FerraVital Ingredients: What's Inside and Why Each One Matters

Vitamin C enhances non-heme iron absorption by converting ferric iron (Fe³⁺) to ferrous iron (Fe²⁺) in the gut — the form your intestines can absorb. This is well-established science and the reason vitamin C is the most common iron cofactor.

What matters is the form. Most iron supplements use regular ascorbic acid, which is acidic and can irritate a stomach that's already sensitive from iron. Calcium ascorbate is a buffered, non-acidic form that provides the same absorption benefit without the acidity. For women who've had stomach problems with iron before, this distinction matters.

An essential amino acid your body can't produce. Research by Dr. D. Hugh Rushton found that adding L-lysine to iron supplementation significantly improved ferritin levels in women who hadn't responded to iron alone. L-lysine appears to support intestinal iron absorption by helping solubilize iron in the gut and enhancing transport protein activity.

This is one of the two ingredients (alongside lactoferrin) that most iron supplements don't include — and that specifically target the women for whom iron alone wasn't enough.

A naturally occurring protein found in breast milk, tears, and saliva. In supplement form, lactoferrin has been shown to support iron absorption and storage by modulating hepcidin — the hormone that controls how much iron your body absorbs from food and supplements.

Every iron dose triggers a hepcidin spike that blocks further absorption. Lactoferrin may help keep that gate open longer, meaning more iron reaches your blood from each dose. It also provides an additional absorption pathway through lactoferrin receptors in the gut and has anti-inflammatory properties that support a healthier gut environment for iron absorption.

Essential for red blood cell formation and DNA synthesis. When your body is rebuilding iron stores and producing new red blood cells, B12 demand increases. Deficiency of B12 alongside iron deficiency can cause a mixed anemia that's harder to resolve with iron alone.

Methylcobalamin is the active form of B12 — it's used directly by your body without needing conversion. Many supplements use cyanocobalamin, which must be converted to methylcobalamin before use. For women with MTHFR variants or methylation concerns, the active form is preferred.

B6 is required for hemoglobin synthesis — the process of incorporating iron into the hemoglobin molecule inside red blood cells. Without adequate B6, your body can absorb iron but can't efficiently turn it into functional hemoglobin.

P5P is the bioactive form of B6. Like methylcobalamin, it works directly without liver conversion. Standard pyridoxine HCl requires conversion to P5P before use.

Folate works alongside B12 in red blood cell production and DNA synthesis. The active form L-5-MTHF is used directly by the body — critical for the estimated 30–40% of women with MTHFR gene variants who cannot efficiently convert synthetic folic acid to its usable form.

Zinc supports hair follicle structure, immune function, and thyroid hormone synthesis. It's also involved in over 300 enzymatic reactions in the body. Many women with low ferritin are also zinc-deficient because the same dietary patterns and absorption challenges affect both minerals.

Zinc bisglycinate is chelated for better absorption and stomach tolerance — the same chelation logic as the iron form.

Copper is required for ceruloplasmin — the protein that oxidizes iron so it can be loaded onto transferrin for transport through the bloodstream. Without adequate copper, iron can be absorbed and stored but not mobilized effectively. Copper deficiency can mimic iron deficiency on blood work.

1 mg is the standard supplemental dose that balances the 10 mg zinc without exceeding safe daily intake. Chelated as bisglycinate for absorption and tolerance.

Selenium serves two critical roles in this formula. First, it supports thyroid function — selenium is required for the deiodinase enzymes that convert T4 (inactive thyroid hormone) to T3 (active). For women with both thyroid conditions and low ferritin, selenium addresses both systems. Second, selenium is a powerful antioxidant that protects the thyroid gland from oxidative damage — particularly important in autoimmune thyroid disease.

L-selenomethionine is the organic, food-form selenium with the best absorption and tissue retention compared to selenite or selenate forms.