Director Li Runqin's team from Peking University Hospital Taiyuan Hospital successfully completed the first Lefear in Shanxi Province ® Implantation of left atrial appendage occluder system
On March 17, 2023, Director Li Runqin's team from Peking University Hospital Taiyuan Hospital (Taiyuan Central Hospital) successfully completed the first Lefear in Shanxi Province ® Implantation of left atrial appendage occluder system. Professor Ma Wei, an expert from Peking University First Hospital, participated in the on-site communication throughout the surgery.
The patient suffers from atrial fibrillation. After evaluation by Director Li Runqin's team, the patient still has a high risk of bleeding from long-term oral anticoagulant medication. After communication with the patient, left atrial appendage occlusion surgery was performed for treatment. The patient is under local anesthesia, and the entire Lefear ® The implantation process of the left atrial appendage occluder system only took 20 minutes to successfully complete the occlusion, achieving satisfactory results. Director Li Runqin said: Lefear ® The "double disc internal plug" design of the left atrial appendage occluder system can achieve better fixation effect and ensure surgical safety. At the same time, the T-shaped curved design of the internal plug occluder disc can achieve better occlusion effect and ensure the effectiveness of surgical treatment. Hope Lefear ® The left atrial appendage occluder system can serve more atrial fibrillation patients in future development.
Basic information of the patient
Patient: Male, age, 58 years old
Clinical diagnosis: Atrial fibrillation
CHA2DS2-VASC score: 4 points; HAS-BLED score: 4 points.
Left atrial appendage measurement

Lefear was selected for left atrial appendage imaging and measurement ® Left atrial appendage occluder MB02-2933 model
intraoperative manipulation

During the operation, Director Gao Yu performed the operation of releasing the occluder
Successful implantation
In accordance with CODIS principles, release the occluder disk, perform imaging, and observe residual shunt

