Originally posted by: flyted
Did you even read the original post?
Yes, and its close minded and unsupported here.
Originally posted by: flyted
petrusbroder made an intelligent factual reply. Still not an answer
Why not? Could it be that "only" a "cure" will satisfy your question? Or can research and the way its performed be considered a "discovery"? Every time something new is tried, knowledge is gained, even if it doesn't work. What it does do is narrow the field.
Originally posted by: flyted
I bet many share my concerns, just didn't comment.
I doubt there are as many as you think, some...maybe, but I bet they aren't as closed minded about it.
Originally posted by: flyted
But clearly you 3 guys response does nothing to help the project.
Here I disagree with you. While your post shares your "opinion" it does nothing to further the project, their posts are similar to yours as they are sharing their viewpoints like you did, but (and it seems thats not allowed by you, even though its "okay" for you) They are not saying this project is futile, that people are wasting their time, and that only a cure can provide gratification, Nor are they implying that "While the work the scientists and doctors etc... are providing intresting facts, they can't actually be learning anything, since there isn't anything to show for their time.
You don't want "hostile" retorts yet you throw them out like a spoiled child. You could argue your side in an adultt fashion, but even when presented with information you asked about, its not good enough...Please share what it would take then (in your opinion) what is reasonable? Also please include your experience with the medical field, programming field etc... that gives you more insight/knowledge than say petrusbroder?
papers are important to the development of cures.
many are shared among the scientific community so that others have the same knowledge, more people focusing on the outcome of the tests can offer a better chance that fewer mistakes are made, that theory is accurate, and that less time is wasted trying the same experiments.
take these for example:
SUMMARY: Roughly half of all known cancers result from mutations in p53. Our first work in the cancer area examines the tetramerization domain of p53. We predict how p53 folds and in doing so, we can predict which amino acid mutations would be relevant. When compared with experiments, our predictions have appeared to agree with experiment and give a new interpretation to existing data.
TECHNICAL ABSTRACT: Dimerization of the p53 oligomerization domain involves coupled folding and binding of monomers. To examine the dimerization, we have performed molecular dynamics (MD) simulations of dimer folding from the rate-limiting transition state ensemble (TSE). Among 799 putative transition state structures that were selected from a large ensemble of high-temperature unfolding trajectories, 129 were identified as members of the TSE via calculation of a 50% transmission coefficient from at least 20 room-temperature simulations. This study is the first to examine the refolding of a protein dimer using MD simulations in explicit water, revealing a folding nucleus for dimerization. Our atomistic simulations are consistent with experiment and offer insight that was previously unobtainable
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SUMMARY: Rather than reporting new data from the Folding@Home project, this review article offers an in-depth look at the current state-of-the-art in simulation-based prediction. This includes work by our group and others in the field, including many compuatational models and methods of extracting information that can be directly compared to experiment.
TECHNICAL ABSTRACT: Simulation of protein folding has come a long way in five years. Notably, new quantitative comparisons with experiments for small, rapidly folding proteins have become possible. As the only way to validate simulation methodology, this achievement marks a significant advance. Here, we detail these recent achievements and ask whether simulations have indeed rendered quantitative predictions in several areas, including protein folding kinetics, thermodynamics, and physics-based methods for structure prediction. We conclude by looking to the future of such comparisons between simulations and experiments.
From the front page of the project, in case it matters.
are they "worthless" to you?
They might well be, but they offer insight to those that are working on the cures. Insighrt they wouldn't have without these findings. Insight that may save minutes, hours, even days , weeks or months on finding solutions.
These papers are vital to you getting your "Real world results".
No one here has a crystal ball, to know the date and time those results (like the ones you are looking for) will be here.
What I find amazing is that it seems that you would prefer that they just stopped the research rather than "waste" everyones time.
I for one am glad that they are on the job, doing the research, trying to find answers, rather than telling those that have cancer, Alzheimer's, Mad Cow (BSE), CJD, ALS, Huntington's, Parkinson's disease, Look its not worth the effort, We tried but we gave up, you just aren't worth the effort, we have decided that we can make more money selling drugs that don't cure the disease but rather prolong it.
Of course you can also disagree with my opinions, its allowed, but when it affects you personally or someone you love, I am betting you would be glad that they are trying.If it already affects you and your mad there isn't a cure yet, yeah that can hurt, but just because it isnt here for you it shouldn't be here for those to come after you?
I wish you luck, whether you stay on the team or not.
Mike