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Churg-Strauss syndrome (CSS) is a peculiar form of vasculitis with involvement of small- and medium-size arteries, histologically characterized by necrotizing granulomas in vessel walls and in perivascular tissues. The Authors report a case of CSS occurred in a young man being treated with corticosteroids for a diagnosis of asthma. The patient was hospitalized because of fever, diarrhoea and abdominal pain; the first assessment showed leucocytosis and eosinophilia,increase in flogosis indexes and anti-pANCA antibodies positive. A few days later an acute peritonitis with multiple intestinal perforations occurred and a partial resection of small bowel was performed,followed by another resection of an ileal segment because of a new double perforation close to the previous intestinal anastomosis. In the bowel resection pieces necrotizing vasculitis and granulomatous infiltrates involving lymphocytes and eosino- phils were observed. Although the severe intestinal involvement and especially the symptoms necessitating iterative surgery were significant factors of poor prognosis the patient was successfully treated firstly with metylprednisolone only and then with monthly administration of immunosuppressive drugs combined with lower daily dose of steroids. The CSS diagnosis is not to be forgotten althoughits early clinical features can be frequently mistaken for an allergic disease; an early diagnosis can allow to perform the best treatment, to reach the disease remission and to improve the quality of life of the patients.

Very few data have been reported on the frequency of autoantibodies (AAs) in normal children. In the present study we investigated the frequency of 14 AAs in a total of 268 apparently normal children (151 boys and 117 girls; age range, 1 month to 14 years). Forty-one children (22 boys and 19 girls) were positive for at least one AA, usually in a low titer; two children were positive for two AAs. None of these children had a personal or family history of autoimmune diseases. The percentage of children positive for each AA was as follows: antinuclear, 3%; anti-smooth muscle, 2.6%; antireticulin, 2.6%; antimitochondrial, 1.1%; rheumatoid factor, 0.6%; antiribosomal, 0.4%; anti-gastric parietal cells, 5.2%; and anti-thyroid microsomal, 1.3%. Anti-double-stranded DNA, anti-intestinal epithelial cells, antiliver and antikidney microsomal, antithyroglobulin, anti-islet cells, and complement-fixing anti-islet cell antibodies were not detected in any serum. Fifteen of the 41 positive children were checked for the presence of AAs two years later; six (40%) were still positive, always for the same AA, without major differences in titer. Our results suggest that the overall frequency of AAs in apparently healthy children is quite similar to that reported in young adults; this AA positivity seems most often to represent a transient phenomenon.