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A unique horizontal gene transfer event has provided the octocoral mitochondrial genome with an active mismatch repair gene that has potential for an unusual self-contained function

机译:独特的水平基因转移事件为八叶线粒体基因组提供了一个主动错配修复基因该基因可能具有异常的独立功能

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摘要

BackgroundThe mitochondrial genome of the Octocorallia has several characteristics atypical for metazoans, including a novel gene suggested to function in DNA repair. This mtMutS gene is favored for octocoral molecular systematics, due to its high information content. Several hypotheses concerning the origins of mtMutS have been proposed, and remain equivocal, although current weight of support is for a horizontal gene transfer from either an epsilonproteobacterium or a large DNA virus. Here we present new and compelling evidence on the evolutionary origin of mtMutS, and provide the very first data on its activity, functional capacity and stability within the octocoral mitochondrial genome.
机译:背景Octocorallia的线粒体基因组具有几个非典型的后生动物特征,包括一个被认为在DNA修复中起作用的新基因。该mtMutS基因由于其高信息含量而受到八齿分子系统学的青睐。尽管目前的支持权是用于从螺旋杆菌或大型DNA病毒进行水平基因转移,但已经提出了一些关于mtMutS起源的假说,这些假说仍然模棱两可。在这里,我们提供了有关mtMutS进化起源的新的和令人信服的证据,并提供了有关其活性,功能能力和八叶线粒体基因组内稳定性的首个数据。

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