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LibraryFamily 5 · Medication Safety & Optimisation

Using Artificial Intelligence To Monitor Medication Adherence in Opioid Replacement Therapy

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The AiCure platform uses computer vision on a smartphone to confirm ingestion of opioid replacement medication, flagging missed or suspicious doses to clinicians and research staff.

ReviewedMachine-verifiedClinicalTrials.gov · NCT02243670
What this means:
A curator has read the source and confirmed our reading of it — the classifications that let this record be compared with others — along with the AI product and the clinical use. That is a check of our work, not a judgement on the AI.
What would change it:
The pair enters the AIH factory, where clinical, technical and governance findings are worked section by section.
Who established it:
An agent re-read the source and confirmed OUR reading of it — the family, the clinical problem, the point of care, what the AI outputs. Those are our judgements, not the registry's, which is why they are the ones checked. It also confirmed the record resolves to its source. No person has read it. This is not an independent check.
  1. Submitted
  2. 2Curated
  3. 3Maturing
  4. 4Validated
  5. 5Scaled
9
Participants
1
Site
United States
Country
2016
Started
Interventional
Study

Plain-language summary

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Clinical context
Clinical problem
Monitor a patient's status
Point of care
Monitoring
Nature of AI output
An alert
Clinical specialty
Psychiatry
Care setting
Home / remote
Patient population
Patients in opioid replacement therapy with buprenorphine/naloxone · Cohort: N=9; ages 18+; all sexes.
Intended use
The AiCure platform uses computer vision on a smartphone to confirm ingestion of opioid replacement medication, flagging missed or suspicious doses to clinicians and research staff.
Full study description

This study will employ a multi-site, single-arm design. A total of approximately 50-100 participants - patients stable for at least 2 weeks on their current opioid replacement medication - will be recruited for the study. All participants will receive their doctor's treatment-as-usual. Patients not currently prescribed Zubsolv® will be switched to Zubsolv®. Study visits include a screening visit, one baseline visit (which ideally will occur between 7 and 14 days after the screening visit), and bi-weekly visits for the 12 weeks (six visits) following the baseline visit. During the baseline visit, participants will be trained on how to use the AiCure app. Training consists of a number of interactive training steps to teach the participant how to use the app correctly. Participants will be provided with three placebo tablets for the training. Study participants will be reimbursed to cover their time and transportation costs in accordance with Institutional Review Board (IRB) guidelines. Participants will receive contingency management (CM) to reinforce regular use of the app. Orexo AB will provide the study drug, Zubsolv®, to all participants throughout the 12-week treatment duration. For the length of the study, participants will be requested to take each dose of their prescribed Zubsolv® regimen using the AiCure app. Each medication administration event will be saved onto the participant's smartphone and encrypted data (including de-identified video and time and date of administration) will be automatically transmitted to the centralized dashboard. Research staff will have access to the dashboard to view real-time and detailed dosing histories for each participant. Access to the dashboard is roles-based and password-protected. If a participant does not dose using the AiCure app (misses/skips a dose), self-reports on the device or over the phone, or is tagged for suspicious behavior, the participant will receive a combination of automated SMS text messages and tailored SMS text messages / phone calls from research staff based on the pre-defined escalation protocol.

Technology
AI technique
Computer vision, Deep learning
Input data
Medical imaging, Patient-reported data
Output type
Alert
Autonomy level
Human in the loop (human acts)
Model provenance
Research model
Deployment
Country
United States
Deployment date
1 August 2016
Sites
1
Regulatory & governance
Data identifiability
Pseudonymised

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Study details

Study type
Interventional
Sample size
9 participants

Contributors

Deploying organisation
Montefiore Medical Center · Hospital / health system · United States