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Orexin B 2017-10-01 ClinicalTrials

Hallucinatory Meal Under Hypnosis Impacts Appetite Regulation and Hormones in Postmenopausal Women

Postprandial Effects of a Hallucinatory Meal on Appetite Regulation

Background

Appetite and food intake are governed by complex mechanisms involving both central (hypothalamic) and peripheral (gastrointestinal) signals. Dysregulation of these pathways contributes to conditions like obesity. Current interventions often target peripheral hormones or satiety signals. Understanding the brain's role, particularly how perception influences physiological responses, offers novel insights into appetite control beyond traditional pharmacological or dietary approaches, especially in populations like postmenopausal women experiencing metabolic shifts.

Study Design

This pilot randomized-controlled cross-over trial investigated the effects of a hallucinatory meal induced by rapid hypnosis compared to a real meal in healthy postmenopausal women. Participants received the same breakfast either as a physical meal or as a hallucination under hypnosis. Researchers assessed subjective appetite sensation and measured blood levels of appetite-related hormones, aiming to understand the physiological impact of perceived food intake without actual consumption.

Why It Matters

If a perceived meal can physiologically impact appetite hormones, it opens new avenues for non-pharmacological interventions in appetite dysregulation and obesity. This research could inform novel behavioral therapies, potentially leveraging hypnotic suggestion or mindfulness techniques to modulate satiety and hunger signals. It highlights the profound influence of psychological factors on physiological processes, suggesting that mental 'pre-feeding' could complement existing weight management strategies by enhancing satiety or reducing cravings. Further research is needed to translate these findings into usable protocols.


hypnosis appetite-regulation postmenopausal-women hormones obesity pilot-study
Source: clinicaltrials:NCT03934580 · Ingested 2026-07-20 · Digest: gemini-2.5-flash