2012Unpublished venueRequires access

Synonymous codon usage preferences in HCSV A13 strain flores

Sim-Hui Tee, Sin Liang Lim

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Abstract

Synonymous codon usage bias is a common phenomenon across species. This phenomenon is due primarily to two major factors, namely mutational pressure and translational selection, among others. The analysis of synonymous codon usage is useful to understand the gene expression patterns of an organism. In this research, we studied the synonymous codon usage bias in human coxsackievirus A13 strain Flores. It was found that A+U is preferentially used in the third synonymous codon position. In addition, we found that the studied strain adopted a less biased synonymous codon usage pattern. Our study sheds light for the further research in the field of drug design and immunotherapy against human coxsackievirus infection.

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What this paper is about

Synonymous codon usage bias is a common phenomenon across species. This phenomenon is due primarily to two major factors, namely mutational pressure and translational selection, among others. The analysis of synonymous codon usage is useful to understand the gene expression patterns of an organism. In this research, we studied the synonymous codon usage bias in human coxsackievirus A13 strain Flores. It was found that A+U is preferentially used in the third synonymous codon position. In addition, we found that the studied strain adopted a less biased synonymous codon usage pattern. Our study sheds light for the further research in the field of drug design and immunotherapy against human coxsackievirus infection.

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Available abstract

Synonymous codon usage bias is a common phenomenon across species. This phenomenon is due primarily to two major factors, namely mutational pressure and translational selection, among others. The analysis of synonymous codon usage is useful to understand the gene expression patterns of an organism. In this research, we studied the synonymous codon usage bias in human coxsackievirus A13 strain Flores. It was found that A+U is preferentially used in the third synonymous codon position. In addition, we found that the studied strain adopted a less biased synonymous codon usage pattern. Our study sheds light for the further research in the field of drug design and immunotherapy against human coxsackievirus infection.

Key concepts: Codon usage bias, Synonymous substitution, Silent mutation, Biology, Genetics, Gene, Strain (injury), Translational efficiency

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