GAILLARD 



WEISS 



GAILLARD 

 GAILLARD 

 SALAUN 

 SMITH 

 GAILLARD 

 pro- 



SALAUN 

 STEVENS 



TERATOGENESIS (exp.) (contd.) 

 — , diarrhea, Artiodactyla SCOTT 



— . mumps & panleukopenia, Carnivora SCOTT 

 vitamin A, Anura MIGLIORINI 



— — , effect on auditory organ, 



Rodentia HAY £^l 



— — , thymus, Rodentia ROSS 



— deficiency, Rodentia GIROUD 

 x-rays, protection by serotonin, Rodentia SREBRO 



TERATOLOGY 



see Anomalies (early development); Malformations 



TERATOMA(S) 



blastomas, Homo 



cell culture, Mammalia 



comparison with early normal stages. 



Homo 

 embryomas & dysembryomas, Homo 

 — >, effect of tumor 



extra-embryonic structures, Homo 

 homo- & heteroplastic, experimental 



duction, Aves, Rodentia 

 testis, Rodentia 



TESTIS 



antigens, Rodentia TAKEUCHI 



descent, histology, biochemistry, tissue 



culture, Mammalia WENSING 



disorders, Homo POSINOVEC 



enzymes, Mammalia BISHOP 



DALCQ 

 eubernaculum testis & testicular descent, 



Homo, Primates BACKHOUSE 



Homo HOLSTEIN 



Insectivora ABRO 



Leydig cell, comparative study, Primates, 



Rodentia KRAUS 

 tumour, culture & functional capa- 

 cities, Rodentia POURREAU 

 Mammalia SCHUETZ 

 morphogenesis, Artiodactyla JANTOSOVICOVA 

 pathology, Artiodactyla BLOM 

 pigmentation, genetic control & ultra- 

 structure, Lepidoptera GOTTLIEB 

 reaction to antigens, Aves KANKAVA 

 reticulin fibers, Homo POSINOVEC 

 tissue culture, Homo HORSTMANN 



THALIDOMIDE 



effect on development, Aves SPIROFF 



— — embryo, Lagomorpha, Rodentia, 



Urodela JONSSON 



embryopathy in relation to time of intake, 



Homo LENZ 



inhibition of bone induction, Rodentia RINALDI 



SCHREIBER 

 limb malformations, Aves SALZGEBER 



THEORETICAL BIOLOGY 



(developmental) 



automata & language theory, developmental 

 instructions for cell interaction & 

 division LINDENMAYER 



biomorphosis PFLUGFELDER 



cellular basis of pattern formation, Amphi- 

 bia, Aves, Hydrozoa WOLPERT 



computer analysis of cell replication & 



nuclear degeneration, eye lens, Aves LEVER 



MODAK 

 UPPULURI 



— program for reconstruction of organ 

 structure WILDE 



— simulation, branching filaments, Algae, 

 Fungi LINDENMAYER 



, neural plate, Urodela JACOBSON 



of colony growth, Hydrozoa BRAVERMAN 



— — — embryonic development BEZEM 



RAVEN 



biological patterns COWE 



WADDINGTON 

 cybernetic developmental model systems POHLEY 

 cybernetics, Aves, Rodentia ELLAS 



factorial analysis, as applied to morpho- 

 genesis, Hemiptera PONTIER 

 gene differentiation NOTO 

 growth models MITOLO 

 information theory, application to oogenesis 

 & embryonic development RAVEN 



microscopic particles, non random arrays, 



Desmidiales . ££F?Jt 



LACALLI 



probabilistic processes, role in cellular diffe- 



rentiation, Aves, Rodentia WILDE 



systems analysis of colony pattern, ____. M 



Hydrozoa BRAVERMAN 



THORACIC CAVITY 



see Body cavities 



THYMUS 



Cel A "S rati ° n & mi8rati ° n ' HINRICHSEN 



effect of teratogens, Rodentia ^,-c^P^v 



immunofluorescence, Homo IVEMAKK 



organ culture, Aves FOOTE 



regeneration, Rodentia KHARLOVA 



role in immunity, Anura VOLPE 



immunocompetence maturation, 



Anura MANNING 



THYREOSTATIC AGENTS 



see Thyroid gland 



THYROID GLAND 



see also Thyroxine 



before & after metamorphosis, Urodela PRAHLAD 



calcitonin cells, experimental study, „„».„„, 



Aves LELIEVRE 



correlation with body dimensions & surface 



area, Homo SPENCER 



embryonic, physiology, Aves ^^?^H5 



experimental study, Aves LE DOUAKIIN 



function, Cyclostomata WATERMAN 



— . hypothalamic control, Lagomorpha, 



Rodentia MITSKEVICH 



hormones, teratogenic action, Aves FAUCOUNAU 

 hypo- & hyperthyroidy, effect on pro- & 



mesonephros grafts, Anura FOX 



organic iodine compounds, Chelonia DIMOND 

 role in limb regeneration, Anura NIAZI 



structure & function, Vertebtata WATERMAN 



ultrastructure, Vertebrata PEHLEMANN 



Vertebrata LEBLOND 



THYROXINE 



biochemical effects, embryo & adult, 



Urodela PRAHLAD 



effect on growth & differentiation, Anura, 



Aves WURMBACH 



— — , Umb regenerative capacity, larva, 



Anur a VAN STONE 



— — liver cells in vitro, Anura SOLURSH 



metamorphosing skin, Anura BOVBJERG 



mitosis, central nervous system, 



Amphibia BAFFONI 

 pigment cell differentiation, 



Anura GABIE 

 proportionate development of limb 



bones in vitro, Aves LAWSON 



— — tail resorption, Anura DERBY 

 tissues, biochemistry & morphology, 



Anura PRA] ££? 



inducing metamorphosis, Anura TATA 



in liver, biochemistry, Anura COHEN 



— , local action, Anura KALTENBACH 



induction of metamorphic competence in early 



stages, biochemistry, Anura TATA 



interactions with gonadotropins, Amphibia, 



Aves FRYE 



mechanism of action, Amphibia HART WIG 



relation with development, Urodela TASSAVA 



RNA synthesis, tadpole, Anura RYFFEL 



SCHIBLER 

 WEBER 

 sensitivity of embryonic tissues, 



Urodela PRAHLAD 



— — metamorphosis, genetics, 



Urodela TOMPKINS 



— , larval tissue, Anura ETKIN 



uptake & localization in tissues during 



metamorphosis, Anura REYNOLDS 



TISSUE(S) 



differentiation, effect of x-rays, Urodela PETERS 

 — , in vitro, relation to developmental 



potential & stage, Lepidoptera BROOKS 



310 



