[HTML][HTML] Activating and inhibitory FcγRs in autoimmune disorders
F Nimmerjahn - Springer seminars in immunopathology, 2006 - Springer
Springer seminars in immunopathology, 2006•Springer
Autoimmune disorders are characterized by the destruction of self-tissues by the immune
system. Multiple checkpoints are in place to prevent autoreactivity under normal
circumstances. Coexpression of activating and inhibitory Fc receptors (FcR) represents such
a checkpoint by establishing a threshold for immune cell activation. In many human
autoimmune diseases, however, balanced FcR expression is disturbed. Analysis of murine
model systems provides strong evidence that aberrant FcR expression can result in …
system. Multiple checkpoints are in place to prevent autoreactivity under normal
circumstances. Coexpression of activating and inhibitory Fc receptors (FcR) represents such
a checkpoint by establishing a threshold for immune cell activation. In many human
autoimmune diseases, however, balanced FcR expression is disturbed. Analysis of murine
model systems provides strong evidence that aberrant FcR expression can result in …
Abstract
Autoimmune disorders are characterized by the destruction of self-tissues by the immune system. Multiple checkpoints are in place to prevent autoreactivity under normal circumstances. Coexpression of activating and inhibitory Fc receptors (FcR) represents such a checkpoint by establishing a threshold for immune cell activation. In many human autoimmune diseases, however, balanced FcR expression is disturbed. Analysis of murine model systems provides strong evidence that aberrant FcR expression can result in uncontrolled immune responses and the initiation of autoimmune disease. This review will summarize this data and explain how this information might be used to better understand human autoimmune diseases and to develop novel therapeutic strategies.
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