Developing new analytical methods and QC tools for reliable biomass characterization and the optimization of anaerobic digestion processes.

Homepage:https://portal.findresearcher.sdu.dk/da/persons/pmglORCID profile:https://orcid.org/0000-0002-8995-6783

Project: Chemistry in sub-attoliter volumes controlled by DNA-encoded vesicle fusionBiomolecular Nanoscale Engineering Center (BioNEC) (Assoc. Prof. Stefan Vogel)Institute for Chemistry, Physics and Pharmaceutical Sciences

Template-directed nucleic acid ligation and polymerization in the absence of enzymes are model systems for prebiotic information transfer and can be used to study information mutation and alteration based on the underlying chemical principles (self-assembly, molecular recognition, phosphodiester bond formation). An efficient information transfer from a template nucleic acid oligomer cannot be achieved efficiently in bulk aqueous media, however, self-assembled interfaces or structured media have been shown to support the non-enzymatic nucleic acid polymerization. Based on these results, this project aims at demonstrating non-enzymatic template-directed replication of short nucleic acids strands.

Teaching second year courses within chemistry. Subjects: Chemistry of the Elements, Analytical Spectroscopy

Serving food and beverages, aquiring a new language.

Various jobs within manufacturing and other labour

Saturdays part-time job. Sorting and distributing mail.