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首页> 外文期刊>Mutation Research: International Journal on Mutagenesis, Chromosome Breakage and Related Subjects >A note on the relevance of human population genetic variation and molecular epidemiology to assessing radiation health risk for space travellers
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A note on the relevance of human population genetic variation and molecular epidemiology to assessing radiation health risk for space travellers

机译:关于人口遗传变异和分子流行病学与评估太空旅行者辐射健康风险的相关性的说明

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摘要

We discuss the relevance to space medicine of studies concerning human genetic variation and consequent variable disease susceptibility or sensitivity between individuals. The size of astronaut and cosmonaut populations is both presently and cumulatively small, and despite the launch of the International Space Station, unlikely to increase by orders of magnitude within the foreseeable future. In addition, astronauts-cosmonauts constitute unrepresentative samples of their national populations. While the context of exposure for the astronaut-cosmonaut group is one unlikely to be replicated elsewhere than in space, aspects of specific exposures may be simulated by events such as occupational radiation exposure or radiation therapy. Hence, population-based studies of genetic susceptibility or sensitivity to disease, especially where it is precipitated by events that may simulate consequences of the space environment, likely will prove of value in assessing long-term health risks.
机译:我们讨论了有关人类遗传变异以及随之而来的个体间可变疾病易感性或敏感性的研究与空间医学的相关性。目前和累积的宇航员和宇航员人数都很小,尽管国际空间站已发射,但在可预见的将来不太可能增加几个数量级。此外,宇航员-宇航员构成其国民的代表性代表。虽然宇航员-宇航员小组的接触情况不太可能在太空以外的其他地方复制,但特定接触的各个方面可以通过诸如职业放射接触或放射治疗之类的事件来模拟。因此,基于人群的遗传易感性或疾病敏感性研究,尤其是由于可能模拟太空环境后果的事件而引发的遗传易感性研究,可能会在评估长期健康风险方面证明其价值。

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