Matches in SemOpenAlex for { <https://semopenalex.org/work/W3088474191> ?p ?o ?g. }
- W3088474191 endingPage "109" @default.
- W3088474191 startingPage "100" @default.
- W3088474191 abstract "Potato (Solanum tuberosum L.) is the primary vegetable crop consumed worldwide and is largely affected by bacterial pathogens that can cause soft rot and blackleg disease. Recently, resistance to these diseases has been identified in the wild potato S. chacoense, and the mechanism of resistance is unknown. Here, it was hypothesized that S. chacoense stems or tubers have unique chemistry that confers resistance to the pathogen Pectobacterium brasiliense through bactericidal, bacteriostatic, or antivirulence activity. Stem and tuber metabolite extracts were collected from S. chacoense and tested for effects on Pectobacterium bacterial multiplication rates, and activity and expression of known exoenzymes and virulence genes using S. tuberosum extracts as a comparative control. Comparatively, the S. chacoense extracts did not affect bacterial multiplication rate; however, they did reduce pectinase, cellulase, and protease activities. The chemical extracts were profiled using a bioassay-guided fractionation, and a nontargeted metabolomics comparison of S. chacoense and S. tuberosum stems and tubers was performed. The data showed that selected alkaloids, phenolic amines, phenols, amines, and peptides are integrative chemical sources of resistance against the bacteria. [Formula: see text] Copyright © 2021 The Author(s). This is an open access article distributed under the CC BY-NC-ND 4.0 International license ." @default.
- W3088474191 created "2020-10-01" @default.
- W3088474191 creator A5040276204 @default.
- W3088474191 creator A5046034303 @default.
- W3088474191 creator A5048292940 @default.
- W3088474191 creator A5073386837 @default.
- W3088474191 date "2021-01-01" @default.
- W3088474191 modified "2023-09-24" @default.
- W3088474191 title "Metabolites from Wild Potato Inhibit Virulence Factors of the Soft Rot and Blackleg Pathogen <i>Pectobacterium brasiliense</i>" @default.
- W3088474191 cites W1509095588 @default.
- W3088474191 cites W1579340991 @default.
- W3088474191 cites W1915578613 @default.
- W3088474191 cites W1964010911 @default.
- W3088474191 cites W1987155092 @default.
- W3088474191 cites W1994426926 @default.
- W3088474191 cites W2010240511 @default.
- W3088474191 cites W2011805090 @default.
- W3088474191 cites W2012331775 @default.
- W3088474191 cites W2014547584 @default.
- W3088474191 cites W2015503332 @default.
- W3088474191 cites W2034152254 @default.
- W3088474191 cites W2051740494 @default.
- W3088474191 cites W2060835320 @default.
- W3088474191 cites W2076230758 @default.
- W3088474191 cites W2076654662 @default.
- W3088474191 cites W2083671611 @default.
- W3088474191 cites W2098894017 @default.
- W3088474191 cites W2106476822 @default.
- W3088474191 cites W2108287336 @default.
- W3088474191 cites W2109843533 @default.
- W3088474191 cites W2110685213 @default.
- W3088474191 cites W2118659751 @default.
- W3088474191 cites W2119703236 @default.
- W3088474191 cites W2130307804 @default.
- W3088474191 cites W2136294927 @default.
- W3088474191 cites W2146551890 @default.
- W3088474191 cites W2147668388 @default.
- W3088474191 cites W2160128789 @default.
- W3088474191 cites W2325106992 @default.
- W3088474191 cites W2330672810 @default.
- W3088474191 cites W2473139211 @default.
- W3088474191 cites W2499128788 @default.
- W3088474191 cites W2582845682 @default.
- W3088474191 cites W2747116659 @default.
- W3088474191 cites W2749228905 @default.
- W3088474191 cites W2770501663 @default.
- W3088474191 cites W2791496458 @default.
- W3088474191 cites W2796092742 @default.
- W3088474191 cites W2799712382 @default.
- W3088474191 cites W2802842185 @default.
- W3088474191 cites W2803360642 @default.
- W3088474191 cites W2806932329 @default.
- W3088474191 cites W2810265421 @default.
- W3088474191 cites W2887656707 @default.
- W3088474191 cites W2910051819 @default.
- W3088474191 cites W2940007259 @default.
- W3088474191 cites W2946442314 @default.
- W3088474191 cites W2946573707 @default.
- W3088474191 cites W2947927605 @default.
- W3088474191 cites W2950750671 @default.
- W3088474191 cites W2951180849 @default.
- W3088474191 cites W2953753077 @default.
- W3088474191 cites W2967619752 @default.
- W3088474191 cites W3000355611 @default.
- W3088474191 cites W3008013079 @default.
- W3088474191 cites W3023796015 @default.
- W3088474191 cites W3088113792 @default.
- W3088474191 cites W328384625 @default.
- W3088474191 doi "https://doi.org/10.1094/mpmi-08-20-0224-r" @default.
- W3088474191 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32960719" @default.
- W3088474191 hasPublicationYear "2021" @default.
- W3088474191 type Work @default.
- W3088474191 sameAs 3088474191 @default.
- W3088474191 citedByCount "12" @default.
- W3088474191 countsByYear W30884741912021 @default.
- W3088474191 countsByYear W30884741912022 @default.
- W3088474191 countsByYear W30884741912023 @default.
- W3088474191 crossrefType "journal-article" @default.
- W3088474191 hasAuthorship W3088474191A5040276204 @default.
- W3088474191 hasAuthorship W3088474191A5046034303 @default.
- W3088474191 hasAuthorship W3088474191A5048292940 @default.
- W3088474191 hasAuthorship W3088474191A5073386837 @default.
- W3088474191 hasBestOaLocation W30884741911 @default.
- W3088474191 hasConcept C104317684 @default.
- W3088474191 hasConcept C172854840 @default.
- W3088474191 hasConcept C181199279 @default.
- W3088474191 hasConcept C2776460866 @default.
- W3088474191 hasConcept C2776747608 @default.
- W3088474191 hasConcept C2776748224 @default.
- W3088474191 hasConcept C2777201196 @default.
- W3088474191 hasConcept C2993140171 @default.
- W3088474191 hasConcept C55493867 @default.
- W3088474191 hasConcept C59822182 @default.
- W3088474191 hasConcept C60987743 @default.
- W3088474191 hasConcept C86803240 @default.
- W3088474191 hasConcept C89423630 @default.
- W3088474191 hasConceptScore W3088474191C104317684 @default.
- W3088474191 hasConceptScore W3088474191C172854840 @default.