DeForge W F
Cardiology Physicians of Fairfield County, 40 Cross St., Norwalk, CT, 06851, USA.
J Vet Cardiol. 2019 Apr;22:40-50. doi: 10.1016/j.jvc.2019.01.001. Epub 2019 Feb 18.
In the 60 years since the first human implant of a cardiac pacemaker, tremendous improvements have been made to devices themselves as well as the lead systems. Improvement in battery materials has allowed for production of smaller devices with greater longevity and a vast array of technologies allowing for communication between the device and the operator. Lead wires, typically to as the weakest part of the pacing system, have also seen a metamorphosis as improvements in conductor materials and hybrid insulation have been shown to improve reliability. With the recent development of leadless pacing systems, the downfalls of implantable leads can be avoided. These improvements have allowed a more widespread use of cardiac pacing in veterinary applications since the first reported canine implant in 1967.
自人类首次植入心脏起搏器以来的60年里,设备本身以及导联系统都有了巨大改进。电池材料的改进使得能够生产出更小、寿命更长的设备,以及大量实现设备与操作者之间通信的技术。导联线通常被认为是起搏系统中最薄弱的部分,随着导体材料和混合绝缘材料的改进显示出能提高可靠性,它也经历了蜕变。随着无导线起搏系统的最新发展,可避免植入式导联的缺点。自1967年首次报道犬类植入以来,这些改进使得心脏起搏在兽医应用中得到了更广泛的使用。