Supercharging bread nutrition with hemp flour innovations

Hemp flour enriched bread: effect on metabolomic and technological profile following in vitro digestion.

Food chemistry • • Moderately Relevant
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AI Summary

Researchers have discovered an innovative approach to enhancing bread's nutritional value by incorporating hemp flour (HF) as a functional ingredient. The study examined different levels of hemp flour substitution (10%, 15%, and 25%) in bread production, revealing significant changes in both technological properties and metabolomic profiles.

The investigation showed that hemp flour enrichment substantially impacts bread characteristics, particularly in its free polyphenolic fraction. Bread with 25% hemp flour demonstrated a unique metabolomic signature, while the 10-15% substitution levels offered the optimal balance between nutritional enhancement and maintaining desirable bread qualities. In vitro digestion experiments highlighted improved phenolic bioaccessibility, suggesting potential health benefits from hemp flour-enriched bread.

Technologically, the hemp flour addition influenced critical bread parameters including color, moisture, water activity, and texture. The ChemRICH analysis revealed distinct metabolite profiles compared to traditional wheat bread, indicating that hemp flour isn't just a simple flour replacement but a sophisticated nutritional upgrade. This research demonstrates the potential of hemp as a functional food ingredient with promising technological and nutritional applications.

💡 Key Findings

1
10-15% hemp flour substitution provides optimal nutritional and technological performance
High
85%
2
Bread with 25% hemp flour shows unique metabolomic profile in free polyphenolic fraction
Good
75%
3
Improved phenolic bioaccessibility demonstrated through in vitro digestion experiments
Good
70%

📄 Original Abstract

Hemp flour (HF) represents a promising ingredient for enhancing the nutritional profile of bread. This study investigated the effects of HF enrichment (10 %, 15 % and 25 %) on bread, with a particular focus on metabolomic changes and the bioaccessibility of polyphenols, alongside technological properties. Technological parameters including color, moisture, water activity, and texture were influenced by HF addition. Untargeted metabolomics profile on both free and bound phenolic fractions revealed distinct separation (HCA and PCA) from the wheat control, especially in the free phenolic fraction. Bread enriched with 25 % HF showed a characteristic metabolomic profile in the free polyphenolic fraction compared to other levels, while the bound fraction remained relatively stable across enrichments. In vitro digestion showed higher phenolic bioaccessibility in HF breads. ChemRICH revealed distinct metabolite profiles compared to control. Overall, a 10-15 % HF substitution provided the best compromise between improved nutritional attributes and acceptable technological performance.

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