Considerable progress has recently been made in understanding the structure and ligand interactions of the T-cell antigen CD2, to the extent that CD2 is now a useful paradigm for considering the structural basis of cell-cell recognition. Here, Simon Davis and Anton van der Merwe review the new data and consider their implications for T-cell function in the context of CD2-knockout experiments
T cells expressing CD4 recognize antigens presented by class II following the contact of CD4 with no...
The glycoprotein CD2 is a costimulatory receptor expressed mainly on T and NK cells that binds to LF...
ABSTRACT: Human CD2 is a transmembrane cell surface glycoprotein found on T lymphocytes and natural ...
Rapid progress has recently been made in characterising the structures of leukocyte cell-surface mol...
BACKGROUND: The T-lymphocyte cell-surface molecule, CD2, was the first heterophilic cell-adhesion mo...
AbstractBackground: The T-lymphocyte cell-surface molecule, CD2, was the first heterophilic cell-adh...
BACKGROUND: The T-lymphocyte antigen CD2 is an adhesion molecule implicated in immune responses in v...
T LYMPHOCYTES can be activated by various stimuli directed either against the T-cell antigen recepto...
The binding of the cell surface molecule CD58 (formerly lymphocyte function-associated antigen 3) to...
International audienceCD2 is largely described to promote T cell activation when engaged by its liga...
Considerable progress has been made in characterizing four key sets of interactions controlling anti...
The CD2 receptor on T lymphocytes is essential for T cell adhesion and stimulation by antigen presen...
CD2 (known also as T11 (ref. 1), LFA-2 (ref. 2) and the erythrocyte rosette receptor (ref. 3] is a f...
Insights into the structural basis of protein-protein recognition have come principally from the ana...
The T cell antigen receptor (TCR) and its ligand peptide-major histocompatibility complex (MHC) are ...
T cells expressing CD4 recognize antigens presented by class II following the contact of CD4 with no...
The glycoprotein CD2 is a costimulatory receptor expressed mainly on T and NK cells that binds to LF...
ABSTRACT: Human CD2 is a transmembrane cell surface glycoprotein found on T lymphocytes and natural ...
Rapid progress has recently been made in characterising the structures of leukocyte cell-surface mol...
BACKGROUND: The T-lymphocyte cell-surface molecule, CD2, was the first heterophilic cell-adhesion mo...
AbstractBackground: The T-lymphocyte cell-surface molecule, CD2, was the first heterophilic cell-adh...
BACKGROUND: The T-lymphocyte antigen CD2 is an adhesion molecule implicated in immune responses in v...
T LYMPHOCYTES can be activated by various stimuli directed either against the T-cell antigen recepto...
The binding of the cell surface molecule CD58 (formerly lymphocyte function-associated antigen 3) to...
International audienceCD2 is largely described to promote T cell activation when engaged by its liga...
Considerable progress has been made in characterizing four key sets of interactions controlling anti...
The CD2 receptor on T lymphocytes is essential for T cell adhesion and stimulation by antigen presen...
CD2 (known also as T11 (ref. 1), LFA-2 (ref. 2) and the erythrocyte rosette receptor (ref. 3] is a f...
Insights into the structural basis of protein-protein recognition have come principally from the ana...
The T cell antigen receptor (TCR) and its ligand peptide-major histocompatibility complex (MHC) are ...
T cells expressing CD4 recognize antigens presented by class II following the contact of CD4 with no...
The glycoprotein CD2 is a costimulatory receptor expressed mainly on T and NK cells that binds to LF...
ABSTRACT: Human CD2 is a transmembrane cell surface glycoprotein found on T lymphocytes and natural ...
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