Dept. of Genetics, University of Agriculture, Wageningen, The Netherlands.
Theor Appl Genet. 1976 Jan;48(1):35-43. doi: 10.1007/BF00282408.
The Giemsa banding pattern is given for eleven reciprocal translocations of rye, Secale cereale L., together involving all chromosomes at least once, and one telocentric substitution. It is possible to correlate the identification system based on the Giemsa pattern with that based on the translocation tester set. The location of the translocation break points could be determined very exactly for a number of translocations, somewhat less exactly for others. The variations in the banding pattern, resulting from genetic, environmental and technical variation, make definite identification with the nomenclature system of the different rye additions to wheat difficult. An attempt is made, but some caution is necessary.
给出了 11 个黑麦(Secale cereale L.)的相互易位的吉姆萨带型,这些易位至少涉及所有染色体一次,还有一个着丝粒置换。基于吉姆萨带型的识别系统与基于易位测验系的识别系统是可以相互关联的。对于许多易位,易位断点的位置可以非常精确地确定;对于其他易位,其位置则稍显不那么精确。带型的变化,源自遗传、环境和技术的变化,使得与不同的黑麦添加到小麦中的命名系统进行明确的识别变得困难。虽然进行了尝试,但需要谨慎。