CORDIS Project
Funding breakdown and partner intelligence are Premium
Sign in and upgrade to Premium for EU contribution totals, consortium analytics, OpenAlex research context, and AI summaries. · 0 consortium intelligence fields visible of 1
Start free • Cancel anytime • 14-day refund guarantee
This project explores how bacteria generate mechanical forces to adapt to their environments. It focuses on the bacterium Pseudomonas aeruginosa, using advanced microscopy techniques to study how it responds to chemical signals and surface properties during biofilm formation.
Bacteria can generate mechanical forces that are important for the colonization of surfaces, formation of biofilms, and infection of host cells.
This proposal addresses the fundamental question of how bacteria can control their force generation to robustly respond to chemo-mechanical cues on complex surfaces.
Currently, a knowledge gap exists between the molecular regulation pathways on the one hand and the mechanical behavior on the other hand.
One major impediment for understanding of how beha…
TECHNISCHE UNIVERSITAT DORTMUND
Partner organizations (coordinator is shown above), with normalized type and CORDIS activity type. Guests see up to 4 partners.
Germany, MUNCHEN
Type: University / higher education
Activity type: Higher or Secondary Education Establishments
SME: No
Similar projects, consortium collaboration history, frequent partners, and OpenAlex research context.
Guests see up to 5 EuroSciVoc fields.
Guests see up to 5 topics.
Guests see up to 5 keywords.
