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BDBM656642

E3L033165
Internal ID: BDB033165
Activity data available Local docking-ready structure
Dock with Q03164
Structure
/e3_file/ligand_db/generated/BDB033165/BDB033165.sdf
Basic Properties
Compound ID
E3L033165
Internal ID
BDB033165
Molecular formula
C32H43F4N7O4
Molecular weight
665.733000
Exact mass
665.331266
XLogP
4.5898
TPSA
112.1600
HBA / HBD
8 / 2
Rotatable bonds
10
Heavy atoms / rings
47 / 5
Activity summary
Ki < 1.00000000 nM
1 activity record(s) imported
InChIKey
CYDBNODNYWFZTM-RPWUZVMVSA-N
SMILES
CCN(C(=O)c1cc(F)ccc1Oc1cncnc1N1CC2(CCN(C[C@@H]3CC[C@@H](NC(=O)NCC(F)(F)F)CO3)CC2)C1)C(C)C
Aliases
BDBM656642 (preferred) BDBM656642 (source_id)
E3 Relation
E3 UniProt Gene / protein Relation type Ligand role Direct Functional Docking Source Evidence
Q03164 KMT2A;ALL1;CXXC7;HRX;HTRX;MLL;MLL1;TRX1
Histone-lysine N-methyltransferase 2A
reported_binder bindingdb_reported Yes No low BindingDB:BDBM656642 medium
; target=Menin
Sources and Literature
Source Source ID Source URL Download URL DOI / PMID
BindingDB BDBM656642 Open - 10.7270/Q2CV4P1W
Structure Files
Kind Format Status Docking use File / link Preparation note
canonical_2d SMILES raw Docking-ready CCN(C(=O)c1cc(F)ccc1Oc1cncnc1N1CC2(CCN(C[C@@H]3CC[C@@H](NC(=O)NCC(F)(F)F)CO3)CC2)C1)C(C)C keep_bindingdb_unique
generated_3d SDF prepared Docking-ready public/e3_file/ligand_db/generated/BDB033165/BDB033165.sdf Generated from canonical SMILES
generated_3d MOL2 prepared Docking-ready public/e3_file/ligand_db/generated/BDB033165/BDB033165.mol2 Generated from canonical SMILES
docking_ready PDBQT prepared Docking-ready public/e3_file/ligand_db/generated/BDB033165/BDB033165.pdbqt Generated from canonical SMILES
image PNG prepared Reference public/e3_file/ligand_db/generated/BDB033165/BDB033165.png Generated from canonical SMILES
image SVG prepared Reference public/e3_file/ligand_db/generated/BDB033165/BDB033165.svg Generated from canonical SMILES
Activity
Target Source Assay Result Potency Literature Records
Menin
Q03164
E3 ligase component
BindingDB:BDBM656642 Ki <1 nM Very high DOI: 10.7270/Q2CV4P1W 1