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裂变碎片诱发肝肿瘤的相对生物效应。

Fission fragment relative biological effectiveness for liver tumor induction.

作者信息

Taylor G N, Lloyd R D, Mays C W, Angus W, Miller S, Hubbs A

机构信息

Radiobiology Laboratory, University of Utah, Salt Lake City 84112, USA.

出版信息

Health Phys. 1995 Aug;69(2):269-71. doi: 10.1097/00004032-199508000-00013.

Abstract

The risk coefficients for liver tumors as derived from 60 beagles with body burdens of 249Cf or 252Cf were used to determine the relative biological effectiveness of fission fragments relative to alpha particles. For liver malignancies the relative biological effectiveness was calculated to be about 2 +/- 3. The estimate based on the combined benign and malignant liver tumors was about 7, with a proportionately larger standard deviation of about +/- 14. Although the confidence intervals were wide, it is possible that the relative biological effectiveness of fission fragments relative to alpha particles, using liver neoplasia as the endpoint, is greater than 1.0 as compared to a value only slightly above zero when bone cancer was the lesion of interest.

摘要

利用60只体内含有249Cf或252Cf的比格犬得出的肝脏肿瘤风险系数,来确定裂变碎片相对于α粒子的相对生物效能。对于肝脏恶性肿瘤,计算得出的相对生物效能约为2±3。基于肝脏良性和恶性肿瘤综合情况的估计值约为7,标准差相应较大,约为±14。尽管置信区间较宽,但以肝脏肿瘤形成作为终点时,裂变碎片相对于α粒子的相对生物效能可能大于1.0,而以骨癌作为关注病变时该值仅略高于零。

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