Schenk W G, Gallo E, Hahnloser P B
Can Med Assoc J. 1966 Sep 24;95(13):664-5.
Synchronized counterpulsation was applied to two groups of nine dogs using a new fluid-coupled pulse generator. Pump performance and synchronization were superior to earlier pneumatic systems. Improvement in cardiac function was evidenced by reduction in left ventricular pressure, work and oxygen consumption. Peripheral hemodynamics were adversely affected as evidenced by reduction in blood pressure, cardiac output, renal and carotid blood flows and decrease in central venous oxygen saturation. Evaluation of counterpulsation in acute left ventricular failure produced in 15 dogs by serial coronary ligations revealed that the elevated left atrial pressure was reduced, but neither cardiac output nor arterial pressure was improved by counterpulsation.
使用一种新型的液耦脉冲发生器，对两组共9只犬进行同步反搏。泵的性能和同步性优于早期的气动系统。左心室压力、作功及氧耗降低，证明心功能有所改善。血压、心输出量、肾血流量和颈动脉血流量降低，中心静脉血氧饱和度下降，表明外周血流动力学受到不利影响。对15只通过连续冠状动脉结扎造成急性左心室衰竭的犬进行反搏评估，结果显示升高的左心房压力降低，但反搏并未改善心输出量和动脉压。
