Command line usage¶
Run isopeptide bond prediction from command line.
Usage¶
Example:
$ isopeptor tests/data/test_structures/
protein_name probability chain r1_bond r_cat r2_bond r1_bond_name r_cat_name r2_bond_name bond_type rmsd r_asa template
8beg 0.987 A 590 636 729 LYS ASP ASN CnaA-like 0.0 0.004 8beg_A_590_636_729
8beg 0.987 A 756 806 894 LYS ASP ASN CnaA-like 0.0 0.028 8beg_A_756_806_894
8beg 0.987 A 922 973 1049 LYS ASP ASN CnaA-like 0.0 0.015 8beg_A_922_973_1049
8beg 0.987 A 1076 1123 1211 LYS ASP ASN CnaA-like 0.0 0.015 8beg_A_1076_1123_1211
7woi 0.987 A 57 158 195 LYS GLU ASN CnaB-like 0.001 0.019 7woi_A_57_158_195
7woi 0.987 A 203 246 318 LYS ASP ASN CnaA-like 0.0 0.012 7woi_A_203_246_318
5dz9 0.987 A 556 606 703 LYS ASP ASN CnaA-like 0.0 0.009 4z1p_A_3_53_150
5dz9 0.987 A 730 776 861 LYS ASP ASN CnaA-like 0.0 0.019 4z1p_A_177_223_308
4z1p 0.987 A 3 53 150 LYS ASP ASN CnaA-like 0.0 0.009 4z1p_A_3_53_150
4z1p 0.987 A 177 223 308 LYS ASP ASN CnaA-like 0.0 0.019 4z1p_A_177_223_308
6to1_af 0.505 A 13 334 420 LYS ASP ASN CnaA-like 0.548 0.002 4uzg_A_187_225_330
To redirect the output to a .tsv file use:
$ isopeptor tests/data/test_structures/ > output.tsv
Full command line options are:
$ isopeptor -h
usage: isopeptor [-h] [--distance DISTANCE] [--fixed_r_asa FIXED_R_ASA] [--eval_geometry] path_to_structure_files
Run isopeptide bond prediction from command line. Usage: isopeptor path/to pdb files/ > isopeptide_bonds.csv
positional arguments:
path_to_structure_files
Path to directory containing .pdb/.cif files.
options:
-h, --help show this help message and exit
--distance DISTANCE Specifies permissivity of jess search. The higher, the more permissive.
--fixed_r_asa FIXED_R_ASA
Fixes the relative solvent accessible area using a value between 0 and 1 to speed up the prediction.
--eval_geometry Run geometric evaluation of isopeptide bonds.
Note
Specifying –fixed_r_asa with a relative solvent accessibile area between 0 and 1 allows skipping this time-consuming calculation. The downside of it is that the prediction is less reliable. It is useful for very high throughput screenings where high precision is not required.
Note
To run a geometric evaluation use the –eval_geometry flag. This will report bond length, dihedral angles (pseudo-psi,phi and psi) and statistical measures. See the workflow:Geometric evaluation section for more information.