FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2979916716> ?p ?o ?g. }

• W2979916716 endingPage "109" @default.
• W2979916716 startingPage "97" @default.
• W2979916716 abstract "Toxic Pseudo‐nitzschia australis strains isolated from French coastal waters were studied to investigate their capacity to adapt to different salinities. Their acclimation to different salinity conditions (10, 20, 30, 35, and 40) was studied on growth, photosynthetic capacity, cell biovolume, and domoic acid (DA) content. The strains showed an ability to acclimate to a salinity range from 20 to 40, with optimal growth rates between salinities 30 and 40. The highest cell biovolume was observed at the lowest salinity 20 and was associated with the lowest growth rate. Salinity did not affect the photosynthetic activity; F v / F m values and the pigment contents remained high with no significant difference among salinities. An enhanced production of zeaxanthin was, however, observed in the late stationary and decline phases in all cultures except for those acclimated to salinity 20. In terms of cellular toxin content, DA concentrations were 2 to 3‐fold higher at the lowest salinity (20) than at the other salinities and were combined with a low amount of dissolved DA. The fact that P. australis accumulate more DA per cell in less saline waters, illustrates that climate‐related changes in salinity may affect Pseudo‐nitzschia physiology through direct effects on growth, physiology, and toxin content." @default.
• W2979916716 created "2019-10-18" @default.
• W2979916716 creator A5000916597 @default.
• W2979916716 creator A5007377145 @default.
• W2979916716 creator A5025990135 @default.
• W2979916716 creator A5037136208 @default.
• W2979916716 creator A5071423199 @default.
• W2979916716 date "2019-11-15" @default.
• W2979916716 modified "2023-10-15" @default.
• W2979916716 title "Acclimation of the Marine Diatom <i>Pseudo‐nitzschia australis</i> to Different Salinity Conditions: Effects on Growth, Photosynthetic Activity, and Domoic Acid Content¹" @default.
• W2979916716 cites W1156223243 @default.
• W2979916716 cites W118935102 @default.
• W2979916716 cites W1528732276 @default.
• W2979916716 cites W170544807 @default.
• W2979916716 cites W1954617363 @default.
• W2979916716 cites W1964920442 @default.
• W2979916716 cites W1965237824 @default.
• W2979916716 cites W1965726259 @default.
• W2979916716 cites W1967425639 @default.
• W2979916716 cites W1967909610 @default.
• W2979916716 cites W1972566323 @default.
• W2979916716 cites W1974403393 @default.
• W2979916716 cites W1977018398 @default.
• W2979916716 cites W1981771557 @default.
• W2979916716 cites W1987809714 @default.
• W2979916716 cites W1989589640 @default.
• W2979916716 cites W1994877963 @default.
• W2979916716 cites W2001966174 @default.
• W2979916716 cites W2005049616 @default.
• W2979916716 cites W2017818837 @default.
• W2979916716 cites W2019143924 @default.
• W2979916716 cites W2019654864 @default.
• W2979916716 cites W2028625921 @default.
• W2979916716 cites W2033046467 @default.
• W2979916716 cites W2040314682 @default.
• W2979916716 cites W2054158803 @default.
• W2979916716 cites W2055294910 @default.
• W2979916716 cites W2058536700 @default.
• W2979916716 cites W2068140872 @default.
• W2979916716 cites W2069741415 @default.
• W2979916716 cites W2073255793 @default.
• W2979916716 cites W2074248973 @default.
• W2979916716 cites W2077571765 @default.
• W2979916716 cites W2081161884 @default.
• W2979916716 cites W2086100041 @default.
• W2979916716 cites W2087335993 @default.
• W2979916716 cites W2088870105 @default.
• W2979916716 cites W2097035875 @default.
• W2979916716 cites W2098362971 @default.
• W2979916716 cites W2101947199 @default.
• W2979916716 cites W2107746227 @default.
• W2979916716 cites W2107820653 @default.
• W2979916716 cites W2110969687 @default.
• W2979916716 cites W2122671747 @default.
• W2979916716 cites W2132527497 @default.
• W2979916716 cites W2134192683 @default.
• W2979916716 cites W2142132195 @default.
• W2979916716 cites W2142451923 @default.
• W2979916716 cites W2146293516 @default.
• W2979916716 cites W2148305183 @default.
• W2979916716 cites W2153349671 @default.
• W2979916716 cites W2154119893 @default.
• W2979916716 cites W2154920430 @default.
• W2979916716 cites W2160955376 @default.
• W2979916716 cites W2176079940 @default.
• W2979916716 cites W2184275767 @default.
• W2979916716 cites W2188625050 @default.
• W2979916716 cites W2275984508 @default.
• W2979916716 cites W2315211523 @default.
• W2979916716 cites W2411337432 @default.
• W2979916716 cites W2465706717 @default.
• W2979916716 cites W2506333986 @default.
• W2979916716 cites W2522493641 @default.
• W2979916716 cites W2548281417 @default.
• W2979916716 cites W2558757918 @default.
• W2979916716 cites W2602713346 @default.
• W2979916716 cites W2766680990 @default.
• W2979916716 cites W2766929134 @default.
• W2979916716 cites W2794013211 @default.
• W2979916716 cites W2806252785 @default.
• W2979916716 cites W2896046916 @default.
• W2979916716 cites W2898118087 @default.
• W2979916716 cites W4211235370 @default.
• W2979916716 doi "https://doi.org/10.1111/jpy.12929" @default.
• W2979916716 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31591715" @default.
• W2979916716 hasPublicationYear "2019" @default.
• W2979916716 type Work @default.
• W2979916716 sameAs 2979916716 @default.
• W2979916716 citedByCount "16" @default.
• W2979916716 countsByYear W29799167162020 @default.
• W2979916716 countsByYear W29799167162021 @default.
• W2979916716 countsByYear W29799167162022 @default.
• W2979916716 countsByYear W29799167162023 @default.
• W2979916716 crossrefType "journal-article" @default.
• W2979916716 hasAuthorship W2979916716A5000916597 @default.
• W2979916716 hasAuthorship W2979916716A5007377145 @default.
• W2979916716 hasAuthorship W2979916716A5025990135 @default.
• W2979916716 hasAuthorship W2979916716A5037136208 @default.

• next