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Research

Functional Metabolomic Evaluation of a Novel Upcycled Natural Ingredient for Industrial Food Production

In collaboration withHMT, Human Metabolome Technologies

Metabolomic profile of RC003 across 1,785 annotated components, with labelled peaks including oleamide, docosenamide, isomaltose, sorbitol, leucine and GABA
Metabolomic profile of RC003: 1,785 annotated components. Click to open full size.

LEADING QUANTIFIED COMPOUNDS (nmol/gm)

  • Lactic acid65.1
  • Glucose31.403
  • Sorbitol23.207
  • Betaine13.751
  • Isomaltose4.291
  • Xylose2.778
  • GABA2.569

Rationale and methods

  1. Problem

    To meet consumer expectations, industrial bakeries and food manufacturers require natural, clean-label preservatives, antimicrobial and antifungal agents, emulsifiers and flavoring. Many of these attributes are present in the peels, husks and other parts of fruits, vegetables and grains, discarded during manufacturing.

  2. RC003 ingredient

    Produced using NADES extraction and acidogenic fermentation of fruit, vegetables, industrial bakery waste and rice bran, with 10% (v/v) RC001 palm polyphenol extract.

  3. HMT analysis

    CE–MS and LC–MS profiling, library-based annotation and targeted quantification. Two platforms capture both polar and lipid compounds using two different extraction methods. Data is combined into a single inventory of over 1,780 amino acids, fatty acids, peptides, aromatics and vitamins.

Results

Metabolomic profiling indicates the presence of molecules with functionality including:

Conclusions

RC003 contains a range of bioactive molecules with potential for food and beverage preservation, shelf life extension and health-promoting fortification of industrial foods.

RC003 may assist in reducing the use of chemical additives in food and beverage manufacturing.

Interested in RC003 for your food products?

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