Author: Blyth, Christopher C.; Webb, Steve A. R.; Kok, Jen; Dwyer, Dominic E.; van Hal, Sebastiaan J.; Foo, Hong; Ginn, Andrew N.; Kesson, Alison M.; Seppelt, Ian; Iredell, Jonathan R.
Title: The impact of bacterial and viral coâ€infection in severe influenza Cord-id: 8o6p7erw Document date: 2012_4_6
ID: 8o6p7erw
Snippet: Please cite this paper as: Blyth et al. (2013) The impact of bacterial and viral coâ€infection in severe influenza. Influenza and Other Respiratory Viruses 7(2) 168–176. Background Many questions remain concerning the burden, risk factors and impact of bacterial and viral coâ€infection in patients with pandemic influenza admitted to the intensive care unit (ICU). Objectives To examine the burden, risk factors and impact of bacterial and viral coâ€infection in Australian patients with severe
Document: Please cite this paper as: Blyth et al. (2013) The impact of bacterial and viral coâ€infection in severe influenza. Influenza and Other Respiratory Viruses 7(2) 168–176. Background Many questions remain concerning the burden, risk factors and impact of bacterial and viral coâ€infection in patients with pandemic influenza admitted to the intensive care unit (ICU). Objectives To examine the burden, risk factors and impact of bacterial and viral coâ€infection in Australian patients with severe influenza. Patients/Methods A cohort study conducted in 14 ICUs was performed. Patients with proven influenza A during the 2009 influenza season were eligible for inclusion. Demographics, risk factors, clinical data, microbiological data, complications and outcomes were collected. Polymerase chain reaction for additional bacterial and viral respiratory pathogens was performed on stored respiratory samples. Results Coâ€infection was identified in 23·3–26·9% of patients with severe influenza A infection: viral coâ€infection, 3·2–3·4% and bacterial coâ€infection, 20·5–24·7%. Staphylococcus aureus was the most frequent bacterial coâ€infection followed by Streptococcus pneumoniae and Haemophilus influenzae. Patients with coâ€infection were younger [mean difference in age = 8·46 years (95% CI: 0·18–16·74 years)], less likely to have significant coâ€morbidities (32·0% versus 66·2%, P = 0·004) and less frequently obese [mean difference in body mass index = 6·86 (95% CI: 1·77–11·96)] compared to those without coâ€infection. Conclusions Bacterial or viral coâ€infection complicated one in four patients admitted to ICU with severe influenza A infection. Despite the coâ€infected patients being younger and with fewer coâ€morbidities, no significant difference in outcomes was observed. It is likely that coâ€infection contributed to a need for ICU admission in those without other risk factors for severe influenza disease. Empiric antibiotics with staphylococcal activity should be strongly considered in all patients with severe influenza A infection.
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