Abstract
THE ultimate concern in strontium-90 fall-out monitoring is the amount of the nuclide assimilated in man. Several world-wide studies have been made to determine the concentration of this fission product in human bone. Kulp1 defined the strontium-90 content of bones of children and adults up to 1959, while Bryant published similar United Kingdom bone results for 19582,3 and early 19594.
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Kulp, J. L., Schulert, A. R., and Hodges, E. J., Science, 132, 448 (1960).
Bryant, F. J., Henderson, E. H., Spicer, G. S., Webb, M. S. W., and Webber, T. J., “Radioactive and Natural Strontium in Human Bone”, AERE-R 2816 (January 1959).
Bryant, F. J., Cotterill, J. C., Henderson, E. H., Spicer, G. S., and Webber, T. J., “Radioactive and Natural Strontium in Human Bone”, AERE-R 2988 (June 1959).
Arden, J. W., Bryant, F. J., Henderson, E. H., Lloyd, G. D., and Morton, A. G., “Radioactive and Natural Strontium in Human Bone”, AERE-R 3246 (January 1960).
Kalchar, H. M., Nature, 182, 283 (1958).
Armstrong, W. D., and Barnum, C. P., J. Biol. Chem., 172, 199 (1948).
Wheeler, R. C., Textbook of Dental Anatomy and Physiology, 29 (W. B. Saunders Co., 1942).
Hardy, jun., E. P., and Harley, J. H., HASL-42, 62, 100 (1958).
Bryant, F. J., Henderson, E. H., and Holgate, W., Brit. Dent. J., 108, 291 (1960).
Butler, F. E., “Sr 90 Monitoring at the Savannah River Plant”, DP-473 (May 1960).
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BUTLER, F. Strontium-90 in Human Teeth. Nature 189, 848–849 (1961). https://doi.org/10.1038/189848a0
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DOI: https://doi.org/10.1038/189848a0
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