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high aMnity to this compound. E)bodot)tera larvae are rather tolerant to the mother compound, fenitrothion, To the contr'ary, most AliEs except for 3 of the midgut wcre not sensitive te TIA-230 which shows potent insecticidal activity to the larva. These results suggest the sequestration ot' fenitroxon by AliEs to be one of thc degrading functions in the larva. AliE inhibited by fenitroxon restered lt2 activity in IO hr, and haemolymph AliE seemed to be newly synthesized through thc larval development, From the result oC experiments mixing haemolymph with fenitrexon selution at diff'erent ratios, capacity of the sequestration of haemolymph was estimated to be over O,31 ptg in a matured larva, a level comparable to LD-50 by iiijection of fenitroxon,

AliE in Spodoptera litura with Special Reference to Organophosphorus Insecticide Susceptibility