AbstractVinculin, discovered in 1979 (Geiger, 1979), is an adapter protein with binding sites for more than 15 proteins. Biochemical and structural analyses have contributed to detailed knowledge about potential binding partners and the understanding of how their binding may be regulated. Despite all this information the molecular basis of how vinculin acts in cells and controls a wide variety of signals remains elusive. This review aims to highlight recent discoveries with an emphasis on how vinculin is involved in the coordination of a network of signals
Sites where cells adhere to the extracellular matrix are rich in integrins, the major cell surface a...
SummaryBackgroundCells sense the extracellular environment using adhesion receptors (integrins) link...
<p>Dynamic processes such as morphogenesis and tissue patterning require the precise control of many...
AbstractVinculin, discovered in 1979 (Geiger, 1979), is an adapter protein with binding sites for mo...
BACKGROUND: Cells sense the extracellular environment using adhesion receptors (integrins) linked to...
AbstractExternal forces play a key role in shaping development and normal physiology. Aberrant respo...
Vinculin and paxillin are proteins that localise to focal adhesions. Focal adhesions are specialised...
AbstractVinculin, and its splice variant metavinculin, are scaffolding proteins that localize to cel...
Abstract Background Maintaining proper adhesion between neighboring cells depends on the ability of ...
Abstract Background Maintaining proper adhesion between neighboring cells depends on the ability of ...
AbstractVinculin binds to multiple focal adhesion and cytoskeletal proteins and has been implicated ...
AbstractBackground: Focal adhesion sites are cell–matrix contacts that are regulated by phosphatidyl...
AbstractAlterations in the actin cytoskeleton following the formation of cell-matrix and cell-cell j...
ABSTRACT Vinculin binds to multiple focal adhesion and cytoskeletal proteins and has been implicated...
Focal adhesions are dynamic constructs at the leading edge of migrating cells, linking them to the e...
Sites where cells adhere to the extracellular matrix are rich in integrins, the major cell surface a...
SummaryBackgroundCells sense the extracellular environment using adhesion receptors (integrins) link...
<p>Dynamic processes such as morphogenesis and tissue patterning require the precise control of many...
AbstractVinculin, discovered in 1979 (Geiger, 1979), is an adapter protein with binding sites for mo...
BACKGROUND: Cells sense the extracellular environment using adhesion receptors (integrins) linked to...
AbstractExternal forces play a key role in shaping development and normal physiology. Aberrant respo...
Vinculin and paxillin are proteins that localise to focal adhesions. Focal adhesions are specialised...
AbstractVinculin, and its splice variant metavinculin, are scaffolding proteins that localize to cel...
Abstract Background Maintaining proper adhesion between neighboring cells depends on the ability of ...
Abstract Background Maintaining proper adhesion between neighboring cells depends on the ability of ...
AbstractVinculin binds to multiple focal adhesion and cytoskeletal proteins and has been implicated ...
AbstractBackground: Focal adhesion sites are cell–matrix contacts that are regulated by phosphatidyl...
AbstractAlterations in the actin cytoskeleton following the formation of cell-matrix and cell-cell j...
ABSTRACT Vinculin binds to multiple focal adhesion and cytoskeletal proteins and has been implicated...
Focal adhesions are dynamic constructs at the leading edge of migrating cells, linking them to the e...
Sites where cells adhere to the extracellular matrix are rich in integrins, the major cell surface a...
SummaryBackgroundCells sense the extracellular environment using adhesion receptors (integrins) link...
<p>Dynamic processes such as morphogenesis and tissue patterning require the precise control of many...