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- 01GMWG4SWH5YSPW5JT944D4YA5 classification A1.
- 01GMWG4SWH5YSPW5JT944D4YA5 date "2022".
- 01GMWG4SWH5YSPW5JT944D4YA5 language "eng".
- 01GMWG4SWH5YSPW5JT944D4YA5 type journalArticle.
- 01GMWG4SWH5YSPW5JT944D4YA5 hasPart 01GMWGFDMPYWX5X28M9CEJTWHM.pdf.
- 01GMWG4SWH5YSPW5JT944D4YA5 subject "Biology and Life Sciences".
- 01GMWG4SWH5YSPW5JT944D4YA5 doi "10.3389/fpls.2022.1008980".
- 01GMWG4SWH5YSPW5JT944D4YA5 issn "1664-462X".
- 01GMWG4SWH5YSPW5JT944D4YA5 volume "13".
- 01GMWG4SWH5YSPW5JT944D4YA5 abstract "Pseudomonas fuscovaginae is the most prominent bacterial sheath rot pathogen, causing sheath brown rot disease in rice. This disease occurs worldwide and it is characterized by typical necrotic lesions on the sheath, as well as a reduction in the number of emitted panicles and filled grains. P. fuscovaginae has been shown to produce syringotoxin and fuscopeptin cyclic lipopeptides (CLPs), which have been linked to pathogenicity. In this study, we investigated the role of P. fuscovaginae UPB0736 CLPs in plant pathogenicity, antifungal activity and swarming motility. To do so, we sequenced the strain to obtain a single-contig genome and we constructed deletion mutants in the biosynthetic gene clusters responsible for the synthesis of CLPs. We show that UPB0736 produces a third CLP of 13 amino acids, now named asplenin, and we link this CLP with the swarming activity of the strain. We could then show that syringotoxin is particularly active against Rhizoctonia solani in vitro. By testing the mutants in planta we investigated the role of both fuscopeptin and syringotoxin in causing sheath rot lesions. We proved that the presence of these two CLPs considerably affected the number of emitted panicles, although their number was still significantly affected in the mutants deficient in both fuscopeptin and syringotoxin. These results reveal the importance of CLPs in P. fuscovaginae pathogenicity, but also suggest that other pathogenicity factors may be involved.".
- 01GMWG4SWH5YSPW5JT944D4YA5 author 49888F04-1402-11E7-BCE1-5E52AE28A064.
- 01GMWG4SWH5YSPW5JT944D4YA5 author 9d6f16b1-6a61-11eb-a984-99abf1012083.
- 01GMWG4SWH5YSPW5JT944D4YA5 author C84906EE-C40F-11E7-8FA6-C3EEAD28A064.
- 01GMWG4SWH5YSPW5JT944D4YA5 author F478C59C-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GMWG4SWH5YSPW5JT944D4YA5 author urn:uuid:150594fe-5cbd-4c49-a386-1b376b24a1fe.
- 01GMWG4SWH5YSPW5JT944D4YA5 author urn:uuid:38cdcccb-6025-4dc4-b496-b38d1bbbec78.
- 01GMWG4SWH5YSPW5JT944D4YA5 author urn:uuid:689d2c87-9005-42b6-89f5-7ed3269efc29.
- 01GMWG4SWH5YSPW5JT944D4YA5 author urn:uuid:726d56ce-3e20-4ea2-bb4d-142f04dcef0a.
- 01GMWG4SWH5YSPW5JT944D4YA5 author urn:uuid:a081890f-88cb-4265-b220-07383c5408b1.
- 01GMWG4SWH5YSPW5JT944D4YA5 author urn:uuid:db1545ad-695d-4494-a437-ab0b053cc29d.
- 01GMWG4SWH5YSPW5JT944D4YA5 dateCreated "2022-12-22T08:45:37Z".
- 01GMWG4SWH5YSPW5JT944D4YA5 dateModified "2024-10-29T08:50:22Z".
- 01GMWG4SWH5YSPW5JT944D4YA5 name "Versatile role of Pseudomonas fuscovaginae cyclic lipopeptides in plant and microbial interactions".
- 01GMWG4SWH5YSPW5JT944D4YA5 pagination urn:uuid:5ed12e4d-c8c6-4164-8e23-dd08f93585b6.
- 01GMWG4SWH5YSPW5JT944D4YA5 sameAs LU-01GMWG4SWH5YSPW5JT944D4YA5.
- 01GMWG4SWH5YSPW5JT944D4YA5 sourceOrganization urn:uuid:039e74d0-79d1-4bbc-80f6-5eec8c1ac658.
- 01GMWG4SWH5YSPW5JT944D4YA5 type A1.