Biologists and computer scientists have joined forces to create new algorithms that allow supercomputers to model molecular activity on an unprecedented scale. The technique could enable medical researchers to better predict the impact of drugs on cells "in silico", i.e. before any experiments on cells or animals. The researchers, led by a team at the University of California, San Diego, used a recent mathematical discovery to accelerate hugely the speed at which supercomputers can process the data needed to simulate electrostatic atomic interactions.
http://www.newscientist.com/news/news.jsp?id=ns99991179
Popular Posts
-
Some good stuff from a Canadian futurist: - The rising power of the knowledge worker - Continuous training replaces job security; respect is...
-
Very dry, dull book with some basic financial info like ROI and cash flow. Not a lot here.
-
I had the pleasure to attend the IBM Think conference in wet and chilly San Fran from Feb 11-14th of this year. The event overall was ...
-
It's been almost exaclty three years since I've updated this blog. In that three years, I've achieved a lot -- I've gone aft...
-
Not a bad audio book, but I expected more. Big ideas: Build a high performance, high-trust culture; Identify desired results and un...
-
Nother confirmation Of einstein... the first images of light escaping a black hole show that they lose energy. In this case, it was a superm...
-
Here's my (edited) journal entry for this event dated 12/01/98: Wow. I just sessioned and started reading "The Tao of Physics...
-
Brad Dalton is the first to admit his theory is far-fetched: that bacteria could account for odd light emissions, as well as the reddish hue...
-
Increasingly, the overstretched and overburdened have a new answer to work lives of gunning harder for what seems like less and less: Dont j...
-
I'm sure someone else has written the rules of business out in terms of the Bushido, but here's my take: Truthfulness You must speak...
