Supplementary methods for the acute dose-dependent mescaline trial
Attribution: Klaiber et al., 2024
Source guideline: Open link
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Clinical Guidelines
One index for manuals, protocols, and guidebooks linked to psychedelic clinical trials, now cross-checked against practitioner courses, provider pages, and published professional frameworks. Everyone can browse the full index; Pro unlocks full competency depth.
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Competency Explorer
Browse the shared skills taught across psychedelic clinical guidance and practitioner training, then compare what is common, protocol-specific, or only visible on course pages.
Competencies
710
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Twelve competency categories. Tap a competency to inspect its linked sources inline.
Guideline Index
242 entries grouped by protocol family.
Attribution: Klaiber et al., 2024
Source guideline: Open link
Competency extraction pending.
Attribution: Klaiber et al., 2024
Source guideline: Open link
Competency extraction pending.
Attribution: Klaiber et al., 2024
Source guideline: Open link
Competency extraction pending.
Attribution: Klaiber et al., 2024
Source guideline: Open link
Psychedelic session safety monitoring
Continuously monitor acute psychological and physical responses during mescaline administration in a controlled clinical setting. Track subjective effects and autonomic signs to detect emerging adverse reactions early.
Protection against acute and subacute harm
Ensure the participant remains safe from acute and short-term harm during and after mescaline administration. This includes vigilance for physiological instability and follow-up for delayed adverse effects.
Adverse event recognition and management
Identify and respond to acute and subacute adverse effects associated with mescaline, with particular attention to nausea and other dose-limiting reactions. Ensure that safety procedures are in place to manage transient physiological changes.
5 additional competency entries are available in the full framework.
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Attribution: ClinicalTrials.gov NCT04849013
Source guideline: Open link
Protocol comprehension
Understands the study protocol and how the therapist/facilitator role fits within trial procedures. This is essential for delivering the intervention consistently and in line with the registered study record.
Clinical trial documentation literacy
Can interpret trial-facing documentation and registration language relevant to study conduct. This supports accurate and compliant participation in a research setting.
Role-bound facilitation
Delivers the therapist/facilitator function within the scope defined by the study. The facilitator should operate according to the trial’s assigned responsibilities and not beyond them.
2 additional competency entries are available in the full framework.
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Attribution: Bouso et al., 2025
Source guideline: Open link
Psychedelic dose and time-course literacy
Understands the dose-dependent pharmacokinetics and expected duration of oral mescaline effects. Can anticipate onset, peak, and offset based on the measured human PK/PD profile.
Understanding pharmacokinetics and elimination
Knows the basic disposition of oral mescaline in humans, including absorption, metabolism, and renal elimination. This supports informed monitoring and interpretation of dose-response findings.
Interpreting acute subjective drug effects
Can assess and track participant-reported acute subjective effects over time. Uses repeated symptom or experience ratings to understand intensity and duration of the psychedelic response.
4 additional competency entries are available in the full framework.
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Attribution: Rucker et al., 2024
Source guideline: Open link
Adverse effect surveillance
Identifies and responds to common acute adverse effects associated with mescaline. Preparedness for nausea and vomiting is especially important at higher doses.
Psychedelic dose-response understanding
Understands the dose-dependent acute subjective, autonomic, and tolerability effects of mescaline. Can use this knowledge to anticipate that higher doses may produce longer and more intense effects without a clear ceiling in the studied range.
Monitoring of autonomic effects
Monitors physiological responses during psychedelic exposure, especially blood pressure and heart rate. Tracks changes that may indicate escalating risk or intolerance during the session.
6 additional competency entries are available in the full framework.
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Attribution: Klaiber et al., 2024 (NCT04849013)
Source guideline: Open link
Pre-session screening and eligibility assessment
Screen participants for psychiatric, medical, and substance-use factors that could increase risk or confound outcomes. Identify contraindications before administering psychedelic compounds.
Psychedelic session oversight
Provide structured oversight of a prolonged psychedelic drug session in a controlled setting. Maintain continuous responsibility for participant welfare across the active and subacute phases of effects.
Physiological safety monitoring
Continuously monitor key autonomic and physiological parameters that can change during psychedelic administration. Detect clinically meaningful deviations and respond appropriately.
15 additional competency entries are available in the full framework.
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Attribution: Ley et al., 2023 (NCT04227756)
Source guideline: Open link
Screening and contraindication recognition
Identify participants who should not receive psychedelic compounds due to medical, psychiatric, or substance-use risk factors. Careful pre-session screening reduces the likelihood of adverse outcomes.
Physiological safety monitoring
Measure and interpret cardiovascular and physiological responses during psychedelic administration. This includes tracking blood pressure, heart rate, body temperature, and pupil size to identify clinically relevant changes.
Psychedelic session monitoring
Continuously supervise participants during the acute effect phase and maintain a calm, controlled setting for administration and observation. Monitor for changes in subjective state, autonomic effects, and emerging adverse events across the full session.
13 additional competency entries are available in the full framework.
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Attribution: 2026 review citing controlled mescaline trials
Source guideline: Open link
Source access unavailable
The provided source text does not contain the article content needed to extract therapist or facilitator competencies. It only shows a reCAPTCHA/browser-check message from PubMed access protection.
The competency map feeds a set of standing tools: gap measurement, standards comparisons, a weekly change feed, and tailored exports.
Each protocol family above maps to a compound profile with its papers, trials, and indication-level research summaries.