COGHILL, G. E. 1929. The early development of be- 

 havior in Amblystoma and in man. Arch. Neurol. Psycho 

 chol. 21:989-1009. (Human embryos and fetuses; ob- 

 servations on spontaneous behavior compared with 

 that of Amblystonna larvae; review of literature.) 



1929. Anatomy and the problem of behavior. 



113 pp., 52 fig. MacMiUan Co. New York. (Sunnmary 

 of Coghill's work, University College Lectures, 

 London. ) 



1930. Correlated anatomical and physiologi- 

 cal studies of the growth of the nervous system of 

 Annphibia. IX. The mechanism of association of 

 Amblystoma punctatum. Jour. Comp. Neur. 51: 311- 

 375. (Larvae: description of differentiated neural 

 system of cerebrum, rhombencephalon, spinal cord, 

 of 4 physiological stages of developnnent. Sensory, 

 motor, and commissural equipnnent. ) 



1930. The structural basis of the integration 



of behavior. Proc. National Acad. Sci. 16: 637-643. 

 (Discussion of expansion to partial patterns of behavior 

 within a primary integrated total pattern. Based on 

 Amblystoma work. No new material.) 



1931. Correlated anatonnical and 



physiological studies of the growth of the nervous 

 system of Amphibia. X. Corollaries of the anatomi- 

 cal and physiological study of Amblystonna fronn the 

 age of earlier movement to swimming. Jour. Connp. 

 Neur. 53: 147-168. (Sunnmary of Coghill's work from 

 1913 to 1930.) 



1933. Correlated anatomical and physiologi- 

 cal studies of the growth of the nervous system of the 

 Annphibia. XI. The proliferation of cells in the spinal 

 cord as a factor in the individuation of reflexes of the 

 hind leg of Annblystoma punctatum, Cope. Jour. Connp. 

 Neur. 57: 327-358. (Quantitative; early swimnning to 

 hind leg reflex stages; mitosis and increase in cell 

 number of cord; relation of proliferative centers to 

 nerve roots, levels of cord. ) 



1933. Growth of a localized functional center 



in a relatively equipotential nervous organ. Arch. 

 Neur. Psychiat. 30: 1086-1091. (Amblystoma; prolif- 

 eration of spinal cord cells in relation to reflex action; 

 role of local nnitotic foci.) 



1933. The neuro-embryologic study of be- 

 havior: Principles, perspective and aim. Science 78: 

 131-138. (Discussion of prinnacy of total action, 

 origin of localized centers, and progressive organiza- 

 tion of parts from whole as illustrated by Coghill's 

 work on Annblystoma. ) 



1934. New anatomical relations and the prob- 

 able function of Mauthner's fibers. Psychiat. en 

 Neurol. Bladen 1934: 386-391. (Amblystoma puncta- 

 tum; histological study of relation of Mauthner's fibers 

 to motor and intercalated neurones; effect of inhibition 

 on facilitation of cephalo-caudal flexion in swimnning. ) 



1936. Integration and motivation of behavior 



as problems of growth. Jour. Genetic Psychol. 48: 

 3-19. (Sunnnaary of Coghill's work since 1907 with 

 special reference to psychological problems; mass and 

 reflex responses; integration, inhibition, role of 

 fasciculus longitudinalis nnedialis; discussion of learn- 

 ing- ) 



1936. Effects of chilling on structure and 



behavior of embryos of Amblystoma punctatunn Cope. 

 Proc. Soc. Exp. Biol. Med. 35; 71-74. (Experimental 

 teratology: anomalous development due to differential 

 susceptibility of ectodernnal and mesodermal tissues. ) 



1936. Correlated anatonnical and physiologi- 

 cal studies of the growth of the nervous system of 

 Annphibia. XII. Quantitative relations of the spinal 

 cord and"ganglia correlated with the development of 

 reflexes of the leg in Amblystonna punctatum Cope. 

 Jour. Connp. Neur. 64: 135-167. (Quantitative data 

 on total cells/cord segnnent, sectional area of gray 

 and white matter, average sectional area cells, total 

 cells/ganglion, volumes of ganglia, bilateral 

 asynnmetry, coefficients of acceleration of growth. 

 Relation of anatonnical growth with development of 

 behavior. ) 



1938. The early movennents of the opossum 



with special reference to the walking gait. Proc. Soc. 

 Exp. Biol. Med. 39: 3 1-35. (Role of mass response 

 and individual reflexes in establishment of gait; 

 correlation with histological differentiation of CNS; 

 neonatal pouch young of opossum. ) 



1943. Flexion spasnns and mass 



reflexes in relation to the ontogenetic development of 

 behavior. Jour. Comp. Neur. 79: 463-486. (Ambly- 

 stoma; man; sunnnnary of work on relation of reflex to 

 total behavior pattern; analysis of reflex activity after 

 human cord section. ) 



and J. MOORE. 1924. The vascular system 



in relation to neuromuscular functions in the early 

 development of Amblystoma. Anat. Rev. 28: 131. 



- and R. W. WATKINS. 1943. Periodicity in 



the development of the threshold of tactile stinnulation 

 in Amblystoma. Jour. Comp. Neur. 78: 91-111. 

 (Report of endogenous periodicity of sensitivity 

 independent of fatigue. Larvae. ) 



COREY, E. L. 1936. Development of the fetal rat 

 following electro-cautery of the brain. Amer. Jour. 

 Physiol. 115: 599-603. (Cauterization of 10 to 75% 

 of brain tissue involving levels below the pons; 

 destruction of brain above optic chiasma not correlat- 

 ed with muscular activity at term or with fetal weight. ) 



CORNWALL, L. H. 1927. Cerebro-cerebellar 

 agenesis in its relation to cerebellar function. Brain 

 50: 562-572. (Kitten; congenital agenesis of right 

 frontal and parietal areas, whole cerebellunn; clinical 

 and microscopic studies.) 



CORONIOS, J. D. 1933. Development of behavior in 

 the fetal cat. Genetic Psychol. Monogr. 14: 283-386. 

 (Decerebration of pregnant cats, exannination of 

 fetuses in saline by area!, punctiform and pressure 

 stimulation, observation of spontaneous activity. 

 Cephalocaudal gradient of maturation, gradual evolu- 

 tion of instinctive behavior, differentiation and mass 

 and specific reflexes.) 



DAVIS, D. E. and L. V. DOMM. 1941. The sexual 

 behavior of hornnonally treated domestic fowl. Proc. 

 Soc. Exp. Biol. Med. 48: 667-669. (Poulards, capons; 

 testosterone and estrogen injections; hormonal control 

 of prinnary and secondary sex behavior patterns.) 



DETWILER, S. R. 1925. Coordinated movements in 

 supernumerary transplanted limbs. Jour. Comp. 

 Neur. 38: 461. 



1926. The resonance theory of Weiss. Jour. 



Comp. Neur. 40: 465-470. (A reply to Weiss' paper. 

 Jour. Connp. Neur. 40:.) 



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