Oxidative Stress, Diabetes And Eng3

According to National Diabetes Information Clearinghouse (NDIC)

, Diabetes affects 23.6 million people7.8 percent of the population in the US. Like many other conditions, such as cardiovascular disease, the risk for developing type 2 diabetes increases with age and is most often diagnosed after the age of 45.

Many scientific disciplines, like biophysics and cell-biology, are involved in research and many publications about the disease are available and ongoing research will add. The knowledge about the mechanism of oxidative stress and diabetes is part of many biological research projects. In this article: The Sources and the Targets of Oxidative Stress in the Etiology of Diabetic Complications by Maria Mohora and her coauthors, Maria Greabu, Corina Muscurel, Carmen Duta and Alexandra Totan, oxidative stress and its role in diabetes is explained. In short, oxidative stress is caused by an imbalance between the production of reactive oxygen, often called free radicals, and the bodys oxidative response. The oxidative response in biological systems repairs oxidative damage and is the cells protection shield against oxidative damage. When oxidative damage increases, cellular activities decline and with a strong oxidative response means cellular activities are high.

Without drugs or other artificial substances, a biophysical approach makes it possible to design new technology for improving oxidative response. Improving oxidative response, and therefore improving cellular activity, is the focus of Eng3 Corporation. Professionals in clinics, in spas and wellness centers, offer Eng3s technology as a way to raise immune systems. People at home who benefit from daily use of their own Active Air device also use the drug-free treatment. Eng3s technology is a breakthrough, biophysical approach. A recent innovation by German, Canadian and US engineers working for Eng3 allowed the company to introduce direct excitation (called direct photo induction) in the latest technology. Older devices relied on a catalyst. The newest approach eliminates both the possibility of direct exposure to the catalyst material and the output variability associated with an imprecise catalyst. The result is higher excitation performance per time unit. Technological advances make it possible to optimally trigger the bodys natural response to oxidative stress.

by: Hans Eng

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