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利用黏粒对牛基因组进行物理图谱构建和连锁图谱构建。

Physical and linkage mapping of the bovine genome with cosmids.

作者信息

Hawkins G A, Toldo S S, Bishop M D, Kappes S M, Fries R, Beattie C W

机构信息

USDA, Roman L. Hruska U.S. Meat Animal Research Center (MARC), Clay Center, Nebraska 68933, USA.

出版信息

Mamm Genome. 1995 Apr;6(4):249-54. doi: 10.1007/BF00352410.

Abstract

We have initiated a mapping strategy using cosmid clones to chromosomally anchor a high-resolution bovine genetic linkage map. Ten cosmids containing microsatellites were assigned to bovine chromosomes by fluorescence in situ suppression hybridization (FISH). Four cosmid clones, three of which contain an informative microsatellite, were assigned to autosomes 5, 13, 24, and 28. The assignment to autosome 13 anchors bovine syntenic group U11. Two additional cosmid clones, each containing informative microsatellites, are assigned to autosomes 9 and 29, anchoring bovine linkage groups U2 and U8, respectively. Four cosmid clones, three of which contain informative microsatellites, also provide the first assignment to autosome 25, anchoring bovine syntenic group U7 and orienting the corresponding linkage group relative to the centromere.

摘要

我们已启动一项定位策略,利用黏粒克隆将高分辨率的牛遗传连锁图谱锚定到染色体上。通过荧光原位抑制杂交(FISH)将十个含有微卫星的黏粒定位到牛染色体上。四个黏粒克隆,其中三个含有信息丰富的微卫星,被定位到常染色体5、13、24和28上。定位到常染色体13上确定了牛同线群U11。另外两个黏粒克隆,每个都含有信息丰富的微卫星,分别被定位到常染色体9和29上,确定了牛连锁群U2和U8。四个黏粒克隆,其中三个含有信息丰富的微卫星,还首次将其定位到常染色体25上,确定了牛同线群U7,并确定了相应连锁群相对于着丝粒的方向。

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