In Part 1, we established the 49ers’ decade-long injury outlier—unmatched soft-tissue failures no other team replicates—and pinpointed the unique variable: chronic ELF magnetic fields from the Metcalf substation next door, measured at biologically active levels (8 mG at minimum, potential up to 40+ mG at peak) across their practice facilities.
Brillaint breakdown of the EMF-mitochondrial connection here. The metabolic water angle is something I hadn't considerd before, but it makes total sense when thinking about collagen hydration. I remember reading about glycolysis fallback in cancer cells years ago and this shares that same energy desperation pattern. The pH drop from lactic acid buildup adding to collagen brittleness is kinda underappreciated in most discussions about soft tissue failure.
Exactly. Cancer is just another manifestation of the same underlying problem, but the DNA damage occurs in oncogenes, which get permanently switched on, and tumor suppressors (p53) get inactivated and uncontrolled growth ensues.
Brillaint breakdown of the EMF-mitochondrial connection here. The metabolic water angle is something I hadn't considerd before, but it makes total sense when thinking about collagen hydration. I remember reading about glycolysis fallback in cancer cells years ago and this shares that same energy desperation pattern. The pH drop from lactic acid buildup adding to collagen brittleness is kinda underappreciated in most discussions about soft tissue failure.
Exactly. Cancer is just another manifestation of the same underlying problem, but the DNA damage occurs in oncogenes, which get permanently switched on, and tumor suppressors (p53) get inactivated and uncontrolled growth ensues.
EXCELLENT article, Peter! I'll save this, and include some excerpts in the health effects section of my white paper. Good work mate.