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首页> 外文期刊>Journal of Environmental Professionals Sri Lanka >The Role of Plant Mediator as a Gene Regulator to Tackle Climate Change: A Review
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The Role of Plant Mediator as a Gene Regulator to Tackle Climate Change: A Review

机译:植物介体作为应对气候变化的基因调节剂的作用:综述

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The current rate of climate change predicts that plants will become subject to increasing extremes of environmental stress. Rapid population increase in developing countries also demand higher yield from crop production, often from sub-optimal agricultural areas. Genetic engineering can help to meet these needs through the development of crops with greater stress tolerance. Mediator is transcriptional co-activators which convey DNA bound transcriptional regulators and enhancers to the general RNA polymerase II transcription machinery and mediator genes are recently identified in plants. So far it has been showed that their great involvement in regulation of plant stress tolerance by controlling transcription of stress genes. Therefore, Mediator genes will be a good source in future molecular biology researches on manipulation of crop plants with multiple stress tolerance. DOI: http://dx.doi.org/10.4038/jepsl.v1i1.5141 Journal of Environmental Professionals Sri Lanka Vol.1(1) 2012 43-56
机译:当前的气候变化速度预测,植物将面临越来越多的极端环境压力。发展中国家人口的迅速增加也要求作物生产,通常是次优农业区的产量更高。基因工程可以通过开发具有更高抗逆性的农作物来满足这些需求。介体是转录共激活因子,可将DNA结合的转录调节因子和增强子传递给一般的RNA聚合酶II转录机制,最近在植物中发现了介导基因。迄今为止,已经表明它们通过控制胁迫基因的转录而参与调节植物胁迫耐受性。因此,介体基因将成为未来对具有多重胁迫耐受性的农作物进行操纵的分子生物学研究的良好来源。 DOI:http://dx.doi.org/10.4038/jepsl.v1i1.5141环境专业期刊斯里兰卡Vol.1(1)2012 43-56

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