Jacob S. Folz

This paper develops a fermentation workflow to assess gut microbiome biotransformation capacity using chemical probes and metabolomics, showing that experimental conditions and donor variability influence transformation profiles.

This study investigates bidirectional interactions between fluorinated chemicals and gut microbiota using ex vivo, in vitro, and in silico methods, revealing microbial biotransformation and potential detoxification effects.

The paper profiles chemical activities in rat gut microbiota to assess changes in biotransformation capacity after exposure to drugs and dietary compounds, finding significant alterations with certain antibiotics.

The paper provides a metabolomics dataset from 30 mouse gene knockouts and wildtypes, identifying 832 metabolites across multiple analytical methods.