A halotolerant marine β-glucosidase from Celeribacter halophilus for efficient bioconversion of soybean isoflavone glycosides to bioactive aglycones.

Fei Chang Yi-Le Wang Jian-Ping Ou Chiyu Zhang Yang Yang Haibo Liang Xiao-Xiao Xia Bo Wei Qianqian Wu Chun-Mei Ge Heng Tang Hua Chen

Aug 2026 · Enzyme and Microbial Technology · Vol 201, pp. 110957 · 0 citations

Medicine

TL;DR

High catalytic efficiency in hydrolyzing glycosidic bonds and substantial increases in the yields of bioactive daidzein and genistein are highlighted, highlighting ChaBGL's significant potential for diverse industrial applications, particularly in the nutritional, veterinary, and pharmaceutical sectors.

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