Armour J A, Jeffreys A J
Department of Genetics, University of Leicester, UK.
Curr Opin Genet Dev. 1992 Dec;2(6):850-6. doi: 10.1016/s0959-437x(05)80106-6.
Highly repetitive minisatellites' include the most variable human loci described to date. They have proved invaluable in a wide variety of genetic analyses, and despite some controversies surrounding their practical implementation, have been extensively adopted in civil and forensic casework. Molecular analysis of internal allelic structure has provided detailed insights into the repeat-unit turnover mechanisms operating in germline mutations, which are ultimately responsible for the extreme variability seen at these loci.
高度重复的微卫星包括迄今为止所描述的人类中变化最大的基因座。它们在各种各样的基因分析中已证明具有极高价值,并且尽管在其实际应用方面存在一些争议,但已在民事和法医案件工作中被广泛采用。对内部等位基因结构的分子分析为种系突变中起作用的重复单元更替机制提供了详细的见解,而这些机制最终导致了在这些基因座上所观察到的极端变异性。