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1) BOINC Integration of a powerful molecular docking simulation with genetic algorithms that help make approximations on lowest energy of interactions between two molecules
2) Custom Workunit Generators that allow users to create their own molecular docking experiment
3) The ability to view results through a Java Molecular viewer
Future Landmarks
1) Send results in an email to the user
2) Create a Re-Captcha for Account creation
3) Integrate a Quantum Monte Carlo simulation Upstream of molecular docking. Thus we can preform molecular docking on hypothetical reaction intermediates.
4) Reach the funding Goals for Year 2008
5) Achieve Institutional Sponsorship
So there is still more work to be done. Possibly the deal breaker on this project is whether Monte Carlo simulations integrated with Docking can provide a reasonable method to predict catalytic interactions. Another direction, however, using Rosetta it may be possible to engineer efficient enzymes.
Best of luck to you all during the Holidays!
Kind Regards,
Jack
P.S. If you live near Washington, DC you may be interested in joining
Washington, DC BOINC & Distributed Computing.
Our group will meet, discuss and promote open source distributed computing, primarily
BOINC. Our first meeting is a casual dinner at Clyde's of Gallery Place on January 23rd 2008.
I hope to see you there!
P.P.S. I also want to thank several people at Scripps Institute. First off, thank you Sargis for helping me get python packages functional through Pyinstaller.
Thanks Ruth for identifying an issue with my docking results which made it impossible for running further analysis. And finally thank you Dr. Morris
for the work you have done developing AutoDock.
-Jack
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http://cactus.nci.nih.gov/NCI's data center in Frederick, MD housing this webserver, powered down to test the emergency generator this weekend. For my next trick I will email the results of molecular docking simulations to the initiator.
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autogrid=autogrid_5.51_windows_intelx86.exe
autodock=autodock_5.51_windows_intelx86.exe
These applications are then copied to slot when the BOINC client downloads them. They are given the logical name autogrid & autodock.
Now my next problem is trying to get the various input files in the slot directory. I am attempting the same logical naming
but running into issues.
-Jack
-Jack
1) Enable Additional Platforms for AD4: Done at least major platforms!
2) Get AutoGrid4 enabled with BOINC for all platforms: Done! See 1)
3) Develop a script for formating batches of molecular files for Work Units: Done
4) Integrate an additional molecular dynamics tool for identifying saddle point energies of substrate: Not Started
5) Open up peer review scientific methods for predicting catalytic interactions on trials of positive/negative controls. Identify areas for improvement based on these trials: Not started
We have come a long way since I opened this project in June. We have AutoDock working on almost every platform.
I have moved on to the next difficult problem, downloading/formating data for generating workunits. I
now have a script that does that. Problem is trying to get AutoDock to run workunits with different files.
Wrapper only knows the command line supplied in the job file. Re-Writing job on the fly may cause problems.
Alternatively we can redesign AG4/AD4 to accept command line parameters through a file or
redesign wrapper to accept a command line, sequester the parts for AG4 from AD4 and run
the applications with these sperate substrings.
-Jack
-Jack