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DEEP-LONG: A Fast and Accurate Aligner for Long RNA-Seq
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Abstract
BackgroundIn recent years, because of the development of sequencing technology, long reads were widely used in many studies, include transcriptomics studies. Obviously, Long reads have more advantages than short reads. And long reads align also different from short reads align. Until now Lots of tools can process long RNA-Seq, but there still have some problems need to solve. ResultsWe developed Deep-Long to process long RNA-Seq, Deep-Long is a fast and accurate tool. Deep-Long can handle troubles come from complicated gene structures and sequencing errors well, Deep-Long does well especially on alternative splicing and small exons. When sequencing error rate is low, Deep-Long can rapidly get more accurate results. While sequencing error rate rising, Deep-Long will use more time, but still more fast and accurate than most other tools.ConclusionsDeep-Long is an useful tool to align long RNA-Seq to genome, and Deep-Long can find more exons and splices.
Title: DEEP-LONG: A Fast and Accurate Aligner for Long RNA-Seq
Description:
Abstract
BackgroundIn recent years, because of the development of sequencing technology, long reads were widely used in many studies, include transcriptomics studies.
Obviously, Long reads have more advantages than short reads.
And long reads align also different from short reads align.
Until now Lots of tools can process long RNA-Seq, but there still have some problems need to solve.
ResultsWe developed Deep-Long to process long RNA-Seq, Deep-Long is a fast and accurate tool.
Deep-Long can handle troubles come from complicated gene structures and sequencing errors well, Deep-Long does well especially on alternative splicing and small exons.
When sequencing error rate is low, Deep-Long can rapidly get more accurate results.
While sequencing error rate rising, Deep-Long will use more time, but still more fast and accurate than most other tools.
ConclusionsDeep-Long is an useful tool to align long RNA-Seq to genome, and Deep-Long can find more exons and splices.
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