type: position_score
table:
  filename: ENCFF642BLI.tabix.bed.gz
  header_mode: none
  zero_based: true
  format: tabix
  chrom:
    column_index: 0
  pos_begin:
    column_index: 1
  pos_end:
    column_index: 2
scores:
- id: TF_ChIP-seq_ENCSR015LYB
  column_index: 3
  type: float
  desc: signal
  histogram:
    type: number
    number_of_bins: 100
meta:
  summary: 'ChIP-seq ENCSR015LYB [TISSUE: Homo sapiens HepG2 genetically modified
    (insertion) using CRISPR targeting H. sapiens HIC2, TARGET: HIC2]'
  description: '**status**: released


    **biological\_replicates**: Rep 1, Rep 2


    **summary**: genetically modified (insertion) using CRISPR targeting H. sapiens
    HIC2


    **output\_type**: IDR thresholded peaks


    **audit\_internal\_action**: Released analysis {ENCAN698KAZ|/analyses/ENCAN698KAZ/}
    has in progress subobject quality standard {encode4-tf-chip|/quality-standards/encode4-tf-chip/}


    **audit\_warning**: Processed alignments file {ENCFF741MBT|/files/ENCFF741MBT/}
    processed by ChIP-seq ENCODE4 v1.9.0 GRCh38 pipeline has 19921844 usable fragments.
    The minimum ENCODE standard for each replicate in a ChIP-seq experiment targeting
    HIC2-human and investigated as a transcription factor is 10 million usable fragments.
    The recommended value is > 20 million, but > 10 million is acceptable. (See {ENCODE
    ChIP-seq data standards|/data-standards/chip-seq/} )'
  labels:
    reference_genome: hg38/genomes/GRCh38-hg38
    accession: ENCSR015LYB
    status: released
    assay_term_name: ChIP-seq
    simple_biosample_summary: genetically modified (insertion) using CRISPR targeting
      H. sapiens HIC2
    biosample_summary: Homo sapiens HepG2 genetically modified (insertion) using CRISPR
      targeting H. sapiens HIC2
    replication_type: isogenic
    biosample_ontology: /biosample-types/cell_line_EFO_0001187/
    perturbed: false
    doi: 10.17989/ENCSR015LYB
    date_created: '2021-12-20T19:08:27.948583+00:00'
    date_released: '2022-03-28'
    submitter_comment: ''
    target: HIC2