Bacteria that cause infectious diseases adopt biofilms as one of their most prevalent
lifestyles. Biofilms enable bacteria to tolerate environmental stress and evade antibacterial …

The loss of materials due to corrosion is inevitable and has gained significant attention at
various stages in the process industries, including petroleum, food processing units, and …

A bacterial image analysis system based on surface plasmon resonance imaging was
established to investigate the effect of bacterial motility on biofilm formation under high …

Replacing single-use plastic delivery bags (SPDBs) with cellulose-based materials is an
effective strategy to reduce environmental pollution. However, the inherent hydrophilicity …

Biofilms are responsible for most bacterial infections and significantly threaten human
health. Designing effective and less harmful materials to inhibit and remove biofilms remains …

Surface metallization of textiles through electroless deposition to develop multifunctional
textiles has become an active area of research lately. However, little attention has been paid …

Although the molecular response of bacteria exposed to metal nanoparticles (NPs) is
intensively studied, many phenomena related to their survival, metal uptake, gene …

The skin and the gut are direct target tissues for nanoparticles, yet attention to effects of
metal-based nanoparticles (MNPs) on these two and the discrepancy in these effects remain …

Pseudomonas aeruginosa, a pathogenic microorganism of substantial clinical concern, has
exhibited a remarkable ability to cause diverse infections, particularly in …

Nanotechnology presents an innovative strategy to combat the spread of antibiotic resistant
bacteria and their resistance genes throughout different ecosystems. To address this …