Benfotiamine - 60x 300mg

Maintaining healthy nerve function and metabolic balance is key to overall well-being. This formula is designed to support nerve function, glucose metabolism, and cellular health using a highly absorbable form of vitamin B1.

• Supports normal nerve function
• Helps regulate glucose metabolism
• 300mg benfotiamine per capsule
• 60 capsules | 1 capsule daily

Benfotiamine in More Detail

Benfotiamine is a fat-soluble form of vitamin B1, commonly used to support nerve health and metabolic processes. Its structure allows for improved absorption compared to traditional thiamine.

It plays a role in supporting carbohydrate metabolism and energy production, helping the body efficiently utilise glucose while contributing to overall metabolic balance.

Benfotiamine is also widely used to support cellular protection, particularly in areas where metabolic demand is higher, making it a useful addition to long-term health support strategies.

This simple formulation provides a targeted way to support nerve function, metabolic efficiency and cellular resilience on a daily basis.

Who Is This For?

This supplement may be suitable for individuals looking to support nerve function, glucose metabolism and overall metabolic health as part of a consistent routine.

The Ingredients

This formula contains a single, high-quality active ingredient selected for its effectiveness and bioavailability.

Benfotiamine – 300mg – A highly absorbable form of vitamin B1, commonly used to support nerve function, glucose metabolism and cellular health.

Rice Flour – Used as a natural filler to ensure consistent capsule fill and quality.

Vegetarian Capsule – Plant-based capsule suitable for convenient daily use.

Suggested Use

Take 1 capsule daily with food, preferably in the morning. May increase to 2 capsules per day depending on individual needs.

References:
Stracke, H. et al. (2008). Benfotiamine in metabolic health. Experimental and Clinical Endocrinology & Diabetes.
Balakumar, P. et al. (2010). Benfotiamine and metabolic pathways. Pharmacological Research.
Thornalley, P. J. (2005). The role of thiamine in metabolism. Diabetes Care.