TUMOUR (S) (contd.) 



interaction with embryonic organs in vitro. 



cytochemistry, autoradiography, Aves .,,„, ,^, 



karyotype, chromosome shifts, Rodentia ^^^^ m? 

 lymphosarcoma. Anura ^ RATI S 



Lucke, virus induced, role of nucleolus. ,,___ 



Anura „ JACOB 



melanomes with different genotypes, ^'P'SSf^~.~y^. 



mitotic rate, Rodentia BERTALANFFY 



mycetomcs, embryonic, Homoptera SANUhK 



myeloma, interaction with normal «"s in 



vitro, Rodentia NAKAMURA 



OKADA 



of mesonephric derivatives of fe'na'e^flf"''^' „„^, 



tract. Homo SZAMBORSKl 



organ culture, long term. Homo yfrcr^iTT 



organotypic culture, nutritional aspects MAbON 



relation with immunocompetence. Amphibia RUBEN 



renal carcinoma, differentiating, histochemistry 



& fine structure. Rodentia GIBLEY 



testicular interstitial cell, organ 6 



suspension culture, Rodentia POURREAU 



transplantation, intrauterine, placental »,^_ 



reactons, Rodentia ^^S^^^5 



Turbellaria nSl^ 



Urodela BRUNST 



virus, infectious nucleic acids as ...tctt 



differentiating agents, Anura MIZELL 



viruses, as tools in embryology. Aves EBhRl 



LEE 



TWINS 



longitudinal study, placental morphology „,_r).^ 



& zymograms, bloodtyping. Homo THIERY 



uniovular, genotype, Homo DEROM 



ULTIMOBRANCHIAL BODY 



seasonal changes, Anura BOSCHWITZ 



ULTRASOUND 



action on embryo 6 its organs, Aves .JrVVrT. 



effect on embryo, Urodela POURHADI 



— — fertility & pregnancy, Rodentia NEBEL 



ULTRAVIOLET IRRADIATION 



effect on cleavage 6 morphogenesis. 



Gastropoda LABORDUS 

 embryo. Diptera YAJIMA 



— — limb development & regeneration. 



Urodela BUTLER 



gametes, effect on early development. ,„___„.. 



Anura. Echinoidea WOLSKY 



microbeam. applied to embryo. Hymenoptera 



AMY 

 — . eg,g cortex. Gastropoda JURA 



SH radicals in eggs. Echinoidea IKEDA 



UMBILICAL CORD 



see also Vascular system 



umbilical vesicle, vascular anatomy. ^-.^^xtc 



physiology. Rodentia LE GOASCOGNE 



UNICELLULAR ORGANISMS 



anucleate cells, RNA-synthesis, Algae 



SCHWEIGER 

 asexual reproduction & development, 



Haemosporidia DASGUPTA 



breeding system, Ciliata KATASHIMA 



calcareous formations, electron 



microscopy. Protista CAMBAR 



cellular organelles, electron microscopy. 



Ciliata HALLER 



chloroplasts. autonomy. Algae SCHWEIGER 



— . effect of light & chemicals. 



Phytomastigina CARELL 



colonial forms, protoplasmic connections, 



Mastigophora IKUSHIMA 



control of morphogenesis 6 differentiation. 



Amoebina 'ixlo 



cortex, removal. Ciliata TARTAR 



cortical variations, genetic & developmental 



studies. Ciliata NANNEY 



cytokinesis, studied by microsurgery. Ciliata 



TARTAR 

 cytology 6 developmental physiology, 



CiUata SCHWARTZ 



cytoplasmic membranes, Amoebina FLICKINGER 

 development & reproduction. Foraminifera 



GRELL 

 differentiation, immunogenctics. Ciliata FINGER 



— . molecular biology. Bacteria. Protozoa 



BHAGAVAN 



jrphology, biochemistry, 



CAMERON 



— . polymorphi; 



Ciliata 

 DNA synthesis, initiation & localization. 



Ciliata 

 effect of proteins on surface coat. 



Amoebina ^^^"^'A^ 



flagellae 6 basal bodies. Protista FULTON 



gene action in clonal cultures. Ciliata NANNEY 

 genetics. Eumycetozoina KERR 



growth, ultrastructural changes. 



^°"^"^^'" WADDINGTON 



heat shocks, morphogenetic effects, 



C,7.afa TARTAR 



hemicell development after UV microbeam 



irradiation. Conjagales SELMAN 



intracellular parasites, nucleic acids, 



PRESCOTT 



Sporozoa 



LYTLE 



KERR 

 FAURe 



macromolecular nucleo-cytoplasmic interactions 



in the life cycle. Amoebina GOLDSTEIN 



metabolism, life cycle. Flagellata NIGON 



— , various phases of life cycle, 



Microsporidia r^^^^^nV 



morphogenesis, autoradiography. Cdiata DE TERRA 

 _ Ciliata FRANKEL 



SCHWARTZ 

 WILLIAMS 

 -. experimental. Ciliata DE TERRA 



— . life cycle. Eumycetozoina 

 — . normal & experimental, electron 



microscopy. Ciliata 

 morphogenetic changes due to difference 



in f(^d. Amoefcina WAIDYASEKERA 



motilify. 5arcorfma ALLEN 



nucleic acid base composition, relation 



to differentiation. Ciliata GREEN 



nucleic acids. Flagellata HEIZMANN 



nucleo-cytoplasmic relations. Algae HaMMERLlNG 



.. biochemistry. Algae SCHWEIGER 



, -. Amoebina PRESCOTT 



. C;/ia(a DE TERRA 



GIBSON 

 ontogenesis 6 regeneraticm. Protozoa TOKIN 



oral regeneration, protein synthesis, Ciliata 



ESCHENBERG 

 — structures, experimental study. Ciliata 



HANSON 

 population patterns. Protozoa SPRATT 



protein synthesis, synchronized cultures. 



Ciliata IKEDA 



reproduction 6 cytology. Ciliata LUPORINI 



RNA synthesis. Algae 



NOBILI 

 DILLARD 



URETER 



see Urogenital system 



URINARY BLADDER 



see Urogenital system 



URINARY SYSTEM 



sec Excretory system 



UROGENITAL SYSTEM 



see also Excretory system; Genital tract: 



Reproductive system 

 . KHALIL 



^""■■^ MICHAEL 



SEDRA 

 bladder, morphology & histochemistry, ^^^j^^^^ 

 exp?rfme"nTal studies, Rodentia MAD|EREK 



induction. Amphibia. Aves , „ , ,. LcruK. 

 malformations, gene-conditioned, ^^'^^^'-j^br^CK 

 -, Homo , DESCAMPS 



proncphric duct, course of outgrowth. n,,T-p, 



experimental study. Amphibia BIlltL 



relations between genital 6 excretory ^V^'^-^^g^p 



teratZenesis. Rodentia MONIE 



urogenital connections & cloaca. Lacertilta ^^^^^ 



RAYNAUD 



UTERINE TUBE 



see Oviduct 



UTERUS 



blood supply. Primates 

 circulation. Primates 



BARTELMEZ 

 PANIGEL 



260 



