The likelihood of a cure being affordable is much higher after it's found. As well, since a cure is an information technology (in many ways), the price will come down over time. Even if it takes 30 years for the cure to be 'affordable', you still save lives by getting it made earlier.
I think this folding-thing is going to be a lot like sequencing the genome. A HUGE amount of work will be done to get the first bit done, and then as efficiencies and innovation kick in, the folding process will escalate. So, while it will take years to fold p53 (a very important protein), each additional protein will be done at a faster rate.
As well, I like supporting the concept of Distributed Computing. It's an innovation that can grow. Overtime, more applications will be available to tease people. For example, I believe that BOINC has a climate predictor running and being improved upon - Lambert might approve of supporting such a program with a small marginal cost.
I've made no secret about being a fair-weather folder. As soon as a good brain DC project starts up, I'm outtie!
I think this folding-thing is going to be a lot like sequencing the genome. A HUGE amount of work will be done to get the first bit done, and then as efficiencies and innovation kick in, the folding process will escalate. So, while it will take years to fold p53 (a very important protein), each additional protein will be done at a faster rate.
As well, I like supporting the concept of Distributed Computing. It's an innovation that can grow. Overtime, more applications will be available to tease people. For example, I believe that BOINC has a climate predictor running and being improved upon - Lambert might approve of supporting such a program with a small marginal cost.
I've made no secret about being a fair-weather folder. As soon as a good brain DC project starts up, I'm outtie!