Leveraging the Flexibility of Multi-color Imaging of Extremely Long SingleMolecules in NanoChannels for Epigenetic Profile Mapping, Centromere Probing by Hybridization and Sample Multiplexing Authors: A. Hastie1, DH. Zha - DNA-DNA hybridization - Document - PDFSEARCH.IO

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	Leveraging the Flexibility of Multi-color Imaging of Extremely Long SingleMolecules in NanoChannels for Epigenetic Profile Mapping, Centromere Probing by Hybridization and Sample Multiplexing Authors: A. Hastie1, DH. Zha Add to Reading List Document Date: 2015-03-03 13:35:55 Open Document File Size: 2,63 MB Share Result on Facebook City San Diego / Paris / / Country France / United States / / IndustryTerm human genome using nanochannel-based genome mapping technology / molecule imaging / cytosine site / instrument software / imaging / / NaturalFeature Nano Channel / / Organization Highly Complete and Accurate De Novo Sequence Assembly / / Position Cao / / ProvinceOrState California / / PublishedMedium PLoS ONE / Nature Biotechnology / Nucleic Acids Research / Nature Chemical Biology / / TVStation TFO / / Technology Genomics / human genome using nanochannel-based genome mapping technology / Hybridization / Biotechnology / / SocialTag Molecular biology Genomics DNA Bisulfite sequencing DNA methyltransferase Methylation CpG site Sequencing Centromere Biology

Leveraging the Flexibility of Multi-color Imaging of Extremely Long SingleMolecules in NanoChannels for Epigenetic Profile Mapping, Centromere Probing by Hybridization and Sample Multiplexing Authors: A. Hastie1, DH. ZhaAdd to Reading List