The characterization of global circuits of organisms and the engineering of their capacity to produce chemicals derived from biomass is going to provide new alternatives for the petrochemical, pharmaceutical and cosmetic industry, among others. More importantly, the availability of biofuels and bio-based chemicals will assure the developing world the bricks of a sustainable society.

Synthetic Biology aims to design and construct new parts, devices and biological systems and to re-design of existing natural biological systems for human purposes. Synthetic Biology uses well-defined parts crafted by the evolution process to build artificial systems that can perform new functions. 

Systems Biology aims to model and understand organisms in their totality, characterizing the dynamic functional inter-relation among their parts (genes, RNAs, proteins, metabolites, regulatory networks, environmental perception, adaptation mechanisms etc.). 


For more information on this and other iniatives in Bionergy Research consult .

Petroleum sources...

... of carbon for human growth and development will end. The use of fossil oil is becoming very expensive and increasingly damaging for the environment. It is not just for fuel, there are all the bio-based chemicals that need inventing.

We need to find alternative routes that are good for the planet, good for the people and good for our economy.

It is in this context that the USP SynBio Center places itself in the frontier of knowledge, focusing on research that can lead into new applications in Bioenergy.

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