Nathan Vinícius Ribeiro

This paper develops an autologous co-culture system to study human intestinal IEL-epithelial interactions, showing both non-destructive and cytotoxic responses under different conditions.

This study develops a high-throughput in vitro pipeline to quantify epithelial permeability of gut bacterial metabolites and identifies new bacteria-drug pairs affecting permeability.

The paper engineers a glucose-inducible genetic circuit in Bacillus subtilis to maintain production capacity during scale-up by switching metabolic states, improving industrial production efficiency.

This study characterizes five purine riboswitches in both in vitro and in vivo systems, identifying transcription pause sites and correlating readthrough with gene expression.