STEFFANELLI, A. 1938. II metabolismo dell'uovo e 

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 Arch. Sci. Biol. (Naples) 24: 411-441. (Bufo vulgaris, 

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1939. II metabolismo dell'uovo e dell" embri- 



one studiato negli anfibi anuri. III. L'assunzione di 

 ossigeno del centro organizzatore primario di "Bufo 

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 and embryo in anuran amphibia. III. Oxygen intake 

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 (Determinations of oxygen consumption within and along 

 the neural plate.) 



STEIN, K. F. 1929. Early embryonic differentiation 

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 differentiated and undifferentiated hypophysis, oral 

 plate ectodernn, forebrain; localization of hypophysis 

 anlagen; relation of infundibulum to differentiation 

 of glandular cells. ) 



1933. The location and differentiation 



of the presumptive ecotoderm of the forebrain and 

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 Physiol. Zool. 6: 205-235. (Chick embryos; relation 

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STEINITZ, E. 1905. Uber den Einfluss der Elimination 

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 Gesanntembryos beim Frosch. Arch. f. Entw. -Mech. 

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1906. tiber den Einfluss der Elimination der 



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STELLA, E. 1933. Ricerche sperimentali sulla 

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 (Heterotopic transplantation of ectoderm to belly of 

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STERN, L. and R. PEYROT. 1927. Le fonctionne- 

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 demonstration of Prussian blue reaction in cerebro- 

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STERNBERG, H. 1924. Uber Transplantation des 

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 ation of ear vesicle. Independent differentiation of inner 

 and nniddle ear, sensory epithelium, with no connection 

 to CNS. Evolution of ectopic acoustic ganglia with 

 bipolar sensory cells having no central connections. 

 Induction of typical cartilaginous capsule by transplant- 

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STERNBERG, H. 1927. BeitrSge zur Kenntnis des 

 vorderen Neuroporus beim Menschen. (Anterior 

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 (Human ennbryos; nnorphogenesis, relations, and 

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1929. ijber Spaltbildungen des MeduUarrohres 



bei jungen nnenschlichen Embryonen, ein Beitrag zur 

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 (Clefts of the neural tube in young human embryos, 

 a contribution to the development of anencephaly 

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 Physiol. 272: 325-374. (Man; embryos; degenerative » 

 changes in CNS resulting from failure of neural tube ' 

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STEVENS, H. C. and J. M. ROGOFF. 1929. Some 

 effects of denervation on muscular contraction. Amer. 

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STEWART, G. N. and J. M. ROGOFF. 1923. The 

 supposed relation of the adrenals to reflex volume 

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STIENON, L. 1925. Recherches sur I'origine du 

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 Arch. Biol. 35: 88-115. (Man, rabbit, sheep; 

 detailed study of histo- and morphogenesis and rela- 

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STILES, K. A. and R. L. WATTERSON. 1937. 

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STONE, L. S. 1922. Experiments on the development 

 of the cranial ganglia and the lateral line sense organs 

 in Amblystoma punctatunn. Jour. Exp. Zool. 35: 

 421-496. (Detailed histological study of normal em- 

 bryonic development. Excision of various placodes, 

 neural crest, vital staining; fate of various placodes, 

 origin of ganglia, contributions of placodes and crest 

 to mesenchyme, etc. Histogenesis of lateral line 

 sense organs . ) 



1924. Experiments on the transplantation of 



placodes of the cranial ganglia in the amphibian 

 embryo. I. Heterotopic transplantations of the oph- 

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 Jour. Comp. Neur. 38: 73-105. 



1925. On the transplantation of neural-crest 



cells in early embryos of Amblystoma punctatum. 

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1927. Further experiments on the transplant- 

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1928. Primitive lines in Amblystoma and 



their relation to the nnigrator/ lateral line primordia. 

 Jour. Comp. Neur. 45: 169-190. (Amblystoma puncta- 

 tum; vital staining, transplantation of ectodermal 

 placodes in embryos; origin of placodes, growth of 

 lateral lines, influence of somitic nnesodernn on fornn- 

 ation of placodes, origin of sense organs; confirmation 

 of Landacre's work on A. jeffersonianunn. ) 



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