Cellular Energy, Oxidation, and Health
Mitochondria are the powerhouses of cells, generating energy through oxidation. When this process is disrupted, as in cancer, cells switch to fermentation, a less efficient method. Oxidation, essentially a controlled burning process, is fundamental to life.
The human body is conductive, allowing electrical currents to flow. Electrolytes like salt enhance this conductivity. The body employs self-regulating mechanisms, including feedback loops, to maintain internal balance. This is analogous to maintaining the proper pH in a pool; imbalances lead to disruptions.
Oxidation is a chemical process similar to combustion. The strength of oxidation varies, from the gentle oxidation of chlorophyll to the powerful oxidation of lye. Studies indicate ImmunoClean™ has an oxidation potential of 0.92 millivolts, while healthy cells oxidize at 1.3 millivolts. Other strong oxidizers include ozone (2.1 millivolts) and hydrogen peroxide (1.7 millivolts). Cellular energy, measured as ATP, arises from the collective activity of trillions of cells.
Oxidizers attract electrons, while antioxidants donate them. While the theory that free radicals (oxidants) cause aging is widespread, it lacks definitive scientific backing. Maintaining a balance of oxidants and antioxidants is crucial. Excess of either can be detrimental. Inefficient oxidation in obese individuals can be exacerbated by artificial antioxidants, while underweight individuals might benefit from them.
Salt enhances conductivity, while sugar acts as an electrical resistor. Excess sugar, if not metabolized through physical activity, impedes energy flow and lowers pH. This creates an environment conducive to opportunistic microorganisms. The body prioritizes oxygen delivery to vital organs, increasing heart rate and blood pressure when needed.
Sugar consumption reduces cellular conductivity. When sugar is not utilized, it creates resistance, lowering pH and promoting bacterial growth. Antioxidants in this scenario further hinder toxin breakdown. The body sequesters excess toxins in fat and connective tissues to maintain blood pH. When fat is reduced, these toxins are released, potentially causing adverse effects. Artificial antioxidants can impede the necessary oxidation of these released toxins.
Weight loss, healing, and life itself depend on oxidation. Cellular communication involves simultaneous energy and information transfer. ImmunoClean™ facilitates this by removing electrons from pathogens in acidic environments and enhancing cellular conductivity through its mineral-herbal blend, thus supporting natural oxidation processes. It disrupts pathogen cell walls through oxidation, a natural immune mechanism, and also oxidizes viral capsids. This assists the body in managing pathogenic challenges. The herbal components of ImmunoClean™ support organ function and detoxification.
Nausea after consuming ImmunoClean™ may indicate parasitic infection, as parasites are affected by oxidation. Standard doses may cause discomfort due to parasite waste release. Parasitic infections can contribute to elevated serum malondialdehyde (MDA) levels and anxiety. Children with hyperactivity should be evaluated for parasites.
Ongoing parasite cleansing protocols are recommended for optimal health. The specific herbs in ImmunoClean™ support organ function and waste elimination. Read more on the specificities of the herbs here: https://www.immunoclean.com/the-science/