Sentence examples for matrix and shift from inspiring English sources

Excessive mechanical stress can directly damage the cartilage extracellular matrix and shift the balance in chondrocytes to favor catabolic activity over anabolism [ 28], leading to the degradation of both collagen fibrils and proteoglycans [ 29].

Management in turn dictates the nature and habitat qualities of the production matrix and shifts remnants of native ecosystems into structural and compositional states further from their historical condition.

Excessive mechanical stress can directly damage the cartilage extracellular matrix (ECM) and shift the balance in chondrocytes to favor catabolic activity over anabolism [ 9].

In terms of the special structure of coefficient matrix in Algorithms 3.1 3.2, we need to solve the linear system associated with the shifted Toeplitz matrix and the shifted circulant matrix, respectively, by employing fast and superfast algorithms.

X-ray diffraction (XRD) and transmission electron microscopy (TEM) studies showed fcc lattice of the matrix and a shift in preferred orientation of the coating from (111) to (220) crystallographic planes with increasing current density.

Gelinck, G. H. et al. Flexible active-matrix displays and shift registers based on solution-processed organic transistors.

This is achieved through observation of both the sensitivity matrix and forecast shifts in power and is based on (epsilon) decomposition (see [31] for an example of (epsilon) decomposition).

The selective delivery of laser energy to metallic hot spots during laser annealing promotes local over-heating resulting in local crystallization of the AlN matrix enhancing and shifting the localized surface plasmon resonance.

For rsp > 0.85, the phase shift is negative both on PB and matrix, and the phase shift difference between PB and matrix is small, which accounts for the obscure phase contrast obtained at rsp = 0.95 (shown in Figure 5a').

i-ICP is degraded by its complex matrix transformation of shift and rotation.

We apply our simulation capability to electrically-tunable, soft phononic crystals consisting of periodic lattices of aligned circular-cross-section fibers embedded in a matrix and demonstrate the shifting of band gaps with electrical preloading parallel to the fibers and the opening, closing, and shifting of band gaps with electrical preloading perpendicular to the fibers.