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Behcet's disease.

Abstract

Behcet's disease is a recurrent multisystem vasculitis that can affect any organ or system, but was originally described as orogenital ulcerations and uveitis. Specific criteria have been proposed for diagnosis and identification of affected organs by different national authorities. Behcet's disease is proposed to be due to an antigen/antibody reaction. The antigen can be external (microbial or other) or self-antigen. Self-antigens include HLA-B, S and interphotoreceptor retinoid binding protein, the oral mucosal antigens, and alphatropomycin. The antibody reaction manifests as changes common to any inflammatory process. Circulating immune complexes and neutrophil hyperactivity are present with the expression of adhesion molecules related to disease activity associated with phenotypic and functional aberrations affecting both Th1 and Th2 activity. The results in an increase of interleukin-4, -10, and -1B and interleukin-2 receptors with deficient interleukin-12, interferon-gamma, and expression of cell adhesion CDII/CD18, accompanied by increased B cells secreting IgG. The clinical picture varies according to the organ affected; emphasis is placed on those of diagnostic importance and those affecting morbidity and mortality. The histopathology demonstrates vasculitis with inflammatory cell infiltration, the endothelium expressing ICAM-1 and E-selectin, vascular occlusion with sequences. Treatment includes corticosteroids. Other immunosuppressant and biological agents include anti-tumor necrosis factor, interferon-alpha, Campath-1, and the S antigen. Colchicine and other miscellaneous therapies are included.

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BibTeXRIS

S A Al-Mutawa, S M Hegab. 2004. Behcet's disease.. https://doi.org/10.1007/s10238-004-0045-0

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Omics studies in Behçet's disease.

PURPOSE OF REVIEW: In this review, we aimed to highlight recent findings from "-omics" studies in Behçet's disease. RECENT FINDINGS: Recent genomic studies in Behçet's disease identified possible risk loci associated with Behçet's disease related uveitis, neurologic involvement and gastrointestinal involvement. Additionally, sex-specific genetic effects were determined in Behçet's disease. Transcriptomic analyses of immune cells in Behçet's disease revealed that key inflammatory pathways such as NF-κB and MAPK have roles in Behçet's disease pathogenesis. Proteomic studies have highlighted the role of immune cell derived extracellular vesicles and identified potential biomarkers for vascular involvement and examined HLA I-bound immunopeptidomes. Metabolomics studies are still limited, but recent research has pointed to alterations in fatty acid metabolism and lipid profiles in Behçet's disease patient. SUMMARY: Omics studies have gained importance in the field of Behçet's disease through the generation of large data sets and efforts to extend their application are intensifying. These studies can provide opportunities for understanding Behçet's disease pathogenesis when they lead to testable hypotheses. Current challenges include the choice of appropriately homogeneous patient and control groups, effective data management and sharing, high cost and a rapidly increasing gap between the wealth of observational data generated and the relative paucity of controlled experimental efforts that could lead to mechanistic understanding.

Behcet Syndrome↗

[Behçet disease].

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Behcet Syndrome↗