The T cell and antigen-presenting cell communicate to initiate an immune response through formation of an immunological synapse. This specialized cell-cell junction is compartmentalized into adhesion molecule and T cell receptor enriched regions or SMACs. Distinct signals seem to be generated in the T cell receptor and adhesion molecule-dominated regions. This review focuses on how these distinct signaling pathways may be integrated within the T cell to set thresholds for T cell activation, proliferation, and survival
The immunological synapse is a stable adhesive junction between a polarized immune effector cell and...
T cell activation is based on interactions of T cell antigen receptors with MHC-peptide complexes in...
Immunological synapse is termed as a steady interface between immune cells (mainly T-lymphocyte) i.e...
Naïve T cell activation requires the interactions of antigen receptors, adhesion molecules and co-st...
T-cell activation requires interaction of T-cell antigen receptors with proteins of the major histoc...
Classical alphabeta T cells protect the host by monitoring intracellular and extracellular proteins ...
T cell activation requires engagement of the T cell receptor (TCR) with an immunogenic peptide bound...
The immunological synapse is a dynamic structure, formed between a T cell and one or more antigen-pr...
The immunological synapse is a specialized cell-cell junction between T cell and antigen-presenting ...
Adhesive interactions play important roles in coordinating T-cell migration and activation, specific...
Using specific cell surface receptors lymphocytes continuously sample their environment. Maturation ...
Classical αβ T cells protect the host by monitoring intracellular and extracellular proteins in a tw...
T cell activation requires interactions of T cell antigen receptors (TCR) and peptides presented by ...
During T-cell migration, cell polarity is orchestrated by chemokine receptors and adhesion molecules...
T cell activation requires interactions of T cell antigen receptors and peptides presented by major ...
The immunological synapse is a stable adhesive junction between a polarized immune effector cell and...
T cell activation is based on interactions of T cell antigen receptors with MHC-peptide complexes in...
Immunological synapse is termed as a steady interface between immune cells (mainly T-lymphocyte) i.e...
Naïve T cell activation requires the interactions of antigen receptors, adhesion molecules and co-st...
T-cell activation requires interaction of T-cell antigen receptors with proteins of the major histoc...
Classical alphabeta T cells protect the host by monitoring intracellular and extracellular proteins ...
T cell activation requires engagement of the T cell receptor (TCR) with an immunogenic peptide bound...
The immunological synapse is a dynamic structure, formed between a T cell and one or more antigen-pr...
The immunological synapse is a specialized cell-cell junction between T cell and antigen-presenting ...
Adhesive interactions play important roles in coordinating T-cell migration and activation, specific...
Using specific cell surface receptors lymphocytes continuously sample their environment. Maturation ...
Classical αβ T cells protect the host by monitoring intracellular and extracellular proteins in a tw...
T cell activation requires interactions of T cell antigen receptors (TCR) and peptides presented by ...
During T-cell migration, cell polarity is orchestrated by chemokine receptors and adhesion molecules...
T cell activation requires interactions of T cell antigen receptors and peptides presented by major ...
The immunological synapse is a stable adhesive junction between a polarized immune effector cell and...
T cell activation is based on interactions of T cell antigen receptors with MHC-peptide complexes in...
Immunological synapse is termed as a steady interface between immune cells (mainly T-lymphocyte) i.e...