NERVE(S) (contd.) ^^ ^^ 



peripheral, regeneration, Aves, Carnnora ERHART 

 pharynx. Homo, Lagomorpha KIMMEL 



regeneration, olfactory system, electro- 

 physiology, Teleostei WESTERMAN 

 role in limb regeneration, Urodela THORNTON 



proliferation pattern, limb regeneration 



blastema, Urodela HEARSON 



sensory, integration with end organ, 



Anura STEINBERG 



splanchnic. Homo x.TTxrf'y 



structure, comparative study, Anura MUNIZ. 



terminals, motor & sensory. Homo DAIKOKU 

 trigeminal. Primates GASSER 



— . regeneration of motor root, early stages, 



Aves STRAY 



monoamine, Aves 



HAKANSSON 

 NORD 

 T6R6K 



FIORONl 



JOSHI 



NERVE CELLS 



anterior horn, influence of periphery, 



Aves 

 brain & ganglia, culture, growth & 



differentiation, Dictyoptera t t i 



differentiation, critical periods, Rodentia LaVELLE 

 — , maturation, Rodentia LaVELLE 



DNA synthesis, cytoplasmic control, 



Rodentia JACOBSON 



electrical activity, relation with EEG, 



^vej CORNER 



eye stalk, regeneration, Crustacea VERNET 



fibres, effect of polarity. Amphibia HIBBARD 

 growth. Amphibia FRATELLO 



— & differentiation, Vertebrata BAFFONI 



histochemistry, Vertebrata AZOUBEL 



CRUZ 

 histogenesis, Rodentia SMART 



maturation, lipid & phospholipid, 



Rodentia LaVELLE 



Mauthner cell, relation to spinal cord 



regeneration, Urodela MOULTON 



microtubules, biochemistry FRIEDKIN 



neuroblasts grafted in adult spinal cord, „ccv 



Rodentia BOSSY 



— . spinal ganglion, electron microscopy, 



'^yes PANNESE 



Nissl bodies, Aves, Lagomorpha DREYF.R 



nuclear size, Rodentia CRUZ 



protein synthesis & utilisation, Aves O'BRIEN 



Rohon-Beard cells. Amphibia MARINI 



spinal ganglia, Rodentia YAMADORI 



synaptic complexes, retina, Carnivora, 



Rodentia ^^ v 



unipolar, spinal ganglion in vitro, Aves DUBEY 



NERVOUS SYSTEM 



see also specific components 



'4"«'-a ^KHAN 



Ayes HAMBURGER 



behavioural nerve networks, development 



& regeneration, Vertebrata SPERRY 



biochemistry, myelinization WENDER 



catecholamines & their receptors, Aves, 



Rodentia MANUKHIN 



cell physiology, Rodentia, Urodela KOROTCHKIN 

 Cetacea ^'^-^^^^ 



Cheleutoptera LOUVET 



cochlear input, regulation, Aves, Rodentia BUNO 



WILSON 

 Collembola TYSZKIEWICZ 



cytochemical differentiation, Rodentia LaVELLE 

 cytochemistry, Rodentia, Urodela KOROTCHKIN 

 effect of asphyxia WENDER 



drugs, Urodela LaVELLE 



ionizing radiation MULAREK 



WENDER 



magnetic field, Aves VENEZIANO 



electrophysiology. Mammalia CERBELLE 



— , Marsupialia BODEMER 



epithelioneural bodies, cytology & histo- 

 chemistry, Aves DREYER 

 experimental embryology, Diptera CHIARODO 



, electron microscopy, Aves ADLER 



— morphology, Rodentia, Urodela KOROTCHKIN 

 genetically deficient embryos, Diptera POULSON 

 glycogen pattern, Amphibia MARINI 



histoenzymatic architectonics WENDER 



histones, Vertebrata KORNGUTH 



innervation, teeth, Homo FALIN 



lactate dehydrogenase isozymes, Teleostei WHITT 

 malformations, Rodentia GIROUD 



microsystems in vitro, Aves STEFANELLI 



morphogenetic role, Turbellaria 

 morphology & electron microscopy. 



Cephalopoda 

 nerve fibres, regeneration, larval, 



Urodela BAFFONI 



— growth factor, mode of action LEVI 



neurotransmitters, role in early embryogenesis, 



Anura, Echinoidea BUZNIKOV 



MARKOVA 

 peripheral, cellular growth & mitosis. 



Amphibia ^^"^^^V^ 



— , developmental mechanism, Urodela OHASHI 

 — , in fetus. Homo GAMBLE 



phospholipids, Teleostei OPPENHEIMER 



reflex arc, origin. Mammalia CERBELLE 



regeneration, postmetamorphic, Anura BAFFONI 

 relation with behaviour, Aves OPPENHEIM 



. eye, Lepidoptera WOLSKY 



synapse, proteins, Vertebrata KORNGUTH 



teratogenesis, Rodentia MONIE 



SCHLiiTER 

 tissue differentiation in vitro VARON 



Vertebrata MINELLI 



NEURAL CREST 



cells, culture method, Anura ANDREW 



GABIE 

 determination, Aves KOECKE 



differentiation, causal biochemistry, „^^^ 



Urodela WILDE 



— , suppression & stimulation, Aves, 



Rodentia KOLLAR 



head, derivatives, experimental embryology, 



Urodela ^ ^^^}^^lh 



homotransplantation, tolerance, Anura Y>iV,T7 



in vitro, RNA & histones, Anura ANDREW 



GABIE 

 localization, migration & differentiation, 



autoradiography, Aves ^^^Y/7;r„y^^, 



migration & differentiation, Aves WESTON 



morphogenetic capacities & differentiation, 



Urodela S?/i?^c 



organ culture, Urodela WlLun 



pigment cells, effect of amino acids, ^ ^,^^ »., 



in vitro, Aves ^^^ireS 



thyroxine, in vitro, Anura ANDREW 



^ GABIE 



, staging, Anura ^^P?S^ 



GABIR 



pigmentation, Aves KOECKE 



removal, resulting in comb & beak „,t,t-xt.-c 



malformations. Aves Vr^T^^^py 



ultrastructure, Aves ^il.J^A'A^ 



_, in vitro, Aves ^''' WIREN 



NEURAL PLATE 



nTpS ^""^" '"""*°"' WOELLWARTH 

 determination, Anura ROSSI 



prosencephalic part, differentiation ten- 

 dencies, Urodela BOTERENBROOD 



ROSA 



BRaNDLE 



xenoplastic transplantation, effect on 

 behaviour. Amphibia 



NEURAL TUBE 



see Central nervous system 



NEURONS 



see Nerve cells 



NEUROSECRETION 



different sexual developmental stages, 



Polychaeta "°^'^,'^2S 



cellular activity cycle, Orthoptera , 3^^i 



embryo, Oligochaeta, Turbellaria MIGLIORINI 

 embryonic, Orthoptera VAN HORN 



epistellar body. Cephalopoda SACARRaO 



eye stalk, regeneration, Crustacea VERNET 



histology & histochemistry, Orthoptera EWEN 



morphological & physiological. Amphibia, _^ 



Crustacea, Pisces TTrvT-ri 



Oligochaeta LIOTI I 



relation with regeneration, Turbellaria, orici 



Oligochaeta ROSI 



role in development of androgenic gland, 



Crustacea PAYEN 



278 



