HINES, M. 1942. The development and regression 

 of reflexes, postures, and progression in the young 

 macaque. Carnegie Inst. Washington Publ. 541 

 (Contrib. Embryol. 30): 153-209. (Neonatal and 

 infant monkeys; neurological examination and observa- 

 tion; genesis of reflex activity and coordinated re- 

 sponse; social and adaptive behavior. ) 



HOLTFRETER, J. 1932. Experimental production 

 of cerebral formations with aid of dead germinal 

 substance. Forsch. u. Fortschr. 8; 454. 



1934. (1) Der Einfluss thermischer, mechan- 



ischer und chemischer Eingriffe auf die InduzierfS- 

 higkeit von Triton- Keimteilen. (2) Uber die Verbreit- 

 ung induzierender Substanzen und ihre Leistungen 

 im Triton-Keim. Roux" Arch. f. Entw.-Mech. d. 

 Organ. 132: 225-306. (Not specifically neural. ) 



1935. Uber das Verhalten von Anurenekto- 



dernn in Urodelenkeimen. Roux' Arch. f. Entw. - 

 Mech. d. Organ. 133: 427-494. (Not specifically 

 neural. ) 



HOOKER, D. 1911. The development and function 

 of voluntary and cardiac muscle in embryos without 

 nerves. Jour. Exp. Zool. 11: 159-186. 



1917. Studies on regeneration in the spinal 



cord. 11. The effect of reversal of a portion of the 

 spinal cord at the stage of closed neural folds on the 

 healing of the cord wounds, on the polarity of the 

 elements of the cord and on the behavior of frog em- 

 bryos. Jour. Comp. Neur. 27: 421-449. 



1922. Preliminary results of rotation of 



portions of the enribryonic spinal cord about its long 

 axis. Anat. Rec. 23: 20. 



1925. Studies on regeneration in the spinal 



cord. III. Reestablishment of anatomical and phys- 

 iological continuity after transection in frog tadpoles. 

 Jour. Comp. Neur. 38:3 15-347. 



1930. Physiological reactions of goldfish 



with severed spinal cord. Proc. Soc . Exp. Biol. 

 Med. 28: 89. 



1932. Spinal cord regeneration in the young 



rainbow fish, Lebistes reticulatus. Jour. Comp. 

 Neur. 56: 277-297. (Section of spinal cord; complete 

 morphological and functional regeneration in six days.) 



1936. Early fetal activity in nriammals. 



(Physiological and morphological studies on human 

 prenatal development, Publ. No. 6, Department of 

 Anatomy, University of Pittsburgh School of Medi- 

 cine.) Yale Jour. Biol. Med. 8:579-602. (Critical 

 review of recent literature on fetal activity in mam- 

 mals; new observations on early human fetuses. ) 



1942. Fetal reflexes and instinctual processes. 



Psychosom. Med. 4: 199-205. (Hunnan fetuses; ob- 

 servation and tactile stimulation; genesis of spontan- 

 eous motor activity, reflex response.) 



' and J. S. NICHOLAS. 1927. The effect of 



injury to the spinal cord of rats in prenatal stages. 

 Anat. Rec. 35: 14- 1 5. ( (Also in Amer. Jour. Physiol. 

 8 1: 503.) An Abstract. ) 



1930. Spinal cord section in rat 



fetuses. Jour. Connp. Neur. 50: 413-467. (Mus 

 norvegicus albinus embryos; spinal cord transection; 

 increase in threshold to stinnuli; normal development 

 of coordinated movements. No evidence of regenera- 

 tion within the cord. ) 



IKEDA, Y. and H. AMATATS. 1941. Uber den 

 Unter5<;hied der Erhaltungsnnbglichkeit der Linse 

 bei zwei Urodelonarten (Triturus pyrrhogaster und 

 Hynobius nebulosos), die sich bezUglich der Fahig- 

 keit zur Wolffschen Linsenregeneration voneinander 

 wesentlich verschieden verhalten. Jap. Jour. Med. 

 Sci. Anat. 8: 205-226. (Not specifically neural. ) 



IRWIN, O. C. and A. P. WEISS. 1930. A note on 

 mass activity in newborn infants. Pedagogical 

 Seminary and Jour. Genetic Psychol. 38: 20-30. 

 (Not abstracted in Biological Abstracts. ) 



JELLINEK, A. 1922. Die Replantation von Augen. 

 VII. Dressurversuche an Ratten mit optisch ver- 

 schiedenen FutterfefSssen. Anz. d. Akad. d. 

 Wissensch. in Wien. 10. (Rats; blinded, normal 

 and with transplanted eyes; demonstration of return 

 of vision in eye transplants by use of color by rats 

 as clue to food. ) 



JENSEN, K. 1932. Differential reactions to taste 

 and temperature stimuli in newborn infants. Genetic 

 Psychol. Monogr. 12: 363-479. (Variations in dif- 

 ferential reactions in large group of infants; (sucking 

 reactions to various stinnuli); effects of simultaneous 

 presentation of noxious stimuli on sucking response.) 



JONES, D. S. 1937. Origin of sympathetic trunks 

 in chick embryo. Anat. Rec. 70: 45-65. 



JUNG, G. 1930. Entwicklungsmechanische Unter- 

 suchungen am Geh&rorgan des Frosches. (Develop- 

 nnent of the frog's ear.) Zeitschr. Hals-, Nasen- 

 Ohrenheilk. 25: 526-554. (Rana fusca, R. esculenta, 

 Hyla; extirpation otic vesicle, nniddle ear anlagen, 

 auditory vesicle; regulatory development of various 

 parts of ear, effect on growth of head, responses of 

 animal. ) 



KAHN, R. H. 1925. Kopftransplantation an Car- 

 ausius morosus. Zool. Anz. 62: 75-80. (Repitition 

 of Finkler's work, 1923. Survival of decapitated 

 bodies many days after death of grafted heads. 

 Normal movement. No effect of head grafts on pig- 

 mentation. ) 



KALLMAN, F. J., S. E. BARBERA and H. METZ- 

 GER. 1940. The association of hereditary micro- 

 phthalnnia with nnental deficiency. Concordance of 

 bilateral anophthalmos and mental deficiency in a 

 pair of identical twins. Amer. Jour. Ment. Defic. 

 45: 25-36. (Man; genetics, clinical study; mental 

 deficiency and abnormal EEC associated with CNS 

 malformation. ) 



KASAHARA, M. and S. INAMATSU. 1931. Der 

 Blinzel-reflex im Sauglingsalter. Arch. Kinderheilk. 

 92: 302-304. (Hunnan infants; genesis of blinking 

 reflex on stimulation of optic nerve. ) 



KEIL, J. H. 1940. Functional spinal cord regenera- 

 tion in adult rainbow-fish. Proc. Soc. Exp. Biol. 

 Med. 43: 175-177. (Lebistes reticulatus; high per- 

 centage of functional recovery following complete 

 cord transection. ) 



KELLOGG, W. N. 1941. A method for recording 

 the activity of the hunnan fetus in utero, with speci- 

 men results. Jour. Genet. Psych. 58: 307-326. 

 (Technique. ) 



and L. A. KELLOGG. 1933. The ape and 



the child: A study of the environmental influence 

 upon early behavior. 341 pp. 100 fig. Whittlesey 

 House, McGraw-Hill Book Co. , Inc. ; New York. 

 (Report on hunnan and chimpanzee infants reared 

 in identical environnnent. ) 



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