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Probing DNA shape and methylation state on a genomic scale with DNase I Allan Lazarovicia,b, Tianyin Zhouc,1, Anthony Shaferd,1, Ana Carolina Dantas Machadoc,1, Todd R. Rileyb,e, Richard Sandstromd, Peter J. Sabod, Yan L
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Document Date: 2013-09-26 19:48:35


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File Size: 1,17 MB

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City

Hexamer / Seattle / /

Company

T.Z. A.S. / T.Z. A.S. A.C. / Weston SA / Data Bank / J.A.S. / Suzuki / /

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Facility

University of Washington / University of Southern California / Fred Hutchinson Cancer Research Center / Columbia University / DNA complex / /

IndustryTerm

recognition site / systematic search / cleavage site / free energy / free energy difference / important recognition site / chemical modification status / specific chemical / chemical structure / /

Organization

Bussemaker / University of Southern California / Los Angeles / American Cancer Society / University of Washington / Seattle / Columbia University / New York / Fred Hutchinson Cancer Research Center / /

Person

Tianyin Zhouc / Allan Lazarovicia / Todd R. Rileyb / Yan Luc / Peter J. Sabod / Ana Carolina Dantas Machadoc / John A. Stamatoyannopoulosd / Remo Rohsc / Anthony Shaferd / Richard Sandstromd / /

Position

Author / ΔG/RT / Bishop / Butler / /

Product

DNase I / /

ProvinceOrState

Southern California / New York / California / Washington / /

RadioStation

Fred / /

Region

Southern California / /

Technology

Genomics / Proteomics / functional genomics / Bioinformatics / X-ray / epigenomics / gene expression / stem cells / DNA binding / human genome / /

URL

www.pnas.org/lookup/suppl/doi / www.pnas.org/cgi/doi/10.1073/pnas.1216822110 / /

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