Sterky F, Lundeberg J
Department of Biotechnology, KTH, Royal Institute of Technology, Stockholm, Sweden.
J Biotechnol. 2000 Jan 7;76(1):1-31. doi: 10.1016/s0168-1656(99)00176-5.
A major step towards understanding of the genetic basis of an organism is the complete sequence determination of all genes in its genome. The development of powerful techniques for DNA sequencing has enabled sequencing of large amounts of gene fragments and even complete genomes. Important new techniques for physical mapping, DNA sequencing and sequence analysis have been developed. To increase the throughput, automated procedures for sample preparation and new software for sequence analysis have been applied. This review describes the development of new sequencing methods and the optimisation of sequencing strategies for whole genome and cDNA analysis, as well as discusses issues regarding sequence analysis and annotation.
迈向理解生物体遗传基础的重要一步是确定其基因组中所有基因的完整序列。强大的DNA测序技术的发展使得大量基因片段甚至完整基因组的测序成为可能。已经开发出了用于物理图谱绘制、DNA测序和序列分析的重要新技术。为了提高通量,已经应用了样品制备的自动化程序和序列分析的新软件。本综述描述了新测序方法的发展以及全基因组和cDNA分析测序策略的优化,并讨论了有关序列分析和注释的问题。