30 research outputs found

    Mucosal leishmaniasis treatment with aminosidine sulfate: results of two year follow-up

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    Em 1996 foram avaliados clinicamente 20 dos 21 pacientes com leishmaniose mucosa, tratados em 1994 com sulfato de aminosidine 16mg do sal/kg/dia, intramuscular, por 20 dias. Um paciente foi a óbito por causas não relacionadas com a leishmaniose mucosa. Dos 14 pacientes (66,7% N = 21) que inicialmente alcançaram a remissão completa dos sinais e sintomas durante os três primeiros meses de seguimento, sete (50% N = 14) permaneceram livres de doença por 24 meses e sete pacientes apresentaram recidiva neste período. O acompanhamento sorológico mostrou pobre correlação com a avaliação clínica.In 1996, 20 of 21 patients with mucosal leishmaniasis, treated in 1994 with aminosidine sulfate, 16mg/kg/day salt, by intramuscular injection for 20 days, were clinically evaluated. One patient died due to disease not related to mucosal leishmaniasis. Seven of 14 patients (66,7% N = 21) who achieved complete remission three months after treatment remained clinically cured 24 months later and seven relapsed in the same period (50% N = 14). Sorological follow-up showed poor correlation with the results of clinical examination

    Revista Brasileira de Otorrinolaringologia

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    O hemangioma é o mais comum tumor de origem vascular, benigno, freqüentemente diagnosticado em crianças, e com predileção pela cabeça e pescoço, mas que raramente tem origem na úvula. Neste órgão, apresenta risco de traumatismo local e sangramento. Este artigo relato um caso de hemangioma de úvula num adulto jovem com disfagia orofaríngea progressiva e sensação de corpo estranho na garganta, tratado com sucesso por ressecção cirúrgica do tumor com bisturi de radiofreqüência.São Paul

    Removing Nasal Packing in Epistaxis: What to Do in the Case of an Undeflatable Foley Catheter Balloon

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    Introduction  Undeflatable Foley catheter balloons adapted for use as nasal packing in epistaxis represent a possible complication. Case Reports  We report on three cases in which Foley catheter balloons adapted for use as posterior nasal packing in epistaxis failed to deflate. In one patient, deflation was achieved by simply using the fingertips to massage the segment of the catheter collapsed by the fixation device. In the second case, the Foley balloon was removed by the oral route after sectioning the catheter. In the third patient, the Foley catheter was successfully deflated after sectioning. Discussion  The probable causes of the undeflatable balloons in these cases were a blockage or lumen collapse of the balloon or a malfunction in the valve system. Although no definitive method has been established for dealing with this complication, the options proposed are the following: manipulation to restore the permeability of the segment of the catheter collapsed by the fixation device, if this is the case; sectioning the catheter or inserting a stiletto catheter; bursting the balloon; or removing it by the oral route. The latter option is apparently the most appropriate for the otolaryngologist in cases unrelated to simple collapse caused by the fixation device
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