, at three or four load steps before the anaerobic threshold, then measuring and calculating the same cardiorespiratory characteristics at the next three or four load steps surpassing the anaerobic threshold, give evidence for calculating regression coefficients of the characteristics obtained before the anaerobic threshold (including the given steps of anaerobic threshold manifestation) and after the anaerobic threshold (beginning from the given steps of the anaerobic threshold manifestation) and making their comparison. The results of comparing rates of change concerning the above mentioned physiological values are taken as evaluation criteria of central and peripheral blood circulation links interaction in the organism oxygen transport system. EFFECT: enhanced accuracy of method."/> METHOD FOR DETERMINING FUNCTIONAL STATE OF CARDIOVASCULAR SYSTEM UNDER PHYSICAL LOAD BASED ON INTERACTION OF HUMAN ORGANISM SYSTEMS FOR TRANSPORTING AND UTILIZING OXYGEN
首页> 外国专利> METHOD FOR DETERMINING FUNCTIONAL STATE OF CARDIOVASCULAR SYSTEM UNDER PHYSICAL LOAD BASED ON INTERACTION OF HUMAN ORGANISM SYSTEMS FOR TRANSPORTING AND UTILIZING OXYGEN

METHOD FOR DETERMINING FUNCTIONAL STATE OF CARDIOVASCULAR SYSTEM UNDER PHYSICAL LOAD BASED ON INTERACTION OF HUMAN ORGANISM SYSTEMS FOR TRANSPORTING AND UTILIZING OXYGEN

机译:基于人类有机物相互作用与利用氧气的物理负荷下确定心血管系统功能状态的方法

摘要

FIELD: medicine. SUBSTANCE: method involves applying cyclic physical load to a testee in stepwise rising intensity mode in the zone of aerobic-to-anaerobic transition making load steps symmetric relative to the step anaerobic threshold arises that is determined in its turn in performing some preliminary tests. Continuous measuring and calculating heart beat rate, , at three or four load steps before the anaerobic threshold, then measuring and calculating the same cardiorespiratory characteristics at the next three or four load steps surpassing the anaerobic threshold, give evidence for calculating regression coefficients of the characteristics obtained before the anaerobic threshold (including the given steps of anaerobic threshold manifestation) and after the anaerobic threshold (beginning from the given steps of the anaerobic threshold manifestation) and making their comparison. The results of comparing rates of change concerning the above mentioned physiological values are taken as evaluation criteria of central and peripheral blood circulation links interaction in the organism oxygen transport system. EFFECT: enhanced accuracy of method.
机译:领域:医学。实质:该方法涉及在有氧-厌氧过渡区中以逐步上升的强度模式将周期性的物理载荷施加到被测者,从而使载荷阶跃相对于阶跃厌氧阈值对称,而该阈值是在进行一些初步测试时确定的。连续测量和计算心跳率,,为三或在无氧阈值之前的四个负荷步长,然后在超过无氧阈值的下三个或四个负荷步长测量并计算相同的心肺特征,为计算在无氧阈值之前获得的特征的回归系数(包括给定的厌氧步骤)提供证据阈值表现)和厌氧阈值之后(从给定步骤的厌氧阈值表现开始)并进行比较。将与上述生理值有关的变化率的比较结果作为生物体氧输送系统中中央和外周血循环链接相互作用的评价标准。效果:提高了方法的准确性。

著录项

  • 公开/公告号RU2106108C1

    专利类型

  • 公开/公告日1998-03-10

    原文格式PDF

  • 申请/专利权人 RADCHENKO ALEKSANDR SERGEEVICH;

    申请/专利号RU19920011402

  • 发明设计人 RADCHENKO ALEKSANDR SERGEEVICH;

    申请日1992-11-27

  • 分类号A61B5/00;

  • 国家 RU

  • 入库时间 2022-08-22 02:45:15

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