-, induction, Anura, Aves 



HOPERSKAYA 

 LOPASHOV 



— & other structures, correlation with 

 funcUon. Tetrapocia WEIDMAN 



— , postnatal, rhodopsin cycle, electro- 



reunogram, Carnirora BONTING 



— , receptor cells, ultrastructure ,S^°^I^^R 



—, regeneration, Anura, Teleostei LOMBARDO 

 — ', sensory cells & synapses, in vitro, 



retinal fibres, Ares LEDERMAN 



~^7;/°" '" """^ ""''' '*'"'""''" MARCHISIO 



"ilr"' '"""' '''"''"''' '"'"hoperskaya 



— pigment cells, differentiation in ^itro 

 biochemistry, Aves CULtMAiN 



, developmental factors m yolk „^„„„--^ 



albumen. Axes . HARKlbUlN 



~^es^°""^ * differentiation m v.tro^^^^^^^^ 



— receptors, time preceding differentiation, 

 autoradiography, Aves piprro 



rudiment uansplantation between varieues 

 with & without eyes, ^./e-r., ^^^^^smCK 



segregation into pigmented & sensory „^ 



retina, Urodela JACOBbUJN 



visual system, experimental study, Aves, 



Rodentia CUWAIn 



EYE LENS 



see also Regeneration (traumatic) 

 ^,,g^ WOERDEMAN 



cataract, anterior polar, Carnivora SHUPE 



ceU division & fibre differentiation, ^„^__„„^(^^ 

 Rodentia ARMSTRONG 



ceU repUcation & nuclear degeneration, , ^y^^ 



^"^^ MODAK 



PERDUE 



PERSONS 



UPPULURI 



cellular differentiation in viuo, Aves KATOH 



, regulation of protein & nucleic 



acid synthesis in vivo & in vitio, ,^^.^,„-,„,, 

 ArtioLctyla, Aves PAPACONSTANTINOU 



crystalUns, differentiation, Anura McUbViii 



development & growth, Aves MODAK 



UPPULURI 



"4*^.^^''°''"''°"' ''^°''''*"^'''^' McCALLION 



DNA synthesis, autoradiography, ANDERSON 



effect on corneal development, Aves ZINN 



electron microscopy, Aves ATj>jnTn 



, Mollusca ARNOLU 



eyecup-lens-system, phase specific gene activity, 



DNA, Teleostei, Urodela VAMS 



fibre cells, proteins controlling RNA ^, » ,ct, 



synthesis, Artiodactyla .^ * „,f yxtfi 



— differentiation in vitro, Aves KAWAKAMl 



— formation, molecular events i" iL'^o & in vitro^ 

 Artiodactyla, Aves PAPACONSTANTINOU 



fibres, in vitro, Anura. Urodela YAMM^^ 



immunochemistry, Aves LaVt-LLf, 



— & regulatory mechanisms, Anura, ^^j^pg^^L 



'^"^^ CLAYTON 



TRUMAN 



induction, Aves n^^HOV 

 by larval eye Ussues, Urodela LOPAStiwv 



— & differentiation, macromolecular ^waam 

 synthesis, Aves, Rodentia c-ta^^ 



in vitro Aves blAKKt, 



— , uroaeia REYER 



THOMPSON 



inhibition in vitro by eye extracts, 



Avei 

 macromolecules, synthesis, m vitro, ^^cutt-ia 



Aves YObHlUA 



Mammalia WOERDEMAN 



morphogenesis & protein synthesis, control 



in vitro, Aves ^^^^^A^ 



mutants affecting, Rodentia CLAYTON 



protein, electrophoresis, Rodentia KONYUKHOV 

 —. immunochemistry, Ker/efcrflfa no a km a 



— . immunology & immunochemistry. 



Axes, Homo DOORENMAALEN 



— synthesis, Aves dcvcd 



regeneration, autoradiography, Urodela ^^J^^ 

 — , causal analysis, Urodela »^t^a v 



RNA synthesis, Aves PERSONS 



role of RNA, Aves PIATIGORSKY 



terminal lens fiber cell differentiation, 



Avei BOLLUM 



^ BORSTEL 



MODAK 

 PERDUE 



FACE 



see Head 



FALLOPIAN TUBE 



see Oviduct 



FAT 



see Adipose tissues; Lipid(s) 



FAT BODY 



see Adipose tissues 



FATE MAPS 



see Embryology (experimental) 



FATTY ACIDS 



see Lipid(s) 



FEATHER(S) 



developmental physiology, Aves 



BRAHMA 



KOECKE 

 KUHN 



differentiation, in vitro, Aves t^uJ^Pa^V^y 



— , xenoplastic chimaeras, Aves DHOUAIL-LY 



effect of hydrocortisone, Aves ^.cFu^n 



prostaglandins, Aves Kjsi^ticis. 



electron microscopy & biochemistry, kisCHER 



embryonic pterylosis, Aves KOECKE 



germs & tracts, effect of hydrocortisone, 



Aves ^^^'^ 



mesoderm-ectoderm mteraction, gOETINCK 



'^''^^ WESSELLS 



patterns, supernumerary pterylae, SENGEL 



pterylae & apteria, regional determination, ^^^^ 



pterylosis, Aves FRLANT 



role of placodes & featiier condensations, 



Aves NOVEL 



spinal^pterylae. effect of X-rays, SAUCER 



supe7numeray limbs, Aves DHOUAILLY 



trajt^-specificity. factors involved, s^u^^deRS 



FECUNDITY 



see Fertility 



FERTILITY {& sterility) 



effect of deoxyriboside base analogues, „„„„,^, 



drugs, Rodentia o™m nX 



stress and aging, Rodentia REYNOLDS 



superfecundity by hormone treatment, .dt;m 



Rodentia McLAREN 



FERTILIZATION amt^pr«!fn 



acrosome reaction, Rodentia ANDERSEN 



activation, changing metaboUc states, ^,_,„„„ , 



Anura ^VAT^ct 



— Coleovtera HAGET 



- EcMnMea RUNNSTRoM 

 — ', fine structural changes, Echinoidea MILLONIG 

 _' genetic control of oocyte reactivity, 



Lepidoptera "^MORRILL 



— , role of ions, Anura „tt^dSricq 



Amnhibia HUMPHRIES 



inurd KATAGIRI 



artificial activation, pronucleus formation, 



Rodentia ^^*-^^a??tiv 



_, Polychaeta Sr a'^pn 



Artiodactyla o,,nFrilFR 



chemical factor from oviduct, Anura BUDEGUEK 



& jelly coat, Anura BAKBIUki 



cortical granules, lysis, Invertebrata 



EPEL 



259 



