par Epalza, Cristina;Hallin, Marie 
;Busson, Laurent ;Debulpaep, Sara ;De Backer, Paul ;Vandenberg, Olivier ;Levy, Jack
Référence Clinical pediatrics, 59, 1, page (45-52)
Publication Publié, 2020-01-01
;Busson, Laurent ;Debulpaep, Sara ;De Backer, Paul ;Vandenberg, Olivier ;Levy, Jack Référence Clinical pediatrics, 59, 1, page (45-52)
Publication Publié, 2020-01-01
Article révisé par les pairs
| Résumé : | As infants with proven viral infection present lower risk of bacterial infection, we evaluated how molecular methods detecting viruses on respiratory secretions could contribute to etiological diagnostic of these febrile episodes. From November 2010 to May 2011, we enrolled all febrile infants <90 days presenting to emergency room. Standard workup included viral rapid antigenic test and viral culture on nasopharyngeal aspirate. Samples negative by rapid testing were tested by molecular methods. From 208 febrile episodes (198 infants) with standard techniques, rate of documented microbiological etiology was 13% at emergency department, 47% during hospitalization, and 64% with viral cultures. Molecular methods increased microbiologically documented etiology rate by 12%, to 76%. Contribution of molecular methods was the highest in infants without clinical source of infection, increasing documentation by 18%, from 50% to 68%. Making viral molecular results rapidly available could help identifying a higher proportion of infants at low risk of serious bacterial infection. |
