ANGULO y GONZALEZ, A. W. 1930. Endogenpus 

 stimulation of albino rat foetuses. Proc. Sec. Exp. 

 Biol. , N. Y. , 27: 579. 



1932. The prenatal development of behavior 



in the albino rat. Jour. Comp. Neur. 55: 395-442. 

 (Genesis of spontaneous behavior, mass reactions, 

 specific reflexes.) 



1932. The early development of the feeding 



reaction in albino rat. Anat. Rec. 52 (Suppl. ): 2. 

 (An abstract. ) 



1933. Development of somatic activity in the 



albino rat fetuses. Proc. Soc. Exp. Biol., N. Y. , 31: 

 111-112. 



1935. Further studies upon development of 



somatic activity in albino rat fetuses. Proc. Soc. Exp. 

 Biol. Med. 32: 621-622. (Cuarized fetuses; absence 

 of reflexes; myogenic movements on mechanical stimu- 

 lation. ) 



1936. The neuromechanisms of the trunk 



limb component of the total behavior pattern. Anat. 

 Rec. 64 (Suppl. ): 2. 



1936. Neurological foundation of the develop- 



nnent of behavior in albino rat fetuses. Proc. Soc. 

 Res. Child Dev. pp. 29-34. 



1940. The differentiation of the motor cell 



columns in the cervical cord of albino rat fetuses. 

 Jour. Comp. Neur. 73: 469-488. (Differentiation of 

 Nissl substance; segregation of neurones into nuclei; 

 correlation of histological differentiation with behavior. ) 



1942. The development of fetal behavior in 



the albino rat and its correlation with the development 

 of the nervous system. Proc. Eighth Amer. Sci. Cong. 

 3: 19-20. (Genesis of spontaneous motility and local 

 reaction patterns; role of integration and secondary 

 origin of reflexes.) 



ANTHONY, R. 1925. Sur un cerveau de foetus de 

 Megaptere. C. R. Acad. Sci. 181: 681. (Megaptera 

 boops L. , study of embryonic brain with emphasis on 

 formation and phylogenetic significance of fissures.) 



BAHRS, A.M. 1927. Notes on the reflexes of puppies 

 in the first six weeks after birth. Amer. Jour. 

 Physiol. 82: 51-55. (Postural reflexes of pinnae; 

 bodily posture; genesis of nystagmal reactions after 

 rotation. ) 



BANU, G. and G. BOURGUIGNON . 1921. Evolution 

 de la chronaxie des nerfs et nnuscles du membre 

 sup^rieur des nouveau-nes. C. R. Soc. Biol. 85: 349. 

 (Man??; relation of final level of muscle function in 

 adult to state of differentiation at birth; early attain- 

 ment of adult chronaxie time in nerves following birth. ) 



and H. LAUGIER. 1921. La 



chronaxie chez le nouveau-nl. C. R. Soc. Biol. 85: 

 49. (Man??; dennonstration of chronaxie in infants 5 

 to 10 tinnes as long as in adults, in slow contractions. 

 Differentiation of muscular function; cephalo- caudal 

 gradients. ) 



BARCROFT, J. 1938. The brain and its environment, 

 xii / 117 pp. 30 fig. Yale University Press. New 

 Haven. (Review of physiological determinants in 



fetal behavior of sheep. ) 



1941. Evolution of function in the nnammalian 



organism. Nature (London) 147: 762-765. (Sheep 

 fetuses; observation of normal behavior and effects of 

 sectioning brain and cord. ) 



and D. H. BARRON. 1936. The genesis of 



respiratory movements in the foetus of the sheep. 

 Jour. Pl^ysiol. 88: 56-61. (Origin of respiratory 

 movement from generalized mass extensor move- 

 ments. Cannot be elicited in early stages by fetal 

 anoxia. ) 



1937. The establishment of certain 



reflex arcs in foetal sheep. Proc. Soc. Exp. Biol. 

 Med. 36: 86-87. (Electrical and mechanical stimula- 

 tion of fetal sheep; responses correlated with histologi- 

 cal development of sensory and motor systenns. ) 



1937. Movements in mid-foetal life 



in the sheep embryo. Jour. Physiol. 91: 329-351. 

 (Transection of fetal spinal cord in utero; observations 

 on fetal activity for ten days following operation. ) 



1939. The development of behavior 



in foetal sheep. Jour. Comp. Neur. 70: 477-502. 

 (Relation of number of muscles activated in response 

 to sensory stinnulation to age and development of fetus; 

 dominant mass response vs. localized response.) 



1939. Movement in the mammalian 



foetus. Ergebn. Physiol. 42: 107-153. (Sheep; 

 spontaneous and reflex behavior in relation to age and 

 deterioration of ennbryos. ) 



1942. Observations on the functional 



development of the foetal brain. Jour. Comp. Neur. 

 77: 431-452. (Fetal sheep; intrauterine brain stem 

 section; location of reflex centers; genesis of respira- 

 tory, righting, and postural reflexes.) 



A. T. COWIE and P. H. FORSHAM. 



1940. Oxygen supply of fetal brain of sheep and effect 

 of asphyxia on fetal respiratory movement. Jour. 

 Physiol. 97: 338-346. 



--- and W. F. WINDLE. 1936. Some 



observations on genesis of somatic movement in sheep 

 embryos. Jour. Physiol. 87: 73-78. (Faradic stinnu- 

 lation of early embryos; genesis of reflex nnovements, 

 discussion of nature of integration. ) 



BARRON, D. H. 1941. The functional development of 

 some mammalian neuromuscular mechanisnns. Biol. 

 Rev. Cambridge Phil. Soc. 16: 1-33. (Review oi 

 literature on myogenic activity, early reflexes, segre- 

 gation of muscles in responses, inhibition by higher 

 brain centers . ) 



1945. Developmental physiology. 



Ann. Rev. Physiol. 7: 107-126. 



BAUER, J. 1926. Das KriechphSnomen des 

 Neugeborenen. (Creeping in the new-born) Klin. 

 Wochenschr. 5: 1468-1469. (Man; study of creeping 

 reflex during first few days postnatal life.) 



BAUTZMANN, H. 1928. Transplant experiments as to 

 morphogenic potentialities of chorda dorsalis and 

 nnesodernn in Triton. Arch. f. Entw. -Mech. d. Organ. 

 114: 177-225. 



1928. Induction of processes of chorda 



dorsalis and mesoderm in Triton. Verhandl. d. anat. 

 Gesellsch. 37: 193-197. 



1929. Induction by anterior and posterior 



chorda of neurula in various regions of host. Arch. f. 

 Entw. -Mech. d. Organ. 119: 1-46. 



BOK, S. T. 1917. The development of reflexes and re- 

 flex tracts. I. The reflex circle. Psychiat. en 

 Neurolog. Bladen 21: 281. 



-112- 



