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构建针对整个人类基因组和人类3号染色体的代表性NotI连接文库。

Construction of representative NotI linking libraries specific for the total human genome and for human chromosome 3.

作者信息

Zabarovsky E R, Allikmets R, Kholodnyuk I, Zabarovska V I, Paulsson N, Bannikov V M, Kashuba V I, Dean M, Kisselev L L, Klein G

机构信息

Department of Tumor Biology, Karolinska Institute, Stockholm, Sweden.

出版信息

Genomics. 1994 Mar 15;20(2):312-6. doi: 10.1006/geno.1994.1175.

Abstract

NotI linking clones represent valuable tools for both physical and genetic mapping. Using procedures that we have previously described, several chromosome 3-specific NotI linking libraries have been constructed. Here, we describe the construction of six independent NotI linking libraries specific for the total human genome. These libraries were made using three different vectors and two combinations of restriction enzymes. Altogether, these six libraries contain more than 1 million recombinant phages. Considering that the human genome contains about 3000-5000 NotI sites, it is likely that all clonable NotI sites are present in these libraries. Two of the six libraries were transferred into plasmid form. At the same time, a chromosome 3-specific EcoRI-NotI library (NRL1) was constructed. This library considerably increases the representation of cloned NotI sites in combination with previously constructed libraries that were made using BamHI-NotI digestion. All libraries are available on request.

摘要

NotI连接克隆对于物理图谱绘制和遗传图谱绘制而言都是有价值的工具。利用我们之前描述过的方法,已经构建了几个3号染色体特异性NotI连接文库。在此,我们描述针对整个人类基因组构建的六个独立的NotI连接文库。这些文库使用了三种不同的载体和两种限制性内切酶组合来构建。这六个文库总共包含超过100万个重组噬菌体。鉴于人类基因组含有约3000 - 5000个NotI位点,很可能所有可克隆的NotI位点都存在于这些文库中。六个文库中的两个被转化为质粒形式。同时,构建了一个3号染色体特异性EcoRI - NotI文库(NRL1)。与之前使用BamHI - NotI消化构建的文库相结合,这个文库显著增加了克隆的NotI位点的代表性。所有文库均可按需提供。

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