DNA Adducts Research

The subject of this research focuses on understanding how to remove cellular toxins and improve mitochondrial function, thereby promoting self-healing and regulation. The ultimate goal is to enhance health and wellness, supporting the body in resolving disease naturally. As part of this effort, we have utilized a key test involving DNA adducts.

DNA adducts refer to toxins, such as antibiotics, heavy metals, pesticides, and plasticizers, that become covalently bonded to mitochondrial DNA (mtDNA). The impact of these adducts varies depending on which specific gene or gene segment is affected. Typically, DNA adducts cause permanent disruptions in gene activity, potentially leading to either the suppression or overexpression of certain genes. These disruptions can result in diseases such as chronic fatigue syndrome (CFS) or exacerbate pre-existing conditions.

Practical Application of Research

Identifying DNA adducts allows for targeted therapies aimed at removing these toxins, as their presence on mtDNA often indicates similar toxins accumulating on mitochondrial membranes. This can lead to mitochondrial dysfunction, causing the production of reactive oxygen species (ROS), including hydroxyl and oxygen radicals, which contribute to various health issues, including joint, heart, and gut disorders.

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