Skip to main content

Table 2 Summary of studies reporting associations between prenatal exposure to EDCs and epigenetic alterations

From: Prenatal epigenetics diets play protective roles against environmental pollution

Chemical

Model

Exposure stage

Epigenetic change

Ref.

Bisphenol A

Mouse

In utero

Increased EZH gene expression in the mammary gland

[138]

Human and mouse

Perinatal

Differential DNA methylation in repetitive DNA

[141]

Human

In utero

Altered genome-wide DNA methylation in fetal liver

[144]

Human

1st to 2nd trimester

Increased site-specific methylation at COMT and SULT2A1 promoters in fetal liver

[145]

Mouse

Preconception to weaning

Hypomethylation and increased expression of the Avy gene in agouti mouse model

[11]

Mouse

In utero

Decreased methylation in Hoxa10 gene promoter

[139]

Rat

Perinatal

Modified hepatic DNA methylation

[140]

Sheep

Prenatal

Altered microRNA expression

[142]

Mouse

In utero

Both hyper- and hypomethylation at the promoter-associated CGIs

[132]

Human

In utero

Positively associated with global methylation for the placenta

[143]

Vinclozolin

Mouse

In utero

Decreased methylation in H19 and Gtl2; increased methylation in Peg1, Snrpn, and Peg3

[151]

Rat

In utero

Altered epigenetic modification in the male germ line

[150]

Rat

In utero

Altered methylation in sperm promoter epigenome of F3 generation

[152]

Mouse

In utero

Epigenetic transgenerational inheritance of modifications in the mouse sperm epigenome

[124]

POPs

Dioxin

Mouse

In utero

Increased methylation in Igf2r gene in muscle and liver

[175]

Mouse

Preimplantation

Altered methylation status of imprinted genes H19 and Igf2

[176]

Diethylstilbestrol

Mouse

In utero

Increased EZH gene expression in the mammary gland

[138]

Mouse

In utero

Hypermethylation and long-term altered expression of the Hoxa10 gene

[177]

Mouse

Neonatal

Hypomethylation in Exon-4 of c-fos

[178]

Methoxychlor

Mouse

In utero

Altered methylation in H19 and Gtl2 and increased methylation in Peg1, Snrpn, and Peg3

[151]

Rat

In utero

Hypermethylation in the ERβ promoter regions

[179]

PBDEs

Human

Prenatal

DNA hypomethylation of Alu and LINE-1 in fetal blood

[168]

Human

Maternal

Hypomethylation of TNF-α in core blood

[169]

Human

In utero

Hypomethylation of IGF2 and NR3C1 in placenta

[170, 171]

PFOAs

Human

Prenatal

Hypomethylation in sperm cells

[173, 174]

Human

Prenatal

Global and IGF2 hypomethylation in cord blood

[95, 172]