Cyanobacteria are considered to be ideal hosts for the production of biofuels or biomaterials, mainly because they can directly convert carbon dioxide into target substances, requiring only sunlight, water and some inorganic compounds. Because most Cyanobacteria are transformable, they can be genetically engineered to efficiently produce biofuels and biomaterials.
Synechocystis sp. PCC6803 is a kind of cyanobacteria. Creative BioMart optimizes a green light regulated gene expression system, which can be used for the engineering production of biomaterials and biofuels. The engineered green light gene expression system will be a useful genetic tool to control gene expression in the biological process of emerging cyanobacteria. The engineered green light gene expression system will be a useful genetic tool to control gene expression in the biological process of emerging Cyanobacteria.
The green light sensing system consists of green light sensing histidine kinase CcaS, homologous response regulator CcaR and cpcG2 (pcg2) promoter. CCAs and CCAR act as genetic controllers to activate the gene expression of PCG2 under green light irradiation.
Green light can effectively regulate gene expression in cyanobacteria and maintain sufficient growth conditions with red light.
We introduced a powerful SD like sequence to enhance gene expression. Under green light illumination, the constructed engineering green light sensing system has about 30 times higher protein expression than the wild-type promoter with high on / off ratio.
In the application of biofuel production, different RBS with different intensities will help to optimize the expression level of enzymes in the biosynthetic pathway to avoid unwanted by-products.
It involves gene synthesis, vector construction, gene guaranteed transcription, mRNA translation, post-translational modification and so on.
A variety of prokaryotic expression vectors are available for selection.
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