Sentence examples for matrix restructuring from inspiring English sources

Based on data obtained in our study, we can conclude that MMP-2 and TIMP-1 levels in patients with chronic heart failure are not exclusively markers of cardiac matrix restructuring.

(21) In the context of adhesive hydrogel use for tissue repair and reconstruction, it is appropriate to introduce susceptibility to extracellular matrix proteases involved in matrix restructuring and wound healing processes.

While many of these genes are considered 'repair' genes involved in matrix restructuring and tissue repair, as well as the down-regulation of the classical inflammatory response, their effects may not be fully beneficial.

Based on the current knowledge of the function of the corresponding proteins, the brain's immune phenotype found in the APPSw mice is more likely to be associated with matrix restructuring and down-regulation of classical inflammatory signalling rather than toxicity (Gordon, 2003; Colton, 2009).

Thus, a block in CD11b/CD18-mediated CD11b/CD18-mediatedadherenceandnces can regulatoryaddimbalancescandaresultects after TPA stinuladditionalh asecondaryleffectslafter of proliferaTPAn and a failed extracellular matrix restimulation by the lack of a suchicient production of masrix metalloproteinases.

Reengineering, restructuring, rightsizing, matrix management, and the creation of virtual organizations may yield short-term efficiencies, but the cost is a lot of time and energy spent reading tea leaves.

Matrix metalloproteinases belong to a diverse group of enzymes that are not only involved in restructuring the extracellular matrix, but also play a major role in various pathophysiological conditions by virtue of their complicated expression, activation, and regulation processes.

This way the tumor cell is able to alter the tumor composition by inducing the formation of new blood vessels, recruiting new cell types and restructuring the extracellular matrix.

This progress is exemplified by the nanofiber architecture, which reproduces the extracellular matrix while reducing tissue and organ rejection during restructuring because of the biocompatible nature of the matrix.

One of these steps involves restructuring of the extracellular matrix to encourage tissue regeneration.

However, harvested collagen often requires restructuring into a three-dimensional matrix to facilitate applications such as implantation into poorly accessible tissue cavities.