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Katrin Preller: The neurobiology of psychedelic substances

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CCNB Seminar Series is hosted by Center for Cognitive Neuroscience Berlin.
Twitter: @CCNBerlin
Title: The neurobiology of psychedelic substances
Date: 13.12.2021
Guest: Katrin Preller
Affiliation: Psychiatric University Hospital Zurich
Abstract:
Due to their unique effects on consciousness, psychedelics offer the
opportunity to investigate the neuropharmacological mechanisms underlying alterations in perception and cognition. Furthermore, renewed interest in the potentially beneficial clinical effects of psychedelics warrants a better understanding of their underlying neuropharmacological mechanisms.
However, major knowledge gaps remain regarding the neurobiology of
psychedelics in humans. This talk will elucidate how LSD and Psilocybin
modulate brain connectivity and subjective effects via agonistic activity
on the serotonin 2A receptor in humans. In particular, psychedelic-induced
alteration in brain connectivity are characterized by a synchronization of
sensory functional networks and dis-integration of associative networks.
Furthermore, our studies have shown that LSD changes thalamic gating to
the cortex. Additionally, psychedelics have been shown to be powerful
modulators of social processing and behavior. These results provide
insight into the mechanisms potentially underlying clinical efficacy of
these substances and inform novel treatment approaches.
Twitter: @CCNBerlin
Title: The neurobiology of psychedelic substances
Date: 13.12.2021
Guest: Katrin Preller
Affiliation: Psychiatric University Hospital Zurich
Abstract:
Due to their unique effects on consciousness, psychedelics offer the
opportunity to investigate the neuropharmacological mechanisms underlying alterations in perception and cognition. Furthermore, renewed interest in the potentially beneficial clinical effects of psychedelics warrants a better understanding of their underlying neuropharmacological mechanisms.
However, major knowledge gaps remain regarding the neurobiology of
psychedelics in humans. This talk will elucidate how LSD and Psilocybin
modulate brain connectivity and subjective effects via agonistic activity
on the serotonin 2A receptor in humans. In particular, psychedelic-induced
alteration in brain connectivity are characterized by a synchronization of
sensory functional networks and dis-integration of associative networks.
Furthermore, our studies have shown that LSD changes thalamic gating to
the cortex. Additionally, psychedelics have been shown to be powerful
modulators of social processing and behavior. These results provide
insight into the mechanisms potentially underlying clinical efficacy of
these substances and inform novel treatment approaches.