• Morphogenesis, pigment content, phytohormones and yield of tomatoes under the action of gibberellin and tebuconazole 

  Rogach, V. V.; Kuryata, V. G.; Kosakivska, I. V.; Voitenko, L. V.; Shcherbatyuk, M. M.; Rogach, T. I. (Biosystems Diversity, 2022)

  One of the main tasks of contemporary plant physiology is regulation of growth and development of cultivated plants in order to optimize the productive process. The scientific community focuses its attention on the use of ...

• Morphogenesis, pigment content, phytohormones and productivity of eggplants under the action of gibberellin and tebuconazole 

  Rogach, V. V.; Voytenko, L. V.; Shcherbatiuk, M. M.; Kosakivska, I. V.; Rogach, T. I. (Regulatory Mechanisms in Biosystems, 2020)

  Regulation of growth and development of cultivated plants in order to optimize the production process is one of the main objectives of modern plant physiology. Both activators and growth inhibitors are used for this purpose. ...

• Morphogenesis, pigment content, phytohormones and productivity of sweet pepper under the action of gibberellin and tebuconazole 

  Rogach, V. V.; Kuryata, V. G.; Kosakivska, I. V.; Voitenko, L. V.; Shcherbatiuk, M. M.; Rogach, T. I. (Regulatory Mechanisms in Biosystems, 2021)

  One of the main tasks of modern plant physiology is regulation of growth and development of cultivated plants in order to optimize the productive process. The attention of the scientific community is focused on the use of ...

• Influence of gibberellin inhibitors on the accumulation and redistribution of various forms of carbohydrates and nitrogencontaining compounds in plants of Solanum melongena L. 

  Rogach, V.; Reshetnyk, K.; Kuryata, V.; Rogach, T. (Biologija, 2020)

  The 0.025% tebuconazole (EW-250), 0.25% chlormequat chloride (CCC-750), and 0.15% ethephon (2-CEPA) influences growth processes, the leaf apparatus, chlorophyll concentration and various carbohydrates forms, and total ...

• Особливостi формування мезоструктури та пiгментного комплексу листкiв ското- i фотоморфних проросткiв бобiв кiнських за дiї гiберелової кислоти та тебуконазолу 

  Кур'ята, В.Г.; Kuryata, V.G.; Куц, Б.О.; Kuts, B. O. (Фізіологія та генетика, 2022)

  Peculiarities of leaf mesostructure formation, synthesis of photosynthetic pigments under the impact of gibberellic acid and its antagonist tebuconazole in scoto- and photomorphic seedlings of horse beans were analyzed. ...

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