Singh G B, Krawetz S A
College of Engineering, Wayne State University, Detroit, Michigan 48202, USA.
Genomics. 1995 Jan 20;25(2):555-8. doi: 10.1016/0888-7543(95)80057-s.
This communication describes a software tool that enables one to simulate large-scale regional mapping using an ordered shotgun sequencing approach. The analysis routines that are provided yield an estimate of the depth of coverage of the physical map, the largest contig formed, and the number of gaps remaining at any given juncture in the project. A detailed listing describing the span of each contig within the physical map is also presented. This provides an a priori means of estimating the resources that will be required to undertake any megabase mapping or sequencing project. CLONEPLACER provides the much needed guide to deriving the optimal strategy.
本通讯介绍了一种软件工具,该工具能够使用有序鸟枪法测序方法模拟大规模区域作图。所提供的分析程序可估算物理图谱的覆盖深度、形成的最大重叠群以及项目在任何特定阶段剩余的缺口数量。还给出了一份详细清单,描述了物理图谱中每个重叠群的跨度。这提供了一种先验方法,用于估算开展任何兆碱基作图或测序项目所需的资源。CLONEPLACER为推导最佳策略提供了急需的指导。