Investigating the catalytic and antimicrobial properties of ternary cesium/polyethylene glycol-SrO supported by molecular docking and DFT analysis

Key Points

• The primary aim is to evaluate the catalytic and antimicrobial properties of ternary cesium/polyethylene glycol-SrO nanocomposites.
• Synthesis of ternary nanocomposites using cesium, polyethylene glycol, and SrO.
• Testing the degradation efficiency of the nanocomposites on methyl orange dye in water.
• Assessment of antibacterial activity against specific bacteria using standard protocols.
• The nanocomposites effectively degraded methyl orange dye, demonstrating significant catalytic activity.
• Antibacterial tests revealed notable inhibitory effects against target bacterial strains.