Characteristic of mutant forms sudangrass Sorghum sudanense (Piper) Stapf.
Keywords:
gamma rays; mutagenesis; mutant forms; Sorghum sudanense; sudangrassAbstract
During the period 2011 – 2013 in the experimental field of the Institute of Forage Crops, Pleven under field conditions was studied 20 mutant forms Sudan grass originating in the from three varieties Kazitachi (Japan), Vercors (USA) and Voronezhskaya 9 (Russia) obtained by irradiation of seeds with γ-rays (Cs137) in the range of 200 – 300 Gy in 2008. An original characteristic of mutant forms obtained as a breeder signs importance and based on this created collection of 20 mutant forms possessing a set of signs and valuable biochemical characteristics, superior to the parents of more than one of the studied indication, which can be used successful in breeding programs in Sudan grass. Received new mutant forms of the three varieties Sudan grass, as M-200/286 and M-300/43 originating variety Kazitachi, M-300/69 and M-300/114 – origin Vercors and M-200/255 and M 200/256 – origin Voronejskaya 9 superior varieties starting with the best combination of a complex of economically valuable indicators. The field trial, as a result of mutation breeding by Sudan grass confirms and demonstrates the potential of experimental mutagenesis to create genetic diversity in Sudan grass, resulting in a created collection of mutants possessing a number of important biological and economic properties and attributes.
References
Голубинова, И., А. 2012. Проучване на възможностите за обогатяване на генетичното разнообразие при суданската трева (Sorghum sudanense (Piper) Stapf.) чрез индуциране на мутации с гама-лъчи. Дисертация.
Голубинова, И., К. Гечев. 2012. Проучване върху мутагенната ефективност и мутагенната ефикасност на гама-лъчите при суданска трева (Sorghum sudanense (Piper) Stapf.). Селскостопанска наука, 45(1): 42-51
Сандев, С. 1979. Химични методи за анализ на фуражите. Земиздат, София.
Сланев, К. 2005. Зависимости между някои признаци при сорго за зърно. Екология и бъдеще, 4: 2-3
Кикиндонов, Ц., К. Сланев. 2011. Продуктивност на новия сорт суданка Ендже-1. Journal of Mountain Agriculture on the Balkans, 3(14): 564-575
Кикиндонов, Ц., К. Сланев, С. Енчев, Г. Кикиндонов. 2013. Прояви на хетерозис при соргосуданко ви хибриди във фаза цъфтеж. Растениевъдни науки, 50: 3-6
Ермаков, А., В. Арасимович, Н. Ярош, Ю. Перуанский, Г. Луковникова, М. Икономова. 1987. Методы биохимического исследования растений. Агропромиздат, М., 134-135
De Boever, J., B. Cottyn, F. Buysse, F. Wain mann and J. Vanacker. 1986. The use of an enzy matic technique to predict digestibility metabolizable energy and net energy of compound feedstuffs for ruminants. Animal Feed Sci. and Technol., 14: 203-214
Human, S., T. M. Nakanishi. 2003. Obtaining in duced mutations of drought tolerance in sorghum. Journal Radioisotopes, 52(1): 15-21
Kenga, R., S. O. Alabi, S. C. Gupta. 2005. Hetero sis and Combining Ability for Grain Yield and its Components in Induced Sorghum Mutants. African Crop Science Journal, 13(2): 143-152
Kostina, G. I., S. V. Kudanov, E. V. Morozov. 1995. Breeding fodder sorghum. Kukuruza i Sorgo, 2: 17-18
Li, J. G., Liu, G. Q., Zhang, J., Jiang, X. C. 2001. Study on induced mutation of sorghum seeds on recoverable satellites. Space Med. Eng. Beijing, 14(1): 57-9
Song, G., Y. Su, C. Zhang. 1993а. Inducing effect of gamma radiation on sorghum under different temperature conditions. Journal of Nuclear Agricultural Sciences, 14(6): 267-270
Song, G., Y. Su, C. Zhang. 1993b. A study on M2 mature period and seed quality characters in sorghum irradiated by gamma - rays under ultralow temperature. Journal of Nuclear Agricultural Sciences, 14(5): 201-205
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