BOK, S. T. 1915. Die Entwicklung der Hirnnerven und 

 ihrer Zentralen Bahnen. Die Stimulogene Fibrillation. 

 Folia Neurobiologica 9: 475. 



1926. Assimilatie tegenover additie van vor- 



meigenschappen. (Assimilation versus addition of 

 form-differentiations. ) Nederl. Tijdschr. Geneesk. 

 70: 850-858. (Frog, mouse brain and spinal cord; ex- 

 amples of simultaneous acceleration and retardation of 

 2 processes in differentiation; growth of cortical cell 

 axons; growth of basal plate cells; morphogenetic re- 

 sults of assimilative vs. additive growth.) 



1932. Tabetic degeneration of posterior 



tracts of spinal cord in light of early embryonal de- 

 velopment. Psychiat. en Neurol. Bl. 36: 591-609. 



v. BOKAY, J. 1929. Uber die semiotische Bedeutung 

 der offenen embryonalen Fontanellen und weitere 

 Beitrage zur Kenntnis der okkulten Hydrocephalie. 

 (The semiotic significance of the open embryonic fon- 

 tanelle and further contribution to the knowledge of 

 occult hydrocephaly. ) Monatsschr. Kinderheilk. 42: 

 109-116. (Man; ventriculography; relation of open 

 fontanelles and abnormal development of skull to 

 hydrotephalic brain. ) 



BOLING, L.R. 1935. Regeneration of nasal mucosa. 

 Arch. Otolaryngol. 22: 689-724. (Lannb; study of re- 

 generation after repeated destruction of epithelium by 

 excision, ZnS04. Origin and migration of regenerating 

 cells, changes in Golgi apparatus and mitochondria. 

 Effects of infection, ventilation irrigation with various 

 therapeutic substances.) 



BOLSI, D. 1936. Origin and nature of microglia; con- 

 stant diffuse penetration of nneningeal and perivasal 

 histiocytes into nervous system during embryonic de- 

 velopment and during vascularization as shown by new 

 elective method of silver staining. Riv. di Pat. Nerv. 

 48: 1-128. 



BOLTON, J. S. andJ.M. MOVES. 1912. The cyto- 

 architecture of the cerebral cortex of a human fetus of 

 eighteen weeks. Brain 35: part I. 



BONIN, W. 1939. Contribution a I'etude de I'origine 

 du ganglion de Locy chez Annia calva. Arch. Biol. 50: 

 321-342. (Histology; differentiation; origin from ventral 

 olfactory placode. ) 



1940. Etude anatomique du systeme nerveux 



p^ripherique et des organes des sens de la t^Te chez 

 I'ennbryon d'Amia calva. Origine epiblastique des 

 ganglions sensitifs craniens. Contr. Inst. Zool. Univ. 

 Montreal 6: 3-62. (Histology; placodes; origin of 

 cranial and lateral line ganglia.) 



BONNERDEL, R. 1946. Etude de I'excitabilite du 

 muscle i nerf degenere. Action de la veratrine. Rev. 

 Canadienne Biol. 5: 87-118. (Frog; condenser discharge 

 stimulation of denervated gastrocnemius; effect of de- 

 nervation on abolition of "mimimal contraction" curve.) 



BORDA, J. T. 1932. Sobre un caso de rara malfomacion 

 cerebral de un idiota. Rev. Asoc. Med. Argentina. 45: 

 488-498. (Man; congenital smoothness of occipital lobes, 

 absence of cunei, lingual lobes, fusiform and hippocam- 

 pal convolutions, smooth uncinate convolutions. Simple 

 fetal pattern of internal fiber tracts. ) 



BORGHESE, E. 1938. Cellule grossose migrantinelle 

 culture "in vitro" di tessuto nervoso. (Migrating fatty 

 cells in cultures of nerve tissue.) Monit. Zool. Ital. 

 Suppl. 48: 99-103. (Observation; conclusion that mi- 

 grating granulated cells are microglia.) 



BORN, G. 1894. Die kUnstliche Vereinigung lebender 

 TheilstUcke von Amphibien-Larven. Jahresber. d. 

 Schles. Ges. f. vaterlandische Kultur. Medicinische 

 Section, p. 79. 



1897. 



phibienlarven. 

 517-623. 



Uber Verwachsungsversuche mit Ann- 

 Arch, f. Entw.-Mech. 4:349-465; 



BOTAR, J., L. BATTANCS and A. BECKER. 1942. 

 Die Nervenzellen des Dttundarms. Anat. Anz. 93: 

 138-149. (Adult cats; splanchnic nerve section; histo- 

 logy; relation of cells of Auerbach and Meissner to 

 thoraco-lunnbar synnpathetic , Dogiel's cells to vagus, 

 pelvic and splanchnic nerves. ) 



BOUGHTON, T. H. 1906. The increase in the number 

 and size of the meduUated fibres in the oculomotor 

 nerve of the white rat and of the cat at different ages. 

 Jour. Connp. Neur. 16. 



BOULGAKOW, B. 1926. Arrest of development of an 

 embryo. A case of acephalus holoacardiacus showing 

 arrest of all tissues in embryonic period. Jour. Anat. 

 61:68-93. (Man; teratology; effect of absence of brain 

 and retardation of spinal cord on development of rest of 

 body. ) 



BOUMAN, K. H. andV.W.D. SCHENK. 1936. A Cy- 

 clops and a synotus. Jour. Neurol. Psychopath. 17: 

 48-73. (Description of brain in one human cyclops and 

 one bovine synotus.) 



BOURGUIGNON, G. 1922. Modifications de la chronaxie 

 des muscles squelettiques et de leurs nerfs, par reper- 

 cussion de la lesion de neurones auxquels ils sont 

 fonctionnellement associes. C. R. Acad. Sci. 174: 773. 



1925. Sur les variations de la chronaxie au 



cours de la degenerescence experimentale. C. R. 

 Soc. Biol. 93: 348. (Review of phenomena of degenera- 

 tion in muscle accompanying section of nerves in 

 poikilotherms and homeotherms. Increase of nnuscle 

 chronaxie, especially in mamnnals, with repercussions 

 on chronaxie of muscles whose nerves are still intact.) 



BOVARD, J.F. 1918. The function of the giant fibers 

 in earthworms. Univ. California Publ. Zool. 18: 135. 



BOYD, J. D. 194 1. The sensory component of the 

 hypoglossal nerve in the rabbit. Jour. Anat. 75: 330- 

 346. (Development of central and peripheral portions 

 hypoglossal, including nerve endings. Lack of histo- 

 logical evidence for a sensory component.) 



BRACHET, A. 1907. Recherches sur I'ontogenese de 

 la tete chez les amphibiens. Arch. Biol. 23. 



1914. Sur I'origine des ganglions du trijunneau 



chez Chrysemys nnarginata. Annales Soc. Roy. Zool. 

 et Malacologique de Bolgique. 48. 



1921. Traite d'embryologie des Vertebres. 



Paris. Masson et Cie. 



1927. Etude comparative des localisations 



germinales dans I'oeuf des Amphibiens urod&les et 

 anoures. Arch. f. Entw.-Mech. 111:250-291. 



1939. Etude du metabolisme de I'oeuf de 



grenouille (Rana fusca) au cours du developpement. V. 

 Le nnetabolisnne proteique et hydrocarbone de I'oeuf en 

 relation avec le probleme de I'organisateur. Arch. Biol. 

 50: 233-267. (Study of nitrogen, phosphorus and res- 

 piratory metabolism during neurulation; inhibition of 

 neurulation by monoiodoacetate. Significance of 

 glucoside metabolism in morphogenesis. ) 



- 12 



