Sentence examples for matrices we compared from inspiring English sources

For same matrices, we compared our methods with LP relaxation [8] approach and SDP method [3].

To verify the utility of creating different matrices, we compared the results of the Pampas ecoregion with an average score matrix from the four selected ecoregions.

To understand the regulation of osteocyte function on the normal and OA matrices, we compared osteocyte specific gene expression, cell attachment, apoptosis and Matrix metalloproteinases (MMP-2) and -9 production.

To test the accuracy and precision of the CCS measurements in different matrices, we compared the CCS values in our database with those derived from a range of lipid extracts including porcine brain, E. coli and yeast.

Regarding the matrix we compared constructs having a collagen matrix with others having a fibrin matrix.

We then developed our matrix to compare these individual metrics, and using this matrix, we compared different subjects to one another.

Because we observed a lysed morphology of osteocytic cells on the OA matrix, we compared the expression of MMP-2 and MMP-9 by zymography as these molecules are well known to be involved in cell matrix adhesions.

To determine if silencing DGKζ expression affects the invasion of SW620 cells through a 3-D matrix, we compared SW480, SW620, SW620/vector and SW620/shRNA cells in an in vitro invasion assay.

Because problems with cell elongation could be caused by defects in attachment to the extracellular matrix, we compared the efficiency of a variety of adhesion molecules and artificial substrates to affect cell spreading in an EB3-depletion background.

To determine if these changes in proteoglycan glycosylation correlates with modifications in the extracellular matrix organization, we compared the general structural architecture of leiomyoma to normal myometrium.

Considering the one-to-one correspondence between ETFs and signature matrices, we will compare the different algorithms using as a performance criterion the spectrum of the signature matrix, i.e., we will graphically examine how close the spectrum is of an obtained signature matrix to the ideal spectrum given by Eq. (5).