<p>(A) The directedness of CL 1-5 cell electrotaxis and random migration in medium with or without 4nM Erbitux and with or without EGF stimulations. (B) The speed of CL 1-5 cell electrotaxis and random migration in medium with or without 4nM Erbitux and with or without subsequent EGF stimulation.</p
Electrotaxis is the cell migration induced by the presence of an external electric field (EF). It ha...
Cells have the ability to detect electric fields and respond to them with directed migratory movemen...
<p>a- <i>E</i> = 10 mV/mm and b- <i>E</i> = 100 mV/mm. The cell elongation and CMI reaches a maximum...
<p>(A) CL 1-5 under 300mV/mm dcEF shows anodal electrotaxis. Cell tracks with end positions to the r...
Electrotaxis is the cell migration in the presence of an electric field (EF). This migration is para...
Cell motility is important in embryonic development, wound-healing, and the metastasis of cancer. Th...
<p>Mouse fibroblasts attached to the galvanotaxis chamber were exposed to a direct current electric ...
Background Directed cell migration can be driven by a range of external stimuli, such as spatial gra...
Physiological electric field (EF) plays a pivotal role in tissue development and regeneration. In vi...
<p>Variation of the maximum cell elongation, <i>ϵ</i><sub>elong</sub>, versus thermotaxis, chemotaxi...
AbstractDirect current (DC) stimulation can be used to influence the orientation and migratory behav...
Physiological electric field (EF) plays a pivotal role in tissue development and regeneration. In vi...
<p>The cAMP wave travels from the right to the left (as shown in the top panel, where <i>c</i> is cA...
Understanding the mechanism of cell migration and interaction with the microenvironment is not only ...
Direct current (DC) electrical stimulation has been shown to have remarkable effects on regulating c...
Electrotaxis is the cell migration induced by the presence of an external electric field (EF). It ha...
Cells have the ability to detect electric fields and respond to them with directed migratory movemen...
<p>a- <i>E</i> = 10 mV/mm and b- <i>E</i> = 100 mV/mm. The cell elongation and CMI reaches a maximum...
<p>(A) CL 1-5 under 300mV/mm dcEF shows anodal electrotaxis. Cell tracks with end positions to the r...
Electrotaxis is the cell migration in the presence of an electric field (EF). This migration is para...
Cell motility is important in embryonic development, wound-healing, and the metastasis of cancer. Th...
<p>Mouse fibroblasts attached to the galvanotaxis chamber were exposed to a direct current electric ...
Background Directed cell migration can be driven by a range of external stimuli, such as spatial gra...
Physiological electric field (EF) plays a pivotal role in tissue development and regeneration. In vi...
<p>Variation of the maximum cell elongation, <i>ϵ</i><sub>elong</sub>, versus thermotaxis, chemotaxi...
AbstractDirect current (DC) stimulation can be used to influence the orientation and migratory behav...
Physiological electric field (EF) plays a pivotal role in tissue development and regeneration. In vi...
<p>The cAMP wave travels from the right to the left (as shown in the top panel, where <i>c</i> is cA...
Understanding the mechanism of cell migration and interaction with the microenvironment is not only ...
Direct current (DC) electrical stimulation has been shown to have remarkable effects on regulating c...
Electrotaxis is the cell migration induced by the presence of an external electric field (EF). It ha...
Cells have the ability to detect electric fields and respond to them with directed migratory movemen...
<p>a- <i>E</i> = 10 mV/mm and b- <i>E</i> = 100 mV/mm. The cell elongation and CMI reaches a maximum...