Navigation auf uzh.ch

Suche

Department of Evolutionary Biology and Environmental Studies

Evolution of Natural Product Biosynthesis

Many antibiotics are natural products, meaning that these molecules are not synthesized in the lab but instead are extracted from microorganisms that produce them in their natural environments. For example, polyketide antibiotics are biosynthesized by many species of soil bacteria and provide a competitive advantage against other microorganisms. The chemical diversity of polyketide molecules is extremely vast. Our aim is to understand how this high diversity of natural products came to be, and to decipher the molecular and evolutionary mechanisms that allow polyketide biosynthesis systems to innovate and produce novel antibiotics. We are also investigating the co-evolution between antibiotic biosynthesis and resistance mechanisms.

Group leader: Dr. Aleks Nivina

Research themes

  • GRINS: genetic elements commonly present in biosynthetic gene clusters
  • Molecular mechanisms of polyketide synthase diversification
  • Enzymatic innovation in natural product biosynthesis
  • Evolutionary pathways towards the biosynthesis of antibiotics

Bereichs-Navigation

Unterseiten von Evolution of Natural Product Biosynthesis