认识 BioSentinel:首个深空生物实验

Shirin Rahmanian, Tony Slaba, Tore Straume, Sharmila Bhattacharya, S. R. Santa Maria
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摘要

最近,美国国家航空航天局向月球发射了一枚名为 "阿耳特弥斯一号 "的火箭!这次任务的目的是测试太空发射系统的安全性,以便未来人类进入深空旅行。但是,飞行器的安全并不是太空旅行者唯一关心的问题。太空辐射对宇航员来说是一种无形的危险,因为它会损害人体细胞,并可能导致严重的健康问题。我们该如何研究太空辐射对细胞的影响呢?我们来认识一下 "生物哨兵"!生物哨兵 "是一颗从 "阿耳特弥斯一号 "上发射的小型卫星,它携带有酵母细胞和一个测量太空辐射的传感器。生物哨兵的任务是将深空细胞的数据传输回地球。在本文中,我们将探讨 "生物哨兵 "任务,讨论如何获取和传输数据,并举例说明 "生物哨兵 "的数据将如何帮助科学家更好地了解太空辐射对生物的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Meet BioSentinel: The First Biological Experiment In Deep Space
Recently, NASA launched a rocket called Artemis-I toward the Moon! The mission objective was to test the safety of the Space Launch System for future human travel into deep space. But vehicle safety is not the only concern for space travelers. Space radiation is an invisible danger to astronauts because it can damage the body’s cells and potentially lead to serious health problems. How do we study the effects of space radiation on cells? Meet BioSentinel! BioSentinel is a small satellite deployed from Artemis-I that carries yeast cells and a sensor to measure space radiation. The job of BioSentinel is to transmit data from the cells in deep space back to Earth. In this article, we will explore the BioSentinel mission, discuss how the data are obtained and transmitted, and give examples of how the data from BioSentinel will help scientists better understand the effects of space radiation on living things.
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