2004
DOI: 10.1590/s1519-566x2004000500001
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Heteroptera as vectors of plant pathogens

Abstract: Heterópteros Como Vetores de Patógenos de PlantasRESUMO -A habilidade de insetos picadores-sugadores em transmitir doenças para as plantas está intimamente relacionada ao modo de alimentação e ao tecido alvo. Os percevejos são considerados de importância econômica mínima como vetores de patógenos de plantas, embora tenham comportamento alimentar semelhante aos homópteros. Os modos de alimentação em Heteroptera incluem "dilaceração e bombeamento", penetração intracelular no tecido vascular, e um mecanismo de bo… Show more

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Cited by 114 publications
(87 citation statements)
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References 95 publications
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“…D'autre part, par l'action de l'insecte pendant ses attaques. En effet, Mitchelle (2004) spécifie que les hétéroptères ayant des stylets plus épais que les pucerons et cicadelles, causent des dommages aux tissus végétaux dans lesquels leurs stylets passent pendant leur alimentation. Aussi comme l'a démontré Makambila (1994), P. devastans ayant une salive toxique, injecte lors de sa prise de nourriture une substance qui a une action toxique ou lytique sur les composants cellulaires, menant ainsi à une chute subite de ces cellules.…”
Section: Discussionunclassified
“…D'autre part, par l'action de l'insecte pendant ses attaques. En effet, Mitchelle (2004) spécifie que les hétéroptères ayant des stylets plus épais que les pucerons et cicadelles, causent des dommages aux tissus végétaux dans lesquels leurs stylets passent pendant leur alimentation. Aussi comme l'a démontré Makambila (1994), P. devastans ayant une salive toxique, injecte lors de sa prise de nourriture une substance qui a une action toxique ou lytique sur les composants cellulaires, menant ainsi à une chute subite de ces cellules.…”
Section: Discussionunclassified
“…Lincus apollo Dolling, 1984Coconut Dolling 1984Camargo 1999;Mitchell 2004 Lincus bipunctatus (Spinola, Lincus hebes Rolston, 1989Palm rolston 1989llosa et al 1990 Lincus incisus Rolston, 1983Coconut maCiel et al 2015 Lincus lethifer Dolling, 1984 Coconut andpalm Dolling 1984;perthuis et al 1985;Dollet et al 1993;mitChell 2004 Lincus lobuliger Breddin, 1908Palm Camargo 1990Dollet et al 1993;mitChell 2004 Lincus malevolus Rolston, 1989Palm rolston 1989llosa et al 1990 Lincus Lincus tumidifrons Rolston, 1983Palm Dollet et al 1993mitChell 2004 fatigus they are expanded apically with sinuous anterior margins (Rolston 1983, figs. 10 and 16).…”
Section: Host Plant Referencesmentioning
confidence: 99%
“…Among a diversity of plants serving as shelter and food source for many stink bugs (Pentatomidae), the coconuts and palms frequently receive microorganisms transmitted through the bugs' saliva. Diseases such as the Marchitez sorpresiva in palms (Elaeis guineensis) and the hartrot in coconut (Cocos nucifera) can affect large plantations, harming the production of a great diversity of natural products that maintain the economy in Neotropical countries, especially in the Amazon region (Howard 2001;Araújo et al 2003;Mitchell 2004). The trees usually die two months after the first symptoms of the disease, which includes the progressive browning and desiccation of the leaves, rot of roots and tissues, and the drying and fall of fruits in mature plants (Camargo 1999;Araújo et al 2003).…”
mentioning
confidence: 99%
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“…Benezar and Pessoni (2006) reported the presence of Leptoglossus on fruits of B. coccolobifolia Kunth in an Amazonian savanna in Roraima state in the north of Brazil. Leptoglossus cinctus has also been recorded on Psidium guajava L. (Guava) (Myrtaceae) (Allen, 1969;Schaefer and Mitchell, 1983) and tomatoes (Solanaceae) (Mitchell, 2004), indicating their propensity to attack different families of plants of agricultural importance. Given that other Leptoglossus species are already included in the list of cashew pests, a new record of L. cinctus associated with these plants requires further investigation and risk assessment.…”
mentioning
confidence: 99%