Changes in transcript abundance of genes involved in the GsCYP630B18 putative fatty acid oxidation pathway following growth on monoterpenes, triglycerides or oleic acid as the sole carbon sources.

RNA-Seq data for selected genes from mycelia grown for 10 days on YNB minimal medium with a mixture of monoterpenes (YNB+MT) (monoterpenes: (+)-limonene, (+)-3-carene, racemic α-pinene and (−)-β-pinene at a ratio of 5:3:1:1), for 5 days with triglycerides (YNB+TG), or oleic acid (YNB+OA) as the sole carbon source, relative to controls grown on mannose [14, 67].*P-values are not significant.LpL—lipoprotein lipase, GK—glycerol kinase, ACSL—long-chain fatty acyl-CoA synthetase, FATPs—fatty acid transporter proteins, ACLs—acyl-CoA coenzymes, CT—carnitine acetyl transferase, FOX2—multifunctional β-oxidation enzyme, CYP630B18—cytochrome P450, CPR2—cytochrome P450 reductase 2.Changes in transcript abundance of genes involved in the GsCYP630B18 putative fatty acid oxidation pathway following growth on monoterpenes, triglycerides or oleic acid as the sole carbon sources.