Vutuc C
Fortschr Med. 1982 Jan 28;100(4):109, 112-3.
A formula to quantify the tar exposure of smokers is described, it uses informations of the life long smoking habits of the individual and offers some aspects to the prevention and early detection of lung cancer. The average tar exposure of male tumor patients is significantly higher than the tar exposure of controls. There is a significant difference between Kreyberg I tumors and controls but not between Kreyberg II tumors and controls. The average tar exposure of a female tumor patient is significantly higher than the average tar exposure of female controls, but significantly lower than the average tar exposure of a male patient. Tar exposure is of course related to lung cancer risk in a dose response relationship. To contribute to the question of thresholds of lung cancer risk one identifies tar exposures which might be helpful in the further discussion. The application of the formula for tar exposure could lead to a more precise definition of people at extreme risk. These should be screened first, also because of the excess morbidity caused by other tobacco-related diseases.
本文描述了一种量化吸烟者焦油暴露量的公式,该公式利用个体终身吸烟习惯的信息,并为肺癌的预防和早期检测提供了一些思路。男性肿瘤患者的平均焦油暴露量显著高于对照组。克雷伯格I型肿瘤患者与对照组之间存在显著差异,但克雷伯格II型肿瘤患者与对照组之间无显著差异。女性肿瘤患者的平均焦油暴露量显著高于女性对照组,但显著低于男性患者的平均焦油暴露量。焦油暴露当然与肺癌风险呈剂量反应关系。为了探讨肺癌风险阈值问题,确定了可能有助于进一步讨论的焦油暴露量。应用焦油暴露量公式可能会更精确地定义极高风险人群。由于其他烟草相关疾病导致的发病率过高,这些人群应首先接受筛查。