! Spiers, F.W. (1968), Radioisotopes in the Human Body: Press, New York, NY). Physical and Biological Aspects (Academic Tanaka, G., H. Kawamura, and E. Nomura (1981), "Reference Japanese Man - II Distribution of Strontium in the Skeleton and in the Mass of Mineralized Bone," Health Phys. 40, 601-614. Uchiyama, M., T. Iinuma, and M. Saiki (1969), "Relationship Between Body Burden and Urinary Excretion of Cesium-137 in Man Following Fallout Cesium-137 Ingestion,” Health Phys. 16, 277286. Van Dilla, M.A. (1965), “On the Retention of Cesium-137 in People," Health Phys. 11, 21-22. Watt, B., and A. Merrill (1963), Agricultural Handbook No. 8, Composition of Foods-Raw, Processed, Prepared, U.S. Department of Agriculture, Washington, DC. Weng, D.S., and W.M. Beckner (1973), “Cesium-137 Turnover Rates in Human Subjects of Different Ages," Health Phys. 25, 603-605. Wilson, A.G. (1985), Assistant Attorney General to the Trust Territory of the Pacific Island, in charge of the Enewetak Food Program, personal communication. Wilson, A.R., and F.W. Spiers (1967), “Fallout Caesium-137 and Potassium in Newborn Infants," Nature 215, 470-474. Yang, Y., and C.B. Nelson (1986), “An Estimation of Daily Food Usage Factors for Assessing Radionuclide Intakes in the U.S. Population," Health Phys. 50, 245-257. ~t —IN o- cD cn cn Zundel, W.S., F.H. Tyler, C.W. Mays, R.D. Lloyd, W.W. Wagner, and R.C. Pendleton (1969), "Short Half-Times of Caesium-137 in Pregnant Women," Nature 221, 89-90. 29