Opioïdenbeheer voor ontslagen patiënten op de spoedeisende hulp

Prescription opioids remain a popular drug class with 143 million (M) opioid prescriptions written in 2020. In that same year, 8.7 million people (2.6% of the US population) misused prescription pain relievers, and overdose deaths from opioids continue to rise to 83,695 in 2022. Across six studies, 67% to 92% of patients prescribed opioids reported unused pills. In 2017, patients were prescribed 3.3 billion excess pills, yet no more than 9% of patients properly disposed of their unused opioids. Despite attempts to reduce overprescribing, increase disposal, and decrease diversion, these issues still contribute to increasing misuse, addiction, and overdose deaths.

Addinex Technologies has developed a novel system to reduce the use of opioids through controlling, monitoring, and disposing of excess opioids. The unique "closed-loop" system starts with clinicians prescribing opioids with the Addinex system. Addinex's partner pharmacy then fills the patented dispenser and delivers it to the patient. The patient uses the Addinex app to access each individual dose code and to obtain education and feedback. Finally, the patient returns the dispenser with any excess pills in a DEA-approved mailer to Addinex's partner disposal company. In a study with Columbia University Medical Center using the Addinex system with 30 post-surgical cancer patients, results showed 70% fewer pills used than prescribed, 60% fewer refills for the same surgeries, and an 84% excess pill disposal rate.

Addinex is now partnering with Brown Emergency Medicine and Rhode Island Hospital ("Brown") to perform a feasibility study using Addinex's system. We will conduct a clinical trial involving 100 patients with extremity fractures treated by the emergency department. Half the patients (25 adults and 25 minors) will utilize the Addinex system, while the other half will have their opioids dispensed in a standard pill bottle as the control group. Addinex's system promotes the return of medication using a pre-paid disposal mailer once patients have completed their course of treatment. The clinical study's main goals involve evaluating the system's effectiveness with patients obtaining same day treatment. This evaluation will encompass an analysis of medication consumption, disposal rates, pain levels, the impact of monitoring policies, and ensuring that the established commercial protocols function seamlessly. Ultimately, the project aims to demonstrate that the Addinex system can successfully operate within the broader hospital environment (same day and scheduled procedures), controlling and monitoring opioid usage, promoting patient well-being, and lowering costs.