Anyone doing life science would acknowledge the power of proteomics. And anyone doing computational biology would comprehend the massive computation needs to model or understand even a fraction of the proteins in the human body (and we're talking only ONE species here -
Homo sapiens). Last I understand, IBM created some next-generation supercomputer called
BlueGene touted to boast world's greatest computation speed and power for protein research. Imagine the cost (material and intellectual) of construction and utility of this sophisticated robot.
But who would guess, leeching CPU power can actually get you farther.
As one researching on genetics, I'm not very well-versed in protein research, nevertheless, I'm amused and pretty much impressed by this project by Stanford University:
Folding@homeI guess this is where the ancient proverb "United we stand, Divided we fall" carries good meaning. If everyone in the world were to contribute a little CPU power each, the resident researches would have a collective sum of computational power more than sufficient to fuel their modeling work (and leaving BlueGene trailing in their wake!). Quite a nifty strategy, if you ask me. And it's for good cause! I wonder if there's a similar project for genetics research.
If you have extra CPU power to spare and would like to contribute to the research community, visit them
here for the client and start protein-folding at home!
~みはる~