Chlorella protothecoides was successfully cultivated under mixotrophic and heterotrophic conditions. The maximum biomass concentrations of the alga grown at an initial glucose concentration of 40 g/l in the light and in the dark were 22.4 g/l and 17.2 g/l dry cells, respectively. A mechanical method using a new model of dispersing instrument, UltaTurrax T25, was developed for the extraction of the pigments from C. protothecoides cells. Lutein and the other lipid-soluble pigments were separated well by an HPLC system. The contents of lutein, α-carotene, β-carotene, chlorophyll a and chlorophyll b extracted by the mechanical method from the heterotrophic and mixotrophic C. protothecoides cells were 4.43, 0.32, 0.94, 43.76, 9.14 and 6.48, 0.55...
Chlorella sorokiniana has been selected for lutein production, after a screening of thirteen specie...
All carotenoids originate from a single, common precursor, phytoene. The color of carotenoids is det...
In order to enhance lutein accumulation and to explain the reasons for the difference in lutein accu...
Seven Chlorella strains representing three species obtained from culture collections and research la...
The concept of a biorefinery improves the economic efficiency of a biofuel production process from m...
The concept of a biorefinery improves the economic efficiency of a biofuel production process from m...
Today microalgae represent a viable alternative source for high-value products. The specie Chlorella...
The fast growing unicellular green microalgae Chlorella protothecoides has attracted interest as a p...
The green microalga Chlorella protothecoides was grown heterotrophically in batch mode in a 3.7-L fe...
The aim of this study was to use a directed mode of cultivation of the microalgae Chlorella for biom...
Kinetics of lutein production by heterotrophic Chlorella protothecoides was investigated with respec...
Microalgae are distinguished from land plants by the high content of plastid pigments and the biodi...
All carotenoids originate from a single, common precursor, phytoene. The colour of carotenoids is de...
A simple and efficient method for the isolation and purification of lutein from the microalga Chlore...
All carotenoids originate from a single, common precursor, phytoene. The colour of carotenoids is de...
Chlorella sorokiniana has been selected for lutein production, after a screening of thirteen specie...
All carotenoids originate from a single, common precursor, phytoene. The color of carotenoids is det...
In order to enhance lutein accumulation and to explain the reasons for the difference in lutein accu...
Seven Chlorella strains representing three species obtained from culture collections and research la...
The concept of a biorefinery improves the economic efficiency of a biofuel production process from m...
The concept of a biorefinery improves the economic efficiency of a biofuel production process from m...
Today microalgae represent a viable alternative source for high-value products. The specie Chlorella...
The fast growing unicellular green microalgae Chlorella protothecoides has attracted interest as a p...
The green microalga Chlorella protothecoides was grown heterotrophically in batch mode in a 3.7-L fe...
The aim of this study was to use a directed mode of cultivation of the microalgae Chlorella for biom...
Kinetics of lutein production by heterotrophic Chlorella protothecoides was investigated with respec...
Microalgae are distinguished from land plants by the high content of plastid pigments and the biodi...
All carotenoids originate from a single, common precursor, phytoene. The colour of carotenoids is de...
A simple and efficient method for the isolation and purification of lutein from the microalga Chlore...
All carotenoids originate from a single, common precursor, phytoene. The colour of carotenoids is de...
Chlorella sorokiniana has been selected for lutein production, after a screening of thirteen specie...
All carotenoids originate from a single, common precursor, phytoene. The color of carotenoids is det...
In order to enhance lutein accumulation and to explain the reasons for the difference in lutein accu...