首页> 外文会议>Induced mutations and molecular techniques for crop improvement >POTENTIAL APPLICATION OF GENETIC TRANSFORMATION, SOMATIC HYBRIDIZATION AND SOMACLONAL VARIATION TO POTATO BREEDING FOR ENHANCING RESISTANCE TO DISEASES AND PESTS
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POTENTIAL APPLICATION OF GENETIC TRANSFORMATION, SOMATIC HYBRIDIZATION AND SOMACLONAL VARIATION TO POTATO BREEDING FOR ENHANCING RESISTANCE TO DISEASES AND PESTS

机译:遗传转化,体细胞杂交和体细胞变异在马铃薯育种中的潜在应用,可增强对病虫害的抵抗力

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The most important objective in potato breeding is to establish resistance to various diseases and pests. The resistant lines may be selected in transgenic plants, somatic hybrids and somaclones.rnTransgenic potato plants (cvs Desiree, Belorussky-3, Granat and Temp) with a modified cryIIIA gene were obtained using Agrobacterium mediated transformation [1]. It is known that modified cry genes increase the number of plants producing proteins in quantities that are sufficient to control insects, and greatly increase the levels of these proteins [2].
机译:马铃薯育种的最重要目标是建立对各种疾病和害虫的抗性。可以在转基因植物,体细胞杂种和体细胞无性系中选择抗性品系。使用农杆菌介导的转化方法获得了带有修饰的cryIIIA基因的转基因马铃薯植物(cvs Desiree,Belorussky-3,Granat和Temp)[1]。众所周知,经过修饰的啼哭基因会增加植物产生蛋白质的数量,足以控制昆虫,并大大增加这些蛋白质的水平[2]。

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