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Information × Registration Number 0214U005887, 0113U000677 , R & D reports Title Genetic basis of metabolic and cellular engineering for increasing plant resistance to abiotic stresses popup.stage_title Head Morgun Vladimir, Registration Date 12-01-2015 Organization Institute of Plant Physiology and Genetics NASU popup.description2 The method of Agrobacterium-mediated transformation in planta using LBA4404, containing double-stranded RNA pBi2E suppressor gene proline, prepared seed generation transgenic maize (Zea mays L.), which is maintained at simulated mannitol germination lethal dehydration. Displaying multiple increase of free proline in shoots osmotic resistence T2 plants under water stress and elevated levels of this amino acid in the shoots and leaves of maize plants under normal growth conditions. The absence of changes in the spectra of spare proteins, polypeptides and starch after genetic transformation in planta. The findings suggest that the prospects of siRNA-based technologies for improving the sustainability of maize to water scarcity. The use ІRAP method revealed differences in the polynucleotide sequence of DNA from clinical forms of wheat in a straight line and step-cell selection. Assessing the level of genetic divergence showed that sublethal effects of the selective factor there are significant changes in the genome. Product Description popup.authors Бавол А. В. Дубровна О. В. Матвєєва О. Ю. Михальська С. І. Моргун Б. В. Тищенко О.М. popup.nrat_date 2020-04-02 Close