PURPOSE: We investigated whether written guidelines for surgeons and educational handouts for patients regarding safe and effective opioid use after hand surgery could reduce prescription sizes while achieving high patient satisfaction and a low refill rate. METHODS: All patients undergoing isolated carpal tunnel release or distal radius volar locked plating in a hand surgery group practice during a 6-month period were prospectively enrolled. Surgeons prescribed analgesics at their own discretion based on written guidelines. Patients received an educational handout regarding safe opioid use and disposal, a diary to record daily pain visual analog scale score and consumption of opioid and over-the-counter (OTC) analgesics, and a pain catastrophizing scale questionnaire. Collected data were compared with a retrospective cohort of the same surgeons, procedures, and period 1 year earlier. RESULTS: In the carpal tunnel release group (121 patients), average prescription size was 10 opioid pills, compared with 22 in the prior year. Average consumption was 3 opioid pills, supplemented with 11 OTC pills. In the volar locked plating group (24 patients), average prescription size was 25 opioid pills, compared with 39 in the prior year. Average consumption was 16 opioid pills, supplemented with 20 OTC pills. Patient satisfaction was comparably high in both groups. Eight patients required opioid refills overall. Patients with pain catastrophizing scale greater than 10 used more than twice as many opioid pills. Of 109 patients with leftover opioids, 10 reported proper disposal. CONCLUSIONS: Written guidelines and educational handouts significantly reduced the number of prescribed opioid pills by 35% to 55% while achieving high patient satisfaction and a low refill rate. We recommend 5 to 10 opioid pills for carpal tunnel release and 20 to 30 for distal radius volar plating. Pain catastrophizing is associated with greater opioid consumption and may help target patients for additional support. Potential for opioid abuse and diversion may persist despite these interventions. TYPE OF STUDY/LEVEL OF EVIDENCE: Therapeutic II.
PURPOSE: We investigated whether written guidelines for surgeons and educational handouts for patients regarding safe and effective opioid use after hand surgery could reduce prescription sizes while achieving high patient satisfaction and a low refill rate. METHODS: All patients undergoing isolated carpal tunnel release or distal radius volar locked plating in a hand surgery group practice during a 6-month period were prospectively enrolled. Surgeons prescribed analgesics at their own discretion based on written guidelines. Patients received an educational handout regarding safe opioid use and disposal, a diary to record daily pain visual analog scale score and consumption of opioid and over-the-counter (OTC) analgesics, and a pain catastrophizing scale questionnaire. Collected data were compared with a retrospective cohort of the same surgeons, procedures, and period 1 year earlier. RESULTS: In the carpal tunnel release group (121 patients), average prescription size was 10 opioid pills, compared with 22 in the prior year. Average consumption was 3 opioid pills, supplemented with 11 OTC pills. In the volar locked plating group (24 patients), average prescription size was 25 opioid pills, compared with 39 in the prior year. Average consumption was 16 opioid pills, supplemented with 20 OTC pills. Patient satisfaction was comparably high in both groups. Eight patients required opioid refills overall. Patients with pain catastrophizing scale greater than 10 used more than twice as many opioid pills. Of 109 patients with leftover opioids, 10 reported proper disposal. CONCLUSIONS: Written guidelines and educational handouts significantly reduced the number of prescribed opioid pills by 35% to 55% while achieving high patient satisfaction and a low refill rate. We recommend 5 to 10 opioid pills for carpal tunnel release and 20 to 30 for distal radius volar plating. Pain catastrophizing is associated with greater opioid consumption and may help target patients for additional support. Potential for opioid abuse and diversion may persist despite these interventions. TYPE OF STUDY/LEVEL OF EVIDENCE: Therapeutic II.
Authors: Ryan Howard; Brian Fry; Vidhya Gunaseelan; Jay Lee; Jennifer Waljee; Chad Brummett; Darrell Campbell; Elizabeth Seese; Michael Englesbe; Joceline Vu Journal: JAMA Surg Date: 2019-01-16 Impact factor: 14.766
Authors: W Timothy Gardner; Sophie E Pitts; Colin T Patterson; Jack Richards; David Neilly; Peter Smitham; Iain Stevenson; Stuart A Aitken Journal: J Clin Orthop Trauma Date: 2022-06-16
Authors: Benjamin J Morasco; Ning Smith; Steven K Dobscha; Richard A Deyo; Stephanie Hyde; Bobbi Jo Yarborough Journal: J Gen Intern Med Date: 2020-11-03 Impact factor: 5.128
Authors: Sage Vincent; Taylor Paskey; Elizabeth Critchlow; Erica Mann; Talia Chapman; Jack Abboudi; Christopher Jones; William Kirkpatrick; Surena Namdari; Sommer Hammoud; Asif M Ilyas Journal: Hand (N Y) Date: 2020-05-20