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首页> 外文期刊>Respiratory physiology & neurobiology >Status of cardiovascular issues related to space flight: Implications for future research directions.
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Status of cardiovascular issues related to space flight: Implications for future research directions.

机译:与太空飞行有关的心血管问题的状况:对未来研究方向的启示。

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摘要

Compromised cardiovascular performance, occurrence of serious cardiac dysrhythmias, cardiac atrophy, orthostatic intolerance, reduced aerobic capacity, operational impacts of regular physical exercise, and space radiation are risks of space flight to the cardiovascular system identified in the 2007 NASA Human Integrated Research Program. An evidence-based approach to identify the research priorities needed to resolve those cardiovascular risks that could most likely compromise the successful completion of extended-duration space missions is presented. Based on data obtained from astronauts who have flown in space, there is no compelling experimental evidence to support significant occurrence of autonomic or vascular dysfunction, cardiac dysrhythmias, or manifestation of asymptomatic cardiovascular disease. The operational impact of prolonged daily exercise and space radiation needs to be defined. In contrast, data from the literature support the notion that the highest probability of occurrence and operational impact with space flight involving cardiovascular risks to astronaut health, safety and operational performance are reduced orthostatic tolerance and aerobic capacity, the resource cost of effective countermeasures, and the potential effects of space radiation. Future research should focus on these challenges.
机译:心血管功能受损,严重的心律失常的发生,心脏萎缩,体位不耐受,有氧运动能力下降,定期体育锻炼的操作影响以及空间辐射,都是太空飞行进入2007年NASA人类综合研究计划所确定的心血管系统的风险。提出了一种基于证据的方法来确定解决那些最有可能损害成功完成延长持续时间的太空任务的心血管风险所需的研究重点。根据从太空飞行的宇航员获得的数据,没有令人信服的实验证据来支持明显发生的自主神经或血管功能障碍,心脏节律不齐或无症状心血管疾病的表现。需要确定长时间进行日常运动和空间辐射的操作影响。相比之下,来自文献的数据支持这样的观点,即太空飞行发生和对宇航员健康,安全和运行性能造成心血管风险的操作影响的最大可能性是降低了体位耐受性和有氧能力,有效对策的资源成本以及空间辐射的潜在影响。未来的研究应关注这些挑战。

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