Sentence examples for model cell growth from inspiring English sources

For example these equations are used to model cell growth and the dynamics of populations [4, 6 9], dry friction [10], tumor growth [11], and the phenomenon of nuclear disintegration [12] and the transition from HIV to AIDS [13] under uncertainty.

In the model, cell growth rate is directly related to the number of active RNA polymerases.

Results obtained by modeling cell growth and consumption of main substrates showed that the dynamics of intracellular metabolite pools is primarily linked to the dynamics of specific glucose and glutamine uptake rates.

For this, we modeled cell growth and division in the asymmetrically growing budding yeast S. cerevisiae.

That is, if the density of total cells (i.e. T t)+ I t)) is low, then the growth rate is approximately g, but if the density is high (i.e., around maximum density, T max ), then the growth rate becomes 0, which models cell growth arrest.

The proposed method utilizes two computational models; the first model represents cell growth patterns whereas the second model determines optimal initial cell seeding positions for adherent cell expansions.

The logistic model for cell growth, the Luedeking Piret model for lipase production and a modified Luedeking Piret model for substrate utilisation were found to accurately predict the fermentation kinetics.

Sensitivity values computed for both the original model and the extended model including cell growth revealed that both molecular and physiological parameters showed high sensitivity.

When compared to relative tissue mass recovery, this model fails to match the mass recovery dynamics accurately: specifically, the model without cell growth fails to capture the experimental observation that the rat liver doubles in mass by 24 h post hepatectomy (Fig.  2, "No cell growth" & "Experimental data") [ 13, 16].

The individual-based fitness model followed cell growth in a three-dimensional simulation grid of 100 × 100 × 300 cells with periodic boundary conditions along the x and y directions.

To do so, we constructed individual-based models of cell evolution within a neoplasm and a stage-structured analytical model of cell growth and differentiation.