Cellular invasiveness was measured by a QCM invadopodia assay, which examined degradation of a fluorescent gelatin matrix while controlling for cell number and size.
We compared the pairwise quantitative genetic distance matrix with the geographic distance matrix while controlling for the effect of neutral genetic drift as measured by pairwise FST (partial Mantel tests).
This analysis shows that IPF cells undergo large scale translational regulation depending on matrix state, while control myofibroblasts show relative stability at this level of gene regulation.
The model began with the set of 5929 embryo images and estimated the loadings and factor matrices while having full control of the degree of sparsity (throughout our analysis, the sparsity on the factor loading matrix A was controlled by a scale parameter of the Gamma prior distribution on the precision parameter α, h0 = 10−6).
Above the osteochondral junction, control repair tissues contained numerous fibrochondrocytes and fibroblasts embedded in a collagen type I matrix, while subchondral control tissues below the osteochondral junction were populated with fibrous tissue, chondrocytes and hypertrophic chondrocytes.
This approach allows for the fabrication of NF matrices while having precise control of internal pore size and structure, as well as external scaffold shape including architectures generated from computed-tomography scans and histological sections.
Carbonized PAN/SWNT fibers exhibited 10 30 nm diameter fibrils embedded in brittle carbon matrix, while the control PAN carbonized under the same conditions exhibited brittle fracture with no fibrils.
MRM allows for the analysis of two or more matrices [25], where the response matrix (genetic distance) is regressed on multiple explanatory matrices (geographic and temporal distances), while also controlling for the effect of those explanatory matrices.
By contrast, Fn levels in disease FPCLs (R0, Dis/ctrl ratio = 2.7) steadily decreased upon mechanical release of the matrices, while Fn levels in control lattices showed a slight increase during contraction (Fig. 6).
