Adaptive Laboratory Evolution
Evolving E. coli 498 under rising reaction-water pressure in continuous culture, tracking how tolerance and growth change run after run.
- Microbial adaptation
- Selection pressure
- E. coli 498
MSc OMICS Technologies and Data Science in Biomedicine · IMC Krems, Austria — BSc Medical & Pharmaceutical Biotechnology
I evolve bacteria to survive toxic industrial water, and write the code behind the experiments.
I finished my BSc in Medical & Pharmaceutical Biotechnology in 2026 and am now in the OMICS Technologies and Data Science in Biomedicine master's programme at IMC Krems. My bachelor work ran inside the EcoCoat project: adaptive laboratory evolution of E. coli 498 against toxic industrial reaction water, from morbidostat selection to data analysis.

Featured research
Adaptive laboratory evolution of E. coli 498 toward toxic paint and resin residues in reaction water, from morbidostat selection to validation with data and bioassays.
Read the research article
Research
My current work is microbial adaptation, industrial reaction water, and keeping the experiments reproducible.
Evolving E. coli 498 under rising reaction-water pressure in continuous culture, tracking how tolerance and growth change run after run.
Toxic paint and resin residues from polyester resin production. I test whether the adapted cultures can use those compounds as a carbon source.
Running morbidostat experiments on the Replifactory, with automated dosing and OD600 feedback over long adaptation runs.
Selected work
A few things I am building or have finished, in the lab and in code.
Off the clock
Work outside the lab: field documentation, visual work, and the websites I build and host myself.


Using a drone with thermal and normal cameras to help find fawns in fields.

Aerial photos from my own flights — mostly forests and open country.

Designing, building, self-hosting, and iterating personal websites and small digital systems — including this portfolio.