"A certain compound found in grapefruit and other citrus fruits may prove helpful in preventing heart disease and Type 2 diabetes through its effect on metabolic syndrome. The plant-based molecule, called naringenin, is thought to have positive effects on cholesterol, triglyceride and glucose levels in the body. A Heart and Stroke Foundation-funded study from Dr. Murray Huff looked at the effects of naringenin in animal diets and saw very promising results. They gave mice a diet high in fat (typical to the Western diet), but supplemented half the group with naringenin. The grapefruit compound corrected the elevations in triglyceride and cholesterol, prevented the development of insulin resistance and completely normalized glucose metabolism. The researchers found it worked by genetically reprogramming the liver to burn up excess fat, rather than store it"This is the blog for CARG, the Coronary Artery Rehabilitation Group, based in Saskatoon, Saskatchewan, Canada. It will contain items of interest to CARG's own members and anybody else interested in the latest news about rehabilitation and heart-related matters. Canadian charitable number: 89675 0163 RR 0001 || e-mail: carg.ca@gmail.com || website: carg.ca || Blog disclaimer
Tuesday, August 18, 2009
Grapefruit compound may lower heart disease risks
"A certain compound found in grapefruit and other citrus fruits may prove helpful in preventing heart disease and Type 2 diabetes through its effect on metabolic syndrome. The plant-based molecule, called naringenin, is thought to have positive effects on cholesterol, triglyceride and glucose levels in the body. A Heart and Stroke Foundation-funded study from Dr. Murray Huff looked at the effects of naringenin in animal diets and saw very promising results. They gave mice a diet high in fat (typical to the Western diet), but supplemented half the group with naringenin. The grapefruit compound corrected the elevations in triglyceride and cholesterol, prevented the development of insulin resistance and completely normalized glucose metabolism. The researchers found it worked by genetically reprogramming the liver to burn up excess fat, rather than store it"
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