Life Chemicals has developed its RNA Screening Library of over 4,400 drug-like compounds with predicted RNA-binding activity as an excellent starting point for post-transcriptional gene regulation, antibacterial, and antiviral drug discovery research.
Life Chemicals has designed a library of potential GPCR modulators based on known structure and activity data for GPCR targeting compounds available publicly.
Life Chemicals has designed a new Tyrosine Kinase Screening Library of about 5,700 drug-like screening compounds offered for high throughput screening (HTS).
Serine proteases are one of the most biologically important families of proteins that have been shown to play multifarious roles in various diseases (such as cancer proliferation, auto-immune disorders, and allergy).
iPPI Bayesian Library with 2637 compounds was prepared using Bayesian modeling (ECFP6 and FCFP6 fingerprints) based on known active PPI inhibitors (IC50<100 nM) taken from the TIMBAL database.
OTAVAchemicals offers Enhancer of Zeste Homolog 2 (EZH2) Targeted Library. It contains 979 compounds with predicted inhibitory activity against this enzyme.
The database contains 190k small molecules divided into 23 sub libraries each focused at a specific target. According to the recent studies, molecules acting on a particular target or class of targets usually have characteristic moieties (PF) containing key binding points responsible for activity, e.g. hinge-binding fragments. We used this principle for the statistical analysis of the reported active molecules and corresponding targets for the annotation of pre-filtered ChemDiv in house collection. The library includes the following targets: Enzymes: Aminoacyltransferase, Hydrolases, Isomerases, Kinases, Ligases, Lyases, Oixireductases, Phosphatases, Proteases, Transferases, Phosphodiesterases; Membrane Receptors: βAmyloid A4 protein, Family A GPCR, Family B GPCR, Family C GPCR, Frizzled family GPCR, Taste family GPCR, σOpioid receptor, Thrombopoietin receptor; Ion channels: Voltage-gated, Ligand-gated; Epigenetic regulator.