Researchers at GB Pant University have developed an antibacterial plastic that resists microbial contamination for 72 hours.

Antimicrobial resistance not only undermines the efficacy of current treatments but also endangers the entirety of modern ...

These technologies work at tiny scales to enhance barriers for fresher products, add safety features, and enable packaging that monitors conditions in real time.

Carbon dot (CD) technology is an exciting frontier in nanotechnology, and its potential in agriculture is gaining increasing ...

Nile University researchers developed innovative wound dressings using natural extracts like Aloe Vera to create silver ...

No matter which kind you use, antibacterial cleansers are no better at killing germs than soap and water—plus, they can really screw up your skin. Here’s how.

Sea moss (Chondrus crispus) is a red macroalga lauded for its rich mineral content, prebiotic fibers, and potential health ...

Rising concern about environmental pollution due to traditional plastic packaging and growing demand for food safety have promoted the emergence of ...

These methods produce tiny, highly stable carbon nanoparticles with useful optical and chemical ... CDs can be functionalised with antimicrobial agents or pesticides for targeted delivery. The ...

Antimicrobial nanoparticles are designed to combat bacterial resistance through mechanisms like ROS generation, membrane disruption, and intracellular targeting. They have applications in medicine, ...

IIT Hyderabad researchers collaborate with Dambi Dollo University to develop silver oxide nanoparticles from mistletoe leaves, showcasing powerful antibacterial properties against E. coli and ...