Xu, R. 2021[13]
|
cohort study |
H |
954 |
mother smoking |
CYP1A1 |
8 sites |
850K array |
significant hypomethylation |
Aung MT 2021[14]
|
cohort study |
H |
97 |
trace metals in blood |
CYP24A1 |
cg02143877 |
450K array |
β=5(8.2×10-9) |
Waalkes, M. P.
2004[15]
|
controlled experiment |
H&M |
7 |
placental arsenic |
CYP2A4 |
13 sites |
BSP✟ followed by cloning PCR products on plasmids |
hypomethylation |
Bahl, A. 2015[16]
|
cohort study |
H |
40 |
placental hormone |
ABCA1 |
/*** |
450K array |
under-represented |
Hogg, K.
2013[17]
|
cohort study
|
H
|
161
|
placental hormone
|
CYP11A1NR3C1
CYP19
|
4 sites
|
bisulfite pyrosequencing
|
in appendix
|
Huang, J. Y.
2017[18]
|
cohort
study |
H |
589 |
maternal gestational weight gain |
ABCA1 |
/ |
Epityper |
hypomethylation |
Veenendaal, M. V.
2012[19]
|
cohort
study |
H |
759 |
prenatal hunger |
PPAR-α |
/ |
methyquant |
hypermethylation |
Talens, R. P.
2012[20]
|
multicenter RCT Study
|
H
|
248
|
prenatal hunger
|
ABCA1
|
/
|
Epityper
|
non-significant
(0.093)
|
Witt, S. H.
2018[21]
|
cohort study
|
H
|
282
|
mother smoking
|
CYP1A1
|
cg05549655
|
450K array
|
differences=0.021
(4.76×10-5)
|
Houde, A. A.
2013[58]
|
cohort
study |
H |
100 |
LDL-C and TG |
ABCA1 |
2 sites |
bisulfite
pyrosequencing |
in appendix |
Zhao, N.
2019[59]
|
controlled experiment
|
M
|
20
|
Maternal betaine exposure
|
CYP7A1
|
/
|
MeDiP✟*
|
hypermethylation
(<0.05)
|
Yan, Z. 2014[50]
|
controlled experiment |
M |
39 |
polycyclic aromatic hydrocarbons |
PPAR-γ |
3 sites |
bisulfite pyrosequencing |
in appendix |
Miura, R.
2018[60]
|
controlled experiment
|
H
|
190
|
prenatal perfluoroalkyl substance exposure
|
SLC9A4
CYP2E1
|
/
|
450K array
|
in appendix
|