Olson W H, McConnell M V, Sah R L, Beck R C, Sutton R
Pacing Clin Electrophysiol. 1985 Sep;8(5):691-700. doi: 10.1111/j.1540-8159.1985.tb05882.x.
Dual-chamber pacemakers interact with cardiac rhythms in complex ways. The resultant surface electrocardiograms (ECGs) are often very difficult to interpret. A simple and automatic diagnostic diagram is described that graphically illustrates pacemaker-heart interactions. Pacemaker operation is explained by a continuous series of lines and symbols that interconnect any sequence of paced and sensed events in both chambers. Fixed, programmable, and adaptive pacemaker timing intervals are all shown in a simple format. The pacemaker diagnostic diagram is plotted directly below the ECG to help users interpret the paced cardiac rhythm. The pacemaker diagnostic diagram is generated by software in a pacemaker programmer from: (1) telemetered real-time event markers; (2) fixed and programmable timing parameters (lower rate, AV interval, etc.); (3) pacemaker conditional logic. If this computer analysis of the telemetered event markers is not consistent with normal pacemaker operation, a specific error-message is printed. The pacemaker diagnostic diagram should be useful for instruction, pacemaker follow-up, and troubleshooting.
双腔起搏器与心脏节律以复杂的方式相互作用。由此产生的体表心电图(ECG)往往很难解读。本文描述了一种简单的自动诊断图,它以图形方式展示起搏器与心脏的相互作用。起搏器的工作通过一系列连续的线条和符号来解释,这些线条和符号将两个腔室中任何起搏和感知事件的序列相互连接起来。固定、可编程和自适应起搏器的定时间期都以简单的形式显示。起搏器诊断图直接绘制在心电图下方,以帮助用户解读起搏心律。起搏器诊断图由起搏器编程器中的软件根据以下内容生成:(1)遥测实时事件标记;(2)固定和可编程定时参数(下限频率、房室间期等);(3)起搏器条件逻辑。如果对遥测事件标记的这种计算机分析与正常起搏器操作不一致,则会打印特定的错误信息。起搏器诊断图应有助于教学、起搏器随访和故障排除。