HM-ET Heavy Metal Binder

Support for heavy metals and environmental toxins contains a special form of carbon that contains extracts of fulvic acid and extracts of humic acid. This BioActive Carbon can be taken with or without food and other supplements without incident.

As part of our comprehensive protocol lineup, HM-ET Binder is the proverbial “cleanup” batter. The name is simple: “HM” comes from “heavy metals” and “ET” comes from “environmental toxins.” This product is designed to focus on chelating both heavy metals and environmental toxins from the system, while the BioActive Carbon molecules provide the biological building blocks to heal your system.

Is this really a problem? With the myriad of naturally occurring and man-made environmental toxins (i.e. lead, mercury, radon, formaldehyde, benzene, glyphosate, BPA, phthalates, and cadmium to name a few), everyone is at risk of exposure, and finding the right tools to combat these harmful substances is an important part of any effective treatment. Because of the kidneys’ ability to reabsorb and accumulate toxic heavy metals, they are uniquely vulnerable to these elements. Removing heavy metals from the kidneys helps stave off potential nephropathy.

Our HM-ET Binder uses extracts of fulvic and humic acids to help root out these toxins (it’s effective in breaking down pesticides, too!) and assist the body in overall wellness, including pain relief, overall healing and immune system support, and promoting cellular balance as an organic electrolyte.

How it works for you

As an important “deeper-dive” supplement, HM-ET is introduced later in the Cellcore protocol because it is specifically formulated to deal with heavy metals that are absorbed by parasites and protected by biofilm as well as environmental toxins that have themselves become systemic in the body. HM-ET strips away the biofilm, binds and chelates heavy metals and environmental toxins, and promotes healing with BioActive Carbons in areas where chelation has taken place.

1. BioActive Carbons contain the building blocks of the cell and promote growth
2. True chelator
3. Contains polyelectrolytes and polyanions
4. Increases nutrient and vitamin absorption, retention, and utilization in the cell
5. Systemically balances minerals