Sentence examples for cell interactive from inspiring English sources

Compared to monophasic hydrogels, presence of cell interactive domains in hydrophilic polyurethanes gels can balance cell cell and cell matrix interactions.

Despite producing scaffolds with good biocompatibility and low cellular toxicity the influence of EDC/NHS crosslinking on the cell interactive properties of collagen has been overlooked.

This calls for the development of ECM-mimicking 3D scaffold, which can be integrated with relevant ECM cues to offer cell interactive versatility for different medical and non-medical applications.

In this work we have used different collagen (Col) substrates (fibrillar collagens I, II and III and network-forming Col IV), containing different affinity cell-recognition motifs, to establish the influence of the receptor identity and species-specificity on collagen-cell interactive properties.

In addition, it has been proposed that in normal stem cells interactive feedback loops exist between PRC1 and PRC2 polycomb group complexes and that these feedback loops lead to altered translation and stability of individual PRC proteins, thereby affecting stem cell function [41].

Electrospun scaffolds retain the elasticity and cell-interactive properties inherent in the tropoelastin precursor.

We present an elastic, fibrous human protein-based and cell-interactive dermal substitute scaffold based on synthetic human elastin.

This tunable reversibility makes them highly attractive for the exploration of cell-interactive surfaces for biological applications.

Soluble elastins, and in particular tropoelastin, have highly favorable intrinsic physical and cell-interactive properties, warranting their adaption through incorporation into biomaterials and modification of implantable devices.

This approach to controlling the gelation behavior using only cells and cell-interactive polymers could be useful for delivery of cells and therapeutics in biomedical applications.

In the search for a cell-instructive or cell-interactive artificial extracellular matrix, synthetic hydrogels have been extensively investigated to apply three-dimensional (3D) cell culture and tissue engineering.