Sweetfiber matrix: naturally derived structured carbohydrate platform for sugar reduction

Technology
Conceptual
University

SweetFiber Matrix is a clean-label ingredient solution designed to reduce sugar in baked goods and confectionery by replicating sucrose's functional roles. It combines fibers to restore bulk, structure, and moisture while enhancing sweetness perception with natural modulators.

Overview

SweetFiber Matrix presents an innovative approach to sugar reduction by focusing on replicating the functional roles of sucrose beyond mere sweetness. This naturally derived ingredient platform is designed to meet clean-label demands and offers a scalable solution for reducing sugar in bakery and confectionery products. By integrating soluble and insoluble fibers into a structured carbohydrate matrix, SweetFiber Matrix provides bulk, texture, and moisture control while maintaining the desired mouthfeel. Additionally, natural taste modulators are incorporated to enhance sweetness perception, allowing for significant sugar reduction without compromising sensory qualities.

Technical specifications

Key features:

  • Structured carbohydrate matrix: Combines soluble and insoluble fibers to mimic the bulk and structure of sucrose.
  • Moisture management: Ensures ideal moisture levels to maintain product quality and shelf life.
  • Natural taste modulators: Enhances sweetness perception at reduced sucrose levels, using surface-accessible carbohydrate motifs.
  • Supports browning and flavor development: Utilizes low levels of natural reducing sugars or fermentation-derived components.

Applications:

  • Ideal for reformulating baked goods and confectionery products to achieve clean-label sugar reduction.
  • Supports the development of low-sugar products without sacrificing taste or texture.
Technology readiness level

Currently at Technology Readiness Level 3, SweetFiber Matrix has been validated in laboratory settings, with performance demonstrated through metrics such as sweetness, texture, water activity, browning, and shelf-stability. Further development phases will focus on refining formulations and creating a data-driven tool for optimized application across various products.


About MIT WORLD PEACE UNIVERSITY

MIT World Peace University is a comprehensive private university in Pune, India, known for an applied, industry-connected approach to research and education. A dedicated Centre for Industry–Academia Partnerships coordinates collaborations, industry-sponsored labs, and real-world projects, aligning faculty expertise and student talent with corporate needs. An on‑campus, DST‑endorsed Technology Business Incubator advances venture creation through mentoring, prototyping space, and investor linkages, complementing industry-focused upskilling and custom engagement. Research activity is supported by competitive national funding in India through major government agencies. An institutional IPR Cell manages patenting and technology transfer, enabling licensing and startup formation.

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