NAYRAC, P. and PATOIR. 1929. Histoire anatom- 

 oclinique d'un an^ncephale. (R^marques sur I'origine 

 des mouvements ath^tosiques . ) (Athetosic movements 

 in an anencephalic monster. ) Rev. Neurologique 

 36: 439-446. (Man; movements in 2 year old monster 

 lacking pyramidal tract, cerebral cortex, corpus 

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NEWBERRY, H. 1941. The measurement of three 

 types of fetal activity. Jour. Conrip. Psychol. 32: 521- 

 530. (Human; tambour recordings during norinal 

 pregnancies, incidence of hiccuping, kicking, and 

 squirming movements during last 5 lunar nnonths. ) 



NICHOLAS, J. S. 1922. The reaction of Amblystoma 

 tigrinum to olfactory stimuli. Jour. Exp. Zool. 35: 

 257-283. (Les larves d'Amblystoma percoivent 

 surtout par la vue la nourriture qui leur est presentee, 

 mais il faut faire jourer aussi un certain r51e au sens 

 olfactif . -L'Annee Biologique.) 



1924. Regulation of posture in the forelimb 



of Amblystoma punctatum. Jour. Exp. Zool. 40: 113. 



1928. Progressive cord degeneration and 



collateral transnnission of spinal impulses following 

 section of the spinal cord in albino-rat foetuses. 

 Anat. Rec. 38: 24. 



1928. Effects of experimental block of the 



Annphibian nervous system. Proc. Soc . Exp. Biol. 

 Med. 25: 662-663. 



1929. An analysis of the responses of isplat- 



ed portions of the amphibian nervous systenn. 

 Zeitschr. Wiss. Biol. Abt. D, Roux' Arch. f. Entw. - 

 Mech. d. Organ. 118: 78-120. (Annblystoma puncta- 

 tum; extirpation of portions of embryonic spinal cord, 

 blockage of remainder by limb transplants; genesis 

 of reflexes in isolated cord segments; spastic paraly- 

 sis in late larval developnnent; spinal hypoplasia 

 following functional loss. Role of descending fiber 

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1929. Movements in transplanted limbs. 



Proc. Soc. Exp. Biol. Med. 26: 729-73 1. (Prelim- 

 inary paper. ) 



1933. The correlation of nnovement and nerve 



supply in transplanted limbs of Annblystoma. Jour. 

 Comp. Neur. 57: 253-283. (Embryos; heterotopic 

 limb transplants; association of linnb movements with 

 normal movements of new environment; effect of 

 vascularization on nerve pattern; effect of innerva- 

 tion on limb function. Importance of CNS rather 

 than periphery in determining response. ) 



and D. H. BARRON. 1935. Limb movements 



studied by electrical stimulation of nerve roots and 

 trunks in Amblystoma. Jour. Comp. Neur. 61: 413- 

 421. (Dorsal laminectonny and exposure of limb 

 nerves; observations on stimulation of dorsal roots 

 in normal animals; extirpation of embryonic limb 

 rudinnent and stimulation of resulting abnormal nerve 

 complex; role of sensory components in reaction 

 patterns, role of peripheral integration.) 



andD. HOOKER. 1927. The effect of injury 



to the spinal cord of rats in prenatal stages. Anat. 

 Rec. 35: 14. 



1928. Progressive cord degeneration 



and collateral transmission of spinal impulses follow- 

 ing section of the spinal cord in albino rat fetuses. 

 Anat. Rec. 38: 24. 



OLIVO, O. M. 1924. Differenziazione morfologica 

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 di polio. Giorn. Accad. Med. Torino 87: 117-118. 



OLIVO, O. M. 1924. Sull'inizio della capacita funz- 

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 in relatione alia loro differenziazione funzionale e 

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1925. Sull'inizio della capacita funzionale dei 



tessuti contrattili nell'embrione di polio, in relazione 

 alio loro differenziazione funzionale e morfologica. 

 II. Differenziazione morfological e funzionale dei 

 miotomi. R. Accad. Lincei 33: 297-300. (II. Time 

 of appearance of response to electrical stinnulation in 

 chick embryo myotomes correlated with histological 

 differentiation.) (I. Electric stimulation of excised 

 chick blastoderm. Determination of excitability prior 

 to differentiation of true myofibrils.) 



1925. Sull'inizio della funzione contratille del 



cuore e dei miotomi dell embrione di polio in rapporto 

 alia loro differenziazione morfologica e strutturale. 

 Arch. exp. ZelUorsch. 1: 427-500. 18 fig. (Time of 

 appearance of spontaneous myogenic contractility, 

 time of response to electric current and tennperature 

 changes. Effect of calcium chloride on heart after 

 the appearance of myofibrils. ) 



1925. SuU'istituirsi della sincronicita tra le 



pulsazioni, di frammenti di cuore embrionale di polio 

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1926. Sulla ripresa deU'attivita ritmica 



contrattile spontanea di frammenti di cuore di pulcino 

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1926. Sui fattori della differenziazione 



strutturale e funzionale degli elementi nniocardici di 

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1926. SuU'istituirsi della sincronicita tra 



le pulsizioni di frammenti di cuore ennbrionale di polio 

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 exp. ZelUorsch. bes BewebezUcht. 2: 191-203. 

 (Observations on asynchronous contra~ction of heart 

 fragments from chick and pigeon ennbryos grown in 

 vitro. Became synchronous when fragmaits were 

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1933.. Attivita funzionale e accres- 



cimento del cuore ennbrionale. Boll. Soc. Ital. Biol. 

 Sper. 8: 6-8. 



OPPENHEIMER, J. M. 1936. The development of 

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1936. Transplantation experiments on devel- 

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ORR, D. W. and W. F. WINDLE. 1934. The devel- 

 opment of behavior in chick ennbryos: the appearance 

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 285. (Observations on local limb reflexes and 

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PANETH, J. 1885. Uber die Erregbarkeit der 

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PANKRATZ, D, S. 1931. A preliminary report on 

 the foetal movemaits in the rabbit. Anat. Rec. 48: 

 58-59. 



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