首页> 外文期刊>Australian Journal of Agricultural Research >Genotyping elite genotypes within the Australian lentil breeding program with lentil-specific sequenced tagged microsatellite site (STMS) markers
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Genotyping elite genotypes within the Australian lentil breeding program with lentil-specific sequenced tagged microsatellite site (STMS) markers

机译:在澳大利亚小扁豆育种计划中使用小扁豆特异性测序微卫星位点(STMS)标记对基因型进行基因分型

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摘要

Lentil (Lens culinaris ssp. culinaris) is consumed in many countries as a rich source of protein in largely vegetarian diets. Australia grows lentil as a cash crop in rotation with cereal and produces predominantly red lentils that are exported throughout the world, particularly to countries in South Asia and the Middle East. Differentiation of varieties is important when exporting products to such markets, maintaining variety purity during seed production and in the collection of end-point royalties. Lentil-specific and fluorescent sequenced tagged microsatellite markers (STMS) markers were used to construct a DNA fingerprint database for 10 Lens culinaris ssp. culinaris genotypes (Northfield, Digger, ILL7537, Nugget, Indianhead, ILL2024, ILL6788, Palouse, Nipper and Boomer) that represent major new cultivars and key breeding lines within the Australian breeding program. All 10 lentil genotypes were distinguished using the assessed STMS loci. Unique alleles were observed for several lines, including Boomer and Nipper, varieties recently released in Australia. This database will play an important role in seed typing for commercial export certification and the commercial management of cultivars.
机译:扁豆(Lens culinaris ssp。culinaris)在许多国家作为素食中的丰富蛋白质来源被消费。澳大利亚将小扁豆作为经济作物与谷物一起轮作种植,主要生产红色小扁豆,其出口到世界各地,尤其是向南亚和中东国家。在将产品出口到此类市场时,在种子生产过程中以及在收集终端使用费时保持品种纯度,品种差异非常重要。扁豆特异性和荧光测序标记的微卫星标记(STMS)标记用于构建10个扁豆(Lens culinaris ssp)的DNA指纹数据库。 culinaris基因型(Northfield,Digger,ILL7537,Nugget,Indianhead,ILL2024,ILL6788,Palouse,Nipper和Boomer)代表澳大利亚育种计划中的主要新品种和关键育种系。使用评估的STMS位点区分所有10个小扁豆基因型。最近在澳大利亚发布的多个品系中都观察到了独特的等位基因,包括Boomer和Nipper。该数据库将在用于商业出口认证和品种商业管理的种子分型中发挥重要作用。

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