Sewing cuffs incorporated within tissue‐engineered blood vessels (TEBVs) enable graft
anastomosis in vivo, and secure TEBVs to bioreactors in vitro. Alternative approaches to cuff …

Rapid endothelialization of small-diameter vascular grafts remains a significant challenge in
clinical practice. In addition, compliance mismatch causes intimal hyperplasia and finally …

Tissue engineering techniques particularly using electrospun scaffolds have been
intensively used in recent years for the development of small diameter vascular grafts …

Engineered small diameter vascular grafts must closely match mechanical characteristics of
native vessels and exhibit stimulus‐responsive bioactivity. In this study, mechanical …

The aim of the present study was to investigate the potential of hydrogel–electrospun mesh
hybrid scaffolds as coronary artery bypass grafts. The circumferential mechanical properties …

There is great clinical demand for synthetic vascular grafts with improved long-term efficacy.
The ideal vascular conduit is easily implanted, nonthrombogenic, biocompatible, resists …

Strategies to enhance the production of organized elastic matrix by smooth muscle cells
(SMCs) are critical in engineering functional vascular conduits. Therefore, the goal of this …

A new electrospinning approach for fabricating vascular grafts with a layered,
circumferentially aligned, and micro‐wavy fibrous structure similar to natural elastic tissues …

General physicochemical properties of the vascular grafts (VGs) produced from the solutions
of Tecoflex (Tec) with gelatin (GL) and bivalirudin (BV) by electrospinning are studied. The …

To fabricate a “mechano‐active” tubular scaffold of nonwoven mesh‐type small‐diameter
artificial graft made of the synthetic durable elastomer, segmented polyurethane, the …