FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3017540960> ?p ?o ?g. }

• W3017540960 endingPage "114605" @default.
• W3017540960 startingPage "114605" @default.
• W3017540960 abstract "The adaptive fitness of insect species can be shaped by how males and females respond, both physiologically and behaviorally, to environmental challenges, such as pesticide exposure. In parasitoid wasps, most toxicological investigations focus only on female responses (e.g., survival and especially parasitism abilities), leaving the male contributions to adaptive fitness (survival, locomotion, mate search) poorly investigated. Here, we evaluated the toxicity of the spinosyn insecticide spinosad against the South American fruit fly, Anastrepha fraterculus, and we used the parasitoid wasp Diachasmimorpha longicaudata (Ashmead) to evaluate whether sex-linked locomotory and physiological responses would influence the susceptibility of these organisms to spinosad. Our results revealed that D. longicaudata males were significantly more susceptible (median lethal time (LT50) = 24 h) to spinosad than D. longicaudata females (LT50 = 120 h), which may reflect the differences in their locomotory and physiological (e.g., respiratory) responses to mitigate insecticide exposure. Compared to D. longicaudata females, male wasps were lighter (P < 0.001), walked for longer distances (P < 0.001) and periods (P < 0.001), and exhibited higher sensilla densities in their tarsi (P = 0.008), which may facilitate their intoxication with the insecticide. These findings indicate that male parasitoids should not be exempt from insecticide selectivity tests, as these organisms can be significantly more affected by such environmental challenges than their female conspecifics." @default.
• W3017540960 created "2020-05-01" @default.
• W3017540960 creator A5001013872 @default.
• W3017540960 creator A5018896236 @default.
• W3017540960 creator A5056203702 @default.
• W3017540960 creator A5057870396 @default.
• W3017540960 creator A5064835000 @default.
• W3017540960 creator A5082104575 @default.
• W3017540960 date "2020-09-01" @default.
• W3017540960 modified "2023-09-25" @default.
• W3017540960 title "Sex-dependent locomotion and physiological responses shape the insecticidal susceptibility of parasitoid wasps" @default.
• W3017540960 cites W1134707542 @default.
• W3017540960 cites W1520983446 @default.
• W3017540960 cites W1826922928 @default.
• W3017540960 cites W1863688950 @default.
• W3017540960 cites W1865755953 @default.
• W3017540960 cites W1883557756 @default.
• W3017540960 cites W1971021330 @default.
• W3017540960 cites W1972675912 @default.
• W3017540960 cites W1972821356 @default.
• W3017540960 cites W1976745645 @default.
• W3017540960 cites W1985211359 @default.
• W3017540960 cites W1988057804 @default.
• W3017540960 cites W1988787629 @default.
• W3017540960 cites W2021484727 @default.
• W3017540960 cites W2021814361 @default.
• W3017540960 cites W2028541225 @default.
• W3017540960 cites W2033923011 @default.
• W3017540960 cites W2035881567 @default.
• W3017540960 cites W2045042667 @default.
• W3017540960 cites W2045894083 @default.
• W3017540960 cites W2049952475 @default.
• W3017540960 cites W2050762073 @default.
• W3017540960 cites W2066463492 @default.
• W3017540960 cites W2068921410 @default.
• W3017540960 cites W2071611177 @default.
• W3017540960 cites W2075250942 @default.
• W3017540960 cites W2077576305 @default.
• W3017540960 cites W2099007671 @default.
• W3017540960 cites W2102429818 @default.
• W3017540960 cites W2104606043 @default.
• W3017540960 cites W2116907752 @default.
• W3017540960 cites W2118398316 @default.
• W3017540960 cites W2122518338 @default.
• W3017540960 cites W2127121072 @default.
• W3017540960 cites W2134070100 @default.
• W3017540960 cites W2161955428 @default.
• W3017540960 cites W2162548128 @default.
• W3017540960 cites W2169797571 @default.
• W3017540960 cites W2169968401 @default.
• W3017540960 cites W2314942476 @default.
• W3017540960 cites W2324643022 @default.
• W3017540960 cites W2327945671 @default.
• W3017540960 cites W2412151822 @default.
• W3017540960 cites W2509877340 @default.
• W3017540960 cites W2521228133 @default.
• W3017540960 cites W2606546778 @default.
• W3017540960 cites W2617376048 @default.
• W3017540960 cites W2794016318 @default.
• W3017540960 cites W2796222435 @default.
• W3017540960 cites W2800108625 @default.
• W3017540960 cites W2811141169 @default.
• W3017540960 cites W2895848870 @default.
• W3017540960 cites W2910984044 @default.
• W3017540960 cites W2921244094 @default.
• W3017540960 cites W2943875551 @default.
• W3017540960 cites W2949232523 @default.
• W3017540960 cites W2970763049 @default.
• W3017540960 cites W2970833599 @default.
• W3017540960 cites W3002444696 @default.
• W3017540960 cites W623679084 @default.
• W3017540960 doi "https://doi.org/10.1016/j.envpol.2020.114605" @default.
• W3017540960 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32380390" @default.
• W3017540960 hasPublicationYear "2020" @default.
• W3017540960 type Work @default.
• W3017540960 sameAs 3017540960 @default.
• W3017540960 citedByCount "4" @default.
• W3017540960 countsByYear W30175409602021 @default.
• W3017540960 countsByYear W30175409602022 @default.
• W3017540960 crossrefType "journal-article" @default.
• W3017540960 hasAuthorship W3017540960A5001013872 @default.
• W3017540960 hasAuthorship W3017540960A5018896236 @default.
• W3017540960 hasAuthorship W3017540960A5056203702 @default.
• W3017540960 hasAuthorship W3017540960A5057870396 @default.
• W3017540960 hasAuthorship W3017540960A5064835000 @default.
• W3017540960 hasAuthorship W3017540960A5082104575 @default.
• W3017540960 hasConcept C126831891 @default.
• W3017540960 hasConcept C161176658 @default.
• W3017540960 hasConcept C188382862 @default.
• W3017540960 hasConcept C18903297 @default.
• W3017540960 hasConcept C2777612826 @default.
• W3017540960 hasConcept C2777875022 @default.
• W3017540960 hasConcept C2778234367 @default.
• W3017540960 hasConcept C2778260489 @default.
• W3017540960 hasConcept C2778923344 @default.
• W3017540960 hasConcept C2780541402 @default.
• W3017540960 hasConcept C2780653484 @default.
• W3017540960 hasConcept C33070731 @default.

• next