Matches in SemOpenAlex for { <https://semopenalex.org/work/W1947046545> ?p ?o ?g. }
- W1947046545 endingPage "607" @default.
- W1947046545 startingPage "597" @default.
- W1947046545 abstract "Abstract Plants frequently engage in simultaneous interactions with diverse classes of biotic antagonists. Differential induction of plant defence pathways by these antagonists, and interactions between pathways, can have important ecological implications; however, these effects are currently not well understood. We explored how Tomato yellow leaf curl virus (TYLCV) influenced the performance of its vector ( Bemisia tabaci ) and a non‐vector herbivore ( Tetranychus urticae ) occurring separately or together on tomato plants ( Solanum lycopersicum ). TYLCV enhanced the performance of B . tabaci , although this effect was statistically significant only in the absence of T . urticae , which adversely affected B . tabaci performance regardless of infection status. In contrast, the performance of T . urticae was enhanced (only) by the combined presence of TYLCV and B . tabaci . Analyses of phytohormone levels and defence gene expression in wild‐type tomatoes and various plant‐defence mutants indicate that the enhancement of herbivore performance (for each species) entails the disruption of downstream defences in the jasmonic acid (JA) pathway. For T . urticae , this disruption appears to involve antagonistic effects of salicylic acid (SA), which is cumulatively induced to high levels by B . tabaci and TYLCV. In contrast, TYLCV was found to suppress JA‐mediated responses to B . tabaci via mechanisms independent of SA." @default.
- W1947046545 created "2016-06-24" @default.
- W1947046545 creator A5024508297 @default.
- W1947046545 creator A5041909276 @default.
- W1947046545 creator A5045550508 @default.
- W1947046545 creator A5046006764 @default.
- W1947046545 creator A5046822662 @default.
- W1947046545 creator A5059408357 @default.
- W1947046545 creator A5065618924 @default.
- W1947046545 creator A5072459701 @default.
- W1947046545 date "2016-01-05" @default.
- W1947046545 modified "2023-10-16" @default.
- W1947046545 title "<i>Tomato yellow leaf curl virus</i> differentially influences plant defence responses to a vector and a non‐vector herbivore" @default.
- W1947046545 cites W1513583702 @default.
- W1947046545 cites W1576318946 @default.
- W1947046545 cites W1711237433 @default.
- W1947046545 cites W1796479192 @default.
- W1947046545 cites W1905103264 @default.
- W1947046545 cites W1965803551 @default.
- W1947046545 cites W1977281265 @default.
- W1947046545 cites W1978682175 @default.
- W1947046545 cites W1985762064 @default.
- W1947046545 cites W1987150289 @default.
- W1947046545 cites W1989442902 @default.
- W1947046545 cites W1991609873 @default.
- W1947046545 cites W1993551939 @default.
- W1947046545 cites W2006589781 @default.
- W1947046545 cites W2007415935 @default.
- W1947046545 cites W2013602706 @default.
- W1947046545 cites W2015093777 @default.
- W1947046545 cites W2016230149 @default.
- W1947046545 cites W2022896353 @default.
- W1947046545 cites W2022941371 @default.
- W1947046545 cites W2027940419 @default.
- W1947046545 cites W2041614872 @default.
- W1947046545 cites W2043590528 @default.
- W1947046545 cites W2044807328 @default.
- W1947046545 cites W2047630927 @default.
- W1947046545 cites W2067390206 @default.
- W1947046545 cites W2071822751 @default.
- W1947046545 cites W2074560164 @default.
- W1947046545 cites W2075203565 @default.
- W1947046545 cites W2096354464 @default.
- W1947046545 cites W2097114539 @default.
- W1947046545 cites W2099229385 @default.
- W1947046545 cites W2102050512 @default.
- W1947046545 cites W2104876262 @default.
- W1947046545 cites W2106795112 @default.
- W1947046545 cites W2107176723 @default.
- W1947046545 cites W2109047372 @default.
- W1947046545 cites W2109561261 @default.
- W1947046545 cites W2110661595 @default.
- W1947046545 cites W2113574926 @default.
- W1947046545 cites W2113897589 @default.
- W1947046545 cites W2113926663 @default.
- W1947046545 cites W2118672648 @default.
- W1947046545 cites W2120711398 @default.
- W1947046545 cites W2120808381 @default.
- W1947046545 cites W2122678977 @default.
- W1947046545 cites W2125720488 @default.
- W1947046545 cites W2133776417 @default.
- W1947046545 cites W2135257044 @default.
- W1947046545 cites W2137980122 @default.
- W1947046545 cites W2142310473 @default.
- W1947046545 cites W2147390135 @default.
- W1947046545 cites W2147936957 @default.
- W1947046545 cites W2148148254 @default.
- W1947046545 cites W2150207743 @default.
- W1947046545 cites W2150489901 @default.
- W1947046545 cites W2156498074 @default.
- W1947046545 cites W2158766157 @default.
- W1947046545 cites W2162327789 @default.
- W1947046545 cites W2167569170 @default.
- W1947046545 cites W2169482061 @default.
- W1947046545 cites W2170331116 @default.
- W1947046545 cites W2171788269 @default.
- W1947046545 cites W631094722 @default.
- W1947046545 doi "https://doi.org/10.1111/pce.12650" @default.
- W1947046545 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26436779" @default.
- W1947046545 hasPublicationYear "2016" @default.
- W1947046545 type Work @default.
- W1947046545 sameAs 1947046545 @default.
- W1947046545 citedByCount "50" @default.
- W1947046545 countsByYear W19470465452016 @default.
- W1947046545 countsByYear W19470465452017 @default.
- W1947046545 countsByYear W19470465452018 @default.
- W1947046545 countsByYear W19470465452019 @default.
- W1947046545 countsByYear W19470465452020 @default.
- W1947046545 countsByYear W19470465452021 @default.
- W1947046545 countsByYear W19470465452022 @default.
- W1947046545 countsByYear W19470465452023 @default.
- W1947046545 crossrefType "journal-article" @default.
- W1947046545 hasAuthorship W1947046545A5024508297 @default.
- W1947046545 hasAuthorship W1947046545A5041909276 @default.
- W1947046545 hasAuthorship W1947046545A5045550508 @default.
- W1947046545 hasAuthorship W1947046545A5046006764 @default.
- W1947046545 hasAuthorship W1947046545A5046822662 @default.
- W1947046545 hasAuthorship W1947046545A5059408357 @default.