[Chimera-users] NMR-Style structures
meng at cgl.ucsf.edu
Thu Dec 18 16:24:58 PST 2008
Just thought I would mention some related tutorials:
The "trajectories/ensembles tutorial, part 2" includes viewing the NMR
structure 1plx as a trajectory with MD Movie and calculating all-by-
The "model panel and ensembles" tutorial includes viewing NMR
structures 1g1p and 1g1z, and using Ensemble Cluster and Ensemble Match:
There is also a ViewDock tutorial, but (naturally) it uses DOCK
output, not an NMR structure.
Elaine C. Meng, Ph.D. meng at cgl.ucsf.edu
UCSF Computer Graphics Lab (Chimera team) and Babbitt Lab
Department of Pharmaceutical Chemistry
University of California, San Francisco
On Dec 18, 2008, at 4:12 PM, Eric Pettersen wrote:
> On Dec 18, 2008, at 2:28 PM, Huang, Shengyou wrote:
>> Is any way for Viewdock in Chimera to open a pdb file with NMR-
>> style structures so that I can view those NMR-style structures one
>> by one?
> Yes, you can use ViewDock for that. When ViewDock asks you what the
> file type is, choose either "Dock 3 or 3.5", "Dock 3.5.x single", or
> "Dock 4, 5 or 6". Then the normal ViewDock interface will come up.
> There won't be much information in the various fields because an NMR
> PDB file doesn't have the embedded information that a DOCK output
> file does, but nonetheless you can click through the list of
> structures like normal.
> Another possibility is to open the NMR file as a trajectory (MD/
> Ensemble Analysis->MD Movie) and play through the conformations that
> way. You could also use other analysis capabilities of the MD Movie
> tool, such as the RMSD map function.
> You might also want to try out the Ensemble Cluster tool, which will
> cluster your NMR ensemble and let you look at representative
> structures from each cluster.
> It sounds like you have a lot of conformations, so the Ensemble
> Match (compare your N structures in an NxN table) and Tile
> Structures (show all the conformations at once tiled in a grid on
> the screen) are probably not as useful as they would be for smaller
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