Title of article :
Models to explore the molecular function and regulation of AIRE
Author/Authors :
lovewell, t. university of sheffield - medical school - infection and immunity department, U.K. , tazi-ahnini, r. University of sheffield - medical school - infection and immunity department, United Kingdom
From page :
107
To page :
115
Abstract :
Mutations in the Autoimmune Regulator (AIRE) gene are responsible for Autoimmune Polyendocrinopathy Candidiasis Ectodermal Dystrophy (APECED). Within the thymic medulla,AIRE regulates the expression of a large number of tissue-specific self-antigens (TSAs) and the recognisation of these TSAs by auto-reactive T-cells is a prerequisite step for thymic negative selection. APECED patients will therefore develop multi-organ autoimmune disease because of the defective role of AIRE in thymic negative selection. Aire-deficient mice also develop multi-organ autoimmune disease and in this review we will focus on how both animal and cellular models have been used to dissect biochemical function of AIRE/Aire which is an essential step toward the understanding disease pathogenesis. © 2011.
Keywords :
AIRE , APECED , Autoimmunity , Thymic negative selection
Journal title :
Egyptian Journal of Medical Human Genetics
Journal title :
Egyptian Journal of Medical Human Genetics
Record number :
2720942
Link To Document :
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