Oxidative stress
The electron transport chain is strategically situated in the inner mitochondrial membrane. It represents the final common pathway by which electron-rich intermediates are converted into ATP, the basic energy fuel of the human body. Uncoupling or blockage of this vital pathway will lead to a tremendous decline in the concentration of available ATP. Many known factors have been directly attributed to creating this deleterious scenario including iron deficient anemia, certain pharmaceuticals, excess oxidative stress and lack of cellular integrity. Once this electron transport derailment has occurred, energy production will diminish and overall cellular integrity will suffer.
Like the TCA cycle, the electron transport system is essential to maintaining optimal health. Many conditions are directly linked to a derailment of this system, including fibromyalgia, chronic fatigue syndrome and Epstein Barr virus. Therefore, the immediate care and treatment of the electron transport system to optimize the utilization of electron-rich intermediates is of primary consideration in countless metabolic dysfunctions.
Electron Transport has been specially formulated to protect and maintain peak performance of this energy-producing chain. Each nutrient has been carefully selected to fill the void in the electron transport chain that is most frequently an area of blockage. Lowering overall stress levels, increasing exercise and adding Electron Transport to the diet will aid in improving and protecting this life-enhancing cascade of reactions.
POSSIBLE INDICATIONS FOR ELECTRON TRANSPORT INCLUDE:
None Formulation Rationale:
L-Carnitine Tartrate: A vitamin-like compound that is responsible for the transport of long-chain fatty acids into the mitochondria for oxidation and energy production.
Dimethylglycine (DMG): This nutrient supports energy metabolism and increases available oxygen so that the mitochondria can work aerobically.
Zinc (as Zinc citrate): Zinc is an essential mineral utilized by the electron transport chain. It protects the mitochondrial membrane due to its antioxidant capacity. The citrate form of zinc is more readily absorbed and leaves an alkaline ash residue.
Ferulic acid: A specific antioxidant that protects the inner mitochondrial membrane and increases the efficiency of the electron transport chain.
CoEnzyme Q10: This key component of the electron transport chain aids the metabolic reactions that transform food into ATP. Its actions improve energy production while protecting the inner mitochondrial membrane.
Selenium (as Selenium citrate): This mineral protects the mitochondria by preventing the formation of free radicals. The citrate form of selenium is more readily absorbed and leaves an alkaline ash residue.
Manganese (as Manganese citrate): An essential mineral for the proper functioning of the electron transport chain and a functional mineral in SOD, which lowers oxidative stress. The citrate form of manganese is more readily absorbed and leaves an alkaline ash residue.
Vitamin K: This vitamin is intricately involved in the process of phosphorylation that is coupled to the electron transport chain.
TzymeTM Protease Blend: A proprietary blend of protease that aids in the lysis, targeting and absorption of all plant-based substances. This blend of enzymes binds with free-floating proteins that limit their destructive tendencies. This allows for maximum absorption of all nutrients.
TzymeTM Polysaccharolytic Blend: This proprietary blend of enzymes facilitates the digestion of all carbohydrates. These enzymes ensure the optimization of polysaccharide digestion as well as the absorption of minerals by preventing the chelating effects of phytates, pectinates and oxalates.
In order to maintain optimal health, it is essential to support the electron transport system in our body. The many life-sustaining activities and reactions within this system, like the TCA cycle, are critical to sustaining our life and our production of ATP. The rising incidence and detrimental effects of such conditions as oxidative stress can take its toll on this system by uncoupling and blocking the vital energy pathways. Electron Transport can serve as a powerful aid in protecting and improving this life-enhancing cascade of reactions."
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