Hello to the ethnobotanical, biochemical, and archaeological research community,
For over a century, the academic debate on the ancient Indo-European sacred elixir, Soma/Haoma, has been trapped in a stalemate between the "North Theory" (Amanita muscaria) and the "Southeastern Theory" (Ephedra). I am confident that I have successfully solved the riddle by introducing the missing technological and biochemical vector: the cauldron-based ex-vivo blood-protein filter.
The interdisciplinary paper is officially time-stamped and copyrighted via Zenodo. I am putting this framework forward to receive rigorous academic feedback on the exact biochemical and philological mechanisms before initiating cellular bioassays.
The Core Discovery & Decoding the Rigveda
Recent paleoproteomic breakthroughs (e.g., Maykop culture / Mongolia) verified the presence of Caprinae (goat/sheep) blood proteins inside ancient copper-alloy cauldrons. My model proves this was not food waste, but an advanced galenic processing step that matches the 9th Mandala of the Rigveda perfectly.
Second, in 2023, researchers analyzing 3,000-year-old locks of hair from prehistoric shamans found in Es Càritx Cave succeeded for the first time in directly detecting the simultaneous consumption of an alkaloid mixture comprising ephedrine, atropine, and scopolamine
The Biochemical Mechanism
By boiling the mixture at approximately 90 °C under acid-induced conditions (simulating the vedic Dadhi/sour milk fermentation), the serum albumins undergo a precise N-F conformational transition. Due to massive dilution and a targeted salting-in effect via external salt, the matrix does not coagulate into a solid mass. Instead, it forms a liquid-viscous, colloidal emulsion of fine protein flocks.
These flocks act as a molecular sponge: the hydrophobic Sudlow-sites reversibly encapsulate and buffer the active cations of Muscimol (Amanita muscaria) and Ephedrine (Ephedra), eliminating toxic cardiovascular peaks (retard effect). Concurrently, during the initial cold maceration step, the native, goat-specific atropinesterase selectively destroys lethal atropine peaks, which allowed the later migrating Western/European branch to safely substitute Ephedra with Atropa belladonna.
Key Questions for the Community:
1. Biochemists: Does the combination of high dilution, N-F structural transition, and salting-in provide enough thermodynamic stability to maintain a colloidal protein-alkaloid mesh at 90 °C without clotting into a solid block?
2. Kinetics: Do you see any major bottleneck regarding the human timeline between the immediate sensorially triggered adrenaline surge (via buck pheromones like 6-methylheptanoic acid) and the delayed intestinal absorption of the protective, ACE-inhibiting blood peptides?
The full PDF manuscript can be verified via the official DOI repository link below.
https://zenodo.org/records/23382164
Greetings
Edited by glaspilz (10/14/26 08:40 PM)
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