Kaelbling M, Fechheimer N S
Cytogenet Cell Genet. 1983;36(3):567-72. doi: 10.1159/000131974.
Electron microscopy of synaptonemal complexes in heterokaryotypic Gallus domesticus cockerels revealed that chromosome rearrangements that had been classified by light microscopy as single breaks were in fact reciprocal translocations. A microchromosome provided the centromere for the acentric long arm of chromosome 1 in a rearrangement that had been classified as a centric fission, and microchromosomes were involved in several other rearrangements. The translocation points were mapped in three of the rearrangements.
对异核型家鸡公鸡的联会复合体进行电子显微镜观察发现,那些在光学显微镜下被归类为单断裂的染色体重排实际上是相互易位。在一个曾被归类为着丝粒裂变的重排中,一条微小染色体为1号染色体无着丝粒长臂提供了着丝粒,并且微小染色体还参与了其他几种重排。在其中三种重排中确定了易位点。