Defends Against Glycation Damage

Elevated blood sugar drives glycation -the harmful bonding of glucose to proteins and nerves. Benfotiamine activates transketolase, an enzyme that redirects toxic glycolysis byproducts away from the pathways that cause nerve and vascular damage.

Supports Peripheral Nerve Health

Thiamine is essential for nerve cell metabolism and myelin production. Benfotiamine's superior bioavailability means nerve cells receive the thiamine they need to maintain healthy function, particularly in the extremities where circulation may already be compromised.

5× More Bioavailable Than Standard Thiamine

Standard water-soluble thiamine HCL is poorly absorbed -most of a tablet dose is excreted. Benfotiamine is fat-soluble and crosses cell membranes directly, reaching tissues at concentrations that thiamine HCL simply cannot achieve at standard doses.

Supports Healthy Blood Glucose Metabolism

By activating transketolase and supporting the pentose phosphate pathway, benfotiamine helps the body process glucose more efficiently, reducing the formation of advanced glycation end-products (AGEs) that damage tissues over time.

Supports Vascular & Retinal Health

The same glycation-defense mechanism that protects peripheral nerves also protects small blood vessels and retinal cells -tissues particularly vulnerable to damage from prolonged high glucose exposure.

Replenishes Thiamine Depleted by High Glucose

Chronic elevated blood sugar accelerates thiamine excretion by the kidneys. People managing blood sugar concerns often have depleted thiamine despite adequate diet. Benfotiamine reliably restores and maintains tissue thiamine status.