BBP-15596 LEAD Green

Cc1ccnc(N(C)c2nc(Nc3cc(C)[nH]n3)c(C3CC3)c(C3CC3)n2)c1
0.465
Platform Score
2D Structure
BBP-15596
C21H25N7 | Exact mass: 375.2171
Key Metrics
-7.6
Vina (kcal/mol)
#366
Docking Rank
1
Hinge Binder
83
TPSA
375
MW
2
HBD
4.5
SlogP
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PLK4 Docking Result
-7.61
kcal/mol (molecular docking)
Docking Rank#366 of 1,249
Consensus Score0.3079
ReceptorPLK4 (PDB: 4YUR)
Selective No
Selectivity Profile
ADMET Profile
BBB (BOILED-Egg) BBB- (non-penetrant)
ADMET Status Pass (no hard fails)
hERG Risk pIC50 0.7 (low risk)
AMES MutagenicityNegative
Efflux Risk (P-gp) Non-substrate — low efflux risk. ER predicted <2.0
Intestinal Absorption High
3D PSA 34.1 A² (CNS-favorable)
MDCK Perm (predicted) -4.75 log Papp (good)
CYP3A4 InhibitorInhibitor
HepatotoxicityPositive
Flags: ["hepatotox_positive", "CYP3A4_inhibitor"]
CNS Drug-Likeness
Physicochemical Properties
Molecular Weight375.48 Da
TPSA82.6 A^2
HBD2
HBA6
SlogP4.48
Fsp30.429
Rotatable Bonds6
Rings5 (3 aromatic)
QED0.661
SA Score3.11 (1=easy, 10=hard)
CNS MPO2.12 / 4.0
FormulaC21H25N7
Exact Mass375.2171
Classification
Scaffold (Murcko)C1CCC(CC2CC(CC3CCCC3)C(C3CC3)C(C3CC3)C2)CC1
Source Versionsv9
Best Source Score0.6235
Best Source Rank#304
Hinge Binder Aminopyrazole DAD
InChIKeyORRGMHXRVRKRBF-UHFFFAOYSA-N
Filter PassYes
Retrosynthetic Analysis

Retrosynthetic analysis not yet run for this compound.

About

Retrosynthetic analysis decomposes the target molecule into purchasable building blocks using learned reaction templates.

A feasible route means the molecule can theoretically be synthesized from commercially available starting materials.

Min steps indicates the shortest synthesis route found.