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Study of DNA binding sites using the Renyi parametric entropy measure

机译:使用Renyi参数熵测度研究DNA结合位点

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摘要

Shannon's definition of uncertainty or surprisal has been applied extensively to measure the information content of aligned DNA sequences and characterizing DNA binding sites. In contrast to Shannon's uncertainty, this study investigates the applicability and suitability of a parametric uncertainty measure due to Renyi. It is observed that this measure also provides results in agreement with Shannon's measure, pointing to its utility in analysing DNA binding site region. For facilitating the comparison between these uncertainty measures. a dimensionless quantity called "redundancy" has been employed. It is found that Renyi's measure at low parameter values possess a better delineating feature of binding sites (of binding regions) than Shannon's measure. The critical value of the parameter is chosen with an outlier criterion. (C) 2003 Elsevier Ltd. All rights reserved.
机译:Shannon对不确定性或意外发生的定义已广泛用于测量对齐的DNA序列的信息含量和表征DNA结合位点。与Shannon的不确定性相反,本研究调查了由于Renyi引起的参数不确定性度量的适用性和适用性。观察到,该措施也提供了与香农的措施一致的结果,指出了其在分析DNA结合位点区域中的用途。为了促进这些不确定性措施之间的比较。已经使用了称为“冗余”的无量纲数量。发现在低参数值下的人意测度具有比香农测度更好的(结合区域的)结合位点的描绘特征。参数的临界值是根据异常标准选择的。 (C)2003 Elsevier Ltd.保留所有权利。

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