It can also support removal of other toxins including herbicides (2), pesticides (3), radionuclides (4), mycotoxins (4), and pre-viral components (5). ZeoBind™ is made from a naturally occurring mineral known as clinoptilolite, which is a particular type of crystalline aluminosilicate in a family of compounds known as zeolites. Clinoptilolite is formed when volcanic molten lava comes in contact with seawater. The result is a 3-dimensional honeycomb-like molecular structure with a negative charge that is unique among minerals in nature.
Most heavy metals and other xenobiotics have a positive charge. They are attracted to clinoptilolite's negative charge and an ion-exchange is readily performed (5). The toxic substances essentially become captive within the porous, sieve-like architecture of ZeoBind™ and are then shuttled out of the body via the feces or urine.
ZeoBind™'s beneficial detoxification takes place primarily in the gut and in the enterohepatic circulatory system. The natural adsorptive and alkalizing properties of clinoptilolite support gastrointestinal health, and can be helpful in the prevention of dyspepsia, diarrhea, and ulcers, to normalize pH, adsorb bile acids and glucose, as well as remove potentially irritating and dangerous heavy metals and toxins (6). Research has also found that clinoptilolite demonstrates an antiproliferative effect on tumor cell growth in mice (7), can stimulate the immune system, and act as an antioxidant (7,8). Clinoptilolite and other similar zeolites have been used throughout history for a variety of purposes.
In the construction industry they provide a lightweight, easy-to-cut material for building (4). They have been effectively used in water purification systems (4,9). They can serve as a natural deodorizer (4). They have been added to livestock feed to prevent the growth of molds and animal exposure to aflatoxins, and were found to have a positive effect on animal health (4). Clinoptilolite was also used to clean up radionuclides from nuclear waste fallout from the environment and in humans after the Chernobyl, Three Mile Island, and Fukushima disasters (4,10).