If you prefer to search offline or need deeper, more granular data on compound sets, you can download or access our databases directly. Options including filtering, diversity analysis, clustering and virtual screening and docking will help simplify and enhance compound selection.
You decide how you cut and access the data. View our table below to decide the best format for you.
If you prefer to search offline or need deeper, more granular data on compound sets, you can download or access our databases directly. Options including filtering, diversity analysis, clustering and virtual screening and docking will help simplify and enhance compound selection.
Register for Access
For searches of up to 50k use our API to view constantly updated compound data directly from our suppliers. 80% of stock compound inventory data is updated daily and immediately visible. You need an account - please register then request access in your profile via the 'API Keys' section.
Register for AccessAPI documentation
API resources
We also offer data access through a variety of third party platforms. Please note update frequency will vary between these.
Integrate our up-to-date database into your software for small molecule design, optimization, data analysis, modelling and more.
Integrate our up-to-date database into your workflows to process and analyse data – for example filtering by specific parameters, diversity selection, virtual screening or docking.
For any other application or platform, please contact us to enable access. If it is not included on this page we will try to make it possible!
Contact usOur dedicated natural compound database collects the most reliable natural product suppliers. Featuring over 10,000 unique natural products and 100,000 natural-like compounds - accessible by FTP.
Natural compoundsTo make your search more effective and research time shorter, use our specially-priced database of pre-plated libraries.
Pre-plated librariesSimilarity searching, clustering, and filtering can all help explore chemical space and reduce an overwhelmingly large set of potential structures to a more manageable subset of representative compounds that might be synthesised or acquired. These 'clusters' can be searched with our other tools to see what is available and affordable and deliverable in the right time scale.
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Universities of Liverpool and Manchester in the UK, Denmark Technical University
Create and acquire a reduced, diverse subset of representative compounds that covered a substantial part of the natural product chemical space. By clustering products into smaller subset groups using Molport's tools, see more easily what was commercially available at that time and good value – and matching that up with fixed timing requirements.
