Nanosilver: Unique powers, unique risks
Maybe you've never heard of nanosilver before. I wouldn't blame you.
Maybe you've heard of it but have no idea what it is. Wouldn't blame
you. But it's neat stuff. I won't get into all the details here -- I
refer you to my new feature in Environmental Health Perspectives for
that -- but basically it's a tiny silver compound (1-100 nanometers
across) with incredibly powerful antimicrobial qualities. It can kill
almost anything, including lethal hospital superbugs that have developed
resistance to lesser antimicrobials.
In recent years we've developed technologies to impregnate nanosilver in all sorts of materials, including fabrics, plastics, and various coatings -- which has led to nanosilver being incorporated into everything from dryers to baby bottles to workout clothing to wheelchairs.
But alas. Every upside has a downside: potential health risks, environmental risks, and perhaps most serious of all, the risk that bugs will develop resistance to nanosilver, too, our most powerful weapon against them.
And that's what my story in EHP is about. Read it here.
In recent years we've developed technologies to impregnate nanosilver in all sorts of materials, including fabrics, plastics, and various coatings -- which has led to nanosilver being incorporated into everything from dryers to baby bottles to workout clothing to wheelchairs.
But alas. Every upside has a downside: potential health risks, environmental risks, and perhaps most serious of all, the risk that bugs will develop resistance to nanosilver, too, our most powerful weapon against them.
And that's what my story in EHP is about. Read it here.
Comments
Post a Comment