Sentence examples for each cell contributes from inspiring English sources

In the second model, each cell contributes independently to fitness, and female fitness is assessed as the average of these contributions across all cells.

In this way each cell contributes to put together its own microenvironment that in turn stimulates it to fluctuate between the phenotypes until the most appropriate phenotypic state with low noise is found.

In the present model, each cell contributes 15 internal variables and 4 extracellular variables: these extracellular variables are the masses of oxygen, glucose, glutamine and lactate in the extracellular volume surrounding the cell.

In this way each cell contributes to put together its own microenvironment that in turn stimulates the fluctuation between the phenotypes until a state with low noise is found.

Unlike single, self-connected cells, in large networks each cell contributes a low amount of AMPA excitation and there is no reason to believe that most inputs coming from other cells arrive within the window opportunity for fast spiking referred to above.

Each cell contributes 2 values to this analysis because each attentional condition is independently compared with the fixation condition, so that sample size is 200 cases.

Cells in the model network are modeled as a set of first order differential equations, each cell contributing two state variables to the set: the instantaneous membrane potential (Vi) and a slow recovery current (Wi) dependent on membrane potential.

For determining the circular variance of a population of cells, the distribution in SF orientations was computed by summing the distributions from individual cells, with the histogram from each cell normalized so that each cell contributed equally to the total distribution.

Thus, the EV membrane presumably originates from the plasma membrane where each attached cell contributes its relative share of the EV membrane and its transmembrane proteins.

Although we cannot rule out the possibility that each neighboring cell contributes to the high signal intensity at cell junctions, in our view, the localization is polarized.

Our results confirmed and extended findings based on bulk cell measurements, namely, that the presence of these enhancers leads to increased transcription rates, but we were also able to investigate how each individual cell contributes to the output.