Coating polymeric nanofibers with anti-coagulant agents is one of the most important
methods to enhance the performance of these materials against blood interactions. In this …

Small-diameter blood vascular transplantation failure is mainly caused by the vascular
materials' unreliable hemocompatibility and histocompatibility and the unmatched …

The development of injured vascular tissue substitutes with proangiogenic, anti-thrombus,
and anti-hyperplasia activity still remains a major challenge in vascular tissue engineering …

Blood-contacting materials with good mechanical property, excellent anticoagulant function
and promoting effect on endothelialization are in great demand for clinical application such …

Owing to its unique physical and chemical properties, graphene oxide (GO) has attracted
tremendous interest in many fields including biomaterials and biomedicine. The purpose of …

In the field of vascular tissue engineering, the incorporation of anticoagulant drugs into
polymeric nanofibers is a key strategy to enhance performance and prevent thrombosis. This …

Electrospun nanofibers were widely studied to be applied as potential materials for tissue
engineering. A new technology to make poly-l-lactic acid/chitosan core/shell nanofibers from …

Conventional collagen‐based heart valves eventually fail because of insufficient
replacement of graft material by host tissue. In this study, type I collagen was blended with …

Non-woven polyethylene terephthalate nanofiber mats (PET NFM) were prepared by
electrospinning technology and were surface modified to mimic the fibrous proteins in native …

As a vascular scaffold, it should have proper mechanical property to match autologous
tissue and resist the blood pressure. The development of a biomimetic surface with …