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C2BŪ Pathway
The Pathway is based on current information available in bibliographic reports and databases of enzymes, metabolic pathways and microorganisms. It focuses on establishing proof of concept of the biotechnological transformation (reaction/s to be substituted) on a lab scale. If enzyme/s are not commercially available, they can be obtained by fermentation of bacteria and yeast, or even by cloning gene/s onto host bacteria using recombinant DNA-technology and recovering it. Finally, experimental assays to test enzyme activity in model-type substrates and in the target substrates, including yield characterization in different reaction conditions are performed. |
C2BŪ Factory
The Factory is based on the principle of the Pathway. The Factory is applied in order to attain the experimental conditions which lead to the most efficient biotechnological transformation and focuses on achieving a consistent bioprocess. These activities are addressed to scaling up the process and to test the feasibility for implementation on an industrial scale. Some processes can be improved only by media optimization. Others require advanced bioreactor-engineering approaches such as continuous culture on perfusion modules or reactors with immobilized enzymes or microorganisms. Some other approaches include metabolic engineering through increasing genetic dosage of a specific enzyme, or silencing of other ones that allow altering the behavior of the microorganisms by forcing physiological growth conditions. |
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C2BŪ proprietary products
also conducts its own public funded (EU) research and cooperates with several public and private international institutions. The aim of this strategic work is to increase, in a synergistic way, the exploring capabilities of in developing innovative biosolutions for improving the potentiality of implementing it successfully.
Some of the areas where our scientists are actually working are:
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Biotransformations with low water soluble compounds |
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Biotransformations of aromatic compounds |
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Arylpropionic and Arylacetic anti-inflammatory biosynthesis |
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