Space Toxicology: Toxicological Risk Management of Human Health during Space Exploration

N. Khan-Mayberry, J. James
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Abstract

Since the beginning of manned spaceflight, NASA has considered the overall health of astronaut crew members as vital for individual performance and wellbeing, as well as overall mission success. This was the impetus for the birth of space toxicology. Humans interacting with chemical constituents in enclosed or closed-loop environments are intrinsic to spaceflight; therefore these chemical exposures must be controlled and maintained at a level that is not detrimental to crew health. Despite engineering efforts, hundreds of chemicals will potentially be encountered in the closed-loop environment during spaceflight. Some chemicals that must be considered are those produced biologically by the crew members, as well as those originating from vehicular components, payload experiments and use of utility compounds. This chapter will ‘voyage’ to various facets of the discipline of space toxicology and its history, the unique astronaut population and spaceflight-induced physiological changes, air revitalization and water recovery, risk assessment and management, sources of chemical toxins and NASA's vision for future exploration. Keywords: space; space toxicology; space environment; closed-loop environment; astronauts; crew health; risk assessment; space toxicant; manned spaceflight; spacecraft; space habitat
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空间毒理学:空间探索期间人类健康的毒理学风险管理
自载人航天开始以来,美国宇航局一直认为宇航员的整体健康对个人表现和福祉以及整体任务的成功至关重要。这推动了太空毒理学的诞生。人类在封闭或闭环环境中与化学成分相互作用是航天飞行所固有的;因此,必须将这些化学品接触控制和维持在不损害机组人员健康的水平。尽管在工程上做出了努力,但在太空飞行的闭环环境中,可能会遇到数百种化学物质。必须考虑的一些化学物质是由机组人员产生的生物化学物质,以及源自车辆部件、有效载荷实验和使用多功能化合物的化学物质。本章将“航行”到空间毒理学及其历史的各个方面,独特的宇航员群体和太空飞行引起的生理变化,空气再生和水回收,风险评估和管理,化学毒素的来源以及NASA对未来探索的愿景。关键词:空间;空间毒理学;空间环境;闭环环境;宇航员;船员健康;风险评估;空间有毒物;载人航天;宇宙飞船;空间的栖息地
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