The Toxicity Test, stands as a pivotal evaluation for maintaining your health.

This examination quantifies the extent of damage to the cell membranes within your body. Given the trillions of cells each person possesses, the significance of these membranes cannot be overstated. They serve as the essential boundary for cellular operations, effectively acting as the cell's command center.

These membranes receive and process signals from the body's nervous and endocrine systems, as well as from other cells, directing cellular activities. A membrane in good condition is indispensable for warding off illnesses and ensuring overall health.

But what leads to the impairment of these crucial membranes?

The answer lies in toxins, molecules that many are aware of and combat with antioxidants through diet or supplements. Toxins are generated by environmental pollutants in our food, water, air, household cleaners, cosmetics, and even by the cells themselves as they produce energy.

The vitality of our cellular membranes is compromised when they are oxidized by toxins, leading to a cascade of negative outcomes including impaired immune signaling, an increase in metabolic toxins, mitochondrial dysfunction, decreased energy production, DNA damage, suboptimal tissue functionality, hormone imbalances, elevated risk of cellular anomalies, and cardiovascular issues.

This type of cellular harm is termed inflammation, a covert threat linked to serious conditions such as heart disease, cancer, and other aforementioned ailments.

The Toxicity test is an accessible, home-based kit that measures the oxidative stress in your body.

Oxidative stress occurs when there's an imbalance between toxin production and antioxidant defense, contributing to several diseases including heart disease, neurodegenerative disorders, cancer, diabetes, and more.

Given the challenge of directly measuring toxins due to their reactive and ephemeral nature, this test alternatively gauges antioxidant levels or the aftermath of toxins damage on important biomolecules like lipids, proteins, and DNA.

Specifically, the Toxicity test evaluates the presence of malondialdehyde in urine, a byproduct of lipid peroxidation, to assess cellular inflammation.

How The Test Works?

To administer the test, a urine sample is collected and a portion is mixed with a special reagent in a vial. The reaction between the reagent and the urinary aldehydes, particularly malondialdehyde, results in a color change ranging from clear to red, indicating the degree of cellular membrane damage.