As a noncontact strategy with flexible tools and high efficiency, laser precision engineering
is a significant advanced processing way for high-quality micro-/nanostructure fabrication …

Porous membranes enable the partitioning of cellular microenvironments in vitro, while still
allowing physical and biochemical crosstalk between cells, a feature that is often necessary …

Intimal hyperplasia, thrombosis formation, and delayed endothelium regeneration are the
main causes that restrict the clinical applications of PTFE small-diameter vascular grafts …

Structural and hierarchical anisotropy underlies the structure-function relationship of most
living tissues. Attempts to exploit the interplay between cells and their immediate …

Porous membrane materials at the micro/nanoscale have exhibited practical and potential
value for extensive biological and medical applications associated with filtration and …

Typical in vitro barrier and co-culture models rely upon thick semi-permeable polymeric
membranes that physically separate two compartments. Polymeric track-etched membranes …

Introduction: To date, tubular tissue engineering relies on large, non-porous tubular
scaffolds (Ø> 2 mm) for mechanical self-support, or smaller (Ø 150–500 μm) tubes within …

Chitosan is a naturally derived biodegradable polymer with abundancy, sustainability, and
ease of chemical modification. Polyurethanes are a family of elastic biocompatible polymers …

Functional impairment of vascular cells is associated with cardiovascular pathologies.
Recent literature clearly presents evidence relating cell microenvironment and their function …

Tissue structural anisotropy is an important basis for heart function. Attempts to regenerate
the complicated heart‐tissue alignment has rarely featured macroscale 3D constructs …