Exploring 647,141,139 molecules available on demand

webinar

Wed, 28 Feb 2018, 16:00 CET (Berlin)

Dr. Yurii Moroz, Scientific Advisor, Enamine Ltd.

Exploring 647,141,139 molecules available on demand

In a joint venture, Enamine and BioSolveIT built the world’s largest chemical space and made it ultra-fast searchable. The new product, called REAL Space Navigator, comprising 650 million compounds, allows for efficient hit exploration, from finding previously unknown analogues to scaffold hopping. The chemical space encoded with more than 100 Enamine synthesis protocols and in-stock building blocks, provides an escape from availability bias of current stock screening collections towards IP free areas. Compounds selected from this space will be synthesized in 3-4 weeks with an exceptional success rate of 80% and above.

In this webinar we explain the genesis and composition of the space as well as the search technology to access this vast resource. We also demonstrate the user-friendly graphical interface. Afterwards you may simply download → install & execute to explore this huge resource for free within less than 5 minutes. Join us to learn more about this exciting endeavor. Over half a billion virtual molecules that become real on demand are a resource that is simply too valuable to miss…

Current news

category
Events
UK-QSAR 2026: One Month Away!
March 19, 2026 11:20 CET
We’re excited to announce that the UK-QSAR & Cheminformatics Society Meeting Spring 2026 is now only a month away. Registrations are open for the event taking place 21 April 2026 in Edinburgh (UK). Now is the time to register and secure your spot. This year’s meeting is co-hosted with Enamine...
Read on
category
Challenge
Shafi Ullah Khan Wins Scientific Challenge Fall 2024!
March 11, 2026 12:27 CET
It is our greatest pleasure to announce the winner of the Fall 2024 edition of the Scientific Challenge: the winner is Shafi Ullah Khan from the Université de Caen Normandie – ANTICIPE (Caen, France) with his project ‘Structure-Based Design of Novel UBE2N Inhibitors to Overcome PARP Inhibitor Resistance’. Focusing on...
Read on
New Resource: Master Your Own Chemical Space
March 11, 2026 12:09 CET
In the evolving landscape of drug discovery, the focus has shifted from merely searching external catalogs to the active creation of internal chemical universes. We are pleased to announce a comprehensive new resource page dedicated to Chemical Space Generation. This hub explores how teams can leverage combinatorial technology to gain...
Read on