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高通量测序在花粉中植物病毒和类病毒研究与诊断中的应用

The Use of High-Throughput Sequencing for the Study and Diagnosis of Plant Viruses and Viroids in Pollen.

作者信息

De Jonghe Kris, Haegeman Annelies, Foucart Yoika, Maes Martine

机构信息

Plant Sciences Unit, Flanders Research Institute for Agriculture, Fisheries and Food (ILVO), Merelbeke, Belgium.

出版信息

Methods Mol Biol. 2018;1746:131-149. doi: 10.1007/978-1-4939-7683-6_10.

Abstract

This protocol details the wet lab preparation, extraction of fruit pollen samples, and analysis of the sequencing data following Illumina NextSeq small and total RNA sequencing. The protocol was developed for virus and viroid detection using NGS sequencing and was based on the results of a comparison between different extraction methods followed by yield, RNA purity, and integrity assessment. Moreover, the advantage of an additional ribosomal (r)RNA depletion step to the total RNA extraction protocol was evaluated. The smallRNA procedure is the preferred method of choice. If the total RNA protocol is chosen, the use of the mirVana kit followed by an rRNA depletion step is the best option. The library preparation and sequencing steps were outsourced. As a final step in the data analysis, the VirusDetect software was used to detect the viruses and viroids in the pollen samples.

摘要

本方案详细介绍了湿实验室准备、水果花粉样本提取以及Illumina NextSeq小RNA和总RNA测序后的测序数据分析。该方案是为使用NGS测序进行病毒和类病毒检测而制定的,基于不同提取方法的比较结果以及产量、RNA纯度和完整性评估。此外,还评估了在总RNA提取方案中增加核糖体(r)RNA去除步骤的优势。小RNA程序是首选方法。如果选择总RNA方案,使用mirVana试剂盒并随后进行rRNA去除步骤是最佳选择。文库制备和测序步骤外包。作为数据分析的最后一步,使用VirusDetect软件检测花粉样本中的病毒和类病毒。

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