The overall goal of this project is to collect initial human data on the effects of novel compounds on safety (interactions with an opioid drug, e.g., buprenorphine) and early efficacy signals (subjective effects on negative affect, craving, and opioid withdrawal) in OUD subjects currently in MOUD treatment with buprenorphine.
The overall goal of this project is to collect initial human data on the effects of novel compounds on safety (interactions with an opioid drug, e.g., buprenorphine) and early efficacy signals (subjective effects on negative affect, craving, and opioid withdrawal) in OUD subjects currently in MOUD treatment with buprenorphine. The compound to be studied in this protocol will be a pre-configured combination of 45mg dextromethorphan with 105 mg Bupropion (AuvelityTM, hereafter referred as Auvelity). Notably, other NMDA receptor antagonists such as ketamine have also been shown to rapidly improve mood and reduce suicidality. OUD has also been linked to histories of trauma and syndromes of negative mood, where opioid use in many individuals was initially motivated by a desire to alleviate a negative mood state. Lastly, using the NIDA Phenotyping Battery, our group has also found negative emotionality to be part of a constellation of neurofunctional domains that are associated with SUD severity. Taken together, providing AUVELITY as an adjunctive treatment to buprenorphine could be an avenue to target crucial underlying mechanisms of OUD and improve OUD treatment outcomes.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
DOUBLE
Enrollment
18
Subjects who are randomized to placebo will receive identical capsules to the test product at the same time periods noted above, administered orally.
Orally-administered combination of 45 mg dextromethorphan with 105 mg Bupropion (trade name Auvelity). Auvelity will initially be administered orally once daily for three days. After 3 days on once daily AUVELITY, the participants will begin taking AUVELITY twice daily for 4 additional days as recommended in the FDA-approved prescribing information.
CARI Research Clinic- VCU Institute for Drug and Alcohol Studies
Richmond, Virginia, United States
Safety- as Measured by Average Heart Rate (Pulse) at Each Testing Visit
Measuring pulse is crucial for providing real-time, objective data. It acts as a baseline indicator to detect irregularities and monitor for stress and fatigue levels. The healthy resting heart rate (RHR) for most adults is 60-100 beats per minute (bpm). A lower rate usually indicates better cardiovascular fitness. A poor score is falling above the 60-100bpm range.
Time frame: Baseline and Day 8 (PK testing visits)
Safety- as Measured by Average Blood Pressure at Each Testing Visit
Systolic blood pressure is the first (top/upper) number. It measures the pressure your blood is pushing against your artery walls when the heart beats. Diastolic blood pressure is the second (bottom/lower) number. It measures the pressure your blood is pushing against your artery walls while the heart muscle rests between beats. A good, healthy blood pressure for most adults is generally considered to be less than 120/80 mm Hg. It ensures participant safety by monitoring for extreme hypertension or hypotension, validating cardiovascular drug effects. Anything abovethe 130/80 mmHg is considered a high or bad reading. A high reading means that your heart is working too hard to pump blood and putting excessive strain on the arteries.
Time frame: Baseline and Day 8 (PK testing visits)
Safety- as Measured by Average Pulse Oximetry at Each Testing Visit
Measuring pulse oximetry (SpO2) for research safety provides real-time, noninvasive monitoring of oxygen saturation, crucial for identifying "silent hypoxia," detecting respiratory decline from interventions, and ensuring participant safety during trials. The normal range is 95%-100%. Anything below the 95% is out of normal range and cause for concern.
Time frame: Baseline and Day 8 (PK testing visits)
Safety- as Measured by Average Respiratory Rate at Each Testing Visit
A good, normal respiratory rate for research safety data in resting adults is 12 to 20 breaths per minute (bpm). Rates consistently under 12 or over 25 bpm are often flagged in clinical studies as potential safety concerns.
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Time frame: Baseline and Day 8 (PK testing visits)
Safety- as Measured by Total Number of Adverse Events
Tracking adverse event (AE) rates in research is essential to ensure participant safety, determine the risk-benefit ratio of interventions, and maintain data integrity for regulatory approval. Analyzing these rates allows investigators to identify trends, detect unexpected risks early, and modify studies to prevent harm. .
Time frame: Baseline to Week 2 follow-up