Researchers at North Carolina State University have discovered that adding tiny bits of gold to a failed HIV drug rekindle the drug's ability to stop the virus from invading the body's immune system. The researchers started with a modified version of TAK-779, which didn't include the harmful ammonium salt. After testing, they found ...

A startup based in Cambridge, MA, says that it plans to soon begin clinical trials of a nanostructured material that stops bleeding almost instantly. A startup called Arch Therapeutics has licensed the technology from MIT and is developing manufacturing processes for making it in large amounts. The new material can be poured over a site ...

Like a team of laboratory gearheads, Arizona State University (A.S.U.) researchers have found a way to soup up microscopic "nanomachines" that may someday be used to deliver lifesaving medications or test the quality of drinking water in remote regions of the world. In place of turbochargers and high-octane gas, the scientists ...

Nanotechwire.com reports on clever work at UCSD on detecting cancer using today’s early nanotechnology-based particles: There is a growing recognition among cancer researchers that the most accurate methods for detecting early-stage cancer will require the development of sensitive assays that can identify simultaneously multiple biomarkers ...

Here at Foresight we have members with paraplegia and at least one with quadraplegia — it would be great if nanotechnology could help. Advanced nanotech should have cell repair abilities, but what can be done sooner? Medical News Today reports on promising current research: The ability to regenerate nerve cells in the body could [...]

Lung cancer is a terrible disease, and anyone can get it. It’s hard to detect. Now a grad student is making progress at building a detector, reports Azonano.com: “With this technology, a future scenario might be that you go to the doctor every year for an annual checkup; he draws about 10 cc’s of [...]

Here’s a cheery note to end our week on: There’s been lots of coverage of recent work by Northwestern’s Prof. Samuel Stupp’s work using today’s nanotechnology materials to tackle paralysis. An excerpt from NanoTechWire.com: In a dramatic demonstration of what nanotechnology might achieve in regenerative medicine, ...

The folks over at the Wilson Center’s Project on Emerging Nanotechnologies have been busy, as summarized on their NanoFrontiers page. First we have a report (2 MB pdf) from their NanoFrontiers Workshop, written up by Karen Schmidt. A couple of excerpts: It seems that the sky is the limit on what might one day be [...]

After being exposed to bioactive nanostructures developed in Samuel I. Stupp's laboratory at Northwestern University, Mice recovered from the symptoms of Parkinson's disease and recovery of heart function after an infarction. Stupp and his cowork...

Cross posted from advancednano.blogspot.com This reviews the Nanofrontiers : visions for the Future of Nanotechnology published by the Project on Emerging Nanotechnologies. There is 51 page pdf. It is mostly refinement of current nanotechnology with some discussion of more advanced nanotechnolology. The most interesting area is the discussion of ...