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· In Windows 8.1, Microsoft has removed the Windows Backup tools that provided system image backup capabilities. This has triggered a new round of fear and. Data sheet | HP EliteBook 850 Notebook PC HP recommends Windows. property of their respective owners 3 1. Not all features are available in all editions of Windows 8. · The official source of product insight from the Visual Studio Engineering Team.
Auto. Dock Vina - molecular docking and virtual screening program. Accuracy. Auto. Dock Vina significantly improves the average accuracy of the binding mode predictions compared to Auto.
Dock 4, judging by our tests on the training set used in Auto. Dock 4 development.[*]. Additionally and independently, Auto. Dock Vina has been tested against a virtual screening benchmark called the Directory of Useful Decoys by the Watowich group, and was found to be. It should be noted that all six of the other.
Auto. Dock Tools Compatibility. For its input and output, Vina uses the same PDBQT molecular structure file format used by Auto. Dock. PDBQT files can be generated (interactively or in batch mode) and viewed using MGLTools. Other files, such as the Auto. Dock and Auto. Grid parameter files (GPF, DPF) and grid map files are not needed.
Binding mode prediction accuracy on the test set. Auto. Dock" refers to Auto. Dock 4, and "Vina" to Auto. Dock Vina 1. Vina's design philosophy is not to require the user to understand its implementation details, tweak obscure search parameters, cluster results or know advanced algebra (quaternions).
All that is required is the structures of the molecules being docked and the specification of the search space including the binding site. Calculating grid maps and assigning atom charges is not needed. The usage summary can be printed with "vina - -help".
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Programming the Microsoft Internet Information Server ISAPI Filter Part 5. Program examples compiled using Visual C++ 6.0 compiler on Windows XP Pro machine with.
The summary automatically remains in sync with the possible usage scenarios. Implementation Quality.
By design, the results should not have a statistical bias related to the conformation of the input structure. Attention is paid to checking the syntactic correctness of the input and reporting errors to the user in a lucid manner. The invariance of the covalent bond lengths is automatically verified in the output structures. Vina avoids imposing artificial restrictions, such as the number of atoms in the input, the number of torsions, the size of the search space, the exhaustiveness of the search, etc. Flexible Side Chains.
Like in Auto. Dock 4, some receptor side chains can be chosen to be treated as flexible during docking. Auto. Dock Vina tends to be faster than Auto. Dock 4 by orders of magnitude.[*]Multiple CPUs/Cores. Additionally, Vina can take advantage of multiple CPUs or CPU cores on your system to significantly shorten its running time. World Community Grid. Qualified projects can run Auto. Dock Vina calculations for free on the massively parallel.
World Community Grid. Existing projects using Auto.
Dock Vina there include those targeting. Leishmaniasis and.
Schistosomiasis. Some of these projects average over 5. Average time per receptor- ligand pair on the test set.
Auto. Dock" refers to Auto. Dock 4, and "Vina" to Auto. Dock Vina 1. Auto. Dock Vina is released under a very permissive Apache license, with few restrictions on commercial or non- commercial use, or on the derivative works. The text of the license can be found here.
If you have never used Auto. Dock Vina before, please study the Video Tutorial before attempting to use it. How to get started learning to use Vina? Watching the video tutorial might be the best way to do that. What is the meaning or significance of the name "Vina"? Why was it developed? Please see this mailing list post.
How accurate is Auto. Dock Vina? It should be noted that the predictive accuracy varies a lot depending on the target, so it makes sense to evaluate Auto. Dock Vina against your particular target first.
While evaluating any docking engine in a retrospective virtual screen, it might make sense to select decoys of similar size, and perhaps other physical characteristics. What is the difference between Auto. Dock Vina and Auto.
Dock 4? Auto. Dock 4 (and previous versions) and Auto. Dock Vina were both developed in the Molecular Graphics Lab at. The Scripps Research Institute. Auto. Dock Vina inherits some of the ideas and approaches of Auto.
Dock 4, such as treating docking as a stochastic. Vina does that internally), and some other implementation tricks, such as.
It also uses the same type of structure format (PDBQT) for maximum compatibility with auxiliary software. However, the source code, the scoring funcion and the actual algorithms used are brand new.
Auto. Dock Vina as a new "generation" rather than "version" of Auto. Dock. The performance was compared in the original publication [*], and on average, Auto. Dock Vina did. considerably better, both in speed and accuracy. However, for any given target, either program may provide a better result. Auto. Dock Vina is more likely to do so.
This is due to the fact that the scoring functions are different, and both are inexact. What is the difference between Auto. Dock Vina and Auto. Dock Tools? Auto. Dock Tools is a module within the MGL Tools software package specifically for generating input (PDBQT files) for. Auto. Dock or Vina. It can also be used for viewing the results.
Can I dock two proteins with Auto. Dock Vina? You might be able to do that, but Auto. Dock Vina is designed only for receptor- ligand docking. There are better programs for protein- protein docking. Will Vina run on my 6.
Yes. By design, modern 6. Why do I get "can not open conf.
The file exists! Oftentimes, file browsers hide the file extension, so while you think you have a file "conf. This setting can be changed in the control panel or system preferences. You should also make sure that the file path you are providing is correct with respect to the directory (folder) you are in.
You can use ls or dir commands on Linux/Mac. OS and Windows, respectively, to list the contents.
Why do I get "usage errors" when I try to follow the video tutorial? The command line options changed somewhat since the tutorial has been recorded. In particular, "- -out" replaced "- -all". Vina runs well on my machine, but when I run it on my exotic Linux cluster, I get a "boost thread resource" error. Why? Your Linux cluster is [inadvertantly] configured in such a way as to disallow spawning threads. Therefore, Vina can not run.
Contact your system administrator. Why is my docked conformation different from what you get in the video tutorial? The docking algorithm is non- deterministic. Even though with this receptor- ligand pair, the minimum of the scoring function corresponds to the correct conformation.
Try several times and see for yourself. Note that the probability of failing to find the mininum may be different with a.
My docked conformation is the same, but my energies are different from what you get in the video tutorial. Why? The scoring function has changed since the tutorial was recorded, but only in the part that is independent of the conformation. Why do my results look weird in Py. MOL? PDBQT is not a standard molecular structure format.
The version of Py. MOL used in the tutorial (0. PDBQT is somewhat similar to PDB). This might not be the case for newer versions of Py. MOL. Any other way to view the results? You can also view PDBQT files in PMV (part of MGL Tools), or convert them into a different file format (e. Auto. Dock Tools, or with "save as" in PMV).
How big should the search space be? As small as possible, but not smaller. The smaller the search space, the easier it is for the docking algorithm to explore it. On the other hand, it will not explore ligand and flexible side chain atom positions outside the search space. You should probably avoid search spaces bigger than.
Angstrom, unless you also increase "- -exhaustiveness". Why am I seeing a warning about the search space volume being over 2. Angstrom^3? This is probably because you intended to specify the search space sizes in "grid points" (0. Angstrom), as in Auto. Dock 4. The Auto. Dock Vina search space sizes are given in Angstroms instead. If you really intended to use an unusually.
You may need to increase the value of the exhaustiveness to make up for it. This will lead to longer run time. The bound conformation looks reasonable, except for the hydrogens.
Why? Auto. Dock Vina actually uses a united- atom scoring function, i. Therefore, the positions of the hydrogens in the output are arbitrary.
The hydrogens in the input file are used to decide which atoms can be hydrogen bond donors or acceptors though. What does "exhaustiveness" really control, under the hood? In the current implementation, the docking calculation consists of a number of independent runs, starting from random conformations. Each of these runs consists of a number of sequential steps. Each step involves a random perturbation of the conformation followed.
BSOD with SYSTEM_SERVICE_EXCEPTION (IGDKMD6. SYS on DEL E7. 44. I get this BSOD with the dociking station running twin monitors, sometimes when I plug in a USB device, sometimes when switching between the Windows 7 screen and Windows 8 screen, sometimes starting Lync on a screen grab tool (Snip). It never occurs when I am not using the docking station. I think it only occurs when there are two montitors. I had a earlier graphics driver but updated it as the screens would sometimes go fuzzy for a few seconds, then go blank and then recover. I suspect the power supply may be innsufficient at 1. V 6. 7. A. I am not very experienced in debugging but have managed to decode the MEMORY.
DMP a little bit. I would like some pointers what to do next.
Thank you. Microsoft (R) Windows Debugger Version 6. X8. 6. Copyright (c) Microsoft Corporation. All rights reserved. Loading Dump File [C: \Windows\MEMORY. DMP]Kernel Bitmap Dump File: Only kernel address space is available************* Symbol Path validation summary **************Response Time (ms) Location.
Deferred SRV*c: \symbols*http: //msdl. Symbol search path is: SRV*c: \symbols*http: //msdl.
Executable search path is: Windows 8 Kernel Version 9. MP (4 procs) Free x. Product: Win. Nt, suite: Terminal. Server Single. User. TSBuilt by: 9. 60. Machine Name: Kernel base = 0xfffff.
Ps. Loaded. Module. List = 0xfffff. 80. Debug session time: Fri Sep 1. UTC + 1. 0: 0. 0)System Uptime: 0 days 1: 5.
Loading Kernel Symbols............................................................................. Page 1. 2e. 14b not present in the dump file. Type ". hh dbgerr.
Page 1. 51. 34f not present in the dump file. Type ". hh dbgerr. Loading User Symbols. PEB is paged out (Peb. Ldr = 0. 00. 07ff.
Type ". hh dbgerr. Loading unloaded module list......******************************************************************************** ** Bugcheck Analysis ** ********************************************************************************Use ! Bug. Check 3. B, {c.
ERROR: Module load completed but symbols could not be loaded for igdkmd. Page 1. 61fd. 8 not present in the dump file.
Type ". hh dbgerr. Page 1. 6a. 85e not present in the dump file. Type ". hh dbgerr. Probably caused by : igdkmd. Followup: Machine.
Owner- -- -- -- -- 2: kd> ! Bugcheck Analysis ** ********************************************************************************SYSTEM_SERVICE_EXCEPTION (3b)An exception happened while executing a system service routine. Arguments: Arg. 1: 0.
Exception code that caused the bugcheck. Arg. 2: fffff. 80. Address of the instruction which caused the bugcheck. Arg. 3: ffffd. 00.
Address of the context record for the exception that caused the bugcheck. Arg. 4: 0. 00. 00. Debugging Details: -- -- -- -- -- -- -- -- -- EXCEPTION_CODE: (NTSTATUS) 0xc. EXCEPTION} Integer division by zero. FAULTING_IP: igdkmd. CONTEXT: ffffd. 00.
Last set context: rax=0. Resetting default scope.
DEFAULT_BUCKET_ID: WIN8_DRIVER_FAULTBUGCHECK_STR: 0x. BPROCESS_NAME: igfx.
Tray. exe. CURRENT_IRQL: 0. ANALYSIS_VERSION: 6. LAST_CONTROL_TRANSFER: from fffff. STACK_TEXT: ffffd.
DXGADAPTER: :Ddi. Escape+0x. 48ffffd. Dxgk. Escape+0x. 57dffffd. Nt. Gdi. Dd. DDIEscape+0x. Ki. System. Service. Copy. End+0x. 13. FOLLOWUP_IP: igdkmd.
SYMBOL_STACK_INDEX: 0. SYMBOL_NAME: igdkmd. FOLLOWUP_NAME: Machine. Owner. MODULE_NAME: igdkmd.
IMAGE_NAME: igdkmd. DEBUG_FLR_IMAGE_TIMESTAMP: 5. STACK_COMMAND: . FAILURE_BUCKET_ID: 0x. B_igdkmd. 64+1b. 41fa. BUCKET_ID: 0x. 3B_igdkmd. ANALYSIS_SOURCE: KMFAILURE_ID_HASH_STRING: km: 0x.
FAILURE_ID_HASH: {ae. Followup: Machine.
Owner- -- -- -- -- .