Deatailed information for cohesin site CDBP00419463


Check detailed explainations here

  • Basic information
  • CohesinDB ID: CDBP00419463
  • Locus: chr21-39336590-39337662
  • Data sourse: ENCSR167MTG, ENCSR000EEG, ENCSR338DUC, GSE143937, ENCSR000BKV, GSE67783, GSE72082, GSE206145-GSE177045, GSE25021, GSE76893, ENCSR000BLS, GSE105028, GSE206145-NatGen2015, ENCSR054FKH, ENCSR153HNT, GSE131606, GSE50893, ENCSR000EDW, GSE97394
  • Cell type: MCF-7, Fibroblast, Hep-G2, GM2588, DKO, HUES64, GM19238, K-562, HSPC, H9-hESC
  • DNA Sequence of binding site: UCSC hg38
  • Cohesin category
  • Peak occupancy ratio: 7% samples have this site.
  • Cell specificity (0: conserved, 1: cell type specific): 0.889
  • Subunit: SA1,Rad21,SMC1,SA2,Mau2,SMC3
  • CTCF binding site: CTCF CTCF motif: False
  • Genomic location: TES,Intergenic
  • 3D genome
  • TAD boundary: non-Boundary
  • Chromatin hubs: Hub
  • Hi-C loops: True Hi-ChIP loops: False ChIA-PET loops: True
  • Compartment: 91% Hi-C samples shows Compartment A
  • Cis-regulatory elements
  • Enhancer (Fantom5): non-Enhancer
  • Super enhancer (SEdb): True
  • Chromatin annotation: "15_Quies": 58%, "5_TxWk": 32%,
    Note: The percentage represent how many of the 127 Roadmap datasets show the indicated state (top 2).
  • Co-bound Transcriptional factors: THAP11, NFIA, POU2F2, MEF2B, BCL6, SMC1A, POU5F1, ZNF600, XBP1, ZBTB48, WT1, GTF2F1, ZBTB33, SAP130, GATAD1, RXRB, HOXB13, KDM1A, ERG, RELA, ZBTB2, YY1, ASCL1, ZNF384, NEUROD1, MYC, HOMEZ, RAD21, GRHL3, OTX2, ZNF48, TAL1, XRCC5, ZNF614, ZNF143, CDK8, MITF, HMGXB4, ZNF736, DNMT3B, NR2F6, MIER3, NR3C1, SP7, TEAD3, NCOA3, TEAD1, KMT2A, CREB1, KLF6, TP73, MBD1, CTCF, PHF5A, ELF3, EP300, SPI1, NR4A1, ARID4B, ZNF644, ASH2L, ZBTB26, ZGPAT, BRD4, NFIL3, SMC3, GATAD2A, STAG1, ZNF316
  • Target gene symbol (double-evidenced CRMs): LCA5L,ETS2,SH3BGR,GET1-SH3BGR,GET1,HMGN1
  • Function elements
  • Human SNPs: LDL_cholesterol_levels
  • Number of somatic mutations (coding): 0
  • Number of somatic mutations (non-coding): 13
  • Related genes and loops

eachgene