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Homing into the origin of the AP2 DNA binding domain

机译:归巢到AP2 DNA结合域的起源

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摘要

The AP2 DNA binding domain was thought to be plant specific because of its presence in plant, but not animal, transcriptional regulators, particularly members of the AP2/ERF family. Two recent studies have identified the AP2 domain in bacteria, bacteriophage and a ciliate as part of proteins that also encode site-specific endonucleases. The association of AP2 with an enzyme known to catalyze its own movement within populations and between species explains the unusual distribution of AP2 and, as such, adds to a growing list of phenomena where mobile DNA has promoted evolutionary novelty.
机译:AP2 DNA结合域被认为是植物特异性的,因为它存在于植物而不是动物的转录调节子中,特别是AP2 / ERF家族成员中。最近的两项研究已鉴定出细菌,噬菌体和纤毛中的AP2结构域是还编码位点特异性核酸内切酶的蛋白质的一部分。 AP2与一种已知能催化其自身在种群内部和物种之间运动的酶的结合解释了AP2的异常分布,因此,增加了越来越多的现象,其中移动DNA促进了进化的新颖性。

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