Sentence examples for matrices can act from inspiring English sources

In tissue engineering, degradable or non-degradable polymer matrices can act as cell-carrier-scaffolds.

Such matrices can act as highly effective precursors, scaffolds or molecular 'glues' for the assembly of a wide variety of functional carbon macro-assemblies.

This is the first demonstration that the fibronectin matrix can act as an invasion suppressor by effectively increasing the cohesion of 3D aggregates of prostate cancer cells.

Such studies showed that the embedding matrix can act to equalise LE in different compartments by limiting penetration of the labelling regents into the section.

Pb being immiscible with the other alloying elements of the HEA in the solid state is expected to form soft dispersoid in harder HEA matrix, which can act as a lubricant during wear.

One approach to tailor the interface is to introduce a secondary phase between the fiber and matrix, which can act to functionally grade the material properties and enhance load transfer across the interface.

The metal coating facilitates the integration and compatibility of the ceramic particles within the metal matrix, and can act as a barrier layer preventing undesired reactions between the two phases.

The second phases rich in Cr and/or Mo in hcp Co-Cr-Mo alloys result in a heterogeneous microstructure distribution of alloy matrix, which can act as preferential initiation sites for the breakdown of passive film during the transpassive region.

On the one hand, TNTs can suppress the re-stack of GO and promote the uniform dispersion of TNTs/GO in the PVC matrix; GO nanosheets can act as electron acceptors to reduce the charge resistance and charge recombination rate, and the GO skeleton can also act as a template for the carbonaceous char and promote the formation of multiple char under the help of TNTs.

These results indicate that metakaolin-based geopolymer composites, if designed with the correct compatibility between matrix and filler characteristics, can act as an inexpensive castable composite refractory.

In this work we investigated if fibrin matrix from clotted blood can act as a soft surrogate which nullifies the influence of the underlying stiff scaffold, thus promoting chondrogenesis irrespective of bulk scale scaffold stiffness.