RSC Advances · 2020 · 43 citations · 37 references
Life SciencesBiochemistryToxicologyMetabolismMicrobial MetabolismPesticide ToxicologyCytochrome P450 EnzymesInsecticide ToxicologyMetabolite KineticsPesticide ChemistryBioactivation Of PesticidesCytochrome P450 KineticsCytochrome P450 OxidationEnzymesMicrobial Pesticide DegradationOrganophosphorus Pesticide ResiduesOrganophosphorus Pesticides
were measured. Results indirectly demonstrated that cytochrome P450 and flavin monooxygenase were involved in the metabolism of diazinon, but methimazole inhibited the metabolism less effectively. Based on the metabolic profiling, a possible metabolic pathway involved in phase I metabolism of diazinon was proposed, which would contribute to providing insight into understanding the toxicological effects of diazinon and the potential application of fungi on organophosphorus pesticides.
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