An individual cell has over one billion proteins, of which ten percent form part of signaling pathways and networks, and none of them is exclusive for a single pathway. Thus, pathway components need to be partially preorganized so that signal transduction is not limited by the diffusion kinetics of individual molecules. These molecules need to be organized into complexes that will affect timing, location, and even specificity and magnitude of a single response, such as to growth factors or protection against DNA damage, for example. Thus, there is a cellular need to organize pathways both in time and space, a role that is achieved by scaffold proteins.Peer Reviewe
Signaling cascades, in addition to proteins with obvious signaling-relevant activities (e.g. protein...
Cellular signaling is an area of intense research that transcends all fields of experimental biology...
The mitogen-activated protein kinase (MAPK) signaling pathway, which is conserved from yeast to huma...
The spatial and temporal organization of molecules within a cell is critical for coordinating the ma...
<div><p>Scaffold proteins play a crucial role in facilitating signal transduction in eukaryotes by b...
Scaffold proteins influence cellular signalling by binding to multiple signalling enzymes, receptors...
Scaffold proteins play a crucial role in facilitating signal transduction in eukaryotes by bring-ing...
AbstractCells coordinate and integrate various functional modules that control their dynamics, intra...
Cells must give the right response to each stimulus they receive. Scaffolding, a signaling process m...
<p>(<i>A</i>) Number of pathways related to scaffold proteins. 408 pathways (67.4%) are found to be ...
Scaffold proteins organize many MAP kinase pathways by interacting with several components of these ...
In addition to preventing crosstalk among related signaling pathways, scaffold proteins might facili...
Interactions between proteins control molecular functions such as signalling or metabolic activity. ...
Signal transduction can be defined as the coordinated relay of messages derived from extracellular c...
AbstractScaffold proteins organize many MAP kinase pathways by interacting with several components o...
Signaling cascades, in addition to proteins with obvious signaling-relevant activities (e.g. protein...
Cellular signaling is an area of intense research that transcends all fields of experimental biology...
The mitogen-activated protein kinase (MAPK) signaling pathway, which is conserved from yeast to huma...
The spatial and temporal organization of molecules within a cell is critical for coordinating the ma...
<div><p>Scaffold proteins play a crucial role in facilitating signal transduction in eukaryotes by b...
Scaffold proteins influence cellular signalling by binding to multiple signalling enzymes, receptors...
Scaffold proteins play a crucial role in facilitating signal transduction in eukaryotes by bring-ing...
AbstractCells coordinate and integrate various functional modules that control their dynamics, intra...
Cells must give the right response to each stimulus they receive. Scaffolding, a signaling process m...
<p>(<i>A</i>) Number of pathways related to scaffold proteins. 408 pathways (67.4%) are found to be ...
Scaffold proteins organize many MAP kinase pathways by interacting with several components of these ...
In addition to preventing crosstalk among related signaling pathways, scaffold proteins might facili...
Interactions between proteins control molecular functions such as signalling or metabolic activity. ...
Signal transduction can be defined as the coordinated relay of messages derived from extracellular c...
AbstractScaffold proteins organize many MAP kinase pathways by interacting with several components o...
Signaling cascades, in addition to proteins with obvious signaling-relevant activities (e.g. protein...
Cellular signaling is an area of intense research that transcends all fields of experimental biology...
The mitogen-activated protein kinase (MAPK) signaling pathway, which is conserved from yeast to huma...