Kappenberger L J
Division of Cardiology, Centre Hospitalier Universitaire Vaudois, Lausanne, Switzerland.
Am Heart J. 1994 Apr;127(4 Pt 2):1022-6. doi: 10.1016/0002-8703(94)90081-7.
Many types of sensors have been developed and applied clinically during recent years. Technical improvements can be achieved through greater sensitivity and especially through more specificity for various physical or preferably physiologic signals. However, to date no single sensor properly reflects metabolic demands under all circumstances. In a manner analogous to the normal sinus node, the input from different sources will have to be considered. This leads to the development of dual-sensor or eventually multisensor pacemakers in which the rate is a computed result of blended and cross-checked information on the various parameters that are analyzed.
近年来,已研发出多种类型的传感器并应用于临床。通过提高灵敏度,特别是对各种物理信号或更理想的生理信号提高特异性,可实现技术改进。然而,迄今为止,尚无单一传感器能在所有情况下准确反映代谢需求。类似于正常窦房结,必须考虑来自不同来源的输入。这导致了双传感器或最终多传感器起搏器的发展,其中心率是对所分析的各种参数进行混合和交叉核对后的计算结果。