Chemicals-B-Gone™
Commerical Product
We have created AWESOME products to help
remove the harmful CHEMICALS
in our WATER, MEDICIATIONS, & FOOD.
In addition, Chem-B-Gone™ acts as a reducing agent or antioxidant, which neutralizes free radicals. It also promotes the quality of drinking water by removing fluorine & chlorine.
Chem-B-Gone™ promotes the body's detoxification. To this end, it provides sulfur to neutralize fluorine in water or in the body.
Furthermore, Chem-B-Gone™ supports the production of glutation in the body. It is used for the detoxification, removal, and drainage of heavy metals such as mercury, uranium, thallium, barium, strontium, and radioactive poisoning.
Chem-B-Gone™ is a major chelator of calcium and other toxic substances. It also serves the prevention of vascular limescale, and dissolves calcified vessels of the kidney, the heart, and the like, especially together with magnesium chloride.
The substance protects the joints especially in diseases such as arthritis and rheumatism when free radicals are responsible for the discomfort.
Chem-B-Gone™ protects against renal calcification and renal diseases and supports the dissolution of kidney stones.
Children with autism can sleep better when they take Chem-B-Gone™ along with magnesium.
Chem-B-Gone™ makes an important contribution to health when added to water, tea, or any other drinkable liquids.
External applications are also possible, for example as foot bath together with baking powder or for massages.
Magnesium chloride can also be added as a foot bath.
Scientifically, it has been demonstrated that
Chem-B-Gone™ dissolves calcium deposits in joints, lungs, kidneys, and the heart.
Chem-B-Gone™ offers many advantages, especially in the medical field, where it is used as an antidote to cyanide poisoning or to protect against calcification.
It also dissolves calcified vessels. Chem-B-Gone™ is also used for drinking water treatment.
Chemicals-B-Gone™ - for Animals
Formula designed just for Animals
Did you Know Fluoride is Poisoning our Animals !
The consequences of exposure to fluoride compounds of either environmental or medicinal or may be unclear. Benefits of fluoride supplementation in animals should be considered with potential adverse effects development of teeth and bones;and possible risk for osteosarcoma in some species.
Diagnosis of fluoride poisoning (fluorosis) is made on the basis of history, clinical signs and testing of food, water, tissue and serum samples. Disease resulting from chronic exposure to high concentrations of fluoride compounds generally does not respond favorably to treatment.
Fluorides are found throughout the environment and originate naturally from rocks and soil or from industrial processes. Toxic quantities of fluorides occur naturally. In certain areas, drinking water from deep wells may contain high levels of fluorides. Volcanic ash may be high in fluoride. Wastes from industrial processes, fertilizers, and mineral supplements are the most common causes of longterm fluoride poisoning.
The fluoride-containing gases and dusts from manufacturing of fertilizers, mineral supplements, metal ores (steel and aluminum), and certain enamelling processes may contaminate forage crops. Mouth or teeth-cleaning products with fluoride present a danger to pets, especially dogs.
Sodium fluoride at a dosage of 5 to 10 milligrams per kilogram can be fatal, and toxic effects can occur at less than 1 milligram per kilogram. Fluoride is absorbed quickly (most within 90 minutes). The stomach and intestines become inflamed, and the heart beats rapidly and irregularly. Nervous signs may also be seen, followed by collapse and death within a few hours of fluoride ingestion. At high levels, fluorides bind calcium and replace the mineral part of bone.
Longterm ingestion of fluoride at lower levels can cause changes in the enamel of developing teeth, leading to mottling, staining, and rapid wear. Signs develop in many animals when fluoride builds up in the bone. This results in abnormal bony growths and the hardening and thickening of tissue (sclerosis). Growing bones in the young and the ribs, jaws, and long bones are most affected.
A developing fluoride poisoning can be recognized by the following criteria (from most to least reliable):
1) chemical analyses to determine the amount of fluoride in the diet, urine, bones, and teeth;
2) tooth effects, in animals exposed at time of permanent teeth development;
3) lameness, as the result of fluoride buildup in bone;
4) overall signs of loss of appetite and energy, weight loss, muscular wasting, and general mental and physical debilitation. Severe fluoride poisoning can be treated with calcium gluconate given intravenously and magnesium hydroxide or milk given by mouth.
This can help bind the fluoride before it is absorbed. In longterm exposure, control is difficult unless animals are removed from affected areas. Feeding calcium carbonate, aluminum oxide, aluminum sulfate, magnesium metasilicate, or boron can decrease absorption or increase excretion of fluoride, offering some control of longterm fluoride poisoning under some conditions. However, no treatment has been shown to cure the longterm effects of fluoride toxicity.
