Department of Genetics, Agricultural University, Gen. Foulkesweg 53, NL-6703 BM, Wageningen, The Netherlands.
Theor Appl Genet. 1985 May;69(3):313-6. doi: 10.1007/BF00662451.
Intercrossing the Wageningen translocation tester set of rye and the series of 'Imperial' rye additions to 'Chinese Spring' wheat of Sears yielded 29 chromosome disomic translocation hybrids. Observation of trivalents led to the identification of the chromosomes of the tester set in terms of the terminology system used in the Triticinae. The analysis was complicated by very low chiasma frequencies in some short chromosome segments in the hybrids. Nevertheless, it could be safely concluded that 1R=VII; 2R=III; 3R=II; 4R=IV; 5R=VI; 6R=V; 7R=I, which deviates slightly from previous classifications based on other methods.
杂交 Wageningen translocation tester 集的黑麦和'Sears 的'Imperial'黑麦添加系列到'Chinese Spring'小麦产生了 29 个染色体二体易位杂种。观察三价体导致根据 Triticinae 中使用的术语系统鉴定 tester 集的染色体。尽管杂种中一些短染色体片段的交叉频率非常低，但分析仍然很复杂。然而，可以有把握地得出结论，1R=VII; 2R=III; 3R=II; 4R=IV; 5R=VI; 6R=V; 7R=I，这与以前基于其他方法的分类略有不同。
