M. Lepoitevin

This study demonstrates that iron-based nanoMOFs can co-localize with Chlamydia trachomatis in macrophages and exhibit antimicrobial effects through photodynamic inactivation and reduced bacterial load.

This paper introduces a nanopore ion source for mass spectrometry that delivers ions directly into high vacuum, enabling more sensitive proteomic analyses by avoiding sample loss mechanisms in conventional electrospray ionization.