To determine the causes of color changes that are associated with vitality and productivity of plants, the content of photosynthetic pigments in all investigated plants was determined.
Not only the cell density but also the content, production and productivity of GA and IPS obtained in this work are the highest reported in agitated fermentation of G. lucidum.
Satisfactory production, with a maximum lipid productivity of 2.3 g/L, lipid content of 39.8% (w/w), and cell dry weight (CDW) of 5.7 g/L, was obtained at a culture time of 48 h.
Satisfactory productivities were obtained after 48 h of batch fermentation in a bioreactor, with a maximum lipid productivity of 2.3 g/L, lipid content of 39.8% (w/w), and cell dry weight (CDW) of 5.7 g/L.
Impressive productivities were obtained using this method, with a maximum lipid productivity of 2.3 g/L, lipid content of 39.8% (w/w), and cell dry weight (CDW) of 5.7 g/L achieved at a culture time of 48 h.
Biomass productivity, lipid content and lipid productivity of this isolate are 0.17 g L−1 d−1, 22.7% and 0.04 g L−1 d−1, respectively.
The different sources of biomass were characterised in terms of productivity and radiocaesium content.
In this work we evaluate the effect of this biodeposition on the organic matter (OM) content and productivity of the sediment between reefs.
Under the optimal conditions in the fed-batch culture with 5 g/l Span 80, the cell mass and the concentration, content, and productivity of retinal were 24.7 g/l, 600 mg/l, 24.3 mg/g-cells, and 18 mg l− 1 h− 1 after 33 h, respectively.
The aim of this work was to evaluate the performance (in terms of protein, carbohydrate and lipid content and productivity) of selected Chlorella strains grown under conditions devised to reduce operational costs and increase the sustainability of the cultivation process.
