K and Ca in muscle mechanics, II. K-contracture.

R Varga-Mányi
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引用次数: 0

Abstract

K-rich solution, the isotony of which corresponds to normal Ringer's solution, was used in our experiments: 4.59 g KCl + 40.5 g saccharose, 1000 ml bidistilled water. Freshly prepared living muscles of Rana esculenta (m. sartorius, m. iliofibularis, m. peroneus, m. tibialis, m. gastrocnemius, m. semimembranosus) got into K-contracture in this solution, but they relaxed within some minutes. In muscles of dead frog (which canno tbe stimulated with 110 V a.c.) the K-rich solution did not elicit contracture, i.e. on the one hand K-contracture could be observed only in living muscle and on the other hand, the muscles did not lose their excitability after the K-contracture had ceased (a.c. 2V).

肌肉力学中的K和Ca, 2。K-contracture。
我们的实验采用富k溶液,其等质性与正常的林格氏溶液相对应:4.59 g KCl + 40.5 g蔗糖,1000 ml双蒸馏水。新鲜制备的肉蛙活肌(缝托肌、髂腓骨肌、腓骨肌、胫骨肌、腓肠肌、半膜肌)在此溶液中进入k -挛缩状态,但在几分钟内松弛。在死蛙的肌肉中(不能用110伏交流电刺激)富钾溶液不会引起肌肉挛缩,即一方面只有活肌肉才能观察到k -挛缩,另一方面,在k -挛缩停止后肌肉没有失去兴奋性(交流电2V)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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