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Antisense homology boxes coincide with the 'hot spot' regions predicted by resonant recognition theory

机译:反义同源盒与谐振识别理论预测的“热点”区域一致

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Recent findings indicate that two novel theories, the Molecular Recognition Theory (MRT) based on the structure of the genetic code and on a novel motif termed antisense homology box, found in proteins and the Resonant Recognition Model, (RRM theory) based on resonant energy distribution of delocalised electrons between classes of proteins having similar functions may have common roots. The authors found that in contrast to a statistically expected 20% of overlap in the regions involved in the antisense homology boxes and hot "spots" predicted by RRM there is more than 60% prevalence of co-localization in proteins analyzed so far.
机译:最近的发现表明,基于遗传密码结构和基于谐振识别模型(RRM理论)的基于遗传码和新的基序的反义同源盒的分子识别理论(MRT)的两种新颖的理论,分子识别理论(MRT)基于谐振能量具有相似功能的蛋白质类别之间的分层电子的分布可能具有常见的根。作者发现,与RRM预测的反义同源盒中涉及的区域的统计上预期的20%重叠相比,在迄今为止分析的蛋白质中存在超过60%的普遍存算率超过60%。

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