A Molécula Que Você Já Tem: O Que o DMT Revela Sobre o Seu Cérebro

Understand the biological mechanisms and scientific studies already published on DMT, the main active ingredient in ayahuasca. Content for those who wish to delve deeper into this knowledge. Your brain produces DMT naturally. Here's what neuroscience has discovered about this molecule — and what it still can't explain. DMT isn't an external substance you encounter at a ceremony. It's a molecule your own body produces—in your blood, cerebrospinal fluid, lungs, and possibly the pineal gland. In this class, we explore what neuroscience has discovered about dimethyltryptamine: from Rick Strassman's pioneering research in the 1990s to neuroimaging studies from Imperial College London revealing what happens in the Default Mode Network under the influence of DMT. Understand the biochemical mechanism of ayahuasca—why two plants combined allow this molecule to cross the enzymatic barrier and remain active for hours. And the question that unites three distinct paths: why do accounts of DMT experiences, near-death experiences, and deep meditative states describe the same territory? What science can already measure. And what it cannot yet answer. DMT: The molecule you already have Scientific research on DMT endogenous DMT What happens to your brain during an ayahuasca experience? Ayahuasca: ancestral medicine NDE: Near-death experiences and DMT 🔬 Neuroscience explains the HOW. What emerges from this experience requires more sophisticated models. Scientists and studies cited in the lecture: H. Gross's research (1965) first confirmed the presence of endogenous DMT in humans. Julius Axelrod—Nobel Prize in Physiology or Medicine—identified DMT directly in human brain tissue in 1972. Rick Strassman, at the University of New Mexico, conducted the first clinical studies with intravenous DMT in the 1990s and called the molecule the "spirit molecule." Chris Timmermann and his team at Imperial College London (2023-2024) used simultaneous EEG and fMRI to map the reorganization of the Default Mode Network under DMT—and coined the term "order within chaos." Jimo Borjigin, at the University of Michigan (2019), measured DMT levels in the brain during cardiac arrest in an animal model. Martial and colleagues (2020) mapped the phenomenology of NDEs (Near-Death Experiences). Van Gordon and colleagues (2018) documented spontaneous near-death experiences in advanced Buddhist meditators—without any substance. In Brazil, the ICE-UFRN group is conducting preliminary studies on DMT and ayahuasca. 🎥 Content about: • Neuroscience applied to everyday life • Human behavior • Beliefs and personal transformation • Emotional intelligence • Awareness and self-knowledge • Near-Death Experiences (NDEs) • Documentaries and investigations about the human mind ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ Vanessa Kaniak is a professor, holds a postgraduate degree in Neuroscience and Behavior, is a lawyer, and has a Master's degree in Applied Social Sciences. Her research integrates science, behavior, and the deeper dimensions of human experience. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ 📌 CONTACT ✉️ [email protected] 📷 Instagram: @prof.vanessakaniak ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ #Neuroscience #Consciousness #Behavior What is DMT and how does this substance act in the human body? Understand the relationship between Dimethyltryptamine and our topic in this video. In this content, we explore Dimethyltryptamine, a substance classified as an entheogen in various legislations around the world. The focus is on discussing the biological presence of this molecule and the role it plays in the body, specifically in the process of speech. It is a technical resource suitable for those seeking to understand the science behind psychedelic compounds. By watching, you will gain a clear understanding of how DMT is integrated into human functioning. We analyze the fundamental points about this substance, demystifying its classification as an entheogen and clarifying the biological connections mentioned. The goal is to provide accurate information about Dimethyltryptamine, allowing you to better understand what current scientific literature says about the subject. Sign up to receive weekly analyses of scientific substances and topics, and leave a comment letting us know what other compounds you'd like to see discussed here.