Description
Natural Factors BioCoenzymated Benfotiamine 150 mg plus Thiamine Diphosphate 30 Capsules is a next-generation dietary supplement. It provides 150 mg of highly bioavailable co-fermented vitamin B1 plus 10 mg of bioactive thiamine diphosphate. Benfotiamine and thiamine diphosphate are biologically active forms of vitamin B1 (thiamine), a nutrient necessary for healthy nerve function and the metabolism of lipids, carbohydrates and proteins. Benfotiamine is fat-soluble, unlike thiamine, and studies have shown that it is 3.6 times more bioavailable than standard thiamine hydrochloride, which provides excellent support for people with polyneuropathy.
This unique bio-censored formula contains the patented EnviroSimplex technology that combines an organic whole food mixture of land and sea vegetables with coenzyme forms of thiamine. Your cells get the most metabolically active nutrients from a synergistic phytochemical formula. Ready-to-use vitamin B1 and vitamin B1 diphosphate provides a better way to support your body with a healthy metabolism. Bio-fermented benfotiamine of natural factors does not contain gluten or GMOs and is suitable for vegetarians and vegans. It offers high-quality, biologically active vitamin B1, which helps maintain energy production and healthy nerve function.
Natural Factors BioCoenzymated Benfotiamine is gluten-free, non-GMO, and suitable for vegetarians and vegans and supports the absorption of other nutrients in the diet. The unique synergy of BioCoenzymated Benfotiamine is due to its formulation with bio-fermented vitamin B1, which provides high-quality, biologically active thiamine, and essential enzymes. This product is manufactured under strict cGMP guidelines.
- Supports the healthy function of nerves for people with polyneuropathy
- EnviroSimplex® technology
- Benfotiamine is fat-soluble and more bioavailable than water-soluble thiamine
- Supports normal growth, nerve function, and energy production
- Helps maintain the body’s ability to metabolize nutrients
- Helps prevent thiamine deficiency