Trenbolone: Ames试验的应用。最近的数据。

D Marzin
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引用次数: 0

摘要

利用体外和体内系统进行基因突变、染色体突变和原发性DNA损伤试验,研究了合成雄激素trenbolone的致突变性。只有两项试验被发现呈阳性或可疑:SHE细胞的体外微核试验(然而,该试验在另外两种细胞系:C3H和CHO细胞中呈阴性)和5项研究中的1项Ames试验,该试验在没有代谢激活的ta100菌株中发现阳性结果。用纯trenbolone重复这项研究显示没有遗传毒性活性;因此,Trenbolone被认为没有遗传毒性活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trenbolone: application of the Ames test. Recent data.

The mutagenicity of trenbolone, a synthetic androgen, was studied in a number of genotoxicity tests using in vitro and in vivo systems for gene mutations, chromosomal mutations and primary DNA damage demonstration. Only 2 tests were found to be positive or dubious: the in vitro micronucleus test in SHE cells (however, this test was negative in 2 other cell lines: C3H and CHO cells) and the Ames test for 1 of the 5 studies which found a positive result in TA 100 strain without metabolic activation. Repetition of this study with pure trenbolone showed no genotoxic activity; trenbolone was therefore considered to be devoid of genotoxic activity.

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