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Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

2025 · version of record · Peer-reviewed

DOI: 10.1021/acsomega.5c07675Original source

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Results

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Model or configurationMetricValueDatasetEvaluation
AF3Bond angle RMSD0.1895 degreePlinder-L95AF3 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
AF3Bond length RMSD (median over complexes)0.0192 angstromPlinder-L95AF3 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
AF3Chirality consistency70.77 percentPlinder-L95AF3 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
AF3Ligand RMSD (median over complexes; pocket superposition (residues within 10 A))0.9981 angstromPlinder-L95AF3 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
AF3RMSD (protein; median over complexes; atom set not stated)0.3632 angstromPlinder-L95AF3 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz RBond angle RMSD0.0448 degreePlinder-L95Boltz R · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz RBond length RMSD (median over complexes)0.0003 angstromPlinder-L95Boltz R · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz RChirality consistency100 percentPlinder-L95Boltz R · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz RLigand RMSD (median over complexes; pocket superposition (residues within 10 A))1.381 angstromPlinder-L95Boltz R · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz RRMSD (protein; median over complexes; atom set not stated)0.4102 angstromPlinder-L95Boltz R · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz R1Bond angle RMSD0.8973 degreePlinder-L95Boltz R1 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz R1Bond length RMSD (median over complexes)0.0345 angstromPlinder-L95Boltz R1 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz R1Chirality consistency99.77 percentPlinder-L95Boltz R1 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz R1Ligand RMSD (median over complexes; pocket superposition (residues within 10 A))1.301 angstromPlinder-L95Boltz R1 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz R1RMSD (protein; median over complexes; atom set not stated)0.4056 angstromPlinder-L95Boltz R1 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz RcBond angle RMSD0.2997 degreePlinder-L95Boltz Rc · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz RcBond length RMSD (median over complexes)0.0215 angstromPlinder-L95Boltz Rc · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz RcChirality consistency100 percentPlinder-L95Boltz Rc · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz RcLigand RMSD (median over complexes; pocket superposition (residues within 10 A))1.266 angstromPlinder-L95Boltz Rc · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz RcRMSD (protein; median over complexes; atom set not stated)0.4068 angstromPlinder-L95Boltz Rc · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz-1Bond angle RMSD0.4381 degreePlinder-L95Boltz-1 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz-1Bond length RMSD (median over complexes)0.0283 angstromPlinder-L95Boltz-1 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz-1Chirality consistency60.58 percentPlinder-L95Boltz-1 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz-1Ligand RMSD (median over complexes; pocket superposition (residues within 10 A))1.393 angstromPlinder-L95Boltz-1 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz-1RMSD (protein; median over complexes; atom set not stated)0.4041 angstromPlinder-L95Boltz-1 · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
Boltz-1Ligand RMSD (median over complexes)1.393 angstromPLINDER-L95Boltz-1: Protein–ligand pose prediction
DiffDockBond angle RMSD0 degreePlinder-L95DiffDock · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
DiffDockBond length RMSD (median over complexes)0 angstromPlinder-L95DiffDock · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
DiffDockChirality consistency100 percentPlinder-L95DiffDock · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
DiffDockLigand RMSD (median over complexes; pocket superposition (residues within 10 A))1.342 angstromPlinder-L95DiffDock · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
DiffDockLigand RMSD (median over complexes)1.342 angstromPLINDER-L95DiffDock: Protein–ligand pose prediction
VinaBond angle RMSD0 degreePlinder-L95Vina · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
VinaBond length RMSD (median over complexes)0 angstromPlinder-L95Vina · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
VinaChirality consistency100 percentPlinder-L95Vina · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95
VinaLigand RMSD (median over complexes; pocket superposition (residues within 10 A))2.206 angstromPlinder-L95Vina · Paper-specific Plinder-L95 stereochemistry assessment; Table 1 all entries · Plinder-L95

Claims

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Models, benchmarks and other records

Configurations (9)

Tasks (1)

Protocols (3)

Datasets (1)

Dataset subsets (1)

Evaluations (9)

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Claims, original sources and review scope · Release 2026-11-02-a7f03c9e55a5
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Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

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78a77b9a0ab8bfa371f5b9baef3f443f4590d6e71cf864d67e90e9ebdfa7fc1b
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Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

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https://www.ebi.ac.uk/europepmc/webservices/rest/PMC12658688/fullTextXML
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Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

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10.1021/acsomega.5c07675
Source metadata
Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

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Retrieved: 2026-09-16T10:41:16.555674+00:00

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Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

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Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

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Retrieved: 2026-09-16T10:41:16.555674+00:00

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Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

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Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

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https://pmc.ncbi.nlm.nih.gov/articles/PMC12658688/
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Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

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Improving Stereochemical Limitations in Protein–Ligand Complex Structure Prediction

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Release 2026-11-02-a7f03c9e55a5 · Record review: discovered

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Stable ID: boltz-stereochemistry-2025

areas
molecular-interactions
url
https://pmc.ncbi.nlm.nih.gov/articles/PMC12658688/
version
version of record
retrieved at
2026-09-15T23:25:00Z
doi
10.1021/acsomega.5c07675
publication status
peer_reviewed
year
2025
artifact sha256
78a77b9a0ab8bfa371f5b9baef3f443f4590d6e71cf864d67e90e9ebdfa7fc1b
artifact url
https://www.ebi.ac.uk/europepmc/webservices/rest/PMC12658688/fullTextXML
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2026-09-16T10:41:16.555674+00:00
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