Effects of bacterial endophytes on plant-insect interactions
Abstract
Insects must interact with bacterial endophytes when sharing a common host. To test the hypothesis that larvae of Scaptomyza nigrita detects and prefers Cardamine cordifolia infected with different strains of Pseudomonas bacteria. Thus, unitizing the JA/SA induced antagonism. When given the choice between an infected leaf and a non-‐infected leaf, larvae demonstrated a significant preference towards leaves infected with Pseudomonas bacteria. Plants in which leaves were treated with Pseudomonas strains showed a significant reduction in chlorophyll content. Suggesting that larval preference correlates with the effect the bacterium has on its host plant.
Local Knowledge Graph (8 entities)
Knowledge graph centered on Effects of bacterial endophytes on plant-insect in with 9 nodes and 20 connections. Top connected: neighborhood effects, Grasshopper feeding bioassay for plant defense, chlorophyll content, SPAD chlorophyll measurement, jasmonic acid-salicylic acid crosstalk.
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References (11)
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