Post
by ofonorow » Sat Mar 09, 2019 11:21 am
I thought this story was already in this thread.. How we discovered that Vitamin K is required in ADDITION to the basic Pauling therapy for calcification, commonly arteriosclerosis.
Probably worth repeating the story of the late William Decker, Founder and CEO of Tower Laboratories. Decker was an entrepreneur. He knew Linus Pauling, and after a get together, Pauling himself briefed Decker on "Lp(a)" - So important did Pauling feel the discovery was, that Decker burned the term Lp(a) into his brain. Pauling had told him that if the experiments they were then running at his Institute panned out, it would mean the end of cardiovascular disease. (The experiments did pan out - the Lp(a) in the guinea pigs deprived of vitamin C did become elevated).
With Lp(a) burned into his brain, he started thinking about products at some point - because he wanted vitamin C and lysine for himself. (He had contacted Mathias Rath's group, willing to purchase from them, but they told him the reason they had such small amounts of nutrients in their products was because their target market, medical doctors, wouldn't purchase products with higher amounts.) At that point, he decided to form Tower Laboratories. Decker saw our ad for the Linus Pauling video on heart disease in a national publication, and we became partners and friends. His drink mix idea made sense, rather than all the pills. And the rest, as they say, is history.
Decker had a fast CT-SCan after several years taking his own Heart Technology. A friend had invented a new type of fast CT-scan and offered to "test" how well Decker's Heart Technology product was working. Decker eagerly took the test, and was shocked by an ultra high calcium score. Shaken, he immediately checked himself into a hospital for an angiogram. The cardiologist told him that his arteries were clear and wide open! No blockages - even with the shockingly high Fast-CT score.
What was going on? We surmised that unlike the ordinary cholesterol (Lp(a)) based plaque that grows inside arteries, calcium must deposit mostly on the outside of our "pipes" (arteries). We also surmised that vitamin C and lysine are unlikely to have a great affect on calcium build-ups, Furthermore, that even though an artery can have a high calcium score (the calcium) this won't necessarly inhibit blood flow, however, calcium can make arteries "stiff" and thus keep the arteries from dilating properly - leading to high blood pressures, and possibly an MI if a clot develops.
A few years later, Decker and I attended a natural health conference. We both had CardioVision tests for arterial stiffness. The first year, mine was normal, but Decker's was again "off the charts" stiff. I had just read the life extension article (circa year 2000) on vitamin K, and its effect moving calcium from soft tissues into bone, and suggested he try vitamin K.
A year later, same conference, after he had been taking vitamin K for a year (low 150 mcg dose), we both had the same CardioVision arterial stiffness test redone. His score and reduced to normal and was then low and equivalent to mine. The only thing he changed that year was adding vitamin K.
This is where our understanding comes from re: vitamin K, arterial (soft tissue) calcification, and that vitamin C and lysine alone will not affect calcium at least in certain individuals, even on a very high PT dose.
Owen R. Fonorow
HeartCURE.Info CARDIO-C.COM VITC-STORE.COM
LifeWave.COM/vitamincfoundation (Partner ID 2486278)
LifeWave.COM/inteligentVitaminC (Partner ID 2533974)