posted on 2024-06-11, 06:12authored byUniversity of California at Riverside
Globally, citrus is threatened by Huanglongbing and the lack of effective and sustainable control measures is a major concern of the citriculture industry. There is compelling evidence that the health of plant is a function of the structure and activities of its associated microbiome. In this study, we characterized the culturable microbiome. Furthermore, using a culturable surrogate bacterium, Liberibacter crescens, for the unculturable HLB-associated bacterium, Candidatus Liberibacter asiaticus (CLas), we tested the hypothesis that members of the citrus microbiome produce potential anti-CLas metabolites. A sub-set of the isolates obtained from the citrus microbiome inhibited L. crescens in an agar-diffusion inhibition assay developed as part of this study. This work serves as a foundation for unraveling the intricate chemistries of the citrus microbiome to begin to understand functional roles of the citrus microbiota with the long-term goal of developing anti-CLas bioinoculants that are sustainable in the citrus system.
Funding
National Institute of Food and Agriculture, 0233883
National Institute of Food and Agriculture, 1002710
National Institute of Food and Agriculture, 1018010
National Institute of Food and Agriculture, 2017-70016-26053
Citrus Research Board, 5300-164
National Science Foundation, NSF DGE-1326120
California Department of Food and Agriculture, SCB16056
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