Miller L G
Farmakol Toksikol. 1983 Mar-Apr;46(2):62-5.
In acute experiments on anesthetized cats myocardial ischemia led to a reduction of the total brain circulation because of the increased resistance of brain vessels and lowered perfusion pressure. After administering curantyl, euphylline and nonachlazine myocardial ischemia brought about less pronounced decrease of the total brain circulation largely at the expense of elimination of brain vessels constriction. After administering strophanthine alone or combined with curantyl myocardial ischemia did not lead to any essential alterations in brain blood supply. It is likely that strophanthine and curantyl recover the compensatory mechanisms of the brain vessels lost during acute myocardial ischemia.
在对麻醉猫进行的急性实验中,心肌缺血导致全脑循环减少,原因是脑血管阻力增加和灌注压降低。给予箭毒、氨茶碱和氯氮卓后,心肌缺血导致的全脑循环减少不太明显,这主要是以消除脑血管收缩为代价的。单独给予毒毛花苷或与箭毒联合给予后,心肌缺血并未导致脑血液供应发生任何实质性改变。毒毛花苷和箭毒可能恢复了急性心肌缺血期间丧失的脑血管代偿机制。