Spelling suggestions: "subject:"respiratory trace infections/diagnosis"" "subject:"respiratory track infections/diagnosis""
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"Detecção de Staphylococcus aureus resistente à meticilina por meio de multiplex PCR em amostras de secreção respiratória de pacientes com fibrose cística" / Detection of methicillin-resistant Staphylococcus aureus by multiplex PCR in respiratory secretion of cystic fibrosis patientsMonte, Luciana de Freitas Velloso 22 November 2005 (has links)
S.aureus resistente à meticilina(SARM) é um problema em centros de fibrose cística(FC). Foi desenvolvido um multiplex PCR(mPCR) para detecção do SARM em secreção respiratória de 106 pacientes com FC. Foram usados 3 pares de primers para amplificar os genes: mecA, coa, 16S rRNA. O mPCR detectou até 0,25pg de DNA de SARM e identificou 70/106(66,0%) pacientes com S.aureus e 28/106(26,4%) com SARM. O mPCR mostrou especificidade, sensibilidade, valores preditivos positivo e negativo de 87,8%, 84,4%, 50% e 97,5%, considerando a cultura como padrão-ouro. Os resultados discordantes foram testados com outros primers, confirmando os obtidos pelo mPCR em 82/84. O mPCR mostrou-se método rápido e confiável para detecção de SARM / Methicillin-resistant S.aureus(MRSA) is a significant concern in cystic fibrosis(CF) centers. A multiplex PCR(MPCR) was developed to detect MRSA in respiratory secretion of 106 CF patients. Three pairs of primers were used for amplification of genes: mecA, coa, 16S rRNA. MPCR detected 0.25pg of MRSA DNA and identified 70/106(66.0%) of patients with S.aureus and 28/106(26.4%) with MRSA. MPCR showed specificity, sensitivity, positive and negative predicted values at 87.8%, 84.4%, 50% and 97.5%, considering culture as the gold standard. Discrepant results were retested using different primers, and confirmed MPCR results in 82/84. The developed MPCR was found to be a rapid and reliable method for MRSA detection
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"Detecção de Staphylococcus aureus resistente à meticilina por meio de multiplex PCR em amostras de secreção respiratória de pacientes com fibrose cística" / Detection of methicillin-resistant Staphylococcus aureus by multiplex PCR in respiratory secretion of cystic fibrosis patientsLuciana de Freitas Velloso Monte 22 November 2005 (has links)
S.aureus resistente à meticilina(SARM) é um problema em centros de fibrose cística(FC). Foi desenvolvido um multiplex PCR(mPCR) para detecção do SARM em secreção respiratória de 106 pacientes com FC. Foram usados 3 pares de primers para amplificar os genes: mecA, coa, 16S rRNA. O mPCR detectou até 0,25pg de DNA de SARM e identificou 70/106(66,0%) pacientes com S.aureus e 28/106(26,4%) com SARM. O mPCR mostrou especificidade, sensibilidade, valores preditivos positivo e negativo de 87,8%, 84,4%, 50% e 97,5%, considerando a cultura como padrão-ouro. Os resultados discordantes foram testados com outros primers, confirmando os obtidos pelo mPCR em 82/84. O mPCR mostrou-se método rápido e confiável para detecção de SARM / Methicillin-resistant S.aureus(MRSA) is a significant concern in cystic fibrosis(CF) centers. A multiplex PCR(MPCR) was developed to detect MRSA in respiratory secretion of 106 CF patients. Three pairs of primers were used for amplification of genes: mecA, coa, 16S rRNA. MPCR detected 0.25pg of MRSA DNA and identified 70/106(66.0%) of patients with S.aureus and 28/106(26.4%) with MRSA. MPCR showed specificity, sensitivity, positive and negative predicted values at 87.8%, 84.4%, 50% and 97.5%, considering culture as the gold standard. Discrepant results were retested using different primers, and confirmed MPCR results in 82/84. The developed MPCR was found to be a rapid and reliable method for MRSA detection
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Respiratory Infections in Ambulatory Adults. Choosing the Best TreatmentPerlman, P E., Ginn, D R. 01 January 1990 (has links)
The diagnosis and treatment of respiratory tract infections in ambulatory adults is challenging. The prevalence of these conditions outstrips the medical profession's efficiency and effectiveness in dealing with them. However, selecting diagnostic techniques that identify causative organisms and therapeutic agents targeted to those organisms should lead to a reduction in the morbidity and mortality associated with these illnesses.
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