Callen D F, Baker E, Eyre H J, Lane S A
Department of Cytogenetics and Molecular Genetics, Adelaide Children's Hospital, Australia.
Ann Genet. 1990;33(4):190-5.
A mouse/human hybrid cell panel of human chromosome 16 has been extended to a total of 31 hybrids. These hybrids were derived from constitutional translocations and deletions ascertained during clinical cytogenetic studies. This panel of hybrids, together with four fragile sites, have the potential to divide chromosome 16 into 38 regions. Rapid detailed physical mapping of gene probes or anonymous DNA probes is possible using this hybrid panel. This hybrid cell panel also allows the physical mapping of other chromosomes with three breakpoints on chromosomes 1, 4, 11 and 13 and two on chromosomes 3, 10 and 18.
一个含有人类16号染色体的小鼠/人类杂交细胞系已扩展至总共31个杂交细胞。这些杂交细胞源自临床细胞遗传学研究中确定的结构易位和缺失。这个杂交细胞系与四个脆性位点一起,有可能将16号染色体划分为38个区域。使用这个杂交细胞系可以对基因探针或匿名DNA探针进行快速详细的物理图谱绘制。这个杂交细胞系还能对其他染色体进行物理图谱绘制,这些染色体在1号、4号、11号和13号染色体上有三个断点,在3号、10号和18号染色体上有两个断点。