Coordinated mechanisms of the Acremonium strictum SS71-induced ROS accumulation in strawberry elucidated via optimized dual-treatment detached leaf assays.
The results show that the dynamics of SS71-induced ROS accumulation in the detached-leaf system was consistent with previous whole-plant strawberry studies, and the findings suggest that NADPH oxidases contribute to SS71-induced superoxide accumulation, although additional sources may also involve.