Sentence examples for dependent differentiation from inspiring English sources

rhBMP-2 initiated a dose dependent differentiation cascade in MC3T3-E1S4 pre-osteoblasts while rhVEGF165 upregulated HUVEC proliferation, and accelerated closure of a scratch in HUVEC cell cultures in a dose dependent manner.

However a cell-density dependent differentiation model poorly fitted the data, as demonstrated by residual analysis.

Studies on in vitro tumour cell induced differentiation of M2 macrophages showed IL-6 dependent differentiation.

Overexpression of syndecan-1 induces epithelial morphology and inhibits proliferation in mesothelioma cell lines [ 49], indicating a syndecan-1 dependent differentiation along the epithelial mesenchymal transition axis in this cancer.

A mutation in this protein is known to upregulate IL-33 dependent differentiation of Th2 cells [ 51], a process that has been shown to be critical in immunity to T. muris[ 52].

Stem cell stiffness-dependent differentiation also appears similar to 2D cases, though tension dependence is due to integrin ligation rather than spreading [36].

Inhibition of several kinases known to be inhibited by staurosporine fails to differentiate RGC-5 cells, and examination of the kinome associated with staurosporine-dependent differentiation has been unhelpful so far.

Here, we tested the hypothesis that trapping of bacteria within microscopic pockets of an open system triggers density-dependent differentiation.

We conclude that spatial heterogeneity can promote density-dependent differentiation in open systems, and propose that the minimal quorum is determined by diffusive coupling to the environment through a trade-off between retaining autoinducers and accessing nutrients.

Furthermore, results indicated that the 'top-inout' design (as opposed to its symmetric counterpart) led to higher shear stress for the same media inlet rate (25 μl·h− 1), a feature that can be easily exploited to induce shear-dependent differentiation.

In this study we use a surface engineering approach to tap into the interaction between the cell and its surroundings in order to modulate osteogenic adhesion-dependent differentiation and bone tissue formation.