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Table 2 The DEGs related to ergosterol biosynthesis at three different developmental stages of F. velutipes

From: Combining transcriptomics and metabolomics to reveal the underlying molecular mechanism of ergosterol biosynthesis during the fruiting process of Flammulina velutipes

PathwayGene_nameGene_idKo idEC no.Regulation T1Regulation T2
MVA pathwayERG10chromosome11:Gene1003K006262.3.1.9DownNS
ERG8chromosome7:Gene953K009382.7.4.2UpNS
ERG19chromosome7:Gene204K015794.1.1.33DownNS
IDI1chromosome8:Gene1189K018235.3.3.2DownNS
Post-squalene pathwayERG9chromosome9:Gene1056K008012.5.1.21UpNS
ERG1chromosome5:Gene746K005111.14.14.17DownNS
ERG1chromosome9:Gene102K005111.14.14.17UpNS
ERG7chromosome6:Gene601K018525.4.99.7UpNS
ERG25chromosome3:Gene262K077501.14.13.72DownDown
ERG25chromosome10:Gene1780K077501.14.13.72DownNS
ERG26chromosome5:Gene519K077481.1.1.170UpNS
ERG27chromosome9:Gene636K098271.1.1.270UpNS
ERG3chromosome1:Gene281K002271.14.19.20DownNS