PyMOL generated image of ligand binding residues prediction for H1135_A

Predicted ligand binding residues are shown as blue sticks in the image above.

Binding site: 39, 40; 29, 32, 91
Most likely ligands at each site (Type): ASN; TYR
Centroid ligands at each site (TypeID): ASN206; PRO223
All ligands in clusters (Type-Frequency): TYR-1, ALA-1, CYS-1, ASN-2, HIS-1, PRO-1, PHE-1, SER-1; TYR-1, LEU-1, ASN-1, PRO-1, ARG-1
Likely+centroid ligands at each site: ASN206; TYR218
EC numbers:
GO terms:

JSmol view of ligand binding residues prediction for H1135_A

FunFOLDQA scores:

BDTalign = 0.06112164553682627
Identity = 0.0
Rescaled BLOSUM62 = 0.2
Equivalent Residue Ligand Distance = 0.044757303
Model Quality = 0.7598174
Predicted BDT score = 0.33610585
Predicted MCC score = 0.16636346

CAMEO-LB prediction format:

r=ARG; n=39; a=NH1; | I=0.00000; O=0.00000; N=0.00000; P=0.22902; | LEU=0.03163; TYR=0.00034; ALA=0.15947; CYS=0.01788; ASN=0.00265; SER=0.01704; 

r=ARG; n=39; a=C; | I=0.00000; O=0.00000; N=0.00000; P=0.30469; | LEU=0.00388; ALA=0.01045; CYS=0.03958; ASN=0.14863; PHE=0.00894; SER=0.09320; 

r=ARG; n=39; a=O; | I=0.00000; O=0.00000; N=0.00000; P=0.33529; | LEU=0.00311; ALA=0.00611; CYS=0.01791; ASN=0.19956; PHE=0.01910; ARG=0.00264; SER=0.08686; 

r=ARG; n=39; a=CB; | I=0.00000; O=0.00000; N=0.00000; P=0.16379; | LEU=0.00339; ALA=0.03375; CYS=0.05122; ASN=0.03095; PHE=0.00048; SER=0.04400; 

r=ARG; n=39; a=CA; | I=0.00000; O=0.00000; N=0.00000; P=0.22831; | LEU=0.00413; ALA=0.01780; CYS=0.02943; ASN=0.10319; PHE=0.00627; SER=0.06748; 

r=ARG; n=39; a=CD; | I=0.00000; O=0.00000; N=0.00000; P=0.19062; | LEU=0.01050; ALA=0.09224; CYS=0.03539; ASN=0.01757; SER=0.03493; 

r=ARG; n=39; a=CG; | I=0.00000; O=0.00000; N=0.00000; P=0.11322; | LEU=0.00232; ALA=0.04100; CYS=0.03135; ASN=0.01603; SER=0.02252; 

r=ARG; n=39; a=N; | I=0.00000; O=0.00000; N=0.00000; P=0.17808; | LEU=0.00051; ALA=0.00472; CYS=0.00695; ASN=0.11351; PHE=0.02102; SER=0.03135; 

r=ARG; n=39; a=NE; | I=0.00000; O=0.00000; N=0.00000; P=0.14409; | LEU=0.00543; ALA=0.10392; CYS=0.01724; ASN=0.00467; SER=0.01282; 

r=ARG; n=39; a=CZ; | I=0.00000; O=0.00000; N=0.00000; P=0.20013; | LEU=0.01005; ALA=0.16540; CYS=0.01328; ASN=0.00163; SER=0.00977; 

r=ARG; n=39; a=NH2; | I=0.00000; O=0.00000; N=0.00000; P=0.16198; | LEU=0.00232; ALA=0.15389; CYS=0.00385; SER=0.00191; 

r=CYS; n=40; a=SG; | I=0.00000; O=0.00000; N=0.00000; P=0.36460; | LEU=0.02306; TYR=0.00209; ALA=0.04012; CYS=0.12346; ASN=0.02294; SER=0.15294; 

r=CYS; n=40; a=CB; | I=0.00000; O=0.00000; N=0.00000; P=0.28229; | LEU=0.00267; ALA=0.01131; CYS=0.12392; ASN=0.04959; SER=0.09480; 

r=CYS; n=40; a=N; | I=0.00000; O=0.00000; N=0.00000; P=0.27409; | LEU=0.00271; ALA=0.01264; CYS=0.07536; ASN=0.09348; PHE=0.00210; SER=0.08779; 

r=CYS; n=40; a=CA; | I=0.00000; O=0.00000; N=0.00000; P=0.28570; | LEU=0.00120; ALA=0.00495; CYS=0.07414; ASN=0.11677; PHE=0.00144; ARG=0.00078; SER=0.08642; 

r=CYS; n=40; a=C; | I=0.00000; O=0.00000; N=0.00000; P=0.21705; | ALA=0.00031; CYS=0.03785; ASN=0.13868; PHE=0.00203; ARG=0.00067; SER=0.03752; 

r=CYS; n=40; a=O; | I=0.00000; O=0.00000; N=0.00000; P=0.19196; | CYS=0.02435; ASN=0.14125; PHE=0.00100; ARG=0.00215; SER=0.02322; 

r=GLU; n=29; a=OE1; | I=0.00000; O=0.00000; N=0.00000; P=0.26982; | TYR=0.02651; LEU=0.23615; PRO=0.00189; PHE=0.00334; ARG=0.00193; 

r=GLU; n=29; a=CD; | I=0.00000; O=0.00000; N=0.00000; P=0.25476; | TYR=0.04723; LEU=0.20639; PRO=0.00037; PHE=0.00040; ARG=0.00037; 

r=GLU; n=29; a=CG; | I=0.00000; O=0.00000; N=0.00000; P=0.27795; | TYR=0.10808; LEU=0.16834; PRO=0.00073; ARG=0.00080; 

r=GLU; n=29; a=OE2; | I=0.00000; O=0.00000; N=0.00000; P=0.19410; | TYR=0.02460; LEU=0.16950; 

r=GLU; n=29; a=CA; | I=0.00000; O=0.00000; N=0.00000; P=0.16282; | TYR=0.12551; LEU=0.03264; PRO=0.00467; 

r=GLU; n=29; a=O; | I=0.00000; O=0.00000; N=0.00000; P=0.27105; | TYR=0.17063; LEU=0.04538; PRO=0.05504; 

r=GLU; n=29; a=CB; | I=0.00000; O=0.00000; N=0.00000; P=0.17669; | TYR=0.09828; LEU=0.07774; PRO=0.00067; 

r=GLU; n=29; a=C; | I=0.00000; O=0.00000; N=0.00000; P=0.20112; | TYR=0.14498; LEU=0.03292; PRO=0.02322; 

r=GLU; n=29; a=N; | I=0.00000; O=0.00000; N=0.00000; P=0.09644; | TYR=0.08705; LEU=0.00800; PRO=0.00138; 

r=GLY; n=32; a=O; | I=0.00000; O=0.00000; N=0.00000; P=0.25760; | TYR=0.18634; LEU=0.00324; ASN=0.00101; PRO=0.06055; ARG=0.00645; 

r=GLY; n=32; a=C; | I=0.00000; O=0.00000; N=0.00000; P=0.27322; | TYR=0.18449; LEU=0.00476; PRO=0.08261; ARG=0.00136; 

r=GLY; n=32; a=CA; | I=0.00000; O=0.00000; N=0.00000; P=0.35512; | TYR=0.17977; LEU=0.01164; PRO=0.16329; ARG=0.00041; 

r=GLY; n=32; a=N; | I=0.00000; O=0.00000; N=0.00000; P=0.29098; | TYR=0.12735; LEU=0.02491; PRO=0.13872; 

r=ARG; n=91; a=CB; | I=0.00000; O=0.00000; N=0.00000; P=0.10511; | TYR=0.02224; LEU=0.00049; ASN=0.00049; ARG=0.08189; 

r=ARG; n=91; a=CD; | I=0.00000; O=0.00000; N=0.00000; P=0.29910; | TYR=0.07038; LEU=0.00029; ASN=0.02480; ARG=0.20364; 

r=ARG; n=91; a=NH1; | I=0.00000; O=0.00000; N=0.00000; P=0.44542; | TYR=0.13198; LEU=0.00022; ASN=0.11292; PRO=0.00194; ARG=0.19835; 

r=ARG; n=91; a=CG; | I=0.00000; O=0.00000; N=0.00000; P=0.15142; | TYR=0.03443; ASN=0.00616; ARG=0.11083; 

r=ARG; n=91; a=NE; | I=0.00000; O=0.00000; N=0.00000; P=0.29265; | TYR=0.05905; ASN=0.07236; PRO=0.00043; ARG=0.16081; 

r=ARG; n=91; a=CZ; | I=0.00000; O=0.00000; N=0.00000; P=0.37364; | TYR=0.08610; ASN=0.13015; PRO=0.00204; ARG=0.15535; 

r=ARG; n=91; a=NH2; | I=0.00000; O=0.00000; N=0.00000; P=0.39548; | TYR=0.05916; ASN=0.21369; PRO=0.00470; ARG=0.11793; 

r=ARG; n=91; a=CA; | I=0.00000; O=0.00000; N=0.00000; P=0.02902; | TYR=0.00694; ARG=0.02208; 

r=ARG; n=91; a=N; | I=0.00000; O=0.00000; N=0.00000; P=0.01794; | TYR=0.00351; ARG=0.01443; 

r=ARG; n=91; a=C; | I=0.00000; O=0.00000; N=0.00000; P=0.02592; | TYR=0.01928; ARG=0.00664; 

r=ARG; n=91; a=O; | I=0.00000; O=0.00000; N=0.00000; P=0.05331; | TYR=0.04833; ARG=0.00498;