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BUY NOW: Ortho Molecular Cardio B – 60 Capsules

• The primary ingredients in Cardio B represent the most logical and often used combinations of therapeutic agents for the lowering of homocysteine
• A required co-factor in the conversion of homocysteine to methionine via the folate pathway, vitamin B12 deficiency is common among vegans and the elderly
• Vitamin B6 is known to be deficient in the typical American diet, particularly the elderly. Even low doses have been shown to lower homocysteine levels in elderly patients even among those previously supplemented with folic acid
• Betaine (trimethylglycine, or TMG) acts as a methyl donor to homocysteine- converting it to methionine
• For many seeking high doses of folic acid, a folic supplement containing 5 mg has been previously available only through prescription, even though folic acid has never been a pharm acyonly ingredient

Product Description / b>
primary ingredients Cardio B represent the most logical and often used combinations of therapeutic agents for the reduction homocysteine. When Cardio B stands, however, is the completeness of the formula, creating a synergy that we believe is higher than virtually any other formulation available. A vitamin B12 binding cofactor in the conversion of homocysteine to methionine via folate, vitamin B12 deficiency is common among vegans and the elderly. Vitamin B6 is too short for the typical American diet, particularly the elderly. Even low doses have been shown to lower homocysteine levels in elderly patients, even among those already completed with folic acid. trimethylglycine betaine (or TMJ) acts as a methyl donor homocysteine is converted to methionine. This conversion path is the liver and kidneys and can help lower homocysteine to methionine, with some individuals very high, or after ingestion of high levels of methionine. For many seeking high doses of folic acid, a supplement containing folic acid 5 mg was previously available only through prescription, even though folate never been pharm acyonly ingredient. A necessary component for the conversion of homocysteine to methionine, folic acid supplementation reduces homocysteine levels, as demonstrated in numerous clinical studies. Regardless of the initial homocysteine, folic acid supplementation increased (up to 800 mcg) was shown in the search for improvements in a larger effect of lowering homocysteine. Those with higher initial homocysteine levels had a greater reduction in the effects of folic acid. Low levels of daily intake of folate were associated with high homocysteine levels in serum, especially in the elderly. Current research is showing that aggressive management of homocysteine is more favorable than previously thought.