首页> 外文期刊>Mutation Research, C. Mutation Research Letters >EFFECT OF RED CELLS AND PLASMA BLOOD IN DETERMINING INDIVIDUAL LYMPHOCYTES SENSITIVITY TO DIEPOXYBUTANE ASSESSED BY IN VITRO INDUCED SISTER CHROMATID EXCHANGES
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EFFECT OF RED CELLS AND PLASMA BLOOD IN DETERMINING INDIVIDUAL LYMPHOCYTES SENSITIVITY TO DIEPOXYBUTANE ASSESSED BY IN VITRO INDUCED SISTER CHROMATID EXCHANGES

机译:红细胞和血浆血液对体外诱导的姐妹染色体交换评估个体淋巴细胞对双氧丁烷敏感性的影响

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摘要

Previous authors investigated individual responsiveness to mutagens by assessing cytogenetic damage following in vitro treatment. Diepoxybutane (DEB) has been used to assess chromosome instability both in repair-deficient and normal subjects. Since bimodal distribution of sister chromatid exchanges (SCEs) or chromosomal aberration (CAs) frequencies has been observed in normal subjects, we investigated the possible factors determining the 'high-respondent' phenotype. The bimodal-shaped distribution suggested the presence of a single factor responsible far this phenotype. Our data showed that red blood cells are involved in determining the sensitivity of lymphocytes to DEB induced SCE. The existence of a polymorphic factor in red cells involved in DEB detoxification is suggested.
机译:先前的作者通过评估体外治疗后的细胞遗传学损伤,研究了个体对诱变剂的反应性。二环氧丁烷(DEB)已用于评估修复缺陷和正常受试者的染色体不稳定性。由于已在正常受试者中观察到姐妹染色单体交换(SCE)或染色体畸变(CAs)频率的双峰分布,因此我们研究了确定“高响应”表型的可能因素。双峰状分布表明,存在一个单独的因素负责该表型。我们的数据表明,红细胞参与确定淋巴细胞对DEB诱导的SCE的敏感性。提示参与DEB排毒的红细胞中存在多态性因子。

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