Folding@Home after Covid-19
Posted: Fri May 01, 2020 9:08 pm
I'm amazed at the number of folders who have joined over the last 2 months. We went from roughly 90 petaflops to 2.6 exaflops, that's huge!
Almost all of the computing power is directed to battle the coronavirus, and rightly so imo. But it got me thinking: we'll conquer this virus one day, what are the plans of the F@H team once that has happened?
So, assuming we'll have far more than 90 petaflops of computing power remaining after this surge cools down, what will the research priotities of the F@H team be?
These are my personal preferences:
1) Antiobiotic resistance: Why so high? It is (as far as I know) the only field in medicine which is regressing! We're taking antibiotics for granted. Even now, I here about doctors giving antibiotis for Covid-19 patients. The team released an interesting paper on this topic very recently.
2) Viral diseases: Not much to explain here. Aside from preventing future viral pandemics, there are still quite some uncurable viruses out there like HIV, Herpes, ...
3) a bunch of rare diseases/disorders that receive little funding. Stuff like chronic inflammation, autoimmune diseases, ...
Of coure I believe curing cancer and Alzheimer's are important. I'd love the team to do a full simulation of p53 (mis)folding. But billions are already being invested in understanding these diseases. While antiobiotics get little attention because they are not very profitable. And there are bunch of chronic diseases out there that get very little funding.
Almost all of the computing power is directed to battle the coronavirus, and rightly so imo. But it got me thinking: we'll conquer this virus one day, what are the plans of the F@H team once that has happened?
So, assuming we'll have far more than 90 petaflops of computing power remaining after this surge cools down, what will the research priotities of the F@H team be?
These are my personal preferences:
1) Antiobiotic resistance: Why so high? It is (as far as I know) the only field in medicine which is regressing! We're taking antibiotics for granted. Even now, I here about doctors giving antibiotis for Covid-19 patients. The team released an interesting paper on this topic very recently.
2) Viral diseases: Not much to explain here. Aside from preventing future viral pandemics, there are still quite some uncurable viruses out there like HIV, Herpes, ...
3) a bunch of rare diseases/disorders that receive little funding. Stuff like chronic inflammation, autoimmune diseases, ...
Of coure I believe curing cancer and Alzheimer's are important. I'd love the team to do a full simulation of p53 (mis)folding. But billions are already being invested in understanding these diseases. While antiobiotics get little attention because they are not very profitable. And there are bunch of chronic diseases out there that get very little funding.