Tetrahedrons made from DNA that extend and shorten in response to added short strands of DNA may provide new nanotech methods of drug delivery, but may present even more exciting possibilities for atomically precise functional nanosystems.
Tetrahedrons made from DNA that extend and shorten in response to added short strands of DNA may provide new nanotech methods of drug delivery, but may present even more exciting possibilities for atomically precise functional nanosystems.
In a major nanotech advance in constructing designer materials, DNA has been used to assemble gold nanoparticles into three-dimensional crystals.
A new DNA base pair that works with at least one enzyme that replicates DNA opens up new possibilities for nanotech.
The Royal Society of Chemistry brings news of early work leading toward designed engines for nanomachines: Dutch scientists have made nanotubes move using enzyme-powered motors. Ben Feringa and co-workers from the University of Groningen, The Netherlands, have designed engines for nanomachines that could potentially be used in the body. Hydrogen peroxide has proven useful as… Continue reading Nanotechnology: Early work on nanomotors
Once again this year I’ll be helping to pick the winners of the Nano 50 Awards, sponsored by Nanotech Briefs. Now is the time to send in your entries: Nanotech Briefs has announced a Call for Nominations for its fourth annual Nano 50 awards competition…The Nano 50 recognizes the top 50 technologies, innovators, and products… Continue reading Send nanotechnology judges something to judge
