Abstracts/Presentation Description
John Soltys1
1University of South Alabama
Immune tolerance embodies several regulatory mechanisms in which autoreactive immune cells are effectively restricted from further activation, limiting the potential for self-injury. Failure of these mechanisms represents a defining molecular step in the development of pathologic neurologic autoimmunity. This talk explores paradigms of immune tolerance evasion across a variety of autoreactive neurologic disorders including neuromyelitis optica spectrum disorders, autoimmune encephalitis, and multiple sclerosis to inform a rational approach to educate and treat patients afflicted with autoinflammatory neurologic disease.
Immune tolerance embodies several regulatory mechanisms in which autoreactive immune cells are effectively restricted from further activation, limiting the potential for self-injury. Failure of these mechanisms represents a defining molecular step in the development of pathologic neurologic autoimmunity. This talk explores paradigms of immune tolerance evasion across a variety of autoreactive neurologic disorders including neuromyelitis optica spectrum disorders, autoimmune encephalitis, and multiple sclerosis to inform a rational approach to educate and treat patients afflicted with autoinflammatory neurologic disease.
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Dr John Soltys -