HomeNewsStudy examines how psychedelic drugs alter cognition and perception

Study examines how psychedelic drugs alter cognition and perception

In a recent study, scientists have delved deeper into the mechanisms by which psychedelic drugs can alter cognition and perception, potentially reshaping our understanding of consciousness and offering new pathways for psychiatric treatment.

The research concentrated on two categories of psychedelics: 5-HT2AR psychedelics like LSD and DOI, and NMDAR psychedelics such as ketamine and PCP.

Initially, these psychedelics were thought to stimulate disparate reactions in the brain’s principal cells and interneurons.

However, this new study suggests that they induce a similar heightened synchronisation in certain brain regions, fostering major changes in perception and cognition.

This state of “hypersynchrony” might be a crucial player in the psychedelic experience, potentially facilitating a more profound understanding of consciousness itself.

The study involved large-scale recordings from rats under the influence of these substances, exploring the impact on different brain structures.

Interestingly, the researchers noted that while these different classes of psychedelics influenced firing rates in diverse ways, they both incited remarkably similar high-frequency oscillations in certain brain areas.

These oscillations appear to create a shared, synchronous pattern in the ventral striatum and several cortical areas, potentially aiding the amalgamation of information across various neuronal systems.

Moreover, these findings might not just illuminate the psychedelic experience, but could also shed light on psychotic disorders where similar mechanisms might induce hallucinations and delusions.

This suggests promising new avenues for the development of antipsychotic treatments.

While we are yet to fully grasp how psychedelics foster acute changes in cognition and perception, this study acts as a stepping stone, bridging cellular phenomena and global brain states, and might be a beacon of hope in crafting advanced therapies for numerous neuropsychiatric conditions in the future.

Overall, this research marks a significant stride in unifying the understanding of how psychedelic drugs can alter cognition and perception, potentially unlocking new dimensions of consciousness study and offering hope for revolutionary treatments in neuropsychiatry.


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