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Hospital-initiated Extended-release Injectable Buprenorphine Using a Novel Reallocation Initiative From an Outpatient
Valerie S Ganetsky1, Matthew Salzman, Gerard Carroll
1From the Division of Addiction Medicine, Center for Healing, Cooper University Health Care, Camden, NJ (VSG, MS, JH, RS, KEB, RH); Division of Addiction Medicine and Medical Toxicology, Department of Emergency Medicine, Cooper University Health Care, Camden, NJ (MS, GC, RH); Department of Pharmacy, Cooper University Health Care, Camden, NJ (JS); Cooper Medical School of Rowan University, Camden, NJ (GC, KEB); New Jersey Horizon Blue Cross Blue Shield, Union City, NJ (VMV, SC).
Objectives:
Novel strategies for initiation and continuation of buprenorphine are critical, especially during a pandemic when traditional opioid use disorder treatment pathways may be disrupted. We describe an innovative outpatient to inpatient reallocation initiative for extended-release buprenorphine (XR-BUP) designed to repurpose an expensive medication for use in hospitalized patients facing treatment barriers upon discharge and pilot the feasibility of XR-BUP use in the inpatient setting.
Methods:
We collaborated with our institution's inpatient pharmacy and a New Jersey Medicaid managed care organization to create an alternate pathway to make XR-BUP available to hospitalized patients insured by the same payor. In this process, XR-BUP doses were deidentified and transferred to the inpatient controlled substance inventory for administration to hospitalized patients at no charge by our Addiction Medicine Consult Service after a period of sublingual buprenorphine stabilization. Our reallocation pathway bypassed several existing XR-BUP regulatory barriers to allow for inpatient administration.
Results:
To date, we have transferred approximately 85 XR-BUP 300 mg doses to the inpatient controlled substance inventory. This equates to a cost savings of nearly $145,000.
Conclusions:
Reallocation of XR-BUP from an outpatient to inpatient setting increased postdischarge buprenorphine treatment access while also reducing health care costs by repurposing an expensive medication that would otherwise go to waste. Use of reallocated XR-BUP in the inpatient setting may pave the way for addition of XR-BUP to the hospital's formulary to minimize treatment gaps after discharge.
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