High-throughput sequencing was used to profile soil microbial communities, and phenotypic correlation analysis combined functional validation to link rhizosphere microbes with Panax notoginseng growth and soil health.
Core Findings
Uncovered the differentiation pattern of rhizosphere microbiota driven by continuous cultivation years of Panax notoginseng
Screened key beneficial microbes capable of soil improvement and disease suppression
Elucidated the molecular mechanism by which microbial metabolites regulate rhizosphere microecology
Publication Info: Published in Frontiers series journals (IF = 5.8)
Research Progress
Deciphering the Rhizosphere Microecology of Panax notoginseng: Mining Core Microbial Resources Regulating Medicinal Plant Health
👤 Yang Dong’s Group
📅 七月 08, 2021
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Summary:The study systematically compared the structural and functional variations of rhizosphere microbiomes in Panax notoginseng at different cultivation stages and screened beneficial strains with disease resistance and growth-promoting functions. The paper was published in the Frontiers series journals (Impact Factor: 5.8).