论文部分内容阅读
腺甙是许多重要生化反应的一个中间代谢产物,在许多生理过程的调节中,包括冠状动脉和全身血管的张力、血小板功能和脂肪细胞的分解代谢中都起着一定的作用。Berne 等认为,腺甙是许多生理现象的一种介质。在1929年,Drury 等最先描述了腺甙和其它腺瞟呤衍生物的电生理影响,证实了静脉注射腺甙可引起窦性节律减慢和短暂的房室(AV)
Adenosine is an intermediate metabolite of many important biochemical reactions and plays a role in the regulation of many physiological processes, including coronary and systemic vascular tone, platelet function, and catabolism of adipocytes. Berne so that adenosine is a medium of many physiological phenomena. In 1929, Drury and others first described the electrophysiological effects of adenosine and other adenosine derivatives, demonstrating that intravenous adenosine can cause sinus rhythm slowing and brief AV (ventricular)