thromboresistant

the new cardiovascular device features a thromboresistant surface coating to prevent blood clot formation.

researchers have developed a thromboresistant polymer that significantly reduces the risk of thrombosis.

the thromboresistant properties of this biomaterial make it ideal for lang-term implant applications.

medical devices with thromboresistant coatings are essential for patients requiring extended blood contact.

the hospital now uses thromboresistant catheters to minimize complications during dialysis procedures.

advances in nanotechnology have improved the thromboresistance of vascular grafts.

the thromboresistant surface prevents platelet adhesion and activation on artificial heart valves.

engineers are designing thromboresistant tubing for extracorporeal circulation systems.

clinical trials confirmed the thromboresistant effectiveness of the new stent coating.

the thromboresistant material maintains its properties even after multiple sterilization cycles.

surgeons prefer thromboresistant implants to reduce postoperative anticoagulation therapy.

the coating's thromboresistant mechanism involves a combination of hydrophilic and hydrophobic domains.

this thromboresistant hydrogel shows promise for tissue engineering applications.

the company has patented a novel thromboresistant alloy for surgical instruments.