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1Involvement of sweet pepper Ca LOX2 in jasmonate-dependent induced defence against Western flower thrips显示文摘Insect herbivory can seriously hinder plant performance and reduce crop yield. Thrips are minute cell-content-feeding insects that are important vectors of viral plant pathogens, and are serious crop pests. We investigated the role of a sweet pepper (Capsicum annuum) lipoxygenase gene, CaLOX2, in the defense of pepper plants against Western flower thrips (Frankliniella occidentalis). This was done through a combination of in-silico, transcrip-tional, behavioral andchemicalanalyses.Our datashowthat CaLOX2 is involved in jasmonic acid (JA) biosynthesis and mediates plant resistance. Expression of the JA-related marker genes, CaLOX2 and CaPIN II, was induced by thrips feeding. Silencing of CaLOX2 in pepper plants through virus-induced gene silencing (VIGS) resulted in low levels of CaLOX2 transcripts, as well as significant reduction in the accumulation of JA, and its derivatives, upon thrips feeding compared to control plants. CaLOX2-silenced pepper plants exhibited enhanced susceptibility to thrips. This indicates that CaLOX2 mediates JA-dependent signaling, resulting in defenseagainstthrips. Furthermore,exogenous application of JA to pepper plants increased plant resistance to thrips, constrained thrips population development and made plants less attractive to thrips. Thus, a multidisciplinary approach shows that an intact lipoxygenase pathway mediates various components of sweet pepper defense against F. occidentalis.Sandeep J Sarde Klaas Bouwmeester Jhon Venegas-Molina Anja David Wilhelm Boland Marcel Dicke 2019Journal of Integrative Plant Biology2019,61,10:6
2Amorpha-4,11- dienesvn- These: cloning and functional expression of a key enzyme in the biosynthetic pathway of the novel antimalaria drug artemisinin显示文摘Wallwaart T E Bouwmeester H J Hille J 2001Planta2001,21,:1
3Experimental Quantum Teleportation显示文摘BOUWMEESTER D PAN J W MATTLE K 1997Nature1997,,390:1
4Experimental quantum teleportation 显示文摘BOUWMEESTER D PAN J W MATTLE K 1997Nature1997,390,:1
5Experimental quantum teleportation显示文摘Bouwmeester D Pan J W 1997Nature1997,390,:1
6Diagnostic Methods for Vacuum State Estimation显示文摘Damstra G C Merck W F H Bos P J Bouwmeester C E 1998International Symposium on Discharges and Electrical Insulation in Vacuum ISDEIV1998,,2:1
7Dense ceramic membranes for methane conversion显示文摘Bouwmeester H J M 2003Catalysis Today2003,82,14:1
8Biotransformation of limonene by bacteria,fungi,yeasts,and plants显示文摘 Bouwmeester H J Beilen van B 2003Appl Microbiol Biotechnol2003,61,:1
9Experimental quantum teleportation显示文摘Bouwmeester D Pan J W Mattle K 1997Nature1997,390,:1
10Structural analysis of submicrometer LiCoO2 films显示文摘BOUWMAN P J BOUKAMP B A BOUWMEESTER H J M 2001Journal of The Electrochemical Society2001,148,4:1
11Amorpha4,11-dienesynthase: Cloning and functional expression of a key enzyme in the biosynthetic pathway of the novel antimalarial drug artemisinin显示文摘Wallaart TE Bouwmeester H J Hille J 2001Planta2001,,:1
12显示文摘Kruidhof H Bouwmeester H J M Doorn R H E 1993Solid State Ionics1993,6365,:1
13Experimental quantum teleportation显示文摘Bouwmeester D Pan J W Mattle K 1997Nature1997,390,:1
14A simulation model for seasonal changes in dormancy and germination of weed seeds 显示文摘Vleeshouwers L M Bouwmeester H J 2001Seed science research2001,,11:1
15Experimental Entanglement Swapping: Entangling Photons That Never Interacted 显示文摘PAN J W BOUWMEESTER D WEINFURTER H 1998PhysRevLett1998,80,18:1
16First biological measurements of deep-sea corals from the Red Sea显示文摘RODER C BERUMEN M L BOUWMEESTER J PAPATHANASSIOU E ALSUWAILEM A VOOLSTRA C R 2013Scientific Reports2013,3,:1
17Experimental quantum teleportation显示文摘BOUWMEESTER D PAN J V MATTLE K 1997Nature1997,390,:1
18Experiment quantum teleportation显示文摘Bourmeester D Bouwmeester D Pan J W 1997Nature1997,390,:1
19Rate control of ammonia volatilization from rice paddies 显示文摘BOUWMEESTER R J B VELK P L G 1981Atmospheric Environment1981,15,:1
20Identification of the SAAT gene involved in strawberry flavor biogenesis by use of DNA micmarrays显示文摘AHARONI A KEIZER L C BOUWMEESTER H J SUN Z ALVAREZ-HUERTA M VERHOEVEN H A BLASS J VAN HOUWELINGEN A M DE VOS R C VAN DER VOET H JANSEN R C 2000Plant Cell2000,12,5:1
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