Table 1.
What are the microbiological needs? | Which place for mechanics? | Which mechanical parameter? | Applications |
---|---|---|---|
Knowledge about the biofilm life-cycle | Indicator of behavior change | Change in material properties before failure (elastic moduli, strain) Qualitative understanding (viscoelastic behavior) |
Understanding the physical stability of biofilms Helping the development of therapeutics strategies (antibiotic screening) Understanding the streamer formation |
Mechanical control strategies | Threshold value | Loss of cohesive or adhesive strength | Improvement of operational parameters in irrigation systems Improvement of biofouling management in hydrated environments and cleaning procedures (detaching biofilm clusters or disrupting extracellular matrix) |