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2002•Unpublished venueRequires access

Spectrum properties of intact cells, phycobilisomes and phycocyanin from Se-rich Spirulina maxima

Yin Chang-song

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Abstract

The best concentration of selenium for culturing Se-rich Spirulina maxima was studied. The results indicated that 40 mg/L Se can greatly increase the alga's growth. The spectra properties of intact cells,phycobilisomes and phycocyanin from Se-rich S.maxima and S.maxima were studied. No difference was found between them. All these results showed that selenium did not affect the absorbance and transfer of solar energy in S.maxima.

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What this paper is about

The best concentration of selenium for culturing Se-rich Spirulina maxima was studied. The results indicated that 40 mg/L Se can greatly increase the alga's growth. The spectra properties of intact cells,phycobilisomes and phycocyanin from Se-rich S.maxima and S.maxima were studied. No difference was found between them. All these results showed that selenium did not affect the absorbance and transfer of solar energy in S.maxima.

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Available abstract

The best concentration of selenium for culturing Se-rich Spirulina maxima was studied. The results indicated that 40 mg/L Se can greatly increase the alga's growth. The spectra properties of intact cells,phycobilisomes and phycocyanin from Se-rich S.maxima and S.maxima were studied. No difference was found between them. All these results showed that selenium did not affect the absorbance and transfer of solar energy in S.maxima.

Key concepts: Phycobilisome, Phycocyanin, Spirulina (dietary supplement), Maxima, Absorbance, Phycoerythrin, Selenium, Allophycocyanin

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