Cell crawling is an important biological phenomenon underlying coordinated cell movement in morphogenesis, cancer, and wound healing. In recent decades the process of cell crawling has been experimentally and theoretically dissected into further subprocesses: protrusion of the cell at its leading edge, retraction of the cell body, and graded adhesion. A number of one-dimensional (1-D) models explain successfully a proximal-distal organization and movement of the motile cell. However, more adequate two-dimensional (2-D) models are lacking. We propose a multiscale 2-D computational model of the lamellipodium (motile appendage) of a simply shaped, rapidly crawling fish keratocyte cell. We couple submodels of (i) protrusion and adhesion at the ...
AbstractIt is plain enough that a horse is made for running, but similar statements about motile cel...
Cell migration is one of the most intriguing areas in cell biology and has attracted many interdisci...
The ability of cells to move through their environment and spread on surfaces is fundamental to a ho...
Cell crawling is an important biological phenomenon underlying coordinated cell movement in morphoge...
AbstractCrawling of eukaryotic cells on flat surfaces is underlain by the protrusion of the actin ne...
Cell movement is a complex phenomenon that is fundamental to many physiological and disease processe...
Crawling motion is characteristic of most animal cells and is principally based on actin-myosin II c...
AbstractThe lamellipod, the locomotory region of migratory cells, is shaped by the balance of protru...
The lamellipod, the locomotory region of migratory cells, is shaped by the balance of protrusion and...
AbstractMany complex cellular processes from mitosis to cell motility depend on the ability of the c...
Crawling cell motility is characteristic of most animal cells and is involved in many important biol...
Cell migration is a complex process involving many intracellular and extracellular factors, with dif...
<div><p>Cell migration is a complex process involving many intracellular and extracellular factors, ...
In this paper a minimal, one–dimensional, two–phase, viscoelastic, reactive, flow model for a crawli...
AbstractWe develop a mathematical model that describes key details of actin dynamics in protrusion a...
AbstractIt is plain enough that a horse is made for running, but similar statements about motile cel...
Cell migration is one of the most intriguing areas in cell biology and has attracted many interdisci...
The ability of cells to move through their environment and spread on surfaces is fundamental to a ho...
Cell crawling is an important biological phenomenon underlying coordinated cell movement in morphoge...
AbstractCrawling of eukaryotic cells on flat surfaces is underlain by the protrusion of the actin ne...
Cell movement is a complex phenomenon that is fundamental to many physiological and disease processe...
Crawling motion is characteristic of most animal cells and is principally based on actin-myosin II c...
AbstractThe lamellipod, the locomotory region of migratory cells, is shaped by the balance of protru...
The lamellipod, the locomotory region of migratory cells, is shaped by the balance of protrusion and...
AbstractMany complex cellular processes from mitosis to cell motility depend on the ability of the c...
Crawling cell motility is characteristic of most animal cells and is involved in many important biol...
Cell migration is a complex process involving many intracellular and extracellular factors, with dif...
<div><p>Cell migration is a complex process involving many intracellular and extracellular factors, ...
In this paper a minimal, one–dimensional, two–phase, viscoelastic, reactive, flow model for a crawli...
AbstractWe develop a mathematical model that describes key details of actin dynamics in protrusion a...
AbstractIt is plain enough that a horse is made for running, but similar statements about motile cel...
Cell migration is one of the most intriguing areas in cell biology and has attracted many interdisci...
The ability of cells to move through their environment and spread on surfaces is fundamental to a ho...