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３ 个６ｘ 小黑麦品种和２ 个普通小麦品种杂交回交，选育出ＮＲ９８９２ 等１１ 个系群２１６ 个株系，其中大部份抗条锈病或（ 和） 白粉病。应用酸性聚丙烯酰胺凝胶电泳（ＡＰＡＧＥ） 分析了ＮＲ９８９２ 系群的６４ 个株系及其亲本Ｃｕｒｒｅｎｃｙ、小偃６ 号和川育１２ 号的醇溶蛋白。结果表明：１７－１９ ％ 的株系含有黑麦１ＲＳ所特有的Ｇｌｄ１Ｂ３ 位点，５７－８１ ％ 的株系在Ｇ１ｉ－ ２ 位点发生了普通小麦与６ｘ 小黑麦遗传物质重组；６４ 个株系中出现了１ 种亲本类型，３ 种重组类型和３ 种突变重组类型，突变率１７－１９％ 。文中还讨论了６ｘ 小黑麦向普通小麦导入有用遗传物质的育种方法。
Three 6x triticale varieties and 2 common wheat varieties were backcrossed and backcrossed to produce 216 lines of 11 lines and groups such as NR9892, most of them resistant to stripe rust and / or powdery mildew. 64 strains of NR9892 lineage and their parental currencies, gliadin of Xiaoyan 6 and Chuanyu 12 were analyzed by acid polyacrylamide gel electrophoresis (APAGE). The results showed that 17-19% of the lines contained the Gld1B3 locus peculiar to rye 1RS, and 57-81% of the lines had the recombination of common wheat and 6x triticale at the G1-2 locus; 64 strains There were 1 type of parent, 3 types of recombination and 3 types of mutation in the line, with a mutation rate of 17-19%. The article also discusses the 6x triturate wheat breeding methods to import useful genetic material.