PLoS Biology: The Toxic Origins of Disease - 0 views
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During embryonic development, steroid hormones like estrogen control gene-expression programs to coordinate cell differentiation, growth, organogenesis, and metabolism.
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“The moment we published something on bisphenol A, the chemical industry went out and hired a number of corporate laboratories to replicate our research. What was stunning about what they did . . . was they hired people who had no idea how to do the work.”
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“whole-animal toxicological studies,” which look at different endpoints than the more mechanistic studies do, Hughes says. “That doesn't let you look at changes in gene expression, changes in epigenetic control of gene expression.
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This was one of the first articles that I looked in depth at and pretty much read all of. It presents some of the original research done on the effects Bisphenol-A on reproductive development and mammary gland formamation and how in the process led to a noticeable pattern between exposure and weight gain. The study of obesogens is a new field that was in a way accidentally discovered. It has been hypothesized that estrogen causes embryonic cells to develop into fat cells through a process called adipogenesis by chemicals called organotins. New research to support this is addressed in this article.