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在Xp22.1构建一个跨越360万个碱基对的酵母人工染色体(YAC)重叠群和序列标签位点(STS)图谱。

Construction of a YAC contig and an STS map spanning 3.6 megabase pairs in Xp22.1.

作者信息

Trump D, Pilia G, Dixon P H, Wooding C, Thakrar R, Leigh S E, Nagaraja R, Whyte M P, Schlessinger D, Thakker R V

机构信息

MRC Molecular Endocrinology Group, Royal Postgraduate Medical School, Hammersmith Hospital, London, UK.

出版信息

Hum Genet. 1996 Jan;97(1):60-8. doi: 10.1007/BF00218834.

Abstract

We have constructed a 3.6 Mb sequence tagged sites (STS)-based yeast artificial chromosome (YAC) contig, consisting of 58 individual YAC clones, spanning the region PDHA1 and DXS451 on Xp22.1. In addition to establishing the order of PDHA1, ISPK-1, DXS2504, DXS1528 and the 13 known polymorphic loci as Xpter-PDHA1-DXS443-DXS3424-ISPK-1-DXS12 29-DXS2504-DXS1528-DXS365-DXS7101- DXS1683-DXS1052-DXS274-DXS92-DXS1226-DX S41-DXS989-DXS451-Xcen, we have also developed 35 novel STSs from YAC end clones. These results provide a high density of STS markers (approximately 1 per 70 kb). Furthermore, a detailed long-range restriction map of the contig has been constructed with rare-cutter enzymes and this has refined and verified the physical distances between markers inferred from YAC sizes and their STS content. The integration of the physical mapping data with previous genetic mapping data and the use of STSs and non-chimeric YAC clones reported here should facilitate the construction of a transcript map of this region and the positional cloning of disease genes in this portion of Xp22.1.

摘要

我们构建了一个基于序列标签位点(STS)的3.6兆碱基酵母人工染色体(YAC)重叠群,它由58个独立的YAC克隆组成,覆盖Xp22.1上的PDHA1和DXS451区域。除了确定PDHA1、ISPK-1、DXS2504、DXS1528以及13个已知多态性位点的顺序为Xpter-PDHA1-DXS443-DXS3424-ISPK-1-DXS12 29-DXS2504-DXS1528-DXS365-DXS7101-DXS1683-DXS1052-DXS274-DXS92-DXS1226-DXS41-DXS989-DXS451-Xcen外,我们还从YAC末端克隆中开发了35个新的STS。这些结果提供了高密度的STS标记(大约每70千碱基1个)。此外,已用稀有切割酶构建了重叠群的详细长程限制性图谱,这细化并验证了根据YAC大小及其STS含量推断出的标记之间的物理距离。这里报道的物理图谱数据与先前遗传图谱数据的整合以及STS和非嵌合YAC克隆的使用,应有助于构建该区域的转录图谱以及对Xp22.1这一部分疾病基因的定位克隆。

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