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首页> 外文期刊>Biophysical Chemistry: An International Journal Devoted to the Physical Chemistry of Biological Phenomena >SUPERSTRUCTURAL FEATURES OF THE UPSTREAM REGULATORY REGIONS OF TWO PEA RBCS GENES AND NUCLEOSOMES POSITIONING - THEORETICAL PREDICTION AND EXPERIMENTAL EVALUATION
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SUPERSTRUCTURAL FEATURES OF THE UPSTREAM REGULATORY REGIONS OF TWO PEA RBCS GENES AND NUCLEOSOMES POSITIONING - THEORETICAL PREDICTION AND EXPERIMENTAL EVALUATION

机译:两个豌豆RBCS基因上游调控区的超结构特征和核体定位-理论预测和实验评价。

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摘要

Nucleosome positioning on two 384 bp DNA fragments, obtained from the upstream regulatory region of two pea rbcS genes, relevant in photoregulated transcription, was predicted using our theoretical method, based on the evaluation of the sequence dependent DNA bending energy. The theoretical prediction was checked by experimental evaluation of nucleosome positions after in vitro reconstitution, by mapping Exonuclease III-resistant borders and by digesting monomeric sequences with various restriction enzymes. Both approaches satisfactorily confirmed the theoretical predictions, showing that the nucleotide sequence intrinsic bendability has a dominant role in nucleosome positioning. [References: 27]
机译:基于对序列依赖性DNA弯曲能的评估,使用我们的理论方法预测了从两个豌豆rbcS基因的上游调控区域获得的,与光调节转录有关的两个384 bp DNA片段上的核小体定位。通过对体外重组后核小体位置进行实验评估,绘制核酸外切酶III耐药边界图以及用各种限制性酶消化单体序列来检验理论预测。两种方法均令人满意地证实了理论预测,表明核苷酸序列固有的可弯曲性在核小体定位中起主要作用。 [参考:27]

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