Our new DDT review on "Next level in chemical space navigation: going far beyond enumerable compound libraries" gives you an introduction to the topic and an overview of different chemical spaces. It is open access, so you can read it for free:
The first version of this new chemical space approaches 2 billion tangible molecules — 1,686,371,588 (or 1,7*109) to be exact. In close collaboration with WuXi LabNetwork we created a novel chemical space ready for you to download and search. This space contains a lot of unique chemical intellectual property (IP) for your research, and compounds can be created on demand upon request with WuXi.
GalaXi has been shaped from WuXi LabNetwork's building blocks and reaction schemes that have been properly checked to deliver high quality results. High quality processing has been ensured using our CoLibri software.download GalaXi™
Use a query molecule and run infiniSee to navigate this unique space. Results will be delivered within typically less than a minute on a standard laptop. Optionally request fuzzy pharmacophores to be matched and more within infiniSee.
In partnership with Enamine Ltd. we built the world's largest collection of commercially available compounds, 11,132,721,451 molecules. We coded the Enamine synthesis protocols and in stock starting materials as a searchable chemical space using our CoLibri technology.
REAL Space allows for efficient hit exploration, from finding previously unknown analogues to scaffold hopping. The chemical space is based on more than 121 Enamine synthesis protocols and in-stock building blocks. It provides an escape from availability bias of current stock screening collections towards IP free areas.download REAL Space™
Using Feature Trees Fragment Spaces, the average search time in this space is between 2 and 4 minutes on a standard PC. A user-friendly graphical interface called REAL Space Navigator makes searching childs play. Search results may be saved in SDF format and may be ordered at Enamine. They will be delivered on demand in less than 4 weeks with an exceptional success rate of 80% and above.
No matter how big your in-house library and no matter how many compounds you acquire to add to it, it will only be a tiny fraction of what your chemists are capable of synthesizing.
KnowledgeSpace™ is comprised of more than one hundred literature reactions including:
For example: Benzoxazole formation
For example: Hydantoin formation
For example: hetero-aromatic substitution
For example: C-C coupling
For a detailed list of all reactions see the
Plus reagents from "trusted vendors" based on the eMolecules collection.
The result is a literature-based virtual chemical space covering hundreds of billions of virtual products with high likelihood of synthetic accessibility. This space is ready for searching but can also serve as a blueprint for customization, capitalizing on your proprietary building blocks and chemistry protocols.