The limb perfusion rate increased to 161%/min by POD 3 and increased to 364%/min by POD 7 (Figure 4, lower left panel).
The activities of ROS scavenging enzymes (SOD and POD) were increased and accumulated H2O2 was reduced in the OsGRAS23-overexpressing plants under oxidative stress (Fig. 5), which further suggests that the enhanced ROS scavenging ability in the transgenic plants might partly contribute to the enhanced drought tolerance of the transgenic plants.
Moreover, the optimal HPP treatment (627.5 MPa/6.4 min) leads to reductions of 85%, 45% and 10% on PME, POD and PPO, increases antioxidant capacity by 75% and maintains or slightly improves the color of the smoothie.
In addition, the transgenic plants also exhibited phenotypic differences when compared to their WT counterparts, which included precocious flowering, a higher number of lateral branches, and increased numbers of seed pods [ 8].
The activities of CAT, SOD, and POD increased after salinity stress (CK2, treated with only NaCl and no ALA) compared with the control CK1 (no treatment) and the control CK3 (25 mg·L-1 ALA and no NaCl).
In the present study, although activities of APX and POD increased, decreases in SOD activity would still probably lead to the accumulation of H2O2 and O2 − in chloroplasts for the first low temperature injury.
The incidence of POD in elderly patients ranges from 37%to5353%, and POD increases the morbidity and mortality of elderly patients.
The flower, pod and seed numbers within all pairs was higher in the tolerant than in the sensitive lines in the non-saline controls, but the differences in numbers of seeds and pods further increased in both the SS and SF treatments.
These correlations indicate increased pod and haulm yield due to increased plant height and number of primary branches.
As expected, leaf blade fractions decreased continually as plant maturity increased, while stem and flower plus pod fraction increased from V5 to R6.
As Pb2+ concentration increasing, POD activity was increased and then decreased.
