Prenatal serum PFAS concentrations were associated with alterations in maternal DNA methylation, which in turn were associated with infant birth size, which in turn was associated with infant birth size.
You-Ran Tan, Anne L. Dunlop, Todd M. Everson et al.· Environmental Science and Te...· 0 citations
Prenatal environmental exposures may influence fetal growth by disrupting the maternal metabolome and placental function. This exploratory study integrates untargeted maternal serum metabolomics and placental transcriptomics to identify shared molecular pathways through which the maternal environment affects fetal de...
Ye-Wei Wang, Dong-Hai Liang, Duan Wang et al.· Environment & Health· 0 citations
MSMICA applies multiple pieces of evidence to substantially improve metabolite identification coverage and accuracy for known metabolites and enables greater metabolite identifications, expanded metabolic pathway coverage, and data harmonization.
Jia-Da Zhan, J. Weinberg, William J. Crandall et al.· bioRxiv· 0 citations
Global analysis of the maternal lipidome during early pregnancy revealed diverse bioactive lipid involvement in the PFAS-SGA association and if antioxidants and anti-inflammatory nutrients would attenuate exposure effects on adverse maternal–child health outcomes.
K. Taibl, Anne L. Dunlop, Paula-Dene C. Nesbeth et al.· Environmental Health Perspec...· 0 citations
Overall, maternal dietary factors may influence susceptibility to PFAS-related fetal growth effects and may modify the inverse associations between prenatal PFAS exposure and birthweight for gestational age z-scores.
Yun-Jie Huang, Dong-Hai Liang, Anne L. Dunlop et al.· Nutrition and Health· 0 citations
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