EPIDERMIS (contd.) 



epithelium, differentiation, Annelida, 



Crustacea BAFFONI 



fetal, glycosaminoglycan changes, ^, ,^,^,i,.t-t-t 



Homo GIANNETTI 



hyperplasia. Mammalia, Urodela BUTLER 



Langerhans cell, origin, differentiation & 



immunochemistry, Rodentia REAMS 



larval, secretory activity, Urodela DODSON 



role in scale development, Teleostei KREJSA 



LUSE 

 tail regeneration, Lacertilia MADERSON 



tonofilaments in development, wound heaUng 



& tissue culture, Teleostei BEREITER 



wound healing, electron niicroscopy, 



/Ifiura LUCKENBILL, 



LEESON 

 BLOM 



EPIDIDYMIS 



ductus, epithelium & stereocilia, 



Rodentia 

 pathology, Artiodactyla 



EPIPHYSIS 



see Pineal organ 



EPITHELIAL-MESENCHYMAL 



INTERACTIONS 



beak morphogenesis. Axes HAYASHI 



cornea, position of Golgi complex, 



Aves, Rodentia TRELSTAD 



embryonic development GARBER 



feather & limb formation. Ares WESSELLS 



histogenesis, Aves WESSELLS 



integument, cell death & differentiation, 



larva through metamorphosis, ultra- 



suuctuie, in vivo & in vitro, 



^nura GOLDSMITH 



— morphogenesis, comparative study, 

 Invertebrata, Vertebrata KREJSA 



Umb, Anura '^^^^"R^J 



Ayes KIENY 



SAUNDERS 



SEARLS 



ZWILLING 



— bud, position of Golgi complex, 



A\es, Rodentia TRELSTAD 



— regeneration, Urodela FABER 

 — , scales & feather differentiation, 



^ves GOETINCK 



— , xenoplastic chimaeras, Aves PAUTOU 



lung epitheLum, effect of heterologous 



mesenchyme, Aves DAMERON 



morphogenetic substances from mesenchyme 



in stomach & lung development, Aves MARIN 



role in biochemical differentiation, parotid 



gland, Rodentia GORDON 



skin derivatives & teeth, in vitro, Aves, 



Rodentia ^J?V^dS 



histochemistry, Aves, Mammalia RITSCHARD 



wing bud, Aves AMPRINO 



^ ' CAMOSSO 



— & leg, xenoplastic chimaeras, Aves PAUTOU 



EPITHELIUM 



cells in vitro, locomotion & behaviour, 



Aves, Rodentia MIDDLETON 



columnar, role of microtubules in cell shape, 



Aves, Urodela BURNSIDE 



cysts HARTWIG 



differentiation, experimental analysis, 

 ^vej STEDING 



regeneration, cytology, Rodentia DECK 



EQUIPMENT 



see Methods 



ERYTHROCYTES 



see Blood 



ERYTHROPOIESIS 



see Hematopoiesis 



EVOLUTION 



see Genetics 



EXCRETORY SYSTEM 



see also Kidney(s), Urogenital system 

 histochemistry & fine structure, 



Vertebrata GIBLEY 



Malpighian tubules, development & meta- 

 morphosis, Diptera CHITNIS 

 metamorphosis, Anura CAMBAR 



GIRARD 

 nephridia, Onychophora SILVA 



EXTRA-EMBRYONIC MEMBRANES 



see Embryonic membranes 



EXTREMITIES 



see Limb(s); Wing(s> 



EYE(S) 



abnormalities, studied by organ cuhuie, 



Rodentia KONYUKHOV 



allomctric growth, hemispherectomy, 



Rodentia AZOUBEL 



CRUZ 

 lUCIF 

 Arachnida HOMANN 



cavernicolous forms, Teleostei PETERS 



Cetacea PILLERI 



compound, descriptive & experimental 



embryology, Insecta SUCH 



cornea, epithelial-mesenchymal interactions, 



position of Golgi complex, Aves, 



Rodentia TRELSTAD 



— , morphogenesis, effect of lens, Aves ZINN 

 — , orthogonal collagen lamellae, fibrous 



aixhitecture, Aves TRELSTAD 



depigmentation by thiocarbamide, 



Turbellaria KISHIDA 



diminutive, cornea, histochemistry, 



Aves MAROTTI 



effects of optic nerve section, Urodela GAZE 



electron microscopy, Urodela DICKSON 



embryonal tissue implants in anterior 



chamber, Lagomorpha AGARWAL 



ANGRA 

 enzyme histochemistry, Rodentia SCHIEBLER 



falciform process, determination of site 



of formation, Teleostei LOPASHOV 



formation during regeneration, 



Turbellaria KISHIDA 



growth, allometric, Anura JONGH 



— , Anura HOLLYFIELD 



— & morphogenesis, Aves COULOMBRE 

 immunochemistry, Amphibia CAMPBELL 



CLAYTON 

 iris, depigmentation contiol, Urodela REESE 



— , regeneration, Lagomorpha. 



Primates AGARWAL 



ANGRA 

 — , RNA synthesis activation, in vitro, 



Urodela REESE 



malformations, gene-conditioned, 



Rodentia GUMBRECK 



metaplasia, Teleostei LOPASHOV 



SOLOGUB 

 morphogenesis, histochemistry, Aves MEYER 



mutants affecting development, genetics, 



Rodentia ^^,fidi^ 

 , developmental study, Rodentia SAZHINA 



— — , Rodentia CAMPBELL 



CLAYTON 

 nauplius, Crustacea ^^J,Si 

 neural retina, enzymes, Aves PIDDINGTON 

 , glutamine synthetase, relation to 



steroidogenic activity, Aves PIDDINGTON 



, protein & nucleic acid, Aves SCHWARTZ 



optic cup, role in development of optic 



tectum & nuclei, Aves WENGER 



pigment formation, genetics, ^^xtt»*t7 



Lepidoptera EGELHAAP 



pigmentary system, biochemistry, genetic 



control, Lepidoptera MUTH 



pigmentation, genetic control & development, 



Lepidoptera GOTTLIEB 



protuberantia sclerae. Homo PILLEM 



reaction to vitamin B, Anura BER 



regeneration following irradiation, 



Rodentia RUGH 



relation with neurogenesis, Lepidoptera WOLSKY 

 retina, ATP-ase activity, Na K activated, 



normal & hereditary retinitis pigmentosa, 



Rodentia ^JPI^JJ}^?, 



DAEMEN 



— , changes at metamorphosis, 



Anura HOLLYFIELD 



— & ciliary body, Na + K activated ATPase, 



Aves, Lagomorpha ^"^SctI 



— , hormonal control, Aves BtiZ 



258 



