Matches in SemOpenAlex for { <https://semopenalex.org/work/W4283736070> ?p ?o ?g. }
- W4283736070 endingPage "4396" @default.
- W4283736070 startingPage "4388" @default.
- W4283736070 abstract "Arbuscular mycorrhizal fungi (AMF) are soil-borne microorganisms that establish mutualistic associations with roots of most terrestrial plants. This symbiosis results in nutritional and defensive benefits to the host plant, usually conferring protection against biotic stresses, but its indirect impact on third trophic levels is still unknown. In the present work, we explore whether the symbiosis of tomato plants with Funneliformis mosseae (and/or exposition to herbivory) influences the interaction of the generalist pest Spodoptera exigua (Lepidoptera: Noctuidae) with bacterial (Bacillus thuringiensis) and viral (baculovirus, SeMNPV) natural entomopathogens.Symbiosis with AMF and previous herbivory reduces the relative growth of S. exigua, increases its susceptibility to a sublethal dose of B. thuringiensis and has positive or neutral impact on the lethality of SeMNPV. Reduction of the phenoloxidase activity, a marker of the insect immune response, was associated with the larval feeding on plant material previously exposed to herbivory but not to the AMF. In addition, no changes in the insect gut microbiota could be associated with the observed changes in larval growth and susceptibility to the entomopathogens.Our findings provide the first evidence of compatibility of AMF symbiosis in tomato with the use of bacterial and viral entomopathogens, contributing to the development of novel approaches to combine the beneficial effect of AMF and entomopathogens in biological pest control. © 2022 The Authors. Pest Management Science published by John Wiley & Sons Ltd on behalf of Society of Chemical Industry." @default.
- W4283736070 created "2022-07-01" @default.
- W4283736070 creator A5021506673 @default.
- W4283736070 creator A5050261465 @default.
- W4283736070 creator A5051334912 @default.
- W4283736070 creator A5056000940 @default.
- W4283736070 creator A5074373667 @default.
- W4283736070 creator A5087724635 @default.
- W4283736070 date "2022-07-20" @default.
- W4283736070 modified "2023-10-16" @default.
- W4283736070 title "Compatibility of mycorrhiza‐induced resistance with viral and bacterial entomopathogens in the control of <i>Spodoptera exigua</i> in tomato" @default.
- W4283736070 cites W119307979 @default.
- W4283736070 cites W133779161 @default.
- W4283736070 cites W152409682 @default.
- W4283736070 cites W159229853 @default.
- W4283736070 cites W1854788933 @default.
- W4283736070 cites W1898621452 @default.
- W4283736070 cites W1970663571 @default.
- W4283736070 cites W1975290425 @default.
- W4283736070 cites W1976969939 @default.
- W4283736070 cites W1977753014 @default.
- W4283736070 cites W1980440606 @default.
- W4283736070 cites W1993138539 @default.
- W4283736070 cites W1997579211 @default.
- W4283736070 cites W1999701160 @default.
- W4283736070 cites W2003734402 @default.
- W4283736070 cites W2007768935 @default.
- W4283736070 cites W2008418661 @default.
- W4283736070 cites W2009309515 @default.
- W4283736070 cites W2017387862 @default.
- W4283736070 cites W2026917038 @default.
- W4283736070 cites W2030690496 @default.
- W4283736070 cites W2037812045 @default.
- W4283736070 cites W2038507580 @default.
- W4283736070 cites W2050628739 @default.
- W4283736070 cites W2051775778 @default.
- W4283736070 cites W2072970694 @default.
- W4283736070 cites W2080541943 @default.
- W4283736070 cites W2085349564 @default.
- W4283736070 cites W2086023995 @default.
- W4283736070 cites W2094231428 @default.
- W4283736070 cites W2101035484 @default.
- W4283736070 cites W2108160961 @default.
- W4283736070 cites W210896616 @default.
- W4283736070 cites W2114705684 @default.
- W4283736070 cites W2118834698 @default.
- W4283736070 cites W2121180999 @default.
- W4283736070 cites W2123896318 @default.
- W4283736070 cites W2125444963 @default.
- W4283736070 cites W2132439655 @default.
- W4283736070 cites W2139436043 @default.
- W4283736070 cites W2142666031 @default.
- W4283736070 cites W2144105873 @default.
- W4283736070 cites W2144282014 @default.
- W4283736070 cites W2152208995 @default.
- W4283736070 cites W2153667519 @default.
- W4283736070 cites W2153947426 @default.
- W4283736070 cites W2155709920 @default.
- W4283736070 cites W2155782878 @default.
- W4283736070 cites W2166505257 @default.
- W4283736070 cites W2169644370 @default.
- W4283736070 cites W2170402252 @default.
- W4283736070 cites W2170891360 @default.
- W4283736070 cites W2173760449 @default.
- W4283736070 cites W2222914455 @default.
- W4283736070 cites W2257354967 @default.
- W4283736070 cites W2312750125 @default.
- W4283736070 cites W2333483144 @default.
- W4283736070 cites W2336692728 @default.
- W4283736070 cites W2480556983 @default.
- W4283736070 cites W2517769616 @default.
- W4283736070 cites W2553014646 @default.
- W4283736070 cites W2555293399 @default.
- W4283736070 cites W2585093083 @default.
- W4283736070 cites W2607450865 @default.
- W4283736070 cites W2743360601 @default.
- W4283736070 cites W2773567268 @default.
- W4283736070 cites W2787156591 @default.
- W4283736070 cites W2788299962 @default.
- W4283736070 cites W2835959091 @default.
- W4283736070 cites W2897106220 @default.
- W4283736070 cites W2916551902 @default.
- W4283736070 cites W2921572137 @default.
- W4283736070 cites W2962962223 @default.
- W4283736070 cites W2966460222 @default.
- W4283736070 cites W2968025528 @default.
- W4283736070 cites W3003948818 @default.
- W4283736070 cites W3012448492 @default.
- W4283736070 cites W3022925141 @default.
- W4283736070 cites W3039260764 @default.
- W4283736070 cites W3122337947 @default.
- W4283736070 cites W3128306458 @default.
- W4283736070 cites W3142318815 @default.
- W4283736070 cites W3156238612 @default.
- W4283736070 cites W3171775315 @default.
- W4283736070 cites W647047921 @default.
- W4283736070 cites W774460 @default.
- W4283736070 doi "https://doi.org/10.1002/ps.7058" @default.