FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3136266458> ?p ?o ?g. }

• W3136266458 endingPage "146687" @default.
• W3136266458 startingPage "146687" @default.
• W3136266458 abstract "Industrial wastewaters usually possess a wide range of nitrate strength. Microalgae-based nitrate-rich wastewater treatment could realize nitrate recovery along with CO2 sequestration for sustainable biomass production, but the low tolerance of the microalgal strains to high-strength nitrate restricted the treatment process. The present study comprehensively evaluated a euryhaline marine microalga Tetraselmis subcordiformis for photosynthetic nitrate removal and biomass production in synthetic wastewater with a broad range of nitrate strength (0.24–7.0 g NO3−-N/L). This alga could acclimate to high nitrate strength up to 3.5 g NO3−-N/L (HN) without compromising biomass production. Nitrate could be completely removed within four days when low nitrate (0.24 g NO3−-N/L, LN) was loaded. The maximum nitrate removal rate of 331 mg N/L/day and specific nitrate removal rate of 360 mg N/day/g cell was obtained under medium nitrate condition (1.8 g NO3−-N/L, MN). High-nitrate stress under 7.0 g NO3−-N/L (SHN) caused an increased light energy dissipation while decreased the density of photosystem II active reaction center, which partially protect the cells from photodamage and contributed to their acclimation to SHN. The algae also enhanced amino acid/fatty acid proportions essential for maintaining intracellular redox states to cope with the stress caused by LN or SHN. HN and SHN was in favor of protein accumulation and maintenance with enhanced proportion of essential amino acids, which entitled the algal biomass to be of high quality for animal feed applied in livestock graziery and aquaculture. LN facilitated productive starch and lipid accumulation with good quality for biofuels production. The nitrate removal rate and biomass productivity exceeded most of the microalgae reported in literature under similar conditions, which highlighted Tetraselmis subcordiformis as a potent strain for flexible nitrate-rich wastewater remediation coupled with fast CO2 bio-mitigation and high-quality biomass production for sustainable algal biorefinery." @default.
• W3136266458 created "2021-03-29" @default.
• W3136266458 creator A5028035720 @default.
• W3136266458 creator A5028867854 @default.
• W3136266458 creator A5031804038 @default.
• W3136266458 creator A5032194298 @default.
• W3136266458 creator A5042732122 @default.
• W3136266458 creator A5047737377 @default.
• W3136266458 creator A5058094603 @default.
• W3136266458 creator A5064001707 @default.
• W3136266458 creator A5080403233 @default.
• W3136266458 creator A5082986216 @default.
• W3136266458 date "2021-08-01" @default.
• W3136266458 modified "2023-10-05" @default.
• W3136266458 title "Acclimation to a broad range of nitrate strength on a euryhaline marine microalga Tetraselmis subcordiformis for photosynthetic nitrate removal and high-quality biomass production" @default.
• W3136266458 cites W1893136958 @default.
• W3136266458 cites W1967367524 @default.
• W3136266458 cites W1970505968 @default.
• W3136266458 cites W1971679497 @default.
• W3136266458 cites W1971935630 @default.
• W3136266458 cites W1977390579 @default.
• W3136266458 cites W1978675471 @default.
• W3136266458 cites W1979230878 @default.
• W3136266458 cites W1986938948 @default.
• W3136266458 cites W1997296481 @default.
• W3136266458 cites W2005854706 @default.
• W3136266458 cites W2029788693 @default.
• W3136266458 cites W2032953560 @default.
• W3136266458 cites W2039110391 @default.
• W3136266458 cites W2046141744 @default.
• W3136266458 cites W2052144104 @default.
• W3136266458 cites W2054062292 @default.
• W3136266458 cites W2063190866 @default.
• W3136266458 cites W2077222656 @default.
• W3136266458 cites W2077491698 @default.
• W3136266458 cites W2087579151 @default.
• W3136266458 cites W2090437819 @default.
• W3136266458 cites W2090877665 @default.
• W3136266458 cites W2108688321 @default.
• W3136266458 cites W2134783492 @default.
• W3136266458 cites W2135750098 @default.
• W3136266458 cites W2168007579 @default.
• W3136266458 cites W2206985606 @default.
• W3136266458 cites W2298217729 @default.
• W3136266458 cites W2344419412 @default.
• W3136266458 cites W2350763526 @default.
• W3136266458 cites W2603867120 @default.
• W3136266458 cites W2742241433 @default.
• W3136266458 cites W2790713092 @default.
• W3136266458 cites W2800836851 @default.
• W3136266458 cites W2803238005 @default.
• W3136266458 cites W2810069729 @default.
• W3136266458 cites W2884530966 @default.
• W3136266458 cites W2890126797 @default.
• W3136266458 cites W2891659722 @default.
• W3136266458 cites W2894730509 @default.
• W3136266458 cites W2895529302 @default.
• W3136266458 cites W2901136906 @default.
• W3136266458 cites W2901238531 @default.
• W3136266458 cites W2912071403 @default.
• W3136266458 cites W2922368236 @default.
• W3136266458 cites W2957212596 @default.
• W3136266458 cites W2957841972 @default.
• W3136266458 cites W2964071036 @default.
• W3136266458 cites W2969641938 @default.
• W3136266458 cites W2971468359 @default.
• W3136266458 cites W2971998775 @default.
• W3136266458 cites W2986721920 @default.
• W3136266458 cites W2991646398 @default.
• W3136266458 cites W3006147073 @default.
• W3136266458 cites W3009367702 @default.
• W3136266458 cites W3014035369 @default.
• W3136266458 cites W3090166823 @default.
• W3136266458 cites W3112308509 @default.
• W3136266458 cites W3112483335 @default.
• W3136266458 cites W3114793027 @default.
• W3136266458 doi "https://doi.org/10.1016/j.scitotenv.2021.146687" @default.
• W3136266458 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33812104" @default.
• W3136266458 hasPublicationYear "2021" @default.
• W3136266458 type Work @default.
• W3136266458 sameAs 3136266458 @default.
• W3136266458 citedByCount "11" @default.
• W3136266458 countsByYear W31362664582021 @default.
• W3136266458 countsByYear W31362664582022 @default.
• W3136266458 countsByYear W31362664582023 @default.
• W3136266458 crossrefType "journal-article" @default.
• W3136266458 hasAuthorship W3136266458A5028035720 @default.
• W3136266458 hasAuthorship W3136266458A5028867854 @default.
• W3136266458 hasAuthorship W3136266458A5031804038 @default.
• W3136266458 hasAuthorship W3136266458A5032194298 @default.
• W3136266458 hasAuthorship W3136266458A5042732122 @default.
• W3136266458 hasAuthorship W3136266458A5047737377 @default.
• W3136266458 hasAuthorship W3136266458A5058094603 @default.
• W3136266458 hasAuthorship W3136266458A5064001707 @default.
• W3136266458 hasAuthorship W3136266458A5080403233 @default.
• W3136266458 hasAuthorship W3136266458A5082986216 @default.
• W3136266458 hasConcept C107872376 @default.
• W3136266458 hasConcept C115540264 @default.

• next