Dein umfassender Health & Wellness Guide

Structure and Binding

Zeolite of the clinoptilolite type is a volcanic tuff rock with a three-dimensional alumosilicate lattice containing fine channels and cavities. Exchangeable cations such as sodium, calcium, potassium or magnesium sit in these cavities, which are responsible for ion exchange.

The binding effect is created by two physical principles: adsorption and ion exchange. This allows clinoptilolite to selectively bind certain metal ions, such as lead, mercury or aluminum ions, while the mineral itself is indigestible and normally leaves the digestive tract.

Benefits and Limitations

In in-vitro studies, clinoptilolite shows a high affinity for heavy metals. Effectiveness depends on particle size, dosage, and residence time in the intestine. Important: Zeolite acts locally in the digestive tract, not systemically in the bloodstream or organs.

Basics

Molecular hydrogen is a colorless, odorless gas that can penetrate biological membranes and even the blood-brain barrier. It can be taken as hydrogen-enriched water or as a gas for inhalation.

Particularly interesting is the role as a selective antioxidant: Hydrogen preferentially reacts with very reactive oxygen radicals while sparing physiologically important signaling molecules.

Effects on Cells

In experimental models and clinical studies, molecular hydrogen was able to lower oxidative stress markers and positively influence antioxidant systems. Anti-inflammatory effects were also observed.

What They Are

Hormonal disruptors are substances that can mimic, block or influence hormone production. Examples include certain parabens, phthalates, and synthetic fragrances.

Problem Substances

• Parabens show estrogen-like effects
• Phthalates are associated with hormonal disorders
• Synthetic UV filters can have hormonal effects

What to Look For

Choose products without parabens, phthalates and synthetic fragrances. Certified natural cosmetics seals exclude many of these substances.