ENCODE
    • Matrix
    • Search
    • Summary
    • Search by region
    • Reference epigenomes
    • Publications
    • About
    • Visualize (SCREEN)
    • Matrix
    • Search
    • Methods
    • Antibodies
    • Biosamples
    • Genome references
    • Standards and guidelines
    • Ontologies
    • File formats
    • Software tools
    • Pipelines
    • Release policy
    • Data access
    • Schemas
    • Getting started
    • Tutorials
    • REST API
    • Cart
    • Project overview
    • Acknowledgements
    • Contact
    • News
    • Citing ENCODE
Clear Filters
Annotation type
  • candidate regulatory elements
    4
Available data
  • bed bed3+
    4
  • bigBed bed3+
    4
File set status
  • released
    4
Genome assembly
  • mm10
    4
Organism
  • Mus musculus
    4
Target(s) of assay
  • histone
    2
  • narrow histone mark
    2
  • transcription factor
    1
Target(s) of assay
  • CTCF
    1
  • H3K27ac
    1
  • H3K4me3
    1
Biosample type
  • tissue
    4
Organ
  • liver
    4
Life stage
  • embryonic
    13
  • adult
    5
  • postnatal
    4
Date released
  • August, 2017
    4
  • September, 2017
    1
Encyclopedia version
  • 4
    4
Lab
  • Zhiping Weng, UMass
    4
Project
  • ENCODE
    4
RFA
  • ENCODE3
    4

Showing 4 of 4 results


  • FileSet

    ENCSR014LKA

    released
    Annotation file set: 9-state high CTCF for C57BL/6 liver postnatal (0 days)
    Lab: Zhiping Weng, UMass
    Project: ENCODE
  • FileSet

    ENCSR001QZA

    released
    Annotation file set: 9-state high H3K27ac for C57BL/6 liver postnatal (0 days)
    Lab: Zhiping Weng, UMass
    Project: ENCODE
  • FileSet

    ENCSR181ICK

    released
    Annotation file set: 9-state high H3K4me3 for C57BL/6 liver postnatal (0 days)
    Lab: Zhiping Weng, UMass
    Project: ENCODE
  • FileSet

    ENCSR147TTK

    released
    Annotation file set: 9-state high DNase for C57BL/6 liver postnatal (0 days)
    Lab: Zhiping Weng, UMass
    Project: ENCODE
  • Citing ENCODE
  • Privacy
  • Contact
  • Submitter sign-in
  • ENCODE
  • Stanford University

©2019 Stanford University