In his new Book, “Let’s Hack Diabetes”, Dr. Peter Stroot describes how to organize a health hack to improve health using three critical Lifestyle Choices. Blood Oxidative Stress or BLOS, the primary source of Oxidative Stress afflicting humans. BLOS afflicts more than 2/3 of adult Americans and may be a major cause of Type 2 Diabetes. Instead of focusing on traditional diabetes health indicators like weight or blood glucose, shift the focus to Oxidative Stress. Use available technology to evaluate how your lifestyle choices affect your Oxidative Stress and diabetes.
New Book Could Save You Money on Diabetes Management
In the United States, average annual medical costs for Type 2 Diabetes is $9,600! With an organized strategy, a diabetic can make key Lifestyle changes to reduce Oxidative Stress and evaluate diabetes markers for improvement. Like a bathroom scale used to monitor your weight, the Urine Test kit measures your Oxidative Stress level. This approach evaluates your Lifestyle Choices to determine their effectiveness at reducing Oxidative Stress. The three critical products for this Hack costs $120. Many more products for fitness, diet, and more could also improve your Hack, but keep you within a budget of $500.
Use this Book to organize your Hack Strategy to Reduce Oxidative Stress and Hack Diabetes!
Try this new Hack and you may save thousands of dollars in the cost of diabetes management.
Other Great Products Available in a Variety of BLOS Hack Kits
Shop at the BLOS World Store for BLOS Hack Kits that include this eBook and some great products to get you started on your own Hack of Oxidative Stress! Click on the figure below to find more great Products for your BLOS Hack!
Finally, check with your physician before making any changes to your fitness routine and diet.
All revenue generated through the purchase of these products using the Amazon links on this website supports Blood Oxidative Stress Research.
Click on the image below to download our Free Report on the Best Vitamin C Supplement for fighting Oxidative Stress.