Medtronic Successfully Hosts Standardized Training on Leadless Pacemaker Implantation at Shuimu Jingzhi to Empower Grassroots Healthcare

Recently, the Beijing Station event of Medtronic Cardiovascular Advanced Technology Standardized Diagnosis and Treatment Academic Series Exchange Training was successfully held at Beijing Shuimu Precision Intelligence Medical Science and Technology Innovation Co., Ltd. (hereinafter referred to as "Shuimu Precision Intelligence").This event aims to systematically convey the standardized implantation techniques and complication management experience of leadless pacemakers to clinicians, promoting the widespread adoption and safe application of cutting-edge medical technology in grassroots healthcare institutions across China, benefiting a broader base of patients at the community level.

For the vast number of arrhythmia patients in China who require pacemaker therapy, the widespread adoption of Medtronic's leadless pacemaker will bring tangible benefits. The leadless design fundamentally eliminates long-term risks associated with traditional pacemakers, such as lead fractures, insulation damage, or venous obstruction. The option of a procedure without incisions or pockets significantly reduces the risk of complications like infections and hematomas. Patients experience faster postoperative recovery, less pain, no scars on the body surface, and a notable improvement in both quality of life and aesthetic appearance.

The training focused comprehensively on the clinical application of Medtronic's leadless pacemakers, providing a systematic explanation of the design evolution, implantation guidelines, technical features, and clinical data of leadless pacemaker products. It offered an in-depth analysis of the key procedural steps (such as vascular puncture, device delivery, positioning, and release), operational essentials, and risk control measures (such as prevention and management of arteriovenous fistulas and standardized use of heparin). Additionally, it provided detailed insights into perioperative management and postoperative follow-up protocols.

Through a simulation training system specifically designed for leadless pacemaker implantation, doctors can repeatedly practice core technical procedures such as vascular puncture path selection and multi-angle positioning release in a highly realistic virtual surgical environment. The simulator not only authentically reproduces mechanical feedback encountered during surgery but also simulates special scenarios like abnormal threshold testing and poor device positioning, helping doctors master complication prevention and emergency response skills in a zero-risk setting. For physicians, this simulation training system holds particular significance as it lowers the technical entry barrier, enhances surgical safety, and establishes standardized operational protocols.

This training innovatively established a progressive teaching model of "simulation first, animal practice verification, clinical thinking throughout," precisely addressing the actual needs and capability gaps of grassroots medical institutions. In the highly simulated surgical environment of Medtronic (Shanghai) Limited, doctors performed full-process operations on pig models. Through realistic instrument force feedback in living tissues, doctors could personally experience differences in resistance across various tissues and subtle changes in how instruments interact with the endocardium. This "simulation first, practice later" design allows doctors to repeatedly refine key technical movements under lower-risk conditions, effectively overcoming operational confidence issues stemming from insufficient early clinical experience, greatly enhancing the on-site realism and standardization of technical transfer.