Matches in SemOpenAlex for { <https://semopenalex.org/work/W4220772629> ?p ?o ?g. }
- W4220772629 endingPage "222" @default.
- W4220772629 startingPage "222" @default.
- W4220772629 abstract "This work introduces an alternative workflow for the discovery of novel bacterial biocontrol agents in wheat against Fusarium head blight (FHB). Unlike the mass testing of isolate collections, we started from a diverse inoculum by extracting microbiomes from ears of field-grown plants at grain filling stage. Four distinct microbial communities were generated which were exposed to 3 14-day culture-independent experimental enrichments on detached wheat spikes infected with F. graminearum PH1. We found that one bacterial community reduced infection symptoms after 3 cycles, which was chosen to subsequently isolate bacteria through limiting dilution. All 94 isolates were tested in an in vitro and in planta assay, and a selection of 14 isolates was further tested on detached ears. The results seem to indicate that our enrichment approach resulted in bacteria with different modes-of-action in regard to FHB control. Erwinia persicina isolate C3 showed a significant reduction in disease severity (Fv/Fm), and Erwinia persicina C3 and Pseudomonas sp. B3 showed a significant reduction in fungal biomass (cGFP). However, the mycotoxin analysis of both these treatments showed no reduction in DON levels. Nevertheless, Pantoea ananatis H3 and H11 and Erwinia persicina H2 were able to reduce DON concentrations by more than 50%, although these effects were not statistically significant. Lastly, Erwinia persicina H2 also showed a significantly greater glucosylation of DON to the less phytotoxic DON-3G. The bacterial genera isolated through the enrichment cycles have been reported to dominate microbial communities that develop in open habitats, showing strong indications that the isolated bacteria can reduce the infection pressure of F. graminearum on the spike phyllosphere." @default.
- W4220772629 created "2022-04-03" @default.
- W4220772629 creator A5002642579 @default.
- W4220772629 creator A5018055345 @default.
- W4220772629 creator A5020601469 @default.
- W4220772629 creator A5021794283 @default.
- W4220772629 creator A5060802710 @default.
- W4220772629 creator A5060872137 @default.
- W4220772629 creator A5062672386 @default.
- W4220772629 creator A5083131930 @default.
- W4220772629 date "2022-03-17" @default.
- W4220772629 modified "2023-10-18" @default.
- W4220772629 title "A Novel In Planta Enrichment Method Employing Fusarium graminearum-Infected Wheat Spikes to Select for Competitive Biocontrol Bacteria" @default.
- W4220772629 cites W1565440417 @default.
- W4220772629 cites W1970067687 @default.
- W4220772629 cites W1978529109 @default.
- W4220772629 cites W1991467369 @default.
- W4220772629 cites W2003415218 @default.
- W4220772629 cites W2011301426 @default.
- W4220772629 cites W2015698553 @default.
- W4220772629 cites W2019550835 @default.
- W4220772629 cites W2020325178 @default.
- W4220772629 cites W2020990240 @default.
- W4220772629 cites W2032942328 @default.
- W4220772629 cites W2034475154 @default.
- W4220772629 cites W2034607099 @default.
- W4220772629 cites W2044734963 @default.
- W4220772629 cites W2053035894 @default.
- W4220772629 cites W2055666215 @default.
- W4220772629 cites W2056469143 @default.
- W4220772629 cites W2059008521 @default.
- W4220772629 cites W2059506482 @default.
- W4220772629 cites W2065331690 @default.
- W4220772629 cites W2077530943 @default.
- W4220772629 cites W2079339165 @default.
- W4220772629 cites W2080464754 @default.
- W4220772629 cites W2084188388 @default.
- W4220772629 cites W2093434599 @default.
- W4220772629 cites W2110482520 @default.
- W4220772629 cites W2114835024 @default.
- W4220772629 cites W2117820546 @default.
- W4220772629 cites W2119677899 @default.
- W4220772629 cites W2126536876 @default.
- W4220772629 cites W2136322518 @default.
- W4220772629 cites W2148970173 @default.
- W4220772629 cites W2155308155 @default.
- W4220772629 cites W2162307791 @default.
- W4220772629 cites W2164382819 @default.
- W4220772629 cites W2164882083 @default.
- W4220772629 cites W2167933269 @default.
- W4220772629 cites W2173732482 @default.
- W4220772629 cites W2173785122 @default.
- W4220772629 cites W2314010766 @default.
- W4220772629 cites W2403433005 @default.
- W4220772629 cites W2610236801 @default.
- W4220772629 cites W2730156119 @default.
- W4220772629 cites W2752210844 @default.
- W4220772629 cites W2765671382 @default.
- W4220772629 cites W2769193761 @default.
- W4220772629 cites W2792741280 @default.
- W4220772629 cites W2888489075 @default.
- W4220772629 cites W2903435258 @default.
- W4220772629 cites W2994037314 @default.
- W4220772629 cites W2997954134 @default.
- W4220772629 cites W3021559816 @default.
- W4220772629 cites W3081064828 @default.
- W4220772629 cites W3088060319 @default.
- W4220772629 cites W3093434738 @default.
- W4220772629 cites W3104034386 @default.
- W4220772629 cites W3107621961 @default.
- W4220772629 cites W3111819626 @default.
- W4220772629 cites W3118726506 @default.
- W4220772629 cites W3132842296 @default.
- W4220772629 cites W3134207354 @default.
- W4220772629 cites W3161333453 @default.
- W4220772629 cites W3191252846 @default.
- W4220772629 cites W349037509 @default.
- W4220772629 cites W4210980530 @default.
- W4220772629 cites W4211185094 @default.
- W4220772629 cites W4238458345 @default.
- W4220772629 cites W4239685340 @default.
- W4220772629 doi "https://doi.org/10.3390/toxins14030222" @default.
- W4220772629 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35324719" @default.
- W4220772629 hasPublicationYear "2022" @default.
- W4220772629 type Work @default.
- W4220772629 citedByCount "7" @default.
- W4220772629 countsByYear W42207726292022 @default.
- W4220772629 countsByYear W42207726292023 @default.
- W4220772629 crossrefType "journal-article" @default.
- W4220772629 hasAuthorship W4220772629A5002642579 @default.
- W4220772629 hasAuthorship W4220772629A5018055345 @default.
- W4220772629 hasAuthorship W4220772629A5020601469 @default.
- W4220772629 hasAuthorship W4220772629A5021794283 @default.
- W4220772629 hasAuthorship W4220772629A5060802710 @default.
- W4220772629 hasAuthorship W4220772629A5060872137 @default.
- W4220772629 hasAuthorship W4220772629A5062672386 @default.
- W4220772629 hasAuthorship W4220772629A5083131930 @default.
- W4220772629 hasBestOaLocation W42207726291 @default.