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. 2017 Jul 20;9:231. doi: 10.3389/fnagi.2017.00231

Table 4.

Known and candidate SNP markers of sporadic AD near TBP-binding sites of the promoter of human genes associated with hereditary cardiovascular diseases.

Gene (OMIM ID) dbSNP rel. 147 or see (Ref) 5′ flank wt
mut
3′ flank K D , nM Known diseases (known SNP markers) or hypothetical disease (candidate SNP markers) (Ref) or (this work)
wt
mut
Δ Z α ρ
THBD (188040) rs13306848 agggagggcc g
a
ggcacttata 2
2
= 1 E Thrombosis (LUC: TF-binding site damaged, not TBP-binding site) Le Flem et al., 1999, (this work), Borroni et al., 2002
rs568801899 caatccgagt g
a
tgcggcatca 45
70
6 10−6 A (hypothetically) low risk of AD whose biochemical marker is thrombomodulin excess
F3 (134390) rs563763767 ccctttatag c
t
gcgcggggca 3
2
6 10−6 A Myocardial infarction; thrombosis; (hypothetically) high risk of AD (F3 is in Aβ-plaques) Arnaud et al., 2000, (this work), McComb et al., 1991
F7 (613878) −33a→c Kavlie et al., 2003 ccttggaggc a
c
gagaactttg 53
62
3 10−2 C Moderate bleeding Kavlie et al., 2003, (this work),
rs749691733 agaactttgc c
t
cgtcagtccc 53
66
4 10−3 B Higher risk of AD (another SNP rs6046 reduces F7 activity that was associated with AD) Barber et al., 2015
rs367732974 aactttgccc g
a
tcagtcccat 53
47
2 0.05 D lower risk of AD (F7 excess is negatively associated with AD)
rs549591993 gcccgtcagt c
a
ccatggggaa 53
25
13 10−6 A
rs777947114 agagaacttt g
a
cccgtcagtc 53
19
19 10−6 A
rs770113559 gtcacccttg g
a
aggcagagaa 53
41
5 10−6 A
rs754814507 cctcccccat c
t
cctctgtcac 53
45
3 10−3 B
GJA5 (121013) rs10465885 caactaagat g
a
tattaaacac 3
3
= 1 E Arrhythmia, cardiovascular events (LUC: TF-binding site damaged, not TBP-binding site; mut 200% of wt), Wirka et al., 2011, (this work), Mo et al., 2014
(hypothetically) lower risk of AD development after stress
rs35594137 gaggagggaa g
a
gcgacagata 6
6
= 0 E Arrhythmia, cardiovascular events (LUC: TF-binding site damaged, not TBP-binding site; mut 50% of wt) Firouzi et al., 2004, (this work), Mo et al., 2014
rs587745372 ggcgacagat a
t
cgattaaaaa 6
7
3 10−3 B (hypothetically) GJA5 deficiency increases risk of AD development after stress (this work), Mo et al., 2014