Regulatory T cells (TR cells) play a major role in controlling immune self reactivity. However, little is known about their occurrence and functions in early developmental stages. In this issue of the European Journal of Immunology, Cupedo et al. report the presence of functional CD4+CD25+ TR cells in the human fetus. In contrast to previous studies, the analysis is performed on fetal thymus, spleen and lymph node samples in addition to cord blood cells. Interestingly, TR cells are present in all these organs from 14 weeks of gestation, along with FoxP3 (forkhead box protein 3) RNA, a marker for naturally arising TR cells. The fetal TR cells show, however, phenotypic differences depending on their location, possibly because of variations in...
Regulatory T cells are a population of CD4+ T cells that play a critical role in peripheral toleranc...
Regulatory T cells (Tregs) are required to suppress inflammation and prevent autoimmunity. During fe...
International audienceIn this review, we first revisit the original concept of " suppressor T-cells ...
Little is known about the ontogeny of naturally occurring CD4CD25 regula-tory/suppressor T cells th...
The developing immune system has long been recognized to be uniquely prone to tolerance induction. H...
The developing human fetus generates both tolerogenic and protective immune responses in response to...
Establishment and maintenance of pregnancy represents a challenge for the maternal immune system sin...
During pregnancy, fetal tolerance has to be achieved without compromising the immune integrity of th...
Regulatory T (TR) cells are a subset of T cells that function to control immune responses. Different...
Adaptation of the maternal immune response to accommodate the semi-allogeneic fetus is necessary for...
Adaptation of the maternal immune response to accommodate the semi-allogeneic fetus is necessary for...
Pregnancy constitutes a major challenge to the maternal immune system, as it has to tolerate the per...
In pregnancy, the semi-allogeneic fetus needs to be tolerated by the mother's immune system. Regulat...
<div><p>Regulatory T cells are a population of CD4+ T cells that play a critical role in peripheral ...
To better understand immune tolerance to class-II restricted antigens, we investigated T cell tolera...
Regulatory T cells are a population of CD4+ T cells that play a critical role in peripheral toleranc...
Regulatory T cells (Tregs) are required to suppress inflammation and prevent autoimmunity. During fe...
International audienceIn this review, we first revisit the original concept of " suppressor T-cells ...
Little is known about the ontogeny of naturally occurring CD4CD25 regula-tory/suppressor T cells th...
The developing immune system has long been recognized to be uniquely prone to tolerance induction. H...
The developing human fetus generates both tolerogenic and protective immune responses in response to...
Establishment and maintenance of pregnancy represents a challenge for the maternal immune system sin...
During pregnancy, fetal tolerance has to be achieved without compromising the immune integrity of th...
Regulatory T (TR) cells are a subset of T cells that function to control immune responses. Different...
Adaptation of the maternal immune response to accommodate the semi-allogeneic fetus is necessary for...
Adaptation of the maternal immune response to accommodate the semi-allogeneic fetus is necessary for...
Pregnancy constitutes a major challenge to the maternal immune system, as it has to tolerate the per...
In pregnancy, the semi-allogeneic fetus needs to be tolerated by the mother's immune system. Regulat...
<div><p>Regulatory T cells are a population of CD4+ T cells that play a critical role in peripheral ...
To better understand immune tolerance to class-II restricted antigens, we investigated T cell tolera...
Regulatory T cells are a population of CD4+ T cells that play a critical role in peripheral toleranc...
Regulatory T cells (Tregs) are required to suppress inflammation and prevent autoimmunity. During fe...
International audienceIn this review, we first revisit the original concept of " suppressor T-cells ...