Matches in SemOpenAlex for { <https://semopenalex.org/work/W3048867569> ?p ?o ?g. }
- W3048867569 endingPage "561" @default.
- W3048867569 startingPage "561" @default.
- W3048867569 abstract "Man-made shallow fishponds in the Czech Republic have been facing high eutrophication since the 1950s. Anthropogenic eutrophication and feeding of fish have strongly affected the physicochemical properties of water and its aquatic community composition, leading to harmful algal bloom formation. In our current study, we characterized the phytoplankton community across three eutrophic ponds to assess the phytoplankton dynamics during the vegetation season. We microscopically identified and quantified 29 cyanobacterial taxa comprising non-toxigenic and toxigenic species. Further, a detailed cyanopeptides (CNPs) profiling was performed using molecular networking analysis of liquid chromatography-tandem mass spectrometry (LC-MS/MS) data coupled with a dereplication strategy. This MS networking approach, coupled with dereplication, on the online global natural product social networking (GNPS) web platform led us to putatively identify forty CNPs: fourteen anabaenopeptins, ten microcystins, five cyanopeptolins, six microginins, two cyanobactins, a dipeptide radiosumin, a cyclooctapeptide planktocyclin, and epidolastatin 12. We applied the binary logistic regression to estimate the CNPs producers by correlating the GNPS data with the species abundance. The usage of the GNPS web platform proved a valuable approach for the rapid and simultaneous detection of a large number of peptides and rapid risk assessments for harmful blooms." @default.
- W3048867569 created "2020-08-18" @default.
- W3048867569 creator A5000538245 @default.
- W3048867569 creator A5007385312 @default.
- W3048867569 creator A5027612564 @default.
- W3048867569 creator A5036314695 @default.
- W3048867569 creator A5040363087 @default.
- W3048867569 creator A5066531179 @default.
- W3048867569 creator A5070919558 @default.
- W3048867569 creator A5073731950 @default.
- W3048867569 creator A5076351871 @default.
- W3048867569 creator A5091302095 @default.
- W3048867569 date "2020-08-31" @default.
- W3048867569 modified "2023-10-02" @default.
- W3048867569 title "Insight into Unprecedented Diversity of Cyanopeptides in Eutrophic Ponds Using an MS/MS Networking Approach" @default.
- W3048867569 cites W1593971669 @default.
- W3048867569 cites W1838271312 @default.
- W3048867569 cites W1958059396 @default.
- W3048867569 cites W1969048724 @default.
- W3048867569 cites W1975167735 @default.
- W3048867569 cites W1975407963 @default.
- W3048867569 cites W1982821639 @default.
- W3048867569 cites W1984842291 @default.
- W3048867569 cites W1994162165 @default.
- W3048867569 cites W2004745717 @default.
- W3048867569 cites W2004775204 @default.
- W3048867569 cites W2011180202 @default.
- W3048867569 cites W2015312835 @default.
- W3048867569 cites W2019099032 @default.
- W3048867569 cites W2023056204 @default.
- W3048867569 cites W2033666230 @default.
- W3048867569 cites W2036354783 @default.
- W3048867569 cites W2037539099 @default.
- W3048867569 cites W2043176349 @default.
- W3048867569 cites W2043673855 @default.
- W3048867569 cites W2054653748 @default.
- W3048867569 cites W2058011207 @default.
- W3048867569 cites W2071126575 @default.
- W3048867569 cites W2076653573 @default.
- W3048867569 cites W2078941168 @default.
- W3048867569 cites W2081465448 @default.
- W3048867569 cites W2083697867 @default.
- W3048867569 cites W2086887971 @default.
- W3048867569 cites W2091848540 @default.
- W3048867569 cites W2093010358 @default.
- W3048867569 cites W2099117662 @default.
- W3048867569 cites W2101002869 @default.
- W3048867569 cites W2105571050 @default.
- W3048867569 cites W2110065044 @default.
- W3048867569 cites W2111132691 @default.
- W3048867569 cites W2112625793 @default.
- W3048867569 cites W2114628556 @default.
- W3048867569 cites W2126208535 @default.
- W3048867569 cites W2128568641 @default.
- W3048867569 cites W2147299351 @default.
- W3048867569 cites W2155022271 @default.
- W3048867569 cites W2170529028 @default.
- W3048867569 cites W2206411822 @default.
- W3048867569 cites W2238701962 @default.
- W3048867569 cites W226719588 @default.
- W3048867569 cites W2403360525 @default.
- W3048867569 cites W2429635451 @default.
- W3048867569 cites W2492513888 @default.
- W3048867569 cites W2504691963 @default.
- W3048867569 cites W2546443756 @default.
- W3048867569 cites W2550538700 @default.
- W3048867569 cites W2559726125 @default.
- W3048867569 cites W2578123690 @default.
- W3048867569 cites W2589063083 @default.
- W3048867569 cites W2606247199 @default.
- W3048867569 cites W2751657033 @default.
- W3048867569 cites W2790225116 @default.
- W3048867569 cites W2802696092 @default.
- W3048867569 cites W2804354652 @default.
- W3048867569 cites W2883796086 @default.
- W3048867569 cites W2904204505 @default.
- W3048867569 cites W2904664710 @default.
- W3048867569 cites W2907188015 @default.
- W3048867569 cites W2919244068 @default.
- W3048867569 cites W2947129631 @default.
- W3048867569 cites W2950495444 @default.
- W3048867569 cites W2951400444 @default.
- W3048867569 cites W2952779963 @default.
- W3048867569 cites W2953198243 @default.
- W3048867569 cites W2954300807 @default.
- W3048867569 cites W2964748856 @default.
- W3048867569 cites W2966041524 @default.
- W3048867569 cites W2970556009 @default.
- W3048867569 cites W2974876980 @default.
- W3048867569 cites W2977702609 @default.
- W3048867569 cites W2981660080 @default.
- W3048867569 cites W2999252587 @default.
- W3048867569 cites W3004484569 @default.
- W3048867569 cites W3015934629 @default.
- W3048867569 cites W3016288737 @default.
- W3048867569 cites W3036747194 @default.
- W3048867569 cites W3044716931 @default.
- W3048867569 cites W4251507533 @default.