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- 01JHFMJ7X8RPTY9P0WDBD98TEF classification A1.
- 01JHFMJ7X8RPTY9P0WDBD98TEF date "2025".
- 01JHFMJ7X8RPTY9P0WDBD98TEF language "eng".
- 01JHFMJ7X8RPTY9P0WDBD98TEF type journalArticle.
- 01JHFMJ7X8RPTY9P0WDBD98TEF hasPart 01JHFMW38CV6GVBHWFVNDK6TEW.pdf.
- 01JHFMJ7X8RPTY9P0WDBD98TEF hasPart 01JKQM7B9KX7J9F9RK8HNCF9PT.pdf.
- 01JHFMJ7X8RPTY9P0WDBD98TEF subject "Biology and Life Sciences".
- 01JHFMJ7X8RPTY9P0WDBD98TEF doi "10.1021/acs.jproteome.4c00757".
- 01JHFMJ7X8RPTY9P0WDBD98TEF issn "1535-3893".
- 01JHFMJ7X8RPTY9P0WDBD98TEF issn "1535-3907".
- 01JHFMJ7X8RPTY9P0WDBD98TEF issue "2".
- 01JHFMJ7X8RPTY9P0WDBD98TEF volume "24".
- 01JHFMJ7X8RPTY9P0WDBD98TEF abstract "Proteomics has become a powerful approach for the identification and characterization of type III effectors (T3Es). Members of the Ralstonia solanacearum species complex (RSSC) deploy T3Es to manipulate host cells and to promote root infection of, among others, a wide range of solanaceous plants such as tomato, potato, and tobacco. Here, we used TurboID-mediated proximity labeling (PL) in tomato hairy root cultures to explore the proxeomes of the core RSSC T3Es RipU, RipD, and RipB. The RipU proxeome was enriched for multiple protein kinases, suggesting a potential impact on the two branches of the plant immune surveillance system, being the membrane-localized PAMP-triggered immunity (PTI) and the RIN4-dependent effector-triggered immunity (ETI) complexes. In agreement, a transcriptomics analysis in tomato revealed the potential involvement of RipU in modulating reactive oxygen species (ROS) signaling. The proxeome of RipB was putatively enriched for mitochondrial and chloroplast proteins and that of RipD for proteins potentially involved in the endomembrane system. Together, our results demonstrate that TurboID-PL in tomato hairy roots represents a promising tool to study Ralstonia T3E targets and functioning and that it can unravel potential host processes that can be hijacked by the bacterial pathogen.".
- 01JHFMJ7X8RPTY9P0WDBD98TEF author 8C8E7F62-B25E-11E6-B104-2D2FD0AF0289.
- 01JHFMJ7X8RPTY9P0WDBD98TEF author 9F75970C-1EEF-11E2-A298-0C6810BDE39D.
- 01JHFMJ7X8RPTY9P0WDBD98TEF author B7B7B0DA-10F6-11E3-9BFC-607B10BDE39D.
- 01JHFMJ7X8RPTY9P0WDBD98TEF author F49A9C58-F0ED-11E1-A9DE-61C894A0A6B4.
- 01JHFMJ7X8RPTY9P0WDBD98TEF author F4DD13EE-F0ED-11E1-A9DE-61C894A0A6B4.
- 01JHFMJ7X8RPTY9P0WDBD98TEF author F663B510-F0ED-11E1-A9DE-61C894A0A6B4.
- 01JHFMJ7X8RPTY9P0WDBD98TEF author FBF83A50-F0ED-11E1-A9DE-61C894A0A6B4.
- 01JHFMJ7X8RPTY9P0WDBD98TEF author urn:uuid:64e20372-1fa4-44a9-9758-c3cdd404dc97.
- 01JHFMJ7X8RPTY9P0WDBD98TEF author urn:uuid:f4b5737b-491c-41a3-bcd5-ce9f3c6ce8a7.
- 01JHFMJ7X8RPTY9P0WDBD98TEF dateCreated "2025-01-13T10:50:15Z".
- 01JHFMJ7X8RPTY9P0WDBD98TEF dateModified "2025-03-06T08:21:14Z".
- 01JHFMJ7X8RPTY9P0WDBD98TEF name "Exploring the tomato root protein network exploited by core type 3 effectors from the Ralstonia solanacearum species complex".
- 01JHFMJ7X8RPTY9P0WDBD98TEF pagination urn:uuid:56b93386-e90b-418c-882c-381dfee6ef4e.
- 01JHFMJ7X8RPTY9P0WDBD98TEF sameAs LU-01JHFMJ7X8RPTY9P0WDBD98TEF.
- 01JHFMJ7X8RPTY9P0WDBD98TEF sourceOrganization urn:uuid:819fe56d-7e1e-45f8-86ad-f8a2c193a953.
- 01JHFMJ7X8RPTY9P0WDBD98TEF sourceOrganization urn:uuid:c6019ea3-04c5-4c47-ad55-2f691d9300ef.
- 01JHFMJ7X8RPTY9P0WDBD98TEF sourceOrganization urn:uuid:d42a9da5-a44b-4a28-be7c-cc99aa5bdf17.
- 01JHFMJ7X8RPTY9P0WDBD98TEF type A1.