At present, only seven β-xylosidase crystal structures of two GH families (GH39 and GH42) were determined and the PDB codes of the structures are 1W91, 2BFG, 2BS9, 1PX8 and 1UHV (GH39), and 1YRZ and 1YIF (GH43).
The PDB codes of these structures in the second data set are listed in Additional file 1: Table S2.
On the right side of the screen is the list of predicted ligands with their corresponding Z-scores, specificities and PDB codes of protein structures from which they were transposed.
Current design codes of concrete structures implicitly propose this type of assessment since there is not a specified method or device to verify the conditions of the substrate surface.
The PDB codes of these structures are 1BR6, 1EFY, 1L2S, 1QPE, 2CSN, and 4STD.
The resulting codes of bovine structures (pdb 1occ and 1bgy for complex IV and bc1, respectively) were then used in MODELLER [ 51] in order to build human structural models.
Protein codes of representative structure for family GH19, GH22c, GH22i, GH23, GH24v, GH24l and GH46 were 3cql, 1iee, 2dqa, 153l, 2lzm, 1am7 and 1qgi, respectively.
Displaying chemical structures in LATE X documents currently requires either hand-coding of the structures using one of several LATE X packages, or the inclusion of finished graphics files produced with an external drawing program.
According to seismic design codes, nonlinear performance of structures is considered during strong earthquakes.
In building codes, the design of structures is generally based on their virgin state omitting most damage processes and disregarding future physical as well as chemical deterioration.
