A Model of Fission-Yeast Cell Shape Driven by Membrane-Bound GrowthFactors Drake, T., Vavylonis, D.: Model of fission yeast cell shape driven by membrane-bound growth factors and the cytoskeleton. PLoS computational biology 9... T Drake,D Vavylonis - 《Biophysical Journal》 被引量: 29发...
Cell model of biporous medium (membrane)VasinS. I.FilippovA. N.SheryshevaE. E.COLLOID JOURNAL C/C OF KOLLOIDNYI ZHURNALYadav, P.K., Filippov, A., Sherysheva, E.: Cell model of biporous medium (membrane). Colloid J. 73, 303-308 (2011)...
Fig. 1. The Fluid—Mosaic Membrane Model of biological membrane structure, as originally proposed in 1972. In this cross-sectional submicro- or nano-sized structural view of a cell membrane the solid bodies with stippled cut surfaces represent globular integral membrane proteins, which at intermedia...
A humanRBChas no nucleus and primarily consists of acell membraneand cytoplasm of the hemoglobin solution (Freund, 2014;Mohandas and Gallagher, 2008). The membrane is mainly composed bylipid bilayerand cytoskeletal elasticspectrinnetwork. The membrane mechanical property is thus determined by lipid bil...
Investigates the development of a thermodynamic model of membrane humidifiers for controlling the humidification of polymer electrolyte membrane fuel cell system. Modeling of the pressure, flow rate, temperature and relative humidity of the air flow; Use of the model to analyze transient response and ...
Model: cell structure A finite element-based cell model consisting of membrane, cytoskeleton and cytoplasm is established and then used to simulate the viscoelastic responses of the cell between two microplates, as in experiments12,13. In the cytoskeleton, microtubules (MTs) emanate from the centroid...
membrane potential during the interspike intervals within the burst. Here we perform a bifurcation analysis of a slightly modified version of that model to elucidate the mechanism in a reduced single-compartment model, and then we show that it is viable in a morphologically realistic model as well...
of endothelial cells into blood vessel sprouts. To answer this question, cell-based computational models take asinputa set of measurable and quantifiable behaviors and the responses of individual cells to chemical and mechanical cues from the microenvironment. Theoutputof the model is a prediction of...
fine tube of membrane material which filled up with cytoplasm and DNA as the cell grew. The presence of these fine tubes of membrane has been described in previousL-form publications (e.g.,16,17), although their nature and biological significance is unclear....
The bilayer structure posited explains how a cell membrane maintains a critical barrier function while it simultaneously facilitates rapid lateral diffusion of proteins and lipids within the planar membrane surface. Some biological processes, however, are not compatible with a classic phospholipid ...