FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2913930258> ?p ?o ?g. }

• W2913930258 endingPage "25" @default.
• W2913930258 startingPage "13" @default.
• W2913930258 abstract "Marennine is a water-soluble blue-green pigment produced by the marine diatom Haslea ostrearia. The diatom and its pigment are well known from oyster farming areas as the source of the greening of oyster gills, a natural process increasing their market value in Western France. Blooms of blue Haslea are also present outside oyster ponds and hence marine organisms can be exposed, periodically and locally, to significant amounts of marennine in natural environments. Due to its demonstrated antibacterial activities against marine pathogenic bacteria (e.g. Vibrio) and possible prophylactic effects toward bivalve larvae, marennine is of special interest for the aquaculture industry, especially bivalve hatcheries. The present study aimed to provide new insights into the effects of marennine on a large spectrum of marine organisms belonging to different phyla, including species of aquaculture interest and organisms frequently employed in standardised ecotoxicological assays. Different active solutions containing marennine were tested: partially purified Extracellular Marennine (EMn), and concentrated solutions of marennine present in H. ostrearia culture supernatant; the Blue Water (BW) and a new process called Concentrated Supernatant (CS). Biological effects were meanwhile demonstrated in invertebrate species for the three marennine-based solutions at the highest concentrations tested (e.g., decrease of fertilization success, delay of embryonic developmental stages or larval mortality). Exposure to low concentrations did not impact larval survival or development and even tended to enhance larval physiological state. Furthermore, no effects of marennine were observed on the fish gill cell line tested. Marennine could be viewed as a Jekyll and Hyde molecule, which possibly affects the earliest stages of development of some organisms but with no direct impacts on adults. Our results emphasize the need to determine dosages that optimize beneficial effects and critical concentrations not to be exceeded before considering the use of marennine in bivalve or fish hatcheries." @default.
• W2913930258 created "2019-02-21" @default.
• W2913930258 creator A5003323527 @default.
• W2913930258 creator A5005399270 @default.
• W2913930258 creator A5005575320 @default.
• W2913930258 creator A5009724484 @default.
• W2913930258 creator A5019526841 @default.
• W2913930258 creator A5023209735 @default.
• W2913930258 creator A5028055547 @default.
• W2913930258 creator A5032672157 @default.
• W2913930258 creator A5044563968 @default.
• W2913930258 creator A5049051368 @default.
• W2913930258 creator A5051231551 @default.
• W2913930258 creator A5067212898 @default.
• W2913930258 creator A5083442245 @default.
• W2913930258 creator A5087058898 @default.
• W2913930258 creator A5088733708 @default.
• W2913930258 date "2019-04-01" @default.
• W2913930258 modified "2023-10-09" @default.
• W2913930258 title "Harmful or harmless: Biological effects of marennine on marine organisms" @default.
• W2913930258 cites W1757804731 @default.
• W2913930258 cites W1963887696 @default.
• W2913930258 cites W1965019329 @default.
• W2913930258 cites W1978109821 @default.
• W2913930258 cites W1981056691 @default.
• W2913930258 cites W1996348551 @default.
• W2913930258 cites W2004993580 @default.
• W2913930258 cites W2005115133 @default.
• W2913930258 cites W2010355856 @default.
• W2913930258 cites W2013243810 @default.
• W2913930258 cites W2015097842 @default.
• W2913930258 cites W2016905134 @default.
• W2913930258 cites W2016994727 @default.
• W2913930258 cites W2051401725 @default.
• W2913930258 cites W2055563992 @default.
• W2913930258 cites W2060014943 @default.
• W2913930258 cites W2063666914 @default.
• W2913930258 cites W2064252459 @default.
• W2913930258 cites W2066758597 @default.
• W2913930258 cites W2083877429 @default.
• W2913930258 cites W2087979833 @default.
• W2913930258 cites W2091119509 @default.
• W2913930258 cites W2105428328 @default.
• W2913930258 cites W2107652358 @default.
• W2913930258 cites W2112714844 @default.
• W2913930258 cites W2133131979 @default.
• W2913930258 cites W2133994616 @default.
• W2913930258 cites W2135701031 @default.
• W2913930258 cites W2135845318 @default.
• W2913930258 cites W2168498982 @default.
• W2913930258 cites W2168526937 @default.
• W2913930258 cites W2170910573 @default.
• W2913930258 cites W2205086282 @default.
• W2913930258 cites W2239270539 @default.
• W2913930258 cites W2331591532 @default.
• W2913930258 cites W23659506 @default.
• W2913930258 cites W2464175764 @default.
• W2913930258 cites W2514411482 @default.
• W2913930258 cites W2514984859 @default.
• W2913930258 cites W2559859916 @default.
• W2913930258 cites W2564622204 @default.
• W2913930258 doi "https://doi.org/10.1016/j.aquatox.2019.01.016" @default.
• W2913930258 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30684731" @default.
• W2913930258 hasPublicationYear "2019" @default.
• W2913930258 type Work @default.
• W2913930258 sameAs 2913930258 @default.
• W2913930258 citedByCount "11" @default.
• W2913930258 countsByYear W29139302582019 @default.
• W2913930258 countsByYear W29139302582020 @default.
• W2913930258 countsByYear W29139302582021 @default.
• W2913930258 countsByYear W29139302582022 @default.
• W2913930258 countsByYear W29139302582023 @default.
• W2913930258 crossrefType "journal-article" @default.
• W2913930258 hasAuthorship W2913930258A5003323527 @default.
• W2913930258 hasAuthorship W2913930258A5005399270 @default.
• W2913930258 hasAuthorship W2913930258A5005575320 @default.
• W2913930258 hasAuthorship W2913930258A5009724484 @default.
• W2913930258 hasAuthorship W2913930258A5019526841 @default.
• W2913930258 hasAuthorship W2913930258A5023209735 @default.
• W2913930258 hasAuthorship W2913930258A5028055547 @default.
• W2913930258 hasAuthorship W2913930258A5032672157 @default.
• W2913930258 hasAuthorship W2913930258A5044563968 @default.
• W2913930258 hasAuthorship W2913930258A5049051368 @default.
• W2913930258 hasAuthorship W2913930258A5051231551 @default.
• W2913930258 hasAuthorship W2913930258A5067212898 @default.
• W2913930258 hasAuthorship W2913930258A5083442245 @default.
• W2913930258 hasAuthorship W2913930258A5087058898 @default.
• W2913930258 hasAuthorship W2913930258A5088733708 @default.
• W2913930258 hasBestOaLocation W29139302581 @default.
• W2913930258 hasConcept C13474642 @default.
• W2913930258 hasConcept C153568844 @default.
• W2913930258 hasConcept C161153951 @default.
• W2913930258 hasConcept C172269249 @default.
• W2913930258 hasConcept C173758957 @default.
• W2913930258 hasConcept C18903297 @default.
• W2913930258 hasConcept C2776154503 @default.
• W2913930258 hasConcept C2776364969 @default.
• W2913930258 hasConcept C2778902744 @default.

• next