Commensal microbiota modulates larval foraging behaviour, development rate and pupal production in Bactrocera tryoni

共生微生物群调节澳洲实蝇幼虫的觅食行为、发育速度和蛹的产生

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作者:Juliano Morimoto, Binh Nguyen, Shabnam T Tabrizi, Ida Lundbäck, Phillip W Taylor, Fleur Ponton, Toni A Chapman

Conclusion

The integrity of the microbiota early in life is important for larval foraging behaviour, development time to pupation, and pupal production in Qflies. These findings highlight the complexity of microbial relations in this species, and provide insights to the importance of exposure to microbial communities during laboratory- or mass-rearing of tephritid fruit flies.

Results

Both vertically and horizontally acquired microbiota were required to maximise pupal production in Qfly. Moreover, larvae exposed to both vertically and horizontally acquired microbiota pupated sooner than those exposed to no microbiota, or only to horizontally acquired microbiota. Larval foraging behaviour was also influenced by both vertically and horizontally acquired microbiota. Larvae from treatments exposed to neither vertically nor horizontally acquired microbiota spent more time overall on foraging patches than did larvae of other treatments, and most notably had greater preference for diets with extreme protein or sugar compositions.

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