Sentence examples for matrices for skin from inspiring English sources

Few systematic studies have been performed to examine the effect of varying fiber diameter electrospun fiber matrices for skin regeneration.

The results show that cellulose/PMIA porous films have potential use as wound matrices for skin tissue genesis.

Utilization of nanofibrous matrices for skin wound repair holds great promise due to their morphological and dimensional similarity to native extracellular matrix (ECM).

This approach to controlling the surface properties of nanofibrous structures with SF may be useful in the design and tailoring of novel matrices for skin regeneration.

These findings suggest the important role of integrin β1 signaling pathway in regulating the nanofiber-induced fibroblast phenotypic alteration and providing insightful understanding of the possible application of collagen-containing nanofibrous matrices for skin regeneration.

To yield a bioactive RNAi functionalized matrix for skin regeneration with inhibited scarring, collagen-chitosan/silicone membrane bilayer dermal equivalent (BDE) was combined with trimetylchitosan (TMC /siRNA complexes which could induce suppression of transforming growth factor-β1 (TGF-β1) pathway.

There are wide ranges of natural and synthetic polymers are used as matrix materials for skin bioprinting.

It has already been used as matrix for generating skin substitutes in vitro [ 11] and in vivo [ 12] and was suggested by Peterbauer-Scherb et al. to represent a suitable scaffold material for adipose tissue formation [ 13].

Scaffolds prepared from biodegradable polyurethanes (PUR) have been investigated as a supportive matrix and delivery system for skin, cardiovascular, and bone tissue engineering.

Ligament healing involves similar cellular and matrix processes to those for skin wound healing.

Nanofibers, with their morphological similarities to the extracellular matrix of skin, hold great potential for skin tissue engineering.