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To understand how Poly-MVA provides support at the cellular level, one must first understand how each cell functions. OUR BRAIN & OUR DNA Without Oxygen and Electrical Energy neither can function properly Breathing & Respiration Each are closely related       The Human body Breathing ..... .....   The Human Cell Respiration .. Breathing Breathing delivers oxygen to the blood from the outside air to oxygen-carrying red blood cells passing through the Lungs. PROPER OXYGEN & ELECTRICAL CURRENT Results in normal Brain Function LACK OF OXYGEN & ELECTRICAL CURRENT? Causes Brain Damage and Death   Respiration Cell respiration involves oxygen being delivered to each cell in the body by Red Blood Cells via small blood vessels and capillaries. PROPER OXYGEN & ELECTRICAL CURRENT Results in normal DNA Function LACK OF OXYGEN & ELECTRICAL CURRENT? Causes DNA Damage leading to Cancer or Cell Death           Poly-MVA supports Cellular Energy Production By providing cellular support to Mitochondria via the Electron Transport Chain! Electron Transport Chain generating energy In the MITOCHONDRIA diagram below, the electron travels from LEFT to RIGHT down the Electron Transport Chain resulting in energy production. Poly-MVA provides support so this system does not fail. Just like oxygen in the Diagram at the top of the page, Poly-MVA easily crosses the cell membrane. Dr. Garnett designed Poly-MVA to work as a liquid electrical transistor that is water and fat soluble so it can easily cross through the cell membrane of each cell in the body. What does this mean? Poly-MVA can deliver electrical current directly to the mitochondria in each cell to make sure it keeps generating energy & oxygen so the DNA will not be damaged. So, if the cell is low in oxygen and about to suffocate, Poly-MVA jump starts the mitochondria(the cells battery) so it will produce oxygen & energy. Hypothetically, this surge of electrical current is similar to how a Doctor might jump start a persons heart that has stopped beating. Once again, if the heart stops beating, the person dies…….if the mitochondria stops generating energy & oxygen, the DNA will suffer damage as described in the Diagrams at the top of the page. Poly-MVA provides a constant supply of electrical energy so that the cell can function properly. The end result when Poly-MVA delivers electrical current to the mitochondria is oxygen and energy which is delivered to the DNA. Poly-MVA restores & maintains the electrical energy(the heart beat) in the cell if the mitochondria is lacking oxygen & can not generate energy by itself.         Aerobic cell vs Anaerobic cell       HEALTHY Aerobic cell (PROPER OXYGEN LEVELS IN CELL) Lights below are a hypothetical example of normal electron-energy flow(left to right) in the Electron Transport Chain in a Healthy(Aerobic) Cell ELECTRICAL PATHWAYS Proper electron flow(electrical energy) travels down the Electron Transport Chain(electrical wire)....... each light bulb receives electrical current and functions properly. AEROBIC METABOLIC PATHWAYS Electron Transport Chain When oxygen is present in the cell, this is the step by step process where energy is generated via the AEROBIC METABOLIC PATHWAYS in the mitochondria (the cells battery). . NORMAL ELECTRON TRANSPORT CHAIN IN AN AEROBIC(normal oxygen) CELL With the proper amount of oxygen, the (electron) produces energy in the mitochondria(the cells battery) as it travels down the Electron Transport Chain resulting in proper cellular function. Metaphorically, the mitochondria is able to function like the CELLS HEART and provide energy.   UNHEALTHY Anaerobic cell (LOW OXYGEN LEVELS IN CELL) Lights below are a hypothetical example of FAILED electron transport down the Electron Transport Chain in an Unhealthy(Anaerobic) Cell. NO ELECTRICAL PATHWAYS The electron (electrical energy) can not travel down the Electron Transport Chain(electrical wire).... so none of the light bulbs receive electrical current to turn the lights on. NO AEROBIC METABOLIC PATHWAYS Failed Electron Transport Chain Without any OXYGEN in the cell, aerobic energy production can not occur in the mitochondria(the cells battery) because there are no AEROBIC METABOLIC PATHWAYS to distribute the energy. . FAILED ELECTRON TRANSPORT CHAIN IN AN ANAEROBIC (low oxygen) CELL Due to low-oxygen levels, the (electron) CAN NOT travel down the Electron Transport Chain so it is unable to generate ENERGY in the mitochondria (the cells battery). Metaphorically, as the CELLS HEART, the mitochondria stops generating energy for the cell. ...........     ...........  ...........Healthy Human Cells    Unhealthy Human Cells............ Poly-MVA supports normal cell function Poly-MVA(scuba tank) provides oxygen & energy via the Mitochondria(mouth piece) to Human Cells by maintaining the Electron Transport Chain resulting in proper oxygen and energy levels. .   These cells are susceptible to disease & death Human Cells struggle to survive in the anaerobic(low oxygen) atmosphere due to the failed Electron Transport Chain. These cells are lacking enough oxygen or energy to survive. .       Return to previous page
Poly-MVA Introduction-----Quality of Life Reports-----Physician/Patient Feedback-----Published Research-----Poly MVA Physician List