Binder S, Marchfelder A, Brennicke A
Allgemeine Botanik, Universität Ulm, Germany.
Plant Mol Biol. 1996 Oct;32(1-2):303-14. doi: 10.1007/BF00039387.
Many genes is plant mitochondria have been analyzed in the past 15 years and regulatory processes controlling gene expression can now be investigated. In vitro systems capable of initiating transcription faithfully at promoter sites have been developed for both monocot and dicot plants and will allow the identification of the interacting nucleic acid elements and proteins which specify and guide transcriptional activities. Mitochondrial activity, although required in all plant tissues, is capable of adapting to specific requirements by regulated gene expression. Investigation of the factors governing the quality and quantity of distinct RNAs will define the extent of interorganelle regulatory interference in mitochondrial gene expression.
在过去的15年里,许多植物线粒体基因已被分析,现在可以研究控制基因表达的调控过程。已为单子叶植物和双子叶植物开发出能够在启动子位点忠实地起始转录的体外系统,这将有助于鉴定相互作用的核酸元件和蛋白质,这些元件和蛋白质决定并指导转录活性。线粒体活性虽然在所有植物组织中都是必需的,但能够通过调控基因表达来适应特定需求。对控制不同RNA质量和数量的因素进行研究,将确定线粒体基因表达中细胞器间调控干扰的程度。