Sentence examples for matrix and molecular from inspiring English sources

Here, we integrated a set of physical sciences tools with cancer biology to: (i) characterize the mechanics, conformation, and topology of tumor-associated Fn matrices at both the matrix and molecular scales, and (ii) correlate these materials properties with adhesion and proangiogenic factor (VEGF) secretion of adipose stromal cells.

Future work in this area should build on current understanding in order to establish the mechanisms by which postnatal changes affect disc degeneration, as well as establishing the direct consequences of altered extracellular matrix synthesis and molecular signaling on this process.

The derivatization process is applied to the matrix and the molecular parameters are obtained by r.t.s.e.c.e.c

ChemEngine program could successfully generate the Cartesian coordinates, bond matrix and non molecular data of all the reported molecules (Table 1).

This is probably due to the fact that milk is a much more complex system than a simple solution of MALDI matrix and hence molecular ionization in easier in simpler environments.

We have generated porous polybenzoxazine (PBZZ) materials by using a B-a type PBZZ as the matrix and various molecular weights of poly(ε-caprolactone) (pa-PCL) as the labile constituent.

Representative case studies are presented next to illustrate how chemically induced cytoskeletal changes, biomechanical responses and signals from the intracellular regions act in concert with the chemomechanical environment of the extracellular matrix and the molecular tumorigenic signaling pathways to effect malignant transformations.

Interesting variations in coordination matrices, nuclearities, and molecular and crystalline architectures are observed in these congeneric Group 12 metal ion complexes.

For this purpose, novel methods have been developed to analyse the interactions of pathogens and food and feed matrices at cellular and molecular levels as well as contact surfaces in the food chain, including the intestinal tract of farm animals.

The designing of nanocomposites with only the desired properties requires precise control of the dispersed structure of the silicate platelets in the polymer matrix, interactions between the matrix and silicate layers, and molecular ordering.

It has long been known that a complex, glycoprotein-rich extracellular matrix layer surrounds the developing optic cup throughout the process, yet the functions of the matrix and its specific molecular components have remained unclear.