
SummaryThe role of the complement factor H‐related (FHR) proteins in homeostasis, pathogen defense, and autoimmune disease has recently attracted considerable interest. We highlight the exciting research that has contributed to our understanding of the FHR protein family. Unlike factor H, a potent negative regulator of complement C3 activation, the FHR proteins appear to promote C3 activation. These data have important implications for understanding complement‐mediated diseases because, depending on the context, the balance between the actions of factor H and the FHR proteins determines the degree of complement activation.
IGA NEPHROPATHY, kidney, CFHR1, Immunology, CONVERTASE, Autoimmunity, complementinflammation, BINDING PROTEIN, ALTERNATIVE PATHWAY, SERUM, ACTIVATION, Innate, Animals, Homeostasis, Humans, Complement Activation, CANDIDA-ALBICANS, Science & Technology, MUTATIONS, Immunity, Blood Proteins, Complement C3, MACULAR DEGENERATION, C3B, infection, Immunity, Innate, BINDING-PROTEIN, C-REACTIVE-PROTEIN, 1107 Immunology, Complement Factor H, HEMOLYTIC-UREMIC SYNDROME, REGULATORY PROTEINS, REGULATOR, Life Sciences & Biomedicine
IGA NEPHROPATHY, kidney, CFHR1, Immunology, CONVERTASE, Autoimmunity, complementinflammation, BINDING PROTEIN, ALTERNATIVE PATHWAY, SERUM, ACTIVATION, Innate, Animals, Homeostasis, Humans, Complement Activation, CANDIDA-ALBICANS, Science & Technology, MUTATIONS, Immunity, Blood Proteins, Complement C3, MACULAR DEGENERATION, C3B, infection, Immunity, Innate, BINDING-PROTEIN, C-REACTIVE-PROTEIN, 1107 Immunology, Complement Factor H, HEMOLYTIC-UREMIC SYNDROME, REGULATORY PROTEINS, REGULATOR, Life Sciences & Biomedicine
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| impulse This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network. | Top 10% |
