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Epigenetics and the placenta: Impact of maternal nutrition
Leslie Myatt
, Kohzoh Mitsuya
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Medicine & Life Sciences
Acetylation
13%
Butyrates
16%
Carbon Cycle
20%
Catechin
16%
Citric Acid Cycle
16%
Curcumin
15%
Demethylation
31%
DNA Methylation
26%
Enzymes
14%
Epigenomics
81%
Fetal Development
13%
Fetal Growth Retardation
14%
Fetus
31%
Food
9%
Gene Expression
7%
Genistein
15%
Health
6%
Histone Code
15%
Malnutrition
12%
Methylation
24%
Mothers
59%
Nutrients
22%
Obesity
9%
Overnutrition
19%
Phenotype
8%
Placenta
86%
Polyphenols
14%
Pre-Eclampsia
13%
Pregnancy
8%
Pregnancy Outcome
26%
Resveratrol
15%
Sex Characteristics
12%
Tea
14%
Zygote
16%
Chemical Compounds
Acetylation
31%
Butyrate
38%
Catechin
36%
Citric Acid
29%
Curcumin
35%
Demethylation
36%
Donor
42%
Environment
17%
Food
22%
Genistein
41%
Histone
33%
Intrauterine
100%
Metabolic
50%
Modification
34%
Nutrient
65%
Pharmacological Metabolism
23%
Polyphenol
32%
Resveratrol
39%