Jan‐Ulrich Kreft

This study quantifies the rapid decline of antimicrobial resistance genes and microbial community shifts in sewage-polluted river mesocosms under various stress conditions.

This study investigates how carbon and nitrogen availability affect the growth and morphology of the extremotolerant fungus Knufia petricola under different nutrient conditions.

The paper shows that changes in ARG abundance in environmental studies may be due to community shifts rather than antibiotic selection, using correlations with ribosomal RNA genes.

This study investigates the varied mutual growth inhibition between commensal yeasts and Escherichia coli strains, identifying species-specific inhibitory effects and potential antimicrobial compounds.

The paper uses hydraulic modeling and field data to show that untreated sewage, not pharmaceutical waste, is the main source of antimicrobial resistance in the Musi River.

The paper uses machine learning to predict plasmid permissiveness in wastewater microbiomes from 16S rDNA sequences, showing moderate-to-strong correlations with experimental data.