The presence of KHK-C also causes glycolysis to ramp up, which in turn increases the production of HIF and KHK-C, and the heart’s reliance on fructose<\/strong>. This positive-feedback loop has no built-in shutoff switch and can lead to pathological heart growth and eventually to cardiac failure.<\/p>\nThe researchers also found that samples taken from heart surgery patients were, as expected, high in both HIF and KHK-C. In addition, mice with high blood pressure who had their KHK-C enzyme inactivated did not experience cardiac enlargement.<\/p>\n
What the Science Says About HFCS<\/p>\n
Let\u2019s examine the science and insert some common sense into the conversation. These facts may indeed come as a sweet surprise. The ads suggest getting your nutrition advice from your doctor (who, unfortunately, probably knows less about nutrition than most grandmothers).<\/p>\n
Having studied this for over a decade, and having read, interviewed, or personally talked with most of the \u201cmedical and nutrition experts\u201d used to bolster the claim that \u201ccorn sugar\u201d and cane sugar are essentially the same, quite a different picture emerges and the role of HFCS in promoting obesity, disease, and death across the globe becomes clear.<\/p>\n
Last week over lunch with Dr. Bruce Ames, one of the foremost nutritional scientists in the world, and Dr. Jeffrey Bland, a nutritional biochemist, a student of Linus Pauling, and I reviewed the existing science, and Dr. Ames shared shocking new evidence from his research center on how HFCS can trigger body-wide inflammation and obesity.<\/p>\n
Here are 5 reasons you should stay way from any product containing high fructose corn syrup<\/strong> and why it may kill you.<\/p>\n