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Psychedelics

ISSN 2997-2671

33 papers in the library · 9 citations · publishing 2024-2026

Papers

Qualitative insights into psilocybin and LSD experiences: Enhanced connection and emotion processing reported by Spanish-speaking survey respondents

Psychedelics November 15, 2025 Meghan DellaCrosse, Shoval Gilead, Rafael Lancelotta et al.

Spanish-speaking individuals who had a memorable psilocybin or LSD experience reported two main themes: deep connection (to nature, others, the present moment, and the substance) and emotion-related experiences (from joy and peace to emotional processing, catharsis, and challenging experiences). The findings are based on a secondary qualitative analysis of open-ended survey responses from 379 Spanish-speaking participants. Similarities appeared across both substances, with some unique nuances. The work underscores the need for diverse populations in psychedelic research to improve generalizability and cultural relevance, and highlights the therapeutic potential of psychedelics while calling for culturally sensitive tools.

Gregor Hasler: Three Guiding Questions — How do psychedelics shape the brain? How can they heal psychiatric disorders such as depression and PTSD? How can we ensure their safe and responsible use?

Psychedelics September 2, 2025 Gregor Hasler

Professor Gregor Hasler's research focuses on how psychedelics such as LSD, psilocybin, and MDMA can rapidly enhance neuroplasticity, leading to clinical improvements in depression, PTSD, and addiction that last months or years after treatment. His team discovered that mGluR5 is a biomarker for nicotine dependence, translating molecular research into practical applications. Hasler's work on glutamate and GABA systems has reshaped understanding of mood disorders and opened new treatment pathways for treatment-resistant conditions. His book 'Higher Self: Psychedelics in Psychotherapy' synthesizes decades of research, advocating for safe integration of psychedelic therapies into mainstream medicine.

Stephen Ross: Psychedelic-assisted therapies for difficult-to-treat psychiatric and medical disorders

Psychedelics June 10, 2025 Stephen Ross

A single dose of psilocybin combined with psychotherapy produced rapid, substantial, and enduring reductions in anxiety and depression among advanced cancer patients, according to a landmark 2016 study that attracted 1.7 billion media views. The work, led by Professor Stephen Ross at NYU Langone Center for Psychedelic Medicine, also demonstrated efficacy for alcohol use disorder and major depressive disorder. Ross secured the first National Cancer Institute grant for psychedelic research in over 50 years, helping revive a dormant field. His ongoing research extends into pain management, early-stage cancer interventions, and possible anti-inflammatory properties of psychedelics, aiming to address conditions with substantial unmet needs.

Erin Mauney: Psychedelics as modulators of the gut-brain interaction

Psychedelics June 3, 2025 Erin E. Mauney

A researcher explores how psilocybin may help patients with treatment-resistant IBS by modulating interoception, the sense of the internal state of the body. The work is the first of its kind in gastroenterology and examines how early-life trauma becomes somatically encoded. Psychedelic-assisted therapy may create pathways for emotional release and functional improvement. The patient-centered approach combines neuroimaging, qualitative analysis, and clinical outcomes to develop scalable therapeutic options, challenging the artificial mind-body divide in medicine. This research represents a paradigm shift in understanding how psychedelics could transform treatment for patients unresponsive to conventional therapies.

Michael A. Wheeler: Psychedelics and neuroimmune circuits—what a strange trip, indeed

Psychedelics May 6, 2025 Michael A. Wheeler

Psychedelics like psilocybin can reverse stress-induced fear behaviors by targeting a previously hidden neuroimmune pathway connecting inflammatory cells in the meninges to brain regions controlling emotions and rewards. This research, validated in a Nature article, shows that psychedelics regulate the interplay between brain and immune cells in fear responses. By modulating both neurons and immune responses, the work opens new therapeutic possibilities for depression, addiction, and stress-related disorders.

Exploring the therapeutic potential of psychedelics: Fear extinction mechanisms and amygdala modulation

Psychedelics August 9, 2024 Thomas J. Kelly, Qing-Song Liu

Classical psychedelics are being studied as potential treatments for PTSD. Research in rodents shows these substances affect fear learning, recall, and extinction. The amygdala, a brain region central to fear processing, is key to these effects. Psychedelics interact with different cell types in the amygdala, and specific neural circuits may underlie their fear-suppressing effects. Because rodent and human amygdalas are functionally similar, findings from animal studies can guide clinical trials for psychedelic-assisted PTSD therapy. The authors emphasize that each psychedelic's unique pharmacology and duration of action are important factors for future research.

Charles L. Raison: Elucidating the role of conscious experience in the therapeutic effects of psychedelics as a means to optimize clinical outcomes

Psychedelics March 8, 2024 Charles L. Raison

Charles Raison, a professor and researcher, discusses his career studying major depression and stress-related conditions. His work examines novel mechanisms in depression treatment, the effects of compassion training, and the potential of psychedelic medicines for major depression. He was recognized as one of the world's most influential researchers from 2010 to 2019.

Single-dose psychedelic enhances cognitive flexibility and reversal learning in mice weeks after administration.

Psychedelics April 22, 2025 Elizabeth J Brouns, Tyler G Ekins, Omar J Ahmed

A single dose of the selective serotonin 2A receptor agonist 25CN-NBOH produces long-lasting improvements in cognitive flexibility in both male and female mice, measured 2-3 weeks after treatment. In an automated sequential learning task, treated mice showed superior adaptability in rule reversal compared to controls, with better poke efficiency, higher correct trial percentages, and increased reward acquisition. These behavioral results extend prior cellular findings on psychedelic-induced structural remodeling in the prefrontal cortex and demonstrate sustained cognitive benefits weeks after a single dose. The automated task offers a high-throughput method for evaluating cognitive flexibility effects of psychedelic compounds, with implications for conditions like depression, PTSD, and Alzheimer's disease.