SummaryWhereas high-avidity recognition of peptide-MHC complexes by developing T cells in the thymus results in deletion and promotes self-tolerance, such recognition by mature T cells in the periphery results in activation and clonal expansion. This dichotomy represents the basis of a dilemma that has stumped immunologists for many years, how are self-specific T cells tolerized in the periphery? There appear to be two important criteria used to achieve this goal. The first is that in the absence of inflammatory pathogens, tolerance is promoted when T cells recognize antigen presented by quiescent dendritic cells (DCs) expressing low levels of costimulatory molecules. A second critical factor that defines “self” and drives tolerance through...
peer reviewedBefore reacting against non-self infectious agents, the immune system is educated to t...
AbstractThe establishment and maintenance of immunological tolerance entails both central and periph...
AbstractMemory T cells differ from naive T cells in that they respond more rapidly and in greater nu...
SummaryCD8+ T cell tolerance, although essential for preventing autoimmunity, poses substantial obst...
It has been shown that self-reactive T cells can be detected in the periphery. In this issue of Immu...
Peripheral tolerance to developmentally regulated antigens is necessary to sustain tissue homeostasi...
Central and peripheral tolerance prevent autoimmunity by deleting the most aggressive CD8(+) T cells...
SummaryT cells causing autoimmunity must escape tolerance. We observed that CD8+ T cells with high a...
Selection in the thymus restricted by MHC and self-peptide shapes the diverse reactivities of the T-...
T cells recognizing self proteins exist without causing autoimmunity in healthy individuals. These a...
Induction of peripheral tolerance by steady-state peripheral dendritic cells (DCs) presenting self a...
Rearrangement of the antigen-specific lymphocyte receptor genes generates repertoire of T and B cell...
SummaryIn the thymus, high-affinity, self-reactive thymocytes are eliminated from the pool of develo...
AbstractIn the absence of thymic emigration, the peripheral T cell pool is maintained by division of...
T cell tolerance to self-antigens is believed to be achieved in a two-step process. The first step, ...
peer reviewedBefore reacting against non-self infectious agents, the immune system is educated to t...
AbstractThe establishment and maintenance of immunological tolerance entails both central and periph...
AbstractMemory T cells differ from naive T cells in that they respond more rapidly and in greater nu...
SummaryCD8+ T cell tolerance, although essential for preventing autoimmunity, poses substantial obst...
It has been shown that self-reactive T cells can be detected in the periphery. In this issue of Immu...
Peripheral tolerance to developmentally regulated antigens is necessary to sustain tissue homeostasi...
Central and peripheral tolerance prevent autoimmunity by deleting the most aggressive CD8(+) T cells...
SummaryT cells causing autoimmunity must escape tolerance. We observed that CD8+ T cells with high a...
Selection in the thymus restricted by MHC and self-peptide shapes the diverse reactivities of the T-...
T cells recognizing self proteins exist without causing autoimmunity in healthy individuals. These a...
Induction of peripheral tolerance by steady-state peripheral dendritic cells (DCs) presenting self a...
Rearrangement of the antigen-specific lymphocyte receptor genes generates repertoire of T and B cell...
SummaryIn the thymus, high-affinity, self-reactive thymocytes are eliminated from the pool of develo...
AbstractIn the absence of thymic emigration, the peripheral T cell pool is maintained by division of...
T cell tolerance to self-antigens is believed to be achieved in a two-step process. The first step, ...
peer reviewedBefore reacting against non-self infectious agents, the immune system is educated to t...
AbstractThe establishment and maintenance of immunological tolerance entails both central and periph...
AbstractMemory T cells differ from naive T cells in that they respond more rapidly and in greater nu...