The effect of nitrogen and phosphorus on the accumulation of extracellular marennine-like pigment in the culture of Haslea karadagensis (Bacillariophyta)
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Abstract
Currently, five diatom species from the genus Haslea are known to produce marennine pigments which slightly differ in their physicochemical characteristics. The available data on these pigments primarily relate to H. ostrearia, but given the biodiversity noted, it is important to analyze the pigments in other representatives of the genus, specifically H. karadagensis, endemic to the Black Sea. The aim of this study was to investigate the effect of nitrogen and phosphorus on the accumulation of marennine-like pigments in H. karadagensis cultures. Literature data on the effects of these essential biogenic elements on pigment accumulation in the cultures are conflicting. For the clones analyzed, the absence of a significant correlation was established between the specific productivity in relation to the release of extracellular marennine and levels of nitrogen and phosphorus in a medium. Growth rates and dynamics of extracellular marennine accumulation in H. karadagensis cultures are determined.
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References
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