Multiple-end-point bioassays using microorganisms
Multiple-end-point bioassays using microorganisms
复制标题
使用微生物进行多终点生物测定
DOI：
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发表时间：
2000
期刊：
影响因子：
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通讯作者：
H. Iwahashi
中科院分区：
文献类型：
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作者：
H. Iwahashi
自20世纪50年代以来，物种和化学品的数量大幅增加。尽管工业化学品给我们带来了许多好处，但毫无疑问，它们破坏了环境。应仔细控制散布在地球上的化学品，以防止不良影响。生物测定法是评价化学品安全性的方法之一。在生物测定系统中，通过监测对环境污染物和新合成化学品的生物反应来评估化学品安全性。本报告介绍了基于微生物的化学敏感性、一种生物的反应和微阵列技术的多终点生物测定系统。多终点生物测定能够预测环境中的化学品，并了解新合成化学品的毒性。
Since the 1950s, the numbers of species and chemicals produced have significantly increased. Despite the fact that industrial chemicals have given us numerous benefits, there is no doubt that they have damaged the environment. The chemicals being dispersed on the earth should be carefully controlled to prevent adverse effects. Bioassay is one of the methods to assess chemical safety. In bioassay systems, chemical safety is estimated by monitoring biological responses to environmental pollutants and newly synthesized chemicals. This report introduces multiple-end-point bioassay systems that are based on chemical sensitivities of microorganisms, responses of one kind of organism, and micro-array technology. Multiple-end-point bioassays enable the prediction of chemicals in the environment and the understanding of toxicities of newly synthesized chemicals.
酵母线粒体基因的分析和操作。
影响因子：
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作者：
Fox,TD;Folley,LS;Mulero,JJ;McMullin,TW;Thorsness,PE;Hedin,LO;Costanzo,MC
通讯作者：
Costanzo,MC