Beijing Balance Medical Technology Co., Ltd.

Sichuan University

Hong Mu

Lei Jin

Jia Wu

Zhihao Fan

Kangjian Wu

Liyan Li

Yingqiang Guo

Zhenzhong Wang

Huanlei Huang

The split type precisely-anchorable transcatheter tricuspid valve system comprises a split transcatheter tricuspid valve anchoring stent () and a transcatheter artificial biological tricuspid valve (), wherein the shape and structure of the transcatheter tricuspid valve anchoring stent () are matched with the tricuspid valve real structure after the patient's image data is subjected to three-dimensional reconstruction, the transcatheter tricuspid valve anchoring stent () is firstly delivered to the tricuspid valve site of the patient to be released, deformed and personalized and precise alignment with a supravalvular () and subvalvular () tissue of the patient's tricuspid valve site; the transcatheter artificial biological tricuspid valve () is delivered into the transcatheter tricuspid valve anchoring stent () to be released, and the transcatheter artificial biological tricuspid valve () is released and deformed and expanded to a functional state, the transcatheter tricuspid valve anchoring stent () is deformed again to be combined with the expanded transcatheter tricuspid valve (), and meanwhile, the re-deformation of the transcatheter tricuspid valve anchoring stent () is anchored by the combination of the anchoring stent and the subvalvular () tissue in advance. According to the split type accurately anchored transcatheter tricuspid valve system, based on a system designed by three-dimensional reconstruction, accurate anchoring of the personalized transcatheter tricuspid valve can be realized.

Split-type interventional tricuspid valve system capable of accurately anchoring

A split type precisely-anchorable transcatheter mitral valve system comprises a split transcatheter mitral valve anchoring stent () and a transcatheter artificial biological mitral valve (), wherein the shape and structure of the transcatheter mitral valve anchoring stent () are matched with the mitral valve real structure after the patient image data is subjected to three-dimensional reconstruction, the transcatheter mitral valve anchoring stent () is firstly delivered to the mitral valve position of the patient to be released and deformed, and the transcatheter artificial biological mitral valve () is in personalized precise alignment and coaptation with tissues on the mitral valve position of the patient and under the petals; the transcatheter artificial biological mitral valve () is delivered into the transcatheter mitral valve anchoring stent () to be released, the transcatheter artificial biological mitral valve () is released and deformed and expanded to a functional state, the transcatheter mitral valve anchoring stent () is again deformed and combined with the expanded transcatheter artificial biological mitral valve (), and meanwhile, the re-deformation of the transcatheter mitral valve anchoring stent () enables the mitral valve anchoring stent () to be anchored with the lower leaflet tissue in a preset combination. The split type accurately anchored transcatheter mitral valve system can realize accurate anchoring of transcatheter mitral valve personalized based on a system designed by three-dimensional reconstruction.

Split-type precisely anchored interventional mitral valve system

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Beijing, China

Hong Mu