Effect of triethanolamine and its organosilicon derivatives on the respiratory rate and the content of active forms of oxygen in pea sprouts in norm and under conditions of high-temperature stress
The effects of biostimulant growth and plant resistance of triethanolamine (TEA) and organic silicon derivatives (methyl-, chloromethyl -, and ethoxysilanes (MS, CMS and ES, respectively) in low and ul- tralow doses on the intensity of respiration and the content of reactive oxygen species (ROS) in seedlings of pea plants under high-temperature stress was researched. It is shown that the solutions of the investigated substances in concentrations used affected the content of ROS and the intensity of respiration in pea roots. It is suggested that the solutions of teas and silatranes in the investigated concentrations can have a positive impact on the growth and development of plants is associated with their effect on the formation of ROS and cellular respiration.