When Chinese regulators began to investigate the cause of the adverse reactions, plant workers tried to cover up what had happened, delaying corrective action.
To encounter the adverse environment, plants maintain osmotic and ion homeostasis with rapid osmotic and ionic signaling (Figure 1).
To protect themselves against adverse conditions, plants have evolved many physiological, cellular, and molecular mechanisms (Tan et al. 2013).
To protect themselves from adverse conditions, plants have evolved a number of cellular defense mechanisms including antioxidants such as ascorbate, glutathione and tocopherols as well as ROS-detoxifying enzymes such as superoxide dismutases, peroxidases and catalases (Inzé and Van Montagu 1995; Noctor and Foyer 1998).
To cope with these adverse effects, plants developed several heat tolerance mechanisms (reviewed by [ 14]).
Due to the limitations of synthetic drugs in having adverse effects, plant-based formulations offer a good prospect for the treatment of heart disease.
As a result of their sessile nature, when faced with adverse conditions, plants alter their biochemical and molecular machinery in order to adapt to the change in their environment.
The findings will support research on factors influencing the accumulation of pyrethrins, and can be used for trichome-specific metabolic engineering of plants to ensure minimal adverse effects on plant growth and development.
To cope with adverse growing conditions, plant scientists are searching for ways to make plants adaptive.
Other work has suggested that the rich larval midgut-specific serine proteinases reduce the adverse effects of plant protease inhibitors through differential expressions in response to feeding on different plant hosts [ 27, 52].
