2-Ene Reductases of Lactobacilli, an Unexpected Diversity of Enzymes for Conversion of Phenolic Compounds

Polyphenols Applications 2024 proudly announces that Prof. Michael Gänzle, active member of the scientific board, from University of Alberta, Canada, will be a featured speaker at its 17th World Congress this September in Milan.

Presentation Title: 2-Ene Reductases of Lactobacilli, an Unexpected Diversity of Enzymes for Conversion of Phenolic Compounds.

Presentation Summary

• 2-ene reductases are NADH-dependent enzymes that specifically reduce double bonds conjugated with an aromatic ring.
• Plant-associated lactobacilli possess multiple homologues of HcrB, Par1, and other related enzymes from different bacteria.
• These enzymes are involved in the conversion of various phenolic compounds, indicating a diverse enzymatic capability within lactobacilli.
• The diversity of 2-ene reductases in lactobacilli suggests their role in metabolizing and modifying phenolic compounds.
• This enzymatic diversity may have implications for the metabolism of dietary phenolics and potentially contribute to the functional properties of lactobacilli in various ecological niches.

Polyphenols Applications 2024 Congress
September 19-20, 2024 - Milan
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