• Matthew F Basilico, Abhiram R Bhashyam, Emma K Harrington, Monica Bharel, J Michael McWilliams, and Marilyn Heng.
• Harvard University, 82 Fernwood Rd, Chestnut Hill, MA 02467. Email: matthew_basilico@hms.harvard.edu.
• Am J Manag Care. 2023 Sep 1; 29 (9): 448453448-453.

ObjectiveTo investigate the effects of discharge opioid supply after surgery for musculoskeletal injury on subsequent opioid use.Study DesignInstrumental variables analysis of retrospective administrative data.MethodsData were acquired on 1039 patients treated operatively for a musculoskeletal injury between 2011 and 2015 at 2 level I trauma centers. State registry data were used to track all postoperative opioid prescription fills. Discharge surgical resident was identified for each patient. We categorized residents in the top one-third of opioid prescribing as high-supply residents and others as low-supply residents, with adjustment for service attending physician and month. The primary outcome was subsequent opioid use, defined as new opioid prescriptions and cumulative prescribed opioid supply 7 to 8 months after injury.ResultsOn average, patients of high-supply residents received an additional 96 morphine milligram equivalents (MME) at discharge (95% CI, 29-163 MME; P < .01), or 16% more, compared with patients of low-supply residents, which is equivalent to an additional 2-day supply at a typical dosage. In the seventh or eighth month after surgery, patients of high-supply residents received a greater total MME volume than patients of low-supply residents (difference, 13.0 MME; 95% CI, 3.1-22.9 MME; P < .01) despite receiving a greater cumulative supply of opioid medications through the sixth month after surgery.ConclusionsAfter surgery for musculoskeletal injury, patients discharged by residents who prescribe greater supplies of opioid pain medications received higher supplies of opioids 7 to 8 months after surgery than patients discharged by residents who tend to prescribe less. Thus, limiting postoperative supplies of opioid pain medication may help reduce chronic opioid use.

10 keywords...

hide…