Three‐armed poly (trimethylene carbonate) macromers with a relatively high molecular
weight of 28.9 kg mol− 1 are prepared by ring opening polymerization and subsequent …

Photo‐crosslinked networks prepared from three‐armed methacrylate functionalized PTMC
oligomers (PTMC‐tMA macromers) are attractive materials for developing an anatomically …

The aim of this study is to investigate the applicability of flexible and elastic poly
(trimethylene carbonate)(PTMC) structures prepared by stereolithography as scaffolds for …

Conventional methods for fabricating three-dimensional (3-D) tissue engineering scaffolds
have substantial limitations. In this paper, we present a method for applying …

Abstract 3D porous and non‐porous structures are designed and prepared by
stereolithography using resins based on PTMC macromers. Tough, flexible network films …

Designed flexible and elastic network structures are prepared by stereolithography using a
photo‐crosslinkable resin based on a poly (trimethylene carbonate)(PTMC) macromer with a …

Tissue engineering scaffolds require high porosity and optimized pore sizes to allow cell
seeding,-adhesion and–proliferation, and tissue ingrowth. However, porosity affects the …

Recently, meniscus tissue engineering offers a promising management for meniscus
regeneration. Although rarely reported, the microarchitectures of scaffolds can deeply …

We developed customizable biomolecule functionalized 3D poly-ε-caprolactone (PCL)
scaffolds reinforced with carbon nanofibers (CNF) for human meniscal tissue engineering …

A novel three-dimensional construct was designed to serve as a substitute for the natural
meniscus tissue, and tested in vitro. The design consisted of mats of aligned collagen …