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To Feed or Not to Feed: Plant Factors Located in the Epidermis Mesophyll and Sieve Elements Influence Pea Aphid’s Ability to Feed on Legume Species

机译:进食或不进食:表皮叶肉和筛分元素中的植物因子影响豌豆蚜虫进食豆类物种的能力

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摘要

The pea aphid (Acyrthosiphon pisum Harris), a legume specialist, encompasses at least 11 genetically distinct sympatric host races. Each host race shows a preference for a certain legume species. Six pea aphid clones from three host races were used to localize plant factors influencing aphid probing and feeding behavior on four legume species. Aphid performance was tested by measuring survival and growth. The location of plant factors influencing aphid probing and feeding was determined using the electrical penetration graph (EPG) technique. Every aphid clone performed best on the plant species from which it was originally collected, as well as on Vicia faba. On other plant species, clones showed intermediate or poor performance. The most important plant factors influencing aphid probing and feeding behavior were localized in the epidermis and sieve elements. Repetitive puncturing of sieve elements might be relevant for establishing phloem feeding, since feeding periods appear nearly exclusively after these repetitive sieve element punctures. A combination of plant factors influences the behavior of pea aphid host races on different legume species and likely contributes to the maintenance of these races.
机译:豆科植物专科植物豌豆蚜虫(Acyrthosiphon pisum Harris)包含至少11个在基因上不同的同胞寄主种族。每个宿主种族都偏爱某种豆科植物。使用来自三个寄主种族的六个豌豆蚜虫克隆来定位影响四种豆科植物的蚜虫探测和取食行为的植物因子。通过测量生存和生长来测试蚜虫的性能。使用电渗透图(EPG)技术确定影响蚜虫探测和进食的植物因子的位置。每个蚜虫克隆在最初收集其的植物物种以及蚕豆上均表现最佳。在其他植物物种上,克隆表现出中等或较差的表现。影响蚜虫探测和进食行为的最重要植物因子位于表皮和筛子元素中。筛网元件的重复穿刺可能与韧皮部的进食有关,因为进食期几乎完全在这些重复的筛网元件穿刺之后出现。植物因素的组合影响豌豆蚜虫宿主种族在不同豆类物种上的行为,并可能有助于维持这些种族。

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