Klein H H, Hanh B K, Hellberg K, Ruschewski W, de Vivie E R, Kreuzer H
Dtsch Med Wochenschr. 1985 Sep 20;110(38):1447-51. doi: 10.1055/s-2008-1069026.
Investigations on telemetry-supported pacemaker control were carried out in 55 patients with the VVI-pacemaker Quantum (Intermedics). The investigations were done at least once during the 6-24 month period after implantation. The telemetry function was utilised for pacemaker programming, for clarifying pacemaker defects and for characterising the type of pacemaker electrode used. It could be shown that the Osypka spiral electrode VY (Dr. Osypka) had a lower impedance, and greater pulse width and charge threshold in comparison with the two other electrodes used (Encor, Cordis; Polyflex, Intermedics). In 38 of the 55 patients (69%) a pulse amplitude of 2.7 V could be chosen, whereas an amplitude of 5.4 V was programmed in the rest. Pacemaker sensing threshold was set to values between 2.4 and 3.0 mV. Pacemaker problems appeared in three patients; in one patient due to programming too economically and in the other two due to pacemaker defects.
对55例植入VVI型Quantum起搏器(Intermedics公司)的患者进行了遥测支持的起搏器控制研究。这些研究在植入后的6至24个月期间至少进行了一次。遥测功能用于起搏器编程、明确起搏器缺陷以及确定所用起搏器电极的类型。结果表明,与另外两种使用的电极(Encor,Cordis公司;Polyflex,Intermedics公司)相比,Osypka螺旋电极VY(Osypka博士)具有更低的阻抗、更大的脉冲宽度和电荷阈值。55例患者中有38例(69%)可选择2.7V的脉冲幅度,其余患者则编程为5.4V的幅度。起搏器感知阈值设定为2.4至3.0mV之间的值。三名患者出现了起搏器问题;一名患者是由于编程过于节省,另外两名患者是由于起搏器缺陷。