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AI Creates Psychedelic Therapy Without the Hallucinations

â–¼ Summary

– Psychedelic drugs show promise for treating severe mental health conditions but have significant downsides including scary hallucinations and potential to worsen existing illness.
– Mindstate Design Labs is developing safer psychedelic-like drugs using AI to remove the hallucinogenic “trip” while maintaining psychoactive effects.
– The company’s AI platform connects biochemical drug data to over 70,000 trip reports to design compounds that produce specific mental states.
– Mindstate’s first drug candidate, MSD-001, proved safe in Phase I trials and produced psychoactive effects like heightened emotions without hallucinations.
– The approach is based on the theory that neuroplasticity stimulated by psychedelics, not the trip itself, may be the key therapeutic mechanism for mental illness.

The therapeutic potential of psychedelic substances for severe mental health disorders is gaining significant scientific traction, particularly for patients who have found little relief from conventional treatments. Despite this promise, the powerful hallucinogenic experiences, or “trips,” present considerable challenges. These effects can be intensely frightening, require lengthy supervised sessions, and depend heavily on a patient’s mindset and setting. In rare instances, they might even exacerbate underlying psychiatric conditions.

A new wave of biotech firms is now dedicated to engineering next-generation compounds that retain the therapeutic benefits of psychedelics while eliminating the disorienting hallucinations. Mindstate Design Labs stands at the forefront of this movement, leveraging artificial intelligence to design novel drugs that target specific mental states without the classic trip. The company’s initial candidate, MSD-001, appears to validate this innovative approach.

According to CEO Dillan DiNardo, their goal was to create “the least psychedelic psychedelic that’s psychoactive.” He emphasizes that while the drug is psychoactive, it deliberately avoids inducing hallucinations. To achieve this, the company, which has backing from prominent tech investors, developed a sophisticated AI platform. This system analyzes vast datasets, connecting biochemical information from various psychoactive substances with over 70,000 subjective experience reports sourced from clinical trials, online forums, and other channels.

This data-driven analysis guided the development of MSD-001, a proprietary oral formulation of a compound known as 5-MeO-MiPT. Recent Phase I trial results involving 47 healthy volunteers indicated the drug was safe and well-tolerated across multiple doses. Crucially, it produced psychoactive effects without the profound reality distortion typical of psychedelics. Participants reported enhanced emotions, more fluid thinking, a brighter imagination, and sharper senses, such as colors appearing more vivid. However, they did not experience hallucinations, ego dissolution, or other hallmarks of a powerful trip.

Researchers employed standard psychedelic research scales and subjective questionnaires to measure the drug’s impact. They also monitored eye movements and conducted brain imaging scans throughout the experience. The neuroimaging data revealed that MSD-001 generated brain-wave patterns similar to those associated with classic psychedelics like psilocybin, suggesting it engages the brain in a therapeutically relevant way. The psychoactive effects began quickly, peaking between 90 minutes and two hours after ingestion, with no serious side effects reported.

This pioneering work challenges the long-held assumption that a transformative, hallucinogenic journey is essential for healing. The emerging scientific consensus points to neuroplasticity, the brain’s ability to rewire itself by forming new neural connections, as the primary mechanism behind psychedelics’ therapeutic effects. These substances act on the serotonin system to promote this growth. Mindstate’s research supports the theory that it may be possible to harness this neuroplastic potential directly, offering a safer and more controlled pathway to treatment without the overwhelming psychological experience.

(Source: Wired)

Topics

psychedelic therapy 95% ai drug design 95% hallucinogenic effects 90% non-hallucinogenic psychedelics 90% drug safety 85% trip reports analysis 85% clinical trials 80% mindset importance 80% environment influence 75% neuroplasticity stimulation 75%