Our Nuts and Bolts in The Permanent Pacemakers’ Explanation Techniques

Shahab Saidullah, Bakhtawar Shah, Salman Habib, Asma Rauf
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Abstract

Objective: Our goal is to share our two decades of experience with implantable electrical device explanation at our electrophysiology centre at Hayat Abad Medical Complex in Peshawar. Methodology: After baseline patient were brought nil by mouth to catheterization laboratory (Cath: lab). A temporary pacemaker (TPM) implanted for backup.  In case of box change, a new device is attached after checking the integrity of the lead and device placed in the same pocket. But if of lead extraction was also needed, then stylet was put inside the lead and with twisting movement and mild traction the lead removed and new lead implanted with Seldinger,s technique, battery attached and wound closed in layers. Results:  Out of 1670, there were 1535 (91.9%) new implantations and 135 (8.08%) repeat procedures. The pulse generator was replaced without lead replacement in 59 (3.5%) patients. In 36 (2.15%) patients, the ventricular lead or atrial lead was successfully reposition. A total of 32 (1.9%) successful explanations were performed in the study period. Conclusion: The explanation of devices like implantation needs special gadgets and training for the safe and successful procedure.
我们的螺母和螺栓在永久性心脏起搏器的解释技术
目的:我们的目标是在白沙瓦哈亚特阿巴德医疗中心的电生理学中心分享我们二十年来在植入式电子设备解释方面的经验。方法:基线后患者经口送入导管室(Cath: lab)。植入一个临时起搏器(TPM)作为备份。换盒时,检查同一口袋内引线和装置的完整性后,再装上新的装置。但如果还需要拔铅,则在铅内放入针箍,通过旋转运动和轻微牵引将铅拔出,并采用Seldinger技术植入新铅,分层连接电池并闭合伤口。结果:1670例中,新植体1535例(91.9%),重复植体135例(8.08%)。59例(3.5%)患者更换了脉冲发生器,未更换铅。36例(2.15%)患者心室导联或心房导联复位成功。在研究期间,共进行了32次(1.9%)成功的解释。结论:说明植入术等器械需要特殊的器械和培训,确保手术安全成功。
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