From: Prenatal ethanol exposure and changes in fetal neuroendocrine metabolic programming
Species | Periods | Dose | Tissue | Genes | Epigenetics | Outcomes | Generations | Reference |
---|---|---|---|---|---|---|---|---|
Human | ||||||||
20 to 70.5 weeks postconception | – | Brain | – | Decreases in 5mC, H3K4me3, H3K9ac, H3K27ac, H4K12ac, and H4K16ac | Stillbirth | F1 | [140] | |
gestation | 205 ± 32.8 g/day | Cerebellum | TET1↓, GABRD↓ | DNA hypermethylation | Regulating cerebellar pathophysiology | F1 | [141] | |
Long-Evans Rats | ||||||||
GD1–GD22 | 3.5 or 4.5 g/kg | Hippocampus | Dnmt1↑, Dnmt3a↑, MeCP2↑ | DNA hypermethylation | Teratogenesis in the hippocampus | F1 | ||
Wistar Rats | ||||||||
GD9–GD20 | 4.0 g/kg | Liver | IGF1 P450scc | Low H3K9ac | Metabolic abnormalities | F1, F2 | [127] | |
Adrenal glands | Adrenal corticosterone synthesis dysfunction | F1, F2 | [143] | |||||
Mice | ||||||||
GD9–GD11 | 3.0 g/kg | Individual fetus | Throughout the genome | DNA hypomethylation | Developmental abnormalities | F1 | [132] | |
GD1.5–2.5/6.5 | 2.9 g/kg | Embryos and placentae | H19/ CTCF1 | DNA hypomethylation | Growth retardation | F1 | [144] | |
GD10–GD18 | 0.5 g/kg | Tail/liver/tibialis anterior muscle/ sperm cell | H19 | DNA hypomethylation | Decreased spermatogenesis | F1, F2 | [137] | |
GD8.25 | 88 mM | Embryo | Nlgn3, Elavl2, Sox21, Sim1 | Hypomethylation | Abnormal fetal development | F1 | [134] | |
Cyp4f13 | Hypermethylation | |||||||
GD12.5 for 5 days in vitro | 13, 26, 70 mM | Neurosphere stem cell | Throughout the genome | H3K4/H3K27 Hypermethylation | Developmental abnormalities | F1 | [145] | |
H3K9ac | ||||||||
lncRNA1354↓ | ncRNA | |||||||
GD0–GD8.5 | 10% for 2 ml | Hippocampus | VGluT2↑, miR-467b-5p↓ | Hypomethylation ncRNA | Hippocampal dysfunction | F1 | [135] | |
GD14–16/GD16 | 2.5 g/kg | Brain | miR-302c↑ | ncRNA | FAS | F1 | [136] | |
GD18.5 | 2.0 g/kg | Hippocampus | Fstl1, Cep152, Uimc1 and so on | Histone acetylation | - | F0, F1 | [133] |