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. 2019 Apr 8;7:1933. Originally published 2018 Dec 14. [Version 2] doi: 10.12688/f1000research.17363.2

Table 5. Mutation analyses on promoters of TF targets.

TF Target Normal cluster Normal binding site § SNP ID § Variant binding site § Variant
cluster
Classifier
output
Variant Wild-
type
EGR1
( R sequence =
12.2899 bits)
EID2B Cluster 1
of 2
GA GGGGGC ATC
(chr19:39540296, -,
7.22 bits)
rs538610162
(chr19:39540296C>G)
CAGGGGGCATC
(chr19:39540286, -,
4.84 bits)
Abolished ×
rs759233998
(chr19:39540294C>T)
GA AGGGGCATC
(chr19:39540286, -,
0.06 bit)
Abolished
rs974735901
(chr19:39540288T>A)
GAGGGGGC TTC
(chr19:39540286, -,
6.90 bits)
Cluster 1
of 2
rs978230260
(chr19:39540287A>T)
GAGGGGGCA AC
(chr19:39540286, -,
5.31 bits)
Abolished
Cluster 2
of 2
GCGTGCGT GGG
(chr19:39540162,
+, 1.59 bits)
rs764734511
(chr19:39540162G>A)
(chr19:39540162G>C)
ACGTGCGTGGG
(chr19:39540162,
+, -0.72 bit)
Cluster 2
of 2
CCGTGCGTGGG
(chr19:39540162,
+, -0.79 bit)
Cluster 2
of 2
rs996639427
(chr19:39540170G>C)
GCGTGCGT CGG
(chr19:39540162,
+, -5.21 bits)
Abolished
GCGT GGGC GC T
(chr19:39540166,
+, 9.72 bits)
GCGT CGGCGCT
(chr19:39540165,
+, -0.85 bit)
rs1027751538
(chr19:39540174G>A)
GCGTGGGC ACT
(chr19:39540166,
+, 5.16 bits)
Abolished
rs887888062
(chr19:39540176T>A)
GCGTGGGCGC A
(chr19:39540166,
+, 10.94 bits)
Cluster 2
of 2
ELF1
( R sequence =
11.2057 bits)
HIST1H4H Cluster 1
of 2
GC GGAAG CGTG
(chr6:26286540, +,
9.92 bits)
rs760968937
(chr6:26286547C>T)
(chr6:26286547C>A)
GCGGAAG TGTG
(chr6:26286540, +,
10.71 bits)
Cluster 1
of 2
GCGGAAG AGTG
(chr6:26286540, +,
8.84 bits)
Cluster 1
of 2
×
rs1000196206
(chr6:26286542G>C)
GC CGAAGCGTG
(chr6:26286540, +,
-6.26 bits)
Abolished
rs144759258
(chr6:26286543G>A)
GCG AAAGCGTG
(chr6:26286540, +,
-3.60 bits)
Abolished
rs966435996
(chr6:26286544A>G)
GCGG GAGCGTG
(chr6:26286540, +,
5.28 bits)
Abolished
rs950986427
(chr6:26286548G>A)
GCGGAAGC ATG
(chr6:26286540, +,
8.28 bits)
Cluster 1
of 2
Cluster 2
of 2
CAG GAGATGC G
(chr6:26286483, -,
6.98 bits)
rs373649904
(chr6:26286483G>A)
TAGGAGATGCG
(chr6:26286473, -,
0.61 bit)
Abolished
rs926919149
(chr6:26286480C>T)
CAG AAGATGCG
(chr6:26286473, -,
-6.53 bits)
Abolished
rs751263172
(chr6:26286479T>G)
CAGG CGATGCG
(chr6:26286473, -,
1.24 bits)
Abolished
rs369076253
(chr6:26286473C>G)
CAGGAGATGC C
(chr6:26286473, -,
6.92 bits)
Cluster 2
of 2
rs751263172
(chr6:1044474314C>T)
CAGGA A ATGCG
(chr6:26286473, -,
11.43 bits)
Cluster 2
of 2
ELK1
( R sequence =
11.9041 bits)
G0S2 Cluster 1
of 2
C AGGGAAG ACC
(chr1:209667969, -,
1.92 bits)
rs146048477
(chr1:209667961T>A)
CAGGGAAG TCC
(chr1:209667959, -,
2.24 bits)
Cluster 1
of 2
rs887606802
(chr1:209667968T>C)
C GGGGAAGACC
(chr1:209667959, -,
-3.35 bits)
Cluster 1
of 2
×
rs1021034916
(chr1:209667967C>T)
CA AGGAAGACC
(chr1:209667959, -,
-3.57 bits)
Cluster 1
of 2
GAGGA AATGAG
(chr1:209667969, +,
8.14 bits)
rs941962117
(chr1:209667974A>G)
GAGGA GATGAG
(chr1:209667969, +,
4.11 bits)
Abolished
Cluster 2
of 2
CTGGAAGA GCA
(chr1:209673554, -,
5.91 bits)
rs896117033
(chr1:209673545G>A)
CTGGAAGAG TA
(chr1:209673544, -,
3.95 bits)
Cluster 2
of 2
rs971962577
(chr1:209673546C>T)
CTGGAAGA ACA
(chr1:209673544, -,
3.49 bits)
Cluster 2
of 2
rs1011969709
(chr1:209673554G>C)
GTGGAAGAGCA
(chr1:209673544, -,
3.92 bits)
Abolished
CCA GAAGTCA A
(chr1:209673551, +, 7.44 bits)
CCA CAAGTCAA
(chr1:209673551, +,
-5.50 bits)
rs1023312090
(chr1:209673561A>G)
CCAGAAGTCA G
(chr1:209673551, +,
8.40 bits)
Cluster 2
of 2
ETS1
( R sequence =
10.0788 bits)
TTC19 Cluster 1
of 1
GCA GGGAA AGG
(chr17:16022293, +,
7.92 bits)
rs1022234223
(chr17:16022296G>C)
GCA CGGAAAGG
(chr17:16022293, +,
-4.98 bits)
Abolished × ×
rs968299415
(chr17:16022301A>T)
GCAGGGAA TGG
(chr17:16022293, +,
10.01 bits)
Cluster 1
of 1
GABPA
( R sequence =
10.8567 bits)
PLEKHB2 Cluster 1
of 1
A CA GGAAAGGG
(chr2:131112770, +,
10.36 bits)
rs997328042
(chr2:131112771C>T)
A TAGGAAAGGG
(chr2:131112770, +,
-3.68 bits)
Abolished × ×
rs1020720126
(chr2:131112773G>C)
ACA CGAAAGGG
(chr2:131112770, +,
-4.16 bits)
Abolished ×
T CTGGAAAC TA
(chr2:131112760,
+, 1.53 bits)
rs185306857
(chr2:131112761C>A)
T ATGGAAACTA
(chr2:131112760,
+, -2.86 bits)
Cluster 1
of 1
rs772728699
(chr2:131112762T>A)
TC AGGAAACTA
(chr2:131112760,
+, 5.23 bits)
Cluster 1
of 1
rs965753671
(chr2:131112769T>C)
TCTGGAAAC CA
(chr2:131112760,
+, 2.13 bits)
Cluster 1
of 1
IRF1
( R sequence =
13.5544 bits)
SMIM13 Cluster 1
of 1
GAG AA TGAA AGC A
(chr6:11093663, +,
12.56 bits)
rs950528541
(chr6:11093663G>C)
CAGAATGAAAGCA
(chr6:11093663,
+, 8.97 bits)
Cluster 1
of 1
×
rs886259573
(chr6:11093664A>G)
G GGAATGAAAGCA
(chr6:11093663, +,
9.65 bits)
Cluster 1
of 1
rs982931728
(chr6:11093666A>G)
GAG GATGAAAGCA
(chr6:11093663, +,
8.09 bits)
Cluster 1
of 1
rs1020218811
(chr6:11093668T>G)
GAGAA GGAAAGCA
(chr6:11093663, +,
9.36 bits)
Cluster 1
of 1
rs570723026
(chr6:11093672A>G)
GAGAATGAA GGCA
(chr6:11093663, +,
8.01 bits)
Cluster 1
of 1
rs1004825794
(chr6:11093675A>C)
(chr6:11093675A>T)
GAGAATGAAAGC C
(chr6:11093663, +,
10.47 bits)
Cluster 1
of 1
GAGAATGAAAGC A
(chr6:11093663, +,
10.42 bits)
Cluster 1
of 1
AA GACCAA AGGCA
(chr6:11093641, +,
2.43 bits)
rs1030185383
(chr6:11093649A>C)
AAGACCAA CGGCA
(chr6:11093641, +,
-3.39 bits)
Cluster 1
of 1
rs5874306
(chr6:11093650delG)
AAGACCAAAGCAG
(chr6:11093641, +,
0.90 bit)
Cluster 1
of 1
rs558896490
(chr6:11093643G>A)
AA AACCAAAGGCA
(chr6:11093641, +,
7.06 bits)
Cluster 1
of 1
YY1
( R sequence =
12.8554 bits)
CKLF Cluster 1 of 1 GC GGC CATCGGC
(chr16:66549797, -,
10.06 bits)
rs865922947
(chr16:66549791G>A)
CCGGCCATCGGC
(chr16:66549785, -,
6.80 bits)
Cluster 1 ×
rs946037930
(chr16:66549794C>A)
GC TGCCATCGGC
(chr16:66549785, -,
8.02 bits)
Cluster 1
rs917218063
(chr16:66549793C>T)
GCG ACCATCGGC
(chr16:66549785, -,
5.41 bits)
Abolished ×
rs928017336
(chr16:66549791G>A)
GCGGC TATCGGC
(chr16:66549785, -,
-3.62 bits)
Abolished ×
GCCGCCCCCGTC
(chr16:66549792,
+, 1.34 bits)

§All coordinates are based on the hg38 genome assembly. A bold italic letter in a binding site sequence indicates the base where a SNP occurs. For each normal and variant binding site sequence, the genome coordinate of its most 5’-end base and its R i value are indicated. The negative R i value of a variant binding site sequence implies this site is abolished. The SNPs strengthening binding sites and corresponding variant binding site sequences are underlined.

The impact on whether the occurrence of a single SNP resulted in the disappearance of the cluster containing it is shown; ‘Abolished’ indicates that the cluster is eliminated by the existence of the variant allele.

After a single SNP occurred or multiple SNPs simultaneously occurred, the classifier produced a new prediction on whether the TF is still capable of significantly affecting gene expression via the variant promoter.