The thymus is required for T cell differentiation; a process that depends on which antigens are encountered by thymocytes, the environment surrounding the differentiating cells, and the thymic architecture. These features are altered by local infection of the thymus and by the inflammatory mediators that accompany systemic infection. Although once believed to be an immune privileged site, it is now known that antimicrobial responses are recruited to the thymus. Resolving infection in the thymus is important because chronic persistence of microbes impairs the differentiation of pathogen-specific T cells and diminishes resistance to infection. Understanding how these mechanisms contribute to disease susceptibility, particularly in infants wit...
The differentiation of hematopoietic precursors into the many functionally distinct T‐cell types pro...
This synthesis presents the most important disruptions of conceptions about the thymus since its dis...
The ability of the thymus to generate a population of T cells that is, for the most part, self-restr...
The thymus is required for T cell differentiation; a process that depends on which antigens are enco...
Background: T cell tolerance both at thymic and peripheral levels is a mechanism of protection final...
A pool of immature T cells with a seemingly unrestricted repertoire of antigen specificities is gene...
A pool of immature T cells with a seemingly unrestricted repertoire of antigen specificities is gene...
The thymus is a target of multiple pathogens. How the immune system responds to thymic infection is ...
A functional immune system requires a T cell repertoire that is extremely diverse so as to allow for...
Before reacting against non-self infectious agents, the immune system is educated to tolerate the h...
textabstractThe human body is under constant siege of pathogens - bacteria, viruses, fungi and paras...
Thesis (Ph.D.)--University of Washington, 2016-02Recent thymic emigrants (RTEs) comprise the subset ...
The contributions of the peripheral adaptive and innate immune systems to CNS autoimmunity have been...
Mutual tolerance between organisms is a key evolutionary mechanism for the emergence of commensal an...
How immune tolerance is maintained in the skin remains unclear. In this issue of Immunity, Rosenblum...
The differentiation of hematopoietic precursors into the many functionally distinct T‐cell types pro...
This synthesis presents the most important disruptions of conceptions about the thymus since its dis...
The ability of the thymus to generate a population of T cells that is, for the most part, self-restr...
The thymus is required for T cell differentiation; a process that depends on which antigens are enco...
Background: T cell tolerance both at thymic and peripheral levels is a mechanism of protection final...
A pool of immature T cells with a seemingly unrestricted repertoire of antigen specificities is gene...
A pool of immature T cells with a seemingly unrestricted repertoire of antigen specificities is gene...
The thymus is a target of multiple pathogens. How the immune system responds to thymic infection is ...
A functional immune system requires a T cell repertoire that is extremely diverse so as to allow for...
Before reacting against non-self infectious agents, the immune system is educated to tolerate the h...
textabstractThe human body is under constant siege of pathogens - bacteria, viruses, fungi and paras...
Thesis (Ph.D.)--University of Washington, 2016-02Recent thymic emigrants (RTEs) comprise the subset ...
The contributions of the peripheral adaptive and innate immune systems to CNS autoimmunity have been...
Mutual tolerance between organisms is a key evolutionary mechanism for the emergence of commensal an...
How immune tolerance is maintained in the skin remains unclear. In this issue of Immunity, Rosenblum...
The differentiation of hematopoietic precursors into the many functionally distinct T‐cell types pro...
This synthesis presents the most important disruptions of conceptions about the thymus since its dis...
The ability of the thymus to generate a population of T cells that is, for the most part, self-restr...