How does the volunteered computer test for safety and efficacy?
Open Source
All about open source! Feel free to ask questions, and share news, and interesting stuff!
Useful Links
- Open Source Initiative
- Free Software Foundation
- Electronic Frontier Foundation
- Software Freedom Conservancy
- It's FOSS
- Android FOSS Apps Megathread
Rules
- Posts must be relevant to the open source ideology
- No NSFW content
- No hate speech, bigotry, etc
Related Communities
- !libre_culture@lemmy.ml
- !libre_software@lemmy.ml
- !libre_hardware@lemmy.ml
- !linux@lemmy.ml
- !technology@lemmy.ml
Community icon from opensource.org, but we are not affiliated with them.
They use some OSS modeling/docking software which tests for efficacy. After good candidates are identified by the computers, they are sent to 'wet lab' for further testing and candidate selection. Then it's tested on some cells, then on some live animals, etc you keep going down that road and eventually you get to human trials.
I guess my point was who foots the bill for the expensive part and do they get an exclusive license on the patent?
Right now I believe the plan is for SiDock to fund much of the expensive part once they have a very strong candidate. They are already doing some wetlab work for example.
There is no patent on the drug, that is kind of the point, it is designed to be patent free. The results of SiDock's research are published in an open-source manner. Any company that wants to could then manufacture and sell the drug, but obviously they can’t price gouge since any other small drug manufacturer could come along and undercut them. As you can imagine, there would be quite a big market for a potent, shelf-stable anti-viral for covid, particularly if it had a better side effect profile than paxlovid. Paxlovid is also quite expensive, if an alternative anti-viral was available, the competition would bring down Paxlovid's price, which would be a win for everybody.
Patents and their consequences have been a disaster for the human race.
Is it still active? https://github.com/COVID-si/covid-solver-unix was last updated 3 years ago
Not sure if that Github is, but the SiDock project is still very much active and sending out work. The code base is inherently pretty stable, every time you change the way the protein docker works you'd have to re-calculate all the results, it's a massive space of data to search.