News Highlights: Homepage Slideshow Archive

NY Times: Nanosilver May Help Provide a Path Away from Antibiotic Resistance

An NC State biomed professor tests a nanosilver-coated bandage on a persistent infection from a bug bite, instead of taking a course of oral antibiotics, and it worked. (Learn More >>)

Drug-Delivering Nanomotor is 500 Times Smaller Than a Grain of Salt

A group of engineers at the University of Texas have developed what they are calling the smallest and best such nanomotor ever built. (Learn More >>)

The business potential of (amazing, wonderful, futuristic) graphene

Fortune magazine reports: It's a better conductor. It's transparent. It's lightweight. It's strong. It's flexible and elastic. Can it change the electronics business? (Learn More >>)

New Apparel Could Ward Off Chemical Weapons

Scientists at the National Institute of Standards and Technology, an NNI-member agency, engineered the nanotubes to hold a copper-based catalyst that breaks down a key chemical bond in nerve agents. (Learn More >>)

Scientists made color-changing paint out of gold nanoparticles

These sensors made of gold nanoparticles change colors as you press on them. They can be painted on or applied like a bandage, and they convey differences in pressure at certain points of impact. (Learn More >>)

MIT attempts to thwart counterfeiters with nanocrystals

MIT researchers created anoparticles that come in a range of customizable colors, can be embedded invisibly just about anywhere, and can be authenticated using nothing more than an accessorized smartphone. (Learn More >>)

Targeting Cancer with a Triple Threat

MIT chemists have devised a new way to build nanoparticles that can carry and deliver precise ratios of three or more different drugs. (Learn More >>)

Popping nanoballoons to fight cancer

Developed by researchers at the University at Buffalo, these miniscule particles can deliver anti-cancer medications straight to the tumor itself, without causing unwanted damage along the way. (Learn More >>)

Engineers design ‘living materials’

MIT researchers created hybrid materials that combine bacterial cells with nonliving elements that can conduct electricity or emit light. (Learn More >>)

NanoDays Being Celebrated at More Than 200 Sites Nationwide

UVa's Nanoscience Institute opened its labs over the weekend to visitors as part of NISE Net's NanoDays program. (Learn More >>)

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