Author, year (Ref.)
Research type
Object*
Sample size
Factors
Gene
CpG sites
Method
Main result** (P value)
Parsanathan, R. 2019[37]
controlled experiment
M&C
/
high fat diet
CYP2R1 CYP27A1 CYP27B1 CYP24A1 VDR
/
MSRE-PCR
significant (<0.05)
Cifani, C. 2015[38]
control study
M
56
high fat diet
PPAR-γ
6 sites
Bisulfite Pyrosequencing
non-significant (>0.05)
Ge, Z. J. 2014[39] controlled experiment M 36 high fat diet PPAR-α 14 sites BSP followed by cloning PCR products on plasmids in appendix
Ács, O. 2017[65]
cohort study
H
82
obesity
CYP27B1
/
Bisulfite Pyrosequencing
non-significant (>0.05)
Akinyemiju, T. 2018[30]
cross-sectional study
H
614
obesity
ABCG1
cg06500161
450K array
β=0.02 (1.08×10-8)
Braun, K. V. E. 2017[66] cohort study H 1485 blood lipids ABCG1 cg06500161 450K array in appendix
Pfeiffer, L. 2015[32] cohort study H 3603 blood lipids ABCG1 3 sites 450K array in appendix
Dekkers, K. F. 2016[31] cohort study H 3269 blood lipids ABCG1 2 sites 450K array in appendix
Guay, S. P. 2014[33] cohort study H 98 blood lipids ABCG1 1 sites bisulfite pyrosequencing in appendix
Geurts, Y. M. 2018[67]
case control study
H
5361
BMI
SLC9A1 SLC45A3 ABCC1
3 sites
450K array
in appendix
Mendelson, M. M. 2017[68]
cohort study
H
3743
BMI
ABCG1 SLC1A5
5 sites
450K array
in appendix
Shah, S. 2015[69]
cohort study
H
2884
BMI
ABCG1
cg06500161
450K array
significant (2.85×10-13)
Demerath, E. W. 2015[70] cohort study H 2107 BMI ABCG1 SLCO3A1 4 sites 450K array in appendix
Wang, Y. 2020[41]
case control study
H
81
vitamin D
CYP24A1 CYP27B1
/
BSP followed by direct sequencing
non-significant
Anderson, C. M. 2015[42]
prospective study
H
48
vitamin D
CYP27B1
/
MeDiP, 450K array
hypermethylation (≤0.05)
Ahmad Najar, R. 2016[40] controlled experiment M 36 folic acid ABCG2 / methylation-sensitive high-resolution melting PCR hypomethylation
Colacino, J. A. 2012[34]
cohort study
H
49
nutrition intake
LMO2
cg33870264
bead array
hypermethylation (6.64×10-06)
Thaler, R. 2009[35] case control study H 80 nutrition intake MnSOD / BSP followed by direct sequencing hypermethylation