SUBJECT AND AUTHORS INDEX 



AFFERENT system of the trunk of Am- 

 blystoma. Correlated anatomical and 

 physiological studies of the growth of the 

 nervous system of Amphibia. I. The. . . . 161 



Albino rat. A note on the degeneration of the 

 fasciculus cerebro-spinalis in the 503 



Amblystoma. Correlated anatomical and 

 physiological studies of the growth of the 

 nervous system of Amphibia. I. The 

 afferent system of the trunk of 161 



The medulla oblor gata of larval 343 



Amphibia. I. The afferent system of the 

 trunk of Amblystoma. Correlated ana- 

 tomical and physiological studies of the 

 growth of the nervous system of 161 



— The cerebellum of Necturus and other 



urodele 1 



BODIES in the worker of Bombi's sp. The 

 posterior roots of the mushroom .■ 283 



Bomlius sp. The posterior roots of the mush- 

 room bodies in the worker of 283 



Brain. The parietal region in the primate. . . . 291 

 Brookover, Charles. The development of 

 the olfactory nerve and its associated gan- 

 glion in Lepidosteus 113 



— The ner\^s terminalis in adult man 131 



CARPENTER, F. W. and Conel, J. L. A 

 study of ganglion cells in the s^^n pathetic 

 nervous system, with special reference to 

 intrirsic sensory neurones 269 



Cell of the dog species. On a law of species 

 identity of the nucleus-plasma norm for 

 correspondirg nerve cells: The numerical 

 constancy of the nucleus-plasma coeffi- 

 cientof the functionally resting Purkinje. . 445 



Cells in thesympathetic nervoussystem, with 

 special refererce to intrinsic sensory neu- 

 rones. A study of ganglion 269 



of the nervus terminalis in the dogfish 



(Mustelus canis). Ganglion 437 



The numerical constancy of the nucleus- 

 plasma coefficient of the functionally rest- 

 ing Purkinje cell of the dog species. On a 

 law of species identity of the nucleus- 

 plasma norm for corresponding nerve 445 



Transplantation of the spinal ganglion, 



with observations on the significance of 

 the complex t.vpes of spinal ganglion 547 



Cerel;ellum of Necturus and other urodele 

 Amphibia. The 1 



Cerebro-spinalis in the albino rat. A note on 

 the degeneration of the fasciculus 503 



Ch.\se, M. R. and Ranson, S. W. The struc- 

 ture of the roots, trunk and branches of the 

 vagus nerve 31 



Chipmunk (Tamias striatus lysteri). The 

 pyramid tract in the red squirrel (Sciurus 

 hudsonius loquax) and 137 



Clark, Elbert. Regeneration of medullated 

 nerves in the absence of embryonic nerve 

 fibers, followirg experimental non-trau- 

 matic dege eration 61 



CoGHiLL, G. E. Correlated anatomical and 

 physiological studies of the growth of the 

 nervous system of Amphibia. I. The 

 afferent system of the trunk of Ambly- 

 stoma 161 



CoN-EL, J. L., Carpenter, F. W. and. A 

 studj' of ganglion cells in the sympathetic 

 nervous system, with special reference to 

 intrinsic sensory neurones 269 



Cranial sympathetic ganglia. Further studies 

 on the development of the 235 



DEGENERATION of the fasciculus cere- 

 bro-spinalis in the albino rat. A note 

 on the 503 



Degeneration. Regeneration of medullated 

 nerves in the absence of embryonic nerve 

 fibers, following experimental non-trau- 

 matic 61 



Development of the cranial sympathetic gan- 

 glia. Further studies on the 235 



of the olfactory nerve and its associated 



ganglion in Lepidosteus. The 113 



Dogfish (Mustelus canis). Ganglion cells of 

 the nervus terminalis in the 437 



Dog species. On a law of species identity of 

 the nucleus-plasma norm for correspond- 

 irg nerve cells: The numerical constancy 

 of the nucleus-plasma coefficient of the 

 functionally restii g Purkinje cell of the. . . 445 



DoLi ey, David H. On a law of species ident- 

 ity of the nucleus-plasma norm for corre- 

 sponding nerve cells: The numerical con- 

 stancy of the nucleus-plasma coefficient 

 of the functionally resting Purkinje cell 

 of the dog species 445 



DuNX, Ei izabeth Hopkins. The presence of 

 medullated nerve fibers passing from the 

 spinal ganglion to the ventral root in the 

 frog, Rana pipiens 429 



F.\SCICULUS cerebro-spinalis in the 

 albino rat. A note on the degeneration 



of the 503 



Fibers passing from the spinal ganglion to the 

 ventral root in the frog, Rana pipiens. 



The presence of medullated nerve 429 



Frog, Rana pipiens. The presence of niedid- 

 lated nerve fibers passing from the spinal 

 ganglion to the ventral root in the 429 



GANGLIA. Further studies on the de- 

 velopment of the cranial sympathetic . . . 235 



Ganglion cells in the sympathetic nervous 

 system, with special reference to intrinsic 

 sensory neiu-ones. A study of 269 



of the nervus terminalis in the 



dogfish (Mustelus canis) 437 



— in Lepidosteus. The development of 



the olfactory nerve and its associated 113 



to the ventral root in the frog, Rana 



pipiens. The presence of medullated nerve 

 fibers passing from the spinal 429 



, with observations on the significance 



of the complex types of spinal ganglion 

 cells. Transplantation of the spinal 547 



Growth of the nervous system of Amphibia. 

 I. The afferent system of the trunk of 

 Ambb'stoma. Correlated anatomical and 

 physiological studies of the 161 



559 



