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Endocrine Disruption

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Prior Exposure to Estrogen Enabled Bass to Better Survive A Bacterial Infection, but With an Energetic Price Tag

Summary of the published study: Exposure to 17α-ethinylestradiol results in differential susceptibility of largemouth bass ( Micropterus salmoides ) to bacterial infection (Leet et al. in review)
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Prior Exposure to Estrogen Enabled Bass to Better Survive A Bacterial Infection, but With an Energetic Price Tag

Summary of the published study: Exposure to 17α-ethinylestradiol results in differential susceptibility of largemouth bass ( Micropterus salmoides ) to bacterial infection (Leet et al. in review)
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Using Effects-Directed Analysis to test for Endocrine-Active Chemicals

Effects-directed analysis (EDA) reverse-engineers environmental toxicity testing by measuring effects on cells first, and identifying the particular chemicals later. In this publication, we reviewed published information on EDA methods to improve future methods.
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Using Effects-Directed Analysis to test for Endocrine-Active Chemicals

Effects-directed analysis (EDA) reverse-engineers environmental toxicity testing by measuring effects on cells first, and identifying the particular chemicals later. In this publication, we reviewed published information on EDA methods to improve future methods.
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Effects of Early Life Stage Exposure of Largemouth Bass to Atrazine or a Model Estrogen (17α-Ethinylestradiol)

Early development is a sensitive window for estrogenic endocrine disruption in largemouth bass. Atrazine treatments caused changes to gene expression patterns that were both similar to estrogen and distinct from estrogen.
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Effects of Early Life Stage Exposure of Largemouth Bass to Atrazine or a Model Estrogen (17α-Ethinylestradiol)

Early development is a sensitive window for estrogenic endocrine disruption in largemouth bass. Atrazine treatments caused changes to gene expression patterns that were both similar to estrogen and distinct from estrogen.
Learn More