TL;DR
Two human-derived Pediococcus pentosaceus strains, MIANGUAN and MIANGUAN2, were subjected to integrated genomic and phenotypic characterization and supports their further investigation as potential probiotic candidates.
Genetic and phenotypic findings support P. pentosaceus K6 as a highly promising candidate for probiotic and biopreservation applications and identify putative type III polyketide synthase and terpene gene clusters, providing genetic candidates for this antimicrobial phenotype.
The vaginal probiotic potential of Lb.
Genomic and phenotypic results supported the potentials of BGI-N8 and BGI-N9 as candidate probiotic strains with distinct complementary strengths in glycolipid regulation, providing a theoretical basis for their synergistic application.
The results indicate that L. rhamnosus OF44 has a favorable safety profile under the tested conditions, although further chronic toxicity and human studies are warranted.
Genomic analysis revealed that the CLPX21 genome encoded multiple functional genes and gene clusters, including biosynthesis of bacteriocins and secondary metabolites associated with antimicrobial and antioxidant functions, which provide a genetic basis for its beneficial phenotypic characteristics.
Katak, a traditional Bulgarian fermented dairy product distinguished by its unique sensory characteristics and extended shelf life, represents a valuable source of autochthonous microorganisms whose functional and genomic properties remain insufficiently explored. In the present study, strain L3, isolated from katak, w...
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