Abstract
IN two recent publications1,2 measurements have been reported of the levels of lead-210 (radium-D) in the bones of non-occupationally exposed American subjects. In the present communication similar findings are reported for some human and animal bone and liver specimens from Great Britain.
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References
Hursh, J. B., Science, 132, 1666 (1960).
Holtzman, R. E., ANL-6199, 94 (1960).
Tipton, I. H., et al., see Recommendations ICRP, Rep. Comm., II, Table 7 (Pergamon Press, 1959).
Mayneord, W. V., Clin. Radiol., 11, 2 (1960).
Mayneord, W. V., and Hill, C. R., Nature, 184, 667 (1959).
Hill, C. R., Nature, 187, 211 (1960).
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HILL, C., JAWOROWSKI, Z. Lead-210 in Some Human and Animal Tissues. Nature 190, 353–354 (1961). https://doi.org/10.1038/190353b0
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DOI: https://doi.org/10.1038/190353b0
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