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Genome-wide identification of TSS, promoters and transcriptional factor binding sites in E. coli K-12 bacterial genome: Development of a bioinformatics tool for the graphical display of the high throughput sequencing data

机译:大肠杆菌K-12细菌基因组中的TSS,启动子和转录因子结合位点的基因组鉴定:用于高吞吐量测序数据的图形显示的生物信息学工具的开发

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@@BackgroundGene expression starts by the specific and normally tightly regulated transcription initiation process. The accurate mapping of Transcription Initiation Sites (TSS) has been accomplished in a operon-specific basis using laborious biochemical techniques. Currently,more than 1200 TSSs have been experimentally mapped, according to RegulonDB (http://regulondb.ccg.unam.mx). TSSs determination is critical to unambiguously identify promoters and regulatory regions controlling gene expression. Having precise information about the majority of the TSSs in E. coli will certainly help to achieve a detailed understanding of the global regulatory circuits that control gene expression in this very important model organism.
机译:@@ Backgroundgene表达开始于特定和通常紧密调节的转录启动过程。使用费力的生化技术,在特定于操纵子的基础上完成了转录起始位点(TS)的精确映射。目前,根据RegendB(http://regulondb.ccg.unam.mx),已在实验映射1200多个TSSS。 TSSS测定对于明确识别控制基因表达的启动子和调节区域至关重要。有关于大多数Coli中大多数TSSS的准确信息肯定有助于实现对全球监管电路的详细了解,以控制这种非常重要的模型生物体中的基因表达。

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