Department of Pharmaceutical Sciences, University of Pittsburgh School of Pharmacy, 527 Salk Hall, 3501 Terrace Street, Pittsburgh, PA15261, United States.
Adv Drug Deliv Rev. 2010 Oct 30;62(13):1250-6. doi: 10.1016/j.addr.2010.08.005. Epub 2010 Aug 14.
Numerous xenobiotic metabolizing enzymes are regulated by nuclear receptors at transcriptional level. The challenge we currently face is to understand how a given nuclear receptor interacts with its xenobiotics, migrates into nucleus, binds to the xenobiotic response element of a target gene, and regulates transcription. Toward this end, new methods have been developed to introduce the nuclear receptor gene into appropriate cells and study its activity in activating reporter gene expression under the control of a promoter containing xenobiotic response elements. The goal of this review is to critically examine the gene transfer methods currently available. We concentrate on the gene transfer mechanism, advantages and limitations of each method when employed for nuclear receptor-mediated gene regulation studies. It is our hope that the information provided highlights the importance of gene transfer in studying the mechanisms by which our body eliminates the potentially harmful substances and maintains the homeostasis.
许多外源代谢酶在转录水平上受到核受体的调控。我们目前面临的挑战是要了解特定的核受体如何与其外源物相互作用,进入细胞核,与靶基因的外源物反应元件结合,并调节转录。为此,已经开发了新的方法将核受体基因导入适当的细胞,并研究其在外源物反应元件启动子控制下激活报告基因表达的活性。本文的目的是批判性地检查当前可用的基因转移方法。我们集中讨论了每种方法用于核受体介导的基因调控研究时的基因转移机制、优点和局限性。我们希望提供的信息强调了基因转移在研究我们的身体消除潜在有害物质和维持体内平衡的机制方面的重要性。