This powerful antioxidant plays a crucial role in supporting and enhancing various aspects of immune function
Analyst 139, 54395450
GSH treatment effects on genes involved in plant hormone metabolism and response, cell wall metabolism, antioxidant systems, and ripening-associated transcription factors (TFs) GO and KEGG analyses demonstrated that most GSH-responsive DEGs were involved in plant hormone metabolism and response ( ERS1 , an ethylene receptor neverripe (1), ETR2 , an ethylene receptor (2), ERF3 , an ethylene-responsive factor (1), LEA , an ethylene-responsive late embryogenesis-like protein (1), ACO , an ACC oxidase (3), and ACS , an ACC synthase (3) ( ERS1 , ETR2 , and ERF3 , as well as ACS1 / 4 , were significantly repressed after the GSH treatment, whereas LEA14-A , ACO1 / 4 , and ACS2 were dramatically increased after the GSH treatment ( PIN s, auxin efflux carrier components, and IAA4 , an auxin-responsive protein, were up-regulated following GSH application
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& Banasiak, E