Natural Antioxidants Help Reduce Oxidative Stress in Diabetes...( CARMEL Ind. Nov. 14 /- The voices...),Health

CARMEL, Ind., Nov. 14 /PRNewswire/ -- The voices of frustration from those who live with the risk of Type 2 Diabetes are finally being heard. Recent studies suggest that the comprehensive and often complicated diabetes treatment programs are overwhelming diabetes patients to the point of inaction. Studies show that nearly 63% of all diabetic patients currently are not meeting their treatment goals. "Understanding the lengthy and challenging process of incorporating a complete diabetes management program into one's daily lifestyle requires an easy to follow plan for every patient" says David Rocci, Director of Consumer-Direct Marketing for Diabco Life Sciences, LLC.

Importance of Reducing Oxidative Stress for Type 2 and Pre-Diabetics

Medical research has linked oxidative stress to insulin resistance, a physiological syndrome that elevates blood glucose levels and greatly increases the risk of diabetes and cardiovascular complications. Antioxidants are compounds capable of reducing oxidative stress, and thereby reducing the health risks associated with diabetes. Medical experts estimate that about 90% of all Type 2 diabetics are insulin resistant.

Medical science has found that antioxidants often work best together in a synergistic manner, and increasing the diversity of antioxidants in the human diet has been shown to provide significantly greater protection against oxidative stress than have concentrated levels of individual antioxidants.

Diabetic Risks Are Associated with Low Antioxidant Levels

With over 80 natural antioxidants, Diabatrol(TM) has been documented as providing an antioxidant level that is 35% higher than the antioxidant level in blueberries, and 230% higher than those found in apples. "This is important" says Paul Reising, Director of Research and Market Planning for Diabco Life Sciences," because scientific studies have revealed that pre-diabetics and diabetics possess lower antioxidant levels compared to non-ris
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