Spaceflight-Associated Immune System Modifications

Jérémy Jeandel, Coralie Fonte, Gaetano Calcagno, J. Bonnefoy, S. Ghislin, S. Kaminski, J. Frippiat
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Abstract

Spaceflight is an adverse environment characterized by a unique combination of stressors affecting almost all physiological systems, including the immune system. Indeed, several studies have shown that about 50% of the astronauts have faced immunological troubles. Here, we will review how spaceflight affects immune cell development, innate as well as adaptive immunity, required to ensure an efficient protection of the host, with a particular focus on T and B cells. Indeed, to better appreciate the risks associated to future long-duration space missions and to develop pharmacologic or nutritional countermeasures allowing immune system protection, it is mandatory to fully understand how these cell types are affected by space conditions. Finally, we will compare immune changes observed in astronauts with those encountered in the elderly, thereby illustrating the societal interest of space research. with the same antigen on Earth. This showed that
与太空飞行相关的免疫系统修改
航天是一个不利的环境,其特点是压力源的独特组合,影响几乎所有的生理系统,包括免疫系统。事实上,几项研究表明,大约50%的宇航员面临免疫问题。在这里,我们将回顾太空飞行如何影响免疫细胞的发育,先天免疫和适应性免疫,这是确保有效保护宿主所需的,特别关注T细胞和B细胞。事实上,为了更好地了解与未来长期太空任务相关的风险,并制定允许免疫系统保护的药理学或营养对策,必须充分了解这些细胞类型如何受到太空条件的影响。最后,我们将比较在宇航员中观察到的免疫变化与在老年人中遇到的免疫变化,从而说明空间研究的社会利益。在地球上携带相同的抗原这表明
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