Park, C. S.
2019[52]
|
cohort study
|
H
|
221
|
race
|
CYP21A2
SLC22A15
|
/
|
850K array
|
/
|
Kumsta, R. 2016[73]
|
cohort study |
H |
52 |
Severe psychosocial deprivation |
CYP2E1 |
9
sites |
bisulfite pyrosequencing |
in appendix |
Kacevska, M.
2012[53]
|
controlled experiment |
H |
72 |
age |
CYP3A4 |
75 sites |
bisulfite
pyrosequencing |
/ |
Wang ZY,2020[74]
|
cohort study |
H |
59 |
explosion |
SOD3 |
/ |
450K array |
hypermethylation |
Huang RL,2020[75]
|
case control study |
H |
193 |
steroid |
ABCB1 |
3 sites |
MethylTarget |
in appendix |
An, F. 2021[51]
|
case control study |
H |
115 |
inflammation |
ABCA1 |
8 sites |
bisulfite pyrosequencing |
/ |
Medina-Aguilar, R.
2016[76]
|
controlled experiment |
C |
/ |
resveratrol |
SLC35E |
3 sites |
250K
array |
/ |
Guay, S. P.
2014[55]
|
cohort
study |
H |
88 |
age |
ABCA1 |
/ |
bisulfite pyrosequencing |
hypermethylation (0.02) |
Košir, R. 2012[57]
|
controlled experiment |
H&M |
/ |
circadian |
CYP17A1 |
/ |
MSRE-PCR |
hypomethylation |
Gong, C. 2012[54]
|
cohort study |
C |
1423 |
nano-SiO2
|
PARP |
/ |
BSP
followed by cloning PCR products on plasmids |
hypomethylation |
Wjst, M. 2010[56]
|
cohort study |
H |
384 |
season |
CYP27B1 CYP24A1 |
/ |
bisulfite
pyrosequencing |
/ |