Diabetes

Dr. Rath’s Cellular Medicine has identified the primary cause of adult onset diabetes as a long-term deficiency of specific cellular nutrients that work in synergy in millions of cells in the pancreas (the organ that produces insulin), the liver, and the blood vessels walls. On the basis of inherited diabetes, deficiencies of specific cellular nutrients can trigger a diabetic metabolism and the onset of adult diabetes.

The blood vessel walls contain tiny biological pumps that specialize in pumping sugar (glucose) and – at the same time – vitamin C molecules from the bloodstream into the blood vessel walls. In healthy persons, these pumps transport an optimum amount of sugar and vitamin C molecules between the bloodstream and the blood vessel walls. This enables the normal functioning of the blood vessel walls and, thus, prevents cardiovascular diseases and cardiovascular complications. In a diabetic person, there is a high concentration of sugar in the blood, and these pumps become clogged with sugar molecules. This leads to an overload of sugar and, at the same time, to a deficiency of vitamin C inside the blood vessel walls. The consequence of these mechanisms is a thickening of the vascular walls throughout the pipeline, which puts organs at risk for infarctions.

Dr. Rath’s Cellular Medicine explains that a constant supply of nutrients, including the vitamins C, E, and B, chromium, choline and other specific cellular nutrients that work in a synergistic way, reverses metabolic imbalances in the cells and, as a result, helps to normalize blood sugar levels.

These findings were confirmed in our six-month clinical trial, which showed that the synergistic action of cellular nutrients could lower blood sugar levels by 23% and decrease levels of glycosylated hemoglobin (a marker of the damage to cell structures caused by elevated sugar levels) by 9.3%.