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Asher
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Calgary, Alberta
Nov 1999 time: 22:37
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World Community Grid is a new computing grid being launched by IBM and United Devices, to harness the idle processor cycles of people's computers to do research that benefits humanity.
The current project is called the "Human Proteome Folding" project:
quote: The Human Proteome Folding project will provide scientists with data that predicts the shape of a very large number of human proteins. These predictions will give scientists the clues they need to identify the biological functions of individual proteins within the human body. With an understanding of how each protein affects human health, scientists can develop new cures for human diseases such as cancer, HIV/AIDS, SARS, and malaria. |
More information is available here: http://www.worldcommunitygrid.org/p...he_project.html
This does not affect your computer's performance, because it only uses processor cycles that are otherwise wasted on doing nothing.
Step 1: Join (download, install, register): http://www.worldcommunitygrid.org/j...w/join_now.html
Step 2: Join the Apolyton team: http://www.worldcommunitygrid.org/t...mId=635XNJBR9N1
Human Proteome Folding is 70% done:

When this project completes in around December, a few new projects will be launched. Various research organizations from around the world have submitted proposals, and they are being evaluated as we speak, with announcements of the supported proposals expected in late September.
So use your spare cycles, join today. 
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Asher
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Calgary, Alberta
Nov 1999 time: 22:37
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quote: 6-27-2005
Seattle
Update from the Institute for SystemsBiology
Work completed:
We have completed 60-72% of the work we plan to process in this phase of the human proteome folding project. That means we’ve processed a huge amount of work that when combined and post-processed here at the ISB results in 3D-structure predictions for over 53,000 protein domains taken from proteins in all complete genome sequences. Again, these domains are the least annotated sequences out there, so this info should be a major source of insight for figuring out what these proteins do. We have two grids devoted to this project (one operated by IBM, the worldcommunitygrid.org, and one operated by United Devices, grid.org). So far IBM has returned 49 batches of work resulting in 49,000 structure predictions, while UD has returned 14 batches. We are projected to finish the work in december at this rate (the grid has grown a bit slower than we thought it would, so tell you’re friends).
Biology interface:
We have begun the final stage of development for this project, the front end that will display results to biologists. Two programers at the ISB have now begun the process of integrating the results we get from the grid with the myriad other types of biological data using the data visualization and integration platform Cytoscape (cytoscape.org). The functional implications of any given structure prediction are best interpreted in light of everything else we know about a given protein. This front end will allow biologists to efficiently evaluate not just the structure and sequence matches for a given protein, but also its context in the cellular network. Work will begin on a subset of 5 organisms including yeast, human and malaria, but will eventually include all organisms on the grid ... more on this soon.
Richard Bonneau
Sr. Scientist
ISB, Seattle |
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All times are GMT. The time now is 05:37. Apolyton Time is 00:37. |
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