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Genetic control of leaf rust resistance is studied by the hybridological analysis method in hexaploid triticale cultivars
Matyrskoe, PRAG 140/1, BG 13, Tal’va 100, Kartli 6, Kolor, AD-52, PRAG 72, and PCHL Tel 216. Mono-or digenic inheritance of
resistance is shown as a result of crossing with susceptible cultivars Viktor and Slavyanin. Susceptible plants are found
in all F2 hybrid populations obtained from crossing resistant cultivars, which indicates nonidentity of resistance genes and their
high diversity. 相似文献
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Puntus Irina F. Borzova Oksana V. Funtikova Tatyana V. Suzina Nataliya E. Egozarian Nataliya S. Polyvtseva Valentina N. Shumkova Ekaterina S. Akhmetov Lenar I. Golovleva Ludmila A. Solyanikova Inna P. 《Journal of Soils and Sediments》2019,19(8):3166-3177
Journal of Soils and Sediments - Crude oil and oil products are the most widespread environmental pollutants. The most efficient bioremediation is performed by using specific oil-degrading strains.... 相似文献
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An evaluation of 416 triticale accessions from the Vavilov All-Russian Research Institute of Plant Industry (VIR) collection
reveals a great diversity of forms in the character of leaf rust resistance. A nonuniform distribution of resistant phenotypes
is noted in groups differing in ploidy level and geographic origin. The identified 17 varieties and lines not infected by
geographically distant aggressive populations of this pathogen are especially valuable for use in breeding. 相似文献
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