mitotic apparatus, protein, Echinoidea MIKI 

 , structure & function, Echinoidea KIEFER 



— spindle, disintegration by hydrostatic 

 pressure, Echinoidea MARSLAND 



— structures, stabilization by D-O, 



Echinoidea MARSLAND 



molecular mechanisms, Rodentia MONESI 



mosaic eggs, ultrastructure, Lamelli- 



branchia HUMPHREYS 



non-cleavage, SH fluctuation, Echinoidea DAN 

 nucleolar changes. Gastropoda DAUWALDER 



physiology, Echinoidea KOJIMA 



protein synthesis localization, autoradio- 

 graphy. Gastropoda WAL 



& nucleic acid metabolism. 



Gastropoda BIGGELAAR 



— + RNA, activation of synthesis, 



Echinoidea WILT 



rate, relation witli rate of embryonic devel- 

 opment, Teleostei JONES 

 RNA metabolism, Gastropoda DAUWALDER 

 spindle microtubules, origin & protein level, 



Echinoidea, Echiuroidea ANDERSON 



spiral, cell interactions GATHER 



suppression of one cycle, precocious formation 



of micromeres, SH cycle, Echinoidea DAN 

 Teleostei KIRCHEN 



Urodela SAWAI 



CLOACA 



see Urogenital system 



CLONE(S) 



see Asexual reproduction; Cell(s); Cell heredity 



COELOM 



see Body cavities 



COLCHICINE 



see Antimitotic agents 



COLLAGEN 



Amphibia KATO 



biochemistry, connective tissue cells in vitro, 



Axes TRINKAUS 



deposition during metamorphosis, 



Anura REYNOLDS 



fibres, resorption, tail metamorphosis,, 



Anura ITO 



fibrillogenesis, Artiodactyla ALLEN 



lamellae, cornea, fibrous architecture, 



Aves TRELSTAD 



ligamentum nuchae, Artiodactyla BARTOS 



synthesis, cell differentiation in vitro, 



Aves COLEMAN 



— , pancreas & salivary gland in vitro, 



Rodentia BERNFIELD 



umbilical cord. Homo UYSAL 



wound healing. Mammalia WATTS 



COLOUR PATTERNS 



see Chromatophore(s); Pigment(ation) 



COMPETENCE (inductive) 



early stages, Urodela GRUNZ 



ectoblast, influence of actinomycin, 



Aves GALLERA 



ectoderm, Urodela JOHNEN 



neural & endo-mesodermal, blastula & 



gastrula, biochemical correlates, 



Urodela SAAG 



— & mesodermal, blastula & gastrula, 

 histochemistry, autoradiography, 



Urodela UBBELS 



CONGENITAL MALFORMATIONS 



see Malformations 



CONNECTIVE TISSUE 



see also Fibroblast(s) 



biochemistry DORFMAN 



cartilage, bone, lung, kidney, histochemistry, 

 enzymology, electron microscopy, 

 Artiodactyla, Aves, Homo, Rodentia KNESE 



chorionic villi, histogenesis, Homo KOMINKOVA 



collagen, polymerization, tracer study, 



pupa, Lepidoptera ASHHURST 



components, biophysics & bio- 

 chemistry MATHEWS 



differentiation of clones, biochemistry, 



cinemato^aphy, Aves TRINKAUS 



fibrillogenesis, Anura, Homo, 



Rodentia WATANABE 



filament formation in regeneration, 



Turbellaria PEDERSEN 



ligamentum nuchae, Artiodactyla BARTOS 



mast cell formation, molecular biology, 



Rodentia CSABA 

 , histochemistry, ultrastructure, 



Rodentia SEFTALIOGLU 



, Rodentia BURTON 



plasma cells, subcutaneous, cytogenesis, 



Rodentia TOTO 



CORPUS ALLATUM 



experimental histophysiology, 

 Insecta 



PFLUGFELDER 



CORPUS LUTEUM 



relation with embryo, Artiodactyla 



CORTEX 



see Cell(s); Egg(s) 



CORTISONE 



see also Steroids 



effects. Amphibia, Teleostei 



HAY 

 MOOR 



HANKE 

 LEIST 



JURAND 



ZUST 

 ZUST 



hydro-, early effects in embryo, Aves, 



Rodentia 

 — , effect on feather germs & tracts, 



Aves 

 — , effect on skin & feathers, Aves 

 — , sensitivity of dermis & epidermis, Aves ZUST 

 influence on gestation & fetal development, 



Rodentia MERCIER 



teratogenesis, Aves, Mammalia CLAVERT 



CRANIUM 



see Skull 



see also Chondrocranium 



CULTURE (egg, embryo etc.) 



see also Organ culture; Tissue culture 



blastocyst, chemical teratogenesis, 



Rodentia MITCHELL 



— , cytology & endocrinology. Homo, 



Primates, Rodentia , BAKER 



— , effect of embryonic agents, Lagomorpha HAY 

 — , implantation, Lagomorpha STEER 



— , — , Mammalia GLENISTER 



— , Rodentia LE GOASCOGNE 



blastoderm, Aves LUTZ 



— , incorporation & transport of labeled 



metabolites, Aves BAKER 



— , origin of asymmetry of heart and ovaiy. 



Aves 

 Cestoda 

 descriptive material, first 72 hours, 



Aves 

 early differentiation, Rodentia 



LEPORI 

 SMYTH 



LUCEY 



LEVAK 



SKREB 



SVAJGER 



— embryo, influence of genotype & 

 environment on developmental rate, 



Rodentia McLAREN 



, influence of temperature, 



Lagomorpha ALLISTON 



— gastrula, Teleostei BRUMMETT 



— stages, various treatments, 



Artiodactyla POLGE 



egg, Artiodactyla, Lagomorpha ONUMA 



— , maturation, Rodentia lOANNOU 



embryo, carbohydrate metabolism. Homo, 



Rodentia STERN 



— , Diptera COUNCE 



— , drug bio-assay, Aves BOONE 



— , early post-implantation stage, metabolic 



requirements, Rodentia 

 — , effect of teratogens, Rodentia 



— & fragments. Cephalopoda 



— , in serum, teratogenesis, Rodentia 



— , Mammalia 



GUNBERG 

 SHEPARD 

 TANIMURA 

 MARTHY 

 GUNBERG 

 NEW 

 PRESLEY 

 — , morphogenetic movements & tissue 



differentiation, Rodentia DEUCHAR 



— , paedogenesis, Diptera W^NT 



— , Rodentia BENOIT 



NAKAYAMA 

 — , teratogenic action of amino acid 



analogues, Rodentia KOCHHAR 



— . Urodela DOBROWOLSKI 



245 



