World-renowned cancer biologist Thomas Seyfried, PhD, reveals “we have a mechanism now why parasite medications are working”

Professor Thomas Seyfried: “Mebendazole, Febendazole [I] did a dive on it and I said, why [do] Parasite medications work against cancer cells, and it turns out that the parasites use mitochondrial substrate level phosphorylation in the tissue .. and mebendazol fenbendazol kill these parasites. So I tried it on the cancer cell and sure as hell, it targets the mitochondrial substrate and glycolysis.” Parasites rely on the EXACT same dysfunctional energy pathway cancer cells do and these drugs don’t care that cancer isn’t a parasite. “So we have a mechanism now why parasite medications are working, but cancer is not a parasite.” Thomas Seyfried mentions avoiding researching Ivermectin because of political pressure during covid, but Dr. Isabella Cooper, PhD in Ketogenic Science and Hyperinsulinemia points out the mechanism for him:

“Ivermectin, it actually works on the mitochondrial cell death pathway”.

(1) Dr. David on X: “🚨 World-renowned cancer biologist Thomas Seyfried, PhD, reveals “we have a mechanism now why parasite medications are working”. Professor Thomas Seyfried: “Mebendazole, Febendazole [I] did a dive on it and I said, why [do] Parasite medications work against cancer cells, and it https://t.co/z8cuYNmY4i” / X

Published by markskidmore

Mark Skidmore is Professor of Economics at Michigan State University where he holds the Morris Chair in State and Local Government Finance and Policy. His research focuses on topics in public finance, regional economics, and the economics of natural disasters. Mark created the Lighthouse Economics website and blog to share economic research and information relevant for navigating tumultuous times.

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