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Impact of chloroform exposures on reproductive and developmental outcomes: A systematic review of the scientific literature.

Amy Lavin WilliamsChristopher A BatesNelson D PaceMegan J LeonhardEllen T ChangJohn M DeSesso
Published in: Birth defects research (2018)
The available animal data suggest that exposures lower than those causing maternal toxicity should be without developmental effects in the offspring. Also, most studies in humans rely on group-level geographic exposure data, providing only weak epidemiologic evidence for an association with development outcomes and fail to establish a causal role for chloroform in the induction of adverse developmental outcomes at environmentally relevant concentrations.
Keyphrases
  • air pollution
  • electronic health record
  • systematic review
  • big data
  • oxidative stress
  • pregnant women
  • adipose tissue
  • machine learning
  • metabolic syndrome
  • artificial intelligence