Long antibiotic durations noted for kids with pneumonia, urinary infections
Prescribing data from a children's hospital network in Chicago showed considerable variation in antibiotic durations for children treated for community-acquired pneumonia (CAP) and urinary tract infections (UTIs) in ambulatory settings, with the variability largely unrelated to the severity of symptoms, researchers reported late last week in the Journal of the Pediatric Infectious Diseases Society.
The retrospective study used outpatient prescribing data from 2016 through 2019 to determine antibiotic durations for CAP and UTIs in pediatric populations and the influence of non-clinical predictors of long antibiotic duration. While some medical society guidelines suggest 10 days of antibiotics for pediatric CAP, and 7 to 14 days of antibiotics for UTIs in children ages 2 to 24 months, recent studies have suggested shorter antibiotic durations for both conditions may be just as effective in children. Guidelines at the hospital and its 14 outpatient centers recommend 7 days of antibiotics for treatment of both CAP and UTIs in children.
Overall, 2,124 prescriptions for CAP and 1,116 prescriptions for UTI were included in the study. Prescriptions were longer than 10 days in 59.9% and 47.6% of children treated for CAP and UTI, respectively. Long durations were more common in the emergency department (ED) than in clinics for UTIs, and more common in convenient care for CAP. Younger children had greater odds of long antibiotic duration for both diagnoses, with children younger than 1 year old having much higher odds of a longer antibiotic duration for CAP (odds ratio [OR], 8.64; 95% confidence interval [CI], 5.01 to 14.89) and for UTIs (OR, 4.24; 95% CI, 2.33 to 7.72) compared with older children.
Medicaid insurance was also associated with long therapy for UTI (OR, 1.66; 95% CI, 1.17 to 2.35) and CAP (OR, 1.43; 95% CI, 1.o9 to 1.86). Residents and fellows were less likely to give long durations than attending physicians, while advanced practice nurses were more likely to administer long therapies in CAP. Subsequent hospitalizations were uncommon for UTI (n = 10) and CAP (n = 20).
"Future stewardship interventions should address non-clinical predictors of antibiotic duration including addressing potential provider biases that can influence the decision-making process," the study authors concluded. "Reducing the unnecessarily long duration of therapy is an important quality intervention to reduce the risk of antimicrobial resistance and adverse events."
Aug 14 J Pediatric Infect Dis Soc abstract
Higher antibiotic use found in young, White, rural children in Kentucky
In another study published late last week in the same journal, an analysis of statewide Medicaid data in Kentucky showed that antibiotic fills were higher among young, White children in rural areas and those with chronic conditions.
To evaluate patient-level antibiotic use among children in Kentucky, which consistently ranks as one of the highest prescribing states for antibiotic use in adults and children, researchers from the University of Tennessee, the University of Louisville, and Duke University examined pharmacy data from a cohort of children enrolled in Medicaid from 2012 through 2017. The cohort followed the same children, who were ages 0 to 14 in 2012, over the 6-year study period, looking at outpatient antibiotic prescriptions, age, sex, race, zip code, and chronic conditions.
A total of 169,724 children were included in the study, and they received 1,478,484 antibiotic prescriptions over the study period. Of these children, there were 10,804 (6.4%) children with no antibiotic prescription claims during the study period; 43, 473 (25.6%) had 1 to 3 antibiotic prescriptions; 34,318 (20.2%) had 4 to 6 antibiotic prescriptions; 30, 994 (18.3%) had 7 to 10; 35, 018 (20.6%) had 11 to 20; and 15, 117 (8.9%) children had more than 20 antibiotic prescriptions.
Overall, the population had a median total of six antibiotic prescriptions during the study period, but use was higher in children ages 0 to 5 (median of 8 antibiotic fills, compared with 5 for older children), White children (median of 7 antibiotic fills, compared with 3 for Black children), children in rural settings (median of 9 antibiotic fills, compared with 7 for suburban children and 4 for urban children), and children with chronic conditions (median of 8 antibiotic fills, compared with 6 for children without chronic conditions).
The study authors say the findings support studies in other states that have found racial and urban-rural disparities in antibiotic prescribing for children, and that further research is needed to better understand whether these disparities reflect variations in family expectations, care-seeking behavior, and/or clinician bias.
"Eliminating racial and rural differences in antibiotic prescribing should be a priority for outpatient antibiotic stewardship," they wrote.
Aug 14 J Pediatric Infect Dis Soc study