Associated TP21: Impact of differentially glycosylated IgA antibodies in autoimmunity
Activating as well as inhibitory effector functions of IgG molecules have been associated with different glycosylation patterns of the Fc N-glycan. Namely, increased galactosylation and sialylation of IgG molecules are related to healthy/tolerogenic conditions, whereas agalactosylated (non-galactosylated) IgG molecules can be linked to pro-inflammatory conditions.
Based on these findings we here will investigate the glycosylation pattern of IgA autoantibodies in different autoimmune diseases. Furthermore, the effector function of differentially glycosylated IgA antibodies shall be analyzed. We will employ Epidermolysis bullosa acquisita with autoantibodies against collagen-VII and bullous pemphigoid with autoantibodies against collagen-XVII, as well as rheumatoid arthritis with autoantibodies against citrullinated α-enolase peptide1.
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- associated TP1 - Immunoadsorbtion
- associated TP2 - Breg
- associated TP3 - Osteoimmunology
- associated TP4 - Cytokines in EBA
- associated TP5 - Scaring alopecia
- associated TP6 - Diet and Autoimmunity
- associated TP7 - QTL in RA
- associated TP8 - Systems biology
- associated TP9 - Microbiome
- associated TP10 - Wound healing in EBA
- associated TP11 - Novel BP model
- associated TP12 - Anti-p200 pemphigoid
- associated TP13 - miRNA expression patterns
- associated TP14 - therapeutic Collagen VII and XVII-specific IgGs
- associated TP 15 - Bioactive lipid mediaters
- associated TP 17 - The role of mitochondrial DNA
- associated TP 18 -Pathogenesis of pemphigoid diseases
- associated TP 19 - New neutrophil inhibitors
- associated TP 20 - Glycosylated antibodies & autoreactive B cells
- associated TP 21 - Glycosylated IgA
- associated TP 22 - Neuronal auto-antigens
- associated TP 23 - Neuroinflammatory autoantibodies
- associated TP 24 - T cell repertoire
- associated TP 25 - Nutrition in EBA
- associated TP 26 - Circadian clocks in EBA
- associated TP 27 - Pemphigus characterization
- associated TP 28 - Mast cells in BP
- associated TP 29 - IL-10 in EBA
- Concluded MD TP
- Concluded Ass. MD TP