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Table 1 Summary of included papers performing proper sex stratification in the same order as mentioned in the main text

From: Sex differences in cardiovascular epigenetics—a systematic review

Year

First author

CVD/risk factor

Epigenetics

Sample size (% male)

Technique

Tissue

Gene (if applicable)

Association

Ref.

2017

Mendelson

BMI

DNA methylation

3743 (48%)

Illumina Infinium 450K

Whole blood

LGALS3BP (unannotated CpG)

Stronger for ♂

[12]

2011

Cash

Factors associated with obesity and CVD

DNA methylation

355 (25%)

Bisulphite into pyrosequencing

Lymphocytes

Global

More methylation in ♂

[13]

2013

Guay

Blood lipid levels

DNA methylation

98 (62%)

Bisulphite into pyrosequencing

Leukocytes

CETP

Stronger for ♂

[14]

2014

Guay

Plasma lipid levels

DNA methylation

98 (62%)

Bisulphite into pyrosequencing

Leukocytes

Multiple

 

[15]

2013

Zhang

Metabolic syndrome

DNA methylation

517 (41%)

EpiTYPER

Leukocytes

FABP3

 

[16]

2013

Johansson

Aging

DNA methylation

421 (not specified)

Illumina Infinium 450K

Leukocytes

Epigenome-wide

 

[17]

2016

Horvath

Aging

DNA methylation

4535 (35%)

Illumina Infinium 450K

Blood/saliva/brain

Epigenome-wide

 

[18]

2014

Soriano-Tárrago

Ischemic stroke

DNA methylation

485 (62%)

LUMA

Whole blood

Global

Hypomethylation for ♂

[19]

2017

Lin

Ischemic stroke

DNA methylation

556 (48%)

Bisulphite into pyrosequencing

Whole blood

MMP2

Only for ♂

[20]

2012

Talens

Myocardial infarction

DNA methylation

248 (52%)

Mass spectrometry

Leukocytes

INS, GNASAS

Only in MI samples of ♀

[21]

2013

Jiang

Coronary heart disease

DNA methylation

72 (50%)

Bisulphite into pyrosequencing

Whole blood

PLA2G7

Only for ♀

[22]

2016

Guo

Coronary artery disease

DNA methylation

64 (56%)

Methylation-specific PCR

Whole blood

PTX3

Only for ♂

[23]

2014

Zhang

CVD mortality

DNA methylation

3588 (44%)

MALDI-TOF

Whole blood

F2RL3

Stronger for ♂

[24]

  1. BMI body mass index, Ref reference