Author: Evonuk, Kirsten S.; Moseley, Carson E.; Doyle, Ryan E.; Weaver, Casey T.; DeSilva, Tara M.
Title: Determining Immune System Suppression versus CNS Protection for Pharmacological Interventions in Autoimmune Demyelination Document date: 2016_9_12
ID: vr83284f_21
Snippet: Patients with MS continue to experience disease relapses while taking drugs that attenuate T cell activation and/or infiltration into the CNS, warranting the development of treatment options that directly protect the CNS. EAE has classically been used to model the symptoms of MS and can be a powerful tool when studying the nature of interactions between the immune system and CNS in vivo. Using timing of treatment considerations in EAE, e.g., befo.....
Document: Patients with MS continue to experience disease relapses while taking drugs that attenuate T cell activation and/or infiltration into the CNS, warranting the development of treatment options that directly protect the CNS. EAE has classically been used to model the symptoms of MS and can be a powerful tool when studying the nature of interactions between the immune system and CNS in vivo. Using timing of treatment considerations in EAE, e.g., before or after initiation of disease, in conjunction with examining immune cell infiltration in the CNS and proliferation and activation in the periphery, it is possible to delineate the effects of treatments on both the immune system and the CNS.
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