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Transcriptome-Wide Identification of Pseudouridine Modifications Using Pseudo-seq

机译:使用伪序列对伪尿苷修饰进行转录组范围的鉴定

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A diverse array of post-transcriptional modifications is found in RNA molecules from all domains of life. While the locations of RNA modifications are well characterized in abundant noncoding RNAs, modified sites in less abundant mRNAs are just beginning to be discovered. Recent work has revealed hundreds of previously unknown and dynamically regulated pseudouridines (PSI) in mRNAs from diverse organisms. This unit describes Pseudo-seq, an efficient, high-resolution method for identification of PSIs genome-wide. This unit includes methods for isolation of RNA from S. cerevisiae, preparation of Pseudo-seq libraries from RNA samples, and identification of sites of pseu-douridylation from the sequencing data. Pseudo-seq is applicable to any organism or cell type, facilitating rapid identification of novel pseudouridylation events.
机译:在生活各个领域的RNA分子中发现了各种各样的转录后修饰。尽管RNA修饰的位置在丰富的非编码RNA中得到了很好的表征,但在不那么丰富的mRNA中修饰位点才刚刚被发现。最近的工作已经揭示了来自各种生物体的mRNA中数百种以前未知且动态调节的伪尿苷(PSI)。本单元介绍了伪序列,一种有效的高分辨率方法,可在全基因组范围内鉴定PSI。该单元包括从酿酒酵母中分离RNA的方法,从RNA样品中制备伪Seq文库以及从测序数据中鉴定假双取代的位点的方法。伪序列适用于任何生物或细胞类型,有助于快速识别新的伪尿症事件。

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