Journal of Toxicology and Environmental Health · 2008 · 59 citations · 44 references
PharmacyEndocrinologyToxicologyFertilityReproductive BiologyReproductive ToxicologyGonadal ToxicologyMale Reproductive ToxicologyReproductive ToxicityReproductive Toxicity Of PesticidesRodent ReproductionTesticular FunctionEndocrine-mediated Reproductive EffectsEstrogenic ToxicityGonadotoxicity MechanismsPesticide Testicular ToxicityPesticide-induced Gonadal ToxicityPesticide-induced Male Reproductive ToxicityPesticide-induced Reproductive ToxicityPyrethroid Pesticides
The aim of this study was to investigate the potential estrogenic activity of fenvalerate by examining reproductive and fertility capabilities in Wistar rats. Adult male animals were treated for 30 d with 20 or 40 mg/kg/d fenvalerate or corn oil (vehicle) by oral gavage. Further, a possible estrogenic activity of fenvalerate (0.4, 1, 4, 8, or 40 mg/kg) was tested after a 3-d treatment of immature female rats using the uterotrophic assay. Exposure to the higher dose of fenvalerate was toxic to testis and epididymis as shown by a decrease in the absolute weights and sperm counts in both organs. Although the sperm counts were reduced, the fertility and sexual behavior were similar in control rats and rats treated with 40 mg/kg pesticide. Fenvalerate did not exert estrogenic activity in vivo at the tested doses. Data suggest that fenvalerate treatment in this study failed to compromise fertility, possibly due to enhanced reproductive capacity in rodents compared to humans.
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Anders Ågmo · Brain Research Protocols · 1997 · 362 citations
Principles and methods of toxicology
H.C. Krebs · Toxicon · 1995 · 327 citations
Pharmacy, Pharmacology, Toxicology +10
Robert J. Kavlock, George P. Daston, Chris DeRosa et al. · Environmental Health Perspectives · 1996 · 282 citations · Full text