We evaluated sepsis in the neonatal unit at Johannesburg Hospital including the time of onset, clinical features, outcome of the treatment of patients, pathogens isolated, and antimicrobial sensitivity to provide site-specific guidelinesfor empiric antibiotic therapy. This was a retrospective study conducted in the neonatal unit of the Johannesburg Hospital between 1 July 2002 and 30 June 2003. All neonates with growth on blood cultures were included. Demographic, clinical, laboratory and microbiological data were reviewed. Of a total of l03 infants with l40 positive blood cultures, eight isolates were most likely to be contaminants. There were thus 132 significant isolates in 96 patients: five presented with early onset sepsis(EOS) and 91 withlate onset sepsis (LOS). Gram-negative bacilli werethe predominant isolatesin EOS and coagulL-negative staphylococci(CoNS)the predominantisolates(63)in LOS (40/63 considered significant, CoNS were not speciated as Staphylococcus epidermidis). Theremaining isolates in LOS were mostly Gram-negative organisms. The case fatality rate was 40% for EOS and l9.7% for LOS. Multiresistant sensitivity patterns (resistance to > 2 classes of antibiotics) were identified in 45 organisms (34.5%). LOS was more common than EOS in the Johannesburg Hospital neonatal unit but had a lower case fatality rate.
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Motara et al. (2005) studied this question.
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