600 



INDEX 



EFFECT of activity on the histoloi;ical 

 striicturo of nerve cells. The 341 



Efferent fibers of the optic nerve of fishes. 



The function of the 213 



Rnibryo. Mornholocv of the roof plate of 

 the foro'irain and the lateral choroid ple-\- 

 usesin the human 79 



FIBERS of the optic nerve of fishes. The 

 function of the efferent 213 



Fishes. The function of the efferent fibers 

 of the optic nerve of 213 



Flattenins; of the spinal cord. Studies on the 

 spinal cord and medulla of cycloston'es 

 with special reference to the formation 

 and expansion of the roof plate and the . 9 



Flavice?, KoUar. The brain a,nd the frontal 

 Rland of the castes of the 'white ant,' Leu- 

 cotermes 553 



Forebrain and the lateral choroid plexuses in 

 the human ernbryo. Morphology of the 

 roof plate of the 79 



Forebrain of reptiles. Evidence of a motor 

 pallium in the 475 



Forebrain. Reseneration in the brain of 

 Amblystoma. I. The. 203 



Frog due to the action of light. Changes in 

 the rod-visual cells of the 429 



Frontal gland of the castes of the 'white ant,' 

 Leucotermes fiavipes, Kollar. The brain 

 and the 553 



GLAND If the castes of the 'white ant,' 

 Leucotermes flavipes, Kollar. The 

 brain and the frontal 553 



HEAD of Amblystoma. Correlated ana- 

 tomical and physiological studies of 

 the nervous system of Amphibia. II. 



The afferent system of the 247 



Hibernation. Absence of chromatolytic 

 change in the central nervous system of 

 the woodchuok (Marmota monax) during 291 

 Hilton, William A. The nervous system of 

 pycnogonids 453 



TNDIAN brain. A study of a Plains 403 



JOHNSTON, J. B. Evidence of a motor 

 pallium in the forebrain of reptiles 475 



Johnston, J. B. The development of the 

 dorsal ventricular ridgs in turtles 481 



KEEGAN, J. .1. A study of a Plains Indian 

 brain 403 



KocH,S[j\iNEH L. The structure of the third, 

 fourth, fifth, sixth, ninth, eleventh and 



twelfth cranial nerves 541 



KocHER, R. A. The effect of activity on the 

 histological structure of nerve cells 341 



LIGHT and temperature upon the migra- 

 tion of the retinal pigment of Planorbis 



trivolis. The influence of 359 



Light. Changes in the rod-visual cells of the 



frog due to the action of , 429 



Leucotermes flavipes, Kollar. The brain and 

 the frontal gland of the castes of the 

 'white ant' 553 



MAMMALIAN nervous system (albino 

 rat). A preliminary determination of 

 the part played by myelin in reducing 



the water content of the 443 



Marginata. The morohology and morphoeen- 

 esis of the choroid plexuses with especial 

 reference to the development of the lateral 

 telencephalic plexuses in Chrysemys 507 



fMarinota monax) during hibernation. Ab- 

 sconce of chromatolytic chance in the cen- 

 tral nervous system of the woodchuck... . 391 



Medulla of cyclostome.^ with special reference 

 to the formation and expansion of the roof 

 plate and the flattening of the spinal cord. 

 Studies on the spinal cord and 9 



Migration of the retinal pigment of Planorbis 

 trivolvis. The influence of light and 

 temperature upon the 359 



Monax) during hibernation. Absence of 

 chromatolytic change in the central nerv- 

 ous system of the woodchuck (Marmota. . 391 



Morphogenesis of the choroid plexuses with es- 

 pecial reference to the development of the 

 lateral telenceohalic plexus in Chrysemys 

 marginata. The morphology and 507 



Morphology anrl morphogenesis of the choroid 

 plexuses with especial reference to the de- 

 velopment of the lateral telencephalic 

 plexus in Chrysemys marginata. The.... 507 



Motor pallium in the forebrain of reptiles. 

 Evidence of a 475 



Movements in the visual cells and retinal pig- 

 ment of the lower vertebrates. The 121 



Myelin in reducing the water content of the 

 mammalinn nervous system (albino rat). 

 A preliminary determination of the part 

 played by 443 



My*;rs, J. A., Rasmussen, A. T. and. Ab- 

 sence of chromatolytic change in the cen- 

 tral nervous system of the woodchuck 

 (Marmota monax) during hibernation 391 



NERVE. An experimental study of the 

 vagus 421 



Nerve cells. The effect of activity on the his- 

 tological structure of 341 



Nerve of fishes. The function of the efferent 

 fibers of the optic 213 



Nerves. The structure of the third, fourth, 

 fifth, sixth, ninth, eleventh and twelfth 

 cranial 541 



Nervous system (albino rat). A preliminary 

 determination of the part played by mye- 

 lin in reducing the water content of the 

 mammalian 443 



Nervous syst'em of Amphibia. II. The af- 

 ferent system of the head of Amblystoma. 

 Correlated anatomical and physiological 

 studies of the growth of the 247 



Nervous system of pycnogonids The 453 



Nervous system of the woodchuck (Marmota 

 monax) during hibernation. Absence of 

 chromatolytic change in the central 391 



OPTIC nerve of fishes. The function of 

 the efferent fibers of the 213 



P.4LLIIJM in the forebrain of reptiles. 

 Evidence of a motor 476 



Pigmentof Planorhistrivolvis. The influence 

 of light and temperature upon the migra- 

 tion of the retinal 359 



Pigment of the lower vertebrates. The move- 

 ments in the visual cells and retinal 121 



Plains Indian brain. A study of a 403 



Planorbis trivohis. The influence of light 

 and temperature upon the migration of 

 the retinal pigment of 359 



Plate and the flattening of the spinal cord. 

 Studies on the spinal cord and medulla 

 of cyclostomes with special reference to 

 the formation and e\pan.«ion of the roof. . 9 



Plate of the forebrain and the lateral choroid 

 plevuses in the human embryo. Mor- 

 phology of the roof 79 



