Zalkind V I, Gorbunova I M
Fiziol Zh SSSR Im I M Sechenova. 1977;63(2):259-67.
Speed of adaptation of muscle receptor discharges during static stretching of the muscle was shown to depend on the grade and duration of muscle tension reducing which, in its turn, is the function of muscle length. The increase in the receptor firing rate during the dynamic phase of muscle stretching (the dynamic response) depends both on the grade and speed of stretching and on whether the muscle is "balanced" after previous stretching. The data obtained suggest insignificant increase in the relaxed muscle length on changing of angle in the talocrural joint within the physiological range.
研究表明，肌肉在静态拉伸过程中感受器放电的适应速度取决于肌肉张力降低的程度和持续时间，而这又反过来取决于肌肉长度。肌肉拉伸动态阶段感受器放电频率的增加（动态反应）既取决于拉伸的程度和速度，也取决于先前拉伸后肌肉是否“平衡”。所获得的数据表明，在生理范围内改变踝关节角度时，放松肌肉的长度增加不明显。
