AbstractPositive selection to self-MHC/peptide complexes has long been viewed as a device for skewing the T cell repertoire toward recognition of foreign peptides presented by self-MHC molecules. Here, we provide evidence for an alternative possibility, namely, that the self-peptides controlling positive selection in the thymus serve to maintain the longevity of mature T cells in the periphery. Surprisingly, when total T cell numbers are reduced, these self-ligands become overtly stimulatory and cause naive T cells to proliferate and undergo homeostatic expansion
AbstractThe central event in thymic selection of T cells bearing αβ TCRs is their interaction with s...
T cell homeostasis must be tightly controlled. In this issue of Immunity, Cho et al. (2010) describe...
SummaryImmature double-positive (CD4+CD8+) thymocytes respond to negatively selecting peptide-MHC li...
AbstractPeripheral T cell maintenance requires a survival signal delivered upon T cell receptor (TCR...
AbstractTo understand how thymic selection gives rise to T cells that are capable of major histocomp...
AbstractIn the absence of thymic emigration, the peripheral T cell pool is maintained by division of...
SummaryDeveloping T cells express diverse antigen receptors whose specificities are not prematched t...
AbstractCD4+CD8+ thymocyte differentiation requires TCR signaling induced by self-peptide/MHC ligand...
AbstractAlthough the thymus produces many immature thymocytes, few of these cells mature. Positive s...
AbstractThe influence of individual peptides in thymic selection was examined in H2-M− mice, in whic...
AbstractAn important issue for immunologists is the difference between the two main processes that d...
SummaryHow self-peptides displayed in the thymus contribute to the development of immunocompetent an...
The affinity for TCR interactions with self-peptide/MHC complexes (pMHC) in the thymus critically af...
Positive selection of CD4+ T cells requires the interaction of the T cell receptor (TCR) of double p...
AbstractIn the thymus, positive and negative selection shape the T cell repertoire. It has previousl...
AbstractThe central event in thymic selection of T cells bearing αβ TCRs is their interaction with s...
T cell homeostasis must be tightly controlled. In this issue of Immunity, Cho et al. (2010) describe...
SummaryImmature double-positive (CD4+CD8+) thymocytes respond to negatively selecting peptide-MHC li...
AbstractPeripheral T cell maintenance requires a survival signal delivered upon T cell receptor (TCR...
AbstractTo understand how thymic selection gives rise to T cells that are capable of major histocomp...
AbstractIn the absence of thymic emigration, the peripheral T cell pool is maintained by division of...
SummaryDeveloping T cells express diverse antigen receptors whose specificities are not prematched t...
AbstractCD4+CD8+ thymocyte differentiation requires TCR signaling induced by self-peptide/MHC ligand...
AbstractAlthough the thymus produces many immature thymocytes, few of these cells mature. Positive s...
AbstractThe influence of individual peptides in thymic selection was examined in H2-M− mice, in whic...
AbstractAn important issue for immunologists is the difference between the two main processes that d...
SummaryHow self-peptides displayed in the thymus contribute to the development of immunocompetent an...
The affinity for TCR interactions with self-peptide/MHC complexes (pMHC) in the thymus critically af...
Positive selection of CD4+ T cells requires the interaction of the T cell receptor (TCR) of double p...
AbstractIn the thymus, positive and negative selection shape the T cell repertoire. It has previousl...
AbstractThe central event in thymic selection of T cells bearing αβ TCRs is their interaction with s...
T cell homeostasis must be tightly controlled. In this issue of Immunity, Cho et al. (2010) describe...
SummaryImmature double-positive (CD4+CD8+) thymocytes respond to negatively selecting peptide-MHC li...