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. Author manuscript; available in PMC: 2010 Aug 4.
Published in final edited form as: Curr Protoc Immunol. 2007 May;CHAPTER:Unit–15.1. doi: 10.1002/0471142735.im1501s77

Table 15.1.6.

Mouse TCR Transgenic Models of EAE

Background (MHC restriction) TCR Specificity Characterization of disease parameters Reference
19G B10.PL (I-Au) Mouse MBPAc1-11 High spontaneous incidence (100%) of conventional EAE on RAG-1−/− background with onset at ∼7-8 weeks; low incidence (∼15%) on conventional B10.PL background Lafaille et al. (1994)
5B6 SJL (I-As) Mouse PLP139-151 Moderate spontaneous incidence (40%-60%) on conventional SJL background; more severe conventional EAE upon peptide immunization and/or treatment with pertussis toxin Waldner et al. (2000)
2D2 C57BL/6 (H-2b) Mouse MOG35-55 No spontaneous conventional EAE, but ∼30% incidence of spontaneous optic neuritis; more severe induction of conventional EAE upon peptide immunization and/or treatment with pertussis toxin Bettelli et al. (2003)
(2D2 × IgHMOG)F1 Mouse MOG35-55 60% incidence of spontaneous conventional EAE in F1 mice with demyelinating lesions restricted to optic nerve and spinal cord, sparring the cerebellum Madsen et al. (1999); Ellmerich et al. (2005)
HLA-DR2 (DRA*0101/DRB1*1501) Human MBP84-102 (Ob1.A12) Only ∼4% spontaneous EAE in (HLA-DR2 × Ob1.A12) F1 mice; high disease incidence (∼85% to 90%) in F1 mice primed with peptide and treated with pertussis toxin with variable clinical symptoms Madsen et al. (1999)
HLA-DR15 Human MBP84-102 (Ob1.A12) Line 7 transgenics develop spontaneous paralyses at 4 to 5 months of age at a level of 60% (wild-type background) and 100% (Rag-1−/− background) and responses spread to other DR15-restricted myelin epitopes; other lines develop disease only upon peptide priming and treatment with pertussis toxin Ellmerich et al. (2004, 2005)
DRB1*0401 Human MBP111-129 (MS2-3C8) Disease incidence in HLA-DRB1*0401 transgenic recipients of transgenic T cells ranged from 60% to 100%; clinical signs consist of ascending hindlimb paralysis along with atypical signs consistent with demyelination within the brainstem and cranial nerve roots Quandt et al. (2004)