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Fourier-based filtering approach for identification of protein- coding regions in DNA sequences

机译:基于傅立叶的过滤方法用于鉴定DNA序列中的蛋白质编码区

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Identification of protein-coding regions is very difficult in genomic research. This coding regions have 3-base periodicity are named as exon. The aim of this paper is to estimate position of exon in the DNA sequence used filter approach based Fourier. For this purpose, DNA sequences of M8694 gene in human species are transformed to numeric sequences by EIIP mapping technique. Time frequency domain of numeric DNA sequences is obtained by Fourier method and 3-period signal is filtered using antinotch filter. Exon regions of filtered signal are defined successfully according to the specified percentile threshold.
机译:在基因组研究中,蛋白质编码区的鉴定非常困难。具有3个碱基的周期性的该编码区域被称为外显子。本文的目的是通过基于傅立叶的过滤方法来估计外显子在DNA序列中的位置。为此目的,通过EIIP作图技术将人类物种中的M8694基因的DNA序列转化为数字序列。通过傅立叶方法获得数字DNA序列的时频域,并使用抗陷波滤波器对3周期信号进行滤波。根据指定的百分比阈值成功定义了滤波信号的外显子区域。

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