AbstractStudies of T cell anergy in vitro have led to the widely accepted view that anergy is induced by T cell antigen recognition without costimulation. We show that the induction of T cell anergy in vivo is due to an abortive T cell response that requires recognition of B7 molecules, since blocking B7 maintains T cells in an unactivated but functionally competent state. Furthermore, the induction of anergy is prevented by blocking CTLA-4, the inhibitory T cell receptor for B7 molecules. Thus, in vivo T cell anergy may be induced not because of a lack of costimulation, but as a result of specific recognition of B7 molecules by CTLA-4. In contrast, blocking CD28 on T cells prevents priming but not the induction of tolerance. Therefore, the...
The balance of T-cell proliferation, anergy and apoptosis is central to immune function. In this reg...
B cells have been shown in various animal models to induce immunological tolerance leading to reduce...
Some self-reactive T cells avoid thymic tolerance and become mature peripheral cells. Nevertheless, ...
AbstractThe requirement for CTLA-4 during the induction of peripheral T cell tolerance in vivo was i...
Mucosal and systemic administrations of high dose antigens induce long-lasting peripheral T cell tol...
Although self-reactive T-cell precursors can be eliminated upon recognition of self-antigen presente...
Anti-CD3 mAbs are potent immunosuppressive agents used in clinical transplantation. It has been gene...
Over the last five years it has become increasingly clear that the peripheral immune system can main...
Current models suggest that T cells that receive only signal-1 through antigenic stimulation of the ...
Interaction of CD28/CTLA-4 on T cells with B7 on antigen-presenting cells constitutes an important c...
Activation of T lymphocytes requires the recognition of peptide–major histocompatibility complexes (...
Over the last five years it has become increasingly clear that the peripheral immune system can main...
AbstractCurrent models suggest that T cells that receive only signal-1 through antigenic stimulation...
Recent studies have implicated the cell surface receptor Programmed Death-1 (PD-1) in numerous model...
Engagement of the TCR/CD3 complex together with ligation of CD28 by its counterstructures B7-1 (CD80...
The balance of T-cell proliferation, anergy and apoptosis is central to immune function. In this reg...
B cells have been shown in various animal models to induce immunological tolerance leading to reduce...
Some self-reactive T cells avoid thymic tolerance and become mature peripheral cells. Nevertheless, ...
AbstractThe requirement for CTLA-4 during the induction of peripheral T cell tolerance in vivo was i...
Mucosal and systemic administrations of high dose antigens induce long-lasting peripheral T cell tol...
Although self-reactive T-cell precursors can be eliminated upon recognition of self-antigen presente...
Anti-CD3 mAbs are potent immunosuppressive agents used in clinical transplantation. It has been gene...
Over the last five years it has become increasingly clear that the peripheral immune system can main...
Current models suggest that T cells that receive only signal-1 through antigenic stimulation of the ...
Interaction of CD28/CTLA-4 on T cells with B7 on antigen-presenting cells constitutes an important c...
Activation of T lymphocytes requires the recognition of peptide–major histocompatibility complexes (...
Over the last five years it has become increasingly clear that the peripheral immune system can main...
AbstractCurrent models suggest that T cells that receive only signal-1 through antigenic stimulation...
Recent studies have implicated the cell surface receptor Programmed Death-1 (PD-1) in numerous model...
Engagement of the TCR/CD3 complex together with ligation of CD28 by its counterstructures B7-1 (CD80...
The balance of T-cell proliferation, anergy and apoptosis is central to immune function. In this reg...
B cells have been shown in various animal models to induce immunological tolerance leading to reduce...
Some self-reactive T cells avoid thymic tolerance and become mature peripheral cells. Nevertheless, ...