Environment International · 2019 · 27 citations · 92 references
PharmacyDevelopmental BiologyToxicologyDevelopmental ToxicologyEmbryogenesisEnvironmental ToxicologyDevelopmental NeurotoxicityDevelopmental ToxicityPerinatal ToxicologyPrenatal ToxicityPrenatal ToxicologyAnticonvulsant ActionAnticonvulsant DrugsCarbamazepine PharmacologyDevelopmental Exposure To Persistent Organic PollutantsEmbryonic ExposureEnvironmental Exposures During PregnancyEnvironmental Fate Of ContaminantsFetal Developmental Toxicity
. Quantification of developmental progression revealed a significant difference in the total score obtained by CBZ-treated embryos compared to controls (up to 5-fold difference, p<0.05). Yet, defects were unnoticed as embryos passed gastrulation/neurulation. This study provides the first evidence for teratogenic effect of environmental-relevant concentrations of CBZ in amniotic embryos that impair early but not late stages of development. These findings call for in-depth risk analysis to ensure that the environmental presence of CBZ and other drugs is not causing irreversible ecological and public-health damages.
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Fiji: an open-source platform for biological-image analysis
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