Fickett J W, Wasserman W W
Bioinformatics Group, SmithKline Beecham Pharmaceuticals, Mailstop, UW2230, PA 19406, USA.
Curr Opin Biotechnol. 2000 Feb;11(1):19-24. doi: 10.1016/s0958-1669(99)00049-x.
A complex network of regulatory controls governs the patterns of gene expression. Enabled by the tools of molecular cloning, initial experimental queries into the gene regulatory network elucidated a wide array of transcription factors and their cognate binding sites from hundreds of genes. The recent fusion of genome-scale experimental tools, a more comprehensive gene catalog, and concomitant advances in computational methodology, has extended the range of questions being posed. The potential to further our understanding of the biochemical mechanisms of transcriptional regulation and to accelerate the delineation of regulatory control regions in the human genome is enormous.
一个复杂的调控控制网络支配着基因表达模式。借助分子克隆工具,对基因调控网络的初步实验探究阐明了数百个基因的大量转录因子及其同源结合位点。近期,基因组规模实验工具、更全面的基因目录以及计算方法的同步进展,拓展了所提出问题的范围。进一步加深我们对转录调控生化机制的理解以及加速描绘人类基因组调控区域的潜力巨大。