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Microbial Biotechnology for Space and Earth

The Averesch Lab


To enable closed-loop biomanufacturing in Space and on Earth, the Averesch-lab explores the limits of microbial metabolism with Synthetic Biology. By developing new-to-nature biochemical functions and pathways, we create microbial platforms that excel at the utilization of single-carbon compounds and convert these into useful chemicals, such as advanced bioplastics. We also aim to understand the limitations for life off-Earth by charting the bounds of microbial carbon- and energy-metabolism. Pushing these boundaries, we aim to create advanced microbial cell factories that assimilate substrates most efficiently.


Our Research

  • Modulating the Biosynthesis of Polyesters for In Situ Manufacturing
  • Enhancing the Efficiency of Carbon Assimilation
  • Elucidating the Limitations of Life Microbial Carbon- and Energy Metabolism
  • Apply to Our Graduate Program
  • How to Apply to Our Graduate Program


 Lab Members


Dr. Nils Averesch

Principal Investigator
n.averesch@ufl.edu

Sulogna Chatterjee

Dr. Sulogna Chatterjee

Postdoctoral Scholar
su.chatterjee@ufl.edu

 

Wienke Van Bouchaute

Undergraduate Intern
wvanbouchaute@ufl.edu