Fat-Soluble Vitamin B1 for Superior Cellular Energy Production

Benfotiamine is a highly bioavailable, fat-soluble form of vitamin B1 (thiamine) that crosses cell membranes more effectively than standard water-soluble B1. This superior absorption makes it particularly effective for supporting mitochondrial function, nerve health, and cellular energy metabolism.

How Benfotiamine Supports Your Mitochondria & Energy Production

At the cellular level, benfotiamine plays a critical role in the Krebs cycle (citric acid cycle) - the metabolic pathway that occurs within your mitochondria to generate ATP, your body's primary energy currency. As a cofactor for key enzymes including transketolase, benfotiamine helps:

• Optimize the Krebs cycle for efficient ATP production in mitochondria
• Support glucose metabolism and prevent harmful metabolic byproducts
• Enhance cellular energy production throughout the body
• Protect mitochondrial function from oxidative stress

Nerve Health & Neuroprotection

Benfotiamine is extensively researched for its neuroprotective properties. Its fat-soluble nature allows it to concentrate in nerve tissue where it:

• Supports healthy nerve function and nerve signal transmission
• Protects peripheral nerves from metabolic stress
• Maintains myelin sheath integrity for optimal nerve conduction
• Supports healthy blood flow to nerve tissues

Why Choose Fat-Soluble B1 Over Regular Thiamine?

Unlike standard water-soluble vitamin B1, benfotiamine's fat-soluble structure provides:

• 5x higher bioavailability than regular thiamine
• Better tissue penetration especially in nerves and brain
• Longer-lasting effects in the body
• More effective mitochondrial support for sustained energy

Professional-Grade Extemporaneous Compounding Formula

Bio-Practica's pharmaceutical-grade benfotiamine powder is designed for practitioners who require precise dosing flexibility. The 120g format allows for customized therapeutic protocols tailored to individual patient needs.

Ideal for supporting: Metabolic health, nerve function, healthy blood sugar metabolism, mitochondrial energy production, and overall cellular vitality.