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用于太空健康的太空医学。

Space Medicines for Space Health.

作者信息

Tran Quy Don, Tran Vienna, Toh Li Shean, Williams Philip M, Tran Nam Nghiep, Hessel Volker

机构信息

School of Chemical Engineering and Advanced Materials, University of Adelaide, Adelaide 5005, Australia.

Andy Thomas Centre for Space Resources, University of Adelaide, Adelaide 5005, Australia.

出版信息

ACS Med Chem Lett. 2022 Apr 28;13(8):1231-1247. doi: 10.1021/acsmedchemlett.1c00681. eCollection 2022 Aug 11.

Abstract

Scientists from around the world are studying the effects of microgravity and cosmic radiation via the "off-Earth" International Space Station (ISS) laboratory platform. The ISS has helped scientists make discoveries that go beyond the basic understanding of Earth. Over 300 medical experiments have been performed to date, with the goal of extending the knowledge gained for the benefit of humanity. This paper gives an overview of these numerous space medical findings, critically identifies challenges and gaps, and puts the achievements into perspective toward long-term space traveling and also adding benefits to our home planet. The medical contents are trifold structured, starting with the well-being of space travelers (astronaut health studies), followed by medical formulation research under space conditions, and then concluding with a blueprint for space pharmaceutical manufacturing. The review covers essential elements of our Earth-based pharmaceutical research such as drug discovery, drug and formulation stability, drug-organ interaction, drug disintegration/bioavailability/pharmacokinetics, pathogen virulence, genome mutation, and body's resistance. The information compiles clinical, medicinal, biological, and chemical research as well as fundamentals and practical applications.

摘要

来自世界各地的科学家正在通过“地外”国际空间站(ISS)实验室平台研究微重力和宇宙辐射的影响。国际空间站帮助科学家取得了超越对地球基本认识的发现。迄今为止,已经进行了300多项医学实验,目标是扩展所获知识以造福人类。本文概述了这些众多的太空医学发现,批判性地识别了挑战和差距,并从长期太空旅行的角度审视了这些成就,同时也为我们的地球带来了益处。医学内容分为三个部分,首先是太空旅行者的健康状况(宇航员健康研究),其次是太空条件下的药物制剂研究,最后是太空制药制造蓝图。该综述涵盖了我们基于地球的药物研究的基本要素,如药物发现、药物和制剂稳定性、药物与器官相互作用、药物崩解/生物利用度/药代动力学、病原体毒力、基因组突变以及身体抵抗力。这些信息汇集了临床、医学、生物学和化学研究以及基础和实际应用。

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