Chissoe S L, Marra M A, Hillier L, Brinkman R, Wilson R K, Waterston R H
Department of Genetics and Genome Sequencing Center, Washington University School of Medicine, St Louis, MO 63108, USA.
Nucleic Acids Res. 1997 Aug 1;25(15):2960-6. doi: 10.1093/nar/25.15.2960.
Representation of subcloned Caenorhabditis elegans and human DNA sequences in both M13 and pUC sequencing vectors was determined in the context of large scale genomic sequencing. In many cases, regions of subclone under-representation correlated with the occurrence of repeat sequences, and in some cases the under-representation was orientation specific. Factors which affected subclone representation included the nature and complexity of the repeat sequence, as well as the length of the repeat region. In some but not all cases, notable differences between the M13 and pUC subclone distributions existed. However, in all regions lacking one type of subclone (either M13 or pUC), an alternate subclone was identified in at least one orientation. This suggests that complementary use of M13 and pUC subclones would provide the most comprehensive subclone coverage of a given genomic sequence.
在大规模基因组测序的背景下,确定了秀丽隐杆线虫和人类DNA亚克隆序列在M13和pUC测序载体中的表现。在许多情况下,亚克隆代表性不足的区域与重复序列的出现相关,在某些情况下,代表性不足具有方向特异性。影响亚克隆代表性的因素包括重复序列的性质和复杂性,以及重复区域的长度。在一些但并非所有情况下,M13和pUC亚克隆分布存在显著差异。然而,在所有缺乏一种亚克隆类型(M13或pUC)的区域,至少在一个方向上鉴定出了另一种亚克隆。这表明,互补使用M13和pUC亚克隆将为给定的基因组序列提供最全面的亚克隆覆盖。