OR3-002 – Blau Syndrome cohort study: ocular outcome
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چکیده
منابع مشابه
OR3-002 – Blau Syndrome cohort study: ocular outcome
Introduction BS is an autosomal dominant monogenic granulomatous disease due to gain of function mutations at or near the NACHT domain of NOD2. It is characterized by a triad of granulomatous polyarthritis, uveitis and rash. Retrospective work by our group showed a life time risk of ocular involvement of 60% with significant morbidity and poor visual outcome. Prospective studies on natural hist...
متن کاملOR3-001 – RIP2 kinase is activated in Blau Syndrome and IBD
Introduction Blau Syndrome (Blau) is a granulomatous auto-inflammatory disease caused by mutations in NOD2 that have been proposed to result in phosphorylation of RIP2 kinase and the production of pro-inflammatory cytokines. Such monogenic diseases can bring to light pathways that are also likely to be involved in more genetically complex diseases. For example, increased RIP2 phosphorylation ha...
متن کاملPW03-016 – Blau prospective cohort study: articular outcomes
Introduction Blau syndrome is an autosomal dominant monogenic granulomatous disease associated with gain of function mutations at or near the NACHT domain of NOD2; it is the only form of granulomatous arthritis with a known gene mutation. Although its phenotype has been amply described as a triad of arthritis, uveitis and dermatitis in case series and retrospective cohorts, prospective studies ...
متن کاملA Case of Blau Syndrome
We present a case of systemic granulomatous disorder/Blau syndrome. A patient was seen at our clinic with a diagnosis of Juvenile Idiopathic Arthritis (JIA). He was diagnosed with polyarticular JIA when he was two years old, at that time primary manifestations included inflammation of the hand and wrist joints bilaterally, later he developed ocular symptoms, which were attributed to JIA. He had...
متن کامل[Early-onset sarcoidosis/Blau syndrome].
Familial Blau syndrome and sporadic early-onset sarcoidosis (EOS) are both systemic granulomatous diseases evoked by the spontaneous activation of mutated NOD2. In Japan, the R334W amino acid substitution is more frequently identified, whereas the R334Q mutation is rare and, in contrast to western countries where disease causing mutations are typically hereditary, most Japanese cases derive fro...
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ژورنال
عنوان ژورنال: Pediatric Rheumatology
سال: 2013
ISSN: 1546-0096
DOI: 10.1186/1546-0096-11-s1-a4