Publication | Open Access
Insect Footsteps on Leaves Stimulate the Accumulation of 4-Aminobutyrate and Can Be Visualized through Increased Chlorophyll Fluorescence and Superoxide Production
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Citations
23
References
2002
Year
EngineeringBotanyEntomologySimple Non-wounding CrawlingPhototropinBiosynthesisPlant Defence ActivatorInsect HerbivoryInsect FootstepsPhotosynthesisBiochemistryPlant-insect InteractionPhotomorphogenesisPest ManagementWound-induced Proteinase InhibitorsLeaves StimulateBiologyPlant-parasite CoevolutionNatural SciencesPhysiologyInduced ResistanceSuperoxide ProductionMicrobiologySymbiosisPlant Physiology
A substantial literature has demonstrated that within 2 to 3 h of insect herbivory or mechanical damage, plants synthesize wound-induced proteinase inhibitors that inhibit digestion ([Bergey et al., 1996][1]; [Ryan, 2000][2]). In contrast, we demonstrate here that the simple non-wounding crawling of
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