
CHLORELLA -500 MG - 50 TABLET BOTTLE
Broken Cell Wall for Better Bioavailability
Nutrient-Rich Super Green Food
500 mg Microalgae Tablets
Highly Digestible
Vegan • Gluten Free • Made without GMOs
Chlorella is a type of green algae that is used with coffee enemas as a binder of toxins, particularly heavy metals. Its detoxification potential is supported by its ability to bind to heavy metals and other harmful compounds in the body's digestive tract, preventing their reabsorption.
Since coffee enemas will be releasing toxins from your liver, chlorella is perfect to use to aid in binding those toxins for an easier release.
The purported role of binders
In alternative health theory, the purpose of binders is twofold:
- Absorb toxins: Binders are special substances, such as chlorella, that proponents claim can attach to toxins, heavy metals, and other waste products.
- Prevent reabsorption: When the coffee enema supposedly stimulates the liver to release toxins via bile into the gut, binders are thought to capture these toxins. By binding to the toxins, they are believed to prevent the body from reabsorbing them back into the bloodstream.
How chlorella binds to toxins
Chlorella binds to toxins through several mechanisms:
- Unique cell wall: The cell wall of chlorella is composed of an indigestible layer that can bind to heavy metals and toxins. Once bound, these substances are more easily eliminated through the digestive system.
- High chlorophyll content: As its name suggests, chlorella is rich in chlorophyll, a pigment known for its detoxifying properties. Chlorophyll has been shown to bind to substances like aflatoxins and endocrine disruptors.
- Metallothionein-like proteins: Some studies show that chlorella can be induced to synthesize special proteins, like metallothionein, that chelate harmful metal ions and turn them into non-toxic, protein-bound forms.
- Functional groups: The surface of chlorella is rich in functional groups from amino acids, proteins, and carbohydrates. These groups have a high affinity for various metal ions, which allows the algae to form complexes with the metals and facilitate their excretion.