Aakash Khanijau (United Kingdom)
University of Liverpool Institute of Infection, Veterinary and Ecological SciencesPresenter of 1 Presentation
ANTIBIOTIC USE IN DEFINITE VIRAL AND DEFINITE BACTERIAL PHENOTYPES FROM THE PERFORM BIVA-STUDY ACROSS EUROPE (ID 563)
Abstract
Background
Over prescription of antibiotics in paediatric Emergency Departments (EDs) leads to increased antimicrobial resistance. Optimisation of antibiotic prescription is a critical goal for antimicrobial stewardship initiatives.
Methods
Using the European PERFORM (www.perform2020.org) BIVA-database of febrile children attending the ED who had blood tests performed, cases were phenotyped using the PERFORM bacterial/viral probability algorithm. We determined empiric antibiotic use in children in view of the individual’s final phenotype of definite bacterial (DB) or definite viral (DV) infection. Antibiotics prescribed were classified according to WHO AWaRe (Access, Watch, Reserve).
Results
Of 1080 febrile children with a definite final diagnosis, 582 were assigned a DB and 498 a DV final phenotype. Of note, initial working diagnoses were largely similar between DB and DV phenotypes, except urinary tract infection and respiratory tract infection.
A total of 542 (93.1%) DB and 281 (57.0%) DV were prescribed empiric antibiotics during admission. In the DB group, 55 (10.2%) children received oral and 487 (89.9%) intravenous/intramuscular (IV/IM) antibiotics. In comparison, 67 (23.8%) children with a DV phenotype received oral and 214 (76.2%) IV/IM antibiotics (p<0.00001). The top 3 antibiotics were third-generation cephalosporins, penicillins and penicillin/beta-lactamase inhibitor combinations in both DB and DV. A total of 408 (75.3%) DB and 212 (75.4%) DV had ≥ 1 WHO Watch antibiotics prescribed.
Conclusions
Differentiating bacterial/viral aetiology of febrile illness is difficult on initial presentation to the ED. A significant proportion of children with a final DV phenotype received antibiotics during admission, predominantly classified as WHO Watch. Rapid and accurate point-of-care tests in the ED differentiating between DB and DV could significantly reduce antibiotic prescribing, thereby improving antimicrobial stewardship.
Acknowledgements
This project received funding from the European Union’s Horizon2020 programme under grant agreement 668303.
Clinical Trial Registration
Not applicable.