BBP-21756 Yellow

Cc1cc(Nc2cccc(N3CCN(c4ccc(C(F)(F)F)nc4)CC3)c2)n[nH]1
0.500
Platform Score
2D Structure
BBP-21756
C20H21F3N6 | Exact mass: 402.178
Key Metrics
-6.9
Vina (kcal/mol)
#2286
Docking Rank
1
Hinge Binder
60
TPSA
402
MW
2
HBD
4.2
SlogP
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PLK4 Docking Result
-6.89
kcal/mol (molecular docking)
Docking Rank#2286 of 1,249
Consensus Score0.1907
ReceptorPLK4 (PDB: 4YUR)
Selective No
Selectivity Profile
ADMET Profile
BBB (BOILED-Egg) BBB+ (penetrant)
ADMET Status Pass (no hard fails)
hERG Risk pIC50 0.9 (low risk)
AMES MutagenicityNegative
Efflux Risk (P-gp) P-gp Substrate — likely effluxed at BBB. ER predicted >2.0
Intestinal Absorption High
3D PSA 49.3 A² (CNS-favorable)
MDCK Perm (predicted) -4.75 log Papp (good)
CYP3A4 InhibitorInhibitor
HepatotoxicityPositive
Flags: ["hepatotox_positive", "P-gp_substrate", "CYP3A4_inhibitor"]
CNS Drug-Likeness
Physicochemical Properties
Molecular Weight402.42 Da
TPSA60.1 A^2
HBD2
HBA5
SlogP4.20
Fsp30.300
Rotatable Bonds4
Rings4 (3 aromatic)
QED0.685
SA Score2.48 (1=easy, 10=hard)
CNS MPO2.35 / 4.0
FormulaC20H21F3N6
Exact Mass402.178
Classification
Scaffold (Murcko)C1CCC(C2CCC(C3CCCC(CC4CCCC4)C3)CC2)CC1
Source Versionsv16
Best Source Score0.6069
Best Source Rank#969
Hinge Binder Aminopyrazole DAD
InChIKeyMCKPYFOAAYQJIW-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.

Matched Molecular Pair Analysis

Find structural transformations that improve BBB penetration by analyzing pairs of similar molecules with different predictions.

About MMP

Matched Molecular Pairs (MMPs) are pairs of molecules that differ by a single structural transformation.

By comparing BBB predictions across many such pairs, we identify systematic SAR rules — specific modifications that consistently improve or reduce BBB penetration.

Suggestions are based on transformations observed in similar molecules within the compound library.

Patent Landscape Screening

Screen this compound against global patent databases (SureChEMBL + PubChem).

About IP Screening

Searches performed:

  • Exact structure match (SureChEMBL)
  • Substructure / Markush coverage
  • Similarity search (70% Tanimoto)
  • PubChem patent annotations

Risk levels:

  • CRITICAL Exact match in active patent
  • HIGH Substructure / Markush hit
  • MODERATE High similarity (>85%)
  • LOW Moderate similarity
  • CLEAR No hits found
Disclaimer: This is a computational screening tool only. It does not constitute legal advice. 18-month publication lag means recent filings may not appear. Consult qualified IP counsel for formal FTO opinions.