Sentence examples for matrices would allow from inspiring English sources

The chemical nature and mesoporosity of these matrices would allow these scaffolds to act as local controlled delivery systems of biologically active molecules, such as certain drugs to treat bone pathologies.

The resultant distance matrices would allow us to infer phylogenetic trees, e.g. by using the Neighbor-joining algorithm [ 72].

The analysis of such a matrix would allow reconstruction of the global behavior of the system.

Although it is not possible to mimic blood flow in these 3-D cultures, the inclusion of endothelial cells, either together with fibroblasts in the matrix or beneath the matrix, would allow modelling of angiogenesis alongside the study of tumour-stroma interactions.

First, the kinetic models used for pharmacokinetic analysis often require very high temporal resolution sequences, thus interfering with the acquisition of image matrices that would allow a state-of-the-art analysis of morphologic features of lesions.

When key events in wound repair occur, such as granulation tissue growth and protease release into the matrix, local conditions would allow the release of the pharmaceutical drug into the wound to facilitate healing.

Finally, and related to the first point, software implementations that would allow matrix methods to be tested by a wider community and under realistic experimental scenarios are lacking.

This would allow a matrix of chaotic logic elements to be simply and dynamically reprogrammed by changing their threshold values.

A British tech company, Fuel Matrix, said knowing passengers' weights would allow airlines to take on the exact amount of fuel needed, thereby increasing efficiency.

In this case, being able to put a quick response matrix barcode on a gravestone that would allow interested visitors to learn more about the person's biography is a wonderful new application of that technology.

This would allow conducting such matrix multiplications using a faster algorithm, described in Section "An efficient D-discrete min-plus matrix-vector multiplication algorithm".