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首页> 外文期刊>Russian Agricultural Sciences >Disease of Plants VKDVST (VCDTST) and Occurrence of High Frequency and Wide Spectrum of Spontaneous Mutations at Solatium lycopersicum L
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Disease of Plants VKDVST (VCDTST) and Occurrence of High Frequency and Wide Spectrum of Spontaneous Mutations at Solatium lycopersicum L

机译:茄子茄属植物VKDVST(VCDTST)病害和自发突变的高频和广谱发生

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摘要

The origin and inheritance high frequency and wide spectrum spontaneous mutation in posterity of double mutant of line Novichock-mini-j-2 of kind Solarium lycopersicum L. which were accompanied by simultaneous disease of plants by the virus cluster deformations of a top of a stem of a tomato (VCDTST), is found out. The average frequency of mutations in 2010—2012 years had index 22.82% or 1 plant to 4.4. Every year were fixed 12—14 mutant traits, including resistance to virus in 2011—2012 years. The mutant genes are localized in 6 different chromosomes By the genetic analysis the influence of the transposons of sexual cells (TSC), controlling dominant or recessive states of genes at a level of the whole organism are found out. TSC are differ fromearlier known somatic transposons controlling chimerical spottiness tissue of corn, leaves and flours plants. The conditions connected with occurrence of spontaneous mutational process and possibility of it use in breeding are analyzed.
机译:日光草L. Novichock-mini-j-2品系双突变体的后代的起源和遗传高频率和广谱自发突变,伴随着茎顶病毒簇的变形,同时伴随着植物的病害。找到一个番茄(VCDTST)。 2010-2012年的平均突变频率指数为22.82%,即1株植物达到4.4。每年都有固定的12-14个突变特征,包括2011-2012年的抗病毒能力。通过基因分析,发现突变基因位于6条不同的染色体中。通过性细胞转座子(TSC)的影响,发现了在整个生物体水平上控制基因的显性或隐性状态。 TSC与控制玉米,叶片和面粉植物的嵌合点斑组织的早期已知的体细胞转座子不同。分析了与自然突变过程有关的条件及其在育种中的应用可能性。

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