hemocompatible

the new cardiovascular stent features a hemocompatible coating that reduces the risk of blood clot formation.

researchers have developed a hemocompatible polymer for use in artificial heart valves.

hemocompatible surfaces are essential for medical devices that contact circulating blood.

the implant's hemocompatible properties prevent platelet activation and aggregation.

hemocompatible biomaterials are critical for long-term blood-contacting applications.

testing confirms the device meets hemocompatibility standards for clinical use.

a hemocompatible interface is necessary for blood purification systems.

the hydrogel coating provides excellent hemocompatibility without compromising flexibility.

hemocompatible polymers offer superior performance in dialysis equipment.

surface modification techniques can enhance the hemocompatible nature of titanium implants.

the development of hemocompatible nanomaterials opens new possibilities for drug delivery systems.

achieving hemocompatible performance requires careful selection of surface chemistries.