Projects number: p13781-13783 on vav3.ocis.temple.edu
These projects (13781-13783) simulate a millisecond folder NTL9(1-39) with different force fields. We are trying to understand how mutations change the folding landscape, the performance of different force fields, and how we can use new methodology to better identify and efficiently sample mutation-induced changes in kinetics and conformational populations. (http://fah-web.stanford.edu/cgi-bin/fah ... ed?p=13781)
(Openmm21) project p13781-p13783 to ADV
Any announcements about FAH policy, servers and new projects will be made here.
Moderators: Site Moderators, FAHC Science Team
Return to “Announcements - Folding Consortium”
Jump to
- Announcements
- ↳ Announcements - Folding Consortium
- ↳ Announcements - Forum related
- New Donors
- ↳ New Donors start here
- Current Software
- ↳ v8.5.5 Public Release for Windows / Linux / macOS
- ↳ v8.5.xx Open Beta
- ↳ v8.4.9 Public Release for Windows / Linux / macOS
- ↳ v8.4.xx Open Beta
- ↳ V8.3.xx Open Beta
- ↳ V8.1.xx Open Beta
- ↳ V7.6.x Public Release Windows/Linux/MacOS X
- ↳ V7.5.1 Public Release Windows/Linux/MacOS X [deprecated]
- ↳ Software for ARM hardware
- ↳ Q&A about unsupported distros of Linux
- ↳ New GPUs (whitelist)
- ↳ Android client from Sony (deprecated)
- GPU drivers
- ↳ Problems with NVidia drivers
- ↳ Windows 10 + NVidia
- ↳ Problems with AMD/ATI drivers
- ↳ Intel iGP Drivers
- Stats and server issues
- ↳ Issues with a specific server
- ↳ Issues with a specific WU
- ↳ CPU Projects - released FAHCores _a7 & _a8 (a4 retired)
- ↳ GPU Projects and FahCores
- ↳ Issues with this forum
- ↳ CPU Projects - beta FAHCores (Currently _a8)
- General Discussions
- ↳ Discussions of General-FAH topics
- ↳ How can we help FAH grow
- ↳ The Science of FAH -- questions/answers
- ↳ Scientific discussions (Non-FAH)
- ↳ FAH Hardware
- ↳ In memoriam
- 3rd party software
- ↳ 3rd party contributed software