Home | Screening data | Screen comparisons | Search for compounds | Structure search

Compound InformationSONAR Target prediction
Name:

BERBERINE CHLORIDE

Unique Identifier:SPE01500811
MolClass: Checkout models in ver1.5 and ver1.0
Molecular Formula:
Molecular Weight:353.671 g/mol
X log p:15.013  (online calculus)
Lipinksi Failures1
TPSA39.93
Hydrogen Bond Donor Count:0
Hydrogen Bond Acceptors Count:4
Rotatable Bond Count:2
Canonical Smiles:[ClH-].COc1ccc2cc3c4cc5OCOc5cc4CC[n+]3cc2c1OC
Class:alkaloid
Source:Berberis and Mahonia spp
Reference:Coll Czech Chem Comm 35:124 (1970); J Nat Prod 40:384 (1977); Agents Actions 14:401
(1984); Alkaloids 28:78 (1986); Life Sci 49:315 (1991); J Cardiovasc P
Therapeutics:antiarrhythmic, alpha2 agonist, cholinesterase, anticonvulsant, antiinflammatory,
antibacterial, antifungal, anti
Generic_name:BERBERINE
Chemical_iupac_name:BERBERINE
Drug_type:Experimental
Kegg_compound_id:C00757
Drugbank_id:EXPT00672
Logp:4.473
Cas_registry_number:2086-83-1
Drug_category:Hypothetical Transcriptional Regulator In Qa inhibitor
Organisms_affected:-1

Found: 239 active | as graph: single | with analogs [1] << Back 61 62 63 64 65 66 67 68 69 70  Next >> [239]
Species: 4932
Condition: SPE01504082
Replicates: 2
Raw OD Value: r im 0.3721±0.0143543
Normalized OD Score: sc h 0.7956±0.0324505
Z-Score: -5.7861±1.59066
p-Value: 0.00000157084
Z-Factor: -1.65599
Fitness Defect: 13.3639
Bioactivity Statement: Active
Experimental Conditions
Library:SpectrumTMP
Plate Number and Position:2|B8
Drug Concentration:50.00 nM
OD Absorbance:600 nm
Robot Temperature:22.10 Celcius
Date:2006-11-22 YYYY-MM-DD
Plate CH Control (+):0.04175±0.00278
Plate DMSO Control (-):0.485575±0.20782
Plate Z-Factor:-0.1173
png
ps
pdf

DBLink | Rows returned: 102 Next >> 
2353
8340
12456
72350
155071
155074

internal high similarity DBLink | Rows returned: 2
SPE00300517 0.9275
SPE01500872 0.9471

active | Cluster 10382 | Additional Members: 9 | Rows returned: 4
Prest374 0.328358208955224
Prest91 0
LAT002A08 0
LAT004G09 0

Service provided by the Mike Tyers Laboratory