EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
HS177-19191 
Organism
Homo sapiens 
Tissue/cell
SK-N-SH_RA 
Coordinate
chr6:26171620-26173560 
Target genes
SNPs
Number: 1             
IDChromosomePositionGenome Version
rs34661691chr626173478hg19
TF binding sites/motifs
Number: 5             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
KLF14MA0740.1chr6:26172171-26172185GGCCACGCCCCTCC+6.25
NR2F1MA0017.2chr6:26172770-26172783CCCTTGACCTTTT-6.39
SP3MA0746.2chr6:26172171-26172184GGCCACGCCCCTC+6.18
ZfxMA0146.2chr6:26173492-26173506CCCGCCTCGGCCTC+6.01
ZfxMA0146.2chr6:26172473-26172487GAGGCCGAGGCGGG-6.01
Number of super-enhancer constituents: 29             
IDCoordinateTissue/cell
SE_12258chr6:26170126-26174148CD3
SE_15406chr6:26170232-26174130CD4_Memory_Primary_8pool
SE_15814chr6:26170484-26173824CD4_Naive_Primary_7pool
SE_16410chr6:26169818-26173905CD4_Naive_Primary_8pool
SE_17748chr6:26169679-26175030CD4p_CD25-_CD45RAp_Naive
SE_20332chr6:26169424-26174488CD56
SE_21497chr6:26170679-26173958CD8_Naive_7pool
SE_21986chr6:26169898-26174317CD8_Naive_8pool
SE_22908chr6:26169277-26174695CD8_primiary
SE_26174chr6:26170640-26174359Duodenum_Smooth_Muscle
SE_27280chr6:26171109-26173883Esophagus
SE_28057chr6:26171011-26174124Fetal_Intestine
SE_29032chr6:26170881-26174023Fetal_Intestine_Large
SE_29729chr6:26170976-26174103Fetal_Muscle
SE_32034chr6:26171514-26173635Gastric
SE_40402chr6:26171125-26174414K562
SE_42987chr6:26171339-26173866Lung
SE_50620chr6:26171127-26173936Sigmoid_Colon
SE_52776chr6:26171093-26173968Small_Intestine
SE_53423chr6:26171175-26174177Spleen
SE_61788chr6:26155157-26176422Toledo
SE_62340chr6:26155053-26176655Tonsil
SE_65079chr6:26171576-26174025NHEK
SE_66906chr6:26171236-26174194H2171
SE_67155chr6:26169999-26173929MM1S
SE_67973chr6:26087132-26287126TC32
SE_68399chr6:26087114-26175354TC71
SE_68400chr6:26087114-26175354TC71
SE_68401chr6:26087114-26175354TC71
Enhancer Sequence
CCTTTCTAGA CATCTATCTA CCTATTTTCA CTTTACTTTC CAGCATCAAG GAGGTCTGAG 60
TGGATAAGGC CTAAGCACTG ATGTGGCTTT GGTAATGAAC CTGAAGTTAA AAACTGGTTA 120
GCTTATGCTA AGCTGCCATT TGAAAGGTCT CCTCCAGCAT CTGAATTAAG GGAAACAATG 180
TTTTGAAGCA GTCACAAAAC TTTTCTGATG CATTAGATCT GAGGTAGGAC CTGATAATTT 240
GTACTTCTAA ATTATGCAGG TGATGCTGAT GCTGCTGGTC CGGAGACCAC TTTGGAGAGT 300
TTTACTTTAA AGGAAATGAA ACTGCCCTAA AATGCTAATA CTAAATAGCC ACACAAAGCC 360
GGAAAAAAGC AAAGAATTTC AAACCGAAGA TGAGAGGTCC TGAAAAATAA CAGCGGTCAT 420
CCTACTCCCG GTGCGGCTAT GCGGCCATGA AAAGGAGTCT TGGGGCCGGT CGTGCCCCTC 480
CACGCAGGCT CCCTCATAGG GTCATCCCAT CAACCCTCGC CAAAAACGCC GGCCCCCTCA 540
TAGGGCCGTC CGGCCACGCC CCTCCGTGCC CTAACCACAG AGCCACACGT TACGCCGCCG 600
CCCCGTTACG CCCATCCGGC TCCCGCATAG GGCGTCACGT ACGTTTAACG TCGGCCCGGC 660
GCGCGCGTCC GGGAGGTTGC CCGTAGGCCG CTAACTGGTG GTTCCCAGTC CCCGCCGACT 720
CGGCCTCTTT CTTCTGCGGC CACCAGATCG CGGGATATCG GAGACTTCGA ACAATCCGCT 780
GGAGTCCTTT ACAGTTTAAA AACAGAGGAC CGGCCGGGCG CGGTGGCTCA CGCCTGTAAT 840
CCCAGCACTT TGGGAGGCCG AGGCGGGCGG ATCACGAGTT CAGGAGATAG AGACCATCCT 900
GGCTAACACC GTGAGACCCC GTCCCTATCA AAAGTACAAA AAAATTAGCC GGGTGTGGTG 960
GCACGCGCCT GTAGTCCCAG CTACTCAGGA GGCTGAGGCA GAAGAATCGC TAGAACCAGG 1020
GAGGCGGAGG TTGCAGTGAC CGAGATCGCG CCGCTGCACT CCAGCCTAGG CGACAGAGCG 1080
AGACTGCGTC TCAAAACAAA AAAAACGGAG GATCGAAAAT TTTGAAGACT GAGAGCAAGG 1140
CAACAATCTT CCCTTGACCT TTTTGCTCCT CTCACAAGGG TTTTTCAGAC GGCTGAAACC 1200
AACGAAAAGA GTGAGGAAGC AGGCAGAAAA TTTCAGCTTT AGTCTCTCAG CATCCTCCTG 1260
CTTTCTTCTC GGGGAGCTGG CACTTCCCCC TTCTCTAGTA GCTGTAAATA CGCCTCCCAA 1320
CTCCAAGGAG ACCTTTCTTG CATCTCCCTT ACTGTTCTCA CGCCTGTAGG GCTCTTCGTG 1380
TGAGGATTCA GTGTATGTAT GTATGTATAT GAATGTGTGC GAATAATTAT TTCCTAATTG 1440
AGTTTTTTTT TAAAAAAATC ATCTTCCGGT ACACGCAGTG CCGTACTCCA TTAAACAGCA 1500
GGCACGGTGT CTAGGGTCCG CAGTTCTTTT GGAGGCTCAT GAAAATATTT TAATTTCTTC 1560
TAAAGTCAGA AGGAAAAAAA TGAACATTTA AGTCGAAGAA GATGTTACAT ATTAATCTTC 1620
ATATGACTTT AATTTTTTTT TTTTTTTTTT TGAAACGGAG TCTCGCTCTG TCCCCCAGGC 1680
TGGAGTACAG TGGCGCAGTC TCGGCTCACT GCAAGCTCTG CCTCCCGGGT TCACGCCATT 1740
CTCCTGCCTC AGCTTCCCGA GTAGCTGGGA CTACAGTCAC CACGCCCGAC TAAGTTTTTT 1800
TGTATTTTTT AGTAGAGACG GGGTTTCACC GTGTTAGCCA GGATGGTCTC GATCTCCTGA 1860
CCTCGTGATC CGCCCGCCTC GGCCTCCCAA AGTGCTGGGA TTACAGGCGT GAGCCACAAC 1920
GCCTGGCCTA TGCCCACTAA 1940