Arthospira (Spirulina) platensis (Nordstedt) Gomont was autotrophically cultivated for biomass production in repeated fed-batch process using urea as nitrogen source, with the aim of making large-scale production easier, increasing cell productivity and then reducing the production costs. It was investigated the influence or the ratio of renewed volume to total volume (R), the Urea feeding time (t(f)) and the number of successive repealed fed-batch cycles on the maximum cell concentration (X(m)), cell productivity (P(x)), nitrogen-to-cell conversion yield (Y(x/n)), maximum specific growth rate (mu(m)) and protein content of, dry biomass. The experimental results demonstrated chat R=0.80 and t(f) = 6d were the best cultivation conditions, be...
Arthrospira platensis was cultivated in tubular photobioreactor in order to evaluate growth and biom...
Arthrospira platensis was cultivated photoautotrophically at 6.0 klux light intensity in 5.0-L open ...
Previous work demonstrated that a mixture of NH(4)Cl and KNO(3) as nitrogen source was beneficial to...
Arthospira (Spirulina) platensis (Nordstedt) Gomont was autotrophically cultivated for biomass produ...
Aims: Arthrospira platensis has been studied for single-cell protein production because of its bioma...
Urea has been considered as a promising alternative nitrogen source for the cultivation of Arthrospi...
In this article we investigate the simultaneous influence of feeding time and amount of urea added a...
Previous work demonstrated that a mixture of NH(4)Cl and KNO(3) as nitrogen source was beneficial to...
BACKGROUND: Fed-batch culture allows the cultivation of Arthrospira platensis using urea as nitroge...
AbstractPrevious work demonstrated that a mixture of NH4Cl and KNO3 as nitrogen source was beneficia...
Arthrospira platensis is widely cultivated in open ponds for industrial purposes. However, high‐prot...
Arthrospira platensis was cultivated in minitanks at 13 klux, using a mixture of KNO(3) and NH(4)Cl ...
A cianobactéria \' Spirulina platensis \' possui alto teor de proteína e vem sendo cultivada fotoa...
Arthrospira platensis was cultivated in minitanks at 13 klux, using a mixture of KNO3 and NH4Cl as n...
Arthrospira (Spirulina) platensis vem sendo cultivada para a produção de biomassa pelos altos conteú...
Arthrospira platensis was cultivated in tubular photobioreactor in order to evaluate growth and biom...
Arthrospira platensis was cultivated photoautotrophically at 6.0 klux light intensity in 5.0-L open ...
Previous work demonstrated that a mixture of NH(4)Cl and KNO(3) as nitrogen source was beneficial to...
Arthospira (Spirulina) platensis (Nordstedt) Gomont was autotrophically cultivated for biomass produ...
Aims: Arthrospira platensis has been studied for single-cell protein production because of its bioma...
Urea has been considered as a promising alternative nitrogen source for the cultivation of Arthrospi...
In this article we investigate the simultaneous influence of feeding time and amount of urea added a...
Previous work demonstrated that a mixture of NH(4)Cl and KNO(3) as nitrogen source was beneficial to...
BACKGROUND: Fed-batch culture allows the cultivation of Arthrospira platensis using urea as nitroge...
AbstractPrevious work demonstrated that a mixture of NH4Cl and KNO3 as nitrogen source was beneficia...
Arthrospira platensis is widely cultivated in open ponds for industrial purposes. However, high‐prot...
Arthrospira platensis was cultivated in minitanks at 13 klux, using a mixture of KNO(3) and NH(4)Cl ...
A cianobactéria \' Spirulina platensis \' possui alto teor de proteína e vem sendo cultivada fotoa...
Arthrospira platensis was cultivated in minitanks at 13 klux, using a mixture of KNO3 and NH4Cl as n...
Arthrospira (Spirulina) platensis vem sendo cultivada para a produção de biomassa pelos altos conteú...
Arthrospira platensis was cultivated in tubular photobioreactor in order to evaluate growth and biom...
Arthrospira platensis was cultivated photoautotrophically at 6.0 klux light intensity in 5.0-L open ...
Previous work demonstrated that a mixture of NH(4)Cl and KNO(3) as nitrogen source was beneficial to...