Titlebook: Genetic Analyses of Wheat and Molecular Marker-Assisted Breeding, Volume 1; Genetics Map and QTL Jichun Tian,Zhiying DENG,Xiaoling Jiang Bo

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JEER

Construction of Molecular Genetic Map of Wheat,markers in the wheat maps were appropriate (0.44–9.77 cM), thus meeting the recommended requirement for genome-wide QTL scanning. The molecular genetic maps have been used to QTL mapping for some agronomic traits, yield and quality traits, and the good results have been achieved.

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Oratory

Genetic Dissection of Stress-Tolerance Traits in Wheat, mildew, fusarium head blight resistance), salt resistance and potassium resistance were genetically dissected by QTL mapping. Some major QTLs identified in this chapter could provide important genetic and molecular information for marker-assisted selection breeding in wheat.

招人嫉妒

Genetic Analysis Methods of Quantitative Traits in Wheat,in this chapter, the types and quality of genetic population, construction methods of genetic population, types of genetic markers, and statistical methods of QTL mapping were introduced; moreover some new methods and key notes from our study experience were especially provided.

ADORE

Construction of Molecular Genetic Map of Wheat,genomic level, but also lays a foundation for fine mapping and cloning important genes. In this chapter, the unique characteristics and breeding values of the six molecular genetic maps (1 DH, 3 RIL, and 2 natural populations) constructed by SSR, DarT, and SNP markers were illustrated. The parents f

AVANT

Incorruptible

Carbon-Monoxide

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Genetic Dissection of Stress-Tolerance Traits in Wheat,e often cause severe reductions in wheat yield. Therefore, it is greatly important to discover resistant genes in wheat. In this chapter, drought resistance, heavy metals resistance (cadmium and chromium stress), pre-harvest sprouting resistance, disease resistance (adult-plant resistance to powdery