, Y. - Prof.
X HOSHINO, K. - Assoc. Prof,
X HAYASHI, Y. - Asst. Prof,
X ODA, S, - Asst. Prof.
X NAKANE, K. - Res. Assoc.
X TAKEHIRA, Y. - Postgrad. Stud.
X NARUSE, I. - Res. Assoc,
Sch, of Med., Dept. Orthop. Surg.
TERASHIMA, Y,
Radioisotope Ctr,
X NAKANO, E, - Prof,
X TAKATA, K. - Assoc. Prof.
Nagoya , Sugiyama-Gakuen Univ.
X SUGIYAMA, M. - Prof,
Nagoya, Women's Coll, of Tokai-Gakuen,
Lab, of Biol,
X HASEGAWA, M. - Prof.
Naha, Univ. of the Ryukyus,
Dept. of Marine Sci.
X SHOKITA, S.
Nara, Nara Women's Univ.,
Fac. of Sci., Biol. Inst,
ARIMA, S, - Prof.
Niigata, Niigata Univ. ,
Fac. of Agric, Dept. Anim. Husbandr.
X ISHIDA, K.
Dept. of Biochem. & Technol. of
Anim. Products
X NONAMI, Y. - Prof.
Fac, of Sci,, Biol. Inst.
X IWASAWA, H, - Prof.
Nishinomiya, Kwansei Gakuin Univ.,
Fac. of Sci., Dept. of Biol.
X OJIMA, Y. - Prof.
Okazaki , Natl. Inst, for Basic Biol.,
Dept. of Developm. Biol.
X KANATANI, H. - Prof.
X NAGAHAMA, Y. - Assoc. Prof,
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X KISHIMOTO, T. - Res. Assoc.
X SHIRAI, Ms. H. - Res. Assoc.
Osaka, Osaka Christian Coll.
X SUGINO, H. - Prof.
Osaka, Osaka City Univ. ,
Fac. of Sci., Dept. of Biol.
X ASAYAMA, S. - Prof. (Emer.)
X FURUSAWA, M. - Assoc. Prof.
X KOTANI, M. - Assoc. Prof.
X DAN (SOHKAWA) , Ms. M. - Asst.
Osaka, Osaka Kyoiku Univ.,
Dept. of Biol.
X TAHARA, Y. - Prof.
X KATO, K.-I. - Prof.
X MATSUZAWA, T. - Asst. Prof.
X TAKASAKI, Ms. H. - Lect.
Osaka, Osaka Univ., Coll. Gen. Educ.
Dept. of Biol.
X IMAHORI, K. - Prof.
X KOSHIDA, Y. - Prof.
X IWASA, K. - Asst. Prof.
X SAITO, S. - Asst.
X MAEDA (KIBATA) , Ms. M. - Asst.
X HORIUCHI, S. - Asst.
Saitama, Saitama Med. School,
Dept. of Anat.
X HIRAKOW, R. - Prof.
X GOTOH, T. - Instr.
Sakura-Mura, Univ. of Tsukuba,
Dept. of Biol. Sci.
X HARADA, H.
X OKADA, M.
Sapporo , Hokkaido Univ. ,
Fac. of Sci., Chromos. Res. Unit
X MAKINO, S. - Prof. (Emer.)
X SASAKI, M. - Prof.
X TAKAGI, N. - Res. Assoc.
X IKEUCHI, T. - Res. Assoc.
Zool. Inst.
X AOTO, T. - Prof.
X IWATA, F. - Prof.
X YAMAMOTO, T.S. - Prof.
X KATAGIRI, C. - Asst. Prof.
X WAKAHARA, M. - Asst.
X SHIMIZU, T. - Asst.
X TOCHINAI, S. - Asst.
Fac. of Vet. Med., Dept. of Obstet.
X ISHIKAWA, T. - Prof.
X KANAGAWA, H. - Assoc. Prof.
X INOUE, T. - Asst.
X MIYAKE, Y.-I. - Asst.
Sapporo, Sapporo Med. Coll.,
Dept. of Biol.
X YAMASAKI, F. - Assoc. Prof.
Sendai , Tohoku Univ. , Sch. of Med. ,
Dept. of Obstet. & Gynecol.
X TAKABAYASHI, T.
Shimoda, Univ. of Tsukuba,
Shimoda Marine Res. Ctr.
X WATANABE, H.
Toba, Nagoya Univ., Fac. of Sci.,
Sugashima Marine Biol. Lab.
X KOJIMA, M.K. - Assoc. Prof.
X SATO, H.
X INOUE, S.
X ELLIS, G.
Tochigi, Jichi Med. School,
Dept. of Anat.
X IDE, C.
Tokushima, Tokushiraa Univ. ,
Dent. Sch., Dept. of Oral Anat.
X KATSURA, S. - Prof.
Sch. of Med., Dept. of Anat.
DAIKOKU, S. - Prof., Dir.
WATANABE, Y.G. - Lect.
Tokyo, Mitsubishi-Kasei Inst, of
Life Sci., Lab. of Devi. Biol.
X HIGASHINAKAGAWA, T.
X SAIGA, H.
Tokyo, Nippon Med. School,
Dept. of Anat.
X NAKAMURA, I. - Prof.
Dept. of Biochem.
X SHUKUYA, R. - Prof., Chairman
X OKAZAKI, T. - Asst. Prof.
X GOTO, Y. - Lect.
Tokyo, Ochanomizu Univ.,
Fac. of Sci., Dept. of Biol.
DAN, Ms. J.C. - Prof.
MIKI-NOUMURA, Ms. T. - Asst. Prof
Tokyo , Rikkyo (St. Paul's) Univ.,
Biol. Lab.
X ODA, S. - Prof.
Tokyo , Tokyo Inst, of Technol.,
Biol. Lab.
X HIRAMOTO, Y. - Prof.
Tokyo , Tokyo Kyoiku Univ.,
Fac. of Sci., Inst, of Zool.
X TANAKA, K. - Asst.
Tokyo, Tokyo Med. & Dent. Univ.,
Fac. of Dent., Dept. of Pedodont.
X ETO, K. - Lect.
Sch. of Dent., Dept. of Anat.
X NOZUE, T. - Assoc. Prof.
X KATOW, H. - Instr.
Sch. of Med., Dept. of Anat.
X KATO, M. - Assoc. Prof.
Tokyo, Tokyo Metrop. Inst, of
Gerontol., Dept. of Biol.
X NOUMURA, T. - Head
Tokyo Metrop. Inst, for Neurosci.
X MATSUYAMA, H. - Sen. Sclent.
Tokyo, Tokyo Metropolitan Univ.,
DAN, K. - Prof., President
128
Japan
Taiwan
Fac. of Sci., Dept. of Biol.
X YANAGISAWA, T. - Prof.
X OKAZAKI, Ms. K. - Prof.
X TSUSUE, Ms. Y.M. - Instr.
X UEMURA, I. - Instr.
X OGURI, Ms. K. - Postdoct.
X TAKAHASHI, K. - Grad. Student
YAZAKI, Ms. I. - Instr.
Tokyo , Univ. of Tokyo,
Fac. of Med., Dept. of Anat.
X OOE, T. - Prof.
X YOSHIOKA, M. - Assoc. Prof.
Dept. of Physiol. Chem. & Nutr.
X MANO, Y. - Prof.
Fac. of Sci., Dept. Biophys. -Biochem.
X SAKAI, H. - Prof.
X KIMURA, I. - Asst. Prof.
X ENDO, Ms. S. - Res. Asst.
Dept. of Botany
X FURUYA, M. - Prof.
X KOMAMINE, A. - Assoc. Prof.
X INOUE, Y. - Instr.
X WADA, M. - Instr.
X TAKENO, K. - Postdoct. Fellow
X KADOTA, A.
Zool. Inst.
X TERAYAMA, H. - Prof.
X EGAMI, N. - Prof.
X MIZUNO, T. - Prof.
FUJII, T. - Prof. (Emer.)
X KINOSHITA, S. - Assoc. Prof.
X YAMAGAMI, K. - Assoc. Prof.
X TAKEUCHI, S. - Asst.
X YASUGI, S. - Asst.
X lUCHI, I. - Asst.
Tokyo, Waseda Univ. ,
Sch. of Educ, Biol. Lab.
NUMANOI, H. - Prof.
Towada, Kitasato Univ., Fac. of
Vet. Med., Sch. of Anim. Sci.
ONUMA, H.
Toyama, Toyama Univ. ,
Fac. of Sci., Biol. Inst.
X HORI, R. - Prof.
X MICHIBATA, H. - Lect.
Tsu, Mie Univ., Fac. of Fish.
X OOISHI, Ms. S. - Lect.
X IZAWA, K. - Asst.
Uchinada, Kanazawa Med. Univ.,
Arts, Biol
Prof.
- Asst. Prof.
Asst. Prof.
Lect.
T. - Res. Asst
Coll. of Lib. Arts, Biol. Inst.
X KIDO, T. -
X ASAKURA, K,
X HORI, I. -
X ASAI, E. -
X HIROSHIMA,
Urawa , Saitama Univ. ,
Coll. of Lib. Arts, Dept. of Biol,
TSUKAHARA, J. - Assoc. Prof.
Yamaguchi , Yamaguchi Univ.,
Biol. Inst.
X ABE, K.
Sch. of Med., Dept. of Hyg. &
Prevent. Med.
X ENDO, A. - Assoc.
X SHIMADA, T. - Assoc.
X WATANABE, T. - Assoc.
Yokohama , Keio Univ. ,
Sch. of Med., Biol. Lab.
MORI, Y. - Prof., Head
TAGUCHI, S. - Prof.
X ISONO, N.
Yokohama , Tsurumi Univ.,
Sch. of Dent. Med., Biol. Dept.
X WATANABE, K. - Prof.
X SASAKI, Ms. F. - Asst. Prof.
X HORIGUCHI, T. - Asst.
X TAKAHAMA, H. - Asst.
KOREA , South
Kwangju, Chonnam Natl. Univ.,
Dept. of Biol.
SOH, W.Y. - Assoc. Prof.
Suweon , Seoul Natl. Univ., Coll. of
Agric, Dept. of Sericult.
X PARK, K.E.
KUWAIT
Kuwait, Kuwait Univ. , Med. School
ADAMS SMITH, W.N. - Prof.
LEBANON
Beirut, Univ. St. Joseph, Fac. de Med.
Dept. d'Histoenzymol.
X TABBARA FAWAZ , Ms. R.
PAKISTAN
Lahore , Panjab Univ., Zool. Dept.
X MUFTI, S.A. - Asst. Prof.
Rabwah, Talim-Ul-Islam College,
Dept. of Zool.
X KHAN, M.S. - Prof.
TAIWAN
Taipei, Natl. Def. Med. Ctr . ,
Dept. of Biomorphics
X HSU (LIANG), Ms. C.Y. - Prof.,
Head
X LIANG, H.M. - Prof.
X YU (KOU) , Ms. N.W. - Prof.
X YANG, S.F. - Assoc. Prof.
Taipei, Natl. Taiwan Univ.,
Dept. of Zool.
X KING, Ms. D.WEI - Prof.
HUANG, F.L. - Asst. Prof.
129
Turkey
TURKEY
Ankara, Hacettepe Univ., Med. Fac.
Dept. of Histolr Embryol .
KERSE (BOYiiK^ZER) , Ms. I. -
Prof. , Head
Australia (Vict.)
X YALqiN, Ms. E
X OZORAN, A.
X SEFTALIOGLU, Ms. A
memiko5lu (GONENC)
Lect.
Ms. A.
AUSTRALIA
AUSTRALIA
AUSTRALIAN CAPITAL TERRITORY (A.C.T.
Canberra, Austr. Natl. Univ.,
Res. School of Biol. Sci.
X BELL, G.A.
X WYE-DVORAK, Ms. J.
Dept. of Behav. Biol.
X MARK, R.F. - Prof
X WILSON, P. -
X MORGAN, I.G.
X GULDNER, F.H
X HAMBLEY, J.W
, Chairman
Res. Fellow
- Fellow
- Sen. Res. Fellow
- Res. Fellow
Sch. of Gen. Stud., Zool. Dept.
X JANSSENS, P. A. - Sen. Lect.
Lyneham, C.S.I.R.O.,
Div. of Wildlife Res.
X TYNDALE-BISCOE, C.H.
X HINDS, Ms. L. - Exper. Off.
NEW SOUTH WALES (N.S.W.)
Arrnidale, Univ. of New England,
Dept. of Microbiol. & Genet.
X CLAXTON, J.H. - Sen. Lect.
Sch. of Biol. Sci., Zool. Dept.
X O'FARRELL, A.F. - Prof.
X DE BAVAY, J.M, - Lect.
X WHITELAW, S.
Blacktown, C.S.I.R.O., Div. of Anim,
Prod.
SCOTT, T.W,
X ALEXANDER,
X LYNE, A.G.
X NANCARROW,
- Chief
G. - Sen.Princ. Res.Sci .
- Sen. Princ. Res. Sci.
C. - Sen. Res. Scient.
Camperdown , Univ. of Sydney,
Dept. of Med. (Neurol.)
X CAMERON, J.
Dept. of Surg. (Diagn. Radiol.
X McCREDIE, Ms. J.
X SHOOBRIDGE, Ms. E.R.
Newcastle, Univ. of Newcastle,
Dept. of Biol. Sci.
QUINN, P. - Lect.
North Ryde, Macquarie Univ.,
School of Biol. Sci.
X MOORE, G.P.M.
X LINTERN-MOORE, Ms. S.M.
Sydney, Univ. of Sydney,
Dept. of Histol, & En±iryol.
X SULLIVAN, G.E. - Sen. Lect.
Sch. of Biol. Sci., Zool. Bldg.
X ANDERSON, D.T. - Prof.
X GROSSLEY, A.C. - Assoc. Prof,
X MORRIS, Ms. V.B. - Sen. Lect.
QUEENSLAND
Brisbane, Univ. of Queensland,
School of Anat.
BRYDEN, M.M.
HUGHES, R.L. - Reader Embryol.
Townsville, James Cook Univ.,
School of Biol. Sci.,
Depts. of Marine Biol. & Zool.
X BURDON- JONES , C. - Prof.
X LUCAS, J.S. - Sen. Lect.
SOUTH AUSTRALIA (S.A.)
Adelaide, Univ. of Adelaide,
Dept. of Zool.
X TYLER, M.J.
Bedford Park, Flinders Univ.,
School of Biol. Sci.
X DIXON, K.E. - Sen. Lect.
Sch. of Med., Dept. of Hum. Morphol.
X STRAZNICKY, K.C. - Sen. Lect. Anat.
X TAY, D.K.C. - Postgrad. Student
X GLASTONBURY, J. - Res. Student
VICTORIA (Vict.)
Bundoora, La Trobe Univ. ,
Dept. of Botany
X ELLIS, D.H.
Carlton, Lincoln Inst. ,
Dept. of Biol. Sci.
X SATHANANTHAN , A.H.
Clayton, Monash Univ.,
Dept. of Physiol.
X WESTERMAN, R.A. - Sen. Lect.
X CRAGG, B.G. - Reader
X REES, Ms. S. - Postdoct. Fellow
130
Australia (Vict.) New Zealand
Parkville, Univ. of Melbourne, NEW ZEALAND
School of Anat. ,,-,j,, • ^t-^itj
Auckland, Univ. of Auckland,
X LAVARACK, J.O. - Reader pept. of Biochem.
X STRATFORD (MILLER), Ms. B.F. - ^ UwiCK, A.G.C.
Sen. Lect. christchurch, Univ. of Canterbury,
Dept. of Zool.
WEST AUSTRALIA (W.A.) ^ ^^^^^^ ^^^^ _ ^^^^^^
Murdoch, Murdoch Univ. , Dunedin, Univ. of Otago,
Environm. & Life Sci. Dept. of Zool.
X RENFREE, Ms. M.B. - Lect. Biol. PILKINGTON, J.B. - Lect.
131
SUBJECT INDEX
(alphabetical order)
For an introduction to the subject index, see part 1 , page 136
The following new Headings have been added :
Artificial Insemination
Bursa of Fabricius
Conjugation
Jaw
Mast Cell
Sex Ratio
ABDOMINAL CAVITY
ADRENAL GLAND
AIR BLADDER
see Body cavities
see also Cortisone; Insulin;
see Lung(s)
Steroids
ABNORMALITIES
AIR SACS
see Anomalies (early develop-
Amphibia
Thurmond
see Lung(s)
ment); Malformations
Yu
see also Teratogenesis
Aves
Woods
ALIMENTARY TRACT
Mammalia
Goldberg
see Digestive tract
ABORTIONS
Roos
see Malformations; Pathology
Srivastava
ALKYLATING AGENTS
Turley
ACCESSORY SEX GLANDS
Aves
Singh
see Reproductive system
AGE (AGING)
Sudarwati
Surjono
ACTIN
Insecta
Lockshin
Sutasurya
see Muscle(s)
brain
Syarief
Mammalia
Unsworth
Mammalia
Singh
ACTINOMYCIN
coat colour
see also Antibiotics
Mammaha
Lhotka
ALLANTOIS
cotyledon
see Embryonic membranes
ACTIVATION
Angiosp
Chrispeels
see Fertilization
larval tissue
AMINE(S)
Insecta
Cruz
see also Neurotransmitters
ADAPTATION
lung
see also Environmental factors;
Mammalia
Hay
Aves
Mezei
Phylogenesis
neoplasms
Mammalia
Baker
Mammalia
Lhotka
Daentl
Amphibia del Pino
oral tissues
Mezei
Jorqucra
Homo
Toto
Rennert
Molinari
Mammalia
Toto
Myxomy-
Kuehn
Pug in
plant
cetes
Wassersug
Angiosp
Narayanan
Gastropoda Garrido
role of cell surface
AMINO ACID(S)
Teleostei Goto
Aves
Oppenheimer
see also Neurotransmitters
Hamada
Echinoidea
Oppenheimcr
Mammaha
Oppenheimer
Insecta
Pant
ADHESIVE GLAND
salivary gland
Singh
see Gland(s)
Mammaha
Pritchard
analogs
thymus
Mammalia
Galbraith
ADIPOSE TISSUE(S)
Homo
Makinodan
brain
see also Lipid(s)
Mammalia
Makinodan
Mammalia
Kuriyama
effect on organogenesis
Insecta Buttcrworth
AGGREGATION
Angiosp
Harada
Nair
sec Cell(s)
embryo
Pandey
Echinoidea
Isono
132
free
Mammalia
DuFrain
fission mechanism
Amphibia
Crawford
Ornoy
Amphibia
Kishida
Teleostei
Crawford
Shepard
molecular bioloi
gy
liydroxyproline
Reptilia
Cox
Fungi
B lam ire
Insecta
Rapport
nuclei
larva
ANTIBODIES
Ciliata
Pang
Insecta
Gupta
see Immunolog>
Tchang
metamorphosis
statoblast germination
Insecta
Srivastava
ANTIGENS
Ectoprocta
Oda
methionine
see Immunology
strobilation
Aves
Chandra
Scyphozoa
Kato
moulting
ANTIMETABOLITES
Insecta
Gupta
ASYMMETRY
placental transport
Amphibia
Wolsky
see Symmetry
Homo
Miller
Aves
Frederickson
Mammalia
Miller
KoUar
AUDITORY ORGAN
silk gland
Echinoidea
Wolsky
(& external i
2ar)
Insecta
Unni
Mammalia
Chamberlain
teratogenesis
Galbraith
Amniota
Maderson
Aves
Hambley
Kollar
Amphibia
Werner
transport in e;
gg & embryo
Layton
Aves
Barnard
Echinoderm
Crawford
Paynton
De Jager
tyrosine
Schmidt
Somes
Mammalia
Coufalik
Monder
Skalko
Chelonia
Frank
Smit
ANTIMITOTIC AGENTS
Mammalia
Feldman
AMITOSIS
Grimes
Amphibia
Meyerhof
Singh
AMNION
Aves
Pearce
Reptilia
Werner
see Embryonic membranes
Invertebr
Meyerhof
Teleostei
Yamada
Mollusca
Stiles
ANABIOSIS
Teleostei
Stiles
AUTONOMIC NERVOUS
see Diapause
ANTLERS
SYSTEM
ANDROGENESIS
see Horns
Aves
Carbonetto
see Genetics
AORTA
Pappano
ANESTHESIA
see Vascular system
see also Heart (& great vessels)
BACTERIA
see also Toxins
Amphibia
Kato
APICAL DOMINANCE
BEAK
ANEUPLOIDY
see Heteroploidy
Angiosp
Scott
Amphibia
Kolb-os
ANIMAL GRADIENT (ani-
malization)
see Gradients
see also Embryology (expe-
rimental); Embryology
(physiological)
ANOMALIES (early
development)
see also Pathology;
Teratogenesis
ARCHENTERON (roof)
see Gastrulation; Neurulation
see also Induction
BEHAVIOUR (embryonic &
postnatal)
karyotype
Homo
Sasaki
ANOMALIES (later
development)
see Malformations
see also Teratogenesis
ANOXIA
see Respiration
ANTIBIOTICS
see also Actinomycin
Amphibia Wolsky
Aves Shepard
Echinoidea Wolsky
Aves
GottUeb
ARTIFICIAL INSEMI-
Teleostei
Oppenheimer
NATION
ataxia
Mammalia
Nakane
Mammalia
Hamner
Oda
Thompson
biochemistry
Aves
Hambley
ASEXUAL REPRODUCTION
brain damage sy
ndromes
(& development)
Mammalia
Rodier
see also Culture & Preser-
brain lesion
vation
Aves
Hambley
effect of cerebellar retard.
Ascidiacea
Freeman
Mammalia
Altman
Nakauchi
effect of drugs
Chlorophyc
Jones
Mammalia
Yanai
Ectoprocta
Mukai
eff. of olfact.
bulb retard.
Gymnosp
Greenwood
Mammalia
Altman
Hydrozoa
Wyttenbach
effect of teratog
;en.
apomixis
Mammalia
Finocchio
Angiosp
Iyer
embryonic
bud in vitro
Aves
Oppenheim
Angiosp
Sawhney
fetus
budding
Mammalia
Auvenshine
Hydrozoa
Kato
larva
Nentwig
Amphibia
Wassersug
compound forn:
IS
Cirripedia
Lewis
Ascidiacea
Watanabe
Polychaeta
Scheltema
133
limb coordination
Aves Bekoff
Mammalia Bekoff
neonate
Mammalia Westerman
normal & abnormal
Mammalia Naruse
ontogeny
Aves Seiger
Insecta Seiger
postnatal
Aves Hambley
teratogenesis
Mammalia Jensh
web-building centres
Arachnida Kimmel
BIDDER'S ORGAN
BIO-ELECTRICITY
Acrasiales Jaffe
Amphibia Jaffe
Macklin
Vanable
Insecta Jaffe
BIO-ENGINEERING
see Culture & Preservation;
Transfer
BIOGENIC AMINES
see Neurotransmitters
BIOMETRY
see Growth
BIRTH
Homo
Hay
BLADDER
see Urogenital system
BLASTEMA
see Regeneration (traumatic)
BLASTOCYST
see also Cleavage; Culture
(& preservation); Implanta-
tion; Transfer (blastocyst,
etc.)
cell surface proteins
Mammalia Webb
chromosomes
Mammalia Takagi
comparative study
Mammalia Rasweiler
culture in vitro
Mammalia Morris
Sellens
Singh
cytoskelcton
Mammalia Webb
determination & differentiation
Mammalia Aticnza
diapause
Mammalia Hinds
Tyndale
differentiation
MammaUa Sellens
effect of oviduct secretions
Mammalia Hamncr
histo- & cytochemistry
Mammalia Anderson
immunology
Homo Menczer
Nebel
Toder
Mammalia Menczer
Nebel
Toder
Webb
in vivo & in vitro
Mammalia Whitten
interaction epi- & hypoblast
Aves Eyal
matrix
Mammalia Terayama
molecular biology
MammaUa Church
morphology
Mammalia Rasweiler
non-cellular coverings
Mammalia Boving
physiology
Mammalia Renfree
relation to uterine vessels
Mammaha Boving
single cell transplantation
MammaUa Moustafa
spacing
MammaUa Boving
steroids
MammaUa Singh
teratogenesis
Mammalia Fisher
transport by uterus
Mammalia Boving
trophoblast
Homo Menczer
Nebel
Toder
MammaUa Breyere
Fein
Menczer
Nebel
Toder
trophoblast knobs
MammaUa Boving
ultrastructure
MammaUa Anderson
Tyndale
uterine environment
Mammalia Izaike
Suga
zona pellucida loss
MammaUa Orsini
BLASTODERM
see also Cleavage; Primitive
streak
Aves Azar
Brick
Eyal
Fiser
Hardy
Wainwright
Cephalop Arnold
BLASTODISC
see Blastoderm
BLASTOMERIIS
see Cleavage
BLASTULA
see Cleavage
BLOOD
see also Circulation; Hemato-
poiesis; Hemolymph; Vas-
cular system
binucleated erythrocytes
Aves Bloom
blood cells
Insecta Crossley
ceUular chimerism
Amphibia Volpe
differentiation
Aves Tahara
endocrinology
Aves Betz
erythrocyte
Amphibia Goto
Okazaki
Shukuya
Aves Somes
erythrocyte ghost
Homo Furusawa
Mammalia Furusawa
erythrocyte molecular biol.
Aves SoUner
gene expression
Homo Furusawa
Mammalia Furusawa
growth
Aves Tahara
hemoglobin
Amphibia Goto
Okazaki
Shukuya
Aves Tobin
Wilt
Insecta DiMambro
Gundling
Laufer
Teleostei luchi
Yamagami
hemoglobin production
Mammalia Rennert
hemoglobin switch
MammaUa Nute
metamorphosis
Amphibia Goto
Okazaki
Shukuya
molecular biology
Aves Tobin
Insecta GundUng
morphogenesis
Aves Vcnzke
origin
Aves Tahara
physiology
Aves Somes
Venzke
thrombocyte
Aves Taliara
BLOOD VESSELS
see Vascular system; specific
organs, etc.
see also Circulation
BODY CAVITIES (& their
linings)
134
BONE(S)
see also Bone marrow;
Cartilage; Skeleton
Mammalia Felts
biochemistry
Mammalia Oohira
biomechanics
Homo Felts
Mammalia Felts
calcification
Homo Ornoy
callus in regeneration
Mammalia Deck
ceU
MammaUa Epstein
cellular origin
Aves Hall
culture in vitro
Mammalia Epstein
cytochemistry
Homo Cole
Mammalia Cole
dermal
Aves Rossouvv
development
Mammalia Krukowski
differentiation
Vertebrata Kemp
dysplasia
Homo Ornoy
effect of epithelium
Aves Tyler
Mammalia Tyler
effect of malnutrition
Mammalia Nakamoto
endocrinology
Amphibia McWhinnie
Aves McWhinnie
enzymes
Amphibia McWhinnie
Aves McWhinnie
epith.-mesench. interact.
Aves Hall
fetus & neonate
Mammalia Nakamoto
general study
Mammalia Hirano
Lindholm
Urist
glycoproteins
Mammalia Weinstock
induction & origin
Mammalia Nogami
intermediate bone-cartilage
Mammalia Beresford
matrix vesicles
Mammalia Ornoy
metabolism
Amphibia McWhinnie
Aves McWhinnie
Mammalia Krukowski
osteoclast
Aves Krukowski
osteoneogenesis
Mammalia Alteracz
procollagen
Aves Weinstock
Mammalia Weinstock
toxins
Aves Drachman
transplantation
Mammalia Alteracz
Homo
Cole
Ornoy
Mammalia
Cole
BONE MARROW
see also Hematopoiesis;
Mast cell
Mammalia
Hay
BRAIN
Mammalia
Altman
aging
Mammalia
Unsworth
anencephaly
Homo
Ganchrow
arborizations
Teleostei
Wye
auditory centre
Aves
Peusner
autoradiography
Amphibia
Constantine
Glastonbury
Straznicky
Tay
Mammalia
Hoshino
behaviour regulation
Teleostei
Oppenheimer
biochemistry
Aves
Morgan
Mammalia
Baker
Kuriyama
LaVeUe
Unsworth
Yanai
blood-brain barrier
Aves
Birge
Mammalia
Birge
cell aggregation
Mammalia
SJioji
cell cycle
Mammalia
Hoshino
cell migration
Mammalia
Das
cell proliferation
Mammalia
Das
cellular teratolo
gy
Mammalia
Das
centres
Amphibia
KoUros
cerebellar cortex
Homo
Kornguth
MammaUa
Kornguth
cerebellar retardation
Mammalia
Altman
cerebellum
Mammalia
Das
Inouye
Lauder
Semba
cochlear nucleu
s
Mammalia
Feldman
cortex
Homo
Cragg
Mammalia
Feldman
Peters
Rees
cortical visual field
Mammalia
Gordon
Hirsch
culture in vitro
Mammalia
Shoji
determination
Aves Choudhury
differentiation
Aves Unsworth
Mammalia Unsworth
effect of chemicals
Mammalia Kuriyama
effect of drugs
Manunalia Baker
effect of light
Aves Yew
Mammalia Yew
effect of neonatal lesions
Mammalia Devor
effect of neuronal connect.
Aves Sohal
effect of neurotrophic agent
Aves Yew
Mammalia Yew
effect of nitrosourea
Mammalia Das
electrophysiology
Amphibia Constantine
encephalocele
Aves Van der Westh.
endocrinology
Aves Lauder
Mammalia Altman
Lauder
enucleation
Aves Morgan
enzymes
Aves Piddington
Mammalia Greengard
experimental study
MammaUa Sembra
fissures
Aves Desmond
function
Aves Morgan
Narayanan
Piddington
Unsworth
MammaUa Unsworth
hippocampus
MammaUa Lauder
histo- & cytochemistry
Insecta Singh
MammaUa Bryan
hypothalamus
Amphibia Jacobson
Thurmond
Aves Jacobson
immunology
Mammalia LaVeUe
Van Alten
in cleft palate
Mammalia Overman
induction
Aves Khare
involution
MammaUa Rees
irradiation
Mammalia Altman
Das
Hayashi
Hoshino
Kameyama
Takehira
macrophages
Mammalia Qiamberlain
malformation
Kornguth
MammaUa Bryan
135
medulla oblongata
Mammalia Tweedle
mesencephalon
Aves Khaie
metamorphosis
Insecta Singh
microsurgery
Amphibia Constantine
molecular biology
Kornguth
neurotransmitters
Aves Lauder
Mammalia Lauder
normal & abnormal develop-
ment
Aves Langman
Mammalia Langman
nucleus
Aves Narayanan
Sohal
Mammalia Ozoran
nutrition
Mammalia Altman
olfact. bulb retardation
Mammalia Altman
optic centre & tracts
Amphibia Constantine
Kereem
Khalil
Meyer
Michael
Mosad
Sharma
Aves Adler
Goldberg
Krayanek
Lavail
Yew
Mammalia Cragg
Krayanek
LaVaU
Yew
Teleostei Krayanek
Meyer
Scott
Sharma
optic nerve
Amphibia Guldner
Aves Morgan
Mammalia Yamadori
Yamauchi
Teleostei Guldner
pathology
Mammalia Sato
physiology
Amphibia Glastonbury
Straznicky
Tay
Aves LaVail
Wilson
Mammalia Wilson
Teleostei Wye
prosencephalon
Aves Choudhury
Khare
regeneration
Amphibia Glastonbury
Guldner
Straznicky
Tay
Mammalia Krayanek
Rees
Teleostei Guldner
Krayanek
relation with optic lobes
Insecta Singh
retino-tectal connect.
Amphibia Glastonbury
Guldner
Straznicky
Tay
Aves Bell
Wilson
Mammalia Wilson
Teleostei Guldner
role of pineal organ
Mezei
shaping
Aves Jacobson
structure
Aves Wilson
Mammalia Wilson
synaptic compet. & regress
Amphibia Guldner
Teleostei Guldner
tectal positional markers
Amphibia Straznicky
teratogenesis
Aves Hambley
Singh
Mammalia Keino
Yanai
tetrodotoxin binding
Aves Unsworth
Mammalia Unsworth
transplantation
Aves Oppenheim
transpl. of genital tubercle
Mammalia Beresford
ultrastructure
Amphibia Constantine
Glastonbury
Aves Narayanan
Peusner
Mammalia Chamberlain
Feldman
Peters
Roth
Teleostei Wye
visual receptive fields
Mammalia Gordon
Hirsch
BRANCHIAL REGION
see also Pharynx
BRISTLE
see Integument
BURSA OF FABRICIUS
see also Lymphatic system
Aves
Fitzsimmons
Noumura
CAMBIUM
see Vascular tissue
CAPILLARIES
see Vascular system
CAPSULE (Egg)
see Egg coverings
CARAPACE
CARBOHYDRATES
see also Matrix
albumen gland
Gastropoda Goudsmit
brain
Mammalia Unsworth
chondroitin sulfate synth.
Aves Solursh
chromatin
Mammalia Kinoshita
disaccharide
Homo Tabbara
effect on buds
Angiosp Sawhney
embryonic membranes
Mammalia Izaike
Suga
endocrinology
Amphibia Frye
eye
Aves Trelstad
fructose
Mammalia Izaike
Suga
glycogen
Aves Benzo
glycolipids
Mammalia Struck
glycoproteins
Fambrough
Amphibia Eisenberg
Aves Eisenberg
Insecta Brown
Rapport
Mammalia Brown
Grimes
Pratt
Unsworth
glycoproteins in regeneration
Amphibia Hamada
hyaluronic acid
Aves Trelstad
metabolism
Echinoderm Yanagisawa
metabolism in mutants
Insecta Doane
metamorphosis
Amphibia Goto
Okazaki
Shukuya
moulting
Insecta Gupta
mucopolysaccharides
Animalia Schjeide
Aves Hay
Morris
Przybylski
Soiursn
Echinoidea Oguri
Te ray am a
Homo Schjeide
Mammalia Bernfield
Paynton
Pratt
Solursh
Te ray am a
polysaccharide
Homo Lhotka
protein polysaccharides
Mammalia Frederickson
proteoglycan
Aves Toole
136
role in cell migration
Aves Hay
yolk
Aves Nonami
CARCINOGENETIC -
AGENTS
see also Tumour(s)
Murison
Mammalia Hoshino
Moustafa
Rice
Takahashi
CARTILAGE
achondroplastic
Homo Shepard
Mammalia Shepard
biochemistry
Aves Cap Ian
Mammalia Oohira
cellular origin
Aves Hall
chondrocytes
Aves Solursh
Watanabe
chondrogenesis
Mammalia Paynton
chondroitin sulfate
Aves Goetinck
cleft palate
Mammalia Overman
culture in vitro
Aves Levenson
Mammalia Schmidt
Toto
development
Invertebr Koshida
differentiation
Vertebrata Kemp
effect on facial bones
Aves Rossouw
genetics
Aves Upholt
in Brachypodism
Mammalia Elmer
induction & origin
Mammalia Nogami
intermediate bone-cartilage
Mammalia Beresford
jaw
Mammalia Toto
matrix vesicles
Mammalia Ornoy
molecular biology
Aves Newman
origin
Aves Solursh
secondary chondrogenesis
Mammalia Beresford
teratogenesis
Homo Yasuda
Mammalia Paynton
types
Aves Levenson
CASTE DETERMINATION
see Polymorphism
CELLS
see also Cell cycle; Cell death;
Cell fusion; Cell heredity;
Cell wall; Matrix; Mem-
brane
adhesion
Amphibia Brick
Eisenberg
Ikushima
Izzard
Aves Bernfield
DeHaan
Eisenberg
Izzard
Lip ton
Oppenheimer
Porzig
Wiseman
Echinoidea McClay
Oppenheimer
Spiegel
Homo Lipton
Maslow
Mammalia Atienza
Izzard
Lipton
Maslow
Oppenheimer
Wiseman
affinities
Amphibia Eisenberg
Aves Eisenberg
aggregation & reaggregation
Acrasiales Rothman
Amphibia Eisenberg
Aves Adler
Eisenberg
Kuroda
Maslow
Echinoidea Spiegel
Turner
Homo Maslow
Mammalia Kuroda
Maslow
Shoji
Porifera Asakura
Hiroshima
Kido
Teleostei Wourms
aggregation factor
Porifera Humphreys
biochemistry
Amphibia Byrd
Angiosp Chrispeels
Echinoidea Barber
Byrd
Mammalia Webb
biophysics
Weiss
Echino- Hiramoto
derm Yoneda
chemotaxis
Acrasiales Bonner
Maeda
communication
Aves DeHaan
Mammaha Sherman
contact
Amphibia Decker
Sanders
Schoenwolf
Aves Fischman
Sanders
Mammalia Albertini
Anderson
Decker
Teleostei Schoenwolf
cortex
Ciliata Hanson
Oligochaeta Shimizu
culture in vitro
Amphibia Eisenberg
Tweedell
Angiosp Chrispeels
Aves Eisenberg
Lavarack
Watanabe
Homo Kelley
Kuroda
Minato
Insecta Kuroda
Mammalia Matsuzawa
Rafferty
Teleostei Ojima
density
Mammalia Knudsen
differentiation
Amphibia Takasaki
dissociation
Aves Adler
early embryo
Amphibia Dan
Echino- Dan
derm
eff. of cytosine arabinoside
Mammalia Bertalanffy
electrical coupling
Aves DeHaan
electrokinetics
Amphibia Brick
endocytosis
Simon
growth
Angiosp Sawhney
Aves Schjeide
Insecta Brooks
Plantae Schjeide
immunology
Aves Szulman
Mammalia Artzt
Bennett
interactions
Auerbach
Lilien
Weiss
Amphibia Takasaki
Asteroidea Nemoto
Aves Lavarack
McClay
Maslow
Newman
Oppenheimer
Echinoidea Oppenheimer
Homo Bolender
Maslow
Insecta Bhaskaran
Mammalia Elmer
Glass
Maslow
Morris
Oppenheimer
Potter
Myxobact Dworkin
Spiralia Gather
Vertebrata Bolender
interactions with matrix
Aves Markwald
137
involution
Amphibia Lyerla
irradiation
Mammalia Bertaianffy
kinetics
Mammalia Hendrickx
longevity
Mammalia Rafferty
migration
Amphibia Reyer
Aves Azar
Hay
Narayanan
Hydrozoa Wyttenbach
movement
Amphibia Brick
Izzard
Aves DeHaan
Izzard
Lavarack
Markwald
Maslow
Morris
Watanabe
Weston
Wiseman
Echinoidea Spiegel
Gastropoda Sathananthan
Homo Bolender
Kelley
Maslow
Hydrozoa Crowell
Lenhoff
Tweedell
Mammalia Davis
Izzard
Juurlink
Maslow
Nakatsujii
Wiseman
Protozoa Nakatsujii
Teleostei Lesseps
Vertebrata Bolender
outgrowth
Mammaha Atienza
physiology
Amphibia Sanders
Aves Traeger
recognition
Aves Bernfield
Herrmann
Lesseps
Mayhew
Porzig
Mammalia Mayhew
Vekemans
shape
Amphibia Burnside
Jacobson
Aves Jacobson
Chlorophy c Millington
Ciiiata Berger
Insecta Crossley
Polychaeta Crossley
Teleostei Burnside
stability of different.
Mammalia Rafferty
structure & function
Kcssel
surface
Lilien
Acrasiales Filosa
Amphibia Brick
Eisenbcrg
Grey
Sanders
138
Asteroidea Barber
Aves Eisenberg
Herrmann
Lee
Lesseps
Miller
Oppenheimer
Porzig
Sanders
Szulman
Traeger
Watanabe
Echino- Yoneda
derm
Echinoidea Aketa
Barber
McClay
Oppenheimer
Terayama
Turner
Homo Kelley
Mammalia Bennett
Dooher
Jetten
Miller
Oppenheimer
Spiegelman
Terayama
Webb
Wiley
Mycobact Dworkin
OUgochaetaShimizu
surface coat
Mammalia Langman
surface specificity
Aves Weston
Mammalia Weston
transformation in vitro
Angiosp Hotta
CELL CYCLE
Bloch
Amphibia Byrd
Meyerhof
Sato
Bacteria Keynan
Newton
Chlorophy c Howell
Ciiiata Williams
Wolfe
Echinoidea Byrd
Levy
Mano
Insecta Minato
Invertebr Meyerhof
Mammalia DuFrain
Hoshino
Luthaidt
Nozue
Scheffler
Yamaguchi
CELL DEATH
Greene
Amphibia Spitzer
Aves I'allon
Mottet
Narayanan
Oppenheim
Pilar
Sohal
Homo Fallon
Mottet
Insecta Bryant
Buttcrworth
Counce
Lockshin
Mammalia Pratt
Shapiro
Myxobact Dworkin
CELL DIVISION
see Cell(s); Mitosis
CELL FUSION
see also Cell heredity
Aves Fischman
Lipton
Homo Lipton
Mammalia Lipton
McBurney
Soupart
CELL HEREDITY
see also Cell fusion
Amphibia Eisenberg
Aves Fiser
Insecta Kuroda
Postlethwait
Mammalia Fiser
CELL-LINEAGE
see Embryology (experimen-
tal)
CELL RENEWAL
see Regeneration (physiol-
ogical)
CELL WALL
see also Membrane
Angiosp Chrispeels
Komamine
Chlorophyclwasa
Diatomeae Iwasa
Fungi Lovett
Phaeophy ta Forman
Quatrano
CENTRAL NERVOUS
SYSTEM
see also Brain; Neural crest;
Neural plate; Spinal cord
Homo O'Rahilly
autoradiography
Mammalia Hendrickx
Vaughn
cell kinetics
Mammalia Hendrickx
collagen
Aves Hay
culture in vitro
Mammalia Juurlink
development
Aves Ferreira
effect of bilirubin
Mammalia Kashiwamata
eff. of cell damage
Mammalia Semba
effect of hormones
Amphibia Pollack
histochemistry
Insecta Singh
irradiation
CEREBELLUM
CHEMICAL MICRO-
Mammalia Murakami
see Brain
ANALYSIS
Shoji
malformations
CHALONES
CHEMICALS (biologically
Mammalia Rodier
active)
Sadler
Amphibia
Scadding
see specific chemicals
Solursh
Thornley
(Antibiotics; Antimitotic
Mauthner cell
Mammalia
Thornley
agents etc. etc.); Chemical
Amphibia Kimmel
Yamaguchi
elements; Drugs; Ions;
Teleostei Kimmel
Teratogenesis
metamorphosis
CHEMICAL ELEMENTS
Insecta Singh
see also Ions
CHEMORECEPTORS
microglia
Matsuyama
aluminum
CHIMERAS
morphogenesis
Angiosp
Matsumoto
Insecta Berry
cadmium
Amphibia Volpe
myelin sheath
Aves
Pierro
Mammalia Benirschke
Mammalia Peters
Homo
Miller
lannaccone
nerve cord
Mammaha
Keino
Spiegelman
Insecta Singh
Miller
Whitten
neural tube
Monie
Amphibia Gordon
Pierro
CHONDROCRANIUM
Aves Adler
calcium
Hay
Amphibia
Izzard
Aves Maderson
Schoenwolf
Spitzer
Mammalia Maderson
Mammalia Sadler
Aves
Izzard
Schoenwolf
Lhotka
CHONDROGENESIS
Solursh
Spaziani
see Cartilage
neuroepithelium
Echinoidea Nakazawa
Mammalia Juurhnk
Turner
CHORDA
neuroglia
Homo
Lhotka
see Notochord
Varon
Reynolds
Mammalia Das
Invertebr
Epel
CHORION
Peters
Mammalia
Izzard
see Placenta
Vaughn
Krukowski
see also Embryonic mem-
neurogUa in regeneration
Lhotka
branes
Hirudinea Muller
Reynolds
neuronal differentiation
Teleostei
Jaffe
CHOROID PLEXUS
Aves Juurlink
fluorine
see Brain
Mammalia Juurlink
Echinoidea Herold
pathology
heavy metals
CHROMAFFIN CELLS
Matsuyama
Aves
King
polyploidy
Lamellibr
Calabrese
CHROMATIN
Amphibia Pollack
Mammalia
Carpenter
see Chromosomes
regeneration
Perm
Hirudinea Muller
iron
CHROMATOPHORE(S)
response to injury
Aves
Lhotka
Mammalia Rodier
Homo
Lhotka
Amphibia Bagnara
spinal cord
Mammalia
Lhotka
Ide
Amphibia Pollack
lead
Lyerla
teratogenesis
Mammaha
Kimmel
Crustacea Ranga
Mammalia Hayashi
Monie
Suchestoi
metals
CHROMOSOMES
tissue interaction
Echino-
Hein
see also Cytogenetics
Aves Hay
derm
trophic factor
Turbellaria
Hein
aberrations
Varon
nitrogen
Homo Makino
ultrasound
Amphibia
Janssens
Ornoy
Mammalia Shoji
oxygen
Shapiro
ultrastructure
Aves
Grabowski
Mammalia Chrisman
Mammalia Hayashi
Mammalia
Grabowski
DuFrain
Peters
phosphorus
Nesbitt
Vaughn
Echino-
Yanagisawa
aberrations by antibiotic
web-building centres
derm
Mammalia DuFrain
Arachnida Kimmel
Mammalia
Nakazawa
abnormal
potassium
Mammalia Miyake
CENTRIFUGATION
Mammalia
Fantel
abnormal karyotype
see Embryology (experi-
role in egg activation
Turbellaria Sugino
mental); Embryology
Invertebr
Epel
abortions
(physiological)
trace elements
Homo Ikeuchi
Ascidiacea
Hori
abortions & malformations
CEPHALOGENESIS
Echinoidea Hori
Homo Sasaki
see Head
Mammalia
Rennert
biochemistry
Shimada
Mammalia Kinoshita
Teleostei
Hori
blastocyst
Michibata
Mammalia Takagi
139
chromatin
Aves Newman
Echinoidea Moav
Ozaki
Mammalia Betzalel
Moav
condensation
Amphibia Masui
Mammalia Masui
congenital disorders
Homo Makino
developmental changes
Amphibia DiBerardino
doubling by colchicine
Mollusca Stiles
Teleostei Stiles
early embryo
Mammalia Moustafa
effect of antimitotic agent
Amphibia Meyerhof
Invertebr Meyerhof
effect of hormones
Insecta Amabis
egg
Amphibia Masui
Mammalia Masui
genetic activity
Insecta Gay
heterochromatin
Insecta Gerbi
irradiation
Mammalia DuFrain
karyotype
Homo Bersu
Ikeuchi
Sasaki
meiotic
Mammalia Lakshmanan
mitotic mutants
Aves Bloom
molecular biology
Amphibia Risley
molecular structure
Insecta Gay
morphology
Aves Noto
Mammalia Noto
movement
Echino- Ellis
derm Inoue
Sato
nucleosome
Aves Newman
SoUner
polytcne
Insecta Samols
protein
Angiosp Matsumoto
Echinoidea Ozaki
Insecta Imberski
Mammalia Asanii
puff
Insecta Amabis
Ellgaard
Gerbi
Laufer
Samols
spermatogenesis
Amphibia Risley
structure
Amphibia Reeder
Aves Sollncr
tcratogenesis
Aves Bloom
trisomy
Mammalia Bersu
ultrastructure
Amphibia Alperin
Insecta Amabis
X
Insecta Gerbi
Mammalia West
X-differentiation
Mammalia Takagi
X dosage compensation
Insecta Cline
X-inactivation
Mammalia Martin
Nessbitt
Y
Insecta Sanders
CILIA
ChlorophycWitman
Ciliata Rikmenspoel
Williams
Lamellibr Rikmenspoel
Polychaeta Rikmenspoel
Zoomast Rikmenspoel
CINEMICROGRAPHY
see Microcinematography
CIRCULATION
see also Vascular system;
specific organs, etc.
Mammalia Rudolph
CLEAVAGE (& morula,
blastula)
see also Blastocyst;
Blastoderm; Blastodisc
Asteroidea Hiramoto
Aves Lorenz
Cephalop Arnold
Echinoidea Hiramoto
Ohta
Gastropoda Sathananthan
Teleostei Kirchen
Ohta
biochemistry
Amphibia Steinhardt
Echmoidea Steinliardt
Mammalia Pollard
blastomere cloning
Mammalia Fiser
blastomere ukrastructure
Lamellibr Humphreys
blastula & neurotransmitters
Amphibia Brick
cell cycle
Mammalia DuFrain
cell differentiation
Amphibia Takasaki
cell interactions
Amphibia Sanders
Spiralia Gather
cell surface
Amphibia Brick
Sanders
ccntriolc
Echinoidea Endo
chromosome movement
I'xhino- Ellis
derm Inoue
Sato
culture in vitro
Mammalia DuFrain
Pollard
effect of antimitotic agent
Amphibia Meyerhof
Invertebr Meyerhof
effect of irradiation
Mollusca Stiles
factors inducing spindles
Amphibia Poccia
Echinoidea Poccia
factors influencing survival
Mammalia Maurer
gene expression
Lamellibr Ruderman
mechanism
Echinoidea Rappaport
membranes & ions
Echinoidea Harris
mitosis
Echinoidea Sakai
Teleostei Beams
mitotic apparatus
Echinoidea Kiefer
molecular biology
Echinoidea Wilt
LameUibr Ruderman
Mammalia Kidder
physiology
Echinoidea Kojima
polar lobe
Gastropoda Taylor
spindle
Echino- ElHs
derm Inoue
Sato
theoretical biology
Mammalia DuFrain
ultrastructure
Aves Fainstain
Echinoidea Harris
Mammalia Gondos
Oshima
vegetal body
Gastropoda Gather
CLOACA
see Urogenital system
CLONE(S)
see Asexual reproduction;
Cell(s); Cell heredity
COELOM
see Body cavities
COLCHICINE
see Antimitotic agents
COLLAGEN
biochemistry
Amphibia
Dresden
Aves
Toole
Echinoidea
Benson
Mammalia
Schmidt
Vertebrata
Kemp
bone
Aves
Weinstock
bone & dentin
Mammalia
Weinstock
effect on wing
bud
Aves
Stephens
140
epithelial differentiation
Aves KoUar
Mammalia KoUar
eye
Aves Hay
Trelstad
heart
Aves Schmidt
histo- & cytochemistry
Invertebr Hori
in connective tissue
Aves Frederickson
in epithelium
Aves Frederickson
in mutant
Aves Goetinck
mediator of information
Aves Kollar
Mammalia Kollar
regeneration
Amphibia Dearlove
structure
Amphibia Kato
submandibular gland
Mammalia Bernfield
synthesis
Aves Solursh
Vertebrata Macarak
tooth
Mammalia Leblond
Levenson
Nakamoto
COLOUR PATTERNS
see Chromatophore(s);
Pigment(ation)
COMPETENCE (inductive)
CONGENITAL MALFOR-
MATIONS
see Malformations
CONJUGATION
see also FertiUsation
Ciliata Wolfe
CONNECTIVE TISSUE
see also Fibroblast(s); Mast
cell
Aves Frederickson
Trelstad
Mammalia Frederickson
Turbellaria Hori
Vertebrata Kemp
CORPUS ALLATUM
Insecta Beig
Bueno
CORPUS LUTEUM
Mammalia Gulyas
Orsini
CORTEX
see Cell(s); Egg(s)
CORTISONE
see also Steroids
Aves Lauder
Homo Hay
Mammalia Hay
Herold
Lauder
Lu
Slavkin
Yalcin
CRANIUM
see Skull
see also Chondrocranium
CRYPTOBIOSIS
see Diapause
CULTURE & PRESER-
VATION (embryo, etc.)
see also Artificial insemi-
nation; Rearing methods;
Transfer
anther
Angiosp Iyer
artificial twins
Mammalia Moustafa
blastocyst
Mammalia Hinds
Tyndale
callus
Angiosp Komamine
early embryo
Homo Soupart
Mammalia DuFrain
Hsu
Moustafa
Niwa
Soupart
effect of hormones
Angiosp Harada
embryo
Angiosp Komamine
Insecta Huber
Mammalia Byrd
Hoppe
Persaud
Wiley
embryo in teratogenesis
Mammalia Moustafa
factors aff. growth & devl.
Mammalia Hsu
freezing
Homo Soupart
Mammalia Bank
Fiser
Inoue
Maurer
Soupart
Tsunoda
fused embryos
Mammalia Soupart
organs
Insecta Bryant
preimplantation
Mammalia Sorensen
Whittcn
protein metabolism
Aves Klein
Mammalia Klein
sexing
Mammalia Moustafa
uniparental animals
Mammalia Hoppe
CYCLIC AMP
see Nucleotides
CYST & ENCYSTMENT
Acrasiales Filosa
O'Day
Ciliata Pang
Tchang
Fungi Cantino
Rhizopoda Band
CYTOCHALASIN
see Antibiotics
CYTOGENETICS
Aves Muramatsu
Homo Benirschke
Macintyrc
Soupart
Surti
Szulman
MammaUa Endo
Hoshino
Ishikawa
Luthardt
Miyake
Muramatsu
MoUusca Stiles
Teleostei Ojima
CYTOLOGY
see Cytogenetics
CYTOSTATIC AGENTS
see Antimitotic agents
CYTOTOXIC AGENTS
see Drugs
DEDIFFERENTIATION
see also Metaplasia
Acrasiales Ohata
Amphibia Reyer
Angiosp Komamine
DEOXYRIBONUCLEIC ACID
see also Nucleic acids
Fungi Blamire
amplification
Insecta Amabis
amplified
Insecta Gerbi
embryo
Echinoidea Mano
Terrana
enzymes
Echinoidea Infante
Mammalia Infante
heart
Aves Doyle
in granules
Insecta Samols
interaction with histones
Mammalia Goldberg
lymphocytes
Homo Ron
141
mapping
DETERMINATION
ceU biology
Amphibia Rastl
(embryonic)
Lepidopt Locke
Insecta Gerbi
see also Induction;
colonial forms
meiosis
specific organs, etc.
Hydrozoa CroweU
Angiosp Hotta
effect of chemicals
mitochondrial
Aves Yaross
Echino- Hein
Amphibia Rastl
Chlorophyc Kirk
derm
muscle
Mammalia Wiley
Turbcllaria Hein
Caplan
allotypic structures
effect of combinat. of factors
nuclear membrane complex
Insecta Arking
Mammalia Staples
Echinoidea Infante
blastoderm
effect of oncolytics
Mammalia Infante
Aves Eyal
Marsupialia Cutts
oogenesis
Fiser
effect of pollutants
Amphibia McKnight
brain
Cyprino- Weis
Insecta Jacobs
Aves Choudhury
dont
placenta
change
endocrinology
Mammalia Izaike
Insecta Hakim
Crustacea Hinsch
Suga
early embryo
Insecta Bhaskaran
polyspermic egg
Gastropoda Clement
Lepidopt Svoboda
Echinoidea Nishioka
Mammalia Atienza
environmental factors
regeneration
imaginal disc
Chelonia Dimond
Amphibia Reyer
Insecta Adler
experimental study
repair
leaf
Anura DiBerardino
Insecta Smith
Filices Hicks
fin ray number
Mammalia Masui
skin areas
Cyprino- Fahy
Moustafa
Amphibia Kollros
dont
ribosomal
somites
hormone enzymes
Amphibia Hennen
Aves Packard
Lepidopt Weirich
Insecta Gage
various embryonic structures
hydromineral balance
Gerbi
Amphibia Jacobson
Mammalia Doneen
Mammalia Luthardt
Aves Jacobson
imaginal disc
RNA cistron
Insecta Arking
Insecta Krider
DEVELOPMENT (general)
irradiation
rRNA cistron
sec also Asexual reproduction;
Lepidopt Pandey
Mollusca Kidder
Life cycle(s); Morpho-
Unni
rRNA processing sites
genesis
marsupial species
Insecta Samols
Anura Humphries
satellite
Amphibia Bodenstein
parallels
Insecta Gerbi
Anura De Bavay
Homo Burdi
Mammalia Gerbi
Khare
Mammalia Burdi
Mollusca Kidder
Roy
physiology
synthesis
Artiodact Church
Lepidopt Locke
Aves Doyle
Ascidiacea Fuke
ultrastructure
Ciliata Berger
Milkman
Crustacea Hinsch
Homo Ron
Mukai
Insecta Amabis
Blattodea O'Farrell
DEVELOPMENT (larval)
synthesis regulation
Whitelaw
see also Polymorphism
Echinoidea Mano
Carnivora Watson
(insects)
synthetic enzymes in egg
Diptera Milkman
Echinoidea Terayama
Enteropn Burdon
Amphibia Khan
transcription
Insecta Bodenstein
Anomura Haley
Caplan
Insectivora Oda
Anura Sahu
Acrasiales Soil
Lepidopt Khare
Tyler
Amphibia Atkinson
Marsupialia Renfree
Wassersug
Reeder
Nemertina Iwata
Cirripedia Lewis
Chlorophyc Howell
Ptero- Burdon
Copepoda Izawa
Echinoidea Nemer
branch
Ooishi
Insecta Krider
Salmo- Donaldson
Crustacea Aoto
Long
noidei
Scheltema
Mammalia Atkinson
biochemistry
Decapoda Shokita
Church
Anura Armstrong
Gastropoda D'Asaro
Moore
Sahu
Hymenop- Cruz
Schultz
Cyprino- Heim
tera
transcription in vitro
dont
Insecta Kumaran
Amphibia Birkenmcicr
Lepidopt Gupta
Inverteb Scheltema
Insecta Suzuki
Pant
Lamellibr Scheltema
transcription initiation
Singh
Lepidopt Pandey
Insecta Ohshima
Mammalia Salomon
Pant
transcription regulation
Orthoptera Wyatt
Silhacek
Echinoidea Chamberlain
capacity
Polychaeta D'Asaro
Lamellibr Chamberlain
Cyprino- Ivvamatsu
Scheltema
dont
Proso- Scheltema
branch
142
Teleostei Schlesinger
Takita
Tunicata Whittaker
DEVELOPMENT (plant:
general)
Acrasiales Filosa
Sussman
BasidiomycTrione
Gymnosp Greenwood
apex
Filices Kadota
biochemistry
Acrasiales Loomis
Chlorophyclwasa
Saito
biochemistry & morphogenesis
Fungi Brody
biological oscillations
Acrasiales Nanjundiah
branching
Plantae Lacalh
bud
Angiosp Dave
budding
Angiosp Peterson
cellulose
Angiosp Arzee
chemical communication
Acrasiales Nanjundiah
coenobium
Chlorophyclwasa
colony formation
ChlorophycMillington
conidia
Fungi EUis
controlling elements
Angiosp Fedoroff
cotyledon
Angiosp Matsumoto
culture in vitro
Angiosp Blaydes
cytogenesis
Charophyc Imahori
Chlorophyclmahori
differentiation control
Myxomyc Rusch
dimorphism
Fungi Soil
early
ChlorophycHuskey
effect of ions on cells
Acrasiales Maeda
experimental study
Acrasiales O'Day
Pteridoph DeMaggio
Sperma- DeMaggio
toph
fruiting body formation
Fungi Tsusue
gaU
Sperma- Newcomb
toph
gametophyte
Filices Takeno
growth control
Myxomyc Rusch
histochemistry
Angiosp Dave
hormones
Angiosp Blaydes
hypocotyl
Angiosp Sawhney
ionic gradient
Acrasiales Jaffe
molecular biology
Angiosp Hicks
Matsumoto
Myxomy- Jeffery
cetes Kuehn
morphology
Angiosp Lakshamanan
nectaries
Angiosp Dave
organogenesis
Angiosp Hicks
photosynthetic apparatus
Plantae Butler
physiology
Chlorophyc Saito
pollen biochemistry
Angiosp Mascarenhas
pollen tube
Angiosp Sagawa
pre-cychc- AMP factor
Acrasiales Cox
protonema
Filices Kadota
root nodules
Angiosp Bal
Sperma- Newcomb
toph
sclerotia
Myxomy- Jeffery
cetes
spherulation & sporulation
Myxomy- Jeffery
cetes
stationary phenotype factor
Acrasiales Soil
stomata
Angiosp Dave
Peterson
tendril morphogenesis
Angiosp Dave
thermophily
Fungi Ellis
transcription control
Acrasiales Soil
trichome
Angiosp Dave
ultrastructure
Angiosp Dave
DEVELOPME]
VT (post-
embryonic,
fetal)
Chiroptera
Mann
Homo
Tanaka
Insecta
Judy
Shaaya
Insectivora
Mann
Urodela
Ballard
DEVELOPMENT (uni-
cellular organisms:
general)
Chlorophy
clwasa
Jones
Saito
Chloro-
Lacalh
phyta
Cihata
Frankel
Gavin
Tartar
Diatomeae Gordon
Iwasa
Myxobact Dworkin
Rhizopoda Perkins
DEVELOPMENTAL
GENETICS
see Genetics
DEVELOPMENTAL
PATHOLOGY
see Pathology
DEVELOPMENTAL
PHYSIOLOGY
see Embryology (experimen-
tal); Embryology (physio-
logical & biochemical)
see also Development
DIAPAUSE
see also Dormancy
Crustacea Humphreys
Insecta Brust
Okada
Park
Srivastava
Mammalia Hinds
Tyndale
Teleostei Wourms
DIAPHRAGM
see Body cavities
DIET
see Nutrition
DIFFERENTIATION
see also Dedifferentiation;
Metaplasia; specific
organs, etc.
Acrasiales Bonner
allotypic structures
Insecta Arking
ATP synthesis
Amphibia Crawford
Teleostei Crawford
axial mesoderm
Amphibia Finnegan
biochemistry
Acrasiales Rothman
Animalia Schjeide
Bacteria Newton
Chlorophyclwasa
Jones
Cyanophyc Wolk
Diatomeae Iwasa
Homo Schjeide
Plantae Schjeide
Teleostei Brummett
cartilage
Aves Levenson
cell & tissue behavior
Hydrozoa Crowcll
cell fusion
Mammalia McBurney
cell reconstitution
Aves Coleman
Mammalia Coleman
cell surface
Echinoidea Turner
cell wall
Fungi Lovett
143
cellular
Curtis
Cowden
Simon
Amphibia Takasaki
Animalia Schjeide
Angiosp Baba
Millington
Asteroidea Walker
Aves Coleman
Sohal
Watanabe
Homo Schjeide
Hydrozoa Lenhoff
Insecta Brooks
Hakim
Mammalia Coleman
Frederickson
Hay
Katsura
Matsuzawa
Nakatsujii
Sherman
Phaeophyc Quatrano
Plantae Schjeide
Protozoa Nakatsujii
change
Insecta Hakim
chemical
Gastropoda Morrill
chromatophores
Amphibia Ide
culture in vitro
Aves Coleman
Varon
Mammalia Hirama
Levine
Sherman
differentiated state
Homo Macarak
Mammalia Goldberg
Turley
discharge papilla
Fungi Lovett
during cell cycle
Mammalia Scheffler
early
Coward
early embryo
Gastropoda Taylor
Lamellibr Taylor
Mammalia Atienza
Sherman
Wiley
effects of biomech. fields
Homo Gasser
effect of chemicals
Aves Frederickson
Hydrozoa Macklin
effect of connective tissue
Mammalia Frederickson
effect of hormones
Insecta Judy
effect of matrix
Mammalia Brownell
egg
Mammalia Sorensen
embryonic membranes
Mammalia Sherman
endocrinology
Insecta Berry
Judy
Mammalia Salomon
experimental study
Amphibia DiBerardino
Mammalia Sellens
factors
Mammalia Pratt
Vaion
gamma particle
Fungi Cantino
gene action
ChlorophycKirk
gene activation
Ciliata Burchill
gene contr. in allophenic anim.
Mammalia Mintz
genetics
Simon
Acrasiales Rothman
Bacteria Newton
germ cells
Insecta Kiefer
imaginal discs
Insecta Imberski
immune factors
Mammalia Nebel
interstitial cells
Hydrozoa Lesh
isoamylases
Insecta Doane
limb
Aves Yaross
lysosomes
Amphibia Decker
Aves Decker
Mammalia Decker
melanophore
Teleostei Tchen
membrane function
Aves DeHaan
molecular biology
Pitot
Aves Noto
Echinoidea Cousineau
Fungi Lovett
Insecta Berry
Shaaya
Mammalia Hirama
Noto
Reeves
muscle
Amphibia Finnegan
neural crest
Aves Weston
Mammaha Weston
neural crest & oncogenesis
Mammalia Nozue
neural crest in vitro
Mammalia Pratt
neuroblastoma
Homo Lyser
nuclear nucleic acids
Aves Alperin
nucleo-cytopl. interactions
Echinoidea Kinoshita
nucleus
Briggs
physiology
Chlorophyclwasa
Diatomeae Iwasa
pole
Echinoidea Katsura
programmed cell changes
Mammalia Pratt
protein metabolism in vitro
Aves Klein
Mammalia Klein
regeneration
Asteroidea Walker
regulation
Huskey
relation biochem.-morphol.
Fungi Cantino
relation with cell cycle
Bloch
relation with morphogenesis
Aves Sherer
role of cell migration
Aves Azar
role of cell surface
Aves Oppenheimcr
Echinoidea Oppenheimer
Mammalia Jetten
Oppenheimer
role of chromatin proteins
Aves Newman
role of nucleosome
Aves Newman
salivary gland
Mammalia Redman
spermatogenesis
Asteroidea Walker
spore
Bacteria Keynan
stabiHty in vitro
Mammalia Rafferty
structural & functional
Kessel
symbionts
Insecta Brooks
teratoma
Mammalia Gmuer
Jetten
Levine
Matsuzawa
Mintz
Sherman
thrombocyte
Aves Tahara
tooth
Mammalia Miller
transdiffcrentiation
Amphibia Ide
tumor
Mammalia Coleman
Haswell
tumor cells
Mammalia Furusawa
ultrastructurc
Aves Schjeide
virus nucleic acid as agent
Amphibia Mizell
DIGESTIVE TRACT
see also specific parts
Amphibia
Horiuchi
Koshida
Aves
Betz
Mizuno
Yasugi
Insecta
Judy
Mammalia
Krause
Leeson
Yamasaki
144
DISAGGREGATION
see Cell(s)
DORMANCY
see also Diapause
DRUGS (& other biologically
active chemicals)
see also specific classes of
agents (Antimitotic agents
etc.); Teratogenesis;
Thalidomide; Pesticides
alkyl sulfonate
Mammalia Manner
Teleostei Manner
anticonvulsant
Amphibia Miller
Mammalia Sucheston
bioassay
Murison
effect on brain
Mammalia Baker
Kuriyama
effect on development
Insecta Simoes
effect on germ cells
Mammalia Merchant
effect on thymus
Mammalia Simmons
effect on vascular system
Mammalia Rudolph
gly co-alkaloids
Aves Mun
neuropharmacological
Hydrozoa Nentwig
oncolytic agent
Mammalia Cutts
placental transport
Homo Miller
MammaUa Miller
psychoactive
Mammalia Yanai
sedatives
Mammalia Shah
teratogenesis
Aves Mun
Mammalia Agnish
Asha
Lu
Persaud
Shah
Staples
tetrodotoxin
Aves Unsworth
Mammalia Unsworth
tranquilizer
Aves Singh
Mammalia Asha
Shah
Singh
EAR
see Auditory organ
(& external ear)
ECTODERM
see Embryology (experi-
mental); Embryology
(general & descriptive)
EGG(S)
see also Blastocyst; Cleavage;
Culture & preservation;
Fertilization; Gradient;
Oogenesis; Transfer
(blastocyst, etc.); Yolk
Echinoidea Terayama
actin in cortex
Echinoidea Burgess
activation
Echinoidea Nakano
atresia
Amphibia Schuetz
Mammalia Schuetz
biochemistry
Amphibia Malacinski
Asteroidea Barber
Echinoidea Barber
Ishimoda
Vertebrata Guraya
biophysics
Echino- Yoneda
derm
chemical differentiation
Gastropoda Morrill
chemistry
Gastropoda Morrill
chromosome
Amphibia Masui
Mammalia Masui
Watanabe
comparative study
Asteroidea Schroeder
Vertebrata Guraya
Schroeder
cortex
Amphibia Tompkins
Cephalop Arnold
Echinoidea Uemura
Teleostei Hori
cortical granules
Echino- Kane
derm
Echinoidea Barber
Invertebr Epel
culture in vitro
Amphibia Schuetz
Teleostei Iwamatsu
Yamauchi
cytochemistry
Cephalop Arnold
cytoplasm
Amphibia Malacinski
cytopl. control of nucleus
Amphibia Masui
cytostatic factor
Amphibia Meyerhof
Invertebr Meyerhof
effect of chemicals
Asteroidea Kanatani
Shirai
Mammalia Shimada
effect of hormones
Amphibia Budcguer
Salomon
Valdez
effect of irradiation
Insecta Kalthoff
Mollusca Stiles
effect of mutagens
Mammalia Endo
endocrinology
Asteroidea Schroeder
Mammalia Tsafriri
Vertebrata Schroeder
enzymes
Echinoidea Ishimoda
Terayama
MammaUa Ishida
experimental study
Amphibia Massover
freezing
Mammalia Tsunoda
genetics
Amphibia Malacinski
germ plasm
Amphibia Dixon
Kotani
Insecta Maliowald
growth
Mammalia Swartz
immunochemistry
Echinoidea Ishimoda
immunology
Mammalia Tsunoda
macromolecule transfer
Mammalia Glass
maternal macromolecules
Amphibia Nace
maturation
Amphibia Budeguer
Buhler
Hanaoka
Hollinger
Legname
Masui
Salomon
Smith
Valdez
Asteroidea Barber
Kanatani
Kishimoto
Nemoto
Shirai
Echino- Lee
derm
Echinoidea Barber
Mammalia Masui
Shimada
Sorensen
Swartz
Tsafriri
Teleostei Iwamatsu
Nagahama
Yamauchi
maturation control
Polychaeta Tweedell
meiosis
Amphibia Masui
Mammalia Stern
meiosis controlling factors
Echinoidea Albertini
Mammalia Albertini
meiotic mechanism
Teleostei Rasch
membrane
Aves Roth
Echino- Kane
derm Lee
Hydrozoa Miller
Insecta Roth
Mammalia Roth
145
metabolism
Amphibia Budeguer
Buhler
Legname
Echinoidea Nakano
microvilli
Echinoidea Burgess
molecular biology
Amphibia Higashinaka-
gawa
HolUnger
Jeffery
Saiga
Insecta Alperin
Jacobs
Invertebr Jeffery
Mammalia Masui
Moore
morphogenetic substances
Amphibia Tompkins
neurosecretion
Gastropoda Chandra
nuclear pore
Amphibia Ward
nucleo-cytoplasmic interact.
Amphibia Cole
nucleolus
Ampliibia Reeder
nucleotides
Echinoderm Yanagisawa
oocyte
Acanthoceph Guraya
Parshad
Amphibia Higashinaka-
gawa
Hollinger
Meyerhof
Saiga
Aves Roth
Echinoderm Yoneda
Echiura Gould
Insecta Brooks
Roth
Invertebr Meyerhof
Mammalia Glass
Lintern
Moore
Roth
Sorensen
Swartz
Teleostei Brummett
Vertebrata Guraya
oocyte development
Polychacta Tweedell
ooplasmic segregation
Gastropoda Morrill
Teleostei Nuccitelli
oviposition
Amphibia Sedra
Insecta Adams
Pener
ovulation
Asteroidca Schroeder
Gastropoda Chandra
Mammalia Wolfe
Teleostei Iwamatsu
phosphagens
Echinoderm Yanagisawa
physico-chcmistry
Asteroidca Nemoto
polar-body
Asteroidca Shirai
rei. cortex-surface contract.
Oligochaeta Shimizu
146
ribosomal synthesis
Insecta
Allen
size rel. to parent & neonate
Reptilia
Werner
steroid receptors
Amphibia
Smith
stored information
Raff
symbicnts
Insecta
Brooks
teratoma
Mammalia
Stevens
trace elements
Ascidiacea
Hori
Echinoidea
Hori
Teleostei
Hori
Michibata
transport
Elasmobr
Wourms
Mammalia
Benirschke
Flood
ultrastructure
Amphibia
Massover
Asteroidca
Shirai
Aves
Fainstain
Roth
Cephalop
Arnold
Echinoidea
Uemura
Insecta
Roth
Mammalia
0 shim a
Roth
Teleostei
Brummett
Iwamatsu
virus transmission
Aves
Roth
vitellogenin incorporation
Amphibia
Schuetz
EGG COVERINGS
Amphibia
Barbieri
del Pino
Ascidiacea
Jeffery
Insecta
Alperin
Koga
Okada
Reptilia
Werner
EGG MEMBRANES
see Egg coverings;
Embryonic membranes
EGG SHELL
see Egg coverings
ELECTRICITY
see Bio-electricity
ELEMENTS (chemical)
see Chemical elements
EMBRYO-MATERNAL
RELATIONSHIPS
see also Placenta
Amphibia del Pino
Manunalia Alexander
Breyere
Eantel
I'lood
Hoshino
Kanieyama
Maurer
Oda
Ostrand
EMBRYO PRESERVATION
see Culture & preservation
EMBRYO TRANSFER
see Transfer
EMBRYOLOGY (experi-
mental)
see also specific stages;
Determination; Gradients;
Induction; Morphogenesis;
Pattern formation; Regu-
lation
Carnivora Hoar
Cyprinidae De Souza
Mammalia Kanagawa
aggregation chimeras
Mammalia Whitten
axial structures
Amphibia Lipton
Aves Lipton
axis formation
Aves Fabian
biochemistry
Mammalia Jetten
blastoderm potencies
Aves Eyal
cell adhesion
Echinoidea McClay
cell adhesion & outgrowth
Mammalia Atienza
cell interactions
Asteroidca Nemoto
cell lineage
Aves Fabian
cell hneage in nerv. syst.
Polychaeta Lacalli
cell study
Amphibia Dan
Echinoderm Dan
cell surface
Mammalia Jetten
centrifugation
Cephalop Arnold
culture in vitro
Amphibia Finnegan
Aves Finnegan
Blattodea Huber
Mammalia Hoppc
Matsuzawa
Persaud
Spiegelman
developmental potential
Ctenophora Freeman
Gastropoda Freeman
Mammaha Spiegelman
Nemertina Freeman
differentiation
Mammalia Sherman
dispersion-reaggregation
Cyprinodont Wourms
early embryo
Amphibia Kubota
Gastropoda Clement
Lepidopt Miya
Mammalia DuFrain
Whitten
Wiley
Ncmatoda Ward
effect of caffeine
Gastropoda Simoes
effect of damaged sperm
Lamcllibr Stiles
effect of gamete ageing
Mammaha Hoppc
effects of membrane antigens
Mammalia Maliarajan
effect of temperature
Chelonia Yntema
effect of ultrasound
Mammalia Takabayashi
effect of vitamins
Aves Hardy
exc. of somites & spinal cord
Aves Sullivan
fate maps
Amphibia Nakamura
Chondrost Ballard
Teleostei Ballard
germ layer morphogenesis
Aves Jacobson
Urodela Jacobson
grey crescent
Amphibia Elinson
irradiation
Gastropoda Simoes
Mammalia DuFrain
limb field
Aves Stephens
mesoderm
Amphibia Finnegan
Aves Finnegan
morphogenetic role of yolk
Aves Ginsburg
mutant
Diptera Fausto
neuropore & cytochalasin
Aves Shepard
Mammalia Shepard
neuruUzing agent
Urodela Kawakami
ooplasm ic segregation
Gastropoda Morrill
organizer epigenesis
Amphibia Nakamura
polyploid zygote
Mammalia Stark
RNA transf. of neuroectoderm
Amphibia Sasaki
single cell transplantation
Mammalia Moustafa
symbionts
Homoptera Brooks
tail bud cavitation
Aves Schoenwolf
Mammalia Schoenwolf
translocation heterozygotes
Blattodea Huber
ultrastructure
Echinoidea Herold
vegetal body
Gastropoda Gather
vegetalizing factor
Urodela Kawakami
wing bud
Aves Stephens
EMBRYOLOGY (general &
descriptive)
see also specific stages;
Development (general);
Organogenesis
Acanthoceph Guraya
Parshad
Anguillif Yamamoto
Anomura Haley
Anthozoa Lyke
Anura Ray
Richards
Araneida Sadana
Blattodea Huber
Brachyura Iwata
Carnivora Hoar
Cephalop Arnold
Chelonia Sutasurya
Chiroptera Mann
Uchida
Wimsatt
Cladocera Stout
Crossopter Wourms
Cyprinidae De Souza
Cyprinodont Wourms
Decapoda Sherman
Gastropoda Byrd
Taylor
Homo Dickson
Maue
O'Rahilly
Homoptera Heming
Hydroidea Iwata
Insectivora Mann
Lamellibr Byrd
Taylor
Lepidopt Miya
Nemertina Iwata
Notostraca Stout
Platyhclm Guraya
Parshad
Polychaeta D'Asaro
Teleostei Takita
Thysanopt Heming
Turbellaria Iwata
Urodela Ballard
collection cataloguing
Homo Barry
comparative study
Chiroptera Rasweiler
Coelent Satoh
Crustacea Anderson
Nemertina Iwata
Porifera Satoh
culture in vitro
Gobioidei Dotsu
Mammalia Gulyas
cytodifferentiation
Coward
cytoskeleton
Echinoidea Kane
descriptive study
Anura Herkovits
developmental anatomy
Urodela BaUard
dispersion-reaggregation
Cyprinodont Wourms
early stages
Anura Herkovits
Marsupialia Tyndale
Primates Butler
Hendrickx
Pulmonata Sathananthan
effect of temperature
Werner
experimental study
Anura Herkovits
in brood pouch
Anura del Pino
intra-uterine stages
Aves Eyal
mesoderm formation
Vertebrata Sutasurya
morphology
Echinoidea Byrd
normal table
Anura Khan
parthenogenetic egg
Mammalia Gulyas
phylogenesis
Vertebrata Sutasurya
preimplantation
Mammalia Sorensen
serial sections
Mammalia Evans
Sack
time flow
Amphibia Satoh
Ascidiacea Satoh
Echinoderm Satoh
time relations with fertiliz.
Primates Hendrickx
ultrastructure
Coward
Anostraca Humphreys
Anura Kessel
Aves Eyal
Cyprinodont Brummett
Echinoidea Morrill
Elasmobr Wourms
Invertcbr Summers
Mammalia Gulyas
Spiegelman
Marsupialia Lyne
Tyndale
Pulmonata Sathananthan
Scorpion George
Teleostei Onozato
unfertilized egg
Aves Mun
viviparity adaptions
Crossopter Wourms
EMBRYOLOGY (physiol-
ogical & biochemical)
see also specific stages;
Development; Energy;
Metabolism; Nutrition,
Respiration, etc.
Rodentia Gwatkin
biochemistry
Acanthoceph Guraya
Parshad
Aves Solursh
Cyprinodont Sorensen
Echinoidea Byrd
Elasmobr Wourms
Insecta Gupta
Kumaran
Invertcbr Epel
Mammalia Glass
Salomon
Solursh
Marsupialia Renfree
Mollusca Byrd
Platyhelm Guraya
Parshad
Vertebrata Kasinsky
calcium changes
Teleostei Jaffe
cell death regulation
Greene
chalones
Amphibia Thornley
Mammalia Thornley
cholinestcrase
Echinoidea Ozaki
chromatin
Echinoidea Moav
culture in vitro
Mammalia Martin
147
early stages
Amphibia Pool
Aves Pool
Elasmobr Wourins
Invertebr Epel
Mammalia Bachvarova
Glass
effect of albumen & yolk
Aves Sukra
effect of chemicals
Insecta Grosch
effect of irradiation
Cyprinodont Egami
Insecta Grosch
embryonic diapause
Cyprinodont Wourms
embryonic fluid
Aves Grabowski
Mammalia Grabowski
endocrinology
Amphibia Frye
Anura Cabada
Sanchez
Aves Frye
Diptera Adams
Insecta Staal
enzymes
Aves Goldie
Echinoidea Bollum
Kimura
Insecta Gupta
Mammalia Ishida
gene activation
Amphibia Davidson
Hough
Echinoidea Davidson
Hough
Gastropoda Davidson
Hough
gene expression
Anura Dworkin
germ plasm
Diptera Mahowald
histo- & cytochemistry
Echinoidea Morrill
Homo Tanaka
Teleostei Yamamoto
histogenesis
Anomura Haley
hormone enzymes
Insecta Weirich
initiation of development
Echinoidea Nakano
ionic gradient
Insecta Jaffe
isozymes
Rodentia Knox
maternal control
Mammalia Bachvarova
membrane
Waldman
metabolic pathways
Echinoidea Black
Scypliozoa Black
metabolism
Anura Legname
Salomon
molecular biology
Ilan
Raff
Anura Cabada
Hampel
Jeffery
Risley
Sanchez
Siiiokawa
148 Yaniana
Asteroidea Smith
Aves Temin
Diptera Arking
Schwalm
Echinoidea Chamberlain
Cousineau
Fromson
Infante
Mano
Nemer
Terrana
Gastropoda Kidder
Hemiptera Forrest
Invertebr Jeffery
Lamellibr Chamberlain
Mammalia Keem
Kidder
Martin
Monahan
Norgard
Schultz
nerve growtli factor
Mammalia Domoto
oxygen deficiency
Aves Grabowski
Mammalia Grabowski
physiology
Platyhelm Guraya
Parshad
role of oviduct secretions
Mammalia Oliphant
trace elements
Mammalia Rennert
uterine proteins
Mammalia Maurer
vitamin
Caston
viviparous embryo
Blattodea Stay
EMBRYOLOGY (Plant:
experimental)
see also Meiosis
Angiosp Lakshmanan
biochemistry
Angiosp Komamine
cell transformation
Angiosp Hotta
cotyledon
Angiosp Chrispeels
Reporter
culture in vitro
Angiosp Reporter
Tautvydas
direction of cell division
FiUces Wada
endosperm
Angiosp Bhandari
Natesh
Spermatoph Newcomb
experimental study
Phacophyc Quatrano
gamctophyte
Angiosp Abe
Fihces Wada
histochemistry
Angiosp Natesh
irradiation
Angiosp Bhandari
megaspore
Angiosp Abe
meiosis
Angiosp Hotta
Stern
Fungi Blamire
molecular biology
Angiosp Hotta
Quatrano
Fungi Blamire
Phaeophyta Forman
ovule
Angiosp Natesh
Sagawa
physiology
Angiosp Reporter
suspensor
Spermatoph Newcomb
EMBRYOMA(S)
see Teratoma(s)
EMBRYONIC FLUIDS
see Embryonic membranes
EMBRYONIC MEMBRANES
(& fluids)
Mammalia Orsini
amniotic cells in malform.
Homo Johnson
Mammalia Johnson
amniotic fluid
Homo Francis
Mammalia Francis
Vertebrata Macintyre
biochemistry
Mammalia Izaike
Renfree
Suga
cell behaviour
Aves Watanabe
chorioallantois
Aves Watanabe
chorion
Mammalia Izaike
Suga
comparative study
Mammalia Mossman
Wimsatt
endocrinology
Aves Betz
fluids
Aves Grabowski
Mammalia Baetz
Grabowski
Renfree
immunology
Aves Roth
membrane
Aves Roth
Mammalia Roth
morphogenesis
Amphibia Jacobson
Aves Jacobson
pathology
Mammalia Baetz
physiology
Aves Grabowski
MamniiUia Grabowski
serosa
Aves Mobbs
transfer
Aves Mobbs
ultrastructure
Aves Mobbs
Roth
Mammalia Roth
yolk sac
Aves Betz
Mobbs
Roth
Mammalia Roth
Teleostei Wye
esterase
Sherman
Vertebrata Birge
Insecta
Kumaran
Telcostei Bachop
Mammalia
Pritchard
yolk sac membrane
ENZYME(S)
eye
Aves Thommes
Aves
Piperberg
acetylchoUnesterase
Porzig
ENCYSTMENT
Fambrough
fat body
see Cyst
Aves Brick
Insecta
Pandey
Rotundo
fatty acids
ENDOCRINE ORGANS
acetyltransferase
Amphibia
Miceli
see also specific organs;
Aves Narayanan
fertilization
Hormones
Wamwright
Asteroidea
Barber
amino acid transport
Echinoidea
Barber
Aves Betz
Echinoderm Crawford
formylase
Teleostei Egami
amylase
Insecta
Kimmel
biochemistry
Insecta Doane
galactosyltransferase
Insecta Seligman
arginasc
Aves
Porzig
development
Aves Goldie
genetics
Amphibia Agarwal
BMPase
Amphibia
Lyerla
effect of pesticides
Mammalia Urist
Chlorophyc
Howell
Amphibia Pralilad
bone
Insecta
Imerski
Aves Pralilad
Amphibia McWhinnie
Mammalia
Quevedo
effect on reproduction
Aves McWliinnie
genetic control
Aves Kamar
Mammalia Urist
Insecta
Wright
fetal
brain
Lamellibr
Haley
Mammalia Oshima
Aves Piddington
glucuronate metabolism
gastro-int. tract, pancreas
Mammalia Greengard
Insecta
Borack
Aves Andrew
carboxykinase
glucuronidase
Kramer
Amphibia Goto
Insecta
Gupta
Rawdon
Okazaki
glutamyltransferase
hypothal.-adenohypoph. compl.
Shukuya
Aves
Piddington
Amphibia Jacobson
cholinesterase
Piperberg
Aves Jacobson
Ascidiacea Whittaker
haemolymph
in mutants
Echinoidea Ozaki
Insecta
Gupta
Insecta Doanc
chorionasc
hatching
relation with growth
Teleostei Yamagami
Amphibia
Katagiri
Aves Kamar
collagcnolytic
hexokinase
Y-organ
Amphibia Dresden
Amphibia
Crawford
Crustacea Spaziani
control mechanism
hyaluronidase
Insecta Weiiich
Aves
Toole
ENERGY (developmental)
cyst
imaginal disc
Acrasiales O'Day
Insecta
Srivastava
Amphibia Crawford
decarboxylase
in DNA repair & recombination
Aves Kaplan
Insecta Marsh
Insecta
Smith
Echinoidea Asami
dedifferentiation
intestine
Insecta Silhacek
Acrasiales Ohata
Homo
Tabbara
Mammalia Nakazawa
dehydrogenase
Insecta
Srivastava
Teleostei Crawford
Echinoidea Barber
isoenzyme
Ishimoda
Amphibia
Deailove
ENTEROCHROMAFFIN
DNA modifying
Dresden
CELLS
Echinoidea Terrana
Lyerla
see Chromaffin cells
DNA synthesis
Echinoidea
Barber
Echinoidea Mano
Insecta
Doane
ENVIRONMENTAL
DNA-synthetic in egg
Imberski
FACTORS
Echinoidea Terayama
Mammalia
Knox
see also Adaptation; Pollutants;
development
Quevedo
specific physical agents
Amphibia Dresden
Teleostei
Yamazaki
drug-metabolizing
J.H. metabolism
Acrasiales O'Day
Mammalia Nakazawa
Insecta
Wemch
Angiosp Baba
Yukawa
kidney
Roberts
dynein ATPase
Mammalia
Greengard
Aves Kamar
Echinoidea Kimura
LDH
Konishi
ecdysone metabolism
Amphibia
Lyerla
Montiegel
Insecta Weirich
Hmb
Staples
effect of diet on parotid
Amphibia
Dearlove
Decapoda Weis
Mammalia Redman
Up id
Fungi Leach
egg
Asteroidea
Barber
Insecta Beig
Mammalia Ishida
Echinoidea
Barber
Grosch
embryo
Uver
Hunt
Echinoidea Black
Mammalia
Greengard
Mammalia Ferm
Insecta Gupta
Monder
Eraser
Mammalia Yasuda
Wood
Moustafa
Scyphozoa Black
localization
Staples
endocrinology
Insecta
Weirich
Turley
Mammalia Greengard
149
loci
Angiosp Scandalios
Homo Scandalios
Insecta Scandalios
lysosomal
Amphibia Lyerla
Mammalia Pratt
Malpighian tubules
Insecta Srivastava
maternal blood
Homo Robinson
melatonin synthesis
Aves Wainwright
membrane
Amphibia Eisenberg
Aves Eisenberg
membrane-bound
Acrasiales Kawai
moulting
Insecta Gupta
muscle
Amphibia Sasaki
Aves Love
NAD
Caplan
nervous system
Aves Ide
nitrogen metabolism
Amphibia Janssens
normal & abnormal develop-
ment
Mammalia Persaud
oxygenase
Insecta Kimmel
Mammalia Yang
phosphatase
Ascidiacea Whittaker
Insecta Postlethwait
photoperiod
Insecta Pant
Singh
placenta
Homo Robinson
polymerase
Insecta Forrest
Smith
polymerizing
Echinoidea Bollum
polymorphism
Angiosp Scandalios
Homo Scandalios
Insecta Scandalios
pupal diapause
Insecta Srivastava
regeneration
Amphibia Dresden
regulation
Amphibia Miceli
Myxomy- Kuehn
cctes
reverse transcriptase
Aves Temin
role in devel. & regen.
Ixhinoderm Hcin
Turbellaria Hcin
silk gland
Insecta Pant
Singh
Unni
spleen
Manunalia Greengard
submandibular epithelium
Mammalia Berni'icld
submandibular gland
Mammalia Cutler
teratogenesis
EPITHELIUM
Echinoidea
Barber
tyrosinase
Amphibia
Brick
Ascidiacea
Whittaker
Aves
Frederickson
Echinoidea
Benson
Tyler
Mammalia
Quevedo
Gastropoda
Lindsay
uterus
Homo
Boving
Mammalia
Yang
Mammalia
Tyler
variation
Ophidia
Mattingly
Insecta
Pant
Singh
Teleostei
Spencer
wound vessel
EQUIPMENT
Angiosp
Baba
Roberts
see Methods
ERYTHROCYTES
EPIDERMIS
see Blood
Locke
Insecta Shaaya
Mammalia Kobayashi
Yamaguchi
Reptilia Maderson
Teleostei Krejsa
ERYTHROPOIESIS
see Hematopoiesis
EVOLUTION
see Phylogenesis
EXCRETORY SYSTEM
EPIDIDYMIS
see also Kidney(s); Urogenital
system
Mammalia
del Rio
Quixos
Mammalia Krause
Valdez
EXTRACELLULAR MATRIX
EPIPHYSIS
see Matrix
see Pineal organ
EPITHELIAL-MESENCHYMAL
INTERACTIONS
see also Induction
Aves Kollar
Homo Bolender
Mammalia Cutler
Kollar
Teleostei Krejsa
Vertebrata Bolender
biochemistry
Mammalia Bemfield
bone
Aves Hall
carcinogenesis
Mammalia Cunha
culture in vitro
Mammalia Bernfield
endocrinology
Mammalia Cunha
hair
Mammalia Galbraith
Umb
Aves Sawyer
limb, scale & feather
Aves Goetinck
liver
Aves Sherer
macromolecules
Mammalia Bernfield
oral-facial organs
Aves Tyler
Mammalia Tyler
skin
Aves Sawyer
tooth
Mammalia Galbraith
Slavkin
urogenital organs
Mammalia Cunha
vascular endothelium
Homo Macarak
EXTRA-EMBRYONIC
MEMBRANES
sec I'mbryonic membranes
EXTRIMITIES
see Limb(s); Wing(s)
EYE(S)
see also Brain; Eye lens
abnormalities
Mammalia Pierro
autoradiography
Homo Yoshida
Mammalia Yoshida
biochemistry
Aves Hay
Morgan
Trelstad
Homo Yew
cell association
Aves Morris
Sheffield
cell migration
Aves Hay
cell recognition
Aves Porzig
cell shape change
Teleostei Burnside
cell surface
Aves McClay
comparative study
Amphibia El Mekkawy
conjunctiva
Aves Porzig
cornea
Aves Coulombre
Hay
Trelstad
development
Aves Adler
BeU
Mammalia Masters
50
effect of light
Aves Yew
Mammalia Yew
effect of neurotrophic agent
Aves Yew
Mammalia Yew
effect of removal on nerve
Amphibia Khalil
Michael
Mosad
effect of strabismus
Mammalia Tucker
endocrinology
Aves Betz
enucleation
Aves Morgan
enzymes
Aves Porzig
ganglion cell
Mammalia Tucker
genetics
Mammalia Gumbreck
glutamyltransferase induction
Aves Piperberg
growth
Aves Coulombre
histochemistry
Aves Meyer
Mammalia Meyer
histogenesis
Amphibia El Mekkawy
iris dedifferentiation
Amphibia Reyer
malformations
Mammalia Gumbreck
matrix
Aves Coulombre
microphthalmia
Mammalia Hoshino
Kameyama
Nakane
Oda
morphogenesis
Amphibia Gordon
Jacobson
Aves Jacobson
Meyer
Mammalia Meyer
morphology
Homo Yew
muscles
Aves Holt
Sohal
muscle innervation
Aves Narayanan
mutant
Insccta Lelimann
nauplius
Crustacea Aoto
neural retina
Amphibia Reyer
Aves McClay
Morris
Porzig
neural retina receptor mol.
Aves Piperberg
neuronal circuitry
Mammalia Tucker
optic cup
Aves Hilfer
Mammalia Hilfer
pathology
Mammalia Pierro
pattern formation
Insecta Hanson
photoreceptor
ultrastructure
Tcleostei
Burnside
Amphibia
Fisher
physiology
Tucker
Aves
Wilson
Aves
Hay
Mammalia
Wilson
Meyer
pigment
Sheffield
Aves
Ide
Homo
Yoshida
Teleostei
Hasegawa
Mammalia
Fisher
polarity
Hinds
Aves
Goldberg
Tucker
postnatal
Yoshida
Aves
Morgan
visual mutants
proliferation
Mammalia
Vanable
Aves
Morris
.xenoplastic recc
imbination
regeneration
Aves
Garrido
Amphibia
Tay
Jorqucra
Williams
Molinari
Mammalia
Krayanek
Pugin
Teleostei
Hasegawa
Mammalia
Garrido
Krayanek
Jorquera
Turbellaria
Kishida
Molinari
Vertebrata
Goldberg
Pugin
relation with neurogenesis
Insecta
Wolsky
EYE LENS
retina
see also Regeneration
Amphibia
I'l Mekkawy
Niazi
(traumatic)
Tucker
biochemistry
Aves
Betz
Aves
Zelenka
Goldberg
cell elongation
Ide
Aves
Beebe
Krayanek
crystallins
Meyer
Amphibia
McDevitt
Morris
Aves
Beebe
Piperberg
McDevitt
Sheffield
Pearce
Yew
Reszelbach
Insecta
Hanson
Shinohara
Mammalia
Hinds
culture in vitro
Tucker
Aves
Beebe
Yew
Katoh
retinal influence on lens
differentiation
Amphibia
Farberov
Aves
Katoh
retinal synapsis
effect of inhibit
ors
Amphibia
Fisher
Aves
Pearce
Mammalia
Fisher
gene expression
retinal transm. <
Si inhibitors
Aves
Beebe
Amphibia
Tucker
induction
retino-diencephalic connect.
Aves
Shinohara
Amphibia
KhaHl
intluence of reti
ina
retino-tectal connect.
Amphibia
Farberov
Amphibia
Grant
metabolism
Hanson
Aves
Zelenka
Khalil
microtubules
Meyer
Aves
Beebe
Teleostei
Mark
molecular biology
Meyer
Aves
Piatigorsky
Scott
Sliinoliara
scleral ossicles
Aves
Hall
FACE
Porzig
see Head
steroid receptors
Aves
Piperberg
FALLOPIAN TUBE
structure
see Oviduct
Aves
Wilson
Mammalia
Wilson
FAT
synapse
see Adipose tissues; Lipid(s)
Amphibia
Tucker
Mammalia
Tucker
FAT BODY
teratogenesis
sec Adipose tissues
Mammalia
Chase
Singh
FATE MAPS
Sucheston
see Embryology (experimental)
thiocarbamide depigmentation
Turbellaria Kishida
FATTY.ACIDS
see Lipid(s)
151
FEATHER(S)
chemical factors
Amphibia
Barbieri
Aves
Goetinck
del Pino
Gopinath
chromatin
Hamilton
Echinoidea
Ozaki
Kischer
chromosome
Kollar
Amphibia
Masui
Somes
Mammalia
contraception
Masui
FECUNDITY
Homo
Glass
see Fertility
Mammalia
cortex
Glass
FERTILITY (& sterility)
Invertebr
Epel
Teleostei
Hori
Angiosp
Bhandari
cortical granules
Homo
Dor
Invertebr
Epel
Nebel
cytoskeleton
Mammalia
Stark
Echinoidea
Kane
Wolfe
defective mutants
Nematoda
Ward
FERTILIZATION
effect of surfactant
see also Conjugation; Membrane
Echinoidea
Isono
Lamellibr
Isono
Amphibia
Schuetz
egg surface
Asteroidea
Schuetz
Hydrozoa
Miller
Coelcnt
Lyke
endocrinology
Echinoidea
Albertini
Echinoderm
Lee
Noda
energy metaboh
sm
Echiura
Noda
Echinoidea
Asami
Mammalia
Albertini
Nemoto
Andersen
envelopes
Gwatkin
Amphibia
Humphries
Hutchinson
fertilizability
Oshima
Echiura
Gould
Williams
general study
Polychaeta
Noda
Elasmobr
Wourms
access, gland secretions
genetics
Insecta
Leopold
Mammalia
Olds
acrosome reaction
hormones
Mammalia
Akruk
Mammalia
Hendrickx
Humphreys
hyahne membrane
Oliphant
Echinoderm
Kane
actin in cortex
immune factors
Echinoidea
Burgess
Homo
Nebel
activation
Mammalia
Nebel
Amphibia
Elinson
immunology
Masui
Amphibia
Cabada
Poccia
in vitro
Echinoidea
Barber
Mammalia
Byrd
Ishikawa
Hamner
Nemoto
Hoppe
Poccia
Niwa
Echiura
Gould
Noda
Invertebr
Epel
Stark
Mammalia
Masui
in vivo & in vitro
antit'ertility compounds
Mammalia
Thompson
Mammalia
Stark
interspecific
biochemistry
Hydrozoa
Miller
Ampliibia
Cabada
ion changes
Asteroidea
Barber
Echinoidea
Nakazawa
Echinoderm
Lee
jelly coat
Echinoidea
Barber
Amphibia
Barbieri
Byrd
del Pino
Ozaki
lectins
Vacquier
Amphibia
del Pino
Echiura
Gould
■membrane
Mollusca
Byrd
Amphibia
Cabada
biophysics
Fernandez
Amphibia
Humphries
Humphries
Tcleostci
NuccitcUi
Mariano
cell surface
Miceh
Amphibia
Grey
Ix-hinoderm
Kane
I'.chinoidca
Akcta
metabolism
Amphibia Steinhardt
Echinoidea Steinhardt
molecular biology
Amphibia Nace
Echinoidea Nishioka
Mammalia Terayama
morphology
Echinoidea Byrd
Vacquier
Mollusca Byrd
oviduct factors
Amphibia Fernandez
Miceli
physicochemistry
Amphibia del Pino
physiology
Echinoidea Ishikawa
Sugiyama
polyspermy
Amphibia Humphries
Echinoidea Nishioka
Mammalia Gulyas
polyspermy block
Amphibia Grey
Echiura Gould
Invertebr Epel
prepenetration
Mammalia Hartmann
pronuclei
Amphibia Elinson
Echinoidea Poccia
respiration
Echinoidea Nakazawa
role of calcium
Invertebr Epel
role of folUcle cell
Ascidiacea Numakunai
role of ions
Echinoidea Nishioka
sperm antigens
Mammalia O'Rand
sperm attractant
Hydrozoa Miller
sperm behaviour
Hydrozoa Miller
sperm centriole
Echinoidea Ishikawa
sperm-egg interactions
Amphibia Katagiri
time relations with ovulation
Mammalia Hendrickx
ultrastructure
Amphibia Gomez
Grey
Mariano
Aves I'^ainstain
Chiroptera Mori
Ucliida
I'chinoidea Harris
Invertebr Summers
Mammalia Anderson
Gondos
Noda
vitelline membrane
Amphibia del Pino
Gomez
zona pellucida
Homo Glass
Mammalia Glass
FETAL FLUIDS
see Embryonic membranes
152
FETAL MEMBRANES
sec Embryonic membranes
FETUS
see also Development
(postembryonic, fetal)
Homo Hay
Mammalia Nancarrow
Vertebrata Macintyre
FIBROBLAST(S)
Amphibia Izzard
Aves Izzard
Mammalia Izzard
Pagano
FIN(S)
Amphibia Weis
Teleostei Fahy
Kemp
Krejsa
Weis
FLAGELLA
Chlorophyc Witman
FLOWER(ING)
Angiosp Arzee
Hicks
Lang
Sachs
Trione
FLUORESCENCE
MICROSCOPY
see also Immunology
FLUORINE
see Chemical elements
FOLLICLE (egg-)
see Ovary
FOLLICLE CELLS
see Oogenesis
FREE-MARTINS
FRUIT(ING)
Angiosp Dave
GALL BLADDER
see also Liver
GAMETES (& gametogenesis)
see also Germ cells; Oogenesis;
Spermatogenesis etc.
Coward
Coelent Lyke
Mammalia Bryan
aging
Mammalia Gates
biochemistry
Platyhelm Guraya
Parshad
cell structure & function
Kessel
enzymes
Echinoidea Kimura
from transplanted PGC's
Aves Shoger
gametogenesis
Angiosp Natesh
Chlorophyc Jones
Platyhelm Guraya
Parshad
Polychaeta Schroeder
genetic control
Insecta Lindsley
histochemistry
Angiosp Bhandari
molecular biology
Fungi Mascarenhas
Mollusca Kidder
physiology
Platyhelm Guraya
Parshad
ultrastructure
Homo Gondos
Mammalia Gondos
GANGLION (GANGLIA)
Amphibia Dinsmore
Constantine
Etheridge
Aves Hamada
Lyser
Narayanan
Pilar
Sullivan
Homo Lyser
Mammalia Cameron
McCredie
Tucker
Yoshida
GASTRULA(TION)
Amphibia Brick
Johnson
Nakatsujii
Philips
Schoenwlf
Gastropoda Sathananthan
Lamellibr Taylor
Teleostei Schoenwolf
GENE(S)
sec also Genetics; Mutants
action
Echinoidea Nakano
Insecta Laufcr
action in morphogenesis
Chlorophyc Kirk
activation
Amphibia Davidson
Hough
Cihata Burchill
Echinoidea Davidson
Hough
Gastropoda Davidson
Hough
Lamellibr Haley
Mammalia Luthardt
Myxomy- Kuehn
cetes
activation via chromatin
Mammalia Kinoshita
activity
Mammalia Lintern
activity change
Reeves
amplification
Amphibia Reeder
associated proteins
Amphibia WaJin
causing malformations
Mammalia Gumbreck
cleft lip
Mammalia Juriloff
Amphibia Reeder
Mammalia Hirama
control of development
Insecta Butterworth
differentiation
Noto
dosage
Homo Lin
early development
Echinoidea Nakano
enzyme loci
Angiosp Scandalios
Homo Scandalios
Insecta Scandalios
erythroid
Aves Tobin
expression
Scandalios
Amphibia Dworkin
Reeves
Aves Beebe
Devhn
Tobin
Upholt
Echinoidea Levy
Homo Bolender
Furusawa
Kuroda
Insecta Devlin
Garber
Kuroda
Marsh
Morrow
Lambellibr Ruderman
Mammalia Bachvarova
Church
Furusawa
Galbraith
Markwald
Morrow
Schultz
Tamaoki
West
Vertebrata Bolender
Theil
expression & nuclear proteins
Klein smith
expression regulation
Simon
eye lens
Aves Beebe
ferritin
Vertebrata Theil
fibroin
Insecta Gage
Garber
Manning
Samols
Suzuki
Tsujimoto
153
for neoplastic transformation
Aves Temin
histone
Echinodcmi Kedes
Ecliinoidea Levy
Mammalia Kedes
interaction
Insecta Nickla
isolation
Amphibia Brown
localization
Aves Przybylski
mapping
Insecta Botchan
Mammalia Juriloff
myogenesis
Insecta Donady
nucleosome
Reeves
regulation
Amphibia Birkenmeier
Higashinaka-
gawa
Reeves
Saiga
Ciliata Burchill
Echinoderm Kedes
Insecta Suzuki
Mammalia Kedes
ribosomal
Amphibia Birkenmeier
Brown
Fedoroff
Korn
McKnight
Peterson
Reeder
Sollner
Wahn
Insecta Long
sequencing
Amphibia Sollner
silk
Insecta Morrow
specific expression
Amphibia Peterson
storage
Amphibia Dworkin
structure
Amphibia Korn
McKnight
Peterson
Wahh
Insecta Long
Tsujimoto
structure & function
Insecta Suzuki
Mammalia Reeves
struct, bef. & after differ.
Mammalia HLrama
temperature sensitive
Ciliata Frankel
transcription
Amphibia Brown
Reeves
utilization
Amphibia Dworkin
vitellogenin
Amphibia VVahli
GENETICS (developmental)
see also specific aspects: Cell
heredity; Chromosomes;
Genes; Hybrids; Mutants;
Nucleus etc.
Acrasiales Loomis
Sussman
Amphibia Briggs
Nace
Richards
Ascidiacea Milkman
CiUata Berger
Pollock
Fungi Brody
Insecta Milkman
Mammalia Stevens
Teleostei Ojima
Yamazaki
abnormal characters
Mammalia Shoji
aggregation & morphogenesis
Acrasiales Rothman
allophenes
Mammalia Mintz
Pollard
ataxia
Mammalia Nakane
Oda
blastocyst
Mammaha Moore
bristle pattern
Insecta Claxton
cell differentiation
Simon
cleft lip
Mammalia Trasler
cleft palate
Mammalia Biddle
color
Teleostei Tomita
color pattern
Aves Sciger
control in allophenic animals
MammaUa Mintz
control of DNA repair & recomb
Insecta Smith
control of sex
Insecta Marsh
cortical pattern
Ciliata Frankel
delayed feathering
Aves Somes
developmental homeostasis
Mammalia Biddle
differentiation
Bacteria Newton
ear
Aves Somes
early embryo
Mammalia Kidder
early embryogenesis
Chlorophyc Huskey
embryonic diapause
Teleostei Wourms
enzymes
Amphibia Lyerla
Insecta Borack
Doane
Imberski
enzyme activity
Insecta Wright
gametogenesis
Insecta Lindsley
gene product on cell surface
Mammalia Dooher
genome
Insecta Samols
germ cell differentiation
Insecta Kiefer
growth
Angiosp Iyer
gynandromorphs
Insecta Grosch
gynogenesis
Amphibia Nishioka
Richards
Teleostei Stanley
hair growth
Mammalia Chase
homozygous strains
Teleostei Hyodo
imaginal disc
Insecta Rapport
interaction with teratogens
Mammalia Trasler
Vekemans
irradiation
Insecta Ayaki
Shiomi
Yoshikawa
lethality
Insecta Nickla
longevity
Insecta Heim
malformations
Teleostei Tomita
maternal effect
Insecta Counce
Mammalia Bachvarova
mating type & morphogenesis
CiUata Butzel
melanosome
Mammalia Quevedo
mitotic recombination
Insecta Kumar
mosaicism
Amphibia Jacobson
Ascidiacea Whittaker
Insecta Grosch
Teleostei Jacobson
muscle
Aves Traeger
myogenesis
Insecta Wright
neoplastic transformation
Mammalia Moustafa
nuclear restrictions
Amphibia Dixon
oogenesis
Insecta King
Postlethwait
Mammalia Bachvarova
oral apparatus
Ciliata Hanson
phcnotypic expression
Mammalia Biddle
pigment
Amphibia Brick
Mammalia Galbraith
pleiotropy
Insecta Bender
pre-cyclic-AMP factor
Acrasiales Cox
154
pseudoalleles
Insecta Bender
regulation in embryogenesis
Gastropoda Collier
relation with teratogenesis
Mammalia Long
role of egg cytoplasm
Amphibia Malacinski
scute
Insecta Cline
sex determination
Insecta Cline
sex mosaics
Mammalia Whitten
single sex
Insecta Wright
situs inversus
Mammalia Lay ton
somatic cell mutation
Homo Kuroda
spermatogenesis
Insecta Tokuyasu
Mammalia Wolfe
spotting patterns
Mammalia Mayer
suppressors & enhancers
Insecta Bender
T-complex
Mammaha Olds
temporal sequence
Ciliata Frankel
teratogenesis
Aves Muramatsu
Mammalia Muramatsu
tumour
Insecta Rizki
uniparental animals
Mammaha Hoppe
whorls of stalk
Acrasiales Cox
XO embryos
Mammalia Luthardt
GENITAL TRACT
see also Reproductive
system: Urogenital system
Homo Boving
Insecta Beig
Mammalia Cunha
Mizuno
Teleostei Takano
GENITALIA
see Reproductive system
GERM CELLS (general)
see also Gametes
Amphibia Dixon
Insecta Kiefer
Shiomi
Yoshikawa
Mammalia DuFrain
Duke
Merchant
GERM CELLS (primordial)
biochemistry
Insecta Okada
chromosomes
Mammalia DuFrain
culture in vitro
Aves Fiser
Mammalia Merchant
determination
Insecta Okada
developmental capacity
Aves Fiser
differentiation
Amphibia Ikenishi
Wakahara
effect of drugs
Mammalia Merchant
germ plasm
Amphibia DLxon
Kotani
irradiation
Amphibia Ikenishi
Mammalia DuFrain
isol. germ pi. bearing cells
Amphibia Ikenishi
migration
Aves Fiser
Fujimoto
Swartz
Homo Fujimoto
Mammalia Swartz
Reptilia Fujimoto
origin
Aves Fujimoto
Homo Fujimoto
Reptilia Fujimoto
Vertebrata Sutasurya
phylogenesis
Vertebrata Sutasurya
pole cells & UV
Insecta Yajima
transplantation
Aves Shoger
transplantation to eye
Teleostei Iwamatsu
ultrastructure
Amphibia Kotani
Mammalia Merchant
GERM LAYERS
see Embryology (experi-
mental); Embryology
(general & descriptive)
GERMINAL VESICLE
see Nucleus
GERMINATION
see Seed; Spore
GESTATION
see Pregnancy
GILL(S)
GLAND(S) (endocrine)
see specific endocrine glands;
Endocrine organs
GLAND(S) (exocrine)
see also specific glands;
specific organs;
Hatching
cement
Amphibia Lyerla
endocrinology
Homo Duran
Insecta Cruz
Mammalia Duran
enzymes
Amphibia
Lyerla
epith.-mesench.
interact.
Mammalia
Bernfield
function
Insecta
Cruz
Harderian
Mammalia
McCafferty
hypopharyngeal
Insecta
Cruz
lacrimal
Homo
McCafferty
mandibular
Crustacea
Hinsch
shell gland
MoUusca
Gather
skin
Amphibia
KoUros
stomach
Mammalia
Panchamukhi
ultrastructure
Mammalia
McCafferty
GLUCOSE
see Carbohydrate(s)
GLYCOGEN
see Carbohydrate(s)
GONAD(S)
see also Ovary :
Testis
Amphibia Bagnara
Aves Fisher
Mammaha Fisher
biochemistry
Aves Chalana
Dang
Guraya
Mammalia Glass
cell interactions
Mammalia Glass
culture in vitro
Amphibia Iwasawa
Mammalia Roos
differentiation
Aves Amanuma
effect of radionuclides
Teleostei Etoh
effect of tritium
Mammalia Hendrickx
endocrinology
Aves Woods
Mammalia Gulyas
Roos
Teleostei Takahashi
experimental study
Teleostei Takahashi
fetal
Mammaha Oshima
histology
Teleostei Takano
physiology
Aves Chalana
Dang
Guraya
relation with reproduction
Aves Kamar
sex differentiation
Amphibia Merchant
Teleostei Merchant
teratogenesis
Aves Sudarwati
Sutasurya
155
ultrastructure
physiology
autoradiography
Amphibia
Iwasawa
Insecta
Shappirio
Aves
Doyle
Aves
Amanuma
protein metabolism in vitro
biochemistry
Yamada
Aves
Klein
Aves
Schmidt
Mammalia
Klein
Mammalia
Sachs
GRADIENTS
regeneration
biophysics
see also Synimc
try
Insecta
Shaaya
Aves
Pappano
regulation in livi
er
Homo
Macklin
Aves
Goldberg
Mammalia
Terayama
cardiac jelly
Echinoidca
Katsura
root
Aves
Fitzharris
Phaeophyc
Quatrano
Angiosp
Matsumoto
MammaUa
Markwald
Polychaeta
Fitzharris
stolon
cell hypertrophy
Hydrozoa
Wyttenbach
Mammalia
Doyle
GRAFT REACTIONS
symbionts
cell junction
see Immunolog}
/ ; Trans-
Insecta
Brooks
Aves
Fischman
plantation
cell membrane
GROWTH FACTORS
Aves
Sperelakis
GRAFTING
Mammalia
Sperelakis
see Transplantation
Homo
Minato
culture in vitro
Mammalia
Domoto
Amphibia
Inoue
GRANULOSA CELLS
Elmer
Aves
Doyle
see Ovary
Pratt
Varon
Fischman
Josephson
GROWTH
Pelleg
see also Growth factors;
GUANOPHORES
Schmidt
specific organs, etc;
see Chromatopl
lore(s)
Sperelakis
Mammalia
Pelleg
Amphibia
Etheridge
GYNOGENESIS
Sperelakis
Angiosp
Scott
see Genetics
cushion tissue
Crustacea
Lewis
Aves
Markwald
Filices
Furuya
HAIR(S)
cytology
Hydrozoa
Kato
Aves
Markwald
Mammalia
Bagwell
Mammalia
Chase
differentiation
biochemistry
Hardy
Aves
Fitzharris
Insecta
Shappirio
Kischer
early stages
bone
Kollar
Homo
de Vries
Mammalia
Hirano
Lhotka
effect of chemicals
Lindholm
Van Exan
Mammalia
Robkin
Urist
electrophysiolo]
gy
cell migration
HAPLOIDY
Aves
DeHaan
Hydrozoa
Wyttenbach
experimental study
compensatory
Amphibia
Mariano
Amphibia
Amano
Amphibia
Goldin
Angiosp
Iyer
genetics
early embryo ir
1 vitro
Mammalia
Markwald
Mammalia
Hsu
HATCHING (& hatching
immunology
effect of chemicals
gland)
Aves
Jaffee
Mammalia
Robkin
innervation
effect of light & hormones
Amphibia
Katagiri
Aves
Fischman
Angiosp
Tautvydas
Aves
Andrew
Pappano
embryo
Betz
malformations
Aves
Klein
Konishi
Aves
Kaplan
Homo
Hoshino
Rawdon
Schmidt
Mammalia
Klein
Insecta
Seligman
Homo
Semba
endocrinology
Teleostei
luchi
Mammalia
Sachs
Amphibia
Frye
Yamagami
matrix
Aves
Betz
Aves
Markwald
Frye
HEAD
molecular biology
Kamar
Aves
Doyle
Insecta
Bhaskaran
Aves
Desmond
morphogenesis
Seligman
Tyler
Aves
DeHaan
Staal
Homo
Burdi
movement
enhancing factors
Carmona
Aves
Fitzharris
Mammalia
To to
Dickson
myocard
imaginal discs
Gasser
Aves
Traeger
Insecta
Imberski
Maue
pacemaker
kidney
Shah
Aves
DeHaan
Amphibia
Goldin
Lacertilia
Khan
Pappano
larval
Mammalia
Gasser
physiology
Amphibia
Heath
Overman
Aves
Grabowski
limb mcsenchyi
inc
Tyler
J alTee
Homo
Kclley
Josephson
nerve cell
HEART (& great vessels)
Kaplan
Aves
Nuttall
McLean
organs
aorta
Pelleg
Mammalia
Goss
Aves
Singh
Sperelakis
Veneziano
156
Mammalia
Grabowski
thymus
Pelleg
Aves
Bollum
Rudolph
Mammalia
BoUum
Sachs
ultrastructure
Sperelakis
Mammalia
Murata
rate regulation
Aves
DeHaan
HEMOGLOBIN
tcratogenesis
Jaffee
see Blood
Aves
Przybylski
Singh
HEMOLYMPH
Mammalia
M ark w aid
Insecta
Butterworth
Sucheston
Ferkovich
ultrastructure
Gupta
Aves
Doyle
Forbes
Unni
Pappano
HENSEN'SNODE
Sperelakis
see Primitive streak
Mammalia
Doyle
Forbes
HEREDITY
Gotoh
see Genetics
Sachs
Sperelakis
HERMAPHRODITISM
Vertebrata
Hirakow
valve primordium
Mammalia
Allison
Aves
Markwald
Gumbreck
valves & septa
Whitten
Aves
Fitzharris
HETEROPLOIDY
HEMATOPOIESIS
see also Liver
Mammalia
Shimada
Watanabe
blood island
Aves
Wainwright
HETEROSIS
cell surface
see Genetics
Aves Miller
Mammalia Miller
effect of virus
MammaUa McGarry
embryo
Aves Bollum
Mammalia Bollum
endocrinology
Mammalia McGarry
eosinophils
Mammalia McGarry
erythropoiesis
Aves Miller
Mammalia Miller
ferritin in gene expression
Vertebrata Theil
histochemistry
Homo Ackerman
Mammalia Ackerman
immunochemistry
Mammalia Tamanoi
immunology
Mammalia McGarry
irradiation
Mammalia Tamanoi
mechanism
Amphibia Kobayashi
Tamanoi
Mammalia Tamanoi
molecular biology
Aves Tobin
Mammalia Rennert
morphology
Homo Ackerman
Mammalia Ackerman
regulation
Aves Wainwright
supraneural tissue
Cyclostom George
HISTOBLAST
Insecta Bhaskaran
HISTONE(S)
Reeves
Amphibia Burd
Wahn
Echinoidea Byrd
Mammalia Goldberg
Vertebrata Kasinsky
HISTORY OF EMBRYOLOGY
Bodemer
Kleiss
HOMEOSIS
see Mutants
see also Regeneration (trau-
matic)
HOMOGENATES
see Tissue(s)
HOMOLOGOUS INHIBITION
see Tissue(s)
HORMONE(S) (animal)
see also specific hormones;
Chalones; Neurotrans-
mitters; Prostaglandins;
Steroids
Insecta
acceptors
Insecta
Bodenstein
Weirich
activity regulation
Insecta Seligman
analogs & antagonists
Insecta Staal
anti-juvenile hormone
Insecta Pener
binding sites
Insecta Ferkovich
biochemistry
Arthropoda Kaplanis
calcitonin
Mammalia Nakamoto
carrier proteins
Insecta Ferkovich
control of differentiation
Mammalia Salomon
control of metamorphosis
Amphibia Atkinson
digestive system
Insecta Judy
during reproductive cycle
Insecta Stay
early embryo
Mammalia Hendrickx
effect of chemicals
Mammalia Radha
effect on adipose tissue
Insecta Butterworth
effect of bone
Amphibia McWhinnie
Aves McWhinnie
effect on brain
Mammalia Altman
effect on calcium transport
Aves Spaziani
effect on cell death
Amphibia Spitzer
Insecta Butterworth
effect on ceU movement
Mammalia Davis
effect on cell renewal
Reptilia Maderson
effect on chromatophores
Crustacea Ranga
effect on development
Crustacea Hinsch
Insecta Bhaskaran
Seligman
effect on differentiation
Insecta Berry
effect on duodenal differ.
Aves Betz
effect on early stages
Amphibia Cabada
Sanchez
effect on egg development
Insecta Adams
effect on embryonic growth
Aves Betz
effect on enzymes
Amphibia Lyerla
Insecta Postlethwait
Mammalia Greengard
effect on gonads
Mammalia Roos
effect on growth
Amphibia Frye
Angiosp Tautvydas
Aves Frye
Insecta Bhaskaran
Seligman
effect on hatching
Aves Betz
Insecta Seligman
157
effect on hemoglobin
Aves Betz
effect on hypopharyngeal gland
Insecta Cruz
effect on hypophysis
Aves Betz
effect on implantation
Mammalia Singh
effect on intestine
Aves Moog
effect on kidney
Mammalia Roos
effect on liver
Mammalia Monder
effect on mammary gland
Homo Duran
Mammalia Duran
Hoshino
Wood
effect on mating
Insecta Adams
effect on maturation
Amphibia Budeguer
Salomon
Valdcz
effect on metabolism
Amphibia Frye
effect on metamorphosis
Amphibia Frye
Insecta Pipa
effect on mol. biol. processes
Amphibia Cabada
Sanchez
effect on morphogenesis
Insecta Roller
effect on nervous system
Amphibia Pollack
Aves Juurlink
Mammalia Juurlink
eff. on nucl. acid & protein
Insecta Shaaya
effect on oocyte
Mammalia Tsafriri
effect on oogenesis
Insecta Pener
Postlethwait
effect on ovary
Amphibia Cabada
Sanchez
Mammalia Andersen
effect on oviposition
Insecta Adams
effect on polymorjihism
Insecta Campos
effect on puffing
Insecta Laufer
effect on regeneration
Amphibia Bromley
Livcrsagc
Scadding
Schmidt
Reptilia Hiradhar
Jayshree
Teleostei Liversagc
effect on reproduction
Mammalia Mitra
effect on reproductive system
Mammalia Spaziani
effect on retina
Aves Betz
effect on saUvary gland
Mammalia Redman
effect on sex development
Mammalia Asayania
effect on sexual behaviour
Mammalia Asayama
effect on sex. maturation
Crustacea Hinsch
effect on skin
Amphibia Dent
effect on spawning
Teleostei Dotsu
effect on spleen
Aves Betz
effect on viteUogenesis
MammaUa Schuetz
effect on yolk sac
Aves Betz
Thommes
egg maturation
Echinoderm Lee
embryo
Aves Robertson
Thomson
embryo-mat. rel.
Mammalia Flood
embryogenesis
Insecta Staal
enzymes
Insecta Weirich
fertilization
Mammalia Hendrickx
fetus
Mammaha Nancarrow
gonadal
Mammalia Spaziani
gonadotropin
Amphibia Bagnara
Mammalia Wolfe
growth
Insecta Staal
hypophyseal
Mammalia Doneen
Wood
in cpith.-mescnch. interact.
Mammalia Cunha
interrelations
Amphibia Frye
Iwasawa
Thurmond
Aves Frye
Woods
Mammalia Radha
juvenile
Insecta Bell
Campos
Cruz
Dahm
Ferkovich
Hunt
Kumaran
Roller
Stay
Weirich
Wyatt
juvonilizinp molecules
Insecta SiDiacek
maternal & fetal
Mammalia Osliima
melatonin
Aves Wainwright
metamorphosis
Insecta Judy
Kumaran
Laufer
Oberlander
Staal
molecular structure
Insecta
Silhacek
molting
Arthropoda
Kaplanis
oostatic
Insecta
Adams
ovary
Insecta
Kumaran
ovulation
Mammalia
Hendrickx
pancreas
Aves
Andrew
Rawdon
placenta
Mammalia
Bauminger
Fein
postembryonic (
ievelopment
Insecta
Judy
precocene
Insecta
Bender
prolactin
Amphibia
Fry
Mammalia
Mitra
Singh as
regulation of muscle protein
Aves
Love
reproduction
Amphibia
Jacobson
Aves
Jacobson
Insecta
Staal
role in cell cultures
Mammalia
Sato
role in developn
iient
Mammalia
Doneen
role in fetal phy
siology
Mammalia
Doneen
role in liver development
Aves
Benzo
role in meiosis
Mammaha
Schuetz
role in metabolism
Insecta
SiUiacek
role in reproduction
Mammalia
Benirschke
somatostatin
Aves
Andrew
Rawdon
synthesis
Insecta
Roller
target tissues
Insecta
Ferkovich
testis
Homo
Bressler
Mammalia
Bressler
thyroid
Aves
Lauder
Mammalia
Lauder
tissue responses
Amphibia
KoHros
vitellogenin synthesis
Insecta
Wyatl
yolk deposition
Insecta
Bell
HORMONIS (plant)
Acrasiales O'Day
Angiosp Ames
Arzee
Blaydes
Harada
Roberts
Sawhney
Scott
158
HORN(S)
Mammalia
Artzt
Bennett
induction
Amphibia Onitake
HYBRID(S)
Friedman
infertility
see also Cell heredity
Sato
Homo Dor
Van Alten
Nebel
Amphibia
Bagnara
brain
lung
Elinson
Mammalia
LaVelle
Homo Surti
Johnson
cell cooperation
Szulman
Kawamiira
Amphibia
Ruben
muscle
Nishioka
cell interactions
Aves Herrmann
Asteroidea
Lucas
Auerbach
neural crest transplantation
Aves
McClay
Amphibia Volpe
HYPERPLASIA
cell surface
organogenesis
see Growth
Aves
cord blood
Szulman
Aves Szulman
Homo Szulman
HYPERTROPHY
Homo
Ron
placental antigens
see Growth
culture in vitro
Homo Eichenbrenner
Aves
Van Alten
Nebel
HYPOPHYSIS
Mammalia
decidualization
Van Alten
Serr
Toder
Amphibia
Connelly
Mammalia
Orsini
placentation
Jacobson
early development
Homo Nebel
Michael
Amphibia
Brown
Mammalia Nebel
Warshana
egg
response to mitogens
Aves
Betz
Mammalia
Tsunoda
Aves Van Alten
Jacobson
embryo
Mammalia Van Alten
Mammalia
Gulyas
Aves
Fitzsimmons
sperm antigens
Reynolds
Mammalia
Bennett
Mammalia O'Rand
embryo-mat. relations
sperm antigens & lymphocytes
HYPOXIA
Mammalia
Breyere
Homo Toder
see Respiration
Ostrand
Mammalia Toder
embryonic antigens
spermatogenesis
IMAGINAL DISCS
Mammalia
Maharajan
Mammalia Bennett
fertilization
spermatozoa
Inseeta
Adler
Amphibia
Cabada
Amphibia Shaver
Arking
Homo
Glass
teratoma
Ayaki
Nebel
Mammalia Artzt
Bryant
Mammalia
Glass
theory on diversity
Imberski
Nebel
Fitzsimmons
Kumar
general study
thymus
Kuroda
Aves
Ruth
Amphibia Tompkins
Obcrlander
genetics
Volpe
Rapport
Mammalia
Dutton
tolerance by grafts
Srivastava
heart
Maharajan
Aves Mun
trophoblast
IMMUNOCHEMISTRY
Aves
Jaffee
Homo Menczer
histocompatibility
Nebel
Amphibia
Connelly
Amphibia
Volpe
Toder
Dearlovc
Aves
Ruth
Mammalia Menczer
Aves
Kobayashi
Mammalia
Dutton
Nebel
Pearcc
homograft reaction
Toder
Echinoidea
Ishimoda
Aves
Seto
tumor
Mammalia
Schroit
humoral antibody
Auerbach
Tamanoi
Aves
Seto
tumor defense
immune response
Inseeta Rizki
IMMUNOLOGY (developm.)
Auerbach
yolk sac
see also Self-recognition
Fitzsimmons
Aves Roth
Aves
Seto
Aves
Van Alten
Mammalia
Breyere
IMPLANTATION
Tcleostei
Onozato
immune system
1
ABO
Amphibia
Katagiri
Mammalia Butler
Homo
Surti
immunodepressor & regeneration Fein
abortions
Amphibia
Aziz
Gwatkm
Homo
Dor
immunoglobuli
n
Izaike
Nebel
Amphibia
Brown
Suga
antibody
Mammalia
Dutton
cell interactions
Aves
Jaffee
immunoregulation
Mammalia Morris
Szulman
Aves
Seto
Potter
Homo
Szuhnan
immuno-suppressives
controlling factors
antigen
Homo
Nebel
Mammalia Orsini
Amphibia
Shaver
Mammalia
Nebel
delayed
Aves
Fischman
implantation
Mammalia Moore
Sato
Homo
Nebel
Renfree
Homo
Friedman
Mammalia
Nebel
159
endocrinology
INSULIN
Mammalia
Singh
factors influencing survival
Aves
Coalson
Mammalia
Maurer
Przybylski
genetics
Mammalia
Thommes
Moore
Mammalia
Coalson
immunology
Sadler
Mammalia
Nebel
interaction with uterus
INTEGUMENT
Mammalia
Carnegie
see also Shell; Skin; Wound
Robertson
healing
mechanism
Mammalia
Boving
Crustacea
Stevenson
Singh
Insecta
Bhaskaran
membrane antigens
Counce
Mammalia
Maharajan
Minato
molecular biology
Roller
ManimaUa
Church
morphology
INTERSF.XUALITY
Mammalia
Rasweiler
physiology
INTERSTITIAL CELLS
Mammalia
Oshima
INDUCTION (embryonic)
see also Competence;
Determination; Epithelial-
mesenchymal interactions;
Pattern formation; specific
organs, etc.
agent
Amphibia Barbieri
blastocyst
Aves Eyal
bone & cartilage
MammaHa Nogami
brain
Aves Khare
cytochemistry
Amphibia Takata
ectodermal reactivity
Amphibia Sasaki
effect of egg case
Insecta Huber
eye lens
Amphibia Reyer
Aves Shinohara
homoiogenctic
Amphibia Sasaki
immunology
Amphibia Onitake
primary
Amphibia Barbieri
Onitake
scleral ossicles
Aves Hall
ultrastructure
Amphibia Eakin
KeUey
INFECTIONS
see Bacteria; Virus
see also Pathology
INNERVATION
see specific organs, etc.
INSECTICIDES
see Pesticides
INSI'MINATION
see Reproduction (sexual)
Hydrozoa Lenhoff
Lesh
INTESTINAL TRACT
Amphibia Grubb
Michael
Rageh
Aves Andrew
Burgess
Kramer
Moog
Rawdon
Homo Tabbara
IODINE
see Chemical elements
IONS
see also Chemical elements
Acrasiales Jaffe
Maeda
Amphibia Pool
Schuetz
Angiosp Mallery
Asteroidea Schuetz
Aves Pool
Echinoderm Crawford
Echinoidca Harris
Nishioka
Hydrozoa Macklin
Insecta Gupta
Jaffe
Mammalia Cutler
Schuetz
Teleostei Jaffe
Nuccitelli
IRON
sec Chemical elements
IRRADIATION
see also Ultraviolet irradiation;
X-irradiation
biochemical effects
Amphibia Yamada
Crustacea Nakazawa
Teleostei Yamada
cell renewal systems
Mammalia Yamaguchi
change in sensitivity
Teleostei Egami
effect on early embryo
Mammalia DuFrain
effect on embryo
Crustacea Iwasaki
Gastropoda Simoes
Insecta Amy
effect on endosperm
Angiosp Bhandari
effect on epidermis regen.
Mammalia Kobayashi
effect on haematopoiesis
Mammalia Tamanoi
effect on larva
Insecta Pant
Unni
effect on offspring
Amphibia Kawamura
Nishioka
effect on oogenesis
Crustacea Iwasaki
effect on parthenogenones
MoUusca Stiles
effect on reprod. organs
Aves Muramatsu
MammaUa Muramatsu
embryo
Insecta Shiomi
Yoshikawa
embryonic lethality
Insecta Amy
gametes
Amphibia Nishioka
germ cells
Insecta Shiomi
Yoshikawa
gonad
Teleostei Etoh
imaginal disc
Insecta Ayaki
interaction with chemicals
Insecta Grosch
laser
Insecta Amy
lymphocytes
Mammalia Yamada
microwave
Mammalia Jensh
ovary
Mammalia Andersen
spermatogenesis
Teleostei Hyodo
teratogenesis
Aves Muramatsu
Mammalia Muramatsu
JAW(S)
Amphibia Graver
Grubb
Mammalia Auvenshine
Beresford
Toto
JOINT(S)
see Skeleton
KARYOTYPE
see Chromosome(s)
160
KIDNEY(S)
Amphibia Etheridge
Goldin
Shiokawa
Steinberg
Aves Sato
Homo Kramer
Nagata
Ohno
Mammalia Greengard
Nagata
Ohno
Roos
Sato
LABYRINTH
see Static organ
LARVAL DEVELOPMENT
see Development (larval)
LARYNX
see Respiratory tract
LATERAL LINE SYSTEM
LEAF
see also Apical dominance;
Phyllotaxis
Angiosp Chrispeels
Millington
Filices Hicks
LEUCOCYTES
see Blood
LIFE CYCLE(S)
see also Development (general)
Anura Khare
Kumar
Roy
Sahu
Hemiptera Mochida
LIGHT
see also Environmental factors
Butler
Amphibia Tucker
Angiosp Tautvydas
Aves Wainvvright
Yew
Insecta Brust
Pant
Mammalia Yew
Reptilia Dimond
LIMB(S)
see also Regeneration (trau-
matic); Skeleton; Wing(s)
axis determination
Amphibia Hassona
Khalil
Michael
Sedra
behaviour
Aves Bekoff
Mammalia Bekoff
biochemistry
Aves Solursh
biophysics
Aves Phillips
bud
Aves Newman
Phillips
Solursh
Upholt
Crustacea Ranga
Mammaha Nakamura
cell death
Aves FaUon
Homo Fallon
cell density
Mammaha Knudsen
cell interact, in Brachypodism
Mammalia Elmer
chondrogenesis
Aves Solursh
culture in vitro
Aves Newman
Mammalia Agnish
Naruse
determination
Aves Yaross
development
Amphibia Agarwal
Mammalia Agnish
Cutts
differentiation
Aves Newman
Yaross
digit & digital pad
Amphibia Carlson
effect of chemicals
Amphibia El Din
Michael
effect of nerve injury
Mammalia Cutts
effect of pollutants
Crustacea Ranga
eff. of somite & spinal cord
Aves Sullivan
effect on spinal cord
Amphibia Pollack
enzymes
Amphibia Dearlove
epith.-mesench. interact.
Aves Goetinck
Sawyer
fingertip
Mammalia Smalls
gene expression
Aves Upholt
genetics
Mammalia Long
hand anomalies
Homo Becerra
innervation
Amphibia Pollack
intrinsic development
Mammaha Knudsen
laser microbeam
Mammaha Knudsen
malformations
Homo Battle
Duran
Yasuda
Mammalia Kameyama
Kleiss
Yasuda
mesenchyme
Homo Kelley
molecular biology
Aves Newman
morphogenesis
Mammalia
Kelley
Vertebrata
Cameron
muscle formation
Amphibia
Carlson
mutant
Mammalia
Nakamura
pattern formation
Aves
Saunders
Mammaha
Saundes
polarizing zone
Aves
Fallon
Homo
Fallon
Mammalia
Fallon
sensory nerve ending
Mammaha
Smalls
skeleton
Aves
Goff
skeleton patterning
Aves
Newman
supernumerary
Amphibia
Carlson
teratogenesis
Amphibia
Kato
Aves
Loewenthal
McCredie
Shoobridge
Mammalia
Agnish
Kochhar
Long
Singh
Takehira
uhrastructure
Aves
Newman
vascularisation
Mammaha
Knudsen
LIP
see Mouth
LIPID(S) (& fatty acids)
see also Adipose tissues
Amphibia Armstrong
Miceli
Asteroidea Barber
Aves Zelenka
Echinoidea Barber
Insecta Butterworth
Doane
Pant
Srivastava
Mammalia Chepenik
Pagan o
Pritchard
Schroit
Struck
LITHIUM
see Chemical elements
LIVER
see also Gall bladder;
Hematopoiesis; Regeneration
(traum.)
biocliemistry
Aves Benzo
Murison
Mammalia Coufalik
Monder
Murison
culture in vitro
Aves Murison
161
Mammalia
Greengard
Mammalia
Bailey
congenital
Monder
Dutton
Homo
Hoshino
Murison
Hendrickx
Kajii
Wood
Hirama
Mitra
differentiation & morphogen.
cytochemistry
Ornoy
Aves
Shercr
Amphibia
Cowden
Singh
endocrinology
Curtis
Mammalia
Hoar
Aves
Benzo
lymphocytes
craniofacial
Homo
Renwick
Aves
Van Alten
Homo
Dickson
Mammalia
Monder
Homo
Friedman
Maue
enzymes
Mammalia
Friedman
Shah
Mammalia
Greengard
Yam ad a
cyclopia
Monder
lymphocytes & epiphysis
Mammalia
Evans
Nakazawa
Aves
Spiroff
cytogenetics
Wood
lymphoid stem cell
Homo
Kajn
cpith.-mesench.
interact.
Amphibia
Tochinai
double head
Aves
Sherer
membrane biochemistry
Lacertilia
Khan
fetoprotein
Mammalia
Pagano
double monsters
Homo
Hancock
regeneration
Homo
Kleiss
Mammalia
Hancock
Vertebrata
Asnani
Down's syndrome
function
Bonny
Homo
Shapiro
Aves
Sherer
Shah
embryonic morl
tality
gene expression
ultrastructure
Mammalia
Nancarrow
Mammalia
Morrow
Amphibia
Cowden
encephalocele
microsomes
Curtis
Aves
Van dcr Westh
Mammalia
Nakazawa
exencephaly
mitociiondria
LYMPHOCYTES
Mammalia
Eraser
Amphibia
Cohen
see Lymphatic system
Sadler
molecular biology
Trasler
Homo
Nagata
LYSOSOMES
eye
Mammalia
Nagata
see Subcellular >
components
Mammaha
Gumbreck
physiology
Pierro
Aves
Benzo
MACROPHAGI
• SYSTEM
face
postnatal
Homo
Carmona
Mammalia
Krause
Mammaha
Chamberlain
Waterman
Leeson
Mammalia
Waterman
radiation eff. or
1 drug metab.
MAGNETIC FIELDS
gcnc-conditione
:d
Mammalia
Yukawa
see also Enviror
miental factors
Mammalia
Gumbreck
ultrastructure
genetics
Aves
Benzo
MALFORMATIONS
Homo
Lin
Mammalia
Seftalioglu
see also Mouth; Teratogenesis
Mammalia
Shoji
vascularization
Teleostei
Tomita
Aves
Sherer
Homo
Tanimura
hand
Mammalia
Tanaka
Homo
Becerra
LOCOMOTION
achondroplasia
heart
see Behaviour
Homo
Shepard
Mammaha
Sachs
Mammaha
Shcpard
hydrocephaly
LONGKVITY
anencephaly
Mammaha
Chamberlain
Homo
Ganchrovv
kidney
Insecta
Heim
anophthalmia
Homo
Kramer
Mammaha
Chase
Umb
LUNG(S) (& air sacs, swimm
behaviour
Homo
Duran
bladder)
Aves
bone
Hamblcy
Kleiss
Yasuda
Amphibia
Graver
Homo
Ornoy
Mammalia
Agnish
Sato
brachydactyly
Takehira
Homo
Surti
Homo
Battle
Yasuda
Szulman
brain
lymphatic system
Mammalia
Frederickson
Kornguth
Homo
Bailey
Goldin
Aves
Langman
Mammalia
Bailey
Hay
Mammalia
Langman
mechanism
Masters
cardiovascular
Mammalia
Solursh
Seftalioglu
Homo
Semba
nasal cavity
caudal dysplasia
Homo
Hernandez
LYMPHATIC SYSTEM
Aves
Kaplan
nervous system
sec also Bursa o
f Fabricius;
Homo
Kaplan
Manmialia
Rodier
Spleen; Thy
mus
Mammalia
Kaplan
neural tube
chromosomal
Mammalia
Solursh
Aves
Noumura
Homo
Bersu
physiology
Homo
Bailey
Makino
Aves
Grabowski
Ron
Ornoy
Mammalia
Grabowski
Maninuiiia
Ishikawa
prediction from amniotic cells
cleft palate
Homo
Francis
Mammalia
Overman
Johnson
162
Mammalia
Francis
Mammalia
Bernfield
differentiation
Johnson
Brownell
Aves
Moog
reduplication in
egg
Hardy
fertilization
Insecta
Yajima
Lipton
Amphibia
Humphries
relation with serum proteins
Oppenheimer
formation
Aves
Klein
Pratt
Virus
Sheffield
Mammalia
Klein
Sciimidt
gene expression
Nancarrow
Tyler
Homo
Furusawa
situs inversus
Van Ex an
Mammalia
Furusawa
Mammalia
Layton
Weinstock
molecular biology
skeletal
Turbellaria
Hori
Mammaha
Elmer
Aves
Overman
Vertebrata
Bolender
muscle
Homo
Carmona
Aves
Sandra
Tanaka
MATURATION
Sperelakis
Mammalia
Overman
see Egg(s)
Mammalia
Sandra
skull
Sperelakis
Homo
Enlow
MEIOSIS
neuron in vitro
spina bifida
see Egg(s)
Aves
Carbonetto
Homo
Duran
see also Embryology (Plant);
oocyte
Mammalia
Sadler
Oogenesis; Spermatogenesis
Echinoderm
Lee
urogenital
physiology
Homo
Duran
MELANIN
Echinoidea
Harris
Mammalia
Allison
see Pigment(ation)
protein transport
Gumbreck
see also Melanophorc(s)
Aves
Roth
Insecta
Roth
MALPIGHIAN TUBULES
MELANOPHORE(S)
Mammalia
Roth
see Excretory system
see also Neural crest;
receptors
Pigment
Simon
MAMMARY GLAND
spermatogenesis
Amphibia
Thurmond
Mammalia
Millettc
Homo
Duran
Ascidiacea
Whittaker
transmembrane signahng
Mammalia
Duran
Hasvvell
Aves
Reams
Whittaker
Simon
Hoshino
Zimmerman
MERISTEMS
Wood
Mammalia
Galbraith
Quevedo
Angiosp
Arzee
MAST CELLS
Reams
Sagawa
see also Bone marrow;
Whittaker
Steeves
Connective tissue
Teleostci
Gordon
Tchen
MEROGONES
Amphibia
Setoguti
see Genetics; Hybrid(s)
MEMBRANE
MATERNAL EFFECTS
see also Cell; Cell wall;
MESENCHYMf
see Genetics
Fertilization
; Subcellular
components
Amphibia
Finnegan
MATERNAL INHERITANCE
Aves
Newman
see Genetics
Amphibia
Fambrough
Schuetz
Echinoidea
Turner
MATHEMATICS
Asteroidea
Schuetz
MESODERM
see Theoretical biology
Aves
Varon
see Embryology (experi-
Insecta
Brown
mental); Em
bryology
MATRIX (extracellular)
Mammalia
Albertini
(general & descriptive)
see also Carbohydrates
Brown
Varon
MESONEPHROS
Amphibia
Johnson
Reyer
biochemistry
Waldman
see Kidney(s)
Sanders
Acrasialcs
Kawai
METABOLISM (general)
Aves
Coulombre
Amphibia
Eisenberg
see also Energy;
Respiration
Fitzharris
Aves
Eisenberg
Hay
Varon
Aves
Fainstain
Lipton
Chlorophyc
Howell
Schjeide
Markwald
Cihata
Pollock
Plantae
Schjeide
Morris
Williams
ascorbatc
Oppenheimer
Mammalia
Pagano
MammaUa
Borack
Przybylski
Scliroit
calcium
Stephens
Struck
Homo
Reynolds
Toole
Varon
Mammalia
Reynolds
Tyler
biogenesis
early embryo
Echinoidea
Oppenheimer
Euglenoph
Holowinsky
Amphibia
Legname
Homo
Bolender
Mammalia
Chepenik
Salomon
Boving
biophysics
embryo
Lipton
Aves
DeHaan
Echinoderm
Yanagisawa
Hydrozoa
Lenhoff
composition
Mammalia
Renfrec
Lesh
Mammalia
Cliepenik
embryonic men'
Aves
ibranes
Thommes
163
energy
histochemistry
Filices
Furuya
Amphibia
Goto
Amphibia
Fry
Teleostei
Ohta
Okazaki
internal
apparatus
Shukuya
Cyclostom
Manion
Echinoderm
Sawada
Angiosp
Komamine
involution
Echinoidea
Kiefer
Aves
George
Insecta
Lockshin
Echiura
Sawada
Echinoidea
Asanii
metabolism
biophysics
Nemoto
Amphibia
Frye
Teleostei
Beams
Mammalia
Monder
molecular biology
centriole
fertilization
Amphibia
Atkinson
Echinoidea
Endo
Amphibia
Steinhardt
muscle
centriole replication
Echinoidea
Nemoto
Insecta
Lockshin
Echinoidea
Harris
Steinhardt
nerve endings
chromosome movement
gluconeogenesis
Amphibia
Horiguchi
Echinoderm
EUis
Mammalia
Janssens
Watanabc
Inoue
nitrogen
nervous system
Sato
Amphibia
Janssens
Insecta
Singh
Flchinoidea
Sakai
oocyte
neuroendocrinology
culture in vitro
Amphibia
Buhler
Insecta
Pipa
Echinoidea
Sakai
Legname
neurosecretory
cells
division mechanism
photosynthesis
Insecta
Singh
Echinoderm
Htramoto
Animalia
Butler
physiology
early stages
Bacteria
Butler
Insecta
Shappirio
Amphibia
Pool
Plantac
Butler
salivary gland
Aves
Pool
Insecta
Epstein
Teleostei
Kirchen
METALS
skeleton
eff. of cytosine
arabinoside
see Chemical elements
Amphibia
Kemp
Mammalia
Bertalanffy
supernumerary
instars
effect of water & ions
METAMORPHOSIS
Insecta
Hunt
Amphibia
Pool
tail
Aves
Pool
Ascidiacea
Ishikawa
Amphibia
Fry
isolated mitotic
apparatus
Insecta
Heming
tail muscle
Echinoderm
Kane
Singh
Amphibia
Sasaki
mantle epithelium
Trematoda
Dresden
Watanabe
Gastropoda
Lindsay
biochemistry
Teleostei
Watanabc
mechanism
Crustacea
Laufer
tail resorption
Rhizopoda
Rappaport
Insecta
Gupta
Ascidiacea
Numakunai
mitogen
Laufer
testis
Aves
Van Alten
Pandey
Insecta
Lai
Mammaha
Van Alten
Shappirio
tissue response
molecular bioloj
gy
Srivastava
Amphibia
Kollros
Echinoidea
Cousineau
comparative study
ultrastructure
neoplastic cells
Amphibia
Dent
Amphibia
Kemp
Mammalia
Bertalanffy
Tyler
Watanabe
placenta
control of sequence
Mammaha
Izaike
Amphibia
Kollros
METANEPHROS
Suga
corpus allatum
see Kidney(s)
polyamines
Insecta
Bueno
Mammalia
Rennert
definition
METAPLASIA
proliferation
Insecta
Hunt
Asteroidea
Walker
endocrinology
Amphibia
Eisenberg
proliferation in
retina
Amphibia
Atkinson
Aves
Alperin
Aves
Morris
Derby
Mammalia
Hardy
proliferation rate
Fry
Van Exan
Aves
Miller
Frye
Mammalia
MiUer
Insecta
Judy
METHODS (& (
equipment)
pronucleus
Kumaran
see also Rearing
; methods
Echinoidea
Poccia
Laufer
recombination
Oberlandcr
MlCROCINl'MATOGRAPHY
Insecta
Kumar
Pcner
regeneration
Pipa
MINERALS
Amphibia
Reyer
Staal
sec Chemical elements
Asteroidea
Walker
enzymes
spermatogenesis
Insecta
Gupta
MITOCHONDRIA
Asteroidea
Walker
Srivastava
see Subcellular
components
spindle
erythrocyte
Echinoderm
Ellis
Amphibia
Goto
MITOSIS
Inoue
Okazaki
sec also Amitosis; Antimitotic
Sato
Shukuya
agents; Cell(s)-division;
tooth
evolution
Cleavage; Growth factors
Mammaha
Yoshioka
Amphibia
Wassersug
ultrastructure
experimental sti
idy
Ciliata
Berger
Teleostei
Beams
Cyclostom
Youson
Echinoidea
Ohta
164
MONSTROSITIES
see Malformations
MORPHOGENESIS
see also Culture &
preservation; Development;
Embryology
agents
Amphibia Tompkins
Aves Weston
Insecta Schwalm
biochemistry
Acrasiales Rothman
blastoderm
Aves Sanders
cardiac
Aves DeHaan
cell interactions
Aves Sanders
cell migr. between germ layers
Aves Azar
cell shape
Amphibia Burnside
Insecta Counce
Teleostei Burnside
cell surface substance
Aves Lee
cellular phenomena
Lilien
cortical visual field
Mammalia Gordon
Hirsch
descriptive study
Amphibia Herkovits
determinant
Insecta Kaltiioff
embryo
Insecta Schwalm
experimental study
Amphibia Herkovits
Aves Miller
Cihata De Terra
Mammalia Miller
eye
Amphibia
forces
Amphibia
genetics
Acrasiales
Ciliata
histochemistry
Aves
hyaluronidase
Aves
lunb
Vertebrata
limb regenerate
Amphibia
lung
Mammalia
molecular biolo]
Amphibia
morphogenetic
Acrasiales
movement
Amphibia
Gordon
Phillips
Rothman
Butzel
Frankel
Goff
Toole.
Cameron
Carlson
Goldin
gy
Ilan
Fabian
information
Soil
Jacobson
Johnson
Kubota
Nakamura
Schoenwolf
Tchen
Aves Jacobson
Lesseps
Chondrostei Ballard
Elasmobr Ballard
Gastropoda Sathananthan
Holostei Ballard
Insecta Counce
Crossley
Mammalia Davis
Polychaeta Crossley
Teleostei Ballard
Brummett
Gordon
Lesseps
Schoenwolf
nervous system
Insecta Berry
neural crest migration
Aves Weston
Mammalia Weston
neural plate & tube
Amphibia Gordon
oogenesis
Insecta Schwalm
organogenesis
Aves Miller
MammaUa Miller
potential
Amphibia Eisenberg
regeneration
Amphibia Connelly
role of cell motUity
Amphibia Izzard
Aves Izzard
Mammalia Izzard
role of cell surface
Mammalia Wiley
role of cytoskeleton
Mammaha Wiley
role of mesoglea
Hydrozoa Lesh
surface coat in fusion
Mammalia Langman
theoretical study
Plantae Lacalli
ultrastructure
Teleostei Brummett
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 Nervous system
see also Synapse
MOULT(ING)
Crustacea Spaziani
Insecta Gupta
Minato
Teleostei Krejsa
MOUTH
see also Pharynx
Insecta Heming
biochemistry
Mammalia Pratt
Shapiro
cleft lip
Mammalia Eto
Juriloff
Trasler
cleft lip & palate
Mammalia Eraser
Sucheston
cleft palate
Homo Dickson
Maue
Mammalia Biddle
Herold
Kochhar
Long
Lu
Overman
Salomon
Shah
Srivastava
Vekemans
Yalcin
Yoshioka
culture in vitro
Mammalia Brinkley
Eto
Pratt
;pith.-mesench. interact.
Aves Tyler
Mammalia Tyler
experimental study
Mammalia Shah
genetics
Mammalia Juriloff
Long
mucosa
Homo Toto
Mammalia Toto
muscle
Homo Dickson
Maue
palate
Homo Zimmerman
Mammalia Bagwell
Brinkley
Eto
Pratt
Shapiro
Srivastava
programmed cell changes
Mammalia Pratt
sensory nerve ending
Mammalia Smalls
teratogencsis
Homo Zimmerman
Mammalia Slavkin
Zimmerman
tongue
Cetacea Yamasaki
Homo Kleiss
Semba
ultrastructure
Mammalia Shapiro
vascularization
Homo Kleiss
MUCOPOLYSACCHARIDES
see Carbohydrate(s)
165
MULLERIAN DUCT
fusion
Aves
Coleman
Aves
Przybylski
Crustacea
Sherman
Aves
Noumura
Traeger
Teleostei
Mark
gene expression
Vertebrata
Shah
MULTIPLE BIRTHS
Aves
Devlin
precursor cells
see Twins
Insecta
DevUn
Aves
Solursh
genetics
protein synthesis
MUSCLE(S)
Aves
Przybylski
Aves
Sutherland
Traeger
Homo
Sutherland
Homo
Gasser
Insecta
Wright
protein synthesis control
Mammalia
Gasser
growth
Aves
Emerson
actin & myosin
Homo
Cole
Homo
Emerson
Aves
AUen
Mammalia
Cole
Insecta
Emerson
Devlin
Ontell
red & white
Echinoidea
Burgess
histo- & cytochemistry
Amphibia
Takahama
Kane
Amphibia
Dinsmore
Watanabe
Mammalia
Allen
Mark
regeneration
biochemistry
Sasaki
Amphibia
Cameron
Fambrougii
Takahama
Carlson
Aves
Love
Watanabe
Deck
Insccta
Singh
Insecta
Nair
Homo
Cole
cell fusion
Mammalia
Srivastava
Mammalia
Carlson
Aves
Fischman
Teleostei
Mark
Cole
cell membrane
Watanabe
Faulkner
Aves
Sperelakis
immunology
Mufti
Mammalia
Sperelakis
Aves
Herrmann
ReptiHa
Cox
cell surface
interaction with
nerves
reinnervation
Aves
Traeger
Aves
Drachman
Amphibia
Mark
cleft palate
Mammalia
Drachman
Teleostei
Mark
Homo
Dickson
involution
relation with NAD
Maue
Insccta
Cruz
Caplan
collagen
limb
role in regeneration
Vcrtcbrata
Macarak
Amphibia
Carlson
Amphibia
Dinsmore
culture in vitro
matrix
sarcomere
Amphibia
Atkinson
Aves
Przybylski
Aves
AUen
Aves
Lipton
membrane
Mammalia
Allen
Przybylski
Aves
Sandra
satellite cell
Rotundo
Mammalia
Sandra
Amphibia
Watanabe
Sandra
metamorphosis
Aves
Lipton
Sutherland
Amphibia
Sasaki
Homo
Lipton
Homo
Lipton
Watanabe
MammaUa
Lipton
Sutherland
Insecta
Lockshin
smooth
Mammalia
Atkinson
Teleostei
Watanabe
Vertebrata
Macarak
Lipton
molecular biolo
gy
tail
Sandra
Caplan
Amphibia
Watanabe
development
Amphibia
Atkinson
Teleostei
Watanabe
Insecta
Crossley
Aves
Heywood
tongue
differentiation
Insecta
Donady
Homo
Kleiss
Aves
Coleman
Mammalia
Atkinson
transplantation
Heywood
mutant
Mammalia
Mufti
dystrophy
Insccta
Devhn
tropomyosin
Aves
Allen
myoblast
Ishimoda
Sutherland
Amphibia
Atkinson
tumor
Homo
Sutherland
Cameron
Mammalia
Coleman
effect of innervation
Finnegan
ultrastructure
Fambrough
Aves
Devlin
Amphibia
Takahama
Amphibia
Tvveedlc
Mammalia
Atkinson
Aves
Coleman
Aves
Rotundo
myogenesis
Fischman
Mammalia
Cassens
Aves
Allen
Forbes
endocrinology
Sandra
Lipton
Aves
Love
Insecta
Donady
Sperelakis
Przybylski
Wright
Traeger
enzyme
Mammalia
Cassens
Crustacea
Sherman
Amphibia
Sasaki
Sandra
Homo
Lipton
Aves
Rotundo
myogenic cell h
nes
Insecta
Cruz
Insecta
Singh
Rcptilia
Cox
Nail
fibre type
neuro-muscular
association
Mammalia
Forbes
Mammalia
Cassens
Amphibia
Vanable
Lipton
Srivastava
neuro-muscular
junctions
Ontell
night
Amphibia
Tweedle
Sperelakis
Insecta
Cruz
pathology
Nair
Aves
Drachman
function
physiology
Aves
Traeger
Ampiiibia
Mark
166
MUTAGENIC AGENTS
Mammalia
Murison
En do
Inouyc
Murakami
MUTANT(S)
sec also Gcne(s); Phenocopies
Chloropiiyc' Blamirc
Homo Bersu
Hydrozoa Lenhoff
Mammalia Shoji
achondroplastic
Homo Sliepard
Mammalia Sliepard
affect, carbofiydrate metab.
Insecta Doane
affect, endocrine physiol.
Insecta Doane
affect, lipid metab.
Insecta Doane
affect, rcprod. physiol.
Insecta Doane
affect, spermatogenesis
Mammalia Dooher
agouti
Mammalia Galbraith
beiiavioral
Ampiiibia Tompkins
biociiemistry
Insecta Butterwortii
Fausto
Brachypodism
Mammalia Elmer
chemoscnsory
Insecta Sanders
chondrodystrophic
Mammalia Elmer
cleft palate
Mammalia Biddle
color
Amphibia Nishioka
Richards
conditional
Ciliata Hanson
condit. lethal somatic
Mammalia Scheffler
cortical pattern
Ciliata Frankel
creeper
Aves Picrro
defective fertilization
Nematoda Ward
deletion
Insecta Botchan
development
Amphibia Armstrong
developmental potency
Mammaha Spiegelman
dwarf
Mammalia Wood
early embryogenesis
Nematoda Ward
embryo
Mammalia Bennett
embryonic lethal
Insecta Wright
Mammalia Juriloff
Pollard
embryos yielding teratomas
Mammalia Artzt
feather
Aves Somes
female-sterile
Insecta Mohler
female-sterile ovary
Insecta Bender
Golgi complex
Chlorophyc Dauvvalder
hah growth in hr, Re, sa
Mammalia Chase
homeotic
Insecta Adler
Lchmann
Postlethwait
hydrocephaly
Mammalia Bryan
in cultured cells
Mammalia Scheffler
limb
Mammalia Nakamura
lozenge
Insecta Bender
male-sterile
Insecta Butterworth
Mammalia Bryan
maternal-effect Ictlial
Insecta Counce
micromelic
Aves Goetinck
mitotic
Aves Bloom
morphogenetic pattern
Insecta Counce
muscle
Insecta Devlin
muscular dystrophy
Aves Pierro
nervous system
Aves Wilson
Mammaha Wilson
ovary
Mammalia Moore
pcroccphaly
Aves Pierro
rapid swimmer
Ciliata Frankel
respiration-deficient
Mammaha Scheffler
rudimentary
Insecta I'austo
rumpless
Aves Pierro
structural
Ciliata Hanson
temperature-sensitive
Insecta Wright
l-'austo
tooth
Mammalia Bryan
t.s. cell-lethal
Insecta Arking
ultrastructure
Mammalia Spiegelman
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 Somitc(s)
NASAL ORGAN
see Olfactory organ
NEMATOCYSTS
NEOPLASIA
see Tumours
NEOTENY
see Metamorphosis
NERVE(S)
Amphibia
Berlinrood
Aves
Drachman
Sohal
Mammalia
Drachman
culture in vitro
Aves
Idc
distribution
Mammalia
Sack
effect on muscle fibers
Mammalia
Cassens
ending
Amphibia
Horiguchi
Watanabc
Homo
Cauna
Mammalia
Cauna
enzymes
Aves
Ide
growth cone
Aves
Ide
involution
Aves
Ferreira
metamorphosis
Amphibia
Horiguchi
Watanabe
optical
Vertebrata
Goldberg
regeneration
Amphibia
Mark
Aves
Erhart
Ferreira
Mammalia
Cragg
Erhart
Teleostei
Mark
Vertebrata
Goldberg
NERVE CELLS
Ampiiibia
Berlinrood
Aves
Juurlink
Nuttah
Mammalia
Juurlink
axon
Mammaha
Lasek
biochemistry
Mammalia
Lasek
biophysics
Amphibia
Spitzer
Mammalia
Yoshida
cell interactions
Mammalia
Das
167
culture in vitro
Amphibia
Aves
cytology
Mammalia
development
Aves
differentiation
Aves
Mammalia
identification
Insecta
membrane
Aves
Nissl substance
Mammalia
physiology
Insecta
precursor
Aves
Mammalia
transplantation
Mammalia
trophic factor
ultrastructure
Mammalia
Spitzer
Adler
Carbonetto
Fisher
Hamada
LaVelle
Plsher
Adler
Fisher
Das
Fisher
Spitzer
Carbonetto
LaVelle
Spitzer
Fisher
Fisher
Das
Varon
LaVelle
NERVOUS SYSTEM
see also specific components;
Neurotransmitters;
Synapse
effect of neonatal lesions
Mammalia Devor
effect of regen. & transpl.
Crustacea Mittenthal
effects of surfactants
Mammaha Manner
Teleostci Manner
effect on dentinogenesis
Mammalia Avery
effect on regeneration
Amphibia Foret
Kishida
Scadding
Singer
Urodela Tweedle
effect on target cell
Aves Atsumi
enzymes
Aves Narayanan
genetics
Aves Wilson
Mammalia WUson
gUa-neuron interactions
Aves Varon
Mammaha Varon
immunology
Mammalia
involution
Aves
malformations
Aves
Mammalia
molecular biology
Mammalia Church
morphogenetic movement
Amphibia Tchen
motor end plate
Aves Chandra
role in behavioi
Aves
spina bifida
Aves
teratogenesis
Aves
Mammaha
ultrastructure
Aves
Crustacea
Hirudinea
Mammalia
Oppenheim
Dryden
Cameron
McCredie
Wilson
Cameron
Hendrickx
McCredie
Takeuchi
Wilson
Wilson
Sherman
Scott
Cameron
McCredie
Takeuchi
Wilson
NEURAL CREST
Friedman
Sohal
Wilson
Wilson
Amphibia
Aves
Bagnara
Berlinrood
Brick
Etheridge
Volpe
Andrew
KoUar
Kramer
McCredie
Markwald
Narayanan
Shoobridge
Takahashi
West
Homo
Gasser
Mammaha
Ontell
Weston
Mammalia
Gasser
nerve-taste bud connection
Mammalia
Kollar
afferent system
s
Homo
Ganchrow
Nozue
Mammaha
Kimmel
neuroembryology
Pratt
ataxia
Aves
Hamburger
Takahashi
Mammaha
Nakane
neuro-muscular association
Weston
Oda
Amphibia
Vanable
biochemistry
neuronal specificity
NEURAL PLATE
Aves
Mezei
Amphibia
Constantine
Mammalia
Mezei
Hanson
Amphibia
Burn side
cell death
Kimmel
Gordon
Aves
Pilar
Meyer
Jacobson
Insecta
Counce
Pohack
Aves
Jacobson
cell kinetics
Straznicky
Teleostei
Burnside
Aves
Wilson
Aves
Bekoff
Mammaha
Wilson
Mammalia
LaVail
NEURAL TUBE
cell lineage & morphogenesis
Teleostei
Kimmel
see Central nervous system
Polychaeta
Lacalh
Meyer
cell membrane
Scott
NEURONS
Aves
Varon
Vertebrata
Sparry
see Nerve cells
Mammalia
Varon
neurotransmitters
culture in vitro
Amphibia
Spitzer
NEUROSECRETION
Amphibia
Pollack
neurotrophism
Spitzer
Aves
Atsumi
Amphibia
Aoto
Aves
Wilson
physiology
Crustacea
Aoto
Mammalia
Wilson
Crustacea
Sherman
Gastropoda
Chandra
development
Hirudinea
Scott
Goudsmit
Mammalia
Fcdoroff
Hydrozoa
Spencer
Hydrozoa
Lesh
differentiation i
n vitro
regeneration
Nentwig
Aves
Varon
Hirudinea
Scott
Insecta
Beig
effect of chemical agents
Mammalia
Devor
Ishizaki
Amphibia
Tchen
Polychaeta
Fitzharris
Pipa
effect of heavy
metals
relation optic lobes-brain
Singh
Mammaha
Monie
Insecta
Singh
Pisces
Aoto
effect of magnetic field
relation with ey
e
Aves
Vencziano
Insecta
Wolsky
168
NEUROTRANSMITTERS
see also Hormones
Amphibia Spitzer
Tchen
cholinesterase
Echinoidea Ozaki
effect on brain
Aves Lauder
Mammalia Lauder
enzymes
Aves
Fambrough
Rotundo
Wainwright
Marsh
Insecta
GABA
Amphibia Tucker
prothoracic gland
Insecta Ishizaki
serotonin
Amphibia Brick
Aves Wainwright
teratogenesis
Aves Singh
NEURULA(TION)
Amphibia Kawakami
Aves Schoenwolf
Mammalia Schoenwolf
NITROGEN
see Chemical elements
NORMAL TABLES
see Embryology (general &
descriptive)
NOTOCHORD
Amphibia Jacobson
Aves Jacobson
NUCLEAR TRANSPLAN-
TATION
see Nucleus
NUCLEIC ACID(S)
see also specific nucleic acids;
Nucleotides (& nucleosides)
chromatin
Insecta Gay
development
Yang
differentiation
Insecta Berry
early stages
Echinoidea Hirama
Mammalia Pollard
effect on development
Amphibia Wolsky
Echinoidea Wolsky
effect on regeneration
Amphibia Wolsky
embryo
Amphibia Hampel
Echinoidea Infante
Insecta Arking
embryogenesis
Chlorophyc Blamire
Insecta Schwalm
endocrinology
Amphibia Cabada
Sanchez
Insecta Shaaya
fetal & postnatal
Mammalia Nakazawa
metabolism
Chlorophyc Blamire
Echinoderm Yanagisawa
Insecta Kumaran
nucleus
Aves Alperin
oogenesis
Insecta Schwalm
palate
Mammalia Pratt
ribosomal
Amphibia Caston
root
Angiosp Mallery
synthesis in kidney & liver
Homo Nagata
Mammaha Nagata
NUCLEO-CYTOPLASMIC
INTERACTIONS
Amphibia Cole
DiBerardino
Grant
Hennen
Malacinski
Masui
Ciliata Burchill
De Terra
Pang
Tchang
Echinoidea Kinoshita
NUCLEOLUS
see Nucleus
NUCLEOTIDES (&
nucleosides)
Echinoderm Yanagisawa
analogues
Aves Packard
cycUc
Greene
Acrasiales Maeda
Amphibia Tchen
Aves Solursh
Mammalia Cutler
Davis
Kuriyama
Nozue
Pratt
effect on lens crystallins
Aves Pearce
effect on myogenic cells
Reptilia Cox
nucleoside
Aves Coleman
others
Amphibia Scadding
Asteroidea Kanatani
Shirai
NUCLEUS
see also Chromosomes; Nucleo-
cytoplasmic interactions
cytochemistry
Ciliata Pang
Tchang
development
Amphibia DiBerardino
differentiation
Briggs
Insecta Nair
during asexual reproduction
Cihata Pang
Tchang
during encystment
Cihata Pang
Tchang
fat body
Insecta Nair
follicle
Insecta Nair
in dorsi-conjugant
Ciliata Pang
Tchang
macronucleus
Ciliata Pang
Tartar
Tchang
molecular biology
Locke
CiUata Berger
nucleic acids
Aves Alperin
nucleolus
Locke
Amphibia Reeder
Angiosp Hanzely
Mammalia LaVelle
Mollusca Kidder
pore complex
Kessel
Amphibia Ward
pronuclei
Amphibia Elinson
proteins
Kleinsmith
quantitative cytology
Insecta Rasch
rel. macro-micronucleus
CiUata Pang
Tchang
restrictions
Amphibia Dixon
transfer
Amphibia DiBerardino
Dixon
Mariano
Volpe
ultrastructure
Ciliata Tchang
Pang
NUTRITION (embryonic,
larval, etc)
Amphibia Etheridge
Aves Goldie
Sukra
Insecta Gupta
Pant
Stay
169
Mammalia Fraser
Nakamoto
Pucciarelli
Teleostei Wye
OESOPHAGUS
OESTROUS CYCLE
see Reproduction
OLFACTORY ORGAN
Homo Cauna
Hernandez
Mammalia Cauna
OOCYTE
see Egg(s)
see also Gamete(s)
OOGENESIS
see also Gametes; Vitellogenesis
Amphibia Humphries
Ray
Schuetz
Asteroidea Schuetz
Insecta Mochida
Mammalia Andersen
Schuetz
autoradiography
Amphibia Cole
biophysics
Echinoderm Yoneda
cell surface
Amphibia Grey
chromosome condensation
Mammalia Hotta
comparative study
Amphibia del Pino
culture in vitro
Amphibia Schuetz
cytochemistry
Amphibia Cole
Insecta Kurihara
Mammalia Anderson
descriptive study
Amphibia Valdez
differentiation
Echiura Gould
effect of hormones
Insecta Pener
effect of irradiation
Crustacea Iwasaki
endocrinology
Amphibia Schuetz
Insecta Postlethwait
female-sterile in mutants
Insecta Mohler
folUcle cell
Ascidiacea Numakunai
Asteroidea Nagahama
Insecta Nair
Vertebrata Schroeder
gene activation
Amphibia Davidson
Hough
Echinoidea Davidson
Hough
Gastropoda Davidson
Hough
gene expression
Amphibia Dworkin
general study
Elasmobr Wourms
genetics
Insecta King
Postlethwait
Mammalia Bachvarova
macromolecule transfer
Amphibia Nace
meiosis
Echinoderm Yoneda
meiosis inducting factor
Amphibia Wakahara
meiotic cell culture
Mammalia Hotta
meiotic regulation
Mammalia Hotta
molecular biology
Amphibia McKnight
Smith
Asteroidea Smith
Echinoidea Ruderman
Insecta Berry
Jacobs
Schwalm
morphogenetic agents
Insecta Schwalm
morphology
Insecta Cassidy
mutants
Insecta Fausto
nucleo-cytoplasmic interact.
Amphibia Cole
physiology
Insecta Mochida
relation to follicle cells
Mammalia Anderson
symbionts
Insecta Brooks
ultrastructurc
Amphibia Cole
Echiura Sawada
Gastropoda Sawada
Insecta Mahowald
Miya
Mammalia Anderson
Sipuncul Sawada
vitellogenin incorporation
Amphibia Schuetz
OOPLASMIC SEGREGATION
see Egg(s)
ORGANIZATION
see Pattern formation
ORGANIZER
see Induction
ORGANOGENESIS
see also specific organs
Amphibia
Aves
Homo
Insecta
Kischer
Decker
Tweedell
Decker
Miller
Unsworth
Nakamura
Yasuda
Berry
Bryant
Mammalia Decker
Kessel
MiUer
Oda
Sadler
Yasuda
Teleostei Onozato
OSMOREGULATION
OSSIFICATION
see Skeleton
OSTEOGENESIS
see Skeleton
OVARY
see also Gonad(s)
afollicular
Mammalia Andersen
asymmetry
Mammalia Wimsatt
biochemistry
Echinoidea Albertini
Homo Guraya
Insecta Fuchs
Mammalia Albertini
Guraya
cell membrane
Mammalia Albertini
comparative study
Homo Guraya
Mammalia Duke
Guraya
culture in vitro
Echinoidea Albertini
Mammalia Albertini
embryos from grafts
Mammalia Fisher
endocrinology
Amphibia Cabada
Sanchez
Insecta Fuchs
Kumaran
Mammalia Andersen
Merchant
experimental study
Homo Bolender
Vertebrata Bolender
female-sterile mutants
Insecta Bender
follicle
Homo Bolender
Mammalia Bolender
Lintern
Moore
follicular atresia
Amphibia Schuetz
Mammalia Schuetz
gene activity
Mammalia Lintern
granulosa & lutein cells
Mammalia Albertini
histochemistry
Insecta Cruz
histology
Mammalia Duke
interaction germen-soma
Mammalia Merchant
irradiation
Mammalia Andersen
170
molecular biology
Amphibia Cabada
morphology
Asteroidea
mutant
Mammalia
physiology
Asteroidea
Mammaha
polymorphism
Insecta
structure
Mammalia
transplantation
Mammalia
ultrastructure
Insecta
Mammalia
vascularization
Mammalia
OVIDUCT
Sanchez
Nagahama
Moore
Nagahama
Guraya
Beig
Guraya
Fisher
Cruz
Merchant
Duke
PARASITISM
muscle
Aves
AUen
Crustacea
Izawa
Ooishi
nervous system
Drachman
Matsuyama
PARATHYROID GLAND
pancreas
Aves
Hunt
PARTHENOGENESIS (&
Paedogenesis)
placenta
Homo
Ornoy
Stratford
Aves
Echinoidea
Mammalia
Mun
Ishikawa
Sugiyama
Gulyas
Hoppe
Nesbitt
Stevens
prematurity
Mammalia
skin
Mammaha
teeth
Mammalia
Newman
Hardy
Herold
Herold
Mollusca
Stiles
virus
Aves
Tahara
PATHOLOGY (developmental)
see also Anomalies; Bacteria;
Malformations;
Teratogenesis; Toxins;
Virus(es)
PATTERN FORMATION
see also Induction
Elasmobr
Wourms
abortions
Mammalia
Hamner
Homo
Dor
OVIPOSITION
Oliphant
Ikeuchi
Kajn
Nebel
see Egg(s)
Sasaki
see also Reproduction (sexual)
Mammalia
Baetz
behaviour
OVULATION
Mammalia
Naruse
see Egg(s)
bilirubin encephalopathy
Mammalia
Kashiwamata
OVULE
brain
see Embryology (plant)
Mammalia
Sato
cytogenetics
OXYGEN
Homo
Kajii
see Chemical elements;
Vertebrata
Mac in tyre
Environmen
tal factors
diabetes
Homo
Reynolds
PALATE
Mammalia
Ornoy
see Mouth
Reynolds
effect of methylmercury
PANCREAS
Homo
Reynolds
Mammalia
Reynolds
Aves
Andrew
embryonic radiation lethality
Kramer
Insecta
Amy
Van der Meulen
' enzymes
aging
Mammalia
Persaud
Mammalia
Hay
excess nutrients
culture in vitro
Aves
Goldie
Mammaha
Hay
eye
differentiation
Mammaha
Pierro
Mammalia
Hay
gestosis
endocrine
Homo
Eichenbrenner
Aves
Benzo
Nebel
Coalson
Serr
Hunt
Toder
Homo
Mammalia
insular tissue
Homo
Mammalia
postnatal
Mammalia
regeneration
Vertebrata
Thommes
Pourany
Coalson
Reynolds
Reynolds
Krause
Leeson
Shall
heart
Mammalia
hemorrhage
Mammalia
histology
Aves
immunology
Homo
Doyle
Singh
Tahara
PARABIOSIS
Amphibia Volpe
Dor
Nebel
infection transmission
Mammalia Hubbert
karyotype
Homo Makino
metabolic disorders
Homo Ornoy
Angiosp
MiUington
Roberts
Mukai
Ascidiacea
axial structures
Amphibia Lipton
Aves Lipton
biochemistry
Cyanophyc Wolk
Insecta Roller
bristles
Insecta Claxton
cellular & biochem. aspect
Insecta Bhaskaran
cortical pattern
Ciliata Frankel
dorsal skin
Amphibia Bagnara
experimental study
Insecta
genetics
Acrasiales
Insecta
histoblast
Insecta
imaginal disc
Insecta
Roller
Cox
Claxton
Bhaskaran
Bryant
Kumar
limb
Aves
Mammalia
limb skeleton
Aves
nervous system
Amphibia
Teleostei
positional information
Ascidiacea Whittaker
regeneration
Amphibia
retina
Insecta
theoretical study
Fowler
Angiosp Sachs
whorls of stalk
Acrasiales Cox
Saunders
Saunders
Newman
Kimmel
Kimmel
Bryant
Hanson
wmg
Insecta
Bahnski
Nijhout
PELVIC GIRDLE
see Skeleton
171
PEPTIDES
PIGMENT(ATION)
immunology
see Proteins
see also Chromatophore(s);
Homo
Eichenbrenner
Melanophore(s);
Nebel
PERITONEUM
Neural crest
Serr
see Body cavities
Toder
Amphibia
Bagnara
Mammalia
Breyere
PERIVITELLINE FLUID
Brick
Nebel
see Egg(s)
Kishida
Orsini
Angiosp
Iyer
metabolism
PERMEABILITY
Aves
Ide
Seiger
Mammalia
mitosis
Chepenik
Insecta Okada
Crustacea
Ranga
Mammalia
Izaike
Echinoidea
Benson
Suga
PESTICIDES
Insecta
Hunt
molecular biolo
gy
Nijhout
Mammalia
Izaike
Jaffee
Lamellibr
Lindsay
Suga
Amphibia Prahlad
Mammalia
LaVail
morphology
Aves Grabowski
Mayer
Homo
Stratford
Mufti
Ophidia
Mattingly
pathology
Prahlad
Teleostei
Hasegawa
Homo
Benirschke
Insecta Wright
Tomita
Stratford '
Mammalia Grabowski
physiology
Teleostei Crawford
PINEAL ORGAN (& paia-
Mammaha
Renfree
pineal organ)
syncytium
PHARMACOLOGY
Homo
Kaspi
see Drug(s)
Mezei
tissue relations
Amphibia
Aoto
Mammalia
Alexander
PHARYNX
Aves
Spiroff
transfer
see also Branchial region;
Venzke
Homo
Miller
Mouth
Wainwright
Whittaker
Mammalia
Chepenik
Fantel
Turbellaria Asai
Miller
Kido
PITUITARY
Skalko
see Hypophysis
transpl. carcinogenesis
PHENOCOPIES
Mammalia
Rice
PLACENTA(TION)
Yasuda
PHOSPHORUS
see also Blastocyst; Embryo-
trophoblast
see Chemical elements
maternal relationships;
Mammalia
Bauminger
Pregnancy
Fein
PHOTOMORPHOGENESIS
Sherman
Chiroptera
Mann
ultrastructure
Angiosp Furuya
Insectivora
Mann
Mammalia
Carpenter
Filices Furuya
Mammalia
Butler
vascularization
Fantel
Homo
Kamakshi
PHYLLOTAXIS
abortions
yolk sac
see also Leaf
Homo
Ornoy
Mammalia
Hoar
PHYLOGENESIS
aging
Mammalia
Izatke
PLACODE(S)
Suga
see also Sense organs
Gerbi
biochemistry
Amphibia Bagnara
Mammalia
Izaike
PLEURA
Scadding
Suga
see Body cavities
Wassersug
comparative study
Chlorophyc Iwasa
Homo
Carmona
POLAR BODIES
Tunicata Whittaker
Mammalia
Carmona
see Egg(s)
Vertebrata Frank
Wimsatt
Smit
culture in vitro
POLARITY
Sutasurya
Homo
Mammalia
MiUer
Bauminger
see Gradient(s);
Symmetry
PHYSICAL FACTORS
Fein
POLE CELLS
see specific physical agents;
Miller
see Germ cells (primordial)
Environmental factors
decidualization
Mammalia
Orsini
POLLUTANTS
PHYSIOLOGY (developmental)
endocrinology
see Embryology (experi-
Homo
Renwick
Aves
Grabowski
mental); Embryology
Mammalia
Bauminger
Crustacea
Ranga
(physiological)
Fein
Echinoidea
Kobayashi
see also Development
enzymes
Gastropoda
Kobayashi
Homo
Robinson
Mammalia
Gates
giant cells
Grabowski
Mammalia
Orsini
Lu
histochemistry
Robkin
Homo
Hernandez
Teleostei
Weis
172
POLYAMINES
see Amine(s)
POLYEMBRYONY
POLYMORPHISM
Insecta
Beig
Campos
POLYPEPTIDES
see Proteins
Dr»T VDT nir»v
rvJL I r HJIU I
Amphibia
Mammalia
Teleostei
Pollack
Stark
Rasch
Stanley
POLYSACCHARIDES
sec Carbohydrate(s)
POSTEMBRYONIC
DEVELOPMENT
see Development (post-
embryonic, fetal)
POTENCY
see Embryology (experimental)
see also Determination;
Pattern formation;
Regulation
PREGNANCY
see also Embryo-maternal
relationships; Placenta(tion)
Homo Robinson
Mammalia Nancarrow
Newman
Orsini
PRESERVATION
sec Culture & preservation
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 (experi-
mental)
PROSTAGLANDINS
Amphibia Tchen
Aves Kischer
Mammalia Kischer
PROTEIN(S) (incl. peptides &
polypeptides)
amelogenin
Vertebrata Herold
brain
Aves LaVail
Mammalia LaVelle
carriers for juvenile hormone
Insecta Ferkovich
cell surface
Mammalia Webb
cell wall
Angiosp Chrispeels
chromatin
Amphibia Wahn
Aves Newman
Insecta Gay
Mammalia Kinoshita
chromosomal
Angiosp Matsumoto
Ciliata Wolfe
Insecta Imberski
Mammalia Asami
Myxomy- Kuehn
cetes
contractile
Amphibia Izzard
Aves Izzard
Love
Homo Zimmerman
Mammalia Izzard
Zimmerman
crystallin
Aves Reszelbach
Shinohara
cyst
Acrasiales O'Day
cytoplasm
Insecta Forrest
cytoskeleton
Echinoidea Kane
development
Amphibia DiBerardino
differentiation sequence
Aves West
early embryo
Echinoidea Hirama
Wilt
Gastropoda Colher
Mammalia Pollard
Teleostei Sorensen
effect of diet on parotid
Mammalia Redman
effect on development
Aves Klein
Mammalia Klein
egg
Insecta Jacobs
egg envelope
Ascidiacea Jeffery
Insecta Koga
embryo
Amphibia Hampel
Echinoidea Cousineau
Humphreys
Infante
Insecta Arking
Mammalia Keem
embryogenesis
Chlorophyc Blamire
embryonic & yolk
Teleostei Yamagami
enamel
Mammalia Graver
endocrinology
Amphibia Cabada
Sanchez
Insecta Shaaya
eye
Aves Hay
eye lens
Amphibia McDevitt
Aves McDevitt
Piatigorsky
ferritin
Mammalia Massover
fetal
Mammaha Nancarrow
fetoprotein
Homo Hancock
Hay
Zimmerman
Mammalia Hancock
Hay
Tamaoki
fibroin
Insecta Gage
Manning
Samols
glycoprotein
Mammalia Weinstock
heart
Aves Schmidt
hormone action
Insecta Weirich
hormone transport
Insecta Weirich
larva
Insecta Vafopoulou
liver
Aves Murison
Mammalia Murison
mating type
Ciliata Butzel
matrix
Aves Przybylski
meiosis
Mammalia Hotta
melanosome
Aves Zimmerman
membrane
Acrasiales Kawai
metamorphosis
Crustacea Laufer
Insecta Laufer
Srivastava
microheterogeneity
Homo Zimmerman
morphogenetic
Mammalia Hirano
Lindholm
Urist
moulting
Insecta Gupta
muscle
Aves Heywood
Insecta Lockshin
nervous system
Mammalia Lasek
neural crest
Aves West
nuclear
Kleinsmith
Amphibia Risley
nucleo-cytoplasmic interact.
Amphibia DiBerardino
173
nucleoprotein
Myxomyc Rusch
onset of synthesis
Aves Zimmerman
oocyte
Amphibia Hollinger
oocyte membrane
Aves Roth
Insecta Roth
Mammalia Roth
palate
Mammaha Pratt
phosvitin
Aves Kobayashi
Nonami
Roth
regeneration
Ohgochaeta Moment
rel. to growth & differ, in vitro
Aves Klein
Mammalia Klein
relation to puffing
Insecta Amabis
reproduction
CiUata Ron
ribosomal
Amphibia Caston
Insecta Kiefer
role in genetic regulation
Kleinsmith
root
Angiosp Mallery
salivary gland
Insecta Ellgaard
serum
Aves Klein
Mammalia Klein
silk gland
Insecta Pant
Singh
Unni
spermatogenesis
Mammalia Goldberg
spore
Fungi Lovett
storage
Angiosp Quatrano
synthesis
Ilan
Amphibia Crawford
Steinhardt
Echinoidea Steinhardt
Takahashi
Insecta Berry
Teleostei Crawford
synthesis & degradation
Amphibia Hollinger
synthesis control
Insecta Koga
synthesis in kidney & liver
Homo Nagata
Mammalia Nagata
teratogenesis
Homo Zimmerman
Mammalia Zimmerman
tubulin
Amphibia Sato
uterus
Mammalia Maurer
vitellogenin
Amphibia Schuetz
Insecta Wyatt
yolk
Amphibia Ward
yolk sac membrane
Aves Roth
Mammalia Roth
RADIATION
see Irradiation
RADIOMIMETIC AGENTS
REAGGREGATION
see Cell(s)
REARING METHODS
Ampliibia
Kumar
Nace
Cephalop
Arnold
Chiroptera
Rasweiler
Decapoda
Shokita
Insecta
Hunt
Polychaeta
D'Asaro
Teleostei
Dotsu
Hyodo
Wye
Yamada
REGENERATION (physio-
logical)
Lacertilia Maderson
Mammalia Bertalanffy
Yamaguchi
REGENERATION (traumatic)
see also Interstitial cells;
Wound healing
Amphibia Singer
Anura Richards
Ascidiacea Nakauchi
Blattodea O'Farrell
Whitelaw
Heteroptera Tandan
Nemertina Iwata
Orthoptera Tandan
Turbellaria Sugino
after transplantation
Crustacea Mittenthal
amount of tissue required
Amphibia Dearlove
basement membrane
Turbellaria Hori
biochemistry
Amphibia Schmidt
Cihata WiUiams
Mammalia Grimes
Ohgochaeta Moment
bioelectricity
Amphibia Jaffe
Vanablc
biophysics
Homo Cole
Mammalia Cole
blastema culture
Amphibia Hamada
bone
Mammalia Hirano
Lindholm
Urist
bone & cartilage
Mammalia Bercsford
bone callus
Mammalia Deck
brain
Amphibia Glastonbury
Mammalia Rees
capability
Ohgochaeta Moment
capacity
Amphibia Scadding
cell differentiation
Asteroidea Walker
cell location
Amphibia Hay
Turbellaria Hay
cell potency
Lacertiha Cox
cell source & movement
Hydrozoa Tweedell
cell surface changes
Amphibia Eisenberg
chalones
Amphibia Thornley
Mammaha Thornley
chromosomal protein
Mammalia Asami
cilia
CiUata Williams
collagen
Amphibia Dearlove
collateral nerve
Mammalia Tweedle
comparative study
Amphibia Scadding
control mechanism
Anura Williams
Crustacea Mittenthal
Polychaeta Fitzharris
corr. with lens induction
Anura Reyer
culture in vitro
Hydrozoa Ohsaki
Ohgochaeta Moment
Urodela Connelly
dental lamina
Urodela Graver
digit
Amphibia Carlson
digital pad
Amphibia Carlson
ear
Mammalia Grimes
effect of antibiotics
Amphibia Wolsky
effect of antimetabohtes
Amphibia Wolsky
effect of chemicals
Angiosp Landgren
Echinoderm Hein
Turbellaria Hein
effect of concanavalin
Amphibia Dearlove
effect of environm. factors
Decapoda Weis
effect of hormones
Amphibia Liversagc
Niazi
Schmidt
Reptilia Hiradhar
Teleostei Liversagc
effect of immunodepressor
Amphibia Aziz
effect of nervous system
Amphibia Dearlove
Kishida
Liversagc
174
Anura Heim
Homo Cole
Mammalia Cole
Deck
Teleostei Liversage
Urodela Bromley
Foret
Tweedle
effect of nucleic acids
Amphibia Wolsky
effect of transplantation
Reptilia Hiradhai
effect of ultrasound
Amphibia Wolsky
Insecta Wolsky
effect of vitamin
Amphibia Niazi
effect on nervous system
Crustacea Mittenthal
effect on tumour
Anura Mizell
endocrinology
Amphibia Kollros
Mammalia McGarry
Reptilia Jayshree
Urodela Bromley
Connelly
enzymes
Amphibia Dearlove
Niazi
Urodela Dresden
epidermal chalones
Mammalia Yamaguchi
epidermis
Mammalia Kobayashi
epidermis cells
Reptilia Maderson
epimorphic
Lacertilia Mufti
eye
Anura Tay
Teleostei Hasegawa
Turbellaria Kishida
eye lens
Amphibia Eisenberg
Anura Reyer
Williams
Urodela Connelly
fin
Anura Weis
Cyprinodont Weis
Teleostei Kemp
from protoplast
Angiosp Landgren
growth & morphogenesis
Urodela Connelly
growth regulation
Blattodea Shaaya
hematopoiesis
Mammalia McGarry
I-cells
Hydrozoa Kido
imaginal disc
Diptera Adler
Insecta Bryant
interact, stump-regenerate
Reptilia Hiradhar
intestine
Urodela Grubb
iris
Anura Williams
iris cell potencies
Amphibia Eisenberg
irradiation
Mammalia Kobayashi
jaw
Mammalia Toto
Urodela Grubb
limb
Amphibia Carlson
Dearlove
El Tawil
Hamada
Khalil
Kollros
Michael
Scadding
Anura Agarwal
Heim
Niazi
Van Stone
Weis
Crustacea Chandra
Mittenthal
Ranga
Cyprinodont Weis
Lacertilia Mufti
Mammaha Deck
Goss
Marsupialia Mizell
Urodela Bromley
Bryant
Dresden
Foret
Singer
Tweedle
Vertebrata Cameron
limb in orbit
Amphibia Khalil
Michael
Mo sad
liver
Mammalia Asami
Terayama
Vertebrata Asnani
Bonny
Shah
lung
Urodela Graver
lymph gland
Vertebrata Asnani
Bonny
Shah
mammary gland
Mammalia Hoshino
mandible
Urodela Graver
minced muscle
Amphibia Carlson
Mammalia Carlson
mosaic limb
Crustacea Mittenthal
muscle
Amphibia Cameron
Carlson
Homo Cole
LacertiUa Mufti
Mammalia Carlson
Cole
Faulkner
Urodela Deck
myogenic cell lines
Lacertilia Cox
neoblasts
Turbellaria Kido
nerve
Mammalia Cragg
nerve endings
Homo Cauna
Mammaha Cauna
nervous system
Amphibia Dinsmore
Mark
Meyer
Anura Straznicky
Tay
Aves Erhart
Ferreira
Hirudinea Scott
Mammalia Devor
Erhart
Polychaeta Fitzharris
Teleostei Guldner
Mark
Meyer
Scott
Urodela Guldner
neural retina
Anura Reyer
neurosecretion
Crustacea Chandra
neurotrophic control
Urodela Singer
pancreas
Vertebrata Shah
pattern formation
Urodela Bryant
pharynx
Turbellaria Asai
pigmentation
Crustacea Ranga
polarity
Polychaeta Fitzharris
proliferation
Asteroidea Walker
regulation
Urodela Bryant
reinnervation
Mammalia Westerman
response
Anura Weis
Cyprinodont Weis
response of other organs
Reptilia Kinariwala
retina & visual pathways
Mammaha Krayanek
Teleostei Krayanek
Vertebrata Goldberg
role of glycoproteins
Amphibia Hamada
role of muscle
Amphibia Dinsmore
salivary gland
Mammalia Hoshino
skeleton
Homo Cole
Mammalia Cole
spleen
Vertebrata Asnani
Bonny
Shah
stability of plicnotype
Turbellaria Coward
stem cells
Turbellaria Coward
supernumerary Umbs
Amphibia Carlson
synapse
Hirudinea Muller
tail
Amphibia Dinsmore
175
Lacertilia
Cox
immunology
effect of hormo
nes
Hiradhar
Mammalia
Tsunoda
Mammalia
Spaziani
Jayshree
in mutants
genital tubercle
Kinariwala
Insecta
Doane
Mammalia
Beresford
Maderson
incubation in
pouch
inguinal duct
Radhakrishnan
Anura
del Pino
Homo
Duran
Ramachandran
mating
irradiation
Shah
Insecta
Adams
Aves
Muramatsu
tentacles
molecular biology
Mammalia
Muramatsu
Hydrozoa
Heath
CUiata
Ron
male
transplantation
oo thecal secretion
Mammalia
Leeson
Lacertilia
Thomas
Blattodea
Stay
ultrastructure
t.s. cell-lethal mutant
ovulation
Gastropoda
Goudsmit
Insecta
Arking
Mammalia
Hendrickx
Mammalia
Flickinger
ultrastructure
pathology
Amphibia
Schmidt
Homo
Eichenbrenner
RESPIRATION
Anura
Reyer
Nebel
see also Metabolism
Turbellaria
Coward
Serr
visual pathway
physiology
Echinoidea
Nakazawa
Amphibia
Sharma
Edentata
Benirschke
Rhizopoda
Band
Teleostei
Sharma
role of male access, organs
REGULATION (embryonic)
Insecta Bhaskaran
REPRODUCTION (asexual)
see Asexual reproduction
REPRODUCTION (sexual)
see also Artificial insem-
ination; Egg(s); FertiHty
(& sterility); Reproductive
system; Spermatozoa, etc.
Anomura Haley
Anura Bagnara
Chiroptera Uchida
Gymnosp Greenwood
Prosobranch Parivar
Salmonoidei Donaldson
autogeny
Brust
Niazi
Lewis
Insecta
cycle
Anura
Cirripedia
effect of chemicals
Insecta Grosch
effect of gonads
Aves Kamar
effect of irradiation
Insecta Grosch
effect of medicinal plants
Mammalia Kong
egg production cycle
Insecta Adams
endocrinology
Amphibia
Aves
Blattodea
Insecta
Mammalia
Teleostei
Jacobson
Jacobson
Kamar
Stay
Adams
Pener
Staal
Hendrickx
Mitra
Dotsu
environmental factors
Aves
Fungi
Insecta
gamete release
Hydrozoa
Kamar
Leach
Grosch
Waterman
Amphibia Shaver
role of oviduct secretions
Mammalia Hamner
semen
Mammalia
semen freezing
Mammalia
spawning
Ascidiacea
Soupart
Thompson
Asteroidea
Gastropoda
Teleostei
Numakunai
Watanabe
Kanatani
Schroeder
Shiiai
D'Asaro
Dotsu
Takita
sperm & semen characterization
Mammalia Hamner
sperm antigens
Homo Toder
Mammalia Todcr
time rel. between processes
Mammalia Hendrickx
toxicology
Vertebrata Biige
viviparity & nutr. of embryo
Blattodea Stay
REPRODUCTIVE SYSTEM
see also specific parts; Genital
tract; Urogenital system
Insecta
accessory gland
Insecta
Mammalia
Voorhces
Awiti
Leopold
Cunha
Flickinger
Spaziani
albmen gland
Gastropoda Goudsmit
biochemistry
Gastropoda Goudsmit
comparative study
Amphibia Iwasawa
Mammalia Mossman
culture in vitro
Gastropoda Goudsmit
development
Araneida Sadana
effect of chemicals
Aves Muramatsu
Mammalia Muramatsu
RESPIRATORY TRACT
Aves Noumura
Homo Semba
Mammalia Newman
Smalls
RETICULO-ENDOTHELIAL
SYSTEM
see Macrophage system
RHESUS FACTORS
see Immunology
RIBONUCLEIC ACID
see also Nucleic acids
anti-embryo
Mammalia
Maharajan
cloning
Mammalia
Keem
Monahan
Norgard
control of mem
brane properties
Aves
Sperelakis
MammaUa
Sperelakis
differentiation
Aves
Noto
Mammalia
Noto
early development
Gastropoda
Collier
early embryo
Gastropoda
Kidder
Mammalia
Kidder
effect of pollutant
Mammaha
Gates
effect on activated ectoderm
Amphibia
Sasaki
effect on membrane antigens
Mammalia
Maharajan
Insecta
egg & embryo
Amphibia
Invertebr
egg envelope
Ascidiacea
embryo
Echinoidea
eye lens
Aves
Jacobs
Jeff cry
Jeffery
Jeffery
Cousineau
Humphreys
Wilt
Piatigorsky
176
fibroin messenger
Insecta Ohshima
hemoglobin synthesis
Insecta Gundling
kidney
Amphibia Shiokawa
localization
Amphibia Jeffery
Invertebr Jeffery
mapping
Gerbi
maternal & embryonic
Asteroidea Smith
messenger
Amphibia Jeffery
Shiokawa
Asteroidea Smith
Aves Shinohara
Sperelakis
Bacteria Keynan
Chlorophyc Howell
Echinoidea Kidder
Insecta Donady
Gundling
Invertebr Jeffery
Lamellibr Ruderman
Mammalia Keem
Kidder
Monahan
Norgard
Sperelakis
Myxomy- Jeffery
cetes
messenger for fibroin
Insecta Gage
Manning
Samols
messenger, processing
Mammalia Hirama
moulting
Insecta Gupta
muscle
Aves Heywood
Insecta Donady
oocyte
Amphibia Higashinaka-
gawa
Saiga
oogenesis
Amphibia Smith
Echinoidea Ruderman
Insecta Berry
poly(A)
Echinoidea Fromson
poly(A)-containing
Echinoidea Takahashi
precursors
Insecta Ohshima
relation to energy metabolism
Amphibia Crawford
Teleostei Crawford
reproduction
Ciliata Ron
ribosomal
Gerbi
Amphibia Shiokawa
Yamana
Ciliata Wolfe
Insecta Kiefer
salivary gland
Insecta Ellgaard
spore
Fungi Lovett
sporulation specific
Bacteria Keynan
submandibular epithelium
Mammaha Bernfield
synthesis
Echinoidea Fromson
Insecta Forrest
synthesis & genes
Amphibia Reeves
template stabilization
Pitot
transfer
Insecta Gage
Garber
Mammalia Rennert
translation
Ilan
Amphibia Atkinson
Fabian
Echinoidea Fromson
Nemer
Mammalia Atkinson
Schultz
translation regulation
Echinoidea Chamberlain
Lamellibr Chamberlain
uterus
Mammalia Luck
zygote development
Fungi Mascarenhas
RIBOSOMES
see Subcellular components
ROOT
see also Meristem
Angiosp Arzee
Mallery
Matsumoto
Peterson
Lycopodio Peterson
SACCUS VASCULOSUS
SALIVARY GLAND
Insecta Ellgaard
Epstein
Hakim
Mammalia Bernfield
Cutler
Epstein
Hoshino
Katsura
Pritchard
Redman
Toto
SCALE(S)
see also Skin
Aves Goetinck
Teleostei Krejsa
SEED (& Germination)
Angiosp Asahi
Bal
Dave
SELF-RECOGNITION
Ascidiacea Fuke
Tanaka
Watanabe
SEMEN
see Reproduction (sexual)
SENESCENCE
see Age
SENSE ORGANS
see also specific organs;
Placodes
Aves Oppenheim
Homo Ganchrow
Kleiss
Invertebr Eakin
Mammalia Ide
Smalls
Yamasaki
Ophidia Mattingly
SERUM
see Blood
SEX CHROMATIN
see Nucleus
SEX DETERMINATION
see also Sexual development
Amphibia Richards
Angiosp Hicks
Entoprocta Mukai
Insecta Cline
Postlethwait
SEX DIFFERENTIATION
see also Sexual development
Amphibia
Aves
Ciliata
Filices
Fungi
Insecta
Mammalia
Reptilia
Teleostei
Hsu
Iwasawa
Kawamura
Liang
Merchant
Niazi
Nishioka
Fisher
Wolfe
Furuya
Takeno
Furuya
Inoue
Marsh
Fisher
Dimond
Hishida
Merchant
Takahashi
SEX HORMONES
see Hormones
SEX RATIO
see also Sexual development
Homo
Ikeuchi
Sasaki
SEX REVERSAL
see also Sexual development
Amphibia Liang
Merchant
Gastropoda Taylor
Teleostei Hishida
Merchant
177
SEXUAL DEVELOPMENT
see also specific sex organs;
Reproductive system;
Sex determination; Sex
differentiation; Sex
ratio; Sex reversal
Aves
Fisher
Noumura
Chlorophyc
Iwasa
Saito
Crustacea
Hinsch
Homo
Asayama
Insecta
Bender
Unni
Wright
Mammalia
Whitten
Teleostei
Takahashi
SHELL (body covering)
see also Carapace
Diatomeae Gordon
Lamellibr Lindsay
SHELL (egg)
see Egg coverings
SHELL GLAND
see Integument; Oviduct
SHOOT
see also Meristem
Angiosp
Arzee
Dave
Millington
Prasad
Steeves
SHOULDER GIRDLE
see Skeleton
SILK GLAND
Insecta
Gage
Garber
Hakim
Manning
Morrow
Ohshima
Pant
Samols
Singh
Suzuki
Tsujimoto
Unni
SKELETON
sec also specific parts;
Bone(s); Cartilage
Amphibia
Aves
Kemp
Caplan
Goff
Hall
Overman
Sudarwati
Surjono
Sutasurya
Syarief
Homo
Insecta
Mammalia
Echinoidea Benson
Herold
Morrill
Okazaki
Uemura
Carmona
Cole
Gray
Jit
Meyer
Tanaka
Counce
Beresford
Cole
Evans
Hirano
Lindholm
Oohira
Overman
Sucheston
Urist
SKIN
see also Carapace;
Epidermis; Integument;
Pigment(ation);
Wound healing
Amphibia
Aves
Homo
Mammalia
Ophidia
Teleostei
Vertebrata
Dent
Kollros
Gopinath
Kischer
Kollar
Sawyer
Carmona
Cauna
Hardy
Kischer
Carmona
Cauna
Devor
Hardy
Ide
Kischer
Kollar
Reams
Van Exan
Mattingly
Krejsa
Krejsa
SKULL (& visceral skeleton)
see also Chondrocranium; Jaw
Amphibia
Aves
Chondrostei
Elasmobr
Holostei
Homo
Mammalia
Squamata
Teleostei
Vertebrata
Gaudin
Burdi
Lamprecht
Rossouw
Tyler
Jollie
Jollie
Jollie
Enlow
Gasser
Gasser
Hendrickx
Kollar
Pucciarelli
Toto
Tyler
Gaudin
Jollie
Frank
Jollie
Smit
SOMATIC MUTATIONS
see Genetics
SOMATIC RECOMBINATION
see Cell heredity
SOMITE(S)
Amphibia
Aves
Mammalia
Hirakow
Jacobson
Hirakow
Jacobson
Packard
Shoger
Sullivan
Gasser
SPERMATOGENESIS
see also Gametes
Insecta Kiefer
Mammalia Schuetz
abnormal
Mammalia Wolfe
biochemistry
Echinoidea Byrd
Mammalia Millette
Mollusca Byrd
capacitation
Asteroidea Shirai
cell differentiation
Asteroidea Walker
chromatin
Mammalia Betzalel
Moav
chromosomes
Amphibia Risley
chromosome condensation
MammaUa Hotta
comparative study
Insecta Cruz
culture in vitro
Mammalia Schuetz
cytometrics
Mammalia Bloch
dichotomous
Insecta Friedlander
effect of mutants
Mammalia Dooher
effect of temperature
Mammalia Chrisman
endocrinology
Mammalia Schuetz
fate of polar granules
Insecta
general study
Insecta
genetics
Mammalia
genetic control
Insecta
histology
Ophidia
histones
Amphibia
Echinoidea
immunology
Mammalia
initiation
Homo
Mammalia
irradiation
Teleostei
Schwalm
Friedlander
Wolfe
Tokuyasu
Mattingly
Byrd
Byrd
Bennett
O'Rand
Bressler
Bressler
Hyodo
178
meiosis
Insecta Cruz
Mammalia Stern
meiosis control
Mammalia Schuetz
meiotic cell culture
Mammalia Hotta
meiotic chromosomes
Mammalia Lakshmanan
meiotic regulation
Mammalia Hotta
membrane
Mammalia Millette
molecular biology
Amphibia Risley
Mammalia Goldberg
morphology
Echinoidea Byrd
Mollusca Byrd
proliferation
Asteroidea Walker
spermatogonia
Mammalia Clermont
ultrastructure
Amphibia Garrido
Pugin
Aves Koehler
Crustacea Koehler
Echiura Sawada
Gastropoda Sawada
Takaichi
Insecta Cruz
Ophidia Mattingly
Sipuncul Sawada
Teleostei Koehler
Y chromosome
Insecta Sanders
SPERMATOZOA
see also Gametes
acrosomal enzymes
Mammalia Akruk
acrosome
Mammalia
ageing
Mammalia
behaviour
Hydrozoa
biochemistry
Mammalia
capacitation
Mammalia
centriole
Echinoidea
chemotaxis
Hydrozoa
effect of oviduct
Mammalia
epididymis
Mammalia
histones
Vertebrata
immunology
Amphibia
Homo
Mammaha
Oliphant
Hoppe
Miller
Guraya
Byrd
Oliphant
irradiation
Mollusca
Ohta
Miller
secretions
Hamner
del Rio
Orce
Kasinsky
Shaver
Toder
Friedman
O'Rand
Toder
Stiles
maturation
Mammalia del Rio
Hoppe
Orce
Quiros
membrane glycoproteins
Mammalia O'Rand
metabolism
Mammalia Hoppe
motility
Echinoderm Hiramoto
Echinoidea Rikmenspoel
Mammalia Rikmenspoel
phosphagens
Echinoderm Yanagisawa
physiology
Mammalia Guraya
steroids & capacitation
Mammalia Hamner
storage
Elasmobr Wourms
structure
Mammalia Guraya
ultrastructure
Crustacea Koehler
Mammalia Akruk
SPERMIOGENESIS
see Spermatogenesis
SPINAL CORD
Amphibia Dinsmore
Kollros
Aves Fisher
Oppenheim
Sharma
Sullivan
Mammalia Fisher
Tweedle
Vaughn
Yoshida
SPLEEN
Aves
Betz
Mun
Mammalia
Greengard
Vertebrata
Asnani
Bonny
Shah
SPORE (& sporulation)
Angiosp
Bhandari
Natesh
Bacteria
Ginzburg
Keynan
Sandler
Charophyc
Imahori
Chlorophyc
Millington
Filices
DeMaggio
Furuya
Fungi
Cantino
Leach
Lovett
Musci
DeMaggio
STATIC ORGAN
STERILITY
see Fertility (& sterility)
STEROIDS
see also Cortisone; Hormone(s)
androgen
Aves Noumura
Woods
biochemistry
Insecta Svoboda
blastocyst
Mammalia Singh
cholesterol
Mammalia Pagano
corpus luteum
Mammalia Gulyas
corticoid
Homo Zimmerman
Mammalia Hendrickx
Salomon
Zimmerman
diethylstilbestrol
Mammalia Miller
ecdysone
Crustacea Spaziani
Insecta Amabis
Butterworth
Ishizaki
Kumar an
Ohnishi
Svoboda
effect on cartilage & bone
Mammalia Ornoy
effect on chromosomes
Insecta Amabis
effect on development
Aves Chandra
Ohnishi
Svoboda
eff. on nucl. acid & protein
Insecta Shaaya
effect on palate
Homo Zimmerman
Mammalia Zimmerman
effect on syrinx
Aves Noumura
effect on uterus
Mammalia Singhas
embryo
Mammalia Renfree
estrogen
Aves Woods
Mammalia Luck
Thompson
extragonadal influences
Teleostei Takahashi
histochemistry
Aves Woods
inhibitors
Insecta Svoboda
larvae
Amphibia Hsu
liver
Homo Renwick
metabolism
Insecta Svoboda
placenta
Homo Renwick
producing cells
Aves Lee
receptors in eye
Aves Piperberg
receptors in oocyte
Amphibia Smith
179
relation with molting
Crustacea Spaziani
role in sperm capacitation
Mammalia Hamner
sex control
Amphibia Richards
sex reversal
Amphibia Merchant
Teleostei Merchant
sexual
Teleostei Takahashi
teratogenesis
Mammalia Hendrickx
Thompson
teratogenic effect
Mammalia Salomon
testis
Homo Parivar
Mammalia Parivar
testosterone
Mammalia Wolfe
transplacental carcinogenesis
Mammaha Yasuda
STOLON
see Asexual reproduction
STOMACH
Mammalia Panchamukhi
SUBCELLULAR COMPONENTS
see also Membrane
annulate lamellae
Kessel
assemblage into structures
Ciliata .Gavin
biogenesis
Angiosp Asahi
Echinoidea Katsura
centriole
Echinoidea Harris
Ishikawa
Ohta
chloroplast
Angiosp Honda
Euglenoph Holowinsky
Lyman
coated vesicle
Mammalia Roth
cortex
Ciliata Burchill
cytoskeleton
Mammaha Webb
WUey
food vacuole
Ciliata Pollock
Golgi complex
Aves Fullilove
Leffingwell
Chlorophyc Dauwalder
Gastropoda Sathananthan
lysosome
Amphibia Decker
Aves Decker
Insecta Butterworth
Mammalia Decker
microbody
Algae Hanzely
microfilament
Echinoidea Harris
microsome
Mammaha Nakazawa
Yukawa
microtubule
Angiosp Sawhney
Aves Bee be
Cihata Williams
Echinoidea Harris
Fungi Lovett
mitochondria
Amphibia Cohen
Insecta Ellgaard
Teleostei Iwamatsu
mitoch. energy transfer
Mammaha Nakazawa
molecular biology
Amphibia Reeves
morphogenesis
Chlorophyc Witman
myofibril
Aves Fischman
oocyte
Amphibia Massover
ribosome
Amphibia Caston
Reeves
Insecta Allen
Kiefer
Koga
ribosome synthesis control
Aves Emerson
Homo Emerson
role in differentiation
Fungi Cantino
role in morphogenesis
Insecta Counce
SUBCOMMISSURAL ORGAN
see Brain
SUCKER
see Gland(s)
SUGARS
see Carbohydrate(s)
SULPHYDRYL GROUPS
Mammalia Galbraith
SWIM BLADDER
see Lungs
SYMBIOSIS
see also Mycetome
Insecta
Brooks
SYMMETRY (& asymmetry)
see also Gradient(s)
Amphibia Barbieri
Hassona
Khalil
Kubota
Manes
Michael
Sedra
Aves Eyal
Fihces Wada
Homo Hernandez
Mammalia Layton
Wimsatt
Vertebrata Goldberg
SYNAPSE
Amphibia
Constantine
Glastonbury
Kimmel
Rotshenker
Tucker
Aves
Bekoff
Holt
Narayanan
Peusner
Pilar
Sohal
Crustacea
Mittenthal
Hirudinea
MuUer
Homo
Cragg
Kornguth
Pvlammalia
Cragg
Kornguth
Lauder
Westerman
Teleostei
Kimmel
Vertebrata
Sperry
TAIL
see also Regeneration
(traumatic)
Amphibia
Derby
Dinsmore
Fry
Sasaki
Watanabe
Ascidiacea
Numakunai
ReptiUa
Hiradhar
Maderson
Shah
Teleostei
Kemp
Watanabe
TEMPERATURE
see also Environmental
factors
Aves
Przybylski
Insecta
Brust
Mammalia
Bank
Chrism an
Maurer
Reptilia
Dimond
Werner
Yntema
Teleostei
Fahy
TENTACLE
Amphibia
Scadding
Hydrozoa
Heath
TERATOGENESIS
(experimental)
see also Anomahes (early
development); Drugs; Mouth;
Malformations; Pathology;
ThaUdomide; specific agents;
specific organs
Mammalia Fantel
Hoar
Johnson
Tanaka
action of glucocorticoster.
Mammalia Slavkin
after induced ovulation
Mammalia Chrisman
180
alcohol
Mammalia
Lopes
6-aminonicotinamide
Mammalia
Chamberlain
anesthetics on limb
Amphibia
Kato
anophthalmia
Mammalia
Chase
antijnetaboUte
Mammalia
Schmidt
auditory organ
Aves
Maderson
Mammalia
Maderson
behaviour
Mammalia
Jensh
biochemistry
Echinoidea
Barber
bio-energetics
Aves
Kaplan
brain
MammaUa
Das
Hayashi
Yanai
caffeine
Gastropoda
Simoes
cell membrane
Mammalia
Chepenik
cellular action
Aves
Packard
chemical
Aves
Bloom
Hanada
Montiegel
Muramatsu
Pierro
Singh
Insecta
Grosch
Mammalia
Chen
Christian
De Souza
Finocchio
Fujimoto
Hanada
Herold
Keino
Lu
Markwald
Mottet
Muramatsu
Overman
Pierro
Singh
Tanimura
Yasuda
chondrocraniui
n
Aves
Maderson
Mammalia
Maderson
chondrogenesis
Mammaha
Paynton
Schmidt
chromosome aberrations
Mammaha
Nesbitt
cleft palate
Mammalia
Herold
Kochhar
Yalcin
comp. with primordia amput.
Aves Sullivan
congenital anomalies
Homo Ornoy
cyclophosphamide on gonad
Aves Sudarwati
Sutasurya
cyclophosphamide on ossific.
Aves Sudarwati
Surjono
Syarief
cytogenetics
Mammalia Hoshino
cytophotometry
Mammalia Hoshino
DNA-repair
Mammalia Moustafa
effect of diabetes
Mammaha Ornoy
effect of medicinal plants
Mammaha Kong
eff . of neural crest injury
Aves McCrcdie
Shoobridge
effect of temperature
Mammalia Chrisman
effect on behaviour
Mammalia Finocchio
environmental factors
Aves Staples
Insecta Yajima
Mammalia Ferm
Staples
ethyl-nitrosourea
Mammaha Das
exencephaly
Mammalia Keino
eye
Mammalia Hoshino
Kameyama
Nakane
Oda
fetal sensitivity
Mammalia Newman
galactoflavin
Mammalia Shepard
genetics
Mammaha Long
genetic vs. metabolic factors
Mammaha Ornoy
gonads
Mammalia Hendrickx
handling of embryos
Mammalia Bank
heart
Aves Schmidt
heavy metals
Aves King
hormones
Mammalia Hendrickx
Hoshino
Salomon
in vitro
Aves Klein
Mammalia Fisher
Klein
Persaud
Shepard
information centre
Aves Staples
Mammalia Staples
interaction with genes
Mammalia Trasler
Vekemans
intrauterine agent apphcation
Mammalia Moustafa
intrauterine environment
Mammalia Hoshino
Kameyama
Oda
irradiation
Aves Dryden
Muramatsu
Insecta Grosch
Yajima
Mammalia Das
Jensh
Muramatsu
Rugh
Hmb
Aves Loewenthal
Mammalia Kameyama
Kochhar
lung
Mammalia Armcnti
Masters
maternal & environm. factors
Mammaha Fraser
mechanism
Aves Wilson
Mammalia Kochhar
Shah
Wilson
model
Homo Burdi
Mammaha Burdi
nervous system
Aves Wilson
Mammaha Devor
Wilson
new drugs
Mammalia Agnish
nucleotide analogues
Aves Packard
poisons
Homo Nawar
prostaglandin
Aves Persaud
Mammalia Persaud
protection
Mammaha Overman
respiratory tract
Mammaha Newman
role of placenta
Mammaha Chepenik
role of yolk sac placenta
Mammalia Hoar
screening methods
Mammalia Staples
skeleton
Mammalia Nogami
skull
Aves Lamprecht
somite stage
Mammalia Robkin
spina bifida
Aves Dryden
surfactant
Echinoidea Isono
LamelUbr Isono
sweetener
Aves Dryden
Homo Reynolds
Mammaha Reynolds
temperature
Mammalia Bank
teratogen response variation
Mammalia Biddle
therap. use of metabolites
Mammaha Chamberlain
tritium
Mammalia Hendrickx
ultrastructure
Mammalia Carpenter
181
Veratrum
Mammalia Evans
vibration
Aves Montiegel
vitamin
Mammalia Beresford
vitamin A protection
Aves Overman
Mammalia Overman
TERATOLOGY
see Anomalies (early develop-
ment); Malformations
TERATOMA(S)
Mammalia Artzt
Fisher
Gmuer
Jetten
Levine
McBurney
Martin
Matsuzawa
Mintz
Sherman
Stevens
TESTIS
Mammalia Schuetz
biochemistry
Homo Guraya
Mammalia Gondos
Guraya
comparative study
Homo Guraya
Mammalia Guraya
culture in vitro
Aves Lee
Mammalia Davis
Wolfe
endocrinology
Homo Dressier
Parivar
Mammalia Dressier
Parivar
Wolfe
experimental study
Insecta Lai
fate of polar granules
Insecta Schwalm
function
Homo Dressier
Mammalia Dressier
maturation
Mammalia Gondos
niorphogenesis
Mammalia Davis
morphogcnctic substance
Aves Lee
physiology
Mammalia Guraya
Sertoli cell
Mammalia Wolfe
structure
Mammalia Guraya
teratoma
Mammalia Stevens
transplantation
Mammalia Dryan
vascular occlusion
Mammalia Lakshmanan
THALIDOMIDE
Aves Sullivan
Spiroff
Homo Yasuda
Mammalia Cameron
McCredie
THEORETICAL DIOLOGY
(developmental)
Acrasiales NanjundiaJi
appl. of continuum dynamics
Gordon
Hirsch
biomechanical fields
Homo Gasser
cell aggregation
Aves Maslow
Homo Maslow
Mammalia Maslow
cell cycle length & cleavage
MammaUa DuFrain
chemical wave model
Chlorophyta Lacalli
Plantae Lacalli
computer analysis
Mammalia Ontell
computer model
Fowler
Diatomeae Gordon
Lamellibr Lindsay
eye formation
Amphibia Gordon
growth
Mammalia Ontell
model of development
Fowler
morphodynamic theory
Gordon
Hirsch
morphogenesis of neural plate
Amphibia Gordon
networks & patterns
Fowler
part played by genet, control
Dryden
pigment pattern
Lamelibr Lindsay
shell morphogenesis
Diatomeae Gordon
synapse
Mammalia Lauder
systems theory
Dryden
THORACIC CAVITY
see Dody cavities
THYMUS
Amphibia Tochinai
Tompkins
Volpe
Aves Dollum
Fitzsimmons
Homo Makinodan
Mammalia Dollum
Makinodan
Simmons
THYREOSTATIC AGENTS
see Thyroid gland
THYROID GLAND
see also Thyroxine
Amphibia
El Din
Michael
Prahlad
Rageh
Warshana
Aves
Hilfer
Prahlad
Thommes
Mammalia
del Rio
Quiros
Valdez
THYROXINE
Amphibia
Fry
Frye
Kollros
Niazi
Prahlad
Aves
Frye
Mammalia
Ornoy
TISSUE(S)
see also Chalones
biochemistry
Aves Toole
cell interactions
Aves Lavarack
culture in vitro
Ascidiacea Watanabe
effect of ultrasound
Mammalia Pizzarello
histo- & cytochemistry
Aves Lavarack
Homo Cole
Mammalia Cole
interactions
Aves Hay
Mizuno
Yasugi
Mammalia Hardy
involution
Insecta Lockshin
morphogenesis
Aves Toole
sorting-out
Aves Lesseps
ultrastructure
Aves Lesseps
Homo Cole
Mammalia Cole
Kessel
TONGUE
see Mouth
TOOTH (TEETH)
amelogenin
Vertebrata Herold
amino acid analogs
Mammalia Galbraith
biochemistry
Mammalia Graver
calcitonin
Majnmalia Nakamoto
collagen
Mammalia Leblond
Nakamoto
182
crown & root
Vertebrata Howes
culture in vitro
Mammalia Brownell
KoUar
Levenson
Miller
dental lamina regeneration
Amphibia Graver
dentin
Mammalia Avery
Teleostei Herold
development
Teleostei Evans
differentiation
Vertebrata Kemp
differentiation in vitro
Mammalia Kollar
effect of malnutrition
Mammalia Nakamoto
effect of matrix
Mammalia Brownell
effect of nerves
Mammalia Avery
effect of vitamin
Mammalia Levenson
embryo
Mammalia Epstein
enamel
Vertebrata Herold
enamel proteins
Mammalia Graver
epith.-mesench. interact.
Mammalia Galbraith
Slavkin
eruption
Mammalia Michaeli
experimental study
Amphibia Katow
fetal development
Homo Burdi
germ relations
Mammalia Ooe
glycoproteins
Mammalia Weinstock
histology
Mammalia Bryan
immunology
Mammalia Slavkin
innervation
Mammalia Michaeli
larval
Amphibia Kolhos
malformation
Mammalia Bryan
mitosis
Mammalia Yoshioka
molars
Homo Ooe
morphogenesis
Vertebrata Howes
odontogenic epithelium
Mammalia Michaeli
periodontal ligament
Mammalia Michaeli
procollagen
Mammalia Weinstock
pulp cell
Mammalia Miller
replacement
Teleostei Evans
teratogenesis
Mammalia Sucheston
transplantation
Amphibia Miller
Mammalia Michaeli
ReptiUa Miller
Vertebrata Howes
ultrastructure
Mammalia Avery
Bryan
Graver
Teleostei Herold
TOXINS
see also Bacteria;
Teratogenesis
Aves Drachman
Mammaha Kimmel
Sato
Skalko
Unsworth
TRACE ELEMENTS
see Chemical elements
TRACHEAL SYSTEM
TRANSFER (blastocyst,
etc.)
Mammalia Benirschke
Church
Fiser
Kanagawa
Soma
Sugie
TRANSPLANTATION
see also Immunology;
Nucleus
Mammalia
Alteracz
Hirano
Lindholm
Urist
brain
Aves
Oppenheim
effect on nervous system
Crustacea
Mittenthal
immunology
Amphibia
Volpe
interspecific
Aves
Oppenheim
limb
Crustacea
Mittenthal
muscle
Mammalia
Carlson
Faulkner
Mufti
mutant tissue
Mammalia
Bryan
neural crest
Amphibia
Volpe
neurons
Mammalia
Das
ovary
Mammalia
Fisher
regenerating organs
Reptilia
Thomas
sense organs
Aves
Oppenheim
testis tissue
Mammalia
Bryan
tooth
MammaHa Michaeli
Vertebrata Howes
xenoplastic
Aves Garrido
Jorquera
Molinari
Pugin
Mammalia Garrido
Jorquera
Molinari
Pugin
TROPHOBLAST
see Blastocyst
TUMOUR(S)
see also Carcinogenetic agents;
Teratoma(s)
Mammalia lannaccone
Teleostei Yamazaki
angiogenesis
Homo Bailey
Mammalia Bailey
carcinoma
Mammalia Jetten
cell aggregation
Aves Maslow
Homo Maslow
Mammalia Maslow
cell interactions
Auerbach
cell sorting out
Aves Mayhew
Mammaha Mayhew
cell surface
Mammalia Jetten
Terayama
comparison with fetus
Mammalia Monder
culture in vitro
Homo Auersperg
MammaHa Haswell
defense response
Insecta Rizki
differentiation
Mammalia Coleman
Haswell
different, in regener. limb
Amphibia Mizell
effect of hormones
Angiosp Ames
effect of ultrasound
Mammalia Pizzarello
energy sources
Mammaha Monder
epith.-mes. interactions
Mammalia Cutler
erythroid differentiation
Mammalia F'urusawa
erythroleukemia
Mammalia Reeves
etiology
Amphibia Nace
ferritin
Mammaha Massover
fetoprotein
Homo Hancock
Mammaha Hancock
Tamaoki
genetics
Insecta Rizki
183
Golgi complex
Aves Fullilove
Leffingwcll
histogenesis
Homo Auersperg
hydatiform mole
Homo Surti
Szulman
immunology
UMBILICAL CORD
see also Vascular system
URETER
see Urogenital system
URINARY BLADDER
see Urogenital system
VEGETATIVE GRADIENT
see Gradients
see also Embryology (exper.);
Embryology (physiological)
VEGETATIVE NERVOUS
SYSTEM
see Autonomic nervous system
Auerbach
URINARY SYSTEM
VERTEBRAE (
vertebral
in aging
see Excretory system
column)
Mammalia Lhotka
mammary gland
UROGENITAL SYSTEM
Aves
Lamprecht
Mammalia Haswell
see also Excretory system;
Mammalia
Evans
melanogenesis
Genital tract
;
Watson
Aves Whittaker
Reproductive system
Reptilia
Werner
Mammalia Whittaker
Teleostei
Fahy
melanotic
Homo
Bolender
Gabriel
Insecta Rizki
Mammalia
Allison
membrane
Cunha
VIRUS(ES)
Waldman
Gumbreck
mitotic rate
Vertebrata
Bolender
Brown
Mammalia Bertalanffy
Amphibia
Mizell
molecular biology
UTERINE TUBE
Tweedell
Pitot
see Oviduct
Aves
Drachman
Mammalia Hirama
Roth
neoplastic cell
UTERUS
Tahara
Mammalia Moustafa
Temin
neoplastic genes
Homo
Boving
Homo
Benirschke
Aves Temin
Eichenbrenner
Shepard
neuroblastoma
Nebel
Homo Lyser
Serr
VISCERA
oncogenesis & neural crest
Mammalia
Izaike
Mammalia Nozue
Luck
VISCERAL SKELETON
role of cell surface
Orsini
see Skull (& visceral skeleton)
Aves Oppenheimer
Oshima
Echinoidea Oppenheimer
Singhas
VITAL STAINING
Mammalia Oppenheimer
Spaziani
transm. in embryo & larva
Suga
VITAMIN(S)
Amphibia Tweedell
Terayama
transplacental carcinogenesis
Yang
Caston
Mammalia Miller
Amphibia
El Tawil
Takahashi
VAGINA
Khahl
Yasuda
see Genital trad
t
Michael
ultrastructure
Niazi
Insecta Rizki
VASCULAR SYSTEM
Aves
Levenson
virus as different, agent
see also Circulat
ion; Heart (&
Homo
Miller
Amphibia Mizell
great vessels); specific
Mammaha
Armenti
vitamin
organs, etc.
Beresford
Caston
Auerbach
Borack
Aves
Desmond
Hardy
TWINS (& other multiple
Homo
Bailey
Herold
births)
Bolender
Carmona
Jetten
Lopes
Mammalia Kleiss
Kleiss
Lhotka
Miller
Ornoy
ULTIMOBRANCHIAL BODY
Macarak
Monie
Radha
Singh
Aves Venzke
Mammalia
Bailey
Carmona
Van Exan
ULTRASOUND
Rudolph
VITELLINE MEMBRANE
see also Environmental factors
Vertebrata
Bolender
see Egg(s)
Amphibia Wolsky
VASCULAR TISSUE
VITELLOGENESIS
Insecta Wolsky
see also Yolk
Mammalia Pizzarello
Angiosp
Baba
Shoji
Chrispeels
Gastropoda
Sathananthan
Takabayashi
Komamine
Peterson
Insecta
Bell
Brooks
ULTRAVIOLET IRRADIATION
Rao
Maliowald
Roberts
Insecta Amy
Sachs
VIVIPARITY
Kalthoff
Pandcy
VASCULARIZATION
Crossopter
Wourms
Yajima
sec specific organs, etc.
Elasmobr
Wourms
Teleostei
Takano
184
WATER
Mammalia
Deck
YOLK
Reptilia
Maderson
see also Egg; Nutrition;
WING(S)
Vitellogenesis
XANTHOPHORES
Aves
Goff
Stephens
see Chromatopl
lore(s)
Amphibia
Massover
Ward
Insecta
Balinski
X-IRRADIATION
Aves
Fainstain
Nijhout
see also Irradiation; Radio-
mimetic agents
Ginsburg
Kobayashi
WOLFFIAN DUCT
Nonami
see Urogenital system
Aves
Dryden
Sukra
Insecta
Unni
Crustacea
Laufer
WOUND HEALING
Mammalia
Altman
Insecta
Laufer
Bertalanffy
Teleostei
Yamagami
Amphibia
Derby
Hayashi
Anthozoa
Lenhoff
Hoshino
YOLK SAC
Aves
Takeuchi
Kameyama
see Embryonic
membranes
Homo
Deck
Kischer
Murakami
Nakazawa
Insecta
Bryant
Rugh
Shoji
Takehira
Yukawa
185
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 so-
licits the opinion of the staff of the Hubrecht Laboratory or of other spe-
cialists.
Dissertations, some research monographs, and other works of a very special-
ised 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 cri-
teria:
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.
Dt.ssertat'ions : academic theses
Symposium reports: incl. reports of congresses, conferences, meetings, etc.
Colteations of papers: containing original research papers by various au-
thors, or reprintings of papers by one author
Boohs of readings: containing reprintings 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, 1-7
Theoretical and Mathematical Developmental Biology, 8-11
Plant Development (general), 12-13
Invertebrate Development (general) , 14-18
Vertebrate Development (general) , 19-20
Development of Mammals and Man (general), 21-32
Reproduction, Sexual development, Gametogenesis , Fertilisation, 33-41
Implantation, Placenta, Fetal Membranes and Fluids, 42-43
Teratogenesis , Congenital Malformations, 44-49
Developmental Pathology, Cancer, 50
Regeneration, Renewal, 51-56
Organogenesis, Histogenesis (incl. tissue and organ culture, histochemistry),
57-75
Cellular Developmental Biology (incl. cell culture, cytochemistry), 76-89
Developmental Biochemistry, Molecular Biology, 90-97
Developmental Genetics, Evolution, 98-103
Developmental Physiology (incl. endocrinology, immunology, behaviour, etc.),
104-110
186
Methods, 111
History, Biographies, etc. (no entries]
INDEX TO AUTHORS AND EDITORS
with reference to serial numbers of book notices
Abbott, L.A.B., 101
Alaniya, N.E. , 74
Alvord, E.G. , 64
Austin, C.R., 21
Balls, M. , 71
Bankl, H. , 45
Barabanow, W.M,, 106
Beaumont, A. , 81
Beer, A.E. , 107
Beermann, W. , 92
Beiderbeck, R. , 13
Bergsma, D. , 85
Bernstein, I. A., 73
Billingham, R.E., 107
Blechschmidt, E. , 26,27
Borek, C. , 50
Brookbank, J.W. , 2
Burger, M,M. , 84
Butler, P.M. , 70
Calaby, J.H. , 38
Cantwell, G.E., 17
Charniaux-Cotton, H. , 39
CIBA, 31
Cole, R.J,, 86
Colenbrander , B. , 19
Cooper, M.D., 108
Cotman, C.W. , 58
D'Amato, F. , 76 ,
Davidoff , M. , 43
Dayton, D.H., 108
de Issekutz Wolsky, M. ,
100
Denker, H.W. , 42
De Puytorac, J., 56
Ede, D.A., 71
Emelyanov, S.V. , 103
Fenoglio, CM. , 50
Ferslev, G. , 67
Eraser, F.C. , 44
Garrod, D.R., 77
Gasser, R.F. , 27
Gathmann, H.A. , 46
Giese, A.C. , 14
Goodwin, B.C. , 8
Gossrau, R. , 61
Gould, S.J., 99
Grant, P. , 3
Griffond, B. , 37
Gurdon, J.B. , 98
Guttman, S.I. , 41
Hadziselimovic, F. , 59
Hafez, E.S.E. , 35
Hall, B.K., 60
Hartmann, K. , 61
Hasselaar, J.C, 19
Hillman, R. , 102
Hinchliffe, J.R. , 71
Hodson, W.A. , 57
Hogarth, P.J. , 34
Horton, J.D. , 110
Int. Anat. Nomencl.
Comm. , 32
Ishikawa, T. , 7
Ivanova-Kazas , O.M.,
15,16
Jacobson, M. , 62
Jaffee, O.C. , 72
Joysey, K.A. , 70
Karkinen-Jaaskelainen,
M. , 82
Kaufmann, P. , 43
King, D.W. , 50
Kunz, W. , 36
Kvinikhidze , G . S . ,
63,75
Kwasigroch, T.E., 111
Lafont, R. , 83
Langebartel, D.A. , 22
Langman, J. , 2 3
Lash, J.W. , 84
Lassalle, B. , 54
Leech, R.W. , 64
Lemire , R. J. , 64
Lender, T. , 56
Lerner , R.A. , 85
Levin, S.A., 11
Lheureux, E. , 55
Listgarten, M.A. , 65
Loeser , J.D. , 64
Lord, B.I., 86
Lubet, P. , 39
Luriya, E.A. , 78
Lutz, H., 39
Maruyama, Y. , 7
Matsumiya, H. , 7
Meer, J.M. van der , 18
Merker, H.-J., Ill
Meyer, E. , 68
Meyer, R.D., 46
Minuth, W. , 93
Moore, K.L., 24
Mothes, K. , 95
Murphy, D.G. , 87
Nagl, W. , 79
Nappi, A.J. , 17
Nessi de Avinon, A., 80
Neubert, D. , 111
Nichols, W.W. , 87
Nicolis, G. , 9
Notake, Y. , 28
Nover , L. , 95
Oppenheimer, S.B. , 88
Oudhof , H.A.J. , 69
Papaconstantinou, J. , 96
Paul, J. , 90
Pearse, J.S. , 14
Persaud, T.V.N. , 48
Potten, C.S. , 86
Prigogine, I . , 9
Rohkamm-, R. , 65
Sakamoto, S. , 105
Saunders, G.F. , 89
Saxen, L. , 82
Scandalios, J.G., 97
Schafer, U. , 36
Schalekamp-Kuyken ,
M.P.A., 94
Schardein, J.L. , 47
Schroeder, H.E. , 66
Schumacher, G.H., 25
Seidel, F. , 1
Seiji, M. , 73
Shepard, T.H. , 49
Sherman, M.I. , 29
Short, R.V., 21
Sidorova, V.F. , 51
Solomon, J.B. , 110
Stave, U. , 104
Stoffolano, J.G., 17
Sussman, M. , 4
Suzuki, S., 28
Szebeniji, E.S. , 20
187
Watson, J.D,, 91 Wjasow, O.J., 106 Yamada, T. , 53
Weir, B.J., 33 Wolpert, L. , 6
, , . ^^ Zotm, A.I., 10
Weiss, L., 82 Wolsky, A., 100 „ , o ^o
. , ,^n Zuckerman, S., 33
Whitt, G.S., 97 Wright, T.R.F., 102
Wilson, J.G., 44
GENERAL DEVELOPMENTAL BIOLOGY (see also 86, 99)
Treatises
1^
F.SEIDEL, ed. 1978. MORPHOGENESE DER TIERE
Fischer, Jena.
Vol.1 F.Seidel: Einleitung zuin Gesamtwerk; Morphogenetische Arbeitsmethoden
und Begrif f ssysteme; P.Tardent: Coetenterata^ Cnidaria. 415 pp., 146
figs., 9 tabs., author and subject indexes. 117.00 M.
Vol.2 P.Fioroni: Cephalopoda, Tintenfische. 181 pp., 67 figs., 27 tabs.,
author and subject indexes. 65.00 M.
These are the first two instalments of a gigantic treatise whose concep-
tion could probably only have occurred in Germany. The preparations for it
must have started at least a decade ago and the ultimate aim is to produce
a modern replacement for the classical treatises by Korschelt and Heider,
Hertwig, and Schleip (1890-1929) . The treatise will appear in separately
available monographs which will cover 22 metazoan groups in two series:
I, Descriptive Morphogenesis and II, Causal Morphogenesis, so that the ul-
timate number of volumes may be close to 40. The number of German, Austrian
and Swiss authors will probably exceed 40.
Judging by the two first volumes this will be a work in the best German
tradition: thorough, well organised and meticulously illustrated. The first
volume opens with a 57-page chapter by the editor which lays the theoretical
foundations for the whole work in the form of a general discussion of morpho-
genetic methods ("pure", evolutionary and causal morphology) and of the con-
cepts used in the study of morphogenesis.
The remainder of vol.1 is taken up by Tardent's treatment of the descrip-
tive morphogenesis of the Cnidaria. The second volume, by Fioroni, is de-
voted to the descriptive morphogenesis of the Cephalopoda. Both contribu-
tions also devote considerable attention to systematics, reproductive biol-
ogy and rearing methods and, in the case of the Cnidaria, asexual reproduc-
tion and ageing.
The books are well printed and bound and illustrated with a profusion of
excellent line drawings, half-tones and photographs, most of which are orig-
inal. The literature in the extensive bibliographies runs into 1975/76.
Textbooks
2.
J.W.BROOKBANK. 1978. DEVELOPMENTAL BIOLOGY: embryos, plants, and regeneration
Harper & Row, New York, etc. XII, 451 pp., 242 figs., subject index. £ 11.65
Contents: 1. Introduction, 2. The development of Echinoids, 3. Spirally
cleaving eggs, 4. Development of the frog egg, 5. The development of am-
niotes (birds and mammals) , 6. The development of Drosophila melanogaster ,
7. Regeneration, 8. Plant systems, 9. Historical perspectives, current
principles, and future directions
This text was written for use in undergraduate courses. The book is unusual
in that it is built around a series of chapters each dealing with a particu-
lar system (chs.2-8), rather than proceeding from early to late events in all
systems. Each user must decide for himself whether he likes this idea. Chap-
ters 1 (43 pp.) and 9 (12 pp.) serve to integrate the book by concentrating
on aspects and theories common to all systems. These chapters on the whole
fulfil their role admirably and provide real insight.
Ch.l deals briefly with the principles of cellular and molecular biology,
asexual reproduction and growth, sexual reproduction, and embryonic develop-
ment in animals and plants. Each of the chapters 2-5 deals sequentially with
normal development (from gametogenesis to adult) , classical and modern ex-
perimental approaches, and gene activity at the molecular level. Noteworthy
features are sections on specification of synapses in ch.4, and on terato-
genesis, the development of immunity, and the development of behaviour in
ch.5. Chapters 4 and 5 have appendices to help in understanding developmental
anatomy in the laboratory. In the chapters 2-8 comparisons between systems
are made wherever appropriate.
The book is on the whole very readable but in places somewhat cryptic or
perhaps too difficult and condensed for beginning students. There are occa-
sional inaccuracies, sometimes apparently due to unfamiliarity with the re-
cent literature. This reviewer rather missed a discussion of lens regenera-
tion in urodeles, a paradigm of cell transformation. He also found the defi-
nition of "field" unsatisfactory and that of "morphogenesis" rather inade-
quate; no proper definition of "positional information" is given.
All chapters have adequate reading lists, but since author names are hard-
ly ever mentioned in the text it must sometimes be difficult for the student
to know what to select. The book is very well illustrated with line drawings
and a wealth of photographic material, much of it specially prepared for the
book. The explanatory captions are extensive but a few are less than adequate
(fig. 5. 29 refers to amphibian limb regeneration, not to the mammalian limb
bud!)
3.
P.GRANT. 1978. BIOLOGY OF DEVELOPING SYSTEMS
Holt, Rinehart & Winston, New York, etc. XVI, 720 pp., 457 figs., 26 tabs.,
combined subject and taxonomic index. £ 8.7 5
Contents: ch.l. Developmental systems; Part I DEVELOPMENTAL INFORMATION,
ch. 2. Organization of developmental information in cells, ch. 3, Retrieval
and exchange of developmental information; Part II. GROWTH, ch.4. Growth
of single cells, ch.5. Cell division: multiplicative growth, ch.6. Organ-
ismic growth; Part III. MORPHOGENESIS, ch. 7. Macromolecular assembly: the
ontogeny of cell organelles, ch.8. Morphogenesis in single cells, ch.9.
Acquisition of multicellularity , ch.lO. Cell surface in morphogenesis,
ch.ll. The egg as a developmental system, ch.l2. Organogenesis: behavior
of cell sheets, ch.l3. Information flow in early embryonic development,
ch.l4. Asexual buds, ch.l5. Regeneration: a developmental reprise, ch.l6.
Morphogenesis of patterns; Part IV. DIFFERENTIATION, ch.l7. Totipotency,
determination, and differentiation, ch.l8. The immune system: a model of
differentiation, ch.l9. The larva and metamorphosis; Part V. DEVELOPMENTAL
DEFECTS, ch.20. Congenital abnormalities, ch.21. Neoplasia: an abnormal
cell phenotype, ch.22. Aging: a decline in growth potential?
This is one of the best developmental biology texts to have appeared in
recent years. It was designed for older undergraduates and beginning gradu-
ates and the scope and coverage are astounding. Any student who has digested
it will have a firm grasp of the entire field. It was an excellent idea to
start the book with the principles of cell biology with particular refer-
ence to the flow of information in the cell. Another noteworthy feature is
the emphasis throughout on the hierarchial nature of biological organisation.
189
I
-The selection of areas to be treated is on the whole admirable. In most
areas the treatment is surprisingly up to date, though in some one misses
the most recent developments. Cases in point are the modern work on mam-
malian and insect embryogenesis , the work on developmental compartments in
insects, and the older and recent findings on the origin of primordial germ
cells in urodeles.
The author evidently had his aims firmly in mind all the time and he
writes in an easy style which never becomes boring. Here and there the lan-
guage tends to be imprecise, although there are very few major inaccuracies.
The illustrations are mostly simple but very effective line drawings. A
few of the captions lack in clarity. The literature lists are excellent,
but some system of reference to them in the text is sorely missed. Why not
use small superscript numerals? The book is reasonably well printed but has
many printing errors and a weak binding.
4.
M.SUSSiyiAN. 1978. MOLEKULARBIOLOGIE UND ENTWICKLUNG, translated from the
English by U.Ponta
Parey, Berlin, etc. Pareys Studientexte No. 16. 264 pp., 143 figs., 9 tabs.,
subject index. DM 29.00 (paper)
This translation is based on the first edition (1973) of Sussraan's well-
received text (see review in Gen. Embryol. Inf. Serv. 16, 1, 1975). The Ger-
man title does not adequately reflect the book's nature, because it covers
cellular aspects as well as the molecular ones.
The translation reads very well but is by no means always entirely correct,
It is doubtful whether the translator knew the field. Rather frequently,
moreover, words or phrases from the original have mysteriously disappeared,
altering the sense. The illustrations are faithfully reproduced, though
without the original use of colour. The original brief reading lists are re-
produced with printing errors and all.
5.
B.P.TOKIN. 1977. GENERAL EMBRYOLOGY. 3rd edit, (in Russian)
Vysshaya Shkola, Moscow. 509 pp., 177 figs., 9 tabs., author and subject in-
dexes. R 1.55
Only slight changes from the 2nd edition (1970); new sections on cell
death and cell cycle, on molecular embryology, and on dedif f erentiation and
cell lineage in regeneration; better quality paper and figures.
6.
L.WOLPERT. 1977. THE DEVELOPMENT OF PATTERN AND FORM IN ANIMALS. 2nd edit.
Carolina Biology Supply Comp. , Burlington. Carolina Biology Readers no. 51.
16 pp. , 21 figs .
The text of this reader (formerly Oxford Biology Reader no. 51) has been
rewritten and some material deleted to accommodate recent findings, such
as localisation in insect eggs, insect limb regeneration, and compartments
in Drosophila. A number of figures have been deleted and good new ones
added .
190
Symposium reports
1 .
T.ISHIKAWA, Y.MARUYA^4A and H.MATSUMIYA, eds . 1977. GROWTH AND DIFFERENTIATION
IN MICROORGANISMS
Univ. Park Press, Baltimore, etc.; Univ. of Tokyo Press, Tokyo. NRI Symposia
on Modern Biology. XII, 309 pp., 122 figs., 28 tabs., combined taxonomic and
subject index. $ 37.50, E 22.75, Yen 6,400
This symposium was held in Tokyo in June 1975. The resulting volume has
much more than the ephemeral value of so many symposium reports. It is a
series of interesting and competent reviews by Japanese authors, in which the
foreign literature is covered equally well as the Japanese, and all of which
are remarkably up to date. In addition, all authors write remarkably good
English.
Among the 14 contributions we specifically mention papers on growth and
branching in Agrobacter'ium (Fujiwara and Fukui) , on the role of ribosomes in
bacterial sporulation (Kobayashi and Domoto) , on cell differentiation in
sporulating BaciZl'L (Kaneko) , on cytodifferentiation in the cell cycle of
yeasts (Hayashibe) , on hyphal growth and morphogenesis in Fungi fNishi) , on
photosporogenesis in Fungi imperfeoti (Oda and Kumagai) , and on fruiting
body formation in Basidiomyoetes (Ishikawa and Uno) .
The standard of production is very good indeed, and particularly the elec-
tron micrographs are well reproduced.
THEORETICAL AND MATHEMATICAL DEVELOPMENTAL BIOLOGY (see also 99,100,101)
Monographs
8.
B.C.GOODWIN. 1976. ANALYTICAL PHYSIOLOGY OF CELLS AND DEVELOPING ORGANISMS
Academic Press, London, etc. X,249 pp., 55 figs., 1 tab., subject index.
£ 8.50, $ 18.50
Contents: 1. Stability and regulation in the metabolic system, 2. Stabili-
ty and regulation in the epigenetic system, 3, The mitotic and cell cycles,
4. Cell growth, cell synchrony and biological clocks, 5. Morphogenesis:
aperiodic order in one dimension, 6. Morphogenesis: spatial periodicities
and multidimensional order, 7. The organism as a cognitive and co-opera-
tive system
This book is a thought-provoking attempt to provide a picture of biologi-
cal organisation valid from the lowest to the highest levels. The approach
is based on molecular biology on the one hand and mathematical model building
on the other: hence the word "analytical" in the title is to be understood in
both the experimental and the mathematical sense. The author aims to show
that there is no discontinuity of action in moving from problems of homeo-
stasis and stability (chs.l and 2) to those of temporal organisation (chs.3
and 4), and finally to those of temporal and spatial order {chs.5 and 6).
Higher-level systems (e.g. embryos) "continue to include in their operation
all relevant activities of the lower-order ones" (such as self-regulating
metabolic systems within cells) . In the last chapter this leads to what the
author considers to be "a self-consistent and rigorous alternative to a re-
ductionist position".
The chapters of most immediate interest to developmental biologists are
chs.5 and 6. In the first of these the discussion centres on morphogenesis in
hydroids, cellular slime moulds and Acetobularia . The latter is included to
emphasise that morphogenesis can occur without cell interaction. Therefore,
the ensuing model for (morphallactic) linear morphogenesis starts from the
cell membrane and is based on activity waves associated with it. The wave
191
model includes periodic "pacemakers" and provides "regulation" without ad-
ditional assumptions.
The discussion in ch.6 is likewise based on the notion of wave propagation.
The chapter has sections on periodic patterns, on the insect epidermis, on
the chick wing bud (with a wave model for epimorphosis) , on imaginal discs
and the insect limb (with an interesting elaboration of the "clock-face"
model of French et at.), and on retino-tectal projection in amphibians. The
author concludes by saying that the notion of static diffusion gradients
providing positional information will probably have to be replaced by a com-
bination of wave propagation from defined organising centres, and (local or
global) "clocks" of some kind which generate spatial and temporal periodici-
ties.
There is much more in the book (particularly in the last chapter) than can
be done justice to here. The author aspires after a "balance between know-
ledge and vision", and to grasp the significance of this the perusal of the
entire book is necessary (even though for the average biologist the going is
difficult in places) .
9.
G.NICOLIS and I.PRIGOGINE. 1977. SELF-ORGANIZATION IN NONEQUILIBRIUM SYSTEMS;
from dissipative structures to order through fluctuations
Wiley, New York, etc. XIV, 491 pp., 124 figs., subject index. £ 20.75
Contents (abridged): I. The thermodynamic background (4 chs.); II. Mathe-
matical aspects of self-organization: deterministic methods (4 chs.); III.
Stochastic methods (4 chs.); IV. Control mechanisms in chemical and biol-
ogical systems (4 chs.); V. Evolution and population dynamics (2 chs.)
On reading the word self-organisation every embryologist pricks up his
ears. Unfortunately this reviewer lacks all competence in mathematics, and
all I can do here is to try and highlight the main features of this book and
of its authors' thinking in order to bring them to the attention of develop-
mental biologists. (In this notice I will often use or paraphrase the words
of the authors without showing this by quotation marks.)
Most of the striking results of classical thermodynamics refer to equili-
brium situations. Later, linear nonequilibrium thermodynamics showed that
nonequilibrium may be a source of macroscopic (global) order (the example
adduced by the authors is thermal diffusion.) The results of the investiga-
tions by Prigogine's group on situations further away from equilibrium, and
involving nonlinear equations, can be sketched as follows. When a system
(e.g. a chemically reacting mixture described by nonlinear functions of the
variables involved) is forced further and further away from equilibrium, the
equilibrium solution may become unstable and the system may evolve toward a
new type of organisation (a new long-range molecular order) involving coher-
ent space-time behaviour (cf . the Benard instability in liquids) . This type
of organisation depends on appropriate feedback conditions; the new struc-
tures that appear can be maintained only through a sufficient flow of energy
and matter and are called "dissipative structures". (Turing's early work
concerned one of the first dissipative structures ever studied.)
The special interest of the biological applications of this approach dis-
cussed in the book is brought out by the following quotation,: "While each
of the important biomolecules discovered in the recent years is obviously
formed according to the laws of physics and chemistry, we have to identify
the mechanisms that make the "mass production" of these molecules possible
and coordinate their production according to the needs of the organism. It
has often been stated that biological organisation requires a series of
structures and functions of growing complexity and hierarchial character.
One of our main concerns is to understand the way in which transitions be-
tween levels occur and to relate the molecular level to the supermolecular
192
one, and the cellular to the supracellular . The examples in Parts IV and V
show that this problem can be formulated and in some cases solved using the
methods we have introduced"
The authors show that Boltzmann's order principle does not apply to dis-
sipative structures, and that for these to appear it is necessary that small
fluctuations are amplified and stabilised (cf. Turing). The role of fluctua-
tions is studied in part III. This is probably the part of the theory where
recent progress has been most spectacular. However, the approach combines
both stochastic and deterministic elements in the time evolution of the
macroscopic system; the deterministic elements suffice at points far from
bifurcation and are treated in part II. The thermodynamic background is kept
at a minimum and is treated in part I.
Part IV has chapters on self-organisation in chemical reactions, on regu-
latory processes at the subcellular level (with much emphasis on metabolic
oscillations) , on regulatory processes at the cellular level (with a section
on cell division) , and on cellular differentiation and pattern formation.
One of the main goals of the latter chapter (which occupies 20 pages) is to
analyse the origin of positional information, in other words, the onset of
polarity in a morphogenetic field. The discussion is largely in terms of
cell communication by means of diffusion of morphogens through the cytoplasm,
although it is recognised that membrane-bound phenomena may also have to be
invoked. Applications to morphogenesis in Hydra and Acetabularia are briefly
discussed.
Although what is said about morphogenesis in this book is clearly of a
preliminary nature, my uneducated intuition tells me that the approach of the
Brussels school may well profoundly affect our ways of thinking about pattern
formation and, more generally, about the problems of biological organisation
at the supramolecular level.
10.
A.I.ZOTIN, ed. 1976. THERMODYNAMICS OF BIOLOGICAL PROCESSES; general condi-
tions, constitutional processes, dissipative structures, some evolutionary
problems (in Russian)
Publ. House Nauka, Moscow. 278 pp., 70 figs., 17 tabs. R 1.41
Collection of papers in 7 sections: General thermodynamic problems
(authors: Lamprecht, Presnov, Zotin) ; Qualitative phenomenological theories
of development (Konoplev, Presnov, Zotin, Zotina) ; Quantitative phenomenol-
ogical theories of development (Konoplev, Lamprecht, Presnov, Prokofev,
Shagimordanov, Valter, Zotin, Zotina) ; Heat production in living systems
(a.o. in development) (Bretel, Grudnitski j , Lamprecht, Lor, Nikolskaya,
Sajadi, Schaarschmidt, Zotin); Energetic developmental processes (Nikolskaya,
Ozernyuk, Radzinskaya, Vladimirova) ; Dissipative structures (Lamprecht, S.S.
Vasilev, V.A.Vasilev, Zotin); Probability of state and regulation of biolog-
ical systems (Grudnitski j , Konoplev, Ozernyuk, Sokolov, Zotin); 26-page bib-
liography (20 pp. Russian until '76, 6 pp. non-Russian until about '74).
Symposium reports
11.
S. A. LEVIN, ed. 1977. SOME MATHEMATICAL QUESTIONS IN BIOLOGY. VIII
Amer. Math. Soc, Providence. Lectures on Mathematics in the Life Sciences,
vol.9. VI, 186 pp., 35 figs. $ 14.40 (paper)
Two papers in this symposium report are of direct interest to our readers.
The paper by S.Kauffman on dynamic models of the mitotic cycle has been
published previously in Lecture Notes in Biomathematics, vol.13. It deals
particularly with the author's "limit cycle model" developed for Physarum
polycephalim.
193
The paper by H.Othmer, entitled Current problems in pattern formation, is
almost entirely mathematical in content. It discusses patterns based on
coupled "units" (cells) which are periodic or capable of being entrained by
a periodic signal. It attempts to answer two questions: (1) under what con-
ditions do the coupled units synchronise into a single collective mode, and
(2) what properties of the internal (biochemical) dynamics and of the coup-
ling produce non-uniform spatio-temporal patterns?
PLANT DEVELOPMENT (general) (see also 7, 76, 79)
Textbooks
12.
K.V.THIMANN. 1977. HORMONE ACTION IN THE WHOLE LIFE OF PLANTS
Univ. of Massachusetts Press, Amherst. XII, 448 pp., 245 figs., 40 tabs.,
author and subject indexes. $ 3 5.00
Contents: 1. Historical and general introduction, 2. Hormones and the ger-
mination of seeds, 3. Cell enlargement and growth, 4. Polarity and the
transport of auxin, 5. Geotropism, 6. Phototropism, 7. The development of
leaves and roots, 8. Chemical aspects of the hormones, 9. Differentiation
and plant tissue cultures, 10. Apical dominance, 11. The role of hormones
in flowering and fruiting, 12. Hormones and the senescence of leaves, 13.
The abscission of leaves and fruits, 14. Concepts of the mechanism of ac-
tion of the hormones
It is a rare occurrence that a man who has been active in a field almost
from its first inception is able to write a survey of it in ripe old age.
This is what Professor Thimann has accomplished. The book is based on a
series of lectures given for graduate students in 1974. It has been critical-
ly reviewed elsewhere by botanists; this reader, a zoologist, particularly
enjoyed the lively style of the narrative, conveying an impression of listen-
ing to a highly gifted lecturer, and the frequent accounts of the historical
origins of the subject.
As will be apparent from the table of contents little will be found on the
more strictly morphogenetic aspects of plant development. No attempt has been
made at compiling a comprehensive bibliography, because this is available
elsewhere, but the protagonists of the story are given due credit and geo-
graphically located throughout the text. The chapter bibiographies are short
and there is a brief list of supplementary reading at the end.
The book is beautifully produced and illustrated.
Monographs
13.
R.BEIDERBECK. 1977. PFLANZENTUMOREN , ein Problem der pflanzlichen Entwicklung
Ulmer, Stuttgart. 215 pp., 39 figs., 14 tabs., combined subject and taxonomic
index. DM 48.00
This book is a critical, up-to-date and extremely well-organised survey of
the enormous amount of recent and older work on higher-plant tumours. It
opens with a concise but excellent summary of the cellular principles of
normal plant development (17 pp.) and a chapter on wound healing (8 pp.). In
the last chapter tumour formation is again contrasted with normal histogene-
sis, and a general frame of reference is given for cancer as a cellular phe-
nomenon against the background of the genetic model of Ahuja and Anders
(1976) .
The main chapters of the book deal with crowngall tumours (95 pp.), virus-
induced tumours and WTV (16 pp.), genetic tumours in Niootiana (19 pp.),
194
habituation of plant cells in vitro, tumours induced by chemicals and irra-
diation, and White's fir tumour. Much attention is given to the nature of
the causative agents, the mechanisms of tumour induction, and the effects on
the host plant.
The book is illustrated with line drawings and photographs. The bibliogra-
phy contains well over 1,000 titles and is up to date until 1976.
INVERTEBRATE DEVELOPMENT (general)
Treatises
14.
A.C.GIESE and J.S.PEARSE, eds. 1977. REPRODUCTION OF ^4ARINE INVERTEBRATES,
vol. IV; Molluscs: Gastropods and Cephalopods
Academic Press, New York, etc. XII, 369 pp., 112 figs., 2 3 tabs., author, sub-
ject and taxonomic indexes. $ 38.00, £ 27.00
The first three volumes of this 7-volume treatise were announced in Gen.
Embryol. Inf. Serv. , vol.16, parts 1 and 2. The present volume has three
chapters on gastropods {Prosobranahia^ Opisthobranahia and Fulmonata) and
three on cephalopods [Nautiloidea^ Deoapoda and Octopoda) . The sections on
embryonic and larval development are almost entirely descriptive in nature;
that in the chapter on opisthobranchs is very short and the embryonic devel-
opment of Nautilus is not known.
The chapter on prosobranchs has been updated by a bibliography covering
the years 1970- '76. The volume is a mine of information and is profusely and
beautifully illustrated.
Textbooks
15.
O.M.IVANOVA-KAZAS. 1977. ASEXUAL REPRODUCTION IN ANIMALS (in Russian)
Izd.Leningradskogo Univ., Leningrad. 240 pp., 127 figs.
Brief introduction on general characteristics of asexual reproduction, on
related problems in general biology, and on classification of the phenomena
of asexual reproduction; extended systematic treatment from Protozoa to
Chordata; polyembryony; blastogenesis as a special type of ontogenesis;
good line drawings from diverse sources; 7-page bibliography (1*2 pp. Russian)
16.
O.M.IVANOVA-KAZAS. 1978. COMPARATIVE EMBRYOLOGY OF THE INVERTEBRATES; Echi-
nodermata and Hemichordata (in Russian)
Izd. Nauka, Moscow. 166 pp., 110 figs., subject and taxonomic indexes.
iR.SOk. (paper)
Deals in two separate parts with Eohinodermata and Hemichordata; also con-
siders experimental embryology, regeneration and asexual reproduction; part
two includes Planotosphaeroidea; numerous good line drawings from various
sources; extensive bibliographies (almost entirely non-Russian),
(see also notice no. 23 in vol.17, pt.l.)
195
Monographs
17.
G.E.CANTWELL, A.J.NAPPI and J . G . STOFFOLANO , Jr. 1976. EMBRYONIC AND POST-
EMBRYONIC DEVELOPMENT OF THE HOUSE FLY {Musca domestica L.)
U.S.Dept. of Agriculture, Washington. Technical Bulletin No. 1519. 69 pp.,
114 figs.
Carefully timed description of embryonic development (15 and 30-min. inter-
vals) ; description of larval structure and development by organ system; imag-
inal discs very brief; photomicrographs of fair to good quality.
Dissertations
18.
J.M.VAN DER MEER. 1978. REGION SPECIFIC CELL DIFFERENTIATION DURING EARLY
INSECT DEVELOPMENT; experimental morphological aspects of embryonic pattern
formation in the coleopteran Callosobruahus maaulatus Fabr.
Ph.D. thesis, Nijmegen. VI, 185 pp., 40 figs., 19 tabs, (mimeographed)
Very thorough study in the form of six pre-publication manuscripts; ex-
haustive inventory of larval cuticular segment markers; constriction of
eggs by Sander's "guillotine" at many different stages: permanent or tempo-
rary, complete or incomplete; analysis of incomplete or abnormal segment
patterns in larvae; double abdomens; longitudinally restricted and periodic
polarity reversals; formal models in terms of "lateral inhibition"; discus-
sions of morphogen transport; offset photomicrographs and line drawings.
VERTEBRATE DEVELOPMENT (general) (see also 15)
Textbooks
19.
B.COLENBRANDER and J.C . HASSELAAR. 1977. EM3RY0L0GIE. 2nd edit, (in Dutch)
Vakgr. Funct. Morfol., Vet. Faculty, Utrecht. VI, 137 pp., numerous illustra-
tions
Laboratory guide for veterinary students; comparative introduction; em-
bryology of amphibians, chick and pig; very good micrographs and line
drawings.
20.
E.S.SZEBENYI. 1977. ATLAS OF DEVELOPMENTAL EMBRYOLOGY
Assoc. Univ. Presses, Cranbury, etc. 338 pp., numerous figures. $ 40.00,
£ 20.00
It is difficult to see how this atlas can gain a place alongside several
others already on the market, particularly at this exorbitant price. The pen-
and-ink drawings are rather crude and the reasons given for not using photo-
graphs are not convincing: in the few cases where a drawing is to be pre-
ferred (whole embryos) much better ones could have been provided. Little
care has been devoted to lay-out and production, particularly in the section
on early development. Finally, the title is a linguistic horror.
196
DEVELOPMENT OF MAMMALS AND MAN (general) (see also 34,44,64,104)
Textbooks
21.
C.R.AUSTIN and R.V. SHORT, eds. 1978. FORTPFLANZUNGSBIOLOGIE DER SAUGETIERE.
Band 2 Embryonale und fotale Entwicklung, aus dam Englischen iibersetzt von
G.Obe, U.Hollihn und B.Beek
Parey, Berlin, etc. Pareys Studientexte No. 7. 128 pp., 44 figs., 6 tabs.,
subject index. DM 26.00 (paper)
This excellent short text dating from 1972 is the second translation in
this series, which was reviewed in Gen. Erabryol. Inf. Serv. 15, 1 (1973) .
The translation reads well but is not always entirely correct. Some of the
illustrations have lost some detail in reproduction and some captions are
less than adequately translated,
22.
D.A.LANGEBARTEL. 1977. THE ANATOMICAL PRIMER; an embryological explanation
of human gross morphology
Univ. Park Press, Baltimore, etc. X,510 pp., numerous figs., subject index.
$ 22.50, E 13.75
The reason why we review this book is that it is of interest to teachers
of human anatomy and embryology. The starting point is that the human body
is organised and that this organisation is most easily grasped and taught
on the basis of embryonic structure. The book presents the gross anatomical
details in "low key" but emphasises the basic simplicity of the body's com-
position during embryonic and (early) fetal development.
The text is short and the main emphasis is on the illustrations. These
consist of numerous excellent line drawings which use red colour to empha-
sise important structures and components and cover all stages of development
up to the adult. The whole is didactically very clear and pleasing to the
eye. Apart from a 50-page section on embryogeny the subject matter is treat-
ed in four main parts: body wall, nervous system and related structures,
cardiovascular system, and viscera. Appropriate literature is cited and
listed in the 4-page bibliography.
23.
J.LANGMAN. 1977. MEDIZINISCHE EMBRYOLOGIE ; die normale menschliche Entwicklung
und ihre Fehlbildungen. 5th unchanged edit. , translated by U.Drews
Thieme, Stuttgart. Taschenlehrbuch der gesamten Anat. Bd.4. X,416 pp., 283
figs., subject index. DM 18.80 (paper)
This edition of the translation of Langman ' s well-known text is identical
with the 4th German edition (1976) . It is based on the 3rd English edition
(1975) and therefore now has half-tone illustrations as well as the famous
line drawings. The translator has made some alterations in the original text
with the permission of the author.
Contrary to the 3rd English edition the chapter on experimental embryology
has been retained and even extended by the translator. It is fairly modern
in some areas but rather antiquated in the more strictly biological sections.
It has no illustrations but is the only chapter in which the reference list
has been retained.
197
/:4.
K.L.MOORE. 1977. THE DEVELOPING HUMAN, clinically oriented embryology. 2nd
edit.
Saunders, Philadelphia, etc. XIV, 411 pp., 362 figs., 10 tabs., subject in-
dex. £ 5.25
This book has become quite popular since its first publication in 1973
and has been translated into several languages. The first edition was re-
viewed in Gen. Embryol. Inf. Serv. 15, -2, 1974. The text was quite up to
date at that time and has again been updated for this edition. Many illus-
trations were modified or replaced by newer ones. The apparently successful
format of the book is unchanged, but apart from the references each chapter
now has suggestions for further reading for the beginning student.
25.
G.H.SCHUMACHER. 1977. EMBRYONALE ENTWICKLUNG DES MENSCHEN. 3rd edit.
Volk und Gesundheit, Berlin (DDR). Thesaurus Reihe. 206 pp., 95 figs., sub-
ject index. M 8.00 (paper)
The first and second edition of this concise text were reviewed in Gen.
Embryol. Inf. Serv. 16, 1, 1975. The book has been fully revised without
changing the format. Ten new illustrations and a glossary of Latin and
Greek terms were added .
Monographs
26.
E.BLECHSCHMIDT. 1977. THE BEGINNINGS OF HUMAN LIFE, translated from the
German by Transemantics , Inc.
Springer, New York, etc. Heidelberg Science Library. VIII, 128 pp., 58 figs.,
8 pis. $ 7.50, DM 15.00 (paper)
This is the English translation of a book reviewed last year in part 1 of
this volume (p. 212). The translation is good on the whole but distinctly odd
in places. Most of the half-tone illustrations have suffered slightly as
compared with the original ones.
A critical review of an earlier version of the book is to be found in Gen.
Embryol. Inform. Serv., suppl . to the 12th issue, 1968, p. 17.
27.
E.BLECHSCHMIDT and R.F.GASSER. 1978. BIOKINETICS AND BIODYNAMICS OF HUMAN
DIFFERENTIATION; principles and applications
Thomas, Springfield. American Lecture Series No. 1011. XVI, 285 pp., 159 figs.,
subject index. $ 24.50
To those not familiar with E.Blechschmidt ' s ideas developed in a long life
of scientific activity this book could be one of two things: an irritant or
an eye-opener. In both cases it may perform a useful function, if only be-
cause no one can deny that it is wholly original and entirely unorthodox.
Regular readers of these book notices have been given glimpses of Blech-
schmidt's way of thinking on previous occasions (see Gen. Embryol. Inf. Serv.
vols. 12 (suppl.), 1968 and 16, 1, 1975) but this is the first time his ideas
are laid down in a book first published outside Germany, thanks to the in-
terest and help of the junior author, who is an American.
The main premise of the book is that it is necessary to study human devel-
opment right from the start by what is called "kinetic anatomy", viewing the
embryo as a dynamically interacting whole on the basis of material movements
and tissue forces deduced from painstaking morphological investigation. It
is claimed that this leads to conclusions that invalidate evolutionary con-
siderations and emphasise the uniqueness of human development. The resulting
view is strongly epigenetic in character and accords only limited importance
to the genetic information present in the chromosomes. This reviewer, not
being an expert on human developmental anatomy, can only repeat what he said
on previous occasions: let every reader judge the value of these views for
himself.
The book is produced with great care and is illustrated with micrographs,
drawings and diagrams of outstanding quality. It is quite typical that the
only literature cited consists of three books by the first and one by the
second author (as well as some of Blechschmidt ' s publications in German cited
in footnotes) .
28.
Y.NOTAKE and S.SUZUKI, eds. 1977. BIOLOGICAL AND CLINICAL ASPECTS OF THE
FETUS
Thieme, Stuttgart; Igaku Shoin, Tokyo. VIII, 263 pp., 207 figs., 50 tabs.,
author and subject indexes. DM 148.00
This book will be mainly of significance to members of the medical pro-
fession, but some chapters will be of interest to mammalian and human em-
bryologists. All but one of the 17 contributors are Japanese researchers
working either in Japan or elsewhere; they are all engaged in both basic and
clinical research. The eight chapters are reviews intermingled with some-
times considerable amounts of original material, some of which was not pub-
lished previously.
Two chapters are of particular interest to our readers. One is on the
biology of mammalian embryos in pre-implantation stages (S.Suzuki et ai^.,
16 pp.). The other is an extensive survey (Tanimura, 57 pp.) of findings on
both normal and abnormal embryonic and early fetal human development based
on the Nishimura Collection at Kyoto University (Human Embryo Center) . (This
collection consists of material from legal abortions in Japan, and contains
some 35,000 embryos, some 4,000 early fetuses, and over 2,000 sectioned
specimens.) Other chapters deal with fetal growth and the intra-uterine en-
vironment, the placenta, and the feto-maternal hormonal milieu. Two chapters
are of exclusively clinical interest (sonar and amniocentesis) .
All chapters have extensive reference lists. In the text it is not always
made perfectly clear which data are original and which are not. The English
is often clumsy and should have been edited. The book is well produced and
profusely illustrated. The photographs are of very good quality and most of
them are original.
29,
M.I.SHERMAN, ed . 1977. CONCEPTS IN MAMMALIAN EMBRYOGENESIS
MIT Press, Cambridge, Mass., etc. Cell Monograph Series No.l. XXVI, 404 pp.,
40 figs., 11 tabs., subject index. E 17.50
Contents: 1. The biology of embryogenesis , 2. The molecular biology of
the preimplantation embryo, 3. Genetics of early mammalian embryogenesis,
4. T-Complex mutations and their effects, 5. Cell surface properties of
early mammalian embryos, 6. Tumor virus expression during mammalian em-
bryogenesis, 7. Teratocarcinoma cells and normal mouse embryogenesis
As the editor says in his Introduction, "the purpose of this monograph
is to provide the reader with a thorough overview of a few selected topics
on manmialian embryogenesis that are of current interest and interrelate
well with each other". The result is a resounding success. All chapters
are lengthy, critical, well-written and well -organised reviews by both
established and younger experts, most of them British or American. The
chapters are well integrated by cross-referencing and all authors use the
199
same terminology, clarified in a brief glossary. All chapters deal mainly
with early embryogenesis prior to and around implantation.
One chapter bibliography has been updated until 1977, the others are up
to date until 1976. The photographs and electron micrographs are well re-
produced.
30.
J. M. TANNER. 1978. FOETUS INTO MAN: PHYSICAL GROWTH FROM CONCEPTION TO
MATURITY
Open Books, London. VI, 250 pp., 81 figs., 5 tabs., author and subject indexes.
£ 7.95 (cloth), £ 4.50 (paper)
Contents: 1. The curve of growth, 2. Cells and the growth of tissues, 3.
Growth before birth, 4. Sex differentiation up to puberty, 5. Puberty, 6.
Developmental age, and the problems of early and late maturers, 7. The en-
docrinology of growth, 8. Growth and development of the brain, 9. The in-
teraction of heredity and environment in the control of growth, 10. The or-
ganization of the growth process, 11. Standards of normal growth, 12. Dis-
orders of growth
This little book is a gem of scientific exposition. A subject that could
easily be dull has been made highly interesting by a broad definition of
growth and a lively style. Moreover, the treatment is entirely up to date and
technicalities are explained in simple language.
The book is well produced and illustrated. The chapter bibliographies are
broken down into references and annotated items for further reading.
Symposium reports
31.
CIBA - Symposium. 1977. THE FREEZING OF MAMMALIAN EMBRYOS
Elsevier - Excerpta Medica - North-Holland, Amsterdam, etc. Ciba Foundation
Symposium 52 (new series). X,330 pp., 84 figs., 36 tabs., subject index,
index to contributors. $ 28.25, Df 1.69. 00
This symposium volume is of only limited importance to mammalian embryol-
ogists. Nevertheless, items of interest are to be found here and there,
particularly in the group discussions. The volume deals with the basic and
applied aspects of the freezing of embryos of the mouse and several other
mammals. They are discussed by a group of specialists mainly from Britain
and the U.S.A.
One paper is of more immediate interest to embryologists : the largely
theoretical contribution by Riggers et al . on transport mechanisms in the
preimplantation mammalian embryo.
The volume is produced with the meticulous care we have come to expect
from this series.
Reference works
32.
INTERNATIONAL ANATOMICAL NOMENCLATURE COMMITTEE. 1977. NOMINA ANATOMICA. 4th
edit.
Excerpta Medica, Amsterdam, etc. XXVIII, 168 pp., Dfl. 120.00, $ 52.25, £ 28.75
(paper)
This fourth edition replaces the third one of 1966/68. Considerable revi-
sions have been made, particularly as regards the nervous system (almost 200
new terms) . The book now contains for the first time the internationally ap-
proved Nomina Histologiaa and Nomina Embryologica (34 and 36 pages, respec-
tively) . The latter are now in Latin only, in contrast to the previously
200
circulated provisional list (1970). It is understood that each country is
free to make its own vernacular translation.
It is emphasised in the introduction that all anatomists, histologists and
embryologists can send criticisms and suggestions of all kinds to the Inter-
national Anatomical Nomenclature Committee at all times, and that this is
important for improvement of the fifth edition (to be submitted to the Mexico
World Congress in 1980) .
REPRODUCTION, SEXUAL DEVELOPMENT, GAMETOGENESIS , FERTILISATION (see also 14,
59, 109)
Treatises
33.
S.ZUCKERMAN and B.J. WEIR, eds. 1977. THE OVARY. 2nd edit. Vol.1: General as-
pects
Academic Press, New York, etc. XX, 517 pp., 58 figs,, 4 tabs., author index,
combined subject and taxonomic index. $ 35.00, £ 24.85
The first edition of this work dates from 1962. The book has therefore
been entirely recast and is now in three volumes. Only the first is examined
here. It deals entirely with vertebrates except for the last chapter (on the
ovary and secondary sexual characters) , which has a brief section on inverte-
brates. The chapters are well-organised, authoritative reviews.
The chapters of most immediate interest to our readers are those by
Zuckerman and Baker on ovarian development and oogenesis (sensu striata) , by
Haffen on sexual differentiation of the ovary, and by Wolff and Haffen on
natural and experimental modification of ovarian development. The chapters
on the structure of the mammalian and non -mammalian ovary, by Harrison and
Weir, and Dodd, respectively, of course also contain much that is of inter-
est.
Not all chapters are equally up to date: some go until 1975 but others no
further than 1972/73. The book is illustrated with very good light and elec-
tron micrographs and line drawings.
(Vol.11 will contain chapters on the control of ovarian development in in-
vertebrates, on the development of estrogen-sensitive tissues of the genital
tract and mammary gland, and on ovary transplantation.)
Textbooks
34.
P.J.HOGARTH. 1978. BIOLOGY OF REPRODUCTION
Blackie, Glasgow, etc. Tertiary Level Biology Series. VIII, 189 pp., 79 figs.,
13 tabs., subject index. £ 6.95
Contents: 1. introduction, 2. Male reproduction, 3. Sperm in the female
tract, 4. Reproduction in the female: the oestrous cycle, 5. Early develop-
ment and implantation, 6. Pregnancy, 7. Birth and lactation, 8. Sexual de-
velopment and differentiation, 9. Immunology and reproduction, 10. Repro-
duction and society
Although this book was written primarily for advanced students it will be
very useful as an introduction for those starting work in mammalian embryol-
ogy. The subject matter is restricted to mammals but within these limits the
book is comprehensive and up to date.
The author has achieved a good compromise between relying too heavily on
the laboratory rat and placing too much emphasis on the diversity of repro-
ductive strategies among the mammals. The amount of embryology in the strict
sense is understandably limited. Although no references are cited in the
201
text, there are good lists of further reading leading on to more specialised
publications .
The book is well produced and illustrated.
Monographs
35.
E. S.E.HAFEZ, ed. 1975. SCANNING ELECTRON MICROSCOPIC ATLAS OF MA^4MALIAN
REPRODUCTION
Thieme, Stuttgart; Igaku Shoin, Tokyo. X,429 pp., 358 figs., subject index.
DM 240.00
This superb atlas is in the form of more than 30 brief chapters by an in-
ternational band of 55 authors, grouped into three main sections: Male re-
production. Female reproductive organs, and Eggs and pregnancy. Many chap-
ters have the format of a brief publication and several report previously
unpublished data. The third section has four chapters on the cumulus oopho-
rus and fertilisation, four on cleavage and blastocyst development, and one
each on other subjects such as the placenta and the amniotic membrane. Nor-
mal and pathological processes receive equal consideration. The species
studied varies with the subject.
Most of the more than 350 illustrations are of course SEM pictures, usual-
ly two to six on a page, of very good quality and at a wide range of magni-
fications. These are supplemented occasionally with good drawings in the
text and some TEM pictures and photomicrographs. The book is well produced
on high-quality glossy paper.
36.
W.KUNZ and U.SCHAFER. 1978. OOGENESE UND SPERMATOGENESE
Fischer, Jena. Bausteine der modernen Physiologie, 98 pp., 11 figs., 10 tabs.
subject index. M 25.00 (paper)
This monograph in fact consists of two lengthy and well-organised reviews,
one of 52 pages on oogenesis by the first, and one of 25 pages on spermato-
genesis by the second author. The first part is largely restricted to the
growth phase of the oocyte, and in both parts the emphasis is very much on
molecular aspects, to the virtual exclusion of ultrastructural morphology.
The subject matter is largely restricted to findings in amphibians and sea
urchins in part one, and in Drosophila and mammals in part two. Part one has
sections on the role of maternal hRNA and rRNA in the embryo, and on the am-
phibian oocyte as a system for studying nuclear and cellular differentiation.
Each of the two parts has its own selective bibliography; both run into
early 1976. The volume has good diagrams and a number of electron micrographs
showing lampbrush chromosomes, extra-chromosomal DNA and multiple nucleoli.
D-issertations
37.
B.GRIFFOND. 1977. RECHERCHES CYTOLOGIQUES ET EXPERIMENTALES SUR LA DIFFE-
RENCIATION SEXUELLE ET LA GAMETOGENESE DE LA PALUDINE Viviparus viviparus L.
(Mollusque Gasteropode Prosobranche)
Ph.D. thesis, Besan^on. 156 pp., 58 pis.
Normal histology and electron microscopy; culture of gonads in vitro with
or without nervous tissue; numerous light and electron micrographs.
202
Symposium reports
38.
J.H.CALABY and C . H.TYNDALE-BISCOE , eds. 1977. REPRODUCTION AND EVOLUTION
Austral. Acad, of Sci., Canberra. VIII, 380 pp., 198 figs., 52 tabs.,
taxonomic and subject indexes. $ 20.00 (paper)
This symposium was held in Canberra in December 1976 and was attended
mainly by Anglo-Saxon workers, more than half of them from Australia and
New Zealand. A major feature is the emphasis on monotreraes and marsupials.
The 47 papers were reproduced directly from typescripts and vary tremen-
dously in format. No discussions are recorded.
Of the five sections into which the papers are arranged, that on Embryo-
maternal interactions and the evolution of viviparity is of most interest
to our readers. It contains 13 papers describing work on lizards, mono-
treraes, marsupials and eutherian mammals. Nine of the (first) authors are
Australian. The summing-up of this section by McLaren is well worth reading.
Other sections deal with Evolution of sex determination. Comparative as-
pects of reproduction in male vertebrates, and Ovarian cycles and luteal
function.
39.
H.LUTZ, P.LUBET and H.CHARNIAUX-COTTON, organisers. 1976. DIFFERENCIATION
SEXUELLE
Soc. Zool. de France, Paris. Bull. Soc. Zool. France 101, suppl.no. 4.
VI, 119 pp., 15 figs., 5 tabs.
Series of 17 brief papers in French on primordial germ cells and internal
and external control of sexual differentiation in invertebrates and verte-
brates; offset figures.
40.
SYMPOSIUM ON GERM AND SOMATIC CELL INTERACTION. 1978
Inst. Natl, de la Rech. Agronomique, Jouy-en-Josas . Ann. Biol. Anim. Bio-
chim. Biophys, 18, 2B. 328 pp., 107 figs., 19 pis., 38 tabs. F.Fr.65.00
(paper)
This symposium took place in Paris in July 1977 and had a widely interna-
tional attendance. Almost all of the 37 contributions are brief reports of
recent research; all are in English with French summaries. They deal with
mammals, some lower vertebrates, and some invertebrates (particularly star-
fish) .
Two of the four sections contain papers of interest to developmental
biologists (we give the names of the authors concerned in parentheses) .
Section 1 is entitled Interaction between somatic and germ cells in the em-
bryo (Burgoyne, Byskov, Carlon and Erickson, Wai-Sum O arid Baker) . Section 3
is on Cell interaction in the ovary (particularly oocyte maturation:
Guerrier et at., Jalabert, Moor, Ozon et at., Schuetz and Cloud, Szollosi
et al., Zeilmaker) . The other sections deal with Genetic control of meiosis
and Testis cell relationships.
The volume is well printed and illustrated with top-quality photographs.
41.
D.H.TAYLOR and S.I.GUTTMAN, eds. 1977. THE REPRODUCTIVE BIOLOGY OF AMPHIBIANS
Plenum, New York, etc. X,475 pp., 123 figs., 55 tabs., taxonomic and subject
indexes. $ 42.50
Because so many developmental biologists work with amphibians we briefly
alert our readers to this volume. It is based on a symposium held in Oxford,
Ohio in August 1976 and contains a series of reviews of recently completed
203
research by recognized authorities from eight countries.
We single out the following contributions as being of special interest to
our readers: Studies of the life histories and reproduction in North American
plethodontid salamanders (Tilley) ; Life history patterns and reproductive
biology of neotropical salamanders (Houck) ; Aspects of the reproductive biol-
ogy of Japanese anurans (Kawamura and Nishioka) ; Systematics and hybridiza-
tion in the Rana esaulenta complex (Berger) ; and Cytotaxonomy and cytogene-
tics in European newt species (Mancino et at.).
IMPLANTATION, PLACENTA, FETAL MEMBRANES AND FLUIDS (see also 38,44,109,111)
Monographs
42.
H.W.DENKER. 1977. IMPLANTATION, the role of proteinases, and blockage of
implantation by proteinase inhibitors, translated from the German
Inaugural dissertation, Aachen. Springer, Berlin, etc. Advan. Anat. Embryol.
Cell Biol, vol.53, 5. 123 pp., 35 figs., 16 tabs., subject index. DM 48.00,
$ 24.00 (paper)
Combined morphological, histo- and biochemical study of initial tropho-
blast attachment to uterine mucosa in rabbit and cat; dissolution of blas-
tocyst coverings in vitro; demonstration of glycosidases and proteinases,
part, endopeptidase (blastolemmase) and cathepsin-B; inhibition of former by
proteinase in vivo; long bibliography; very good drawings, light and elec-
tron micrographs.
43.
P.KAUFMANN and M.DAVIDOFF. 1977. THE GUINEA-PIG PLACENTA
Springer, Berlin, etc. Advan. Anat. Embryol. Cell Biol, 53j 2, 91 pp., 21
figs., 13 tabs., subject index. DM 40.00, $ 17.50 (paper)
Brief description of development of the placenta; mature placenta: gross
structure, vascular supply and functional morphology; ultrastructure and
histochemistry at four stages of development; also subplacenta and yolk sac;
comparison with human placenta; excellent micrographs and diagrams.
TERATOGENESIS, CONGENITAL MALFORMATIONS (see also 57,64)
Treatises
44.
J.G.WILSON and F.C. ERASER, eds. 1977. HANDBOOK OF TERATOLOGY. Vols. 1-4
Plenum, New York, etc.
Vol.1 General principles and etiology, XII, 476 pp., 52 figs., 37 tabs.,
subject index. $ 39,00
Vol, 2 Mechanisms and pathogenesis, XII, 491 pp., 131 figs,, 24 tabs., subject
index, $ 39,00
Vol.3 Comparative, maternal, and epidemiologic aspects, X,334 pp., 61 figs.,
29 tabs., subject index. $ 39.00
Vol, 4 Research procedures and data analysis, X,458 pp., 64 figs., 26 tabs.,
subject index. $ 46.80
Contents vol.1: I. introduction: 1. History of teratology, 2. Current
status of teratology - general principles and mechanisms derived from
animal studies, 3. Relation of animal studies' to the problem in man; II.
Causes of maldevelopment : 4. Action of mutagenic agents, 5. Radiations and
204
other physical agents, 6. Infectious diseases, 7. Nutritional deficiencies
and excesses, 8. En±iryotoxicity of drugs in man, 9. Environmental chemi-
cals, 10. Maternal metabolic and endocrine imbalances, 11. Atmospheric
gases - variations in concentration and some common pollutants, 12. Ex-
tremes of temperature, 13. Interactions and multiple causes.
Contents vol.2: ill. initiating mechanisms and early pathogenesis: 1. Gene
expression and its regulation, 2. Developmental genetics, 3. Numerical and
structural chromosome abnormalities, 4. Cell death and reduced prolifera-
tive rate, 5. Altered biosynthesis, 5. Embryonic intermediary metabolism
under normal and pathological conditions, 7. Altered electrolyte and fluid
balance, 8. Abnormal cellular and tissue interactions, 9. Cell morphogene-
tic movements, 10. Alterations in the metabolism of glycosaminoglycans and
collagen, 11. Time-position relationships, with particular reference to
cleft lip and cleft palate, 12. Teratogenesis and oncogenesis; IV. Exam-
ples of abnormal organogenesis: 13. Abnormal organogenesis in the eye, 14.
Abnormal organogenesis in the cardiovascular system, 15. Abnormal organo-
genesis in the urinary tract, 16. Abnormal organogenesis in the reproduc-
tive system, 17. Abnormal organogenesis of facial structures, 18. Abnormal
organogenesis in the limbs.
Contents vol.3: v. Maternal and placental effects: 1. Maternal and cyto-
plasmic effects in experimental teratology, 2. Factors that affect drug
concentrations in maternal plasma, 3. Effects of placental pathology on
the embryo and fetus; VI. Comparative studies in maxi and other mammals:
4. Summary of comparative embryology and teratology, 5. Comparative pla-
cental transfer; VII. Epidemiology: 6. Detection and evaluation of preg-
nancy wastage, 7. Value and methods of animal studies- in epidemiology, 8.
Birth defects registries and surveillance, 9. Correlations of malformation
frequency with environmental and genetic attributes in man
Contents vol.4: VIII. Research procedures and data analysis: 1. Tech-
niques for cytogenetic analysis, 2. Mutation testing systems, 3. Cell,
tissue, and organ culture as teratologic tools, 4. Whole embryo explants
and transplants, 5. Survey of in vitvc systems: their potential use in
teratogenicity screening, 6. The structure and uses of genetically homo-
geneous lines of animals, 7. Multigeneration reproduction studies, 8- The
design of subprimate animal studies, 9. Feasibility and design of subhuman
primate studies, 10. Uterine vascular interruption and combined radiation
and surgical procedures, 11. Analytical techniques for the study of tera-
togenic mechanisms, 12. Immunological aspects of development, 13 Behav-
ioral teratology, 14. Methods and concepts of biometrics applied to tera-
tology
One or more volumes of this monumental multi-author treatise have already
been reviewed and, on the whole, acclaimed in the scientific press (see e.g.
Nature 27d) . We list the tables of contents as a service to our readers.
The work is a veritable mine of information and will be invaluable to all
teratologists and particularly to beginning investigators. Reviews such as
the chapters 2, 4, and 7-10 in vol.2 are also of interest to mammalian em-
bryologists generally (the authors are Gluecksohn-Waelsch, W.J.Scott, Jr.,
Grabowski, Saxen, K.M.Yamada, and Kochhar and Larsson) . The same holds for
chs.4 and 5 in vol.3 (by Nishimura and Shiota, and Beck and Lloyd).
The volumes are well produced and illustrated.
205
Monographs
45.
H.BANKL. 1977. CONGENITAL MALFORMATIONS OF THE HEART AND GREAT VESSELS,
synopsis of pathology, embryology and natural history
Urban & Schwarzenberg, Baltimore, etc. XII, 264 pp., 58 figs., 7 tabs.,
subject index. DM 60.00, $ 24.50, £ 15.75
This book is largely based on the personal analysis of 1000 malformations
by the author at his institute in Vienna. The first part occupies 34 pages
and consists of a description of the development of the heart and major
vessels based on a variety of sources and illustrated with very good line
drawings and diagrams. The rest of the book is a rigorously classified in-
ventory of some 50 malformations. Wherever appropriate, each section- con-
sists of the following parts: definition and classification of subtypes;
frequency and distribution by sex; embryology; pathological anatomy; hemo-
dynamic consequences; and life expectancy and causes of death. This part is
illustrated with excellent original line drawings, photographs and diagrams.
The book is beautifully produced and has a bibliography of close to 800
titles, both old and recent, many of them in German and some in French.
46.
H.A.GATHMANN and R.D.MEYER, 1977. DER KLEEBLATTSCHADEL, ein Beitrag zur
Morphogenese
Springer, Berlin, etc. Sitzungsberichte der Heidelberger Akad. der Wissen-
schaften. Math. -Naturwiss. Klasse, suppl.2. X,129 pp., 77 figs., 4 tabs.,
subject index. DM 48,00, $ 22.10
Anatomical, histological and X-ray analysis of one original and six museum
specimens of human neonatal clover-leaf skulls; typology and terminology;
developmental interpretation invoking a "cartilage factor", a "vascular fac-
tor" and a "tension factor", very good photographs and line drawings,
47.
J.L.SCHARDEIN. 1976. DRUGS AS TERATOGENS
CRC Press, Cleveland. VIII, 291 pp., 109 figs., 76 tabs., subject index.
$ 57.50, E 33.60
This book will be of eminent value to teratologists . It is very practical
in outlook and embryologists will find little in it that will interest them
specifically.
The first three chapters (53 pages) deal practically and sensibly with
the principles of drug testing and the evaluation of teratogenic (and other)
effects, as well as the relevance of animal studies for man. The rest of the
book is devoted to discussions of more than 1,200 drugs classified into 27
groups according to pharmacological activity. They are restricted to chemi-
cals which are in use or intended for use as therapeutic agents. Mouse, rat
and rabbit are emphasised as test animals but other species are also con-
sidered, as well as, of course, the human.
The data are drawn together in informative tables wherever possible. The
use of illustrations is incidental and the photographs are not very well
reproduced. All chapters have extensive bibliographies which are up to date
until 1975.
206
Books of readings
48.
T.V.N.PERSAUD, ed , 1977. PROBLEMS OF BIRTH DEFECTS; from Hippocrates to
thalidomide and after
MTP, Lancaster. X,399 pp., 102 figs., 108 tabs., no indexes. £ 13.95
This book brings together 57 facsimile reprintings of key papers in tera-
tology, interspersed with thoughtful editor's commentaries. Most papers
date from about 1950 till 1975; four older papers are historical classics
by Murphy, Hale, Gregg, and Barr and Bertram. The papers are grouped in
eight sections, of which we mention four: Teratological mechanisms (papers
by Roberts and Powell, Saxen, Wilson, and Dunn); Cytogenetic and chromosomal
studies (10 papers); Environmental influences and congenital abnormalities
(24 papers) ; and Detection of environmental teratogens (papers by Persaud
and Doll) . A few papers have been translated or abridged.
The editor's commentaries have their own references and the book is con-
cluded by a list of further references containing some 140 titles going
into 1976. The great majority of this literature is in English.
Refevence works
49.
T.H.SHEPARD. 1976. CATALOG OF TERATOGENIC AGENTS. 2nd edit.
Johns Hopkins Univ. Press, Baltimore, etc. XXIV, 291 pp., author and subject
indexes. $ 16.50, E 13.25
This extremely useful catalog now contains over 800 agents, as against
about 500 in the first edition (1973). There are 200 newly listed agents
and many non-teratogenic agents ("negative data") .
DEVELOPMENTAL PATHOLOGY, CANCER (see also 13,89)
Symposium reports
50.
C.BOREK, C.M.FENOGLIO and D.W.KING, eds. 1977. CANCER BIOLOGY. IV Differen-
tiation and carcinogenesis
Stratton, New York. Advan. Pathobiol. vol.5. XVI, 323 pp., 77 figs., 26 tabs.
$ 24.50 (paper)
This symposium report bears witness to the fact that the study of carcino-
genesis and that of normal differentiation are fusing more and more into one
subfield of modern cell biology. The symposium was held in Aspen, Colo, in
August 1976. All contributors but one were Americans. The 18 brief contribu-
tions are best characterised as progress reports and the volume is thus an
interesting but probably short-lived "instant photograph" of the state of
this important field.
If we mention a number of contributions specifically, this does not mean
that the others are not of interest to developmental biologists. Moscona
writes on embryonic cell recognition, O'Malley on hormone receptors and gene
transcription, Kuo and Garen on maternal contributions to embryogenesis in
Drosophila. The differentiation of cartilage is discussed by Dorfman, cell
differentiation in normal hematopoietic and leukemic ceils by Sachs (Rehovot)
Pierce and Mintz deal respectively with teratocarcinoma and genetic mosaics
in the mouse.
The volume also contains reports of five workshops on modern techniques,
among them complementary DNA, cell fusion, and immunohistology. These have
their own reference lists. Th^ volume is well produced and illustrated.
20'
REGENERATION, RENEWAL (see also 65,71,80)
Monographs
51.
V.F.SIDOROVA. 1976. AGE AND RESTORATION CAPACITY IN MAMMALIAN ORGANS (in
Russian)
Meditsina, Moscow. 200 pp., 36 figs,, 6 tabs., English summary. R 1.24
Formulation of general problems in regeneration; influence of pre- and
postnatal age on regeneration of extremities, skeleton, skeletal muscle,
salivary and lacrymal glands, thoracic organs, abdominal organs, gonads, and
nervous system; light micrographs; 13-page bibliography (5pp. non-Russian) .
52.
T.B.TIMASHKEVICH. 1978. WAYS AND MECHANISMS OF DIGESTIVE TRACT REGENERATION
IN VERTEBRATES (in Russian)
Izd. Nauka, Moscow. 184 pp., 27 figs., 14 tabs. R.2.00 (paper)
Physiological regeneration (2 chs.); reparative regeneration (6 chs.);
stomach and intestine; cellular renewal, proliferation, healing of mucous
membrane defects, restoration after incisions, pathological changes and
transplantation; light and electron micrographs; 20-page bibliography (9 pp.
Russian) .
53.
T.YAMADA. 1977. CONTROL MECHANISMS IN CELL-TYPE CONVERSION IN NEWT LENS
REGENERATION
Karger, Basel, etc. Monographs in Developmental Biology, 13. X,126 pp., 42
figs., 11 tabs. SFr.75.00, $ 29.00, DM 75.00 (paper)
The conversion of differentiated cells of the iris epithelium into lens
cells is to date the only unequivocally established instance of cell trans-
formation in animals. In this admirable monograph the most outstanding expert
in this field provides a clear review, without duplicating previous reviews,
by concentrating on the most recent advances. Many of these are unpublished
observations by himself, his one-time and present associates, and other col-
leagues. This is done against a solid and often thought-provoking theoretical
background.
Some of the main topics, aside from the necessary background material, are
cytoplasmic shedding and cell surface alterations during dedif ferentiation,
the role of the cell cycle, and the role of cyclic nucleotides in the control
of cell configuration (studied by micro-injection of cultured cells) . There
are also brief general chapters on the parallels between lens and limb regen-
eration in amphibians and on the problems of cell rejuvenescence and the re-
programming of differentiation pathways.
The book is very well illustrated; most of the photomicrographs are origi-
nal. The bibliography is up to date until 1976.
B-issertations
54.
B.LASSALLE. 1978. LES POTENTIELS DE SURFACE CHEZ LES AMPHIBIENS; ORIGINE ET
EVOLUTION AU COURS DU DEVELOPPEMENT ET DE LA REGENERATION
Ph.D. thesis, Lille. 109 pp., 53 figs., 12 pis., 12 tabs, (mimeographed)
Extensive study, showing for the first time conclusively that proximo-
distal differences of surface potential along the limb are irrelevant for
regeneration; surface potentials are generated by the skin; interpretation
in terms of regional differences in permeability to water of epidermal
tight junctions.
208
55.
E.LHEUREUX, 1978. RECHERCHES EXPERIMENTALES SUR LA MORPHOGENESE REGENE-
RATRICE DU MEMBRE DE PLEURODELE (Amphibien Urodele)
Ph.D. thesis, Lille. 214 pp., 75 figs., 9 pis., 34 tabs, (mimeographed)
Very thorough study of which only a small part has been published; work
centres around the induction of supernumerary limbs by confrontation of
various tissues of different regional quality, both transversely and
proximo-distally; X-irradiation and nerve deviations as additional tools;
good photographs .
Symposium reports
56.
T. LENDER and J. De PUYTORAC, organisers. 1976. LA REGENERATION
Soc. Zool. de France, Paris. Bull. Soc. Zool . France 101, suppl.no. 3.
IV, 118 pp., 18 figs., 2 tabs.
Report of a conference held in September 1976; series of 15 short papers in
French, dealing with macromolecular synthesis (8 papers) and positional ef-
fects (5 papers) ; in both sections animals range from protozoans to amphib-
ians; line drawings.
ORGANOGENESIS, HISTOGENESIS (incl. tissue and organ culture, histochemistry)
(see also 37,45,46,82,84,86,87,92,101,106)
Treatises
57.
W.A.HODSON, ed. 1977. DEVELOPMENT OF THE LUNG
Dekker, New York, etc. Lung Biology in Health and Disease, vol.5.
XXII, 646 pp., 220 figs., 16 tabs., author and subject indexes. $ 49.50,
SFr.160.00
This collaborative treatise by 23 North-American, five English and two
Swiss authors is a mine of information. The 17 chapters are authoritative and
well organised reviews which cover an extremely wide range of subjects in-
cluding structural, biochemical, pharmacological and physiological aspects.
The periods covered are embryonic and fetal life, the perinatal period, and
childhood.
The authors have been encouraged to speculate wherever appropriate in order
to stimulate discussion. There is some overlap among chapters but this is in-
tentional. Relatively little attention is devoted to the beginnings of organ-
ogenesis and particularly its causal aspects.
The chapters are arranged more or less arbitrarily in four sections as fol-
lows: I. Structural development (6 chs.), II. Biochemical development (5),
III. Physiological development (5), and IV. Abnormalities of the developing
lung ( 1 ) .
The book is produced in good offset print and is well illustrated; the
light and electron micrographs are of very good quality.
Monographs
58.
C.W.C0T^4AN, ed. 1978. NEURONAL PLASTICITY
Raven, New York. XIV, 335 pp., 120 figs., 19 tabs., subject index. $ 32.50
Contributors: Bernstein, Cotman, Goldberger, Goldman, Graf stein, Grazia-
dei, Merrill, Pettigrew, Purves, Reis, Roper, Rutledge, Tsukahara
Although this book is hardly about development, it will be interesting
209
for developmental neurobiologists because, as the editor says in his pre-
face, "In many ways problems of circuit remodeling in the mature nervous
system are analogous to those seen in the development of neuronal circuitry
during ontogeny" . The book reflects the fact that this field of neurobiol-
ogy is a very new one; the various contributions are rather disconnected
and many contributors stress the tentative nature of their reflections.
The 13 chapters are well-organised and up-to-date, in-depth reviews, some
broad in scope but others largely restricted to the authors' own recent
experimental research. They deal with a large variety of systems: para- and
sympathetic ganglia, spinal cord, various brain regions, regenerating axons,
most of them studied in mammals but some in lower vertebrates. The tech-
niques employed vary from anatomy to biochemistry. A central theme in many
contributions is "synaptic remodelling", also called "reactive synaptogene-
sis" .
The book is beautifully produced and illustrated with a profusion of ex-
cellent line drawings and light and electron micrographs.
59.
F.HAD^ISELIMOVIC. 1977. CRYPTORCHIDISM, ultrastructure of normal and cryptor-
chid testis development
Springer, Berlin, etc. Advan. Anat. Embryol. Cell Biol. 52, 3. 72 pp., 43
figs., 2 tabs., subject index. DM 40.00, $ 17.60 (paper)
Ultrastructure of normal and cryptorchid child testes studied in biopsies
taken at various ages (all elements) ,- brief section on estrogen-induced
cryptorchidism in mice, with determination of testosterone content; excellent
electron micrographs and drawings.
60.
B.K.HALL. 1977. CHONDROGENESIS OF THE SOMITIC MESODERM
Springer, Berlin, etc. Advan. Anat. Embryol. Cell Biol. 53, 4. 50 pp.,
5 figs., 10 tabs., author and subject indexes. DM 26.00, $ 12.00 (paper)
Critical review of experimental studies from 1920's onwards; conclusion:
"The weight of evidence supports a specific inductive role for the notochord
and spinal cord whose absence cannot be compensated for in vivo but for which
substitutes exist in vitro"; literature up to date until 1976.
61.
K.HARTMANN and R.GOSSRAU. 1978. POSTNATALE ENTWICKLUNG DES DUNNDARMEPITHELS
BEIM MEERSCHWEINCHEN (Postnatal development of the epithelium of the small
intestine of guinea-pigs) (in German)
Fischer, Stuttgart, etc. Progress in Histochem. Cytochem. vol.11, 2.
VI, 67 pp., 13 figs., 4 tabs., subject index. DM 46,00 (paper)
Extensive ultrastructural , histochemical and enzyme-biochemical study from
1 day postnatally till two years; comparison of this nidifugous species with
the rat; 25-page discussion; 1^-page English abstract; 10-page bibliography;
good light and electron micrographs.
62.
M.JACOBSON. 1978. DEVELOPMENTAL NEUROBIOLOGY. 2nd edit.
Plenum, New York, etc. XII, 562 pp., 137 figs., subject index. $ 45.00,
£ 23.63
Contents: 1. Beginnings of the nervous system, 2. The germinal cell and
histogenesis of the nervous system, 3. Histogenesis and morphogenesis of
the central nervous system, 4. Differentiation, growth, and maturation
of neurons, 5. Elaboration of dendrites and synaptic connections, 6. De-
pendence of the developing nervous system on nutrition and hormones, 7.
210
Cellular interactions and interdependence during development of the ner-
vous system, 8. Development of peripheral neural connections with muscles
and sensory receptors, 9. Neuronal specificity and development of neu-
ronal circuits
The first edition of this book (1970) has received wide acclaim. The
author has now undertaken the task of thoroughly revising the book, a task
both arduous and necessary because of the rapid growth of the field inside
a decade. This is reflected by an increase in length of about 80% (both
more and larger pages) and a rise in the number of illustrations from 93
to 137. The book has been virtually rewritten and the contents rearranged,
as reflected in the table of contents above. Each new major topic is pre-
faced by a section highlighting the main problems and theories, often in
a historical context.
The book is well produced. The bibliography (which is not exhaustive)
contains over 3,000 titles, as against some 2,200 in the first edition; it
is up to date until 1976, with occasional references of 1977/78. An author
index is sorely missed; the bibliography could easily have been used for
this purpose.
63.
G.S.KVINIKHIDZE. 1975. CYTO-EMBRYONIC INVESTIGATIONS OF EYE DEVELOPMENT IN
BIRDS (in Russian)
Metsniereba, Tbilisi. 178 pp., 48 figs., 15 tabs. 90 Kop. (paper)
Morphology and histology of eye tissues and surrounding mesenchyme; histo-
chemistry; nuclear DNA content; light and electron micrographs and some line
drawings; bibliography of close to 400 titles (180 Russian).
64.
R.J.LEMIRE, J.D.LOESER, R.W. LEECH and E.C.ALVORD, Jr. 1975. NORMAL AND
ABNORMAL DEVELOPMENT OF THE HUMAN NERVOUS SYSTEM
Harper & Row, Hagerstown, MD,, etc. IX, 421 pp., 268 figs., 38 tabs., subject
index. £ 22.15
Contents (abridged) : I. General embryonic and fetal developmental features
(3 chs.), II. Neural tube closure and differentiation (4), III. Segmental
structures (2) , IV. Suprasegmental structures (7) , V. CNS associated struc-
tures (5), VI. Related considerations (3)
This book is meant primarily for members of the medical profession but
will also be of interest to human embryologists. The viewpoint is structural
and little attention is devoted to teratogenetic mechanisms, except in a
brief chapter in the last section.
The table of contents above speaks for itself. From section II onwards,
each chapter begins with an analysis of normal development of the part of
the nervous system in question. The parts are arranged according to the con-
cepts of Meyer and Hausman rather than serially from anterior to posterior.
A special feature of the book are its very clear and useful graphic illus-
trations, which summarise many data on the basis of log/log plots of, for
instance, body length against gestational age. The numerous photographic il-
lustrations are of good quality. Each chapter has a separate reference list.
65.
R.ROHKAMM. 1977. DEGENERATION AND REGENERATION IN NEURONS OF THE CEREBELLUM
Springer, Berlin, etc. Advan. Anat. Embryol. Cell Biol. Vol.53, 6. 118 pp.,
47 figs., subject index
Postnatal rats 1-14 days of age injected with actinomycin D intracister-
nally; study of degeneration and regeneration at the cell and tissue level
up to day 72 (particularly lobuli and paraf locculus) ; good electron micro-
graphs.
211
66.
H.E.SCHROEDER and M, A, LISTGARTEN. 1977. FINE STRUCTURE OF THE DEVELOPING
EPITHELIAL ATTACHMENT OF HUMAN TEETH. 2nd revised edit.
Karger, Basel, etc. Monographs in Developmental Biology, vol.2. XIV, 145 pp.,
34 figs., 3 tabs., author and subject indexes. SFr./DM 58.00, ca.$ 22.50
The first edition of this monograph was reviewed in Gen. Embryol. Inf.
Serv. , suppl. 14, 1972. As much as possible of the original version was re-
tained, but new information of the last six years was incorporated primarily
into an 8-page section of the Discussion entitled Recent developments. There
are three new figures.
Dissertations
67.
G.FERSLEV. 1975. ANATOMISCHE, EMBRYOLOGISCHE UND HISTOLOGISCHE BEFUNDE AN
KOPF- UND VORDERDARM BEI RATTE UND MAUS
D.V.M. thesis, Hannover. 116 pp., 3 figs., 15 tabs., *2-page English summary
Literature survey up to 1975; study of adult arterial vascularisation by
latex injection; 29 pp. of bibliography arranged by organ,
(see also notice no. 58.)
68.
E.MEYER. 1975, EMBRYOLOGISCHE, ANATOMISCHE UND HISTOLOGISCHE BEFUNDE AN
MITTEL- UND ENDDARM SOWIE AFTER, LEBER, PANKREAS UND MILZ BEI RATTE UND MAUS
D.V.M. thesis, Hannover. 304 pp., 3 figs., 20 tabs., ^s-page English summary
Extensive literature survey up to 1974; study of adult arterial vascular-
isation by latex injection; over 70 pp. of bibliography arranged by organ,
(see also notice no. 57.)
69.
H.A. J.OUDHOF. 1978. DE BETEKENIS VAN DE SUTURAE VOOR DE GROEI VAN HET
CALVARIUM (The importance of the suturae for the growth of the calvary) (in
Dutch)
M.D. thesis, Utrecht. 123 pp., 51 figs., English summary
Descriptive study of the suturae from birth to maturity in man and rat;
heterotopic transplantations or rotations of pieces of cranial vault in-
cluding suturae in the postnatal rat; good line drawings and colour micro-
graphs.
Symposium reports
70.
P.M.BUTLER and K.A.JOYSEY, eds. 1978. DEVELOPMENT, FUNCTION AND EVOLUTION
OF TEETH
Academic Press, London, etc. XX, 523 pp., 232 figs., 55 tabs., combined
taxonomic and subject index. E 28.50, $ 55.75
The papers of this volume, though based on a symposium held in Cambridge,
England in 1974, have been edited and updated until 1977. From among the
32 contributions we single out those that appear to be of interest to our
readers.
The problems of epithelio-mesenchymal interactions and histogenesis in
tooth development are addressed in one way or other by Kollar (role of col-
lagen) , Osborn (sequence and timing of tooth initiation) , Miller (dentition
in mouse mutants) , Moss-Salenti jn (vestigial teeth in mammals) and Shellis
(tooth formation in fish) . Osborn provides an in-depth discussion of field
versus clone theories as relating to the regional organisation of the den-
tition. Lombardi contributes a factor analysis of "morphogenetic fields"
212
in human dentition, while Sof aer ' s study of developmental stability in the
mouse vertebral column provides interesting material for comparison with
tooth rows. Luke et at. discuss the problem of ageing human fetuses on the
basis of their tooth germs.
The book is well produced and profusely illustrated.
71.
D.A.EDE, J.R.HINCHLIFFE and M. BALLS, eds. 1977, VERTEBRATE LIMB AND SOMITE
MORPHOGENESIS
Cambridge Univ. Press, Cambridge, etc. Symp. Brit. Soc. for Devi. Biol. 3.
X,498 pp., 148 figs., 41 tabs., combined taxonomic and subject index. £ 20.00
Contvibutors : Amprino, Bellairs, Bryant, Cairns, Caplan, Chevallier, Cooke,
Ede, Fallon, Flint, Goel, Goetinck, Hinchliffe, Kelley, Kieny, Lewis,
MacCabe, Menkes, Newman, Pautou, Raynaud, Saunders, Searls, Shellswell,
Simpson, Stocum, Summerbell, Wilby, Williams
The international band of contributors to this symposium provide a repre-
sentative cross-section of the growing world-wide community of scientists
working in these fields. Of the 29 papers, one is a review and several are
reports of unpublished work. The others are concise but well-written mixtures
of recent published work and new findings, in varying proportions.
Particularly in the area of avian limb morphogenesis there is much overlap
and little or no "interaction" between the papers: each contributor brings
his own slightly different point of view, and it is therefore a pity that the
discussions were not recorded: they must have been fascinating and enlighten-
ing. Nevertheless, there is in the papers a wealth of material that was very
new at the time of writing; much of this represents important advances which
show that several ideas which were s© far generally accepted are no longer
true.
Sixteen papers deal with limb morphogenesis in birds, five with mammalian
and reptilian limbs, three with amphibian limb regeneration, and five with
somitogenesis in amniotes and amphibians. The book is illustrated with good
drawings and photographs.
72.
O.C.JAFFEE, ed. 1970. CARDIAC DEVELOPMENT WITH SPECIAL REFERENCE TO CONGENITAL
HEART DISEASE
Univ. of Dayton Press, Dayton, Ohio. 168 pp., 97 figs., 8 tabs., subject in-
dex.
This symposium report was reviewed in Gen. Embryol. Inf. Serv. 14, 1971.
The editor tells us that he still has a stock and that he is willing to send
a copy free of charge to those who might want it. Address: Biol. Dept. , Univ.
of Dayton, Dayton, OH 45469, USA
73.
M.SEIJI and I.A.BERNSTEIN, eds. 1977. BIOCHEMISTRY OF CUTANEOUS EPIDERMAL
DIFFERENTIATION
Univ. Park Press, Baltimore, etc.; Univ. of Tokyo Press, Tokyo. XII, 514 pp.,
276 figs., 76 tabs., subject index. $ 65.00, £ 39.50
This symposium was held in Sendai, Japan in June 1976 and brought together
workers from all laboratories in Japan and the U.S.A. engaged in research in
this area. The papers are mixtures of review and research material in vari-
ous proportions, and all but a few are followed by group discussions. They
deal almost exclusively with the epidermis in the strict sense, excluding
melanocytes and special epidermal differentiations (except hairs in 2
papers) but including wound healing (3 papers) and chalones (1 paper). Most
213
of the material relates to mammals and man (frequently abnormal differentia-
tion) , but a few papers bring in material of other vertebrate orders.
The 32 papers are arranged in four sections as follows: Morphological as-
pects of differentiation (7 papers) , Control mechanisms of skin metabolism
(8) , Control mechanisms of epidermal differentiation (9) , and Biochemical
characterization of epidermal cell constituents (8) .
The volume is well produced and illustrated, among other things, with many
good light and electron micrographs.
Colteations of papers
74.
N.E.ALANIYA et at. 1977. ULTRASTRUCTURAL INVESTIGATIONS ON CELLS OF THE EYE
RUDIMENT DURING ITS DIFFERENTIATION (in Russian)
Metsniereba, Tbilisi. 88 pp., 43 figs., 1 tab. 35 Kop. (paper)
Five research papers (4 on chick, 1 on mouse) ; retina and lens; actino-
mycin-D effects and acetylcholine [inter alia) ; numerous light and electron
micrographs.
75.
G.S.KVINIKHIDZE et at. 1976. CORRELATION BETWEEN ULTRASTRUCTURE AND PROTEIN
SYNTHESIS IN THE DEVELOPMENT OF THE EYE RUDIMENT IN BIRDS (in Russian)
Metsniereba, Tbilisi. 132 pp., 46 figs., 5 tabs. 70 Kop. (paper)
Report of a joint investigation; material and methods and 7 brief chapters
(DNA content, DNA synthesis, RNA and protein content, enzyme activity in
lens, retina and other tissues; ultrastructure in one chapter) ; conclusion
by first author (10 pp.); light and electron micrographs; 83 references (38
Russian) .
CELLULAR DEVELOPMENTAL BIOLOGY (incl. cell culture, cytochemistry) (see also
50,53,58,62,65,90,95)
Monographs
76.
F.D'AMATO. 1977. NUCLEAR CYTOLOGY IN RELATION TO DEVELOPMENT
Cambridge Univ. Press, Cambridge, etc. Developmental and Cell Biology Series,
vol.6. VIII, 283 pp., 82 figs., 40 tabs., combined subject and taxonomic in-
dex; bibliography serves as author index. £ 15.00
Contents: 1. Life cycles, 2. The cell cycle, 3. Meiosis: its course, modi-
fication and suppression, 4. Mosaics and chimeras, 5. The chromosome com-
plement of differentiated cells, 6. Differential DNA replication, 7. Gene
expression during differentiation and development, 8. The regulation of
gene activity, 9. Regeneration and totipotency of cells and nuclei
The title of this book is a little misleading in that the area covered is
much broader than nuclear structure: in fact it deals with the nuclear and
sub-nuclear phenomena associated with developmental processes of widely vary-
ing kinds. The book's great value lies in the fact that examples are taken
from both the plant and animal kingdom, so that it repeatedly provides new
insights for the specialist working with material from either kingdom.
The aim of the book is not clearly stated and it has no distinct "connect-
ing thread". Moreover, the treatment is a little idiosyncratic in places and
some important subjects are treated cursorily or not at all. A case in point
is the relation between proliferation and differentiation, and more particu-
larly the theory of "quantal mitoses".
214
The book is illustrated with good line drawings but there are no photo-
graphs. The bibliography covers 48 closely printed pages and is up to date
until 1975.
77.
D.R.GARROD, ed. 1978. SPECIFICITY OF EMBRYOLOGICAL INTERACTIONS
Chapman and Hall, London. Receptors and Recognition Series B, vol.4.
XII, 274 pp., 64 figs., subject index. £ 15.00
Contributors: Barondes, Curtis, Gaze, Hermolin, Lilien, Lipke, Noden,
Rosen, Steinberg, Turner
This book is not about interactions among embryologists , as suggested by
the title, but about specific cell adhesion and the resultant cell position-
ing in development. It is a collection of authoritative, critical and well-
organised reviews on a broad, though not exhaustive range of aspects of the
problem. The discussions are both descriptive and analytical and up to date
till the last moment. Most authors draw heavily on their own research but
place it in a broader perspective.
Some chapters have a pronounced theoretical slant, notably those by Gaze
(nerve connections) , Steinberg (cell ligands and differential adhesion) and
Curtis (the "morphogen" theory of cell positioning) . These chapters will be
required reading for all those working themselves in these fields.
The first two chapters deal with specific cell positioning in vivo - of
neural crest cells and in the nervous system, respectively. Chs.3-5 discuss
the adhesion and sorting of cultured cells, while the last two chapters con-
centrate on two model systems, the sponges and the cellular slime moulds.
The volume is well produced and illustrated. (A final remark on the title:
there are many more kinds of cell interactions than those discussed here;
and why do so many writers these days use "embryological" instead of the
perfectly unambiguous adjective "embryonic"?)
78.
E.A.LURIYA. 1977. HEMATOPOIETIC AND LYMPHOID TISSUE IN CULTURE, translated
from the Russian by B.Haigh
Consultants Bureau (Plenum, Nev; York, etc.). Studies in Soviet Science - Life
Sciences. XIV, 181 pp., 47 figs., 14 tabs. $ 42.00, E 22.05
Contents (abridged): I. Hematopoietic tissue in vitro; II. Possibilities
of differentiation of cells grown in hematopoietic tissue cultures on re-
transplantation in vivo; III. Lymphoid tissue in vitro ; IV. Immunological
functions of lymphoid tissue in vitro ; V. Cell lines in lymphoid and he-
matopoietic tissue
This book was published in Russian in 1972 but was revised for this trans-
lation. The main part of the book presents the results of organ and mono-
layer culture of lymphoid and hematopoietic tissue (including stromal mecha-
nocytes) obtained by the author and her collaborators (notably A.Ya.Fri-
denshtein) at the Gamaleya Institute in Moscow. These are placed in histori-
cal perspective and discussed mainly against the background of other work
in the USSR.
An appendix specially written for this edition by Luriya and Fridenshtein
provides valuable technical and methodological information on work carried
out recently at the above institute, particularly the cloning of fibroblasts
in monolayer culture and the culturing of various organs.
The book is well produced and illustrated with good line drawings and pho-
tographs. The bibliography contains some 350 titles, about 30 of which (by
both Russian and non-Russian authors) are more recent than 1972; there is no
way of telling which papers are in Russian.
215
/y.
W.NAGL. 1978. ENDOPOLYPLOIDY AND POLYTENY IN DIFFERENTIATION AND EVOLUTION;
towards an understanding of quantitative and qualitative variation of nuclear
DNA in ontogeny and phylogeny
North-Holland, Amsterdam, etc. XIV, 283 pp., 154 figs., 26 tabs., combined
taxonomic and subject indexes. $ 54.50, Df 1.125.00
Contents: 1. Organization of the eukaryotic chromosome, 2. Occurrence and
characterization of endopolyploid nuclei, 3. Mechanisms of endopolyploidi-
zation, 4. Further mechanisms of nuclear DNA variation, 5, Control of en-
■ dopolyploidization and polytenization, 6. Functional significance of endo-
cycles, 7. Evolutionary aspects
The main value of this book for our readers lies in the fact that it brings
together a mass of data from both animals and plants showing that endopoly-
ploidy is a much less exceptional phenomenon than many biologists think. I
quote from Chapter One: "It is one of the chief intentions of the present
work to demonstrate that the nucleus and its DNA and chromatin exhibit a
dynamic organization rather than a constant one. The collection of data on
endopolyploidy and differential DNA replication may show that most cells of
most organisms do have quantitatively and qualitatively different DNAs in
their nuclei. The extensive review of the data offers the chance to under-
stand developmental variation of DNA and chromatin as an important factor in
gene regulation and cell differentiation". The author feels that this DNA
variation is involved both in the characteristic form and function of a
species and in its realisation during development.
The table of contents above speaks for itself. In ch.6 most of the exper-
imental evidence cited derives from insect and particularly plant studies
(many of them by the author and his associates). At the end of ch.7 the
author presents a "DNA optimisation model" to account for some relationships
between nuclear DNA variation during ontogenesis, anagenesis and cladogenesis .
He ends by expressing support for a recent statement by Britten and David-
son's group to the effect that "divergence during phylogenesis and ontogene-
sis are two sides of the same coin, or, in other words, speciation and dif-
ferentiation are two sides of DNA variation".
The book is concluded by a glossary and a guide to the literature pertain-
ing to methods (molecular-biological and otherwise) . The bibliography runs
into 1977 and covers 50 pages of small print. The book is beautifully pro-
duced and superbly illustrated.
A.NESSI de AVINON. 1977. LAS CE!luLAS ROJAS; fundamentos bio-f isiologicos de
la eritropoyesis (The red blood cells; bio-physiological foundations of ery-
thropoiesis) (in Spanish)
Celcius, Buenos Aires. 169 pp., 51 figs., 5 tabs.
Contents (translated): 1. Mechanisms of differentiation, 2. Specific pro-
teins, 3. The red cell series, 4. The hemopoietic stem cell, 5. Hemopoietic
organs, 6. Erythropoietin, 7. The ery thro-inhibitory factor
Modern treatment of the subject in the framework of developmental biology
(chs.l and 2); brief introduction on homeostatic laws and cell populations;
emphasis on cell interactions; literature largely up to 1973, occasionally
later; illustrated with diagrams and micrographs.
216
Symposiim reports
81.
A.BEAUMONT, organiser. 1976. COLLOQUE SUR LES METAMORPHOSES
Soc. Zool. de France, Paris. Bull. Soc . Zool. France 101, suppl.no. 5.
IV, 79 pp., 18 figs., 3 tabs.
Series of 12 brief papers in French on three aspects of metamorphosis in
invertebrates and amphibians: cell degenerarion, cell proliferation, and
hormone action; offset figures.
82.
M.KARKINEN-JAASKELAINEN, L.SAXEN and L.WEISS, eds. 1977. CELL INTERACTIONS
IN DIFFERENTIATION
Academic Press, London, etc. XVI, 415 pp., 155 figs., 31 uabs., subject index.
E 15.80, $ 30.75
Contributors: Bennett, Briggs, Burger, Cooke, Gerisch, Gilula, Graham,
Grossberg, Hunt, Kalthoff, Kieny, Lash, Lawrence, Le Douarin, McLaren,
Makela, Martin, Moscona, Nordling, Piccet, Saxen, Sengel, Slavkin, Tarin,
Thesleff, Toivonen, Vaheri, Weiss, Wolpert
Most of the papers in this symposium report are short to medium-length and
are best characterised as progress reports. The specialists will by now have
read the definitive publications anyhow, but the book seems well suited to
recommend to postgraduate students as collateral reading. The symposium was
held in Helsinki, Finland in August 1976 and brought together a representa-
tive group of workers in areas that are in the forefront of the developmental
and cell biology of today.
The 24 main papers are arranged in five sections as follows: Early deter-
minative events in embryogenesis (4 papers) ; Positional information and
morphogenetic signals (4) ; Morphogenetic tissue interactions (7) ; Molecular
mechanisms of cell contact interactions (5) ; and Cell recognition (4) . Each
section is opened by a concise chairman's introduction clearly setting out
the main problems (these are by McLaren, Wolpert, Saxen, Weiss and Moscona) .
The volume is adequately produced and illuscrated. (Personal remark by the
reviewer: in view of the discoveries by Nieuwkoop and co-workers and others
on mesoderm induction in the amphibian blastula, I feel it is about time to
drop the term "primary induction" and only to use "neural induction".)
83.
R.LAFONT, organiser. 1978. QUATRIEME SEMINAIRE SUR LA DIFFERENCIATION CELLU-
LAIRE CHEZ LES INSECTES
Ecole Normale Superieure, Lab. de Zool., Paris. Publ. du Lab. de Zool., Ecole
Norm. Super. No. 11. 101 pp., 3 figs., 1 tab.
Report of a meeting held in Paris in October 1975; reviews by Goyffon on
effects of ionising radiation in insects and by Delachambre on cuticle scle-
rotisation and its hormonal control.
J. W. LASH and M.M. BURGER, eds. 1977. CELL AND TISSUE INTERACTIONS
Raven, New York. Soc. of General Physiologists Series, vol.32. XIV, 317 pp.,
138 figs., 20 tabs., subject index. $ 30.55
Contents: I. Interactions in general (Saxen, Le Douarin, Slavkin, Auer-
bach, Abercrombie) ; II. Extracellular matrices in cell and tissue inter-
actions (Miller, Muir, Lash, Hay, Toole); III. The surface membrane in
recognition phenomena (Burger, Moscona, Lilien, Glaser) ; IV. The surface
membrane involved in migration, metastases, and hormone response (Roth,
217
Nicolson, Rasmussen, De Petrocellis) ; V. Neural differentiation (Frank,
Macagno)
The title of this book should have contained the word "development". It
is based on a symposium held in Woods Hole, Mass. in September 1976 and is
one of those few symposium volumes that are sure to leave a lasting mark.
All contributions are short to medium-length reviews of very recent work in
a limited area, but they were all obviously prepared with great care and
are well integrated by cross-referencing. A great variety of mostly verte-
brate cells and tissues pass in review, on which the most modern methods
are brought to bear .
The book is produced with exemplary care and illustrated, among other
things, with a host of beautiful half-tones.
85.
R.A.LERNER and D.BERGSMA, eds. 1978. THE MOLECULAR BASIS OF CELL-CELL INTER-
ACTION
Liss, New York. Birth Defects: Original Article Series, vol.14, 2.
XVIII, 566 pp., 255 figs., 53 tabs., subject index. $ 58.00
Contents (abridged): I. Cell-surface membrane complex (3 papers); II. Or-
ganelles and supraraolecular assemblies (4); III. Cell surface proteins (8) ;
IV. Cell-cell interactions (9); V. Communicating cell systems (10); VI.
Cell patterning (2)
More than one third of the 36 papers in this conference report are of
direct interest to developmental biologists. This reflects the fact that cell
interactions (why is the ugly phrase "cell-cell interaction" increasingly
used?) are often best studied in developing systems.
The conference took place some time during 1977 in La Jolla, CA and the
large majority of contributors are Americans. The papers vary widely in
scope; most can be characterised as progress reports. Many developmental
biologists will also be interested in the "non-developmental" papers, partic-
ularly those dealing with lymphocytes and histocompatibility antigens: the
latter are increasingly suspected to have much more profound functions than
those expressed in graft rejection alone.
The papers of primary interest to our readers are in sections IV-VI. The
last section is made up by two brief reviews by Bryant (epimorphic fields)
and Wolpert (chick limb development) . Section V has no less than six papers
on cellular slime moulds, some of them unconnected with the theme of the con-
ference (genetics and gene expression) . Section IV has a long paper by Boyse
and Cantor on immunogenetical aspects of biological communication, which
contains most interesting speculations. Other papers are on the T-locus of
the mouse, on "cell-adhesion molecules" in chick embryos, and on fertilisa-
tion in mammals and sea urchins.
The volume is well produced and illustrated.
86.
B.I. LORD, C.S.POTTEN and R.J.COLE, eds. 1978. STEM CELLS AND TISSUE HOMEO-
STASIS
Cambridge Univ. Press, Cambridge, etc. Symp. Brit. Soc. Cell Biol. no. 2.
VIII, 368 pp., 73 figs., 20 tabs., combined taxonomic and subject index.
£ 18.50
As Holtzer says on page 2 of this volume, the "problems of the stem cell
are a paradigm for the basic problems of cell diversification". This sympo-
sium, which was held in Manchester in April 1977, was unusual in that many
developing systems were considered from the viewpoint of stem cells (or
rather "cell lineage") which are not usually so considered, e.g. developing
and regenerating limbs (Wolpert), the mammalian embryo (Papaioannou et at.),
218
insect development (Nothiger et al.), plant growth and development (Barlow),
and lens development (Clayton) .
Most of the papers in this volume are high-quality, up-to-date reviews of
recent research by predominantly Anglo-Saxon authors. The first contribution
(Holtzer) is particularly important theoretically in that it discusses the
occurrence of multipotent versus bipotent stem cells in animals, coming out
strongly against the former. The nine authors not mentioned above deal with
such subjects as lymphocytes (1 paper), haemopoiesis (6), the epithelium (1)
and the intestine (1).
It seems a pity that the discussions could not be included in the book be-
cause the interdisciplinary exchanges must have been fascinating to hear.
The book is well produced and illustrated.
87.
W.W.NICHOLS and D.G. MURPHY, eds . 1977. REGULATION OF CELL PROLIFERATION
AND DIFFERENTIATION
Plenum, New York, etc. Cellular Senescence and Somatic Cell Genetics
Vol.1. XII, 204 pp., 54 figs., 9 tabs., subject index. Dfl.71.50
The title of this volume is misleading in that it suggests a much broader
scope of the contents than is the case. Because the symposium was held as
far back as 1975 we only briefly mention it for those who may have missed
it. It suffices to say that the second half contains six papers on various
cellular and metabolic aspects of myogenesis in vitro by recognised author-
ities in the field: Holtzer, Konigsberg, Nameroff, Hauschka, Stockdale and
Strohman.
88.
S.B.OPPENHEIMER and others. 1978. CELLULAR ADHESION
Amer . Soc. of Zoologists, Thousand Oaks, Calif. Amer . Zoologist Vol.18, 1.
83 pp., 51 figs., 4 tabs. $ 7.00 (paper)
Papers from an unidentified symposium; two papers deal, among other
things, with sea urchin eggs and embryo cells: Cell surface carbohydrates
in adhesion and migration (Oppenheimer , 11 pp.) and Fine structural analysis
of animal cell surfaces (Pollock, 45 pp.); a third paper is entitled Liquid-
tissue mechanics in amphibian gastrulation (Phillips, 13 pp.); the latter
two are well illustrated.
89.
G.F.SAUNDERS, ed . 1978. CELL DIFFERENTIATION AND NEOPLASIA
Raven, New York. XX, 549 pp., 245 figs., 70 tabs., subject index and index to
contributors. $ 51.35
Contents (abridged): I. Stage of cellular differentiation in tumor cell
origin: i Germ cells (2 papers) , ii Tissue differentiation and oncogenesis
(3) , iii Immunogenesis and neoplasia (2) , iv Hemopoietic stem cell systems
(5); II. Control of differentiation and neoplasia: i Molecular mechanisms
of gene expression (8) , ii Gene expression in early development and cancer
(4) , iii Stability of differentiation (5)
The rationale for this symposium is neatly expressed by Markert in his
keynote address:
In summary, the difficulty with defining and understanding neoplastic
change is the same difficulty that developmental geneticists have in under-
standing normal cell differentiation. When we understand one, we shall
surely understand the other. No one can predict whether progress will be
more rapid with a focus on normal cells or on abnormal cells. I believe it
is all the same problem - perhaps the most important practical and theoret-
ical problem facing us today in the immense area of cell biology.
219
The symposium took place in 1977 in Houston, Tex. Of the 28 papers in the
sessions listed above six are by groups or individuals outside North America.
Most are short to medium-length reviews of recent research, sometimes against
a background of older work. Viewed as a whole the volume is a (temporary)
milesrone on the way to further knowledge in a field expanding at a stupen-
dous rate.
Throughout the book the emphasis is on gene expression in mammalian cells.
The cell surface and the cytoskeleton figure in only a few papers. In section
II. ii two papers deal with amphibian material. Preceding the symposium
proper there is a 27-page "award address" by Mintz entitled Genetic mosaicism
and in vivo analyses of neoplasia and differentiation. The symposium is con-
cluded by a summary by J.Paul.
The volume is very well produced and profusely illustrated; the quality of
the many half -tones is excellent.
DEVELOPMENTAL BIOCHEiViISTRY, MOLECULAR BIOLOGY (see also 36,42,50,53,57,73,75,
76,78,79,82,84,85,89,102)
Treatises
90.
J.PAUL, ed. 1977. BIOCHEMISTRY OF CELL DIFFERENTIATION II
Univ. Park Press, Baltimore, etc. Internat. Review of Biochemistry, vol.15.
XII, 439 pp., 94 figs., 22 tabs., combined taxonomic & subject index. £ 17.95
Contents: 1. Gene cloning: a new approach to understanding relationships
between DNA sequences (Glover); 2. Cellular and molecular aspects of ge-
netic expression in Chironomus salivary glands (Case, Daneholt) ; 3. Gene
activity in the lampbrush chromosomes of amphibian oocytes (Sommerville) ;
4. Programmed information flow in the sea urchin embryo (Weinberg); 5. Bio-
synthesis of eye lens protein (Bloemendal) ; 6. The biology of the Friend
cell (Harrison); 7. Muscle protein synthesis and its control during the
differentiation of skeletal muscles in vitro (Buckingham); 8. Teratocar-
cinoma cells as a model for mammalian development (Hogan) ; 9. Structural
organization and transcription of the genome of Diatyostelium discoideum
(Firtel, JacoDson)
The first volume of this series was reviewed in Gen. Embryol . Inf. Serv.
16, 1, 1975. Although the design of the series has changed slightly, this
volume fulfills the expectations engendered by the first volume. The chap-
ters are authoritative and well-organised reviews ranging in length from
about 30 to about 80 pages, and describe the scene as it was by the end of
1976. The numbers of references per chapter range from about 100 to about
300. The first chapter reviews genetic recombinant techniques and serves at
the same time as background material for several other chapters, notably
ens. 4 and 9.
The practice of including editor's comments has been abandoned in this
volume, so that it now almost exclusively addresses the specialist. The book
is well produced and adequately illustrated.
Textbooks
91.
J.D.WATSON. 1976. MOLECULAR BIOLOGY OF THE GENE. 3rd edit.
Benjamin, Menlo Park, etc. XXIV, 739 pp., 461 figs., 37 tabs., subject index.
$ 16.95
This book remains the best text for developmental biologists to "read up"
on their molecular biology. In revising and extending it the author has
ventured even further into the domain of cell biology than he did before.
220
The first chapter containing much new material is that on DNA replication
(ch.9). From ch.l4 onwards this becomes the rule. There are two new chapters:
The essence of being eucaryotic (42 pp.) and The control of cell prolifera-
tion (44 pp., but incorporating material from original earlier chapters).
The chapter on cancer has been completely reshuffled and greatly extended.
The advances in molecular embryology (ch,17) are well covered. Only the very
latest developments such as teratocarcinoma work and the H-Y antigens are
missing.
The lay-out of the book has been modernised, there are 185 more figures
than in the previous edition, and all the figures have been re-styled.
Monographs
92.
W.BEERMANN, ed. 1977. BIOCHEMICAL DIFFERENTIATION IN INSECT GLANDS
Springer, Berlin, etc. Results and Problems in Cell Differentiation, vol.8.
XII, 215 pp., 110 figs., 24 tabs., combined subject and taxonomic indexes.
DM 78.00, $ 34.40
The four contributions in this book are exhaustive reviews of recent bio-
chemical work centered on different, well-characterised insect gland sys-
tems: the silk gland of Bombyx (Suzuki, 45 pp.); the follicular epithelium
and its products (particularly the egg shell) in various insects (Kafatos
and many other authors, over 100 pp.); the salivary gland of Cht-ronomus
(Grossbach, 50 pp.); and the salivary gland of Aor-iootopus (Baudisch, 16 pp.)
All chapters are well organised but their format and scope is quite dif-
ferent. The second is almost a monograph in itself and sketches in a lot of
background of a general nature. It also has sections on the comparative
morphology and chemistry of insect chorions, on the chemical morphogenesis
of the silkmoth chorion, and on chorion mutants in Bombyx. Apart from silk-
moths Dvosoph-ila is considered in a separate section of some ten pages.
The first three chapters are up to date until 197 5/76, the last until 1974.
The book is very well illustrated.
Dissertations
93.
W.MINUTH. 1977. UNTERSUCHUNG ZUR PROTEINBIOSYNTHESE IN INDUZIERTEM UND NICHT
INDUZIERTEM GASTRULAEKTODERM VON TRITURUS ALPESTRIS
Ph.D. thesis, Cologne. 85 pp., 26 figs, (mimeographed)
Incubation of competent gastrula ectoderm with radioactive amino acids and
"vegetalising factor" (Tiedemann) ; study of protein synthesis in cytoplasmic
and nuclear fractions by means of SDS-acrylamid gel electrophoresis; quali-
tative changes in protein patterns first in cytoplasm, then in nucleus;
further quantitative and qualitative changes.
94.
M.P.A.SCHALEKAMP-KUYKEN. 1977. HAEMOGLOBIN SYNTHESIS DURING EMBRYONIC
DEVELOPMENT
M.D. thesis, Rotterdam. 110 pp., 29 figs., 5 tabs.
Three published papers (1972-'76) on chick and mouse embryo, with 22-page
illustrated English introduction and 3-page English summary
221
Symposium reports
95.
L.NOVER and K.MOTHES, eds. 1977. CELL DIFFERENTIATION IN MICROORGANISMS,
PLANTS AND ANIMALS
North-Holland, Amsterdam, etc.; Fischer, Jena. 639 pp., 193 figs. Dfl.121.50,
$ 49.75
Contents: A. Specific regulation of gene expression: I. Transcription (5
papers), II. Pre-messenger RNA and its processing (2), III. Translation
(3), IV. Proteinogen processing (1), V. Protein degradation (3); B. Typical
aspects of cell differentiation: I. Programs of gene expression (4), II.
The cell division cycle (4) , III. Enzymic adaptation (3) , IV. Cell spe-
cialization (4) , V. Biogenesis and transformation of cell organelles (6)
This truly international symposium was held in April 1976 in East Germany.
Of the 36 contributors 14 came from East and West Germany and the others
from ten other countries. Many are established authorities in their res-
pective fields. The papers vary greatly in format and were only minimally
edited. The large majority are surveys of recent research. The discussions
are not recorded.
The table of contents shows the very broad scope of the symposium. The or-
ganisms on which research was reported range from viruses and bacteria
through lower to highly organised eukaryotes.
The volume is produced in offset print and is illustrated with line
drawings and photographs.
96.
J.PAPACONSTANTINOU, ed. 1976. THE MOLECULAR BIOLOGY OF HORMONE ACTION
Academic Press, New York, etc. 34th Symposium Soc . Devi. Biol. XIV, 197 pp.,
98 figs., 12 tabs., subject index. $ 18.00, £ 11.70
Contributors: Darnell, Felsenfeld, Gannon, Gilmour, Lodish, Roeder, Towle,
Varner, Wangh
This symposium, held in June 1975, concentrated on a not strictly develop-
mental subject that was judged to be of great importance to developmental
biologists. The contributors were encouraged to emphasise the latest find-
ings of their own laboratories.
The first section of the symposium is not covered by the symposium title.
It has papers on organisation of proteins in chromatin, on the role of non-
histone proteins and nuclear RNA polymerases, and on the formation and
translation of mRNA in mammalian and slime mould cells. The second section
deals with the action of steroid hormones in the chick oviduct, the rat pi-
tuitary and uterus, and Xenopus liver. In these papers of course steroid
receptor molecules loom large. The last section consists of a paper on hor-
mone action in the barley aleurone system.
The book is well produced and illustrated.
97.
J.G.SCANDALIOS and G.S.WHITT, eds. 1977. PAPERS FROM THE SYMPOSIUM ON
MOLECULAR BIOLOGY AND GENETICS OF DEVELOPMENT
Springer, Berlin, etc. Differentiation, vol.9, 1/2. 130 pp., 58 figs., 43
tabs.
This special issue contains papers from a symposium dedicated to Professor
C.L.Markert and held in April 1977 at Raleigh, N.C. We mention the following
authors and subjects:
Elinson (genetics of developmental arrest in amphibian hybrids) ; Gordon
(genetics of pigmentation in allophenic mice) ; Pe'dersen and Spindle (BUdR
222
treatment of mouse inner cell mass); Masui et a1., Schorderet-Slatkine et
at. (divalent cations in maturation and activation of anuran eggs) ; Whitt
et at. (enzyme ontogeny and gene expression in sunfish hybrids) .
DEVELOPMENTAL GENETICS, EVOLUTION (see also 38,50,70,76,79,97)
Textbooks
98.
J.B.GURDON, 1978. GENE EXPRESSION DURING CELL DIFFERENTIATION. 2nd edit.
Carolina Biology Supply Comp., Burlington. Carolina Biology Readers no. 25.
32 pp. , 29 figs.
This is an entirely rewritten and much enlarged version of the first edi-
tion (1973). It is very readable and thoroughly modern. Many new figures
have been added and old ones improved.
(This reviewer still takes exception to the statement that there is no
known way of making a cell committed to one kind of differentiation change
(directly?) into a cell of another kind - cases of "transdif ferentiation"
have been documented in insects 1)
Monographs
99.
S.J.GOULD. 1977. ONTOGENY AND PHYLOGENY
Harvard Univ. Press, Cambridge, Mass, XVI, 501 pp., 71 figs., 9 tabs., com-
bined index to subjects, organisms and authors. $ 18.50, £ 12.95
Contents: 1. Prospectus; I. Recapitulation: 2. The analogistic tradition
from Anaximander to Bonnet; 3, Transcendental origins, 1793-1850; 4. Evo-
lutionary triumph, 1859-1900; 5. Pervasive influence; 6. Decline, fall and
generalization; II. Heterochrony and paedomorphosis: 7. Heterochrony and
the parallel of ontogeny and phylogeny; 8. The ecological and evolutionary
significance of heterochrony; 9. Progenesis and neoteny; 10. Retardation
and neoteny in human evolution; 11. Epilogue
This erudite and scholarly work has already been extensively and critical-
ly reviewed in the scientific press (see Science 199, Nature 272, Amer.
Scientist 66). We will therefore only briefly characterise it here.
The first part of the book is historical and makes delightful reading not
only for biologists but for any cultured person. (Ch.5 has brief excursions
into criminal anthropology, racism, child development, primary education
and psychoanalysis.)
The second part is intended as "a reasonably complete analysis of current
theory", but it is also full of original, thought-provoking ideas. It begins
by discussing four questions: How shall we depict phylogeny?; How can onto-
geny be related to phylogeny?; How are parallels between ontogeny and phylo-
geny produced?; Which is more important in producing these parallels, the
shifting of stages by acceleration and retardation, or by prolongation and
truncation? It appears in the chapters that follow that the author places
much emphasis on paedomorphosis and the two distinct processes that give
rise to it: progenesis and neoteny. Both can yield "rapid and profound evo-
lutionary change in a Darwinian fashion without the spectre of macromuta-
tion". Inasmuch as paedomorphosis is an instance of heterochrony, and hete-
rochrony is tantamount to developmental regulation, the author believes that
"an understanding of regulation must lie at the centre of any rapprochement
between molecular and evolutionary biology [via] the common field of
development" .
Two features of Part Two worth highlighting are a critique of G.R.de Beer's
223
influential books and a defense of L.Bolk's views on fetalisation.
The book is very well produced, has extremely interesting illustrations,
and is concluded by an excellent glossary,
100.
M.de ISSEKUTZ WOLSKY and A.WOLSKY. 1976. THE MECHANISM OF EVOLUTION: A NEW
LOOK AT OLD IDEAS
Karger, Basel, etc. Contrib. to Human Development, vol.4. VIII, 160 pp., 3
figs., 3 tabs. SFr./DM 44.00, ca. $ 17.00 (paper)
Contents (abridged): I. Genes and mutations: the metamorphosis of 20th
century ideas, II. Natural selection: a 19th century proposition. III.
Behavior and evolution: a new road on old foundations
This erudite book will be read with profit by all those interested in
theories of evolution. The reason why we briefly review it here is that the
authors are well-versed in developmental biology and that consequently their
way of thinking is rather akin to that of people like C.H.Waddington. In
other words, they constantly emphasise the necessity of thinking of orga-
nisms not as finished products but as highly integrated developing entities.
The book is essentially a theoretical critique of neo-Darwinism (or the
"synthetic theory" of evolution) . It surveys and comments upon the trends of
thought which have emerged alongside the "synthetic theory", and which point
the way to a more widely based synthesis (while of course staying away from
classical Lamarckism) .
Part I and II will be of most interest to our readers. In part I the au-
thors, after surveying modern ideas of molecular genetics, revive Gold-
schmidt's ideas on "systematic mutations" in the context of more recent evi-
dence. They also devote considerable space to Dalcq's concept of "ontomuta-
tions", but are careful to point out that there is no evidence for them as
yet.
An important theme in part II is the limited role of natural selection and
the ensuing conviction that evolution is essentially an autogenic (as against
ectogenic) process. Interesting (though entirely theoretical) ideas are de-
veloped concerning the strategic role of the genes controlling the basic
features of embryogenesis : these culminate in the somewhat provocative
statement "ontogeny is the cause of phylogeny".
Part III emphasises the integrative role of the nervous system and its im-
plications for the progressive emancipation of higher animals from their en-
vironment.
Dissertations
101.
L. A. B.ABBOTT. 1977. A BIOLOGICAL AND MATHEMATICAL ANALYSIS OF WING MORPHO-
GENESIS IN DROSOPHILA
Ph.D. thesis, Univ. of Colorado. 127 pp., 17 figs., 10 tabs, (mimeographed)
A reciprocating combination of biological and mathematical methods used
to address the question of the nature of compartment boundaries; interesting
introduction on function of hierarchial organisation and role of mathematics
in biology; clonal analysis of Lyra wings; clonal analysis of "normal"
wings, particularly small (four-cell) clones produced by late irradiation;
elements of a model for wing development; some conclusions: no requirement
for control of direction of cell division - compartment boundaries may be
no more than exaggerated clone boundaries.
224
Symposium reports
102.
R.HILLMAN and T. R. F.WRIGHT, organisers. 1977. GENE REGULATION AND DEVELOPMENT
IN DROSOPHILA
Amer. Soc. of Zoologists, Thousand Oaks, Calif. Amer . Zool . 17, 3. 203 pp.,
108 figs., 26 tabs. $ 7.00 (paper)
Contributors: Bryant, Fristrom, Garcia-Bellido, Hillman, Kambysellis,
Kauffman, Lucchesi, Mahowald, Mandaron, Rizki, Schubiger , Seecof, Shearn,
Spear, Wright
This symposium reflects the tremendous advances made in Drosophila develop-
mental genetics in the last decade. It should be required reading particular-
ly for graduate students entering the field. All papers contain a judicious
blend of review material, recent results, and occasional pointers to the fu-
ture. The symposium was held in June 1976. Those who know the field will re-
alize from the list of contributors above that virtually all frontier areas
are represented.
Almost all contributions are well illustrated.
Collections of papers
103.
S.V.EMELYANOV, ed. 1977. THE EVOLUTION OF THE RATE OF ANIMAL INDIVIDUAL
DEVELOPMENT (in Russian)
Izd. Nauka, Moscow. 341 pp., 77 figs., 50 tabs. R.2.38 (paper)
Collection of papers with introduction by P.K.Anokhin on theory of func-
tional systems in theoretical biology (10 pp.); heterochrony in organogene-
sis and histogenesis (10 papers); systemogenesis and the physiological mech-
anism of heterochrony (3); particularities in the rate of individual devel-
opment in the intact animal (11); differences in the rate of development in
individuals of one population (3); mostly vertebrates; photomicrographs and
line drawings.
DEVELOPMENTAL PHYSIOLOGY (incl. endocrinology, immunology, behaviour, etc.)
(see also 33,54,57,59,81,83,96)
Treatises
104.
U. STAVE, ed. 1978. PERINATAL PHYSIOLOGY
Plenum, New York, etc. XXIV, 851 pp., 297 figs., 149 tabs., subject index.
$ 71.40, £ 37.50
This "source book" by an international team of authors, which first ap-
peared in 1970 under the title Physiology of the perinatal period, is so
well known that the second edition hardly needs recommendation. The basic
organisation has remained the same but the book has been updated and the
contents somewhat rearranged. There are new chapters on the placenta, post-
natal growth, the skeleton, blood coagulation factors, nutrition of the
newborn, trace elements, and the auditory response.
The book is now produced in one volume, and less luxuriously, so that the
price could be kept at a reasonable level.
225
Monographs
105.
S.SAKAMOTO et ol . 1911. ADAPTATION MECHANISM IN THE FETUS, WITH SPECIAL
REFERENCE TO FETAL ENDOCRINOLOGY
Almqvist & Wiksell, Stockholm. Acta Obstet. Gynecol, Scand. suppl.63.
19 pp., 24 figs., 2 tabs.
Summary of the authors' recent work on the human fetus; original graphs,
tables and micrographs.
106.
O.J.WJASOW and W . M . BARABANOW , eds. 1978. GRUNDLAGEN DER IMMUNEMBRYOLOGIE ,
translated from the Russian by B.Remus
Fischer, Jena. 202 pp., 52 figs., 36 tabs., subject index. M.87.00
Contents: 1. Gegenwartige Vorstellungen iiber die immunologische Reaktivi-
tat (Werbitzky) , 2. Entwicklung der antigenen Struktur des Auges in der
Embryogenese (Barabanow, Michailow) , 3. Entwicklung der antigenen Struktur
der Niere in der Embryogenese (Awerkina) , 4. Die morphogenetische Rolle
der Gewebsantigene (Wjasow, Titowa) , 5. Besonderheiten der iramunologischen
Regulation der Embryogenese bei Saugetieren und beim Menschen (Werbitzky)
This is the translation of a book published in Russian in 1973. The name
of the first editor, who wrote a book on immunoembryology in 1962, is usual-
ly transliterated in the West as O.E.Vyasov. He is one of the outstanding
authorities in this field in the U.S.S.R. Obviously the main importance of
the book is that it provides an entry into the older Russian literature. The
bibliography contains some 350 titles, about one third of which are Russian;
many of these are books and dissertations.
We make the following annotations with the table of contents. Ch.l has
sections on the phylogenetic and ontogenetic development of immunological
reactivity and on the ontogenesis of specific cellular reactions. Ch.2 has
a section on tissue antigens of the retina. Ch.3 deals with frogs, chickens,
mammals and man. Ch.5 contains much information of clinical importance.
The book is mainly illustrated with photographs. The bibliography is dis-
figured by numerous printing and transliteration errors.
Symposium reports
107.
R.E.BILLINGHAM and A. E. BEER, chairmen. 1977. THE JOY PALM MEMORIAL SYMPOSIUM;
IMMUNOLOGIC ASPECTS OF THE MATERNAL-FETAL RELATIONSHIP
Grune & Stratton, New York, etc. Transplantation Proceedings, vol.JZj 2.
138 pp., 38 figs., 37 tabs.
This symposium was held in New York in August 1976. Apart from a 5-page
introduction by the chairmen, the 18 contributions are brief reviews or
research reports, the latter usually either preliminary communications or
extensions of previously published work. At least half of the papers are of
interest to mammalian immuno-embryologists. Most of their authors are Ameri-
can, some English. Some other papers may be of marginal interest to our
readers. '
226
108.
M.D.COOPER and D.H.DAYTON, eds. 1977. DEVELOPMENT OF HOST DEFENSES
Raven, New York. A Monograph of the Nat. Inst, of Child Health and Hijman
Development. XIV, 306 pp., 50 figs., 47 tabs., subject index. $ 30.00
Contributors: Beer, Blaese, Cantor, Colten, Doherty, Gershon, Gill, Klin-
man, Lawton, Le Douarin, Melchers, Miller, Mosier, Oldstone, Paul, Raff,
Scher, Silverstein, Stagno, Stossel, Tomasi, Vitetta, Wilson
This volume is based on a conference held in May 1976 as part of a series
that views immunology from a broadly developmental perspective. Because this
is rapidly becoming a very specialised field the book will appeal most to
specialists. Of the 57 contributing authors all but four were Americans.
The discussions following the papers are also recorded.
Most of the 23 papers contain new information, often unpublished at the
time of writing. They cover the fetal, perinatal and neonatal development
of man and other mammals. Some highlights are new data on the ontogeny of T
and B cells and their interactions, on the complement and properdin systems,
on phagocytosis and the role of macrophages, and on the function of alpha
fetoprotein in immunoregulation.
109.
SATELLITE SYMPOSIUM. 1977. Vth INTERNATIONAL CONGRESS OF ENDOCRINOLOGY, 1976
Pergamon, Oxford, etc. J. Steroid Biochem. vol.8. 285 pp., numerous figs,
and tabs.
International symposium on hormones in development and growth (mainly mam-
malian and human, pre- and postnatal) ; maternal-fetal-placental relation-
ships (10 papers); fetal tissues (13); fetal neuroendocrinology (6); sex
differentiation (7); discussions recorded.
110.
J.B.SOLOMON and J.D.HORTON, eds. 1977. DEVELOPMENTAL IMIvlUNOBIOLOGY
Elsevier/North-Holland Biomedical Press, Amsterdam, etc. XXVIII, 456 pp.,
79 figs., 5 pis., 114 tabs., no indexes. $ 59.95, Dfl. 138.00
During the last 15 years developmental immunology has become a science in
its own right. The present international symposium bears witness to this.
It was held in Aberdeen in September 1977 with an attendance of over a
hundred scientists from all over the world. A special feature of the sympo-
sium was the large number of papers dealing with invertebrates (in the
"phylogenetic" section) and lower vertebrates (particularly fish, Xenopus
and some reptiles) . All of the 56 contributions are brief research reports
or reviews of recent findings. They are reproduced from typescripts without
editing. A very useful feature, commendable for other symposia, is the very
readable 13-page summary of contents prepared by the editors.
Two of the three sections are of particular interest to our readers: that
on Lymphocyte differentiation (highlighting the emergence and differentia-
tion of lymphocyte sub-populations, and cell surface immunoglobulins and
antigens)^ and that on Development of antigen-driven immune function (high-
lighting T and B cell interrelations in fishes and amphibians, thymectomy
in amphibians, immunoglobulin phylogeny, ontogeny of T suppressors and
lyraphokines, bursa and immunological responses in the chick, and sequential
maturation of the immune response) .
The book was produced very well and extremely rapidly but has no indexes.
227
METHODS (see also 50,78)
Symposium reports
111.
D.NEUBERT, H.-J.MERKER and T.E.KWASIGROCH, eds. 1977. METHODS IN PRENATAL
TOXICOLOGY; evaluation of embryotoxic effects in experimental animals
Thieme, Stuttgart. XII, 474 pp., 267 figs., 44 tabs., subject index. DM 30.00
Contents: I. Planning of experiments and choice of animal species (8 pa-
pers) , II. Evaluation of teratogenic effects on organ systems and the
skeleton (8) , III. Evaluation of postnatal manifestation of prenatally in-
duced lesions (4) , IV. The use of in vitro techniques in teratology (7) ,
V. Special methods of drug application (2), VI. Methods used to detect
alterations in genetic material (2), VII. The use of special morphological
techniques in teratology (8), VIII. The use of special biochemical and
toxicological techniques in teratology (8)
This book is the result of the first European Teratology Workshop, held in
April 1977 in West Berlin. Its aims were, first, to provide newcomers to the
field with an opportunity to gain an overview of the research methods current-
ly in wide use; and second, to give the scientist with more experience in
these fields the means by which he might broaden his horizons by learning
additional scientific methods. The volume collects all the methods and tech-
niques, both established and new ones, demonstrated at the workshop in a
series of 47 brief papers with charts, diagrams and other illustrative mate-
rial.
Twenty- two of the 37 first authors are from West Germany, many among them
from the Institut fur Toxikologie und Embryonal-Pharmakologie , Free Universi-
ty, Berlin, where the workshop was held. The other authors are from various
other European countries. Almost all papers in the sections IV, VII and VIII
are by German authors.
All papers are in English. The volume is well produced and the photographic
illustrations, several of them in colour, are reproduced on art paper.
228
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