L. V. Khotyljova

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Hexaploid triticale (×Triticosecale Wittmack) lines were examined using molecular markers and the hybridization in situ technique. Triticale lines were generated based on wheat varieties differing by the Vrn gene systems and the earing times. Molecular analysis was performed using Xgwm and Xrms microsatellite markers with the known chromosomal localization(More)
A series of disomic lines of spring wheat Opal developed on the basis of monosomic lines of this cultivar has been studied. The lines have been tested for combining ability, and the heterosis effect has been studied in disomic lines of F1 hybrids obtained by topcrossing. The line have been demonstrated to differ both from one another and from cultivar Opal(More)
Genetic diversity of flax isozyme patterns of 6-phosphogluconate dehydrogenase, glutamate-oxalo-acetate transaminase, and cytochrome-c-oxidase in leaves, as well as the level and the relative amounts of fatty acids in seed oil were studied in flax species. The isozyme loci examined were found to be polymorphic. It was shown that each of the flax species(More)
The contents of adenine nucleotides and nicotinamide coenzymes, along with morphological traits, were studied in fiber flax cultivars and F1 hybrids at various ontogenetic stages. The bioenergy parameters of heterotic hybrids proved to be significantly higher than in the parental cultivars, suggesting a higher activity of energy-producing processes(More)
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