Sentence examples for matrix may alter from inspiring English sources

This review article provides an overview of the potential effects of food components on the behavior of ENMs in the gastrointestinal tract (GIT), and highlights some important physicochemical and colloidal mechanisms by which the food matrix may alter the properties of inorganic nanoparticles.

While this is referred to as intrinsic persistence, it is also a means to implicitly represent the process when the leading part of a tip cell alters the local extracellular matrix as it moves (in turn, the extracellular matrix may alter cell integrin binding, signaling and adhesions properties [ 47, 48]) and paves a favorable path for any following cell segments [ 47, 49, 50].

Indeed, disruption of vimentin filaments has been shown to result in loss of cell contact with the surrounding matrix which may alter the signaling dynamics of the cell and in effect shut down transcriptional events [ 24].

This indicates that clenbuterol may have an effect on cell collagen synthesis which may alter the cell matrix composition.

These results indicate an impaired matrix mineralization and a slower correction of the phenotype with age, implying that both the collagen matrix and the noncollagenous proteins that regulate the function of that matrix may be altered in the Brtl/+ teeth and shedding light on pathological mechanisms involved in tooth defects in patients with DGI.

Study of the dentin phenotype indicates an impaired matrix mineralization and a slower correction of the phenotype with age, implying that both the collagen matrix and the noncollagenous proteins that regulate the function of that matrix may be altered in the Brtl/+ teeth.

Our data demonstrate a rapid ZOL-induced drop in osteoblasts/mm bone surface, accompanied by changes in the extra-cellular matrix of the growth plate that in combination may alter the composition of the bone metastasis niche.

Therefore, the purpose of this study is to quantify flexibility relationships for cervical motion segments, examine the importance of nonlinear components of the flexibility matrix, and determine the extent to which multivariable relationships may alter motion prediction.

First, the absence of PPARβ may alter the structure of the bone matrix, particularly at the endocortical surface, and therefore impair its mechanotransduction properties, as we previously reported for the periosteal surfaces in periostin-deficient mice (26).

Injectable biomaterials alone may alter local tissue responses, including inflammatory cascades and matrix production (e.g. stimulatory dermal fillers are used as volumizing agents that induce collagen production).

It has also been found that excessive mechanical stress may alter chondrocyte metabolism and reduce the amount of extracellular matrix (ECM) [ 5, 6].