Changes of sensory functions accompanying with energy metabolism level.

1.研究结果（1992）（1）耐力和渐进运动对体感诱发电位（SEP）的影响：SEP的短潜伏期成分在运动后和恢复后均呈下降趋势。这一特点在高强度运动和高血乳酸积累条件下表现得更为明显。（2）运动准备过程中脑干听觉诱发电位（BAEPs）的调制：在对听觉刺激作出反应的情况下，运动准备前BAEPs的幅值低于警告刺激前的幅值。大强度运动后恢复期BAEP潜伏期下降。在相同条件下，左室VEP也呈下降趋势。在渐进运动过程中，只有VEP的振幅显示出增加。

1.Research results(1992)(1)The influence of endurance and progressive exercise on the somatosensory evoked potentials(SEPs) : The short latency components of SEPs showed a decrease in the latter of exercise and recovery. This feature was clearly shown under the condition of high intensity exercise with high blood lactate accumulation.(2)The modulation of brain-stem auditory evoked potentials(BAEPs) during motor preparation : The BAEPs amplitudes during the foreperiod were lower than those obtained before warning stimulus under the condition of responding to the auditory stimulus.2.Research results(1993)The influence of progressive exercise on the BAEPs and visual evoked potentials(VEPs) : The BAEP latencies showed a decrease under the condition of high intensity exercise and recovery. The VEPs latencies likewisely showed a decrease under the same condition. The amplitudes of only VEPs showed a increase during progressive exercise.