Effect of led lighting of different spectral composition on gene expression FeSOD in the cells of Spirulina platensis
When growing Spirulina platensis under the LED light sources a reduction in the level of FeSOD gene expression has been showed. Photosynthetic activation, which leads to increased productivity of the algae processes in LED lighting, can also assumes to cause an increase in oxidative processes in cells of Spirulina platensis. Oxidative effects can increase while enhancing of intensity of illumination of these sources of photosynthetically active light. Taking to account reducing of FeSOD gene expression, algae stability to stress will reduce, and as a consequence it will lead to a decrease culture productivity or its destruction.