A UCLA study published online on January 9, 2005 in
The Journal of Applied Physiology found that just three weeks of a high-fiber low fat diet combined with an exercise program reversed metabolic syndrome and Type 2 diabetes in about half the participants who tried it.
The study shows, contrary to common belief, that Type 2 diabetes and metabolic syndrome can be reversed solely through lifestyle changes. Metabolic syndrome is frequently a precursor of type 2 diabetes.
"Most of the population is under the belief that it takes a long time to see improvement. But, we found that we could reverse diabetes and metabolic syndrome within three weeks, despite the fact that these men were still obese," said one of the study's authors, Christian Roberts
"If you have diabetes or metabolic syndrome, you need to know that they are reversible, and you can improve your heart disease risk profile without normalizing your body weight," Their diet was designed at the Pritikin Longevity Center and included 65 percent to 70 percent complex carbohydrates (fruits, vegetables and whole grains), 15 percent to 20 percent protein (soy, beans, nuts and occasionally fish and poultry), and 12 percent to 15 percent fat (less than half from saturated fat).
The study participants were allowed to eat as much as they wanted of fruits, vegetables and whole grains, so Roberts said they weren't left feeling hungry. Additionally, the men began exercising 45 to 60 minutes daily on a treadmill and did both level and graded walking. Roberts said the men walked at a moderate pace, which meant they could talk while exercising...
Thirty-one men between the ages of 46 and 76 participated in the new study. All of the men were either overweight or obese. All of the volunteers had at least one risk factor for metabolic syndrome, and 15 were diagnosed with metabolic syndrome -- a collection of health risks including excess fat, high cholesterol, high blood pressure and insulin resistance. Thirteen of the men had type 2 diabetes. Several had neither condition.
Results of the study appear in the Jan. 10 online issue of the Journal of Applied Physiology.
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