Background A leadless intracardiac transcatheter pacing system has been designed to
avoid the need for a pacemaker pocket and transvenous lead. Methods In a prospective …

… (PPM).1, 2 Leadless pacemakers were designed to minimize or eliminate these adverse
events.3, 4 The Micra transcatheter pacing system (TPS) investigational device exemption (IDE) …

… Micra leadless pacemaker procedure The transcatheter pacing system used was a 0.8 cm
3 … pacing and automatic pacing capture threshold management [12], [21], [22]. The Micra …

… The purpose of this study is to assess the real-world experience regarding clinical safety
and efficacy of Micra TPS (transcatheter pacing system) leadless pacemakers. …

Cardiac pacemakers are limited by device-related complications, notably infection and
problems related to pacemaker leads. Innovative product development eliminates pacing leads …

… allowing for lower pacing thresholds. Implant of the Micra leadless pacing system is safe and
… may be required to obtain an optimal pacing threshold. Multiple repositioning is associated …

… The currently available completely intracardiac pacemaker systems are suitable for
patients who have an indication for VVIR pacing. In addition to the cosmetic advantage, the …

… since the first preclinical demonstration of a leadless pacemaker, this study represents
the first example of completely self-contained leadless cardiac pacing in humans. Thirty-three …

… for transcatheter pacing systems, has received research funding and consulting fees for
transcatheter pacing from Medtronic and is on the steering committee for a transcatheter pacing …

… Leadless intracardiac pacemakers were developed to avoid the complications of transvenous
pacing systems. The Medtronic Micra™ transcatheter pacemaker is one such system. We …