Abstract
Gene editing technologies, such as CRISPR, present significant potential in unraveling the effects of space travel on the human body. By employing gene manipulation techniques in model organisms, researchers can delve into the intricate influence of specific genes on adaptation to space environments, radiation resistance, and other crucial factors pertinent to extended space missions. Furthermore, the utilization of model organisms provides a valuable tool for simulating space conditions and physiological alterations. This paper highlights the significance of gene editing technologies in space research, emphasizing their ability to unravel genetic mechanisms underlying physiological changes in response to space conditions.
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