EOS39397

Name:
EOS: EOS39397 
CAS:
Synonyms:
Tags:
Compound Library: European Chemical Biology Library
Molecule image

Basic Properties:

Formula: C16H17N
Molecular Weight: 223.32
Rotatable Bond Donors: 4
clogP: 3.53
Topological Polar Surface Area: 12.03
Lipinski's RO5:  MW: 223.32  HBA: 1  HBD: 1  RB: 4  LogP: 3.53
Rule of Three:  MW: 223.32  HBA: 1  HBD: 1  RB: 4  LogP: 3.53

Additional Data:

Other Descriptors

FP3 Fingerprint: 0.25
NHs/OHs: 1
Nitrogens and Oxygens: 1
Aliphatic Carbocycles: 1
Aliphatic Heterocycles: 0
Aliphatic Rings: 1
Aromatic Carbocycles: 2
Aromatic Heterocycles: 0
Aromatic Rings: 2
Heteroatoms: 1
Radical Electrons: 0
Saturated Carbocycles: 1
Saturated Heterocycles: 0
Saturated Rings: 1
Valence Electrons: 86
Rings: 3
Aliphatic Carboxylic Acids: 0
Aliphatic Hydroxyl Groups: 0
Aliphatic Hydroxyl Groups Excluding Tert-OH: 0
Nitrogen Functional Groups Attached to Aromatics: 0
Aromatic Carboxylic Acide: 0
Aromatic Nitrogens: 0
Aromatic Amines: 0
Aromatic Hydroxyl Groups: 0
Carboxylic Acids (COO): 0
Carboxylic Acids (COO2): 0
Carbonyl Oxygens: 0
Carbonyl Oxygens, excluding COOH: 0
Thiocarbonyls: 0
C(OH)CCN-Ctert-alkyls/C(OH)CCNcyclics: 0
Imines: 0
Tertiary Amines: 0
Secondary Amines: 1
Primary Amines: 0
Hydroxylamine Groups: 0
XCCNR Groups: 0
Tert-alicyclic Amines (no heteroatoms, not quinine-like bridged N): 0
H-pyrrole nitrogens: 0
Thiol groups: 0
Aldehydes: 0
Alkyl Carbamates (subject to hydrolysis): 0
Alkyl Halides: 0
Allylic Oxidation Sites excluding Steroid Dienone: 0
Amides: 0
Amidine Groups: 0
Anilines: 0
Aryl Methyl Sites for Hydroxylation: 0
Azide Groups: 0
Azo Groups: 0
Barbiturate Groups: 0
Benzene Rings: 2
Benzodiazepines with no additional Fused Rings: 0
Bicyclic: 0
Diazo Groups: 0
Dihydropyridines: 0
Epoxide Rings: 0
Esters: 0
Ether Oxygens (including phenoxy): 0
Furan Rings: 0
Guanidine Groups: 0
Halogens: 0
Hydrazine Groups: 0
Hydrazone Groups: 0
Imidazole Rings: 0
Imide Groups: 0
Isocyanates: 0
Isothiocyanates: 0
Ketones: 0
Ketones excluding diaryl, a,b-unsat. dienones, heteroatom on Calpha: 0
Beta Lactams: 0
Cyclic Esters (Lactones): 0
Methoxy Groups -OCH3: 0
Morpholine Rings: 0
Nitriles: 0
Nitro Groups: 0
Nitro Benzene Ring Substituents: 0
Non-ortho Nitro Benzene Ring Substituents: 0
Nitroso Groups, excluding NO2: 0
Oxazole Rings: 0
Oxime Groups: 0
Para-hydroxylation Sites: 0
Phenols: 0
Phenolic OH excluding Ortho Intramolecular Hbond substituents: 0
Phosphoric Acid Groups: 0
Phosphoric Ester Groups: 0
Piperdine Rings: 0
Piperzine Rings: 0
Primary Amides: 0
Primary Sulfonamides: 0
Pyridine Rings: 0
Guarternary Nitrogens: 0
Thioethers: 0
Sulfonamides: 0
Sulfone Groups: 0
Terminal Acetylenes: 0
Tetrazole Rings: 0
Thiazole Rings: 0
Thiocyanates: 0
Thiophene Rings: 0
Unbranched Alkanes of at least 4 members (excludes halogenated alkanes): 0
Urea Groups: 0
BCUT2D - Gasteiger Charge Eigenvalue High: 2.25
BCUT2D - Gasteiger Charge Eigenvalue Low: -2.19
BCUT2D - Crippen Lowgp Eigenvalue High: 2.28
BCUT2D - Crippen Lowgp Eigenvalue Low: -2.24
BCUT2D - Crippen MR Eigenvalue High: 5.31
BCUT2D - Crippen MR Eigenvalue Low: 0.60
BCUT2D - Mass Eigenvalue High: 14.98
BCUT2D - Mass Eigenvalue Low: 9.99
Balaban’s J: 1.91
Bertz CT: 419.90
Chi 0: 11.50
Chi 0n: 9.84
Chi 0v: 9.84
Chi 1: 8.43
Chi 1n: 6.29
Chi 1v: 6.29
Chi 2n: 4.70
Chi 2v: 4.70
Chi 3v: 3.25
Chi 3v: 3.25
Chi 4n: 2.16
Chi 4v: 2.16
Morgan Fingerprint Density (1): 0.76
Morgan Fingerprint Density (2): 1.24
Morgan Fingerprint Density (3): 1.65
CSP3 Fraction: 0.25
Hall Kier Alpha: -1.60
Heavy Atoms: 17.00
Ipc descriptor: 26275.51
Kappa 1: 10.55
Kappa 2: 4.72
Kappa 3: 2.56
Labute ASA: 102.49
Max ABS Estate Index: 3.72
Max ABS Partial Charge: 0.30
Max Estate Index: 3.72
Max Partial Charge: 0.06
Minimal ABS Estate Index: 0.34
Minimal ABS Partial Charge: 0.06
Minimal State Index: 0.34
Minimal Partial Charge: -0.30
Molar Refractivity: 70.88
Quantitative Estimation of Drug-likeness (QED): 0.84

Structure formats:

Smiles


InChI


SDF


Similar ECBD compounds (0 entries):

ECBD ID Similarity Structure

Similar ZINC compounds (42 entries):

ZINC ID Similarity Structure
ZINC315062899 0.71 Zinc molecule image
ZINC315062904 0.71 Zinc molecule image
ZINC315062897 0.71 Zinc molecule image
ZINC315062902 0.71 Zinc molecule image
ZINC19471653 0.72 Zinc molecule image
ZINC1667113 0.74 Zinc molecule image
ZINC57371054 0.71 Zinc molecule image
ZINC97018435 0.83 Zinc molecule image
ZINC105889651 0.71 Zinc molecule image
ZINC105889654 0.71 Zinc molecule image
ZINC1229351 0.79 Zinc molecule image
ZINC19280517 0.74 Zinc molecule image
ZINC1851824 0.71 Zinc molecule image
ZINC100820541 0.73 Zinc molecule image
ZINC4072775 0.73 Zinc molecule image
ZINC100820542 0.73 Zinc molecule image
ZINC4072776 0.73 Zinc molecule image
ZINC100262197 0.73 Zinc molecule image
ZINC100262192 0.73 Zinc molecule image
ZINC71772319 0.7 Zinc molecule image
ZINC29556 0.7 Zinc molecule image
ZINC21014858 0.81 Zinc molecule image
ZINC21014856 0.81 Zinc molecule image
ZINC5284063 0.7 Zinc molecule image
ZINC11536290 0.71 Zinc molecule image
ZINC474934 0.73 Zinc molecule image
ZINC10036086 0.73 Zinc molecule image
ZINC3683592 0.84 Zinc molecule image
ZINC19366066 0.79 Zinc molecule image
ZINC757742 0.76 Zinc molecule image
ZINC22036244 0.79 Zinc molecule image
ZINC215472 0.81 Zinc molecule image
ZINC4989510 0.71 Zinc molecule image
ZINC126245 0.71 Zinc molecule image
ZINC15771822 0.72 Zinc molecule image
ZINC27526950 0.72 Zinc molecule image
ZINC1708765 0.71 Zinc molecule image
ZINC19266039 1.0 Zinc molecule image
ZINC1600229 0.71 Zinc molecule image
ZINC999664 0.71 Zinc molecule image
ZINC2498964 0.82 Zinc molecule image
ZINC19919026 0.88 Zinc molecule image

Assays:

Name Assay stage Target Activity
GPR35 antagonism primary assay G-protein coupled receptor 35 inactive