Meerson F Z, Radzievskiĭ C A, Vovk V I, Vorontsova E Ia, Shneider A B, Ustinova E E, Golubeva L Iu
Kardiologiia. 1991 Oct;31(10):72-7.
Adaptation of animals to short-term stress is known to result in the development of the adaptive structure stabilization phenomenon. At the level of the heart, the phenomenon appears as increased resistance to elevated catecholamine and calcium levels, reperfusion paradox. This study attempted to reproduce the phenomenon without applying any stress, but using a course of transauricular electric acupuncture. The isolated hearts of rats undergoing a course of the acupuncture were ascertained to show a clear-cut high resistance to the reperfusion paradox. After coronary ligation, the extent of necrosis in the animals having the acupuncture was significantly lower, as in those adapted to stress. The assumption that the phenomenon forming the basis for cardioprotective effects develops with electric acupuncture is discussed in the paper.
已知动物对短期应激的适应会导致适应性结构稳定现象的出现。在心脏层面，该现象表现为对儿茶酚胺和钙水平升高的抵抗力增强，即再灌注悖论。本研究试图不施加任何应激，而是通过耳针电针疗法来重现这一现象。经确定，接受电针疗程的大鼠离体心脏对再灌注悖论表现出明显的高抗性。冠状动脉结扎后，接受电针治疗的动物的坏死程度显著低于对照组，与适应应激的动物情况相同。本文讨论了电针疗法会产生形成心脏保护作用基础的现象这一假设。
