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Meta-Transcriptome Profiling of Novel Invasive Pest Spodoptera frugiperda in Yunnan China

机译:中国云南省新型侵袭性害虫Spodoptera Frugiperda的Meta转录组分析

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摘要

A Distribution of assembled transcripts with different length. B Distribution of sequencing depth. Bar graph representation of sequencing depth versus the percentage of transcripts having the respective depth. C A summary of transcripts annotation. The left pie shows the proportional distribution of transcripts with/without homologous reference in nr/trEMBL database. The right pie shows a detail distribution for taxon of bacteria, plant, insect, fungus, viruses and unassigned. D The top 8 taxons involving bacterias from matagenomic sequencing were presented. E Taxons involving plants from matagenomic sequencing were presented. F PCR confirmation of the detected viruses from RNA-Seq analysis in the sample. G Phylogenetic analysis of S. frugiperda. Maximum-Likelihood phylogenetic tree of S. frugiperda was constructed based on the COX I gene using Busseola spp. as outgroups. Sequences derived from RNA-seq were highlighted with a red solid circle. H Comparison of the portion of the S. frugiperda Tpi gene with Corn and Rice Strain. Strain-specific polymorphic sites were highlighted with red triangle.
机译:组装转录的分布具有不同的长度。测序深度说明B分布。酒吧测序深度与具有各自深度转录物的百分比的曲线图表示。成绩单注释的C A总结。左馅饼示出了具有/转录物的比例分配,而不同源参考在NR / TREMBL数据库。右馅饼显示的细菌,植物,昆虫,真菌,病毒和未分配的分类群详细分布。 d前8分类群包括来自matagenomic测序菌作了介绍。 Ë分类群包括来自matagenomic测序的植物作了介绍。从样品中RNA的分析SEQ所检测到的病毒˚FPCR确认。草地贪夜蛾G的系统发育分析。草地贪夜蛾的最大似然系统树基于使用Busseola属的COX I基因来构建。作为外。从RNA-SEQ衍生的序列与一个红色实心圆圈得到强调。在草地贪夜蛾TPI基因玉米和水稻品系的部分h的比较。菌株特异性多态位点用红色三角形突出。

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