寨卡病毒多蛋白氨基酸突变的组和亚组

J. Weltman
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引用次数: 1

摘要

本文报告了2016年11月21日从NCBI寨卡病毒资源(http://www.ncbi.nlm.nih.gov/ genome/viruses/variation/Zika/)下载的ZIKV多蛋白序列香农信息熵(H)的研究结果。下载的数据集包括从人类(n=123)或埃及伊蚊(n=14)分离的完整的ZIKV全长多蛋白序列。使用Jalview 2.9.0b2进行序列管理[5]。H采用Anaconda 2.4.0(64位),Python 2.7.10, Numpy 1.10.1, Scipy 0.16.0, Matplotlib 1.4.3,根据Shannon[6]的公式计算。采用Scipy统计量进行Mann-Whitney非参数U检验;报告了一个双尾p值。使用Maple 18 (Maplesoft Group, Canada)对数据进行集和子集建模。z检验使用1000个伪随机试验进行,并以双尾概率报告。
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Sets and Subsets of Mutating Amino Acids in Zika Virus Polyprotein
In this communication the results of a study of Shannon information entropy (H) of ZIKV polyprotein sequences downloaded from the NCBI Zika Virus Resource (http://www.ncbi.nlm.nih.gov/ genome/viruses/variation/Zika/) on 21 Nov 2016. The dataset download consisted of the complete set of ZIKV full-length polyprotein sequences isolated either from humans (n=123) or from Aedes aegypti mosquitos (n=14). Sequence management was facilitated with Jalview 2.9.0b2 [5]. H was computed by the equation of Shannon [6], using Anaconda 2.4.0 (64-bit), Python 2.7.10, Numpy 1.10.1, Scipy 0.16.0 and Matplotlib 1.4.3. The Mann-Whitney nonparametric U test was performed with Scipy stats; a two-tail p-value is reported. Modeling of the data by sets and subsets was performed with Maple 18 (Maplesoft Group, Canada). Z-tests were performed using 1000 pseudo-random trials and are reported with two-tail probabilities.
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