BASIC RADIATION BIOCHEMISTRY 279 



(1948) Chemical reactions induced by ionizing radiations. Ann. Rept. 



Chem. Soc, 45: 5-33. 



and N. Miller (1947) Some observations on the radiation chemistry of water 



and aqueous solutions. Proc. Intern. Congr. Pure and Applied Chem. ,11: 77-87. 



Dale, W. M. (1940) The effect of X rays on enzymes. Biochem. J., 34: 1367-1373. 



(1942) The effect of X rays on the conjugated protein d-amino acid oxidase. 



Biochem. J., 36: 80-85. 



(1943) Effect of X rays on aqueous solutions of biologically active com- 

 pounds. Brit. J. Radiol., 16: 171-172. 



(1947) Action of radiation on aqueous solutions: experimental work with 



enzymes in solution. Brit. J. Radiol., Suppl. 1, pp. 46-50. 



and J. V. Davies (1949) Relationship between structure of nitrogeneous 



compounds and their sensitivity to X rays. Nature, 163: 64-65. 



and (1950) The deamination of aqueous solutions of i^serine by 



X radiation. Nature, 166: 1121. 



_ and (1951) The liberation of sulphuretted hydrogen by X-radiation 



from cysteine and glutathione. Biochem. J., 48: 129-132. 



. ^ , and C. W. Gilbert (1949a) The kinetics and specificities of deamina- 

 tion of nitrogeneous compounds by X-radiation. Biochem. J., 45: 93-99. 



^ , and (1949b) The deamination of glycine by a-radiation from 



the distintegration of boron in a nuclear reactor. Biochem. J., 45: 543-546. 



^ ^ and W. J. Meredith (1949) Further observations on the protection 



effect in radiation chemistry. Brit. J. Cancer, 3: 31-41. 



^ L. H. Gray, and W. J. Meredith (1949) The inactivation of an enzyme 



(carboxypeptidase) by X- and a-radiation. Phil. Trans., 242A: 33-62. 

 -, W J. Meredith, and M. C. K. Tweedie (1943) Mode of action of ionizing 



radiations on aqueous solutions. Nature, 151: 280-281. 

 D'Amato, F., and A. Gustafsson (1948) Studies on the experimental control of the 



mutation process. Hereditas, 34: 181-192. 

 Euler, H. v., and G. v. Hevesy (1944) Wirkung der Rontgenstrahlen auf den Umsatz 



der Nukleinsaure im Jensen-Sarkom. Arkiv Kemi Mineral. Geol., 17A (30): 



1-60. 



Evans, M. G., and N. Uri (1950) Photo-oxidation of water by eerie ions. Nature, 



166: 602-603. 

 Evans, T. C, J. C. Slaughter, E. P. Little, and G. Failla (1942) Influence of the 



medium on radiation injury of sperm. Radiology, 39: 663-680. 

 Forssberg, A. (1946) The action of roentgen rays on the enzyme catalase. Acta 



Radiol. Scand., 27: 281-293. 



(1947) Mechanism of the action of X-rays on enzymes in water-solution. 



Nature, 159: 308-309. 



Franck, J., and R. Livingston (1949) Remarks on intra- and intermolecular migra- 

 tion of excitation energy. Revs. Modern Phys., 21: 505-509. 



Fricke, H. (1934) Reduction of Oo to H2O2 by the irradiation of its aqueous solution 

 with X rays. J. Chem. Phys., 2: 556. 



(1935) Decomposition of H2O2 by the irradiation of its aqueous solution with 



X rays. J. Chem. Phys., 3: 364. 



and E. J. Hart (1935) Decomposition of water by X rays in the presence 



of the iodide or bromide ion. J. Chem. Phys., 3: 596. 



^ , and H. P. Smith (1938) Chemical reactions of organic compounds 



with X-ray-activated water. J. Chem. Phys., 6: 229-240. 



and S. Morse (1929) The action of X rays on ferrous sulfate solutions. 



Phil. Mag., 7: 129-141. 



