glutathione s transferase drought

glutathione s transferase drought Overexpression of Maize S-Transferase ZmGST26 Decreases Resistance of Arabidopsis Frontiers | Transcriptome analysis reveals

Name: glutathione s transferase drought Overexpression of Maize S-Transferase ZmGST26 Decreases Resistance of Arabidopsis Frontiers | Transcriptome analysis reveals
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Frontiers Transcriptome analysis reveals key drought stress responsive genes in soybean Frontiers Nanobiotechnology mediated regulation of reactive oxygen species homeostasis under heat and drought stress in plants Genome wide identification and expression profiling of glutathione S transferase family under multiple abiotic and biotic stresses in Medicago truncatula L. PLOS One Glutathione in Higher Plants: Biosynthesis and Physiological Mechanisms During Heat and Drought Induced Oxidative Stress Springer Nature Link

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A significant decrease was shown in the activity level of ALT (p=0.001), AST (p=0.002) and ALP (p=0.00) liver enzymes in the receptors of glutathione compared with thioacetamide group and total protein and albumin showed a significant increase level in the groups compared with thioacetamide group (Table 1)