FAIRMol

Z49728506

Pose ID 8326 Compound 832 Pose 1739

DB Docking_panel_21Docking pose analysis is being read from this database.
Molecular metrics status: done
Cached molecular metrics are available for this pose.
Metrics cached · SASA missing

py3Dmol interaction viewer

Left: interactive complex viewer. Right: clickable PLIP-like interaction summary. Clicking an interaction thickens and highlights it in the 3D view.
Strict H-bonds Permissive H-bonds
Molecular report
Full metrics ↗
Weak Marginal quality. Consider only alongside better-scoring alternatives.
✓ Excellent LE (-0.726 kcal/mol/HA) ✓ Good fit quality (FQ -6.30) ✗ High strain energy (18.0 kcal/mol) ✗ Geometry warnings ✗ Protein contact clashes ℹ SASA not computed
Score
-15.978
kcal/mol
LE
-0.726
kcal/mol/HA
Fit Quality
-6.30
FQ (Leeson)
HAC
22
heavy atoms
MW
297
Da
LogP
1.76
cLogP
Strain ΔE
18.0 kcal/mol
SASA buried
computing…
Overall: Promising but geometrically suspicious
Binding evidence: strong
Native-like contacts: mixed
Ligand efficiency: excellent
Geometry reliability: low
Reason: geometry warning, clashes, protein contact clashes, strain 18.0 kcal/mol

Interaction summary

Collapsible panels
H-bonds 1 Hydrophobic 20 π–π 3 Clashes 11 Severe clashes 0
Final rank5.666762105293744Score-15.9779
Inter norm-1.07991Intra norm0.353644
Top1000noExcludedno
Contacts10H-bonds1
Artifact reasongeometry warning; 10 clashes; 11 protein contact clashes; high strain Δ 32.8
ResiduesA:ARG17;A:HIS241;A:LEU188;A:LEU226;A:LEU229;A:NDP302;A:PHE113;A:TYR191;A:TYR194;D:ARG287

Protein summary

308 residues
Protein targetT04Atoms4210
Residues308Chains3
Residue summaryLEU:494; ALA:421; ARG:384; VAL:368; THR:295; TYR:231; SER:198; PRO:196; ILE:190; LYS:176; ASN:154; GLU:150; GLY:126; PHE:120; HIS:119; ASP:108

Native ligand reference

★ reference
Interaction fingerprint calculated directly from the uploaded native ligand without docking. Current H-bond mode: strict.
Name7PXXContacts19
PoseOpen native poseH-bonds8
IFP residuesA:ARG17; A:ASP181; A:GLY225; A:HIS241; A:LEU188; A:LEU226; A:LEU229; A:LYS198; A:MET233; A:NDP302; A:PHE113; A:PRO115; A:SER111; A:SER112; A:SER227; A:TYR191; A:TYR194; A:VAL230; D:ARG287
Current overlap10Native recall0.53
Jaccard0.53RMSD-
H-bond strict1Strict recall0.17
H-bond same residue+role1Role recall0.20
H-bond same residue1Residue recall0.20

Hydrogen bonds

Mode: strict. Count shows atom-level H-bonds; unique residues in summary: 0.

π–π interactions

Native π–π recall is disabled because no explicit native π–π reference was stored.

Hydrophobic contacts

Clashes

All stored poses for this docking hit

PoseFinal rankInter normScoreHBContactsNative overlapNative recallHB role recallRMSDExcluded
1741 2.9651347717557592 -0.822057 -20.0412 0 10 9 0.47 0.00 - no Open
1745 3.4083358614456607 -0.6641 -14.1053 0 12 11 0.58 0.00 - no Open
1744 4.322598431606969 -1.07511 -23.646 1 11 11 0.58 0.20 - no Open
1739 5.666762105293744 -1.07991 -15.9779 1 10 10 0.53 0.20 - no Current
1740 4.656722362332856 -1.08518 -23.4562 1 10 10 0.53 0.20 - yes Open
1746 5.5955060111748285 -0.855721 -18.8211 1 10 10 0.53 0.00 - yes Open
1742 55.43148785181319 -0.916302 -20.0356 1 9 9 0.47 0.00 - yes Open
1743 56.15159731564501 -1.07972 -22.0697 2 10 10 0.53 0.40 - yes Open

Molecular metrics

FreeSASA-based burial, strain energy (MMFF94s), ligand efficiency and fit quality for this docking pose.
✓ Metrics available

Scoring & efficiency

Docking score -15.978kcal/mol
Ligand efficiency (LE) -0.7263kcal/mol/HA
Score / heavy atom count
Fit quality (FQ) -6.305
LE / (0.072 + 0.95/HAC) — Leeson & Springthorpe
Heavy atom count 22HA

Physicochemical properties

Molecular weight 297.3Da
Lipinski: ≤ 500 Da
LogP (cLogP) 1.76
Lipinski: ≤ 5
Rotatable bonds 3

Conformational strain (MMFF94s)

Strain energy (ΔE) 18.02kcal/mol
< 5 good · 5–10 marginal · > 10 problematic
Docked FF energy 141.72kcal/mol
Minimised FF energy 123.70kcal/mol

SASA & burial (FreeSASA)

not yet run
SASA has not been computed yet for this pose. Queue a background recompute to populate FreeSASA burial metrics without blocking the page.