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本帖最后由 金鹏 于 2015-11-8 08:37 编辑
A/N通吃 开普勒的甜点
高温高负载高PPD,注意做好显卡散热/降频/降压等保护功课
Projects 10493, 10494, 10496 [Core 21, GPU, linux, win]These projects features simulations of mTOR, a kinase often dysregulated in kidney cancer, the 7th leading cause of cancer deaths in the United States. The goal of this project is to better understand the way in which mTOR mutations observed in cancer patients might activate or dysregulate the kinase, or desensitize it to anticancer therapeutics.
These projects simulate mTOR either wild type with a number of mutants observed in cancer patients at MSKCC. Project 10493 features just the kinase domain, while projects 10494 and 10496 feature the kinase domain + the FAT and FRB domains. The initial conditions come from relaxed structures obtained from project 10491 and 10492, which were based on crystal structures obtained by Nikola Pavletich at MSKCC. These projects use core 0x21 v0.0.12
Project 10493:
24479 points
10 deadline
7 timeout
80983 atoms
Project 10494:
20664 points
10 deadline
7 timeout
277543 atoms
Project 10496:
12183 points
10 deadline
7 timeout
189218 atoms
As a note, these projects should generate more heat on your GPU, similar to project 10495. Additionally, we have currently excluded NVIDIA Maxwell 2's from these projects while we work on some errors we encountered with those cards in internal testing. Project 10495 [core 21, gpu, lin/win]This project features simulations of mTOR, a kinase often dysregulated in kidney cancer, the 7th leading cause of cancer deaths in the United States. The goal of this project is to better understand the way in which mTOR mutations observed in cancer patients might activate or dysregulate the kinase, or desensitize it to anticancer therapeutics.
This project simulates mTOR with a number of mutants observed in cancer patients at MSKCC. The initial conditions come from a relaxed structure obtained from project 10491, which was based on crystal structures obtained by Nikola Pavletich at MSKCC. This project has 68K atoms and uses core 0x21 v0.0.11
Project 10495:
14421 points
3.5 deadline
2.5 timeout
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