Why supplement?
Marked asPrimarySupporting
Helps sulfite metabolism
Sodium molybdate dissociates to molybdate. The liver inserts it into the molybdenum cofactor so sulfite oxidase can turn sulfite into sulfate and sulfur-amino-acid metabolism can finish. Legumes and grains already contain molybdenum. This molybdenum-enzyme path is especially mentioned when more sulfite-preserved foods are eaten.
Supports purine breakdown
Xanthine oxidase converts xanthine to uric acid, and aldehyde oxidase detoxifies certain aldehydes; both are molybdenum enzymes. Sodium molybdate is a dihydrate crystal, chemically stable and easy to weigh. When a multi-mineral writes molybdenum, this sodium salt is the most common form that supplies feedstock for purine breakdown and aldehyde metabolism at once.
How to take it?
Self-starting high doses is not recommended for general wellness.
How oftenA usual diet already supplies enough molybdenum; follow the product label.
What to watch
Cautions
Molybdenum deficiency is rare; kidney disease: avoid self high doses.
High doses may affect copper metabolism.
Interactions
- Public monographs do not list a clear drug conflict; people on medicines should still ask a clinician first
· High doses may cause stomach discomfort
· High long-term intake may cause gout-like joint problems or copper deficiency.
Long-term dependenceNot addictive; high long-term doses may disrupt copper metabolism.