Otava, Ltd - synthetic organic compounds for research and drug discovery
Otava, Ltd - synthetic organic compounds for research and drug discovery
Chelator Fragment Library

Chelator Fragments LibraryFragment-based lead design (FBLD) could be used to identify new metal-binding groups for metalloenzyme inhibitors. Several small-molecule chelators have been shown to effectively inhibit metalloproteins, therefore the design,

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Natural Product-Like Library
Natural Product-Like LibraryNatural Product-Like Library has been designed as a special screening library containing synthetic compounds similar to natural products.
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Inhibitors
inhib.jpgOTAVAchemicals offers a number of INHIBITORS and other biologically active compounds modulating activity of distinct macromolecular targets

 
Targeted AHR Modulator Library

OTAVA MolGluesLike Compounds Library

The Targeted AHR Modulator Library is a curated chemical screening set designed to accelerate the discovery of novel small-molecule modulators of the aryl hydrocarbon receptor (AHR) — a ligand-dependent transcription factor with key roles in immunity, cancer, inflammation, and xenobiotic metabolism.

This unique compound library supports early-stage discovery, target validation, and therapeutic innovation by providing access to structurally diverse and computationally prioritized molecules tailored for AHR-centric research and drug development programs.

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SuFEx Handle Fragment Library

SuFEx Handle Fragment Library

SuFEx (Sulfur-Fluoride Exchange) Chemistry represents the next-generation approach to covalent drug discovery, chemical biology, and synthetic chemistry. Building on the principles of click chemistry, SuFEx reactions leverage the unique S(VI)–F bond, allowing precise and high-yielding chemical transformations under mild conditions.

OTAVA, in collaboration with Melius Organics, introduces a comprehensive SuFEx Handle Fragment Library, a diverse collection of aryl fluorosulfates and sulfamoyl fluorides designed to expand the druggable proteome, enhance covalent drug development, and facilitate advanced chemical synthesis.

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