Heart valve diseases are a serious condition affecting many people. As a factory that specializes in producing high-quality medical products, we offer solutions for common valve conditions such as aortic stenosis and mitral regurgitation. Trust us to provide effective and reliable products to improve your heart health.
Valvular heart disease1、Congenital ：congenital defect2、Posteriority ：1）Rheumatic heart diseaseMain cause Mitral stenosis / Mitral incompetenceAortic senosis /Aortic incompetenceProlapse of mitral2）Non-rheumatic heart diseaseSuch as the elderly chronic ischemia ；Coronary heart disease myocardial infarction ；severe trauma ；bacterial infection of the valveDisadvantages of traditional valve changing line-The transverse control force of the suture itself on the pledget is basically zero.-The pledget has positive and negative directions-The suture twine easily-The pledget overturns easily-The pledget is soft, and it is easy to compress and deform when knotting. After stitching and knotting, both ends of the gasket are upwarped and cannot be strengthenedNew-type anti-entanglement valve sutures●Pledget without direction ：No need to correct the pledget direction specially ●Suture without twining●More suitable for surgeon to have a better operating experience●Suitable for minimally invasive heart valve replacementMain aortic valve replacement surgery Specific steps :1. Incision and establishment of extracorporeal circulation 2. Aortic incision . After cardiopulmonary bypass operation ，when the temperature dropped to 30℃, the ascending aorta was blocked, and cold cardioplegia was infused, while cardiac surface cooling was performed. After cardiac arrest, a transverse or oblique aortic incision was made, and the lower end of the incision was about 1-1.5cm from the opening of the right coronary artery.The left and right coronary artery openings were observed to confirm the need for valve replacement for aortic valve disease3. A traction line is sutured at each of the three junctions of the aortic valve. 4. Removal of valve Three lobes were removed separately, leaving 2mm at the edge. Then the calcified tissue on the ring was removed. The ring was measured with a valve meter to determine the number of the prosthetic valve5.Suture The 2-0 polyester replacement thread was used for intermittent mattress suture from top to bottom. After the ring was sewn, the suture lines should be evenly distributed and proportioned between the ring and the artificial heart valve. The needle distance was generally 2mm6. implantation All sutures were straighened and the artificial valve was pushed under the valve ring to confirm the implantation was in place and that the artificial valve was not obstructing the left and right coronary openings. Then the knot was tied one by one. A final examination confirmed that the left and right coronary openings were clear7.Washing Thoroughly flush the aorta and left ventricle above and below the prosthetic valve and fill the aorta and left ventricle with normal saline.8.Suturing Using 4-0 or 5-0 polypropylene to suture, Two aortic incisions were sutured consecutively. Venting should be performed before the last stitch was tightened.Aortic valve replacement suture- Polyester、polyester with pledget、Polypropylene
Disadvantages of traditional valve changing line -The transverse control force of the suture itself on the pledget is basically zero. -The pledget has positive and negative directions -The suture twine easily -The pledget overturns easily -The pledget is soft, and it is easy to compress and deform when knotting. After stitching and knotting, both ends of the gasket are upwarped and cannot be strengthened
New-type anti-entanglement valve sutures ●Pledget without direction ：No need to correct the pledget direction specially ●Suture without twining ●More suitable for surgeon to have a better operating experience ●Suitable for minimally invasive heart valve replacement
Main aortic valve replacement surgery Specific steps : 1. Incision and establishment of extracorporeal circulation 2. Aortic incision . After cardiopulmonary bypass operation ，when the temperature dropped to 30℃, the ascending aorta was blocked, and cold cardioplegia was infused, while cardiac surface cooling was performed. After cardiac arrest, a transverse or oblique aortic incision was made, and the lower end of the incision was about 1-1.5cm from the opening of the right coronary artery.The left and right coronary artery openings were observed to confirm the need for valve replacement for aortic valve disease 3. A traction line is sutured at each of the three junctions of the aortic valve. 4. Removal of valve Three lobes were removed separately, leaving 2mm at the edge. Then the calcified tissue on the ring was removed. The ring was measured with a valve meter to determine the number of the prosthetic valve 5.Suture The 2-0 polyester replacement thread was used for intermittent mattress suture from top to bottom. After the ring was sewn, the suture lines should be evenly distributed and proportioned between the ring and the artificial heart valve. The needle distance was generally 2mm
6. implantation All sutures were straighened and the artificial valve was pushed under the valve ring to confirm the implantation was in place and that the artificial valve was not obstructing the left and right coronary openings. Then the knot was tied one by one. A final examination confirmed that the left and right coronary openings were clear 7.Washing Thoroughly flush the aorta and left ventricle above and below the prosthetic valve and fill the aorta and left ventricle with normal saline. 8.Suturing Using 4-0 or 5-0 polypropylene to suture, Two aortic incisions were sutured consecutively. Venting should be performed before the last stitch was tightened. Aortic valve replacement suture- Polyester、polyester with pledget、Polypropylene
