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BMC Genomics

, 14:679

Plant genomics

Abstract

BackgroundThe advent of next-generation high-throughput technologies has revolutionized whole genome sequencing, yet some experiments require sequencing only of targeted regions of the genome from a very large number of samples. These regions can be amplified by PCR and sequenced by next-generation methods using a multidimensional pooling strategy. However, there is at present no available generalized tool for the computational analysis of target-enriched NGS data from multidimensional pools.

ResultsHere we present InsertionMapper, a pipeline tool for the identification of targeted sequences from multidimensional high throughput sequencing data. InsertionMapper consists of four independently working modules: Data Preprocessing, Database Modeling, Dimension Deconvolution and Element Mapping. We illustrate InsertionMapper with an example from our project -New reverse genetics resources for maize’, which aims to sequence-index a collection of 15,000 independent insertion sites of the transposon Ds in maize. Identified sequences are validated by PCR assays. This pipeline tool is applicable to similar scenarios requiring analysis of the tremendous output of short reads produced in NGS sequencing experiments of targeted genome sequences.

ConclusionsInsertionMapper is proven efficacious for the identification of target-enriched sequences from multidimensional high throughput sequencing data. With adjustable parameters and experiment configurations, this tool can save great computational effort to biologists interested in identifying their sequences of interest within the huge output of modern DNA sequencers. InsertionMapper is freely accessible at https:-sourceforge.net-p-insertionmapper and http:-bo.csam.montclair.edu-du-insertionmapper.

KeywordsNext-generation sequencing Sequence identification Target enrichment Multidimensional pooling Electronic supplementary materialThe online version of this article doi:10.1186-1471-2164-14-679 contains supplementary material, which is available to authorized users.

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Autor: Wenwei Xiong - Limei He - Yubin Li - Hugo K Dooner - Chunguang Du

Fuente: https://link.springer.com/



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