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Eat Apricot Kernels Every Day‘Like cancer, scurvy was believed to be incurable, then in 1747 it was discovered that it was simply caused by a lack of fresh food. Today, many people believe that eating apricot kernels, a food source rich in a vitamin called Vitamin B17, can protect against, and maybe even help to cure, cancer. ‘Add Lib’ investigates the controversial claims behind B17 and asks, is it possible that it may be to cancer what vitamin C was to scurvy?’ – Ad Lib magazine
So begins one of many articles about apricot kernels and what they can do for you. In over twenty years of investigation into what works with cancer and what doesn’t, I have found dietary changes, vitamin B17 and a less stressful lifestyle come to the fore in successes.
So what’s the deal? Apricot kernels are a favourite of a number of agrarian peoples such as the Hunzas, Abkhasians and Karakorum who have no record of cancer in their isolated states and are famous for long lifespans. Other peoples around the world consume different sources of a nutrient that has come to be known as Vitamin B17 and have similar success.1 According to scientists who have studied and published, B17 must work in conjunction with enzymes, vitamins C, D3, A & E to achieve a targeted anti-cancer effect in the body. B17 cannot, and does not work alone.2
Vitamin B17 is a stable, chemically inert and non-toxic molecule when taken as food or as a refined pharmaceutical in appropriate quantities (Laetrile and amygdalin are two examples). Scientists discovered the compound reacts to the enzyme beta-glucosidase, located in abnormal amounts at the site of cancerous tumours. In this reaction, beta-glucosidase manufactures two potent poisons, hydrogen cyanide and benzaldehyde (a painkiller), stabilised with two molecules of glucose. These two poisons, produced in minute quantities at the cancer cell site, combine synergistically to kill the cell as part of Vitamin B17’s unique and selective action.
So state scientists studying B17, who were aware that indigenous peoples consuming nitrilosidic foods were not experiencing any harmful side-effects from this reaction. On the contrary, their lives were characterised by abundant good health and longevity. Later they found healthy tissue broke down excess levels of B17 into two nutritious by-products, one of which, sodium thiocyanate, reacts with the precursor hydroxycobalamin in the liver to form another nutrient with the cyanide radical: Vitamin B12 (cyanocobalamin).
Biochemist Ernst T Krebs Jr popularised the use of B17 in the sixties and remarked: ‘We hear a great deal about its use in terminal cancer, but the time to start with Vitamin B17 is now before the disease becomes clinical. The time to start is the same with any matter of adequate nutrition and that is right now. You may start now by commencing to eat the seeds of all common fruits that you eat. Apricot and peach seeds contain almost 2 percent of Vitamin B17 by weight. The apple seed, although very small, is equally rich in Vitamin B17 - so are the seeds of prunes, plums, cherries, and nectarines. The only common fruits on the hemisphere that lack nitrilosidic seeds are the citrus fruits. This lack has come about by artificial cultivation, by breeding and hybridization, since the seeds of citrus fruits on the African continent still contain Vitamin B17.’ 3
Recommendations
Recommended Resources Cancer: Why We’re Still Dying to Know the Truth by Phillip Day Cancer: The Latest Breakthroughs the latest CD by Phillip Day Food Matters documentary
1 Day, Phillip Health Wars, Credence, 2001 2 Day, Phillip B17 Metabolic Therapy, A Technical Manual, Credence, 2004 3
Second
Annual Cancer Convention, Ambassador Hotel, Los Angeles, 1974
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