空间和地球偏远地区预防性时间药理学远程卫生系统。

Chronobiologia Pub Date : 1994-01-01
F Halberg, G Cornélissen, Y Kumagai, C Bingham, J Saito, K Tamura, K Otsuka, T Breus, S Rapoport, F Komarov
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引用次数: 0

摘要

用于地外空间人类的时间生物学计算机化模块化卫生保健(远程卫生)系统1)监测和分析生理血压、心率和其他变化,包括肿瘤标志物的变化;2)通过“通常值”范围的动态变化(趋势和节奏变化)识别最早的风险升高;3)促进心血管和情绪疾病的及时治疗和恶性肿瘤的预防,4)有助于改善健康;来自系统的信息还可以帮助优化轮班工作时间表,以达到峰值性能,并提供基础科学的兴趣端点。该系统利用生物钟,这是一种基因锚定的、栖息地同步的多频率节奏和趋势结构,现在已被记录(通过纵向数据系列),以应对太阳系中的磁干扰,其后果表现为最好预防的灾难性疾病。这样的系统被同行评为最高优先级,可以补充传统的工具,如听诊器,由美国约翰逊航天中心代表提议在月球上使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Telehygiene system for preventive chronopharmacology in space and remote areas on earth.

A chronobiologic computerized modular health care (telehygiene) system for humans in extraterrestrial space 1) monitors and analyzes physiologic blood pressure, heart rate and other variation, including that in tumor markers; 2) recognizes earliest risk elevation by dynamic changes in the 'usual value' range (trend and rhythm alteration); 3) prompts timely and timed treatment for cardiovascular and emotional disease and malignancy prevention, and 4) serves for health improvement; the information from the system can also help optimize shift-work schedules for peak performance and provides endpoints of interest in basic science. The system exploits the chronome, a genetically anchored, habitat-synchronized structure of multifrequency rhythms and trends which is now documented (by longitudinal data series) to respond to magnetic disturbance in the solar system, with consequences expressed in catastrophic illness that is best prevented. Such a system, rated by peers as being of highest priority, could complement classical tools such as the stethoscope, proposed by the U.S. Johnson Space Center representative for use on the moon.

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