AbstractMany of the signaling pathways and regulatory systems in eukaryotic cells are controlled by proteins with multiple interaction domains that mediate specific protein–protein and protein–phospholipid interactions, and thereby determine the biological output of receptors for external and intrinsic signals. Here, we discuss the basic features of interaction domains, and suggest that rather simple binary interactions can be used in sophisticated ways to generate complex cellular responses
AbstractProteins involved in signaling pathways frequently contain one or more SH2 domains. New stru...
AbstractCellular functions are almost always the result of the coordinated action of several protein...
Selective ligand recognition by modular protein interaction domains is a primary determinant of spec...
AbstractMany of the signaling pathways and regulatory systems in eukaryotic cells are controlled by ...
AbstractOver the last two decades, a new and unifying concept of cellular organization has emerged i...
AbstractElucidating protein–protein interactions has been a central feature to understanding intrace...
Cell physiology is governed by an intricate mesh of physical and functional links among proteins, nu...
SummaryMultidomain proteins incorporating interaction domains are central to regulation of cellular ...
ll an duction systems. Designing and successfully introducing syn-thetic proteins into cellular path...
Cells are organized through the interactions of proteins with one another, and with phospholipids, n...
AbstractThe serendipitous discovery of the SH2 domain unleashed a sea-change in our conceptual molec...
AbstractNatural languages arise in an unpremeditated fashion resulting in words and syntax as indivi...
AbstractProtein interactions underlie all biological processes. An important class of protein intera...
Recognition of phosphotyrosine by SH2 domain-containing proteins is a key feature of signal transduc...
AbstractThe pleckstrin homology and C2 domains are modular protein structures involved in mediating ...
AbstractProteins involved in signaling pathways frequently contain one or more SH2 domains. New stru...
AbstractCellular functions are almost always the result of the coordinated action of several protein...
Selective ligand recognition by modular protein interaction domains is a primary determinant of spec...
AbstractMany of the signaling pathways and regulatory systems in eukaryotic cells are controlled by ...
AbstractOver the last two decades, a new and unifying concept of cellular organization has emerged i...
AbstractElucidating protein–protein interactions has been a central feature to understanding intrace...
Cell physiology is governed by an intricate mesh of physical and functional links among proteins, nu...
SummaryMultidomain proteins incorporating interaction domains are central to regulation of cellular ...
ll an duction systems. Designing and successfully introducing syn-thetic proteins into cellular path...
Cells are organized through the interactions of proteins with one another, and with phospholipids, n...
AbstractThe serendipitous discovery of the SH2 domain unleashed a sea-change in our conceptual molec...
AbstractNatural languages arise in an unpremeditated fashion resulting in words and syntax as indivi...
AbstractProtein interactions underlie all biological processes. An important class of protein intera...
Recognition of phosphotyrosine by SH2 domain-containing proteins is a key feature of signal transduc...
AbstractThe pleckstrin homology and C2 domains are modular protein structures involved in mediating ...
AbstractProteins involved in signaling pathways frequently contain one or more SH2 domains. New stru...
AbstractCellular functions are almost always the result of the coordinated action of several protein...
Selective ligand recognition by modular protein interaction domains is a primary determinant of spec...