EYE{S) (contd.) 



anlage. xenoplastic transplantation, pjscHER 



Amphibia HOMANN 



Arachnoidea „l„„„ 



as affected by homoeot.c mutants, Pt-^^^^gg^ 



qenetics, Dtpteca u 1 „ 



cavernicolous forms, experimental ^""bryology^^^^ 

 Urodela PILLERI 



Cefacea „ . . i 



compound, descriptive & experimental ^^^^ 



embryology. Insccta HAY 



cornea, fine structure Aves "" 



^, morpkogenesis, effect of lens, Ai>es /CINN 



corneal epithelium, protein secretion. Aves HAY 

 cytology, histochemistry, DNA, ^-^^j^j^hidZE 

 developmental physiology, Aves GENIS 



diminutive, cornea, histochemistry, ^""j^^j^qTTI 

 effects of optic nerve section. Urodela GAZE 



embryonic 6 larval, metaplasia, ^r^ura^^^^^^^^ 

 Teleostei SOLOGUB 



enzyme histochemistry. Rodentia SCHIEBLER 



falciform process, determination of ^''^Qp^gHoy 

 growt'h°f 'morphogenesis, Aves COULOMBRE 



hereditary blindness, morphogenesis, lATSHAW 

 Carnivoca /-AmDonrr 



immunochemistry. Amphibia ^cLAYTON 



immunology, Aves , ^. LANGMAN 



iris & ciliary body, cell population kinetics 



6 specific syntheses, autoradiography, ^^^^^yj^ 



Rodentia 

 malformations, gene-conditioned, ^UMBRECK 



Rodentia ii«cdt7 



mitosis, distribution. i?orfenf<a MPYFR 



morphogenesis, histochemistry, Aves MHYCK 



mutants affecting, developmental study, _„jj^^ 



^^f^Rodentia CAMPBELL 

 . Rodentta CLAYTON 



nasa-lacrimal duct, Anura R°'^'"''%,^^,^StON 

 neural retina, enzymes, Ares sJVolmMFy 

 optic vesicle. Primates, Rodentia BARTELMEZ 

 , role in development of optic ""clei 



polyploidy, role in transformation 



Urodelf "''"■ ^"""' ^°'^""''' STROEVA 

 - fo°m^ation. genetics, Lepidoptera EGELHAAF 

 pigmentary system, biochemistry, genetic 



control, Lepidoptera MUT H 



postnatal development, physiology. ''JS^^^^'^j^sTEN 



protuberantia sclerae. Homo ^^^^ifpR 



reaction to vitamin B, Anura _, , ,. oiirH 



regeneration following irradiation, Rodentia RUUM 

 relation with neurogenesis, Lepidoptera ^Q^^^y 



restitution after removal of retina ^ „.__„,„,, 



lens. Teleostei ^ ^ HASEGAWA 



retina & ciliary body. Na + K a<:t'^^'^^'\,„pppo 



ATPase, Auej, Lagomorpha KU«jn,Ko 



-. enzyme histochemistry, electron "'"oscopy, 



Carniuora, Rodentia WOLFf 



-, glutamo-synthetase induction in vitro. 



molecular events, Aves Bt,N-UK 



-, local specificity, reaggregation, At-es ,q-^q 



^utTett'^ ^ '""^' ^^'"''''°" lACOBSON 

 -. postnatal, rhodopsin cycle, electro- 



retinogram, Carnivora BONTING 



-, receptor cells, ultrastructure fl^^I^^^g 



-, regeneration. Anixra LOMBARUU 



-, — , cellular 6 subcellular study. ^^,,^ui 



Urodela EGUCHI 



— , - from pigment epithelium, «arly 



cytological changes, Urodela ^^'^^A^AnA 



retinal cells, monolayer culture. Aves UNAUrt 



retinal pigment, developmental factors '^ 



yolk albumen, Aves HARRlbON 



"aTcs'^""'' "" differentiation in vtro^^^^^^g^j^ 

 retinTtectal connections. Aves ^mRRO 



Rodentia 



role of polyploidy in differentiation^^A^es^^^^^^ 



visual pigments, conversion during \kjWT 



metamorphosis. Armra "'^^ 



- system, experimental study, Aves. __,.,, ^j 



Rodentia qaKHRAI 



X-ray induced malformations, Rodentia bAKUKAl 



EYE LENS 



see also Regeneration (traumatic) 

 anlage, xenoplastic transplantation. pisCHER 



.^^^'P'"'"'' WOERDEMAN 



biochemistry, Aves ^ ^^ McCALLlON 



cell division, relation with cytoditteren- 

 tiation. tissue culture, a"'°"diography, 

 Rodentia ARMSTRONG 



cellular differentiation, regulation of protein 

 & nuclei acid synthesis in vivo & in 

 vitro, Artiocfacty^a. ^-^p^p^^ONSTANTINOU 

 crysta,llins, differentiation, Anura McDEVlTT 



DNA synthesis, autoradiography, '^''" . j^pg^goN 

 effect on corneal development, Aves ZINN 



fibre formation, molecular events in vivo 6 



,n vitro, Artiodactyla. ^^^p^^ONSTANTINOU 

 fine structure. Mollasca ^^r^M.c 



immunochemistry. Aves LaVELLE 



immunochemistry & regulatory mechanisms 



Annn, Aves CAMPBELL 



Anura. Aves CLAYTON 



TRUMAN 



,„H„rtinn Aves GALASSI 



induction, Aves MODAK 



YAMADA 



- by larval eye tissues, Urodela ^^^^.f JIdY 

 _ & development. Anura VVr^cccI 

 _. role of neural crest, Urodela AUFSESb 



- "-'^'^ '^"^^IS 

 inhibition in vitro by eye extracts. ^-^^^^^^^^^ 



Mammalia WOERDEMAN 



morphogenesis 6 protein synthesis, control 



in vitro. Aves ^^^YF-;^^ii^ 



mutants affecting, Rodentia CLAYTON 



postnatal differentiation, immunochemistry, 



Aves <-Ab 1 KU 



proteins, electrophoresis. Rodentia ^^^^^^^^y 



~. immunochemistry. Vertefcrata ^„^,,??A"^^ 



DOORENMAALEN 

 RNA, base composition, Anura MEZGER 



role of RNA. Aves P'^^,^^9n^^w 



size & shape, factors involved. Aves WOLPOW 



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) kofcke 



developmental physiology, Aves KUHN 



epidermal-dermal interaction. Aves ^psSELLS 



epithelial-mesenchymal interactions in ^-unpro 



vitro, Ai.es. Rodentia GARBER 



germs 6 tracts, effect of hydrocortisone, ^^^^ 



Ai'es YATVIN 



hormonal control. Ayes , 



inhibition in bispecific, heterochronous ^k.n 



cell coaggregates. Aves. Rodentia GAKBEK 



mesoderm-ectoderm interaction, At>e5 GOETINCK 

 neoptile, xenoplastic chimaeras. Aves DHOUAILLY 



224 



