Methylation support delivers methylfolate, methyl-B12, and TMG for DNA, neurotransmitter, and detox pathways.


Methylation is a fundamental biochemical process where methyl groups are added to DNA, proteins, and metabolites. It affects neurotransmitter production, hormone clearance, detoxification, and gene expression. Adequate folate, B12, B6, and choline are required.
MTHFR variants (especially C677T) reduce conversion of folic acid to active folate. People with these variants may benefit from methylfolate (5-MTHF) directly. Most people don't need to test MTHFR — using methylated forms is reasonable regardless.
Yes. Some people are highly sensitive to methylated B vitamins and experience anxiety, irritability, or insomnia, especially at high doses. Start low (200–400 mcg methylfolate) and increase slowly. Niacin can buffer over-methylation symptoms.
Homocysteine is the most useful single marker — high levels (above 9 µmol/L) suggest methylation issues. B12, folate, and MMA (methylmalonic acid) round out the picture. MTHFR genetic testing is helpful but not essential for most people.
Folic acid is synthetic and requires conversion to active 5-MTHF (methylfolate). People with MTHFR variants convert poorly. Methylfolate is the active form, ready for use. It's the better choice for methylation support and increasingly preferred in prenatals.
TMG (trimethylglycine) provides methyl groups via an alternate pathway, reducing the burden on folate-dependent methylation. It's especially helpful for people with high homocysteine who don't respond fully to B vitamins alone. Typical doses are 500–3,000 mg/day.
It can, especially in people with elevated homocysteine, low B12/folate, or MTHFR variants. Effects on energy, focus, and mood typically appear within 2–6 weeks. Methylation supports neurotransmitter synthesis (dopamine, serotonin, norepinephrine).
Leafy greens (folate), eggs (choline), beef liver (B12, folate, choline), salmon (B12, selenium), beets (betaine), and seeds. A varied omnivorous or pescatarian diet provides the building blocks. Excess alcohol depletes methyl donors.
Some people, especially those with COMT slow variants, are sensitive to methyl donors and develop anxiety, irritability, racing thoughts, or insomnia from high doses. Start low, use hydroxocobalamin (not methyl-B12) if sensitive, and consider niacin (50–100 mg) to buffer.
Methylfolate and methyl-B12 at prenatal doses are well-studied and recommended, especially for women with MTHFR variants. Higher-dose comprehensive methylation formulas should be reviewed with your OB. Folate is essential; don't skip it.