Targeted nanopore long read sequencing for efficient validation of the transgenic loci in mice

Targeted nanopore long read sequencing for efficient validation of the transgenic loci in mice

Efficient targeted sequencing using nanopore sequencingПодробнее

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Amplification-free long-read nanopore sequencing for detection of Cas9 off-target activityПодробнее

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Targeted long-read sequencing clarifies complex genetic results and identifies missing variantsПодробнее

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Innovating and improving genome diagnostics using targeted long-read sequencingПодробнее

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Amplicons to whole genomes: clinical sequencing using nanopore technology | Andrew BeggsПодробнее

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Characterization of full-length isoforms in single cells with nanopore long-read sequencing - L.TianПодробнее

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Anna Dolnik: Targeted enrichment and whole-genome sequencing allows real-time stratification of ...Подробнее

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Long-read sequencing and DNA methylation detection resolves Cannabis copy number debate - T. MichaelПодробнее

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Long-read sequencing reveals diverse patterns of epigenetic inheritance in miceПодробнее

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Making use of PromethION for long read analysisПодробнее

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Patterns in genomic methylation determined with long-read sequencingПодробнее

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Long-read sequencing improves detection of non-coding structural variationsПодробнее

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Measurement of DNA Methylation and Nuclear Organization with Nanopore SequencingПодробнее

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Long read sequencing of neuropsychiatric disorder risk gene isoforms - Ricardo De Paoli-IseppiПодробнее

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Ivo Gut: Novel method for multiplexed, full-length sequencing of human mtDNA using Cas9 enrichmentПодробнее

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Nanopore sequencing as a potential diagnostic tool for genetic diseases in the Middle EastПодробнее

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Eilis Hannon: Evaluation of nanopore sequencing a comparison with DNA methylation microarraysПодробнее

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Sam Kovaka: Visualisation and analysis of nanopore RNA and DNA signal alignments with UNCALLED4Подробнее

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