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• W2092113563 abstract "Abstract Electroantennograms (EAGs) were recorded from unmated, laboratory-reared, male and female oriental fruit flies, Dacus dorsalis, in response to a range of between C1 and C12 carbon chain-length saturated and unaturated aliphatic alcohols and aldehydes, most all of which are known host-plant volatiles. Only two of the 35 compounds tested elicited significantly larger EAGs from female than male antennae. For the two functional-group series tested, aldehydes elicited responses greater than or equal to the responses to the alcohols. In general, the unsaturated alcohols did not elicit responses significantly different from the saturated alcohols. However, the unsaturated aldehydes, (E)-2-hexenal and 10-undecenal, elicited larger amplitude EAGs than their saturated analogs. EAGs were significantly greater for a particular carbon chain-length, with responsiveness to primary alcohols peaking at C6 and aldehydes peaking at C7. The (E)-2- monoenic alcohols peaked at C6, while the (E)-3-alcohols plateaued between C5 and C8. The greatest EAG responses of all compounds tested were elicited by the saturated and unsaturated C6 alcohols and aldehydes which are constituents of the “general green-leaf volatile complex” that emanates from most plants. The potential adapative benefit of selective sensitivity to green-leaf volatiles is discussed in regards to foraging behaviors of oriental fruit flies. RÉSUMÉ Electroantennogrammes des réponses de Dacus dorsalis à une gamme d'alcools et d'aldéhydes de substances volatiles de végétaux Des électroantennogrammes (EAG) ont enregistré les réponses, en élevages de femelles et mǎles vierges de Dacus dorsalis, à une gamme de chaǐnes de carbones de C1 à C12 saturés et non-saturés d'alcools aliphatiques et d'aldéhydes, dont beaucoup sont connus comme substances volatiles des végétaux. Seulement 2 des 35 composés examinés ont provoqué des EAG significativement plus importants chez les femelles que chez les mǎles. Pour les séries des deux groupes fonctionnels examinés, les aldéhydes ont provoqué des réponses supérieures ou égales aux alcools. En général, les réponses aux alcools non-saturés n'étaient pas significativement différentes des réponses aux alcools saturés. Cependant, les aldéhydes non-saturés, (E)-2-hexénal et 10-undécénal, ont induit des EAG de plus grande ampleur que leurs analogues saturés. Les EAG étaient significativement les plus importants pour une chaǐne de longueur particulière, la réponse aux alcools primaires culminant en C6 et les aldéhydes en C7. Les alcools monoéniques (E)-2- culminaient en C6, tandis que les alcools (E)-3- étaient étales entre C5 et C8. Les EAG les plus importants ont été obtenus pour tous les composés examinés avec les alcools et aldéhydes en C6 qui appartiennent à “l'odeur verte complexe” émise par beaucoup de plantes. Le bénéfice adaptatif potentiel de la sensibilité sélective à “l'odeur verte” des feuilles est examinée en fonction du comportement de prospection de D. dorsalis." @default.
• W2092113563 created "2016-06-24" @default.
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• W2092113563 date "1987-09-01" @default.
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• W2092113563 title "Electroantennogram responses of the oriental fruit fly, Dacus dorsalis, to a spectrum of alcohol and aldehyde plant volatiles" @default.
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• W2092113563 doi "https://doi.org/10.1111/j.1570-7458.1987.tb02255.x" @default.
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