Sentence examples for simulation of cell from inspiring English sources

The Virtual Cell (VCell) is a unique computational environment for modeling and simulation of cell biology.

We preserve the accuracy of numerical device simulations whilst reducing the time for a simulation of cell efficiency from potentially hours to milliseconds.

Kinetics data served as an input to a preliminary computational simulation of cell culture on a poly-ethylene terephthalate (PET) tracheal scaffold obtaining an efficient mass transfer at cell density of 106 cell/cm3.

The dynamic-spatial behavior of the nutrient species (oxygen) and the primary extra-cellular matrix product (GAG) are quantitatively described through the proposed model where the simulation of cell proliferation and its distribution within the polymeric scaffold is improved with respect to the existing literature by properly taking into account suitable population balances.

Prediction and simulation of cell culture behaviour, under different chemical and physical stimuli by a mathematical model, represent an innovative way to create a virtual cell laboratory, where it is possible to perform and optimize experimental protocol, saving time and money.

Based on simulation of cell distribution in droplets, we selected the average number of cells in each droplet to be five.

The evaluation of solid oxide fuel cell (SOFC) combined heat and power (CHP) system configurations for application in residential dwellings is explored through modeling and simulation of cell-stacks including the balance-of-plant equipment.

The simulation of cells, operated on partially reformed hydrocarbons, show that performance and degradation are influenced significantly by the operation temperature and applied potential.

The choice between global and local illumination triggering dissociation of the CID-mediated complex opens a wide range of applications, such as investigation of cell-compartment-associated signaling, and the simulation of cell-wide physiological and pathological signaling dynamics.

The effects of water transport on the kinetics of intracellular nucleation and crystal growth were elucidated by comparison of simulations of cell warming with simulations of devitrification in H2O-NaCl-glycerol droplets of constant size and composition.

Using models of cyclin-cdk, pRB, E2F's, p53, and G1 inhibitors we show that simulations of cell cycle populations and G1 arrest can be described by our biochemical approach.