Cooperation, Competition, and Specialized Metabolism in a Simplified Root Nodule Microbiome
Bridget L. Hansen(University of California, Berkeley), Rita de Cássia Pessotti(University of California, Berkeley), Monika Fischer(University of California, Berkeley), Alyssa Collins(University of California, Berkeley), Laila El-Hifnawi(University of California, Berkeley), Mira D. Liu(University of California, Berkeley), Matthew F. Traxler(University of California, Berkeley)
Cited by 61Open Access
Abstract
Microbiomes associated with various plant structures often contain members with the potential to make specialized metabolites, e.g., molecules with antibacterial, antifungal, or siderophore activities. However, when and where microbes associated with plants produce specialized metabolites, and the potential role of these molecules in mediating intramicrobiome interactions, is not well understood. Root nodules of legume plants are organs devoted to hosting symbiotic bacteria that fix atmospheric nitrogen and have recently been shown to harbor a relatively simple accessory microbiome containing members with the ability to produce specialized metabolites in vitro .
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