2020
DOI: 10.1007/s12649-020-01233-9
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The Feasibility of Using Inland Desalination Concentrate (DC) as an Alternative Substrate for Spirulina platensis Mass Cultivation

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Cited by 9 publications
(8 citation statements)
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“…This further indicates that N. gaditana fatty acid metabolism, exposed to suboptimal salinity, tends to synthesize higher saturated fatty acids and lower polyunsaturated fatty acids with increasing DC concentration in the culture medium 28 . Similar observations were reported for C. vulgaris and A. platensis fatty acid metabolism, that is, the proportion of unsaturated fatty acids (monounsaturated + polyunsaturated fatty acids) decreased, and the saturated fatty acids increased with increasing DC concentrations in the culture medium 17,51,56 . Functionally, increased synthesis of saturated fatty acids in algal cells can be explained by an adaptive osmoregulatory mechanism to cope with gradual or rapid changes in DC salinity combining with algal cell membrane permeability 40,65 …”
Section: Desalination Productionsupporting
confidence: 77%
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“…This further indicates that N. gaditana fatty acid metabolism, exposed to suboptimal salinity, tends to synthesize higher saturated fatty acids and lower polyunsaturated fatty acids with increasing DC concentration in the culture medium 28 . Similar observations were reported for C. vulgaris and A. platensis fatty acid metabolism, that is, the proportion of unsaturated fatty acids (monounsaturated + polyunsaturated fatty acids) decreased, and the saturated fatty acids increased with increasing DC concentrations in the culture medium 17,51,56 . Functionally, increased synthesis of saturated fatty acids in algal cells can be explained by an adaptive osmoregulatory mechanism to cope with gradual or rapid changes in DC salinity combining with algal cell membrane permeability 40,65 …”
Section: Desalination Productionsupporting
confidence: 77%
“…For example, the specific growth rate, biomass productivity and protein composition of C. vulgaris significantly declined when inland DC concentration increased from 25% (2.0 mS cm −1 ) to 55% (3.1 mS cm −1 ), while lipid content increased sharply 17 . A similar pattern was reported in the cyanobacterium A. platensis when cultured in inland DC concentration ranging from 20 to 100% DC (EC values between 1.0 and 4.5 mS cm −1 ), associated with a decreased synthesis of phycocyanin 51 . The reduced protein and phycocyanin production in A. platensis cultured in high DC concentration is most likely due to a redirection of available energy towards processes for osmoregulation 65,66 .…”
Section: Desalination Productionsupporting
confidence: 69%
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