The Participation of salicylic and jasmonic acids in genetic and induced resistance of tomato to Meloidogyne incognita (Kofoid and White, 1919)

Aboveground herbivory induced jasmonates disproportionately reduce plant reproductive potential by facilitating root nematode infestation

“…Jasmonates have been suggested to regulate plant‐mediated interactions between above and below ground herbivores (Erb, Lenk, Degenhardt, & Turlings, ; Erb, Ton, Degenhardt, & Turlings, ; Papadopoulou & van Dam, ; van Dam & Heil, ; van Dam & Oomen, ). Foliar jasmonate treatments reduce gall formation by root parasitic nematodes in tomato (Bhattarai et al, ; Cooper, Jia, & Goggin, ; Fan et al, ; Fujimoto et al, ; Zinovieva, Vasyukova, Udalova, & Gerasimova, ), rice (Kyndt et al, ; Nahar, Kyndt, de Vleesschauwer, Höfte, & Gheysen, ), soybean (Hu, You, Li, Hua, & Wang, ), oat (Soriano, Asenstorfer, Schmidt, & Riley, ), and thale cress (Gleason, Leelarasamee, Meldau, & Feussner, ; Ozalvo et al, ). Genetic approaches also show that jasmonate signalling can decrease plant susceptibility to root nematodes (Kammerhofer et al, ; Nahar et al, ; Ozalvo et al, ), albeit with some exceptions (Gao et al, ).…”

“…. Foliar jasmonate treatments reduce gall formation by root parasitic nematodes in tomato (Bhattarai et al, 2008;Cooper, Jia, & Goggin, 2005;Fan et al, 2015;Fujimoto et al, 2011;Zinovieva, Vasyukova, Udalova, & Gerasimova, 2013), rice (Kyndt et al, 2017;Nahar, Kyndt, de Vleesschauwer, Höfte, & Gheysen, 2011), soybean (Hu, You, Li, Hua, & Wang, 2017), oat (Soriano, Asenstorfer, Schmidt, & Riley, 2004), and thale cress (Gleason, Leelarasamee, Meldau, & Feussner, 2016;Ozalvo et al, 2014). Genetic approaches also show that jasmonate signalling can decrease plant susceptibility to root nematodes (Kammerhofer et al, 2015;Nahar et al, 2011;Ozalvo et al, 2014), albeit with some exceptions (Gao et al, 2008).…”

Sustainable Horticultural Systems

“…There are two recognized types of induced resistance, systemic acquired resistance (SAR) and induced systemic resistance (ISR) that are differentiated by their signal transduction pathways (van Loon et al 1998). These induced resistances often lead to the systemic expression of a broad spectrum and long lasting disease resistance that is efficient against bacteria, fungi, Oomycetes, nematodes, viruses (Durrant and Dong 2004;Zinovieva et al 2013) as well as insect transmitted viruses (Zehnder et al 2000). ISR occurs not only in place of an elicitor exposition or a penetration of the pathogen (local resistance), but also in remote areas of the plant induced systemic resistance.…”

“…ISR occurs not only in place of an elicitor exposition or a penetration of the pathogen (local resistance), but also in remote areas of the plant induced systemic resistance. ISR in plants activate the same defense mechanisms that operate in genetically determined resistance, but unlike this degree of protection, usually, it does not exceed 30 % of the regular host plant resistance (Zinovieva et al 2013). Nonethe-less, it still provides a form of plant disease management that would reduce risk to the environment and be more compatible with sustainable pest management.…”

Meloidogyne incognita and melon plants: host status, induced resistance and biological control

“…Biological control and induced resistance are already known in the scientific literature, with some promising results on reducing the root-knot nematode reproduction and its symptoms on several crops (Zinovieva et al, 2013;Owen et al, 2002;Chinnasri et al, 2003), including C. melo. Regarding biological control agents, several commercial products are available on the Brazilian market, based upon, for example, Pochonia chlamydosporia, Paecilomyces lilacinus and Bacillus spp., (AGROFIT, 2018).…”