Complete Genome Sequence of Leuconostoc mesenteroides MSL129 Isolated from Kimchi
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The Leuconostoc mesenteroides MSL129, isolated from kimchi, has the potent activity of converting daidzin to daidzein. A complete genome sequence of L. mesenteroides MSL129 has a circular chromosome (2,010,741 bp) and two plasmids. Comparative genomic analysis suggested similarities and unique regions compared to other Leuconostoc species. The carbohydrate-active enzyme gene analysis revealed that the L. mesenteroides MSL129 genome has 33 glycoside hydrolase genes harboring β-glucosidase encoding genes. This genomic information was deposited at NCBI GenBank (CP128560-CP128562). These results contribute to the understanding of the genomic characteristics of L. mesenteroides in the food and biotechnology industries.
Abstract
The Leuconostoc mesenteroides MSL129, isolated from kimchi, has the potent activity of converting daidzin to daidzein. A complete genome sequence of L. mesenteroides MSL129 has a circular chromosome (2,010,741 bp) and two plasmids. Comparative genomic analysis suggested similarities and unique regions compared to other Leuconostoc species. The carbohydrate-active enzyme gene analysis revealed that the L. mesenteroides MSL129 genome has 33 glycoside hydrolase genes harboring β-glucosidase encoding genes. This genomic information was deposited at NCBI GenBank (CP128560-CP128562). These results contribute to the understanding of the genomic characteristics of L. mesenteroides in the food and biotechnology industries.
참고문헌 (9)
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