Modification of the biologic dose to normal tissue by daily fraction. Model for calculating normal tissue tolerance.

M Wollin, A R Kagan
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Abstract

A method to predict normal tissue injury is proposed that includes high daily doses and unusual times successfully by calculating a new value called BIR (Biologic Index of Reaction). BIR and NSD were calculated for various normal tissue reactions. With the aid of statistical correlation techniques it is found that the BIR model is better than the NSD model in predicting radiation myelopathy and vocal edema and as good as NSD in predicting rib fracture. Neither model predicts pericardial effusion. In no case were the results of BIR inferior to those of NSD.

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按日剂量调整正常组织的生物剂量。计算正常组织公差的模型。
提出了一种预测正常组织损伤的方法,包括高日剂量和异常时间,通过计算称为BIR(生物反应指数)的新值。计算各种正常组织反应的BIR和NSD。通过统计相关分析发现,BIR模型对放射性脊髓病和声带水肿的预测效果优于NSD模型,对肋骨骨折的预测效果与NSD模型相当。两种模型都不能预测心包积液。在任何情况下,BIR的结果都不如NSD的结果。
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