ISO 17099：2014强调了以下几点：（1）客户个人信息和实验室的机密性;（2）实验室安全要求;（3）为考虑CBMN分析量的剂量评估和最低可分辨剂量,而用于建立校准参考剂量效应曲线的辐射源、剂量率和量程;（4）为CBMN分析法评分的血液采...ISO 17099：2014强调了以下几点：（1）客户个人信息和实验室的机密性;（2）实验室安全要求;（3）为考虑CBMN分析量的剂量评估和最低可分辨剂量,而用于建立校准参考剂量效应曲线的辐射源、剂量率和量程;（4）为CBMN分析法评分的血液采集、培植、成果以及样品制备的性能;（5）评分标准;（6）将双核细胞中的微核频率转化为吸收剂量的估算值;（7）结果报告;（8）质量保证与质量控制;展开更多
This paper discusses the problem of assessing the negative after-effects of low doses of ionising radiation exposure in humans. Radon and its decay daughter products are the most widespread source of such irradiation....This paper discusses the problem of assessing the negative after-effects of low doses of ionising radiation exposure in humans. Radon and its decay daughter products are the most widespread source of such irradiation. Miners (in both uranium and non-uranium mines) as well as laypeople in domestic life may be exposed to radon, making the problem of assessing the cytogenetic effects of exposure extremely crucial. One of the more promising test systems to assess the effect of radon is the cytokinesis-block micronucleus assay (CBMN) on peripheral blood lymphocytes, which has a number of advantages over other cytogenetic techniques. Recent progress and future prospects of this cytogenetic method are discussed here.展开更多
文摘This paper discusses the problem of assessing the negative after-effects of low doses of ionising radiation exposure in humans. Radon and its decay daughter products are the most widespread source of such irradiation. Miners (in both uranium and non-uranium mines) as well as laypeople in domestic life may be exposed to radon, making the problem of assessing the cytogenetic effects of exposure extremely crucial. One of the more promising test systems to assess the effect of radon is the cytokinesis-block micronucleus assay (CBMN) on peripheral blood lymphocytes, which has a number of advantages over other cytogenetic techniques. Recent progress and future prospects of this cytogenetic method are discussed here.
