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Behçet's disease.

Abstract

Behçet's disease is a multisystem disease featuring mucocutaneous, ocular, intestinal, articular, vascular, urogenital, and neurologic involvement. While classically intermittent in its manifestations, the disease can stabilize and become chronic in a given organ system. The diagnosis of Behçet's disease is based on clinical criteria. Recurrent aphthous ulcerations in the mouth, skin lesions, eye lesions, and genital ulcerations must be present during the course of the disease for a diagnosis of Behçet's disease to be made unequivocally. A nonspecific skin hyperreactivity called pathergy is said to be helpful in the diagnosis. There are no pathognomonic laboratory findings, but biopsy usually shows a venulitis. The pathogenesis of the disease is unknown. No virus has been satisfactorily isolated to date. There is evidence of an increased frequency of HLA-B5 and HLA-B12. Humoral and cellular immunity seem to play a major part in the pathogenesis of the various manifestations of the disease. The treatment of Behçet's disease is difficult to evaluate because of the many spontaneous exacerbations and remissions during the clinical course of the disease. Topical corticosteroids for orogenital ulcers and ocular inflammation are helpful. Intralesional injections for affected joints and retrobulbar tissues are useful in some cases. Systemic corticosteroids have appeared to be helpful for all manifestations of the disease. It is customary to use 60 mg of prednisone by mouth daily during acute exacerbations, then to taper as the condition improves. Chlorambucil has been shown to be safe and effective for various manifestations of Behçet's disease; often it is used in combination with corticosteroids.(ABSTRACT TRUNCATED AT 250 WORDS)

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BibTeXRIS

R C Wong, C N Ellis, L A Diaz. Behçet's disease.. https://doi.org/10.1111/j.1365-4362.1984.tb05658.x

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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↗