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COMPLEX NEUROLOGICAL AND OTO-NEUROLOGICAL REMOTE CARE: FROM SPACE STATION TO CLINIC

机译:复杂的神经和耳神经远程护理:从空间站到诊所

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The main aim of this paper is to highlight the synergy between the remote care requirements for NASA and rncommunity/rural based medicine. It demonstrates the appropriateness of applying similar health-care models for space-rnbased medicine, as for ‘2020 vision’ community-based medicine, and the common use of screening devices with rntelemedicine capabilities. There is a requirement to diagnose and manage complex cases remotely and the need to rnempower on-site medically trained personnel to undertake the physiological measurements and decision-making. For rnspace exploration at greater distances, the telemedicine systems will require additional sophistication to support rnautonomous crew medical diagnosis and interventions. Non-invasive intracranial pressure measurement is a priority rnboth for terrestrial and space medicine. Arguably it is the most important neurological physiological measurement yet rnto be mastered and to be routinely used.
机译:本文的主要目的是强调NASA远程护理要求与基于社区/农村的医学之间的协同作用。它展示了将类似的卫生保健模型应用于太空基药物,“ 2020愿景”社区基药以及使用具有通用远程医疗功能的筛查设备的普遍适用性。需要远程诊断和管理复杂的病例,并且需要授权现场受过医学训练的人员进行生理测量和决策。对于更远距离的太空探索,远程医疗系统将需要更多的先进技术来支持机组人员的自主医疗诊断和干预。对于地面和太空医学来说,无创颅内压测量都是优先考虑的问题。可以说,它是最重要的神经生理学测量方法,尚待掌握和常规使用。

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  • 会议地点 Aberdeen(GB)
  • 作者单位

    Neurological Physics Group, Southampton University Hospitals NHS Trust, Southampton SO16 6YD, UK;

    Neurological Consultant NASA, Astronaut Selection Team, Johnson Space Center, Houston, USA;

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  • 原文格式 PDF
  • 正文语种 eng
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