Tethering with dimer of E. coli
TS (1f4d.pdb, chain A and B, L143C, C146S)
download 1f4d.pdb
superimpose to 1hvy-AB_addH.wi.pdb
(sup2pdbs_sh
1hvy-AB_addH.wi.pdb 1f4d.pdb)
- 1f4d.pdbf
load in pymol, correct bonds of ligand and addH - 1f4d_addH.wat.pdb
protonation with whatif using water from X-ray structure (whatif.sh
1f4d_addh.wat) - 1f4d_addh.wat.wi.pdb
remove water molecules but keeping sulfate - 1f4d_addh.wi.pdb
load 1f4d_addh.wi.pdb in
pymol and save again
(this step is important otherwise GOLD has problems with
atom types)
remove ligand and side chain of C143
in monomer A using pymol -1f4d_addh-L143C.sulf.wi.pdb
center Ca-C143: 2300 (center 1hvy-Ca-C195: 3.002
2.973 11.352) radius: 25 A
linking atom of receptor 1f4d_addh-L143C.sulf.wi.pdb:
2300
linking atom of ligand CID_445503-cys3D.sdf:
43
start GOLD 3.1.1: gold_di1f4cL143C_wi.sulf.conf
WARNING: problems with atom types in mol2
output: docking_di1f4dL143C-sulf_wi_445503.25A.sdf
In contrast to 1f4c, 1f4f and 1f4g, 1f4d containts the last two
residues Ala263-Ile264, but the position of the C-terminus is quite
much varying from 1f4b and 1f4e.