Organ selectivity of chemical carcinogens.

Jasbir Singh, Kovleen, H. M. Dani, Rajeshwar Sharmar
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Abstract

Chemical carcinogens are organ selective and not organ specific. Microsomal degranulation elution profiles employing sepharose CL-2B gel filtration for the separation of microsomes from different organs of rats before and after treatment with some known chemical carcinogens have shown for the first time that carcinogens selectively detach maximum ribosomes from rough reticular membranes of their target organs. The detachment of ribosomes from other organs varies, but is comparatively lesser than that in the target organs. A chemical carcinogen might, therefore, be tumorigenic for several organs, possibly depending on the dose reaching a particular organ and its activation to the ultimate form of the carcinogen.
化学致癌物的器官选择性。
化学致癌物是器官选择性的,而不是器官特异性的。用蔗糖CL-2B凝胶过滤分离大鼠不同器官微粒体的微粒体脱颗粒洗脱谱首次表明,致癌物可选择性地从靶器官的粗网状膜上最大限度地分离核糖体。核糖体从其他器官分离的情况各不相同,但相对较少。因此,化学致癌物可能对几个器官具有致瘤性,这可能取决于到达特定器官的剂量及其对致癌物最终形式的激活。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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