EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
HS117-02245 
Organism
Homo sapiens 
Tissue/cell
LHCN-M2 
Coordinate
chr14:68677500-68678580 
TF binding sites/motifs
Number: 1             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
IRF1MA0050.2chr14:68677715-68677736AGTCACTTTCATTTTCAGGTT+7.02
Number of super-enhancer constituents: 5             
IDCoordinateTissue/cell
SE_25911chr14:68676580-68678901Duodenum_Smooth_Muscle
SE_29629chr14:68676914-68678467Fetal_Muscle
SE_31020chr14:68674569-68678908Fetal_Thymus
SE_33759chr14:68675847-68679740HCC1954
SE_54541chr14:68676644-68679600Stomach_Smooth_Muscle
Number: 1             
IDChromosomeStartEnd
GH14I068207chr146867469268679400
Enhancer Sequence
CATGTTGACG TGGAGTGAGT TACTCCCCAG CTGTTCACGA TATGGTCGCC CACAAAGAGC 60
AAGTAGGTCA CTTCACCAAA CAGAATTCTG TATGTATTAC AGAAACTCCC AGGCTGAGTC 120
ACCAAGTAAA ATGAAGGGCA GTGTGCTCTA TTTAAAATGT TCATTTCATT TTCGCATTCC 180
ATTCTTTACT AACAGAATGG TTTCACTTCA TTTCCAGTCA CTTTCATTTT CAGGTTGTCA 240
AGCTTCACTT AGTGTCAGTT GTGTTCCCAC ACTCAAACAT GTGCCTTGTC TTCCTTGATC 300
TTCTCTCTGA GGATGTTTCT CTGACTAATG TGCTGTGGTC AGAACAAGAG CATTGCCACA 360
TGGTGCATTT CCTAGGTAGG CATGTCTAAA ATCATTAAGT GGCCTAGCTC AGAACATTCT 420
TTGTGACCCT TTCCCCTCCC CACCCAGTGC CTAGTGACTG ATTTATCTGA ATATAAGGCT 480
ACTTCCACTT TTAGTTCAAG GGCCTTGCTC CCTGCCTGCA AGAATCTCTC TAATCACATT 540
GCCCTCCCTC CACCCGCTTT CCCCATTGAA ACCAATGTTT GGAGAAGATA GAAGAATGAA 600
AAGAACATCT CAGGTCCTGT TTTTGTACCA CCTTCACTAT TGTAGCACCT CTTTTGTGTT 660
GCCAACTGAA TATGGTATAC ATGGCTTTAA GGGGGAAAAA AGAAAAATAA AACATAAGAA 720
AGTAGGAGAG CTCCTAGCTT TCTTAAATGA ATTAAAGGCC TTAGGCCAGA GTGAATTATA 780
TTATAGATTG TAGACTAGAT ATGGTGGGGA AGGTTACTCA ACAACTTGGT TGGGAAATAA 840
ATTAATATAT AAAACCATCA GATATCAGAG CATAGTTGTG GAAAGTCACC TAAGGAAAGT 900
CATTGTCTCT AGGCCAAAGA CTGGCCTAGA CGTAAGTAAT GCACCAGTGT GTCAGAAAGG 960
GGGTTGGTCG ACATCAGAAG CACCCAGAGG CAAACACTGG TTGTGCCCTG TACCCACAGT 1020
AACTGTCCAT AGAAATGTGA ATGTTGGTAG TCTTCAAAGT TTCAGTGTCA CTGGCAAGTC 1080