NMN Bio NZ
TMG (Trimethylglycine) | 500 mg | 90 Capsules
Support Your Liver And Heart Health With TMG (Trimethylglycine)
TMG aids in cellular maintenance. TMG is a glycine molecule with 3 methyl groups attached to it, making it a supplement capable of supporting the vital process of methylation in the body. According to multiple clinical studies, TMG benefits by supporting good health with optimal levels of methylation, which correlated to healthy liver and heart function. Taking TMG helps to lower the levels of harmful amino acid homocysteine, converting it into harmless methionine.
HEALTHY HEART & LIVER FUNCTION – TMG is known to support normal methylation, a process essential for many cellular functions including lipid metabolism and liver detoxification, as well as correlating to a healthy cardiovascular system.
SUPPORTS DNA REPAIR – Research shows healthy methylation is important in keeping DNA healthy in every cell and organ of the body and by supporting healthy methylation TMG also helps facilitate DNA repair.
BALANCES HOMOCYSTEINE LEVELS - Studies show TMG lowers homocysteine levels due to the donation of methyl groups. High homocysteine levels are correlated with an increased risk of heart disease, dementia and stroke.
PACKAGED AND TESTED IN THE UK - Our TMG is third-party tested before encapsulation and packaged in a GMP & ISO9001 certified facility in the UK.
NON-GMO, ALLERGEN FREE, VEGAN FRIENDLY - Our TMG does not contain any allergens such as gluten, soy, nuts/peanuts, fish/shellfish or dairy products.
ADDITION TO NMN SUPPLEMENTATION - TMG can be taken with NMN (which utilises methyl groups) for optimal efficacy. TMG will provide the necessary methyl groups for NMN to be as efficient as possible.
Excellent Addition To NMN Supplementation
Research shows healthy methylation is important in keeping DNA healthy in every cell and organ of the body and by supporting healthy methylation TMG also helps facilitate DNA repair.
TMG can be taken with NMN (which utilises methyl groups) for optimal efficacy. TMG will provide the necessary methyl groups for NMN to be as efficient as possible.
