Firasat Hussain
Effect Of Differnet Physico Chemical Substances On The Production Peotential Of Phycocyanin From Spirulina and its Characterization - 2010
Spirulina is a multi-cellular, filamentous Cyanobacterium, belonging to a blue-green alga of Cyanophyta. Spirulina is recently proven in animal experiments to exhibit various biological activities such as lowering plasma cholesterol levels and blood pressure.
The principal phycobiliproteins present in spirulina are phycocyanin and allophycocyanin which are made up of dissimilar ? and ? polypeptide sub units. The fresh biomass was found suitable for phycocyanin extraction. Freezing and thawing of cells was proved the best method for extraction of phycocyanin (0.4mg/ml), as compared to homogenization, hydrochloric acid and sonication. Nitrogen effects phycocyanin production from spirulina.
Different concentrations of nitrogen spirulina medium were provided. Among which 1.875g/L spirulina produced phycocyanin (0.412mg/ml). Phosphate effects phycocyanin production from spirulina. Different concentrations of phosphate spirulina medium were provided.Among which 1.5g/L spirulina produced phycocyanin (0.354mg/ml). There is also effect of temperature on phycocyanin production. Spirulina medium 0.192mg/ml at 25oC, 0.390mg/ml at 30oC, 0.184mg/ml at 35oC. There is also effect of light on phycocyanin production. 0.361mg/ml were produce at 1500 Lux.
Molecular weight (66kDa) of phycocyanin was confirmed by SDS-PAGE and explored potential production of phycocyanin from indigenous spirulina.
Department of Microbiology
1204,T
Effect Of Differnet Physico Chemical Substances On The Production Peotential Of Phycocyanin From Spirulina and its Characterization - 2010
Spirulina is a multi-cellular, filamentous Cyanobacterium, belonging to a blue-green alga of Cyanophyta. Spirulina is recently proven in animal experiments to exhibit various biological activities such as lowering plasma cholesterol levels and blood pressure.
The principal phycobiliproteins present in spirulina are phycocyanin and allophycocyanin which are made up of dissimilar ? and ? polypeptide sub units. The fresh biomass was found suitable for phycocyanin extraction. Freezing and thawing of cells was proved the best method for extraction of phycocyanin (0.4mg/ml), as compared to homogenization, hydrochloric acid and sonication. Nitrogen effects phycocyanin production from spirulina.
Different concentrations of nitrogen spirulina medium were provided. Among which 1.875g/L spirulina produced phycocyanin (0.412mg/ml). Phosphate effects phycocyanin production from spirulina. Different concentrations of phosphate spirulina medium were provided.Among which 1.5g/L spirulina produced phycocyanin (0.354mg/ml). There is also effect of temperature on phycocyanin production. Spirulina medium 0.192mg/ml at 25oC, 0.390mg/ml at 30oC, 0.184mg/ml at 35oC. There is also effect of light on phycocyanin production. 0.361mg/ml were produce at 1500 Lux.
Molecular weight (66kDa) of phycocyanin was confirmed by SDS-PAGE and explored potential production of phycocyanin from indigenous spirulina.
Department of Microbiology
1204,T