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Septicaemia in a population-based clinical cohort in rural Uganda, 1996 - 2007: Incidence, aetiology, antimicrobial drug resistance and impact of antiretroviral therapy. Rural clinical cohort HIV-infected individuals + HIV-negative controls Incidence of septicaemia (per 1000 pyrs)
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Septicaemia in a population-based clinical cohort in rural Uganda, 1996 - 2007: Incidence, aetiology, antimicrobial drug resistance and impact of antiretroviral therapy Rural clinical cohort HIV-infected individuals + HIV-negative controls Incidence of septicaemia (per 1000 pyrs) 2.6 (HIV-uninfected) 67.1 (HIV-infected not on ART) 121.4 (HIV-infected on ART in 1st year) 37.4 (HIV-infected on ART after 1st year) MRC
AetiologyS. pneumoniae (42.8%), NT salmonella (26.4%), E.coli (5.7%) Incidence per 1000 pyrs S. pneumoniae 1.5 in HIV-uninfected 28.4 in HIV-infected not on ART 29.6 in HIV-infected on ART 19.8 in males vs 7.8 in females NT Salmonella 0.4 in HIV-uninfected 20.7 in HIV-infected not on ART 7.4 in HIV-infected on ART MRC
Antimicrobial resistance • S. pneumoniae and NTS resistant to common and cheap antibiotics • S. pneumoniae highly sensitive to ceftriaxone and erythromycin • NTS highly sensitive to ciprofloxacin Policy implications • In Uganda, use ciprofloxacin with ceftriaxone or erythromycin for suspected septicaemia • Pattern of pathogens and their antibiotic resistance should be monitored • Laboratory surveillance systems with good blood culture facilities essential MRC