FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3186644772> ?p ?o ?g. }

• W3186644772 endingPage "287" @default.
• W3186644772 startingPage "275" @default.
• W3186644772 abstract "Abstract Selenium water pollution is an increasing environmental problem that requires investigation of cellular responses of aquatic primary producer organisms, especially algae. Industrial wastewater with selenium contamination is often coupled with high salinity (60–70). In this study, the biochemical responses of two strains of the halotolerant alga ( Dunaliella salina Hoze-soltan and Dunaliella salina CCAP 19/18) to different selenium concentrations were evaluated. Although at high selenium concentrations both strains showed lipid peroxidation and cell number reduction, Dunaliella salina Hoze-soltan was less affected. Higher selenium tolerance in this strain might be attributed to the better activity of resistance responses like proline, total reducing sugar, superoxide dismutase (SOD) and peroxidase (POX), even at the high selenium concentrations. Catalase (CAT) had no significant role for protection against selenium toxicity as its activity declined in both strains with rising selenium concentration. Both strains accumulated selenium intracellularly, but the accumulation was about three-fold higher in Dunaliella salina Hoze-soltan than in the other strain. It can be concluded that Dunaliella salina Hoze-soltan may be a better candidate for selenium bioremediation of a high salinity environment. The data obtained from this study could be useful for improvement of algal ability for high efficiency selenium bioremediation in hypersaline environments." @default.
• W3186644772 created "2021-08-02" @default.
• W3186644772 creator A5054777642 @default.
• W3186644772 creator A5055309279 @default.
• W3186644772 creator A5055878495 @default.
• W3186644772 creator A5078150681 @default.
• W3186644772 date "2021-07-23" @default.
• W3186644772 modified "2023-09-24" @default.
• W3186644772 title "Comparison of selenium-induced antioxidant responses and bioaccumulation in two strains of the halotolerant alga <i>Dunaliella salina</i>" @default.
• W3186644772 cites W116253160 @default.
• W3186644772 cites W1497105259 @default.
• W3186644772 cites W1568279292 @default.
• W3186644772 cites W1573518848 @default.
• W3186644772 cites W191793640 @default.
• W3186644772 cites W1966406922 @default.
• W3186644772 cites W1967445830 @default.
• W3186644772 cites W1971038644 @default.
• W3186644772 cites W1973734954 @default.
• W3186644772 cites W1974214938 @default.
• W3186644772 cites W1982617412 @default.
• W3186644772 cites W1998811230 @default.
• W3186644772 cites W2006886634 @default.
• W3186644772 cites W2009674410 @default.
• W3186644772 cites W2010988819 @default.
• W3186644772 cites W2014250082 @default.
• W3186644772 cites W2014743449 @default.
• W3186644772 cites W2022011905 @default.
• W3186644772 cites W2028823348 @default.
• W3186644772 cites W2030657063 @default.
• W3186644772 cites W2033546195 @default.
• W3186644772 cites W2034294739 @default.
• W3186644772 cites W2034555843 @default.
• W3186644772 cites W2040879655 @default.
• W3186644772 cites W2044554559 @default.
• W3186644772 cites W2044975028 @default.
• W3186644772 cites W2046105452 @default.
• W3186644772 cites W2056791676 @default.
• W3186644772 cites W2061209815 @default.
• W3186644772 cites W2061868884 @default.
• W3186644772 cites W2062853977 @default.
• W3186644772 cites W2069925520 @default.
• W3186644772 cites W2074572876 @default.
• W3186644772 cites W2075240610 @default.
• W3186644772 cites W2079279554 @default.
• W3186644772 cites W2102643689 @default.
• W3186644772 cites W2108388450 @default.
• W3186644772 cites W2111081064 @default.
• W3186644772 cites W2111654944 @default.
• W3186644772 cites W2115644399 @default.
• W3186644772 cites W2127911676 @default.
• W3186644772 cites W2132103940 @default.
• W3186644772 cites W2134745492 @default.
• W3186644772 cites W2137931825 @default.
• W3186644772 cites W2138676161 @default.
• W3186644772 cites W2142457064 @default.
• W3186644772 cites W2158637945 @default.
• W3186644772 cites W2158869968 @default.
• W3186644772 cites W2163986764 @default.
• W3186644772 cites W2231061854 @default.
• W3186644772 cites W2347177540 @default.
• W3186644772 cites W2508187342 @default.
• W3186644772 cites W2559856498 @default.
• W3186644772 cites W2617488439 @default.
• W3186644772 cites W2759943144 @default.
• W3186644772 cites W2770101489 @default.
• W3186644772 cites W2770509482 @default.
• W3186644772 cites W2807463095 @default.
• W3186644772 cites W2902397530 @default.
• W3186644772 cites W2984092417 @default.
• W3186644772 cites W2999223982 @default.
• W3186644772 cites W4241502300 @default.
• W3186644772 doi "https://doi.org/10.1515/bot-2020-0078" @default.
• W3186644772 hasPublicationYear "2021" @default.
• W3186644772 type Work @default.
• W3186644772 sameAs 3186644772 @default.
• W3186644772 citedByCount "1" @default.
• W3186644772 countsByYear W31866447722023 @default.
• W3186644772 crossrefType "journal-article" @default.
• W3186644772 hasAuthorship W3186644772A5054777642 @default.
• W3186644772 hasAuthorship W3186644772A5055309279 @default.
• W3186644772 hasAuthorship W3186644772A5055878495 @default.
• W3186644772 hasAuthorship W3186644772A5078150681 @default.
• W3186644772 hasConcept C107872376 @default.
• W3186644772 hasConcept C112570922 @default.
• W3186644772 hasConcept C129513315 @default.
• W3186644772 hasConcept C178790620 @default.
• W3186644772 hasConcept C185592680 @default.
• W3186644772 hasConcept C18903297 @default.
• W3186644772 hasConcept C2124996 @default.
• W3186644772 hasConcept C2775838275 @default.
• W3186644772 hasConcept C2778004101 @default.
• W3186644772 hasConcept C2778159673 @default.
• W3186644772 hasConcept C2778979269 @default.
• W3186644772 hasConcept C2781298781 @default.
• W3186644772 hasConcept C30992042 @default.
• W3186644772 hasConcept C31903555 @default.
• W3186644772 hasConcept C553756173 @default.
• W3186644772 hasConcept C55493867 @default.

• next