HIV VIS-Cistrome Factor Overlapped Record Details

This pages show details of Cistrome factor-ralated samples which overlapped this VIS.
The cistrome refers to "the set of cis-acting targets of a trans-acting factor on a genome-wide scale."


Show overlaps from virus related biological source
VIS [DVID: 4006475] Location [chr1: 8394269] (GRCh38)
Factor Rank on this VIS Factor Name Overlapped Records Details
1 FOXA1 10 View


> Overlapped records detail between VIS [DVID: 4006475] and transcription factor binding site [FOXA1]:


GSMID or ENCODE Cell line Cell type Tissue type Factor
GSM1068136 LNCaP Epithelium Prostate FOXA1 [Search on ENCODE]
GSM1068137 LNCaP Epithelium Prostate FOXA1 [Search on ENCODE]
GSM1873044 LNCaP Epithelium Prostate FOXA1 [Search on ENCODE]
GSM1858656 T47D Embryonic Stem Cell Breast FOXA1 [Search on ENCODE]
GSM2219866 LNCaP Epithelium Prostate FOXA1 [Search on ENCODE]
GSM2219864 LNCaP Epithelium Prostate FOXA1 [Search on ENCODE]
GSM2219863 LNCaP Epithelium Prostate FOXA1 [Search on ENCODE]
GSM2219860 LNCaP Epithelium Prostate FOXA1 [Search on ENCODE]
GSM2644577 T47D Epithelium Mammary Gland FOXA1 [Search on ENCODE]
GSM2537230 VCaP Epithelium Prostate FOXA1 [Search on ENCODE]
Contents
Description
  • Table Description
This table at top of page is factor ranked by overlap number. The overlap number refers to the overlapping count between VIS selected and one sepecific cistrome factor. The user can click biological source filter with blue button to keep the overlaps which are associated with virus-related diseases based on cistrome sample's biological source.
  • Overlap
An overlap means a match between VIS and 1 of 3 Cistrome data (histone modification, transcription factor binding site and chromatin accessibility), more specifically, this match includes at least 1 overlap between this VIS and 1 Cistrome factor-related sample from 1 of 3 Cistrome factor data. So one VIS may have several overlaps with multiple Cistrome factor-related samples, the associated factor and overlap amount of samples could indicate that the virus integration site is a potentially functional DNA element.