Jérôme Charmet

This paper introduces a hydrogel-based biosensor that accelerates bacterial interaction with reporter molecules through engineered transport, achieving faster and more accurate detection of infections and antimicrobial susceptibility.

The paper shows bacterial growth in agarose hydrogels is mainly affected by gel stiffness, water loss, and electrostatic interactions, not nutrient content.

The paper presents an optimized protocol for sequencing ultra-short DNA fragments using Oxford Nanopore Technology, improving data quality compared to standard protocols.