The brain is often thought of as an immune-privilege site, implying that trafficking of immune cells and molecules into the central nervous system is limited or controlled so as to prevent collateral damage. Nevertheless, there is increasing evidence demonstrating complex interactions between the immune system and the nervous systems. The increasing evidence for the role of autoimmunity to neuronal proteins in both peripheral and central nervous system disorders has led to the development of animal models and in vitro systems to probe human disorders. This book reviews evidence for autoimmunity to neurons and axons in neurological diseases, discusses the animal models that are used to study the mechanisms of disease and indicates how such autoimmunity is relevant for therapies in these disorders.

Additional Metadata
ISBN 978-1-61324-397-8
Persistent URL hdl.handle.net/1765/107404
Note MeSH: Autoimmunity; Nerve Tissue Proteins/immunology; Nervous System Diseases/immunology
Citation
Amor, S, & Huizinga, R. (2011). Autoimmunity to neuronal proteins in neurological disorders. Autoimmunity to Neuronal Proteins in Neurological Disorder (pp. 1–142). Retrieved from http://hdl.handle.net/1765/107404