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Molecular biology / DNA / Epigenetics / Hypersensitive site / Chip-sequencing / DNase-Seq / Genome-wide association study / DNA binding site / Chromatin immunoprecipitation / Biology / Genetics / Gene expression


LETTER doi:[removed]nature10808 DNase I sensitivity QTLs are a major determinant of human expression variation
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Document Date: 2013-11-05 20:00:38

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City

Lyon / Durham / /

Company

dsQTLs / Macmillan Publishers Limited. / Stephens / J.B.V. / /

Country

France / United States / /

Currency

pence / /

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Facility

Duke University / Howard Hughes Medical Institute / Hughes Medical Institute / University of Chicago / /

IndustryTerm

active binding site / online version / important tool / /

MedicalCondition

B-cell CLL/lymphoma / melanoma / hypersensitivity / /

Organization

National Institute of Health / Hughes Medical Institute / Duke University School of Medicine / CT TT / University of Chicago / Chicago / 4Howard Hughes Medical Institute / Example association / Division of Medical Genetics / American Heart Association / Pritchard / SLFN5 Association / AA SNP / Department of Human Genetics / Duke University / Durham / SNP (bp) / DNase-seq association / /

Person

Clinton / /

Position

Author / D.J. / Author Information All / /

Product

DNase / DNase I / /

ProvinceOrState

Illinois / North Carolina / /

Technology

0.2 0 CENTIPEDE TF footprints Allele-specific ChIP / Genomics / single nucleotide polymorphism / gene expression / SNP / DNA binding / genotype / NF-κB motif NF-κB ChIP / human genome / /

URL

http /

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