Enhancing of salt and drought resistance in Setaria italica involves the TAF10-mediated flavonoid biosynthesis
A variety of hormone cues were involved in improving at least osmotic regulation and antioxidant capability of foxtail millet. Moreover, the buildup of phenylpropanoid compounds like flavonoids, coumarins, lignin, and phenolic acids in SiTAF10-overexpressing millet plants is clarified by metabolome and transcriptome analysis