… material for microvasculature studies. The PGS-based modular, implantable scaffold was
generated by using MEMS technologies, and the perfusable, well-integrated microvasculature …

… systems 20,21 ) can be connected by inserting tubing or a blunt needle directly into a hole
punched into the PDMS; the high static friction (‘stiction’) and hydrophobicity of the elastomer …

… immobilized onto PU elastomer for rapid endothelialization and antithrombogenic activities.
[ … was also used to sterilize the decellularized microvascular grafts. [ 178 ] This method can …

… - and microvasculature in a hierarchical system. The microvasculature should efficiently and
… silk fibroin ESVGs have been shown to support endothelialization both in vitro51 and in vivo,…

… To develop a versatile approach for 3D printing of elastomers, … (16) The microvasculature
can be endothelialized and … We showed the confluent endothelialization of these tubes once …

… the recent advances of biodegradable elastomers for tissue … cross-linking methods of
elastomers used in tissue repair, … three-dimensional structures of elastomers, and systematically …

… , lack of lumen re-endothelialization and mechanical mismatch, leading sometimes either to
… Consequently, we designed small-caliber multilayer anisotropic biodegradable nanofibrous …

… in order to obtain elastomeric PGS-based fibrous scaffolds. … a biodegradable tubular scaffold
with suitable elastomeric … , intended to facilitate the endothelialization/vascularization from …

… good hemocombatility, rapid endothelialization and smooth … . also reported that biodegradable
and elastomeric microfibrous … VEGF is a prominent inducer of microvascular permeability …

… Here, an innovative approach of condensing droplet on curing elastomers is introduced. The
rationale supporting the selection of elastomers is based on the possibilities to cast them in …