CAJ | 학술논문

假设为低氧对中长跑运动员神经反应能力有显著影响。通过对我国中长跑女子运动员在高住高练低训（HiHiLo）条件下反应时的测定，旨在探讨HiHiLo训练模式对运动员神经反应能力的影响。结果发现，HiHiLo训练对增强脑及神经系统的抗氧能力在这些指标上的确有显著或一定效果；对低氧条件与错误次数分析结果并不完全支持速度-准确性互换关系；另外，HiHiLo训练模式对运动员复杂的神经反应错误率有一定影响，而对简单神经反应类型出错可能性不大．说明两组差异主要是由低氧条件引起。
가설위저양대중장포운동원신경반응능력유현저영향。통과대아국중장포녀자운동원재고주고련저훈（HiHiLo）조건하반응시적측정，지재탐토HiHiLo훈련모식대운동원신경반응능력적영향。결과발현，HiHiLo훈련대증강뇌급신경계통적항양능력재저사지표상적학유현저혹일정효과；대저양조건여착오차수분석결과병불완전지지속도-준학성호환관계；령외，HiHiLo훈련모식대운동원복잡적신경반응착오솔유일정영향，이대간단신경반응류형출착가능성불대．설명량조차이주요시유저양조건인기。
HiHiLo is a training method which the athletes live in manpower hypoxia environment, and training normal giving priority and low training subordination. This study hypothesized that hypoxia influence notability on nerve reacting ability of woman middle-and long-distance runners. By measuring RT under HiHiLo, the authors discussed that the influence of HiHiLo on nerve reacting ability. The results showed that HiHiLo certainly impact on resisting oxygen capacity of brain and nerve system, and the results of hypoxia and error degree inadequacy sustain speed-accuracy trade-off. In addition, HiHiLo affect complex nerve reacting mistake, but has no possibility to influence simple nerve reacting style, this illuminate that difference of two group are induced by hypoxia.