Ion Charged Terramin Mega-Mineral Supplement & Internal Cleanser, 4 Lb. Container
Terramin contains 57 ionically charged colloidal minerals that took nature millions of years to create. Only one micron in size (something modern technology cannot yet achieve) these minerals can be easily absorbed and utilized by the body. Most soils are depleted so it is difficult to get what we need from food. Basically our bodies are composed of minerals and water. Take away the water, and what is left is mainly a pile of minerals. Many high acid diets and beverages have leached mineral stores and weakened bones, joints, and connective tissues. Terramin’s high ph (alkaline) helps moderate acid levels. With terramin the micron sized molecules remineralize your body, detox, boost your immune system, protect against radiation and free radical damage, keep skin young and glowing, and provide silica needed for growing hair and nails. Nano-silica particles are also vital to teeth, bones, and connective tissue helping make them stronger/flexible/elastic. Critical for injury prevention. Ionic minerals contain a strong negative (-) charge. Rarely found in nature. Our body’s cells also contain a negative charge, but invaders such as bad bacteria, viruses, fungi, parasites, toxins, pesticides, and heavy metals all contain a positive (+) charge. Minerals ioncally bind with these harmful substances and either surround them cutting off nutrient supplies or help them break down into basic non toxic elements. Their unique tetra shape gives them an incredible surface area and storage capacity so large amounts of toxins, waste, and heavy metals can be hauled out of the body like a big garbage truck. Our bodies will always make new cells and clean away morbid matter, but only when raw materials to power those functions are available. Minerals are a key element in many disease preventing reactions, and also act as a catalyst speeding up those processes. If all minerals needed are not present, the reaction may not happen or can take months to perform versus a fraction of a second.