Kelly E Dunn1, Robert K Brooner2, Kenneth B Stoller3. 1. Johns Hopkins University School of Medicine, 5510 Nathan Shock Drive, Baltimore, MD 21224, United States of America. Electronic address: kdunn9@jhmi.edu. 2. Johns Hopkins University School of Medicine, 5510 Nathan Shock Drive, Baltimore, MD 21224, United States of America. Electronic address: rkbrooner@jhmi.edu. 3. Johns Hopkins University School of Medicine, 911 North Broadway, Baltimore, MD 21205, United States of America. Electronic address: kstolle@jhmi.edu.
Abstract
INTRODUCTION: Covid-19 confers substantial risk for the >400,000 patients who receive methadone for the treatment of opioid use disorder (OUD) and methods for safely dispensing large quantities of methadone to patients are lacking. METHODS: This study evaluated the MedMinder "Jon", an electronic and cellular-enabled pillbox that provides real-time monitoring to remotely manage take-home doses of methadone using a 12-week, within-subject, Phase II (NCT03254043) trial. We transitioned all participants from liquid to tablet methadone one week prior to randomization. Participants completed both treatment-as-usual and electronic pillbox conditions before choosing a condition in a final "choice phase". We assessed feasibility, satisfaction, and safety outcomes during the exit interview. RESULTS: Overall, we randomized 25 participants, 24 (96.0%) completed >1 study session, and 21 (84.0%) completed the exit interview. We dispensed 167.92 g (1,974 doses) of methadone. Participants would use the pillbox again (86.3%) and recommend it to others (95.4%). Overall, 52.4% selected the pillbox in the choice condition and those who did not cited issues related to study requirements. Less than 1% of pillbox alerts were for medication being consumed outside the dosing window and we observed no evidence of actual or attempted methadone diversion. DISCUSSION: We were able to adequately manage patients who would not otherwise qualify for large quantities of take-home methadone when we dispensed methadone tablets via a secure pillbox. The integration of a commercially available pillbox into routine clinic operations increases opportunity for dispensing medication. Our data support remote monitoring of methadone take-home doses and may inform clinic practices related to Covid-19.
RCT Entities:
INTRODUCTION:Covid-19 confers substantial risk for the >400,000 patients who receive methadone for the treatment of opioid use disorder (OUD) and methods for safely dispensing large quantities of methadone to patients are lacking. METHODS: This study evaluated the MedMinder "Jon", an electronic and cellular-enabled pillbox that provides real-time monitoring to remotely manage take-home doses of methadone using a 12-week, within-subject, Phase II (NCT03254043) trial. We transitioned all participants from liquid to tablet methadone one week prior to randomization. Participants completed both treatment-as-usual and electronic pillbox conditions before choosing a condition in a final "choice phase". We assessed feasibility, satisfaction, and safety outcomes during the exit interview. RESULTS: Overall, we randomized 25 participants, 24 (96.0%) completed >1 study session, and 21 (84.0%) completed the exit interview. We dispensed 167.92 g (1,974 doses) of methadone. Participants would use the pillbox again (86.3%) and recommend it to others (95.4%). Overall, 52.4% selected the pillbox in the choice condition and those who did not cited issues related to study requirements. Less than 1% of pillbox alerts were for medication being consumed outside the dosing window and we observed no evidence of actual or attempted methadone diversion. DISCUSSION: We were able to adequately manage patients who would not otherwise qualify for large quantities of take-home methadone when we dispensed methadone tablets via a secure pillbox. The integration of a commercially available pillbox into routine clinic operations increases opportunity for dispensing medication. Our data support remote monitoring of methadone take-home doses and may inform clinic practices related to Covid-19.
Authors: Divane de Vargas; Caroline Figueira Pereira; Rosa Jacinto Volpato; Ana Vitória Corrêa Lima; Rogério da Silva Ferreira; Sheila Ramos de Oliveira; Thiago Faustino Aguilar Journal: Int J Environ Res Public Health Date: 2021-11-18 Impact factor: 4.614
Authors: Ximena A Levander; Kim A Hoffman; John W McIlveen; Dennis McCarty; Javier Ponce Terashima; P Todd Korthuis Journal: Addict Sci Clin Pract Date: 2021-12-11