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BOURGUIGNON, G. 1927. Heterochronisme du nerf 

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BRIDGMAN, C. S. and L. CARMICHAEL. 1935. An 

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BRUIN, M. de 1928. Uber das Babinskische Phanomen 

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 on Babinski, Rossolimo, Mendel-Bechterew, Chaddock, 

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BURR, H. S. and M. E. SNAVELY. 1926. An ex- 

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 on the development of the nervous system of 

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 (Amblystonna embryos reared in weak hyoscine solu- 

 tions fronn early non-motile stages; no effect of drug 

 on developnnent of reflex mechanisms until stage for 

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CARMICHAEL, L. 1926. The development of behavior 

 in vertebrates experinnentally rennoved from the in- 

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 51-58. (Rana sylvatica, Amblystonna punctatum 

 embryos; raised in chloretone until controls were 

 free-swimming: response to stimuli of drugged animals 

 12 min. after removal from drug; theoretical signifi- 

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1927. A further study of the 



development of behavior in vertebrates experinnentally 

 removed from the influence of external stinnulation. 

 Psychol. Rev. 34: 34-47. (Not abstracted in 

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1934. An experimental study in the prenatal 



guinea-pig of the origin and development of reflexes 

 and patterns of behavior in relation to the stimulation 

 of specific receptor areas during the period of active 

 foetal life. Genet. Psychol. Monogr. 16: 337-491. 



CATEL, W. and C. A. KRAUSPE. 1930. Uber die 

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 clinical studies, macro- and microscopic observations 

 on a monster with cerebral agenesis. Relation of age 

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CHANEY, L. B. and M. B. McGRAW. 1932. Re- 

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 A report of 125 cases as a prelinninary study of infant 

 behavior. Bull. Neurol. Inst. New York 2: 1-56. 

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CHARLES, J. R. 1932. Relationship between struc- 

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CHASE, E. B. 1941. Studies on an anophthalmic 

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COGHILL, G. E. 1908. The development of the swim- 

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1909. The reaction to tactile stimuli and the 



developnnent of the swimming nnovennent in ennbryos of 

 Diemyctylus torosus, Eschscholtz. Jour. Connp. Neur. 

 and Psych. 19: 83. 



1914. Correlated anatomical and physiological 



studies of the growth of the nervous system of Annphibia. 



I. The afferent system of the trunk of Amblystoma. 

 Jour. Connp. Neur. 24. 



1916. Correlated anatomical and physiological 



studies of the growth of the nervous system of Amphibia. 



II. The afferent systenn of the head of Annblystoma. 

 Jour. Connp. Neur. 26. 



1924. Correlated anatonnical and physiological 



studies of the growth of the nervous systenn in Amphibia. 



III. The floor plate of Annblystonna. Jour. Connp. 

 Neur. 37: 37. 



1924. Correlated anatonnical and physiological 



studies of the growth of the nervous system of Amphibia. 



IV. Rates of proliferation and differentiation in the 

 central nervous system of Annblystoma. Jour. Comp. 

 Neur. 37: 71. 



1926. Correlated anatomical and 



physiological studies of the growth of the nervous 

 system of Amphibia. V. The growth of the pattern of 

 the motor nnechanisnn of Annblystoma punctatum. Jour. 

 Comp. Neur. 40: 47-93. (Quantitative; cell counts in 

 serial photomicrographs of entire larvae; distribution 

 of neuroblasts and nerve cells in rhonnbencephalon and 

 spinal cord; loci of differentiation; emergence of pattern 

 of CNS prior to any function as such. ) 



1926. Correlated anatonnical and physiological 



studies of the growth of the nervous system in Amphibia. 



VI. The mechanisnn of integration in Amblystoma 

 punctatunn. Jour. Comp. Neur. 41: 95-152. (Peri- 

 pheral fields of specific types of motor neurones; role 

 of developnnent of collaterals in initiation of swinnnning; 

 origin of fractional patterns (reflexes) from total 

 pattern by individuation. ) 



1926. Correlated anatomical and physiological 



studies of the growth of the nervous system in Annphibia. 



VII. The growth of the pattern of the association 

 mechanism of the rhombencephalon and spinal cord of 

 Amblystonna punctatunn. Jour. Comp. Neur. 42. 



1926. The growth of functional neurones and 



its relation to the development of behavior. Proc. 

 Anner. Philos. Soc. 65: 51-55. (Brief summary of 

 Coghill's work on Amblystoma and discussion of its 

 bearing on psychology and behavior. ) 



1928. Correlated anatonnical and physiological 



studies of the growth of the nervous systenn of Amphibia. 



VIII. The developnnent of the pattern of differentiation 

 in the cerebrum of Annblystoma punctatum. Jour. 

 Comp. Neur. 45: 227-247. (Correlation of cerebral 

 differentiation with stages in nnotor activity; loci of 

 differentiation cycles of rest and activity of loci, rela- 

 tion to bio-electric theory of development. ) 



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