HIGH ENERGY IRRADIATION: BIOELECTRIC EFFECTS 295 



Audiat, J., Auger, D., and Fessard, A. 1934. Etude des potentials d'action des nerfs 



soumis au rayonncment x comparison Taction des rays ultra-violet. Compt. 



rend. soc. biol. 116, 880-883. 

 Bachofer, C. S. 1957. Enhancement of activity of ner\es by x-rays. Science 125, 1140- 



1141. 

 Bachofer, C. S., and Gautereaux, M. E. 1959. X-ray effects on single nerve fibers. /. 



Gen. Physiol. 42, 732-735. 

 Bachofer, C. S., and Gautereaux, M. E. 1960a. Bioelectric activity of mammalian 



nerve during x-irradiation, Radiation Research 12, 557-583. 

 Bachofer, C. S., and Gautereaux, M. E. 1960b. Bioelectric responses in situ of mam- 

 malian nerve exposed to x-rays. Am. J. Physiol. 198, 715-717. 

 Birge, A. C., Anger, H. O., and Tobias, C. A. 1956. In "Radiation Dosimetry" (G. 



J. Hine, and G. L. Brownell, eds. ), pp. 623-660. Academic Press, New York. 

 Bom, J. L., Anderson, A. O., Birge, A. C., Blanquet, P., Brustad, T., Carlson, R. A., 



Van Dyke, D. C, Fluke, D. J., Garcia, J., Henry, J. P., Knisely, R. M., Lawrence, 



J. H., Riggs, G. W., Thorell, B., Tobias, C. A., Toch, P., and Welch, G. P. 1959. 



Biological and medical studies with high energy particle accelerators. Progr. in 



Nuclear Energy 2, 189-206. 

 Buswell, A. B., and Rodebush, W. H. 1956. Water. Sci. American 194, 77-89. 

 Gaffey, G. T. 1960. Unpublished data. 

 Gasteiger, E. L. 1951. Effects of beta rays on mammalian nerve action potentials. 



Federation Proc. 10, 148. 

 Gasteiger, E. L. 1952. "The Effects of Beta Rays on the Conducted Action Potentials 



of Nerves," 1st ed. L^niversity Microfilms, Ann Arbor, Michigan. 

 Gasteiger, E. L. 1959. The radioresistance of peripheral nerve. In "Neurological 



Sciences," Proc. 1st Intern. Gongr., Brussels, 1957. (L. van Bogaert and J. Rader- 



mecker, eds.) ; Vol. 4: Neuropathology, pp. 130-136. Pergamon, New York. 

 Gerstner, H. B. 1956. Effects of high-intensity x-radiation on the A group fibers of 



the frog's sciatic ner\'e. Am. J. Physiol. 184, 333-337. 

 Gerstner, H. B., Orth, J. S., and Richey, E. O. 1955. Effect of high-intensity x- 



radiation on velocity of nerve conduction. Am. J. Physiol. 180, 232-236. 

 Hodgkin, A. L., and Katz, B. 1949. The effect of sodium ions on the electrical activity 



of the giant a.xon of the squid. /. Physiol. [London) 108, 37-77. 

 Janzen, A. H., and Warren, S. 1942. Effect of roentgen-rays on the peripheral nerve 



of the rat. Radiology 38, 333-337. 

 Koeffed-Johnson, V., and Ussing, H. 1953. The contribution of diffusion and flow to 



the passage of D2O through living membranes. Acta Physiol. Scand. 28, 60-76. 

 Kortum, G., and Bochris, J. O'M. 1951. "Textbooks in Electrochemistry," 1st ed., Vol. 



I, pp. 131-137. Elsevier, Houston, Texas. 

 Ling, G. 1952. Resting potential and selective ionic accumulation in frog muscle cells. 



In "Phosphorus Metabolism," Symposium (W. D. McElroy and B. Glass, eds.). 



Vol. 2, pp. 748-797. Johns Hopkins, Baltimore, Maryland. 

 Ling. G. 1957. In "Metabolic Aspects of Transport Across Cell Membranes," (Q. R. 



Murphy, ed.) 1st ed., pp. 181-186. Univ. of Wisconsin Press, Madison, Wisconsin. 

 Mitchell, P. H. 1948. "Textbook of General Physiology," 4th ed., p. 322. McGraw- 

 Hill, New York. 

 Mullins, L. J. 1956. Molecular structure and functional activity of nerve cells. Am. 



Inst. Biol. Sci. Publ. No. 1, 123-154. 

 Nevis, A. H. 1957. Diffusion permeability of water in the giant axon of the squid. 



Abstr. Natl. Conf. Biophys. Columbus, Ohio, 1957 p. 52. 



