Document is current
Any future updates will be listed below
-
Authors
Jóźwiak, Grzegorz
Pla Verge, Marta
Luraschi-Eggemann, Amanda
Mestiri, Cyrine
McSorley, Elinor
Wilson-Owen, Daisy
La Fauci, Sonia
García-Castillo, María
Delarze, Eric
Fromm, Katja
Munch, Laura
Vogel, Caspar
Balasopoulos, Dimitrios
Cathomen, Gino
Reiter, Silke
Świątkowski, Michał
Totu, Roxana
Häussler, Susanne
Tenson, Tanel
Pagliara, Stefano
Cantón, Rafael
Greub, Gilbert
Lisby, Gorm
Mullen, William
Lockhart, Daniel
Cichocka, Danuta
Sturm, Alexander
,
Aubry, Christèle
Georgevia, Maria
Garcia-Castillo, Maria
Trinler, Nicolas Oswaldo
Hinnu, Mariliis
Kaldalu, Niilo
de Souza Guerreiro Rodrigues, Tailise
Łapińska, Urszula
Micaletto, Maureen
-
Funding
Funding for this research was provided by:
JPIAMR-Development of innovative strategies, tools, technologies, and methods for diagnostics and surveillance of antimicrobial resistance
- License Information
-
More Information
Article History
Received: 14 January 2026
Accepted: 11 March 2026
First Online: 20 March 2026
Declarations
:
: G.L. serves as a scientific advisor to Momentum Bioscience. R.C. and G.G. serve as scientific advisors to Resistell. E.D., A.L.E., M.S., and are inventors on a patent application (PCT/EP2020/08782) filed by Resistell concerning bacterial attachment to a cantilever. G.J., A.S., E.D., and D.C. are inventors on another Resistell patent application (PCT/EP2023/055596) related to machine learning analysis of particle motion on a cantilever. Resistell also holds an exclusive license for the patent EP2766722B1, which protects a nanoscale motion detector.
