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Concerning the other light supplies, lipid yields were not statistically different (p > 0.05).
The aim of this study was to evaluate the influence of different light supplies on microalgal lipid productivities.
High light supplies (irradiance values greater than 72 μE m−2 s−1) led to the achievement of higher lipid accumulation for both microalgae.
When seedlings encounter light, supplies of COP1 dwindle in the nucleus, allowing transcription factor levels to rise and switch on photomorphogenesis genes.
Open image in new window Figure 3 Calibration curve of absorbance at 440 nm as a function of FA concentration (mg L −1 ). Figure 4 shows the lipid yields of C. vulgaris and P. subcapitata determined for different light supplies.
Significance level was set at p < 0.05. Figure 1 shows the growth curves of C. vulgaris and P. subcapitata corresponding to different light supplies at room temperature and aerated with CO2 at atmospheric concentration.
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It is promised that the electric light supply will be quite normal again to-day.
The effect of light supply on lipid yields was similar for both microalgal strains (p > 0.05).
Microalgae-based WWT engineering requires optimization of light supply and biomass recovery.
The achievement of the highest value in a discontinuous light supply may be related with possible photooxidation [33, 34].
The better light supply implies higher rates of photosynthesis which may in return positively influence growth performance.
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