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人类基因组计划的进展。综述。

Advances in the Human Genome Project. A review.

作者信息

Kelavkar U, Shah K

机构信息

Department of Biological Sciences, Clark Atlanta University, GA 30314, USA.

出版信息

Mol Biol Rep. 1998 Jan;25(1):27-43. doi: 10.1023/a:1006834711989.

Abstract

While celebrating its fifth official birthday last year it seems that the Human Genome Project (HGP) has and will continue to yield important biochemical information to mankind. It is exhilarating to think about the transition from studying genome structure to understanding genome function. The collective actions of information dessimination, technology development for efficient and faster sequencing, high-volume sequencing and developing model organisms has led to its success sofar. Various genome-wide STS-based human maps were completed in 1995, including a genetic map, a YAC map, a RH map with, and an integrated YAC-RH genetic map. These maps provide comprehensive frameworks for positioning additional loci, with the current genetic and RH maps spanning essentially 100% of the human genome and the YAC maps covering 95%. Few genes, however, have yet been localized on these framework maps. To date the Human Genome Project has experienced gratifying success. The technology and data produced by the genome project will provide a strong stimulus to broad areas of biological research and biotechnology. However, enormous challenges remain.

摘要

去年,人类基因组计划(HGP)迎来了它的五岁“官方生日”,它似乎已经并将继续为人类提供重要的生物化学信息。想到从研究基因组结构向理解基因组功能的转变,真让人兴奋不已。信息传播、高效快速测序技术开发、大规模测序以及模式生物开发等一系列行动共同促成了它至今的成功。1995年完成了各种基于全基因组STS的人类图谱,包括遗传图谱、YAC图谱、RH图谱以及整合的YAC-RH遗传图谱。这些图谱为定位其他基因座提供了全面的框架,目前的遗传图谱和RH图谱基本覆盖了人类基因组的100%,YAC图谱覆盖了95%。然而,在这些框架图谱上定位的基因还很少。迄今为止,人类基因组计划取得了令人欣慰的成功。基因组计划产生的技术和数据将有力地推动生物学研究和生物技术的广泛领域。然而,巨大的挑战依然存在。

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