Polysaccharide Accumulation and Antioxidant Activity in Space-Mutated Spirulina platensis H11 Under Seawater Versus Freshwater Cultivation.

doi:10.3390/md24080272

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Polysaccharide Accumulation and Antioxidant Activity in Space-Mutated Spirulina platensis H11 Under Seawater Versus Freshwater Cultivation.

Marine drugs - 5 Aug 2026

Wang Weinan, Li Tao, Wu Hualian, Wu Houbo, Cui Yingyun, Deng Hui, Xiang Wenzhou, Li Chuanmao

Abstract excerpt

As a microalga of significant economic value, the polysaccharide synthesis efficiency and bioactivity of Spirulina platensis are significantly influenced by the culture condition. In this study, S. platensis H11 obtained by space mutagenesis, was systematically compared to the growth characteristics, polysaccharide properties, and antioxidant activities between seawater and freshwater culture conditions. The...

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Antioxidants
Biomass
Fresh Water
Mutation
Polysaccharides
Seawater

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PMID: 42646472
DOI: 10.3390/md24080272
PMCID: PMC13514858

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