Fig. 5
From: Molecular characterization reveals that OsSAPK3 improves drought tolerance and grain yield in rice
Metabolic regulation of sapk3 mutants in response to drought stress. A Proline B Soluble sugar C MDA contents in the seedlings of wild-type plants and two sapk3 mutant lines before and after drought stress treament for 7 days. D Relative ion leakage in wild-type plants and two sapk3 mutant lines leaves before and after drought stress treament for 7 days. E Relative expression levels of OsP5CS in the seedlings of wild-type plants and two sapk3 mutant lines before and after drought stress treament for 7 days. F AsA content in the seedlings of wild-type plants and two sapk3 mutant lines before and after drought stress treament for 7 days. G CAT H SOD I POD activities in the seedlings of wild-type plants and two sapk3 mutant lines before and after drought stress treament for 7 days. Values represent the means ± SD of three biological replicates (5 plants for each replicate). **P < 0.01 (Student’s t-test). FW: Fresh weight