作者
Matthew T Kasson, Kerry O’Donnell, Alejandro P Rooney, Stacy Sink, Randy C Ploetz, Jill N Ploetz, Joshua L Konkol, Daniel Carrillo, Stanley Freeman, Zvi Mendel, Jason A Smith, Adam W Black, Jiri Hulcr, Craig Bateman, Kristyna Stefkova, Paul R Campbell, Andrew DW Geering, Elizabeth K Dann, Akif Eskalen, Keerthi Mohotti, Dylan PG Short, Takayuki Aoki, Kristi A Fenstermacher, Donald D Davis, David M Geiser
发表日期
2013/7/1
期刊
Fungal Genetics and Biology
卷号
56
页码范围
147-157
出版商
Academic Press
简介
Ambrosia beetle fungiculture represents one of the most ecologically and evolutionarily successful symbioses, as evidenced by the 11 independent origins and 3500 species of ambrosia beetles. Here we document the evolution of a clade within Fusarium associated with ambrosia beetles in the genus Euwallacea (Coleoptera: Scolytinae). Ambrosia Fusarium Clade (AFC) symbionts are unusual in that some are plant pathogens that cause significant damage in naïve natural and cultivated ecosystems, and currently threaten avocado production in the United States, Israel and Australia. Most AFC fusaria produce unusual clavate macroconidia that serve as a putative food source for their insect mutualists. AFC symbionts were abundant in the heads of four Euwallacea spp., which suggests that they are transported within and from the natal gallery in mandibular mycangia. In a four-locus phylogenetic analysis, the AFC …
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