This study aims to assess the accuracy of a novel urine test for diagnosing urinary tract infections in acutely ill children presenting to ambulatory care. The accuracy of this novel test will be compared to the accuracy of conventional dipstick testing. In addition, the evidence on urine tests will be added to the existing algorithm for diagnosing serious infections in children. Finally, the study aims to describe the relation between the CRP level at study entry and the duration of symptoms and final diagnosis over the following 30 days.
The design is a cross-sectional cohort study with a nested longitudinal follow-up in acutely children presenting to ambulatory care. The cross-sectional cohort study will compare an innovative urine test with conventional dipstick testing to establish their relative accuracy to diagnose urinary tract infections, and construct an algorithm consisting of clinical features, urine test results and CRP point-of-care testing to identify serious infections. The longitudinal follow-up study will describe illness trajectories of children with an intermediate CRP test result (5-80 mg/L) at first contact. The study will run in general practices and community paediatrics in Flanders. Recruitment to the study is expected to last 18 months, with each patient entering the study only once. Children and their parents/guardians will be approached for possible participation in the study by practice staff. There is only one study visit. Those who agree to participation via written informed consent will have demographics and clinical features recorded. All children will be asked to provide a urine sample on study entry. Subsequently, CRP point-of-care testing will be conducted in all children testing positive on a clinical prediction rule, and in a random sample of children testing negative on that rule. Follow-up information for all children will be collected using general practice notes, hospital records and direct patient/parent contact. Treatment and other management decisions will be left to the treating physicians' discretion.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
DIAGNOSTIC
Masking
NONE
Enrollment
868
CRP point-of-care test using a fingerprick of blood and producing a result within 4 minutes, using the Afinion 2 (Abbott)
KU Leuven
Leuven, Belgium
Urinary tract infection
The number of children with a urinary tract infection based on urine culture
Time frame: 3 days
Serious infections
The number of children admitted to hospital for a serious infection which can be pneumonia, sepsis, meningitis, pyelonephritis, osteomyelitis or appendicitis
Time frame: 30 days
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