Clinical Outcomes Data
The measurement program behind MindScape Retreat's Opioid Detox Protocol: validated withdrawal and craving instruments scored from admission through scheduled follow-up.
Our clinical records system tracks every guest's withdrawal trajectory across multiple validated instruments. The interactive dashboard below draws its values live from that system for the opioid detoxification program, and it renders a trajectory only when the cohort holds real assessment data. Each line represents the cohort-averaged score on a validated clinical scale, allowing direct comparison of treatment response across different dimensions of opioid withdrawal and craving.
Published studies consistently report resolution of acute opioid withdrawal within 24 to 48 hours after a single ibogaine treatment in a majority of patients, and the panel above exists to show whether that pattern holds in our own records rather than to assert that it does. Pairing objective withdrawal measures (COWS, OOWS) with subjective scales (SOWS, VAS Craving) is deliberate: it is the only way to see whether the physiological and psychological dimensions of opioid dependence are moving together, or only one of them is.
Study Overview
Fentanyl. Heroin. Oxycodone. Prescription Opioids.
MindScape Retreat's opioid detoxification program treats the full spectrum of opioid dependency, including fentanyl, heroin, oxycodone, hydrocodone, and mixed prescription opioid dependence. Most guests arrive after multiple prior treatment attempts, including methadone maintenance, buprenorphine (Suboxone), residential rehabilitation, and naltrexone, which makes this a profoundly treatment-resistant population.
Every guest is assessed using a validated multi-instrument battery: the Clinical Opiate Withdrawal Scale (COWS) as the primary endpoint, with supplementary measurement via the Subjective Opiate Withdrawal Scale (SOWS), Objective Opiate Withdrawal Scale (OOWS), a 100-point Visual Analog Scale for craving intensity (VAS_CRAVING), and the Brief Substance Craving Scale (BSCS). This multi-instrument design captures both objective physiological withdrawal and the subjective craving burden that drives relapse in the post-detox period.
Outcomes are tracked at treatment completion, 30-day follow-up, and 90-day follow-up. Cohort aggregates for this program publish at mindscaperetreat.com/outcomes once at least 20 people hold paired assessment data, and never before. Until then the honest statement is the one the literature supports: Brown & Alper (2017) synthesized 14 observational studies demonstrating consistent suppression of opioid withdrawal and craving.
The Clinical Opiate Withdrawal Scale (COWS) serves as the primary endpoint for evaluating opioid detoxification efficacy in this study. COWS is an 11-item clinician-administered scale that quantifies objective signs of opioid withdrawal, including pupil dilation, bone and joint pain, gastrointestinal distress, tremor, and autonomic instability, on a 0 to 48 point scale. Scores above 12 indicate moderate-to-severe withdrawal requiring medical intervention, while scores below 5 are considered clinically insignificant.
COWS is scored at admission, through the acute treatment window, and again at the 30- and 90-day follow-ups. That schedule is what makes the durability question answerable at all: the early scores show whether the acute syndrome was interrupted, and the later scores show whether receptor normalization held once the pharmacologically active window had closed.
On the COWS bands, the clinically meaningful move is out of the moderate-to-severe range and into the sub-clinical range, and the published literature consistently reports acute opioid withdrawal resolving within 24 to 48 hours of a single ibogaine treatment in a majority of patients. Whether that holds at the 30- and 90-day follow-ups is a question our own cohort has to answer with paired data, not one we will answer ahead of it.
The proposed mechanism for durability is noribogaine's lipophilic deposition and gradual release from adipose tissue, which provides low-level mu-opioid receptor modulation through the critical early-abstinence period when relapse risk is highest. The following section details the study design, inclusion criteria, and measurement methodology behind the program.
Prospective Observational Cohort Study
Study Design
Prospective, single-center observational cohort study with longitudinal follow-up. All patients provided written informed consent prior to enrollment. No placebo control, ethical considerations preclude withholding treatment from actively withdrawing opioid-dependent patients.
Inclusion Criteria
Adults aged 18 to 65 with confirmed opioid use disorder (DSM-5 criteria). Minimum 6-month active opioid dependency. Cardiac clearance (QTc < 450ms, normal sinus rhythm). Adequate hepatic function (AST/ALT < 3× upper limit). Willingness to complete 90-day follow-up protocol.
Assessment Instruments
Primary: Clinical Opiate Withdrawal Scale (COWS, 0 to 48). Secondary: Subjective Opiate Withdrawal Scale (SOWS, 0 to 64), Objective Opiate Withdrawal Scale (OOWS, 0 to 13), Visual Analog Scale for Craving (VAS, 0 to 100), Brief Substance Craving Scale (BSCS, 0 to 96). All instruments validated for opioid withdrawal assessment.
Assessment Schedule
Baseline (pre-treatment), 24 hours post-ibogaine, 72 hours post-ibogaine, Day 7, Day 14 (discharge), Day 30 follow-up, Day 60 follow-up, Day 90 follow-up. Follow-up assessments conducted via secure telehealth with self-report verification and collateral confirmation where available.
Statistical Analysis
Paired pre-post comparison on the clinical record. Success is defined as a COWS score below the clinical withdrawal threshold (< 5) at the 90-day assessment. Intent-to-treat: guests lost to follow-up count as treatment failures. Cohort aggregates publish at mindscaperetreat.com/outcomes once at least 20 people hold paired data, and never before.
Safety Monitoring
Continuous cardiac telemetry during treatment. QTc interval monitoring at baseline, 6h, 12h, and 24h post-administration. Adverse events documented using MedDRA coding system. All serious adverse events reviewed by independent medical safety officer within 24 hours of occurrence.
Mechanism of Action
Why Ibogaine Eliminates Opioid Withdrawal
Ibogaine's capacity to interrupt opioid withdrawal without precipitating the acute withdrawal syndrome is mechanistically unique among all known substances. Its primary metabolite, noribogaine, acts as a full mu-opioid receptor agonist at low concentrations while simultaneously modulating kappa and delta opioid receptors, effectively satisfying the receptor-level demand that drives withdrawal symptomatology. This mu-opioid receptor reset allows the neuroadapted opioid system to return toward homeostasis without the protracted suffering of unaided detoxification.
The noribogaine depot effect is central to ibogaine's 90-day durability. Noribogaine is highly lipophilic, accumulates in fatty tissue, and releases gradually over a period of four to six weeks following treatment. This sustained low-level receptor activity mirrors the pharmacological rationale of buprenorphine maintenance while requiring only a single administration, eliminating the compliance burden and ongoing opioid exposure inherent to medication-assisted treatment.
Beyond receptor-level effects, ibogaine produces robust upregulation of glial cell line-derived neurotrophic factor (GDNF) in the ventral tegmental area (VTA) and nucleus accumbens, the core neuroanatomical structures of the reward and motivation system. GDNF upregulation normalizes dopaminergic signaling in circuits that opioid dependence has chronically dysregulated, reducing the anhedonia, motivational deficits, and persistent craving that mediate relapse in the weeks and months following conventional detoxification.
While COWS captures the objective physiological dimensions of withdrawal, the subjective burden (craving intensity, compulsive drug-seeking urges, and emotional dysregulation) often predicts relapse risk more accurately than clinical scores alone. That is why three complementary instruments are scored alongside it: the Subjective Opiate Withdrawal Scale (SOWS, 0 to 64), a Visual Analog Scale for craving intensity (VAS, 0 to 100), and the Brief Substance Craving Scale (BSCS, 0 to 96).
Together, these instruments provide a comprehensive picture of treatment response that extends well beyond physical withdrawal relief. A guest can score low on COWS, appearing clinically recovered, while still carrying the severe craving and emotional distress that drives relapse. Whether the objective and the subjective scales move together is therefore the single most clinically meaningful thing a cohort of this kind can show, which is exactly why we will not report it before the data exists.
Using three subjective instruments rather than one is what makes convergent validity testable for ibogaine's anti-craving mechanism: an effect that appears on all three is far harder to explain away than an effect on any single scale. The BSCS matters most here, because it measures the intensity and frequency of craving episodes alongside the guest's perceived ability to resist use, and psychological craving is well documented to persist after physiological withdrawal has resolved.
Reading the subjective instruments against the clinician-scored COWS is how we check that a guest's own account of recovery lines up with observed clinical status. The correspondence between the two measures the integrity of the assessment itself, not only of the treatment. The following section sets out what we measure and what the published literature reports.
What We Measure, And What the Literature Reports
Every guest in the opioid protocol is scored on the Clinical Opiate Withdrawal Scale (COWS, 0 to 48) from admission through the 90-day follow-up. Withdrawal here is measured, not recalled, and the record is the clinical chart.
Craving is tracked alongside withdrawal on a Visual Analog Scale (0 to 100) and the Brief Substance Craving Scale (0 to 96), because a guest can score low on withdrawal and still carry the craving burden that drives relapse.
Noller et al. (2017) reported 80% abstinence at one month in a New Zealand observational study of opioid dependence, the strongest published signal to date for a single ibogaine treatment.
Brown & Alper (2017) synthesized 14 observational studies demonstrating consistent suppression of opioid withdrawal and craving.
Published studies consistently report resolution of acute opioid withdrawal within 24 to 48 hours after a single ibogaine treatment in a majority of patients, which is the pattern our clinical team sees at the bedside.
More than 1,000 guests have been treated since 2019 with zero serious complications recorded. Cohort aggregates for this protocol publish at mindscaperetreat.com/outcomes once at least 20 people hold paired assessment data, and never before.
Fentanyl-Specific Findings
Fentanyl Detoxification: The Most Challenging Presentation
Fentanyl presents the greatest clinical challenge in the opioid protocol. Its exceptional lipophilicity, approximately 600 times more lipophilic than morphine, results in deep tissue deposits that extend the biologically active withdrawal window well beyond that observed with heroin or prescription opioids. Standard detoxification protocols frequently fail fentanyl-dependent patients for this reason, as withdrawal reemerges days after apparent stabilization as tissue-bound fentanyl redistributes into circulation.
Our fentanyl protocol employs an extended preparation phase and individualized transition to short-acting opioids prior to ibogaine administration. This transition protocol depletes deep tissue fentanyl reserves and creates a predictable pharmacokinetic profile, allowing ibogaine dosing to be optimally timed to the withdrawal curve. The extended protocol increases total program length by two to three days compared to our standard opioid detoxification timeline.
Fentanyl guests are scored on the same COWS schedule as every other presentation in the program, which is the only way to tell whether the extended preparation protocol actually addresses fentanyl's atypical pharmacokinetic profile or merely postpones the problem. Those cohort figures publish at mindscaperetreat.com/outcomes once enough people hold paired data, in a patient population for which current medical consensus offers no reliably effective single-intervention detoxification.
Clinical Protocol
10 to 14 Day Opioid Detox Protocol
Medical Screening & Cardiac Clearance
Every opioid candidate undergoes a comprehensive pre-admission medical evaluation including full bloodwork panel, a 12-lead EKG with QTc interval measurement, hepatic and renal function assessment, and a thorough cardiac history review. Ibogaine is contraindicated in patients with QTc prolongation, structural heart disease, or significant cardiac arrhythmia risk. Candidates who do not achieve cardiac clearance are not admitted, and our medical team provides referral recommendations for alternative pathways.
Supervised Opioid Transition to Short-Acting Agents
Patients arriving on long-acting or lipophilic opioids, including fentanyl patches, methadone, buprenorphine, or extended-release formulations, undergo a supervised transition to short-acting opioids prior to ibogaine administration. This transition phase, conducted under daily medical supervision, depletes tissue-bound opioid reservoirs and creates the predictable pharmacokinetic profile required for safe and optimally effective ibogaine dosing. Fentanyl patients typically require a two- to three-day extended preparation period.
Custom Ibogaine Dosing Protocol
Our medical director designs an individualized ibogaine dosing protocol for each patient based on body weight, opioid substance and duration of use, hepatic metabolism parameters, degree of receptor neuroadaptation, and the clinical findings from pre-admission screening. Opioid detoxification protocols typically employ Ibogaine HCl for precision receptor-level dosing, with supplemental Total Alkaloid extract where deeper neuroplasticity support is clinically indicated. Dosing is never templated: it is calculated for the individual.
Treatment at MindScape Retreat with Continuous Monitoring
Ibogaine is administered in our medically-equipped, intimate sanctuary on Cozumel Island under continuous physician and nursing supervision for the duration of the treatment session and the 24-hour acute recovery period. Cardiac telemetry, pulse oximetry, and blood pressure monitoring are maintained throughout administration. The clinical environment is designed to minimize stimulation and support the inward-focused state that ibogaine induces, maximizing both safety and therapeutic depth.
Integration & 90-Day Aftercare
Opioid dependence is a chronic neurobiological condition that requires structured support beyond the detoxification event. Every patient departs with an individualized aftercare plan that includes referrals to integration-trained therapists, peer support program integration, scheduled clinical check-ins at 30, 60, and 90 days, and written guidance for managing cravings, environmental triggers, and the critical early-recovery period. This is why published studies pair ibogaine with structured aftercare.
Frequently Asked Questions
Questions About Ibogaine for Opioid Addiction
Supporting Literature & Citations
Continue Exploring Opioid Treatment
Every MindScape treatment program includes a guided 5-MeO-DMT (Bufo) ceremony, part of the all-inclusive price, not an add-on.
