摘要
As a fermented vegetable,Guangxi fermented bamboo shoot(GFBS)has a unique flavor,which is influenced by microbial communities.However,the relationship between flavor and the core microbiota remains unclear.Therefore,we systematically investigated the microbial community structure and changes in the levels of volatile organic compounds(VOCs)during GFBS fermentation with high-throughput sequencing technology and HS-SPME-GC-MS.As a result,a total of 76 VOCs were detected throughout the fermentation process.Meanwhile,18 bacterial genera and eight fungal genera were identified,which potentially contributed to the formation of VOCs in GFBS.Among them,Lactobacillus,Paenalcaligenes,Kazachstania,and Geotrichum were closely correlated with key VOCs.Our results provided insight into the microbial community dynamics at different stages of GFBS fermentation,expanding our understanding of the relationship between VOCs and the core microbiota.
基金
funded by the National Natural Science Foundation of China(grant number:32160558)
Key Projects in Guangxi(grant number:2019GXNSFDA245008)
the“Bagui Young Scholars”Special Project.
