机译:Aegilops cylindrica的Lr41,Lr39和抗叶锈基因可能是等位基因,位于小麦2DS染色体上
Department of Plant Pathology Kansas State UniversityDepartment Plant Pathology Throckmorton Plant Science Center Kansas State University;
Department of Soil and Crop Sciences Texas AM University;
Department of Plant Pathology Kansas State University;
USDA-PSERU Department of Plant Pathology Kansas State University;
USDA-ARS;
Department of Plant Pathology Kansas State University;
Department of Agronomy Kansas State University;
机译:Aegilops Spottoides Tausch与叶锈病基因血管斑块Tausch的常见小麦染色体2D中的遗传
机译:Aegilops umbellulata血栓引入携带叶片生锈和条纹耐锈基因LR76和YR70,通过染色体分选和测序的组合在5ds端粒端到9.47 mb区域
机译:从Aegilops Markgrafii染色体臂2次射击血管染色体2次血管型叶片锈病的新型叶子锈病基因
机译:来自Aegilops Umbellulata的叶锈和条纹抗锈基因血管渗入六倍体小麦通过诱导的同优源配对
机译:牛肝菌基因库的挖掘:合成六倍体小麦的成年植物对叶锈病和幼苗对棕褐色点的抗性评估,基因渗入和分子特征
机译:有效转移带有牛锈菌的叶锈病抗性基因的染色体。用Ae转化为六倍体小黑麦(X Triticosecale Witt。) tauschii×Secale谷物二倍体形式
机译:小麦抗叶锈病基因Lr41的分子标记