 |
LigASite database of binding sites |
|
| You can download the LigASite database in XML format: |
| » Non-redundant version |
391 proteins |
3893706 bytes |
| » Redundant version |
816 proteins |
12342115 bytes |
| Or, if you just want the XML Schema: |
| » XML Schema |
|
9137 bytes |
| (XML files for individual proteins can be found at their respective pages) |
| Furthermore, we also provide the core data of LigASite in a comma-separated file. The format of this file is: |
- field 1: apo PDB ID
- field 2: residue type and position of binding site residue
- field 3: a hyphen-separated list of holo PDB ID's in which the residue is found in contact with a ligand.
|
| » LigASite comma-separated version |
816 proteins |
705493 bytes |
Note that the XML files contain the detailed information describing all binding sites in the dataset (e.g. list of protein atoms in contact with HET-groups, list of HET-groups considered relevant, etc.).
The comma-separated version is created from the XML file. |
| Previous versions of LigASite are available for download here. |
| (v9.4; March 2011)
A few HETATM amino acid residues were erroneously included in binding
site descriptions in a small number of entries in LigASite. This issue
accounted for a total of 23 residues distributed across 13 entries in
LigASite v9.3. The problem has been resolved from LigASite v9.4
onwards. Please contact the authors if you require a list of erroneous
residues in previous versions of LigASite.
|
| (v9.0; September 2010)
LigASite now uses PISA
instead of PQS to define
quaternary structures, as the latter service was discontinued in August 2009.
|
| (v7.0; March 2009)
Due to a problem in the LigASite update procedure, some entries in the
non-redundant (nr25) datasets in fact share more than 25% sequence identity.
This issue has been resolved from version 7.0 onward.
Please contact us
if you need correct lists of non-redundant entries for any of the earlier
LigASite updates.
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|
|
v9.7
April 2012 |
Interdisciplinary Research Institute, Computational Biology, Villeneuve d'Ascq, France
University College London, Biomolecular Structure and Modelling Unit, London, UK
Hospital for Sick Children and University of Toronto, Structural Biology and Biochemistry Program, Toronto, Canada |
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