The Section «Growth and Development of Plants, Physiologically Active Substances» of the Ukrainian Society of Plant Physiologists (USPPh) consists of 19 members from the Department of Phytohormonology and the Department of Membranology and Phytochemistry of the M.G. Kholodny Institute of Botany NAS of Ukraine. During the reporting period, plant physiologists have demonstrated that dynamic changes in phytohormone accumulation, localization, and balance in cereal crop organs are integral to their multicomponent response to abiotic stressors. The scientific principles of applied phytohormonology have been developed for the early diagnosis of stress-resistant cereal crop genotypes. An original model has been created to illustrate the role of phytohormones in stress resistance formation in wheat, spelt, and rye. Studies have confirmed the stress-protective effects of priming and foliar treatment with exogenous phytohormones, laying the groundwork for an environmentally safe method to enhance cereal resistance. The phytoremediation capacity of Salvinia aquatic macrophytes for biologically adsorbing heavy metals from polluted water has been established. This research has set the stage for developing recommendations on using exogenous phytohormones to regulate plant growth and development. Phytochemical studies have explored alternative electron transport pathways that prevent the over-reduction of the electron transport chain and excessive reactive oxygen species formation. Research has also demonstrated that biological CO2 fixation using plants and microorganisms capable of converting carbon into mineral carbonates is a promising approach for air purification. The process is significantly accelerated in the presence of plant enzymes. These findings enhance our understanding of CO2 capture and fixation in plants with different photosynthetic pathways and the coordination of photosynthesis and respiration in plant cells. A scientific basis has been developed for remote monitoring of chemical pollution in open water bodies using spectral analysis of water and macrophytes.
Keywords: phytohormonology, phytochemistry, membranology, biotechnology, photosynthesis, heavy metals, stress tolerance
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