Xilikon
[H]ard|DCer of the Year 2008
- Joined
- Oct 12, 2004
- Messages
- 15,011
In addition, some guys said it seems to fold the same protein over and over forever. This is false because the work units work not exactly like this so I'll explain in layman terms how it works :
Project # : Project number for a protein folding setup. Each id is a different protein / different setup.
Run, Clone and Gen : Iterations of the same project. When you are processing a unit, you are basically folding a unit for X nanoseconds so to get a few mins of folding, we need to do lots of work sequentially. Runs is various parameters to see if temperature, pressure and other parameters affect folding.
Basically, when you fold, you are almost never working on the same work unit. The only way to get the same is if the last one gave a error so it redownload the same, up to 3 times.
As for the benefits, even if it is not really tangible for everyone, think about how research will help find a cure later. Would you be happy to know that if in 30 years, you are hit by a disease who cannot be cured today but can be in 30 years due to the results of the folding research ?
Project # : Project number for a protein folding setup. Each id is a different protein / different setup.
Run, Clone and Gen : Iterations of the same project. When you are processing a unit, you are basically folding a unit for X nanoseconds so to get a few mins of folding, we need to do lots of work sequentially. Runs is various parameters to see if temperature, pressure and other parameters affect folding.
Basically, when you fold, you are almost never working on the same work unit. The only way to get the same is if the last one gave a error so it redownload the same, up to 3 times.
As for the benefits, even if it is not really tangible for everyone, think about how research will help find a cure later. Would you be happy to know that if in 30 years, you are hit by a disease who cannot be cured today but can be in 30 years due to the results of the folding research ?