Structure superposition tools: Difference between revisions

From Proteopedia
Jump to navigationJump to search
Eric Martz (talk | contribs)
Eric Martz (talk | contribs)
Line 64: Line 64:
* [[#FATCAT|FATCAT]] '''flexible''' and rigid superposition. Jmol. Generates '''morph''' of alignment.
* [[#FATCAT|FATCAT]] '''flexible''' and rigid superposition. Jmol. Generates '''morph''' of alignment.
* [[#TopMatch|TopMatch]]
* [[#TopMatch|TopMatch]]
Note: Although the CE server appears not to be well maintained, the CE algorithms can be used at [http://www.pdb.org pdb.org] either directly in their website, or via their java web start application (see instructions below under [[#Calculate Structure Alignment|Calculate Structure Alignment]]). Both of the latter methods include visualization in Jmol (not available at the CE website).
Note: Although the CE server appears not to be well maintained, the CE algorithms can be used at [http://www.rcsb.org rcsb.org] either directly in their website, or via their java web start application (see instructions below under [[#Calculate Structure Alignment|Calculate Structure Alignment]]). Both of the latter methods include visualization in Jmol (not available at the CE website).


If you want automated selection of a small subdomain with the best possible alignment, try [[#DeepView = Swiss-PDBViewer|DeepView = Swiss-PDBViewer]]'s ''Explore Domain Alternate Fits'' or ''Iterative Magic Fit'' (see results in the [[#DeepView = Swiss-PDBViewer example|DeepView = Swiss-PDBViewer example]]).
If you want automated selection of a small subdomain with the best possible superposition, try [[#DeepView = Swiss-PDBViewer|DeepView = Swiss-PDBViewer]]'s ''Explore Domain Alternate Fits'' or ''Iterative Magic Fit'' (see results in the [[#DeepView = Swiss-PDBViewer example|DeepView = Swiss-PDBViewer example]]).


===DNA structural alignment===
===DNA structural alignment===