Drug class
Folic Acid
Folic acid is a specific synthetic active pharmaceutical ingredient and water-soluble B-complex vitamin rather than an independent multi-agent therapeutic class. Read more about Folic Acid
388 drugs in this class 134 manufacturers
Drugs in Folic Acid
THERANATAL PLUS (prenatal vitamins no.74/ferrous fumarate/folic acid/dha)
VITAMEDMD REDICHEW RX (prenatal vitamins no.42/folic acid)
PRENA1 CHEW (prenatal vitamins no.42/folic acid)
SELECT-OB (prenatal vitamins no.13/iron polysaccharides/folate no.1)
NEWGEN (prenatal vitamins no.86/iron bis-glycinate/folic acid)
PRENATE DHA (prenatal vitamins no.78/iron asparto glycin/folate no.1/dha)
PRENATE STAR (prenatal vitamins no.77/ferrous asparto glycinate/folic acid)
Folic acid is a specific synthetic active pharmaceutical ingredient and water-soluble B-complex vitamin rather than an independent multi-agent therapeutic class.
Biologically, it serves as an exogenous precursor to tetrahydrofolic acid, functioning as an essential cofactor in one-carbon transfer reactions required for nucleic acid synthesis, amino acid metabolism, and normal erythropoiesis.
Therapeutically, it is indicated for the prevention and treatment of folate deficiency, management of megaloblastic and macrocytic anemias, and the reduction of fetal neural tube defects during periconception and pregnancy.
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fda.gov
Folic acid is a specific synthetic active pharmaceutical ingredient and water-soluble B-complex vitamin rather than an independent multi-agent therapeutic class
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nih.gov
Folic acid is a specific synthetic active pharmaceutical ingredient and water-soluble B-complex vitamin rather than an independent multi-agent therapeutic class Biologically, it serves as an exogenous precursor to tetrahydrofolic acid, functioning as an essential cofactor in one-carbon transfer reactions required for nucleic acid synthesis, amino acid metabolism, and normal erythropoiesis Therapeutically, it is indicated for the prevention and treatment of folate deficiency, management of megalo...
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drugbank.com
Biologically, it serves as an exogenous precursor to tetrahydrofolic acid, functioning as an essential cofactor in one-carbon transfer reactions required for nucleic acid synthesis, amino acid metabolism, and normal erythropoiesis
-
nih.gov
Therapeutically, it is indicated for the prevention and treatment of folate deficiency, management of megaloblastic and macrocytic anemias, and the reduction of fetal neural tube defects during periconception and pregnancy
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