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Synthetic Biology Department

Converting plentiful, renewable resources into energy
The Department has a high-level goal of designing a new organism to produce hydrogen from a renewable resource with efficiencies approaching theoretical. This new organism will ferment cellulose – one of the most abundant renewable resources available – and produce hydrogen. One of the primary advantages of creating a completely new organism for such fermentations is to control growth and eliminate any side re actions that might reduce the efficiency of cellulose conversion to hydrogen. The cell designs developed for hydrogen production will form the basis for new cell designs to remediate recalcitrant environmental contaminants, sequester carbon, and synthesize new materials in an environmentally friendly way.

Engineering environmentally friendly pathways
Remediating dangerous environmental contaminants
Converting plentiful, renewable resources into energy

Design Labs:
  Metabolic pathways
  Genetic circuits
  Bio-nanostructures
  Enzymes
  Molecular motors
  Biomembranes

Aims

Design Team

Background

Contacts

Intranet

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