The Molecular Nexus of DMT and Near-Death Neuroprotection
by Imported via Google DocsThe semantic similarity visualization dmt-nde-semantic-similarity.png is now fully compiled and accessible in your Studio panel. This completes our high-level mapping of the subjective narrative landscapes, illustrating a mathematically precise linguistic overlap between the cognitive and dissociati
The semantic similarity visualization dmt-nde-semantic-similarity.png is now fully compiled and accessible in your Studio panel. This completes our high-level mapping of the subjective narrative landscapes, illustrating a mathematically precise linguistic overlap between the cognitive and dissociative structures of DMT-induced breakthroughs and Near-Death Experiences (NDEs) 1.
With these phenomenological and macroscopic network transitions established, our next logical research objective is to investigate the intracellular mechanics of this state.
🧬 Would you like to analyze how DMT's interaction with the intracellular Sigma-1 receptor (Sig-1R) at the mitochondria-associated endoplasmic reticulum membrane (MAM) regulates calcium flux, ATP synthesis, and cell survival 2—providing a potential molecular mechanism for the neuroprotective effects hypothesized to occur during NDE-like hypoxic stress 1, 2?