Modular platform for micronutrient bioavailability via bile salt design

Overview

The modular platform for micronutrient bioavailability is designed to enhance the absorption of challenging nutrients such as fatty acids, amino acids, and peptides. Inspired by the natural function of bile salts, this technology uses safe, food-grade conjugates and coating strategies to improve solubility, protect against degradation, and support active transport across intestinal barriers. This platform is adaptable to various supplement formats, including powders, chews, and encapsulated products, facilitating seamless integration into existing delivery systems. The approach aims to lower required dosages while improving efficacy and tolerability, making it suitable for a wide array of vitamin, mineral, and supplement (VMS) applications.

Technical specifications

Key features:

• Utilizes bile salt-inspired conjugates to enhance nutrient solubility and absorption.
• Compatible with various product formats such as powders, chews, and capsules.
• Designed to improve nutrient bioavailability without high doses or complex reformulations.
• Safe, food-grade materials ensure consumer safety and regulatory compliance.
• Potential to integrate with existing supplement formulations, offering a versatile and efficient solution for enhancing nutrient uptake.

Technology readiness level

Currently at Technology Readiness Level 3, this platform has undergone early-stage modeling and literature comparison, suggesting strong applicability across multiple nutrient classes. The next steps involve formulation refinement, in vitro testing, and prototype development. With the right partner, the path to commercialization could be achieved within 12–18 months, focusing on generating formulation data, validating delivery performance, and optimizing consumer formats.