Medical Event Management for Future Deep Space Exploration Missions to Mars

航空学 医疗急救 太空探索 医学 搜救 火星探测 火星探测计划 心理学 工程类 计算机科学 天文 机器人 物理 航空航天工程 人工智能
作者
Jamie M. Robertson,Roger D. Dias,Avni Gupta,Thomas H. Marshburn,Stuart R. Lipsitz,Charles N. Pozner,Thomas E. Doyle,Douglas S. Smink,David Musson,Steven Yule
出处
期刊:Journal of Surgical Research [Elsevier]
卷期号:246: 305-314 被引量:21
标识
DOI:10.1016/j.jss.2019.09.065
摘要

BackgroundLong-duration exploration missions (LDEMs), such as voyages to Mars, will present unique medical challenges for astronaut crews, including communication delays and the inability to return to Earth early. Medical events threaten crewmember lives and increase the risk of mission failure. Managing a range of potential medical events will require excellent technical and nontechnical skills (NTSs). We sought to identify medical events with potential for rescue, range them according to the potential impact on crew health and mission success during LDEMs, and develop a list of NTSs to train for management of in-flight medical events.Materials and methodsTwenty-eight subject matter experts with specializations in surgery, medicine, trauma, spaceflight operations, NTS training, simulation, human factors, and organizational psychology completed online surveys followed by a 2-d in-person workshop. They identified and rated medical events for survivability, mission impact, and impact of crewmember NTSs on outcomes in space.ResultsSudden cardiac arrest, smoke inhalation, toxic exposure, seizure, and penetrating eye injury emerged as events with the highest potential mission impact, greatest potential for survival, and that required excellent NTS for successful management. Key NTS identified to target in training included information exchange, supporting behavior, communication delivery, and team leadership/followership.ConclusionsWith a planned Mars mission on the horizon, training countermeasures need to be developed in the next 3-5 y. These results may inform policy, selection, medical system design, and training scenarios for astronauts to manage in-flight medical events on LDEMs. Findings may extend to surgical and medical care in any rural and remote location.
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