Reproductive toxicology

Resveratrol, a natural aryl hydrocarbon receptor antagonist, protects lung from DNA damage and apoptosis caused by benzo[a]pyrene

Flow Cytometry / Immunohistochemistry / Enzyme Inhibitors / DNA damage / Apoptosis / Prevention / Western blotting / DNA / Male Reproduction Health / Toxicity / Reproductive toxicology / Mice / Applied / Animals / Male / Cell Death / Cytoprotection / Red Wine / Lung / tESTIS / Enzyme / Aryl Hydrocarbon Receptor / Apoptose / Public health systems and services research / Stilbenes / Reproductive / Spermatozoa / Somatic Cell Count / Sperm Count / Germ Cell / Applied Toxicology / Prevention / Western blotting / DNA / Male Reproduction Health / Toxicity / Reproductive toxicology / Mice / Applied / Animals / Male / Cell Death / Cytoprotection / Red Wine / Lung / tESTIS / Enzyme / Aryl Hydrocarbon Receptor / Apoptose / Public health systems and services research / Stilbenes / Reproductive / Spermatozoa / Somatic Cell Count / Sperm Count / Germ Cell / Applied Toxicology

Developmental estrogen exposures predispose to prostate carcinogenesis with aging☆

Aging / Pregnancy / Humans / Low Dose / Reproductive toxicology / bisphenol A / Female / Animals / Male / Animal Model / Embryonic Development / Estrogens / Public health systems and services research / Critical Period / Maternal Exposure / bisphenol A / Female / Animals / Male / Animal Model / Embryonic Development / Estrogens / Public health systems and services research / Critical Period / Maternal Exposure

Atenolol: pharmacokinetic/dynamic aspects of comparative developmental toxicity

Pregnancy / Humans / Reproductive toxicology / Female / Animals / Newborn Infant / Public health systems and services research / Maternal-fetal exchange / Developmental toxicity / Atenolol / Newborn Infant / Public health systems and services research / Maternal-fetal exchange / Developmental toxicity / Atenolol

NIEHS/FDA CLARITY-BPA Research Program Update

Reproductive toxicology / Public health systems and services research

Consistency of morphological endpoints used to assess developmental timing in zebrafish (Danio rerio) across a temperature gradient

Metal Nanoparticles / Silver Nanoparticles / Silver / Reproductive toxicology / Animals / Temperature / Embryonic Development / Public health systems and services research / Zebrafish / Predictive Model / Temperature / Embryonic Development / Public health systems and services research / Zebrafish / Predictive Model

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