antimicrobial surface

New antimicrobial coating could revolutionize cleaning methods
via Canadian Light Source New antimicrobial coating could revolutionize cleaning methods We’ve gained a new
HYO-JICK CHOI (RIGHT) AND HIS TEAM HAVE DEVELOPED A LIGHT-ACTIVATED SOLUTION THAT CAN BE USED TO KILL INFECTIOUS PATHOGENS ON CONTACT WITH PROTECTIVE CLOTHING AND HIGH-TOUCH SURFACES LIKE ELEVATOR BUTTONS AND DOORKNOBS. (PHOTO: SUPPLIED)
Revolutionary Antimicrobial Solution Developed to Instantly Kill Pathogens on PPE and High-Traffic Surfaces
HYO-JICK CHOI (RIGHT) AND HIS TEAM HAVE DEVELOPED A LIGHT-ACTIVATED SOLUTION THAT CAN BE USED
Left: Scanning electron microscopy image of the CuNW network on a copper-sprayed surface. Right: Up-close image of CuNW nanowire, which is about 60 nm in diameter, approximately 100x smaller than a human hair.
Using copper nanowires to combat the spread of diseases
Left: Scanning electron microscopy image of the CuNW network on a copper-sprayed surface. Right: Up-close
Plasma-enabled surface engineering becomes a new tool to create contact-killing, antifouling and drug-release surfaces
Plasma-etched nanostructured anti-bacterial surfaces. CREDIT: Elsevier Plasma-enabled surface engineering becomes a new tool to create
A new superbug-destroying coating for wound dressings and implants
E.coli bacteria before exposure to the nanothin antimicrobial coating (left) and after (right). A new
Certain materials when exposed to light can kill coronavirus and other viruses quickly
The new compound is activated using UV light. Certain materials when exposed to light can
via University College London
Scientists develop world’s first light-activated antimicrobial surface that also works in the dark

Researchers at UCL have developed a new antibacterial material which has potential for cutting hospital

New study discovers copper destroys highly infectious norovirus

Scientists from the University of Southampton have discovered that copper and copper alloys rapidly destroy