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Segmentation of Noisy Signals Generated By a Nanopore

bioRxiv

Jan 23, 2015

Jacob Matthew Schreiber, Kevin Karplus

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Abstract

Nanopore-based single-molecule sequencing techniques exploit ionic current steps produced as biomolecules pass through a pore to reconstruct properties of the sequence. A key task in analyzing complex nanopore data is discovering the boundaries between these steps, which has traditional...read more

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  • Segmentation of Noisy Signals Generated By a Nanopore

    bioRxiv

    Jan 23, 2015

    Jacob Matthew Schreiber, Kevin Karplus

    PMID: 990014258

    DOI: 10.1101/014258

    Abstract

    Nanopore-based single-molecule sequencing techniques exploit ionic current steps produced as biomolecules pass through a pore to reconstruct properties of the sequence. A key task in analyzing complex nanopore data is discovering the boundaries between these steps, which has traditional...read more

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