Moskalenko I E, Kofman E B, Shtrankfel'd I G
Biofizika. 1981 May-Jun;26(3):531-2.
Superprecipitation of synthetic actomyosin formed from intact myosin and actin extracted from rabbit white skeletal muscles after denervation was compared with that of intact synthetic actomyosin. Superprecipitation was characterized by two parameters: (1) the value of superprecipitation delta E determining an increase in the absorption from minimum to maximum values, and (2) the time required for the half-maximum increase (t1/2) which is inverse of the velocity constant. It was shown that delta E and the velocity constant decrease and t1/2 after denervation. It is assumed that this effect is related to the changes in actin structure.
将去神经后从兔白色骨骼肌中提取的完整肌球蛋白和肌动蛋白形成的合成肌动球蛋白的超沉淀与完整合成肌动球蛋白的超沉淀进行了比较。超沉淀由两个参数表征：（1）超沉淀增量E的值，它决定了从最小值到最大值的吸收增加；（2）达到最大增加值一半所需的时间（t1/2），它是速度常数的倒数。结果表明，去神经后增量E和速度常数降低，t1/2增加。据推测，这种效应与肌动蛋白结构的变化有关。
