Mechano- and Eqnilihrium-Reception 529 



40. Griffith, C. R., An Historical Survey of Vestibular Equilibration (1922). Univ. 

 of Illinois Press. 



41. Heyer, a. W., Master's thesis, Univ. 111. (1947). Effects of vestibular stimulation, 

 man. 



42. HoAGLAND, H., /. Gen. Physiol. 16:685-693 (1933). Impulses from gustator>' and 

 tactile receptors, catfish. 



43. HoAGLAND, H., /. Gen. Physiol. 16:695-714 (1933). Responses of lateral line to 

 vibration, catfish. 



44. HoAGLAND, H., ;. Gen. Physiol. 16:911-923 (1933). Effect of stimulus/rest ratio 

 on tactile adaptation. 



45. HoAGLAND, H., /. Gen. Physiol. 17:77-82 (1933). Spontaneous activity in lateral 

 line nerve, catfish. 



46. HoAGLAND, H., /. Gen. Physiol 19:221-228 (1935). Adaptation of cutaneous 

 tactile receptors, frog. 



47. HoAGLAND, H., /. Gen. Physiol. 19:943-950 (1936); (with M. A. Rubin) ibid. 

 19:939-942 (1936). Role of potassium in cutaneous tactile adaptation, frog. 



48. HoAGLAND, H., Cold Spring Harbor Symp. Quant. Biol. 4:347-357 (1936). Mech- 

 anism of adaptation of mechanoreceptors. 



49. Hogg, B. M., /. Physiol. 84:250-258 (1935). Slow impulses in cutaneous nerves, 

 frog. 



49a. HoLLiCK, Q. S. J., Phil. Jr. Roy. Soc. Land., B, 230:357-390 (1940). Sense 

 organs of flight, flies. 



50. HSgyes, a., Monatschr. Ohrenhk. 46:685-740, 810-840, 1027-1083 (1881). 

 Mechanism of eye movements, vertebrates. 



51. Hunter, W. S., /. Gen. Psychol. 5:295-310 (1931). Mechanism of orientation on 

 inclined plane, rats. 



52. Ja'ger, H., Zool. ]ahrh. Abt. dig. Zool. u. Physiol. 51:289-320 (1932). Geotactic 

 reactions of some invertebrates. 



53. Katz, B., and Young, J. Z., /. Physiol. 107:34P (1948). Regulation of afferent 

 discharge from frog muscle. 



54. Kokas, E. v., Zool. Jahrb., Abt. dig. Zool. u. Physiol. 52:179-190 (1932). Function 

 of Weber's apparatus in cyprinoid fish. 



55. Koshtojanz, C. S., and Vassilenko, P. D:, /. Exper. Biol. 14:16-19 (1937). 

 Pressure receptors in swim-bladder of fish. 



56. Kramer, G., Zool. jahrb., Abt. allg. Zool. u. Physiol. 52:629-676 (1933). Sensory 

 function of lateral line and skin receptors, Xenopus. 



57. Kreidl, a., Sitzungsb. Akad. Wiss. Wien math-nat. kl. 102:149-174 (1892). 

 Physiology of statocysts, crabs. 



58. Kropp, B., and Crozier, W. J., /. Gen. Physiol. 12:111-122 (1928). Geotropic 

 orientation in arthropods, fiddler crab Uca. 



59. Langdon, F. E., /. Morp^. 11:193-234(1895). Sense organs of Lumbricus. 



60. Ledebur, J. F. v., BioL Rev. 12:217-244(1937). Swim-bladder gases, fish. 



61. Lc5wenstein, O., Biol. Rev. 11:113-145 (1936). Equilibrium function of the 

 vertebrate labyrinth. 



62. Lowenstein, O., and Sand, A., Proc. Roy. Soc. Lond., B. 129:256-275 (1940). 

 Single nerve fiber analysis of semicircular canal function. 



63. Magnus, R., Korperstellung (1924). Berlin, Springer. 



64. Matthews, B. H. C., J. Physiol. 71:64-110 (1931). Responses of single muscle 

 spindle. 



65. Matthews, B. H. C., /. Physiol. 72:153-174 (1931). Impulses from muscle 

 spindles, frog. 



66. Matthews, B. H. C., /. Physiol. 78:1-53 (1933). Types of sensory endings in 

 mammalian muscle. 



67. Maximow, a. a., and Bloom, W., Textbook of Histology (1942). Philadelphia, 

 Saunders. 695 p. Chap. 9, pp. 197-203. Figures of mechanoreceptors. 



68. Maxwell, S. S., Labyrinth and Equilibrium (1923). Philadelphia, Lippincott. 



69. McNally, W. J., Am. Acad. Ophth. & Otolaryng. St. Louis (1944). Physiology of 

 the vertebrate ear. 



70. McNally, W. J., and Stuart, E. A., War Med. 2:683-771 (1942). Physiology 

 of the labyrinth. 



