Computational design of mechanically coupled axle-rotor protein assemblies


Advanced search

Message boards : Rosetta@home Science : Computational design of mechanically coupled axle-rotor protein assemblies

To post messages, you must log in.

AuthorMessage
Profile [VENETO] boboviz

Send message
Joined: 1 Dec 05
Posts: 2124
Credit: 12,432,615
RAC: 1,162
Message 105994 - Posted: 22 Apr 2022, 12:05:00 UTC

Computational design

We would like to thank the Rosetta@Home user base for donating their computational hours to run forward folding simulations
ID: 105994 · Rating: 0 · rate: Rate + / Rate - Report as offensive    Reply Quote
Jim1348

Send message
Joined: 19 Jan 06
Posts: 881
Credit: 52,257,545
RAC: 0
Message 105995 - Posted: 22 Apr 2022, 12:43:18 UTC - in response to Message 105994.  

It is good to know that our efforts contribute to such interesting and potentially important work.
Thanks for scowering the literature to find it. It would be a bit hidden for most of us.
ID: 105995 · Rating: 0 · rate: Rate + / Rate - Report as offensive    Reply Quote
Rosetta_Folder

Send message
Joined: 16 Dec 21
Posts: 10
Credit: 90,448
RAC: 0
Message 106015 - Posted: 24 Apr 2022, 21:15:01 UTC

Nanomachines huh... We're a step closer to Metal Gear Sold
ID: 106015 · Rating: 0 · rate: Rate + / Rate - Report as offensive    Reply Quote

Message boards : Rosetta@home Science : Computational design of mechanically coupled axle-rotor protein assemblies



©2025 University of Washington
https://www.bakerlab.org