AUTORADIOGRAPHY (contd.) 



— acids, endopolyploid nuclei, Diptera, 

 Lepidoptera GILLOT 



oocyte, lampbrush chromosomes, nucleolus. 



nucleoplasm. Amphibia MILLER 



oogenesis. Annelida DHAINAUT 



— . Asteroidea, Hemiptera, Teleostei GINZBURG 



— 6 morphogenesis. Amphibia, Asteroidea FICQ 

 ovarioles, Coleoptera ULLMANN 

 •^-P-incorporation, regional differences, 



Teleostei YAMAGAMI 



phospholipid metabolism, Teleostei HAMANO 



placental giant cells, Rodentia RITSCHARD 



TIBBITTS 

 primordial germ cell origin, Urodela KOTANl 



protein synthesis, nucleo-cytoplasmic 



relations Echinoidea GEZELIUS 



— — . various organs, ^nura KEMP 

 regeneration, Urodela TRAMPUSCH 



— cells 6 nerves, limb & tail regenerate, 

 Lacertilia. Mammalia, Urodela KIORTSIS 



RNA. myogenesis in vitro, Aves, Rodentia GAYER 



— & basic proteins, oogenesis, Echinoidea 



SANCHEZ 



— 6 histones, neural crest in vitro, Anura 



ANDREW 

 GABIE 

 spermatogenesis, prepuberal animals, 



Rodentia HUCKINS 



striated muscle, cytogenesis, Rodentia TOTO 



tumour cells interacting with embryonic 

 organs in vitro, Aves BEAUPAIN 



BACTERIA 



influence on nervous tissue, Aves KVINIKHIDZE 



BEAK 



morphogenesis, epithelio-mcsenchymal 



interaction, Aves HAYASHI 



BEHAVIOUR (embryonic) 

 Aves GOTTLIEB 



HAMBURGER 

 Chelonia HAMBURGER 



circling, inherited. Rodentia STEIN 



effect of foetal X-irridation, Mammalia RUGH 



locomotion in animals with supernumerary 



limbs. Urodela BRaNDLE 



— type, effect on limb muscles, Rodentia 



LISOWSKI 

 maturation of spontaneous & reflex 



activity. Aves CORNER 



relation with EEG, Aves CORNER 



role of CNS. xenoplastic neural plate 



transplcintation. Amphibia BRaNDLE 



Telco'^tei ARMSTRONG 



Urodela ARMSTRONG 



BIDDER'S ORGAN 



experimental embryology. Anura VANNINI 



germ cell differentiation. Anura RADO 



GHIRARDELLI 



BILE DUCTS 



see Gall bladder 



BIOCHEMISTRY 



see also specific substances: Energy: 



En:yme(s); Immunology; Respiration 

 alimentary tract. Aves, Homo. Rodentia BAXTER 

 animalizing & vegetalizing, substances. 



Echinoidea HoRSTADIUS 



RUNNSTRoM 

 ATP synthesis, relation to morphogenesis 

 & differentiation. Teleostei, Urodela 



CRAWFORD 



ATP-ase cation pump & permeability, developing 



6 regenerating liver, Rodentia BAKKEREN 



BONTING 



Aves KNOX 



SEARLS 



bile acid formation, embryonic liver. 



Aves LAMBIOTTE 



. liver in vitro. Aves CROIZAT 



biological membranes, brain MANZOLI 



biopterin, function, tracer studies. 



Hymenoptera REMBOLD 



blastoderm in vitro, labeled metabolites. 



Aves BAKER 



blood cell dilferenti«ion. Vertebrata RAUNICH 

 bone. Aves, Mammalia GAILLARD 



-. enzymes. Anura. Aves McWHINNIE 



brail 



Rodentia 



FESZT 

 KEREKES 



— . relation with electrophysiology. Rodentia 



SOBOTKA 

 chromosome, Aves, Homo HAKANSSON 



developmental. Tunicata MARKERT 



differentiation. Echinoidea NUMANOI 



— . pigment cells, muscle, Urodela WILDE 



— 6 metaplasia, eye tissues in vitro, Aves 



WHITTAKER 



DNA, RNA 6 protein emtimetabolites, 



biochemical effects on cleavage 6 early 



development. Teleostei PURKO 



early development. Amphibia. Teleostei VAHS 



early development. Annra BROWN 



SMITH 



. Echinoidea CZIHAK 



. Urodela JUSTUS 



— embryo, Coleoptera LOCKSHIN 



— embryo. Mammalia LUTWAK 



— qastrula, regional differences, Teleostei 



BRUMMETT 

 ecdysis, Crusracea NUMANOI 



effect of barbituric compounds. Aves OJEDA 



— — hydroxyurea, electron microscopy, 

 Echinoidea GEUSKENS 



hypoxia. Aves GRABOWSKI 



irradiation, Anostraca NAKAZAWA 



. Anura. Teleostei TAGUCHI 



VAMADA 

 egg. Diptera, Lepidoptera PANT 



eiectrophoretic fractions of specific anlagen 



6 cells, influence on differentiation. 



Urodela WILDE 



embryo. Invertebrata MANCUSO 



embryo-niaternal relationship. Mammalia GLASS 



embryonic determination. Echinoidea LALLIER 



— diapause. Lepidoptera OKADA 



— growth. Homo JIRASEK 



— nutrition DALLMAN 

 eye lens, development & regeneration, Aves 



McCALLION 

 fertilization & early development. 



Echinodermata, Rodentia PIKo 



fertilization. Echinoidea AKETA 



-. Teleostei HAMANO 



fluorometric studies, embryo. Teleostei WEBER 

 foetal 6 postnatal development. Rodentia 



NAKAZAWA 

 gene functions. Teleostei KAJISHIMA 



general ROSENBERG 



general & mucopolysaccharides. Echinoidea 



IMMERS 



glutamine metabolism. Aves RUDNICK 



Q.rowth & metamorphosis. Diptera. 



Lepidoptera SHAPPIRIO 



hemoglobin synthesis. Aves i,,c^cd 



histones. nuclear, from embryo KISCHER 



hybrids, haploids etc.. Teleostei NEYFAKH 



hydroxyurea, effect on morphogenesis. 



Amphibia. Echinoidea BRACKET 



incorporation of radioactive precursors into 



eggs, Polychaeta TWEEDELL 



inducer substances, isolation by electrophoresis, 



Hydroidea MuLLER 



inductive agents. Amphibia KAWAKAMI 



inductive agents. Aves. Mammalia. 



Urodela SASAKI 



inhibitors of protein synthesis, developmental 



effects. Echinoidea CHENEY 



inhibitory substances, pharynx regeneration. 



Turbellaria BEAUPAIN 



intermediate metabolism, glycolysis, early 



development. Anura SALOMON 



labelled amino acids & pyrimidines. uptake 



& incorporation into macromolecules. 



Echinoidea COUSINEAU 



lens regeneration, Urodela SATO 



lipoviteilins. oocyte & hemolymph. Crustacea 



liver, cellular differentiation. Aves LE DOUARIN 

 liver, metamorphic differentiation, 



Anura COHEN 



macromolecules. tissue-specific, experimental 



use. Anura KIMMEL 



melanin synthesis, regulatory mechanisms. 



Aves. Tunicata WHITTAKER 



metabolic pathways, tracer studies. nr r. r-v 



Invertebrata BLACK 



metabolite incorporation, early development. 



Diptera 



NASH 



mitochondria, embryo, comparative study WEBER 

 molecular morphogenesis SJoSTRAND 



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