Methylation Master

Methylation Master 180 capsules
✔ Your methyl group complex
✔ For a healthy DNA synthesis and cell division
✔ For a healthy structure and function of the nerve cells
✔ For normal homocysteine metabolism
✔ To support fertility when wishing to have children

Methyl groups are decisive co-factors in numerous metabolic processes in the body, starting with such basic functions as controlling the proper functioning of our genes: Methyl groups are used to switch required genes on and unnecessary genes off. Both are key for a functioning gene control. Furthermore, methyl groups are needed to make various micronutrients bioavailable, i.e. usable for our body. Folic acid and vitamin B12, for example, can only be used by the body in combination with methyl groups. On the other hand, our metabolism also uses methyl groups to excrete messenger substances (hormones, neurotransmitters) that are no longer needed.* Timely elimination of these messenger substances and their sufficient formation is crucial for a proper regulation of metabolic functions. In addition, methyl groups in combination with folate and vitamin B12 help to break down homocysteine. Congenital genetic changes, nutrition, toxins in the environment and other factors can considerably reduce the availability of methyl groups.

Methylation Master combines 9 interacting substances that can serve as methyl group sources. These are vitamins in their methylated form, amino acids, phosphatidylcholine, S-adenosyl methionine (SAMe) and betaine as trimethylglycine. The ingredients folate, magnesium, vitamin B12 and zinc also support the cell division process2 which is the basis of all growth and regeneration.

1) Contributes to normal DNA synthesis (zinc)
2) Has a role in the process of cell division (folate, magnesium, vitamin B12, zinc)
3) Contributes to normal functioning of the nervous system (magnesium, vitamin B12)
4) Contributes to normal homocysteine metabolism (folatw, vitamin B12)
5) Contributes to maternal tissue growth during pregnancy (folate)
6) Contributes to normal fertility and reproduction as well as to the maintenance of normal testosterone levels in the blood (zinc)

* Reference: “Löffler, Petrides (2003), Biochemie & Pathobiochemie”, 7th edition, Berlin: Springer Verlag, p. 488