PHYSIOLOGY OF RADIATION INJURY 1025 



Selye, H. (1946) General adaptation syndrome and diseases of adaptation. J. Clin. 

 Endocrinol., 6: 117-230. 



Setala, K., and P. Ermala (1948) On irradiation sickness. Ann. Chirurg. gynaecol. 

 Fenniae, 37 (Suppl. 1): 1-60. 



Shacter, B. (1951) Effect of X-irradiation and of radiomimetic substances on the 

 sulfhydryl content of plasma: Relationship to adrenal activity following stress. 

 Cancer Research, 2: 277-278. 



Shechmeister, I. L., and V. P. Bond (1951) Response of mice to certain avirulent 

 bacteria after exposure to sublethal total body X-irradiation. Proc. Soc. Exptl. 

 Biol. Med., 77: 77-80. 



, - — , and M. N. Swift (1950) The susceptibility of irradiated mice to 



infection as a function of post-irradiation time. Nav. Radiol. Def. Lab. Report 

 AD-279(B).* 



Shorvon, L. M. (1949) A further survey of radiation sickness with particular refer- 

 ence to its treatment by pyridoxine. Brit. J. Radiology, 22: 49-55. 



Shouse, S. S., S. L. Warren, and G. H. Whipple (1931) Aplasia of marrow and 

 fatal intoxication in dogs produced by roentgen radiation of all bones. J. Exptl. 

 Med., 53: 421-435. 



Silverman, S. B. (1949) Changes in the coagulability of the blood after radia- 

 tion therapy. The results of studies using the modified Waugh-Ruddick 

 test for increased coagulability. Am. J. Roentgenol. Radium Therapy, 62: 541- 

 546. 



Simmons, E. L., L. O. Jacobson, N. Pearlman, and C. L. Prosser (1946) The effective- 

 ness of drugs in preventing or alleviating X-ray damage. USAEC Report 

 MDDC-1277.* 



Simon, N. (1949) Suppression of gastric acidity with beta particles of P 32 . Science, 

 109: 563-564. 



Skanse, B. N. (1948) The biologic effect of irradiation by radioactive iodine. J. 

 Clin. Endocrinol., 8: 707-716. 



Smith, D. E., G. Svihla, and H. M. Patt (1951) The effects of X-radiation on circula- 

 tion in the wing of the bat. Physiol. Zool., 24: 249-257. 



-, E. B. Tyree, H. M. Patt, and N. Bink (1951) The effects of total- and 

 partial-body irradiation upon the body weight, and intake of food and water of 

 the rat. The effects of various feeding procedures and cysteine upon the post- 

 irradiation changes in body weight of the rat. USAEC Report ANL-4713,* 

 pp. 53-58. 



, , , and E. Jackson (1951) Effect of total-body X irradiation on 



metabolism of the rat. Proc. Soc. Exptl. Biol. Med., 78: 774-777. 

 Smith, F., and W. W. Smith (1951) Exercise effects on tolerance to radiation. Am. 



J. Physiol., 165: 662-666. 

 Smith, T. R., L. O. Jacobson, C. L. Spurr, J. G. Allen, and M. H. Block (1948) A 



coagulation defect produced by nitrogen mustard. Science, 107: 474. 

 Smith, W. W. (1951) Acute KC1 and histamine tolerance and adrenal weight in 



X-irradiated mice. Am. J. Physiol., 167: 321-327. 

 and F. Smith (1951a) Effect of thyroid hormone on radiation lethality. 



Am. J. Physiol., 165: 639-650. 

 — and (1951b) Effects of thyroid and radiation on sensitivity to hypoxia, 



basal rate of 2 consumption and tolerance to exercise. Am. J. Physiol., 165: 



651-661. 



and E. C. Thompson (1950) Failure of cortisone or ACTH to reduce 



mortality in irradiated mice. Proc. Soc. Exptl. Biol. Med., 73: 529-531. 

 Smyth, F. S., and G. H. Whipple (1924) Bile salt metabolism. II. Proteose and 

 X ray intoxication. J. Biol. Chem., 59: 637-646. 



