470 Comparative Animal Physiology 



36. Fulton, J. F., Howell's Textbook of Physiology (1946). Philadelphia, Saunders. 



37. Hasama, B., Pfliig. Arch. ges. Physiol. 234:748-755 (1934). Potential changes in 

 central olfactory centers: rabbit. 



38. Henschel, J., Wiss. Meeres Untersuch. Kiel, N. F. 22 (1935). Chemical sense 

 of some invertebrates. n rT^i 



39. KioNKA, H., and Str^^tz, F., Arch. Exper. Path. Pharm. 95:241 257 (1922). The 

 manner of gustatory stimulation by sodium chloride. 



40. KoEHLER, O., Ztschr. vergl. Physiol. 16:606-756 (1932). Sense physiology of ftresh 



water planaria. 



41. Krinner, M., Ztschr. vergl. Physiol. 21:317-342(1934). Gustatory sensitivity in 



fishes: trout. 



42. LiEBERMANN, A., Ztschr. Morph. Okol Tiere 5:1-97 (1926). Antennal organs of 



smell in flies. 



43. Mast, S. O., and Nadler, J. E., ). Morph. & Physiol. 43:105-117 (1926). Effect 

 of ions on ciliary reversal: Paramecium. 



44. McIndoo, N. E., Smithsonian Inst. Pub., Misc. Collections 68:1-78 (1917). 

 Recognition among insects. 



45. Miles, W. R., and Beck, L. H., Science 106:512 (1947). Infrared absorption and 

 olfactory stimulation: bee. 



46. Moncrieff, R. W., The Chemical Senses (1944). London, Leonard Hill. 



47. Moore, W., /. New York Ent. Soc. 42:185-192 (1934). Repellent effect of esters: 

 fly. 



48. Oliphant, J. F., Physiol. Zool. 11:19-30 (1938). Effect of ions and temperature 

 on ciliary reversal: Paramecium. 



49. Parker, G. H., Smell, Taste and Allied Senses in Vertebrates (1922). Philadelphia, 

 Lippincott. 



50. Parker, G. H., and Stabler, E. M., Am. /. PhjsioJ. 32:230-240(1913). Distinc- 

 tions between taste and smell. 



51. Pfaffmann, C, J. Cell. & Comp. Physiol. 17:243-258 (1941). Gustatory afferent 

 impulses: cat. 



52. PuMPHREY, R. J., ;. Cell. & Comp. Physiol. 6:457-467 (1935). Gustatory afferent 

 impulses: frog. 



53. Reed, M. R., Physiol. Zool. 11:317-325 (1938). Response of Drosophila to 

 fermentation products of bananas. 



54. RiDDELL, W. J. B., and Wybar, K. C, Nature 154:669 (1944). Taste of thiouracil 

 and phenylthiocarbamide. 



55. Ritter, E., Ztschr. vergl. Physiol. 23:543-570 (1936). Investigation of chemical 

 sense in beetles: Hydrous. 



56. ScHALLER, A., Ztsc^ir. vergl. Physiol. 4:370-464 (1926). Investigations of sensory 

 physiology: beetle and fish. 



57. Snodgrass, R. E., Principles of Insect Morphology (1935). New York, McGraw- 

 Hill. 



58. Snyder, L. H., Ohio ). Sci. 32:436-440 (1932). Inheritance of taste deficiency in 

 man. 



59. Sfeyer, E. R., Ann. Appl. Biol. 7:124-140(1920). Chemotropism: housefly. 



60. Taylor, N. W., Farthing, F. R., and Berman, R., Protoplasma 10:84-97 (1930). 

 Relation of structure to chemoreceptor stimulation: human. 



61. Warnke, G., Ztschr. vergl. P/iysioL 14:121-199(1931). Experiments on olfaction: 

 insects. 



62. WiGGLEswoRTH, V. B., The Principles of Insect Physiology (1939). London, 

 Methuen. 



63. Young, C. W., Pletcher, D. E., and Wright, N., Science 108:411-412 (1948). 

 Infrared radiation theories of olfaction. 



64. ZoTTERMAN, Y., Skand. Arch. Physiol. 72:73-77(1935). Nervous discharges pro- 

 duced by stimulation of chemoreceptors. 



65. Zwaardemaker, H., Die Physiologie des Geruchs (1895). Leipzig. 



