AbstractIn order to decide where to exit blood vessels and enter tissues, leukocytes roll along endothelial surfaces. Recent studies suggest that an ‘automatic braking system’ (ABS), involving selectin cell-adhesion molecules, enables leukocytes to roll at a fairly constant velocity despite large variations in blood flow rate
AbstractLeukocyte locomotion over the lumen of inflamed endothelial cells is a critical step, follow...
AbstractRolling leukocytes deform and show a large area of contact with endothelium under physiologi...
AbstractRolling allows leukocytes to maintain adhesion to vascular endothelium and to molecularly co...
AbstractIn order to decide where to exit blood vessels and enter tissues, leukocytes roll along endo...
At the onset of inflammation, 20–80% of all leukocytes passing postcapillary venules roll along the ...
AbstractFlow-enhanced cell adhesion is a counterintuitive phenomenon that has been observed in sever...
AbstractSelectins constitute a family of proteins that mediate leukocyte tethering and rolling along...
Cell rolling adhesion is a mode of passive directional migration under flow used by a variety of pro...
AbstractThe firm arrest of leukocytes to the endothelium during inflammation is known to be mediated...
AbstractThe selectin family of adhesion molecules mediates attachment and rolling of neutrophils to ...
AbstractLeukocyte adhesion to endothelium requires specialized mechanisms for contact initiation und...
AbstractLeukocyte recruitment to sites of inflammation is initiated by their tethering and rolling o...
AbstractDuring inflammation, flowing leukocytes tether to and roll on vascular surfaces through the ...
The adhesion of moving cells to receptor-bearing surfaces is a key step to many important biological...
Leukocyte recruitment to tissues is a key component in the inflammatory process.In order for circula...
AbstractLeukocyte locomotion over the lumen of inflamed endothelial cells is a critical step, follow...
AbstractRolling leukocytes deform and show a large area of contact with endothelium under physiologi...
AbstractRolling allows leukocytes to maintain adhesion to vascular endothelium and to molecularly co...
AbstractIn order to decide where to exit blood vessels and enter tissues, leukocytes roll along endo...
At the onset of inflammation, 20–80% of all leukocytes passing postcapillary venules roll along the ...
AbstractFlow-enhanced cell adhesion is a counterintuitive phenomenon that has been observed in sever...
AbstractSelectins constitute a family of proteins that mediate leukocyte tethering and rolling along...
Cell rolling adhesion is a mode of passive directional migration under flow used by a variety of pro...
AbstractThe firm arrest of leukocytes to the endothelium during inflammation is known to be mediated...
AbstractThe selectin family of adhesion molecules mediates attachment and rolling of neutrophils to ...
AbstractLeukocyte adhesion to endothelium requires specialized mechanisms for contact initiation und...
AbstractLeukocyte recruitment to sites of inflammation is initiated by their tethering and rolling o...
AbstractDuring inflammation, flowing leukocytes tether to and roll on vascular surfaces through the ...
The adhesion of moving cells to receptor-bearing surfaces is a key step to many important biological...
Leukocyte recruitment to tissues is a key component in the inflammatory process.In order for circula...
AbstractLeukocyte locomotion over the lumen of inflamed endothelial cells is a critical step, follow...
AbstractRolling leukocytes deform and show a large area of contact with endothelium under physiologi...
AbstractRolling allows leukocytes to maintain adhesion to vascular endothelium and to molecularly co...
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