Conclusions High-frequency electrical stimulation on IVCFP can lead to atrioventricular conduction delay.
结论：刺激下腔静脉脂肪垫可使房室传导延迟，而不影响窦房结功能。
The biventricular synchronous pacing improves the hemodynamic effect in patients with chronic heart failure and intraventricular conduction delay.
结论双心室起搏可有效改善慢性心衰伴心室内传导阻滞患者近期的心功能。
Objective Previous studies have suggested that biventricular pacing could improve heart function in patients with congestive heart failure and intraventricular conduction delay.
目的双心室同步起搏已经被证明可有效改善充血性心力衰竭患者的心功能。
Conclusion Biventricular pacing can improve cardiopulmonary function, exercise tolerance and quality-of-life in patients with chronic heart failure and intraventricular conduction delay.
结论双心室起搏能有效改善慢性心衰患者心肺功能，增加运动能量，提高生活质量。
The EP latency and the latency changes (delays) indicate the actual conduction and delay of the neurological system.
EP信号潜伏期及其变化表示了神经系统的传导和延迟，从而反映了神经系统的状态和变化。
Conclusion: the measurement of pulmonary vein potential delay time can be used to quickly find gaps of the left pulmonary vein conduction and supplementary guide ablation.
结论：测量肺静脉电位延迟程度，可用来快速寻找左侧环肺静脉线残余传导裂隙指导补充消融。
Conclusion: the measurement of pulmonary vein potential delay time can be used to quickly find gaps of the left pulmonary vein conduction and supplementary guide ablation.
结论：测量肺静脉电位延迟程度，可用来快速寻找左侧环肺静脉线残余传导裂隙指导补充消融。
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