850 Comparative Animal Physiology 



36. Bardeen, C. R., Am. J. Physiol. 5: 175-179 (1901). Function of brain in Planaria. 



37. Barnes, T. C, and Beutner, R., Anat. Rec. 94:369, 430, also Am. ]. Med. Sci. 

 212:125 (1946). Electrogenic action of acetylcholine in an oil cell. 



38. Barron, D. H., Biol. Rev. 16:1-33(1941). Review, behavior development. 



39. Bartelmez, G. W., and Hoerr, N. L., ). Comp. Neurol. 57:401-428 (1933). 

 Mauthner cell synapses. 



40. Bayliss, L. E., et al., /. Physiol. 83:439-454 (1935). Veratrine and yohimbine 

 on action potentials of Maja nerve. 



41. Bear, R. S., Schmitt, F. O., and Young, J. Z., Proc. Roy. Soc. Land., B. 123: 

 496-504 (1937). Sheath components of giant nerve fibers. 



\^ 42. Bethe, a., Pfliig. Arch. ges. Physiol. 68:449-545 (1897). Function of central 

 nervous system of arthropods (Translated in /. Comp. Neurol. 8:232-238). 

 (1898). 



43. Bethe, A., Allgemeine Anatomic und Physiologie des Nervensystems (1903). 

 Leipzig, Thieme. 448 p. 



44. Bethe, A., Pfliig. Arch. ges. Physiol. 224:793-820, 821-835 (1930). Plasticity 

 of nervous function in arthropods. 



45. Biedermann, W., Pfliig. Arch. ges. Physiol. 111:251-297 (1906). Innervation 

 and peristalsis of mollusc foot. 



46. Bishop, G. H., and Heinbecker, P., Am. ]. Physiol. 94:170-200 (1930). Fiber 

 types, frog and turtle nerves. 



47. Bodian, D., /. Comp. Neurol. 68:117-159 (1937), ibid. 73:323-343 (1940). 

 Synaptic structure, brain of goldfish. 



48. Bodian, D., Physiol. Rev. 22:146-169 (1942). Review, structure of synapses. 



49. BoELL, E. J., and Nachmansohn, D., Science 92:513-514 (1940). Cholinesterase 

 in squid nerve fibers. 



50. BoGUE, J. Y., and Rosenberg, H., /. Physiol. 87:158-178 (1936). Conduction 

 rates, after-potentials in Maja nerve. 



51. BoNVALLET, M., and Minz, B., C. R. Soc. Biol. Paris 128:158-162 (1938). Stimu- 

 lation of salivary reflexes by acetylcholine. 



52. Borison, H. L., and Wang, S. C., Fed. Proc. 8:13 (1949). Emesis center in 

 medulla. 



53. BovARD, J. F., Univ. Calif. Ptihl. Zool. 18:103-134 (1918). Nervous conduction 

 in earthworm. 



54. BozLER, E., Ztschr. vergl. Physiol. 4:37-80 (1926). Motor coordination in 

 medusae. 



55. BozLER, E., Ztschr. Zellforsch. mikr. Anat. 5:244-262 (1927). Contact between 

 cells in nerve net. 



56. Bremer, F., C. R. Soc. Biol. Paris 90:381-384 (1924). Cerebellar function in 

 pigeon. 



57. Bremer, F., Arch. Internat. Physiol. 51:51-84 (1941). Synchronization; drug 

 effects in spinal cord of curarized cat. 



58. Bremer, F., Bull. Acad. Roy. de Med. de Belg. 9: 148-173 (1944). "Spontaneous" 

 activity of mammalian brain centers. 



59. Bremer, F., /. Beige Neurol. & Psychiat. 47:542-561 (1947). Activity in dealfer- 

 ented brains. 



60. Britton, S. W., and Kline, R. F., /. Neiirophysiol. 6:65-69 (1943). Decerebrate 

 rigidity in sloth. 



61. Bromiley, R. B., and Brooks, C. M., /. Neurophysiol. 3:339-346 (1940). Cortex 

 and placing reactions, opossum. 



62. Bronk, D. W., /. Neurophysiol. 2:380-401 (1939). Review of theories of syn- 

 aptic transmission. 



63. Brooks, C M., and Eccles, J. C, /. Neurophysiol. 10:251-273 (1947). Elec- 

 trical activitv in monosynaptic path in spinal cord. 



64. Brooks, C. M., and Eccles, J. C, /. Neurophysiol. 11:365-376 (1948). Synaptic 

 excitation in the spinal cord. 



\ 65. Brown, G. L., Proc. Roy. Soc. LoiuJ., B. 85:278-289 (1912). Spinal rhythms. 

 66. Brown, G. L., /. Physiol. 81:228-242 (1934). Refractory period of sympathetic 

 ganglia. 



