Sentence examples for capabilities of a cell from inspiring English sources

Flux balance analysis (FBA) [ 10] is a computational method to gain insight into the metabolic behavior and capabilities of a cell.

In this particular case, knowledge of the metabolic network alone is not quite sufficient to predict the metabolic capabilities of a cell.

Since ExPas characterize the limits on the capabilities of a cell's metabolic system [ 13], ExPa analysis will reveal systemic properties of metabolism [ 14].

Human cell culture models further support a mechanism in which YAP or TEAD over-expression leads to an increase in the proliferation capability of a cell [14, 49].

Misregulation of Polycomb protein levels often leads to either a block or unscheduled activation of developmental pathways, thereby enhancing the proliferation capability of a cell.

The capability of a cell bound biosurfactant produced by Lactobacillus pentosus, to accelerate the bioremediation of a hydrocarbon-contaminated soil, was compared with a synthetic anionic surfactant (sodium dodecyl sulphate SDS-).

For example, at scales on the order of the cell diameter, growth of a planktonic species is a function of the diffusion-limited supply of substrates to the cell membrane and the physiological capability of a cell to take up and assimilate nutrients.

Eventually, based on the apoptotic capability of a cell and its regenerative potential, COX dysfunction may result in an efficient elimination of damaged cells and in tissue renovation in some tissues (e.g. liver) or accumulation of dysfunctional cells and progressive decline in tissue function (e.g. muscle).

Sphere-forming assays (SFA) are believed to evaluate the differentiation and self-renewal capabilities of a tumor cell population by assessing the potential of a tumor cell to behave like a stem cell, and are widely used in stem cell studies [ 37].

Although it is not yet possible to create a mechanistic model of the molecular interaction network involving all gene products, the metabolic capabilities of a whole cell can already be mechanistically simulated using constraint-based methods (CBM) (Lewis et al., 2012; Price et al., 2004).

Mr. Kempton is helping to explore the V2G capabilities of a fuel-cell bus and battery-electric vehicles.