We describe the induction of autoimmune diabetes, insulitis, and thyroiditis in athymic rats following injections of major histocompatibility complex compatible spleen cells. Lymphocytes with these capabilities were found in normal rats of the YOS, WAG, PVG, and diabetes-resistant BB strains, and in diabetes-prone BB rats. Adoptive transfer was facilitated by prior in vivo depletion of RT6.1+ regulatory T cells and in vitro mitogen activation of donor spleen cells. By RT6 depleting diabetes-resistant donors and using nude recipients, transfer of diabetes and thyroiditis was accomplished by using fresh, unstimulated spleen cells. The data suggest that organ-specific autoreactive cells may be present to various degrees but suppressed to a var...
RT6 is a cell surface alloantigen that identifies a regulatory subset of peripheral T cells in the r...
Viruses are believed to contribute to the pathogenesis of autoimmune type 1A diabetes in humans. Thi...
Therapeutic attenuation of T cell-mediated allo- and autoimmune responses currently necessitates non...
Thymocytes from adult BB rats can adoptively transfer autoimmune diabetes to athymic recipients. It ...
Diabetes-prone (DP) BB/Wor rats are lymphopenic, lack RT6.1+ T cells, and spontaneously develop diab...
rat develops spontaneous autoimmune diabetes similar to human insulin-dependent diabetes mellitus. T...
The BB/Wor rat develops spontaneous autoimmune diabetes mellitus and also frequently develops lympho...
Inbred diabetes-prone (DP) BioBreeding/Worcester (BB/Wor) (RT1u) rats develop spontaneous autoimmune...
It is generally considered that T cells which are reactive with self-antigens are effectively elimin...
In order to understand the mechanisms underlying autoimmune thyroiditis, spontaneous (SAT) and induc...
We report an association between thymic epithelial defects and predisposition to autoimmunity. Diabe...
The BB rat is a model of spontaneous autoimmune diabetes. To characterize quantitatively all known i...
We studied the effects of anti-CD2 monoclonal antibodies (MAb) on spontaneous and induced autoimmune...
Factors influencing the establishment of autoimmune thyroiditis induced in PVG/c strain rats by earl...
Diabetes-prone (DP) BioBreeding (BB) rats develop spontaneous autoimmune diabetes. DP-BB thymocyte e...
RT6 is a cell surface alloantigen that identifies a regulatory subset of peripheral T cells in the r...
Viruses are believed to contribute to the pathogenesis of autoimmune type 1A diabetes in humans. Thi...
Therapeutic attenuation of T cell-mediated allo- and autoimmune responses currently necessitates non...
Thymocytes from adult BB rats can adoptively transfer autoimmune diabetes to athymic recipients. It ...
Diabetes-prone (DP) BB/Wor rats are lymphopenic, lack RT6.1+ T cells, and spontaneously develop diab...
rat develops spontaneous autoimmune diabetes similar to human insulin-dependent diabetes mellitus. T...
The BB/Wor rat develops spontaneous autoimmune diabetes mellitus and also frequently develops lympho...
Inbred diabetes-prone (DP) BioBreeding/Worcester (BB/Wor) (RT1u) rats develop spontaneous autoimmune...
It is generally considered that T cells which are reactive with self-antigens are effectively elimin...
In order to understand the mechanisms underlying autoimmune thyroiditis, spontaneous (SAT) and induc...
We report an association between thymic epithelial defects and predisposition to autoimmunity. Diabe...
The BB rat is a model of spontaneous autoimmune diabetes. To characterize quantitatively all known i...
We studied the effects of anti-CD2 monoclonal antibodies (MAb) on spontaneous and induced autoimmune...
Factors influencing the establishment of autoimmune thyroiditis induced in PVG/c strain rats by earl...
Diabetes-prone (DP) BioBreeding (BB) rats develop spontaneous autoimmune diabetes. DP-BB thymocyte e...
RT6 is a cell surface alloantigen that identifies a regulatory subset of peripheral T cells in the r...
Viruses are believed to contribute to the pathogenesis of autoimmune type 1A diabetes in humans. Thi...
Therapeutic attenuation of T cell-mediated allo- and autoimmune responses currently necessitates non...