• What causes folate-deficiency anemia?

    What causes folate-deficiency anemia?

    What causes folate-deficiency anemia? You can develop folate-deficiency anemia if: You don't eat enough foods that have folate. These include green leafy vegetables, fresh fruits, fortified cereals, yeast, and meats (including liver).

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  • What is folate-deficiency anemia?

    What is folate-deficiency anemia?

    What is folate-deficiency anemia? Folate-deficiency anemia is the lack of folic acid in the blood. Folic acid is a B vitamin that helps your body make red blood cells. If you don’t have enough red blood cells, you have anemia.

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  • Your body needs L-5-methylfolate rather than folate

    Your body needs L-5-methylfolate rather than folate

    Your body needs L-5-methylfolate rather than folate Folic acid, folate, L-5-methylfolate—it’s all the same right? Not quite. Your body needs methylfolate; the purest form of Vitamin B9.

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  • What is L-5-Methylfolate?

    What is L-5-Methylfolate?

    What is L-5-Methylfolate? L-5-methylfolate is the biologically active form of vitamin B9. That means it is the form the human body can actually use in circulation.

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  • The difference between 99% and 97.5% purity of L-methylfolate Ca

    The difference between 99% and 97.5% purity of L-methylfolate Ca

    Calcium L-5-methyltetrahydrofolate (L-5-MTHF-Ca; CAS No. 151533-22-1) is the calcium salt of L-5- methyltetrahydrofolic acid (L-5-MTHF), which is the predominant naturally occurring folate in foods.The regular marketed L-5- MTHF Ca purity is 97.5%,even though the standard is 95%-102%,meanwhile Magnafolate is above 99%.Magnafolate is the patented trademark of C crystal form L-5-MTHF Ca from Jinkang Hexin Pharmaceutical Company.

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  • Does the form of folate matter?

    Does the form of folate matter?

    Does the form of folate matter? The short answer: Yes. Folic acid is the form used in many supplements because it’s highly stable. The caveat? Once folic acid enters a cell, it needs to be converted into 6S-5-Methyltetrahydrofolate (MTHF) by several key enzymes before your body can use it. And up to one-third of men and women have a genetic variation that can impact the last step of the conversion.

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