Nils J. H. Averesch

This paper introduces a method to assemble synthetic T7 phage genomes in vitro without restriction enzymes, enabling modular DNA insertion.

The paper isolates and characterizes a Halomonas species capable of producing bio-polyesters from sustainable feedstocks under non-axenic conditions.

This paper engineers Cupriavidus necator H16 to produce aromatic polyhydroxyalkanoates from renewable feedstocks, demonstrating biocatalytic synthesis of bio-polyesters with properties similar to synthetic polymers.

The paper proposes using biological solutions like self-healing materials, biobatteries, and synthetic rubber-producing bacteria to enhance sustainability and reduce costs for Mars exploration.