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- W2279969366 abstract "During the last years electrophysiological and behavioural studies have been carried out in order to establish the role of plant volatile compounds in the host-finding process and oviposition site selection by L. botrana. In previous papers, it has been shown that several compounds are able to stimulate the antennae of both sexes (virgin and mated) of the moth. Results of wind-tunnel studies showed that olfactory cues are greatly involved in the location of host plant and oviposition site. Since olfactory cells sensitive to pheromone components and plant volatiles have been recently found in various insect species, in the present study we applied a single cell recording (SCR) technique (surface contact) to find out olfactory neurons stimulated by the two categories of compounds. The differential saturation electroantennographic technique (DS-EAG) was employed to evaluate the possible decrease of the antennal sensitivity to a plant volatile when the antenna is continuously exposed to E7Z9-12:Ac and, alternatively, to E7Z9-12:Ac when a plant compound is supplied. A large variety of cellular types emerged, from the specific (relatively to the tested compounds) to the highly generalist ones. DS-EAG results showed that cells responding to E7Z9-12:Ac and at least to one plant volatile are widely represented in L. botrana and diverse substances induce a different reduction of the antennal sensitivity to E7Z9-12:Ac. The finding of these cells supports the observations reported by various authors about the ability of plant compounds to enhance or reduce the biological activity of a pheromone component. These “peripheral interferences” in odour perception need to be evaluated when setting up new blends for monitoring purposes." @default.
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- W2279969366 date "2008-01-01" @default.
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- W2279969366 title "Olfactory cells responding to the main pheromone component and plant volatiles in Lobesia botrana (Den. & Schiff.): possible effects on monitoring systems." @default.
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