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עמוד בית
Wed, 08.05.24

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April 2016
Luca Cantarini MD PhD, Maria L. Stromillo MD, Antonio Vitale MD, Giuseppe Lopalco MD, Giacomo Emmi MD PhD, Elena Silvestri MD, Antonio Federico MD, Mauro Galeazzi MD, Florenzo Iannone MD PhD and Nicola De Stefano MD PhD

Behçet's disease (BD) is a multi-systemic disorder of unknown etiology characterized by relapsing oral-genital ulcers, uveitis, and involvement of the articular, gastrointestinal, neurologic, and vascular systems. The choice of treatment is based on the severity of systemic involvement, clinical presentation and the site affected, and includes corticosteroids, azathioprine, interferon, cyclophosphamide, methotrexate or tumor necrosis factor-alpha and interleukin-1 blockers. We present a case series of four refractory BD patients successfully treated with intravenous immunoglobulins (IVIG). All patients fulfilled International Study Group criteria. The patients’ mean age was 38.75 ± 12.09 years and mean disease duration 10.25 ± 8.5 years. Human leukocyte antigen B51 was positive in two of four patients. In addition to oral aphthosis, all patients suffered from genital ulcers and cutaneous BD-related manifestations; central nervous system involvement and arthralgia were found in two patients. Peripheral nervous system, gastrointestinal and eye involvement occurred in 25% of cases. In all patients, previously treated according to EULAR recommendations without reaching satisfactory results, IVIG induced immediate and sustained response over time without incurring any side effects. We propose IVIG administration as an additional effective and safe treatment option in patients with severe and resistant BD.

July 2012
E. Baharav and A. Weinberger
Background: The human lymphocyte antigen (HLA) molecule B*5101 is a functioning receptor of the immune system and is generally accepted as a genetic marker for Behçet disease (BD), a multi-organ, chronic inflammatory disorder. The role of the HLA-B*5101 in the pathogenesis of BD is elusive. The assumption that HLA-B*5101 has an active role in BD is suggestive, but no antigen has yet been identified.

Objectives: To evaluate the potential binding capacity of various antigens to the HLA-B*5101 molecule.

Methods: Using bioinformatics programs, we studied the binding capacity of HLA-B*5101 and its corresponding rat molecule RT.A1 to the following antigens: heat shock protein-60 (HSP-60), major histocompatibility complex class I chain-related gene A (MICA), retinal S-antigen (S-Ag), HLA-B-27 molecule and its peptide (PD) and tropomyosin (TPM), all of which serve as antigens in animal models corresponding to BD.

Results: In each protein including the B*5101 molecule itself, the computerized programs revealed several short sequences with potential high binding capacity to HLA-B*5101 with the exception of B-27PD. The rat MHC RT1.Al had no binding capacity to S-Ag.

Conclusions: The evaluated proteins have the potential to bind to and to serve as potential antigens to the HLA-B*5101 and the rat MHC RT1.Al molecules. The pathogenicity of these suggested short peptides should be evaluated in animal models of BD.
April 2006
U. Abadi, R. Hadary, L.Shilo, A. Shabun, G. Greenberg and S. Kovatz
August 2002
Ilan Krause, MD and Abraham Weinberger, MD
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