Several clinical factors predict neuroimaging utilization in patients with concussion. CT is generally used acutely, while MRI is used in the sub-acute and chronic post-concussion periods. In a sports concussion clinic, delayed neuroimaging has limited clinical yield.
Objective Approximately 5% of children develop new persistent opioid use after tonsillectomy. Critical review of our prescribing practices revealed inconsistent and excessive opioid prescribing after this procedure in children. We sought to improve our practice by using a standardized electronic medical record (EMR)–based order set. Methods Retrospective chart review of outpatient tonsillectomy performed before and after institution of an EMR intervention with comparison of opioid and nonopioid analgesic (NOA) prescription characteristics as well as outcomes including hemorrhage and readmission. Results Analysis of 276 preorder set and 128 post–order set tonsillectomies revealed a significant increase in NOA utilization following initiation of the order set and a significant reduction in doses of opioid prescribed. Due to a change to a stronger opioid in the order set, morphine dose equivalents (MDEs) prescribed were not decreased in the post–order set cohort. Variability between prescriptions and providers was significantly decreased in the post–order set group in terms of doses and MDEs, and dangerously high outlier prescriptions were eliminated. No differences in pain control, postoperative hemorrhage, presentation to the emergency department, or readmission were identified. Discussion An EMR-based intervention improved the quality and safety of posttonsillectomy opioid prescribing at our institution. Moving forward, this order set provides a platform with which to titrate opioid prescriptions and NOA to optimal pain control and safety levels. Implications for Practice A standardized EMR-based order set can improve the quality of opioid prescribing after tonsillectomy.
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