Sentence examples for matrix functionality from inspiring English sources

Low temperature (below melting) impedance shows in a clear manner the relevance of the matrix functionality on the performance of these composites, but also reveals additional microstructural and even unusual composite effects.

The strongest signal was observed for cluster 3 genes, which were previously associated with cell adhesion and extracellular matrix functionality.

A recent study provides a link between estrogen receptors (ER-alpha) on fibroblast-like synoviocytes and regulation of extracellular matrix (ECM) functionality by the system of matrix metalloproteinases (MMPs)/tissue inhibitors of matrix metalloproteinases (TIMPs) [ 7].

The mechanical and adhesive properties of matrices influence functionality of cultured hepatocytes on rigid surfaces regardless of molecular composition.

In this study, we illustrate a synergistic effect of having both organoclay and carbon black dispersed in the polymer matrix with different functionality.

Long-term implantation in the sheep model resulted in functionality, matrix remodeling, and recellularization, unprecedented results for a tissue-engineered aortic valve.

To avoid needlessly computing the full dynamic programming matrix, we added functionality similar to the original x-drop algorithm (Altschul et al., 1990).

The functionality matrix for those CNSs going undetectable because of base substitutions was 1.8, meaning that only 34% of CNSs in this category lost function, 66% of them still functioned even though they were undetectable.

Osteoblasts were seeded on nanoporous alumina membranes to investigate both short-term adhesion and proliferation and long-term functionality and matrix production.

For covalent functionalization a long chain unsaturated aliphatic amine was used to simultaneously achieve the dissociation of MWCNT bundles along with the dispersion and interaction with the host matrix using the amide functionality and double bond.

This review provides a concise overview of particulate delivery systems and outlines current research trends linking their structural properties to their functionality, e.g., matrix compatibility, stability, release characteristics and bioavailability.