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Exact(7)
The maximum lipid yield, especially for oxygenated compounds was in the window of 150 250 °C.
The maximum lipid yield and productivity were achieved at C/N 80 for Rhodosporidium TJUWZ4 whereas for Cryptococcus TJUWZA11 it was 120 N (Table 3).
In a two-stage batch culture, the maximum lipid yield (0.152 g TAG per g consumed carbon source) was achieved by utilizing a mixture of glucose and xylose.
Among all nitrogen sources used, peptone alone showed maximum lipid yield (0.254 and 0.117 g/g) and productivity (0.023 and 0.013 g/l h) for TJUWZ4 and TJUWZA11 respectively (Figs. 3a, 4b).
The maximum lipid yield (0.17 g/g and 0.09 g/g for TJUWZ4 and TJUWZA11, respectively) and productivity (0.012 g/l h and 0.01 g/l h for TJUWZ4 and TJUWZA11, respectively) were found on glucose (Fig. 3a, b).
It should be noted that the algal growth conditions employed in this study were not optimized for maximum lipid yield for each strain.
Similar(53)
When mixed xylose-glucose substrates in the medium were used, both the maximum lipid production and lipid yield per sugar consumed were slightly lower than those attained with glucose alone, but higher than those with xylose alone.
The maximum lipid production was obtained at 12% w/w.
Response surface methodology (RSM) was used for the determination of optimum extraction parameters to reach maximum lipid extraction yield with yeast.
The results revealed that the maximum lipid extraction yield was 18.1% obtained after extraction 120 min, extraction temperature 60 °C and M/EA ratio was 2 1.
For the production of maximum cell biomass and lipid yield in oleaginous yeasts, medium with an excess of carbon source and limited amount of nitrogen sources has a significant influence (Ratledge 2004).
Related(18)
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