Sandell L J
Department of Orthopaedics, University of Washington, USA.
Connect Tissue Res. 1996;35(1-4):1-6. doi: 10.3109/03008209609029168.
Knowledge about the genes that encode extracellular matrix (ECM) proteins is expanding every day. Genes encoding long-known matrix proteins are being isolated while new genes for ECM proteins are being discovered using techniques that directly target the mRNA population. The regulation of expression of most genes occurs through the promoter domain upstream of the coding sequence, although this information may be supplemented by far upstream DNA sequences or DNA in the introns of the gene. Since this important information is embedded in the DNA, the study of gene structure is crucial to the analysis of gene regulation. With all of this new information, it will be possible to characterize common elements in genes that are coordinately regulated, and eventually target individual genes for control by exogenous agents such as drugs.
关于编码细胞外基质(ECM)蛋白的基因的知识每天都在不断扩展。编码早已为人所知的基质蛋白的基因正在被分离出来,同时利用直接针对mRNA群体的技术发现了新的ECM蛋白基因。大多数基因的表达调控是通过编码序列上游的启动子区域进行的,尽管这些信息可能会被基因远上游的DNA序列或基因内含子中的DNA所补充。由于这些重要信息嵌入在DNA中,因此基因结构的研究对于基因调控分析至关重要。有了所有这些新信息,就有可能确定协同调控的基因中的共同元件,并最终针对单个基因进行控制,例如通过药物等外源试剂。