Sentence examples for incorporating cells from inspiring English sources

Tissue engineered nerve graft is generally composed of neural scaffolds and incorporating cells and molecules.

Routine methods of incorporating cells into scaffolds are either passive, i.e. by gravity, or forced, as in a bioreactor.

Significant progress has been realized since its inception, but to date only a handful of complex products incorporating cells together with scaffolds have gained regulatory approval, and these have only achieved limited market penetration.

Efficient and orthogonal chemical strategies combined with the development of various functional group tolerant living/controlled polymerization techniques are now commonly used to obtain postpolymerization modification, with the aim to create three-dimensional scaffolds incorporating cells, growth factors, or drugs for therapeutic approaches.

Taken together, the in situ conjugation of phenol2 poly ethylene glycol)–RGD into HA Tyr hydrogel system, coupled with the ease of incorporating cells, offers a simple and effective means to introduce biological signals for preparation of multi-functional injectable hydrogels for tissue engineering application.

The data extend a recent report, showing that suppression of nestin in repopulating mesangial cells lowered the number of BrdU incorporating cells [61].

Cellular engineering procedures motivate the development of scaffolds incorporating cell-level parameters such as endogenously produced factors and favorable physicochemical microenvironment[2].

In [3], a cost function based handover parameter optimization scheme incorporating cell load, UE's velocity and service type, is proposed for 3GPP LTE macrocells.

Cell-adhesive peptides derived from basement membrane proteins are potential candidates for incorporating cell-binding activities into scaffold materials for tissue engineering.

In contrast with single-cell models previously published, we achieved this by coupling single-cell GRNs by explicitly incorporating cell-to-cell communication in a cellularised spatial domain.

In this paper I briefly discuss some of the consequences of incorporating cell proliferation kinetics into quantitative models of cancer risk assessment.