Sentence examples for cells and static from inspiring English sources

In particular, optimal culture conditions resulted in significant increase in the total cross-sectional muscle area (∼3-fold), myofiber size (∼1.6-fold), myonuclei density (∼1.2-fold), and force generation (∼9-fold) compared to traditional use of freshly-isolated cells and static culture.

This assay correlated well with the number of viable cells in the well as reflected by increasing signals in proliferating cells and static signals in nondividing primary cell lines.

To accomplish this goal, the clearance of nine compounds by human hepatocytes was assessed while cultured under four different conditions: flow-based culture in the presence and absence of nonparenchymal cells, and static culture in the presence and absence of the nonparenchymal cells.

We explored the cellular and molecular mechanisms by which spatiotemporal coordination is achieved between the motile leader cells and epithelial static cells during WD elongation.

The close agreement between the live-cell imaging and static ET enabled us to estimate the critical and total concentration of tubulin subunits in fission yeast cells by calibrating the fluorescent intensity measurements to the total tubulin polymerised in ET reconstructions of the spindle (Table 1).

In this work, we have assessed the influence of scaffold pore architecture on cell seeding and static culturing, by comparing a computer designed gyroid architecture fabricated by stereolithography with a random pore architecture resulting from salt leaching.

In addition to TGFβ, a number of other regulators of CTGF expression have been identified, including vascular endothelial growth factor, tumor necrosis factor α, shear stress, cell stretch and static pressure, H2O2, O2 and NO.

The combination of its acoustic properties with the dimensions of the unit cell and its static mechanical properties makes it an interesting material for possibly several applications in civil and mechanical engineering, for instance as the core of an acoustically insulating sandwich panel.

By applying generalized kinetics and optimization for steady chemical units and fuel cells, the static and dynamic energy limits, the latter being linked with the notion of a generalized exergy, is evaluated.

The work shows cancer cells and normal cells respond to nanoparticle and static magnetic field in different ways.

These structural properties of the foam in turn govern the mechanical property of closed-cell aluminum foam and static compression tests were conducted to study the correlations between them.