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Open Reading Frame Phylogenetic Analysis on the Cloud

机译:开放阅读框架在云上的系统发育分析

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Phylogenetic analysis has become essential in researching the evolutionary relationships between viruses. These relationships are depicted on phylogenetic trees, in which viruses are grouped based on sequence similarity. Viral evolutionary relationships are identified from open reading frames rather than from complete sequences. Recently, cloud computing has become popular for developing internet-based bioinformatics tools. Biocloud is an efficient, scalable, and robust bioinformatics computing service. In this paper, we propose a cloud-based open reading frame phylogenetic analysis service. The proposed service integrates the Hadoop framework, virtualization technology, and phylogenetic analysis methods to provide a high-availability, large-scale bioservice. In a case study, we analyze the phylogenetic relationships amongNorovirus. Evolutionary relationships are elucidated by aligning different open reading frame sequences. The proposed platform correctly identifies the evolutionary relationships between members ofNorovirus.
机译:系统发育分析已成为研究病毒之间进化关系的必要条件。这些关系描述在系统树上,其中基于序列相似性将病毒分组。病毒进化关系是从开放阅读框而不是完整序列中识别的。最近,云计算已成为开发基于Internet的生物信息学工具的流行工具。 Biocloud是一种高效,可扩展且健壮的生物信息学计算服务。在本文中,我们提出了一种基于云的开放阅读框架系统发育分析服务。拟议的服务集成了Hadoop框架,虚拟化技术和系统发育分析方法,以提供高可用性的大规模生物服务。在一个案例研究中,我们分析了诺如病毒之间的系统发育关系。通过比对不同的开放阅读框序列来阐明进化关系。所提出的平台正确识别了诺如病毒成员之间的进化关系。

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