Aerobic Life - Aerobic O7 Stabilized Oxygen - 2.33 oz.
Aerobic Life - Aerobic O7 Stabilized Oxygen - 2.33 oz. (70 mL) Aerobic Life Industries understands the importance of nascent oxygen, and therefore has formulated a product that gives the user the benefits of oxygen in a safe, easy to use solution. Aerobic Life Aerobic O7 Stabilized Oxygen was originally formulated in 1971 and has since been used to promote good health. As an effort to maintain the integrity of their products, quality control measures have been instituted. Additionally, Aerobic Life continually re-evaluates its products, making adjustments as new scientific data becomes available. The human body is an incredible machine. In addition to its many other functions, it is continually working to rid the body of foreign organisms. White blood cells within the body fight disease by blasting the damaged cell with a super oxide, that acts similar to nascent oxygen. This prompts the creation of new white blood cells to help with the fight. As new white blood cells are formed, the diseased cells are destroyed. Nascent oxygen, when taken as a supplement, works in the same way. It prompts the formation of white blood cells, which can help the body maintain good health. What is Stabilized Oxygen?Stabilized oxygen is a non-technical term referring to a solution containing oxygen atoms which are stabilized with buffers so that the product can be bottled without the oxygen being released before it is needed. The result is a stable environment of oxygen which can be taken as a dietary supplement. What is Aerobic 07?Aerobic 07 is a dietary supplement. Aerobic 07 is a liquid solution of stabilized oxygen with buffers and electrolytes. How Does Aerobic 07 Work?When Aerobic 07 comes in contact with an acidic environment, such as stomach acids, it releases nascent oxygen (single atoms of oxygen). What are the By-Products of Aerobic 07?Small quantities of sodium chloride (a few PPM) and nascent oxygen. The by-products of Aerobic 07 are non-harmful and non-toxic.