SummaryDeveloping T cells express diverse antigen receptors whose specificities are not prematched to the foreign antigens they eventually encounter. Past experiments have revealed that thymocytes must productively signal in response to self antigens to mature and enter the peripheral T cell pool (positive selection), but how this process enhances effective mature T cell responses to foreign antigen is not fully understood. Here we have documented an unsuspected connection between thymic recognition events and foreign antigen-driven T cell responses. We find that the strength of self-reactivity is a clone-specific property unexpectedly directly related to the strength of T cell receptor (TCR) binding to presented foreign antigen. T cells wi...
AbstractTo understand how thymic selection gives rise to T cells that are capable of major histocomp...
SummaryIn the thymus, high-affinity, self-reactive thymocytes are eliminated from the pool of develo...
It has been shown that self-reactive T cells can be detected in the periphery. In this issue of Immu...
SummaryDeveloping T cells express diverse antigen receptors whose specificities are not prematched t...
AbstractTo understand how thymic selection gives rise to T cells that are capable of major histocomp...
AbstractPositive selection to self-MHC/peptide complexes has long been viewed as a device for skewin...
AbstractCD4+CD8+ thymocyte differentiation requires TCR signaling induced by self-peptide/MHC ligand...
To support effective host defense, the T cell repertoire must balance breadth of recognition with se...
AbstractIn the thymus, positive and negative selection shape the T cell repertoire. It has previousl...
AbstractAlthough the thymus produces many immature thymocytes, few of these cells mature. Positive s...
AbstractPeripheral T cell maintenance requires a survival signal delivered upon T cell receptor (TCR...
AbstractT cell antigen receptors (TCRs) on mature T cells react with peptide antigens presented by s...
Adaptive immune recognition is mediated by the binding of peptide–human leukocyte antigen complexes ...
AbstractAn important issue for immunologists is the difference between the two main processes that d...
AbstractTo characterize the ligand binding properties of a naive T cell repertoire capable of respon...
AbstractTo understand how thymic selection gives rise to T cells that are capable of major histocomp...
SummaryIn the thymus, high-affinity, self-reactive thymocytes are eliminated from the pool of develo...
It has been shown that self-reactive T cells can be detected in the periphery. In this issue of Immu...
SummaryDeveloping T cells express diverse antigen receptors whose specificities are not prematched t...
AbstractTo understand how thymic selection gives rise to T cells that are capable of major histocomp...
AbstractPositive selection to self-MHC/peptide complexes has long been viewed as a device for skewin...
AbstractCD4+CD8+ thymocyte differentiation requires TCR signaling induced by self-peptide/MHC ligand...
To support effective host defense, the T cell repertoire must balance breadth of recognition with se...
AbstractIn the thymus, positive and negative selection shape the T cell repertoire. It has previousl...
AbstractAlthough the thymus produces many immature thymocytes, few of these cells mature. Positive s...
AbstractPeripheral T cell maintenance requires a survival signal delivered upon T cell receptor (TCR...
AbstractT cell antigen receptors (TCRs) on mature T cells react with peptide antigens presented by s...
Adaptive immune recognition is mediated by the binding of peptide–human leukocyte antigen complexes ...
AbstractAn important issue for immunologists is the difference between the two main processes that d...
AbstractTo characterize the ligand binding properties of a naive T cell repertoire capable of respon...
AbstractTo understand how thymic selection gives rise to T cells that are capable of major histocomp...
SummaryIn the thymus, high-affinity, self-reactive thymocytes are eliminated from the pool of develo...
It has been shown that self-reactive T cells can be detected in the periphery. In this issue of Immu...