Publication | Closed Access
Malathion Degradation by <i>Trichoderma viride</i> and a <i>Pseudomonas</i> Species
96
Citations
8
References
1966
Year
BiosynthesisSoil FungusEngineeringBiorational PesticidePesticide ResistancePest ManagementEnvironmental MicrobiologyToxicologyMicrobiologyMalathion DegradationPseudomonas Sp.Host ResistanceMedicineMicrobiological DegradationAcetone Powder SuspensionInsecticideBiomolecular Engineering
Malathion was found to be metabolized quickly by a soil fungus, Trichoderma viride, and a bacterium, Pseudomonas sp., which were originally found in soils from northern Ohio that had been sprayed heavily with insecticides. Results of a survey of the breakdown capabilities of 16 variants of T. viride revealed that certain colonies from this species had a very marked ability to breakdown malathion through the action of a carboxylesterase(s). The enzymes can be made soluble by preparing the acetone powder suspension.
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