Ricci Renato Pietro, Glotzer Taya V
Department of Cardiovascular Diseases, San Filippo Neri Hospital, Rome, Italy.
Hackensack University Medical Center, Hackensack, New Jersey.
J Atr Fibrillation. 2015 Dec 31;8(4):1326. doi: 10.4022/jafib.1326. eCollection 2015 Dec.
The advent of cardiac implanted electronic devices with accurate atrial arrhythmia diagnostic capabilities has revealed a large burden of "silent " atrial fibrillation that is present in the cardiac population. Many studies have been completed, and many more are ongoing, to determine the correct treatment course when these atrial arrhythmias are detected. Alongside the development of accurate atrial diagnostics within the devices, has been the growth an entire network of wireless home monitoring capability. It is now possible to see, over the internet, individual patients' atrial arrhythmia burden on every day. This capability has tremendous promise for patient care, with the possibility of reducing strokes, decreasing heart failure, preventing cardiomyopathies, and likely substantially reducing health care costs. As this innovative diagnostic capability is generating large amounts of data, protocols for what should be done with the plethora of new information are being developed. In the pages that follow, we will present what is known about home monitoring for silent atrial fibrillation, and present the results of recent studies published in this arena.
具备精确心房心律失常诊断能力的心脏植入式电子设备的出现,揭示了心脏疾病人群中存在大量“无症状”心房颤动负担。为确定检测到这些心房心律失常时的正确治疗方案,已经完成了许多研究,还有更多研究正在进行。随着设备中精确心房诊断技术的发展,整个无线家庭监测能力网络也在不断壮大。现在通过互联网可以每天查看个体患者的心房心律失常负担情况。这种能力对患者护理具有巨大潜力,有可能减少中风、降低心力衰竭风险、预防心肌病,并可能大幅降低医疗成本。由于这种创新诊断能力正在产生大量数据,针对如何处理这些海量新信息的方案正在制定。在接下来的篇幅中,我们将介绍关于无症状心房颤动家庭监测的已知情况,并展示该领域近期发表的研究结果。