Fragment-based drug discovery in an integrated informatics environment

webinar

Wed, 25 Jan 2017, 16:00 CET (Berlin)

Marcel Verdonk, Senior Director, Astex Therapeutics, Cambridge, UK

Fragment-based drug discovery in an integrated informatics environment

From the outset, Astex have committed to developing a highly integrated informatics platform for fragment-based drug discovery. This ensures scientists from all disciplines have all relevant data at their fingertips, and creates an environment that democratizes the drug-discovery process. Here, we will discuss a number of tools that we have developed to achieve this. These range from chemoinformatics approaches to improve our fragment library and assist in the hit-validation stages of a project, to the use of protein-ligand structural databases for hit-to-lead optimization.

Current news

AuriVerse by Aurigene - Access now with our tools
June 15, 2026 11:00 CEST
We are happy to integrate AuriVerse to our portfolio of Chemical Spaces, created in collaboration between Aurigene Pharmaceutical Services and BioSolveIT. AuriVerse marks our first Chemical Space partnership with a company based in India, extending the portfolio into a new region of expert make-on-demand chemistry. AuriVerse brings a precision-engineered universe...
Read on
Space Merge!! Synple Space merging with eXplore
June 8, 2026 11:50 CEST
Following the merger of eMolecules and Synple, the eXplore and Synple Space collections have come together as a single Chemical Space. Created by eMolecules together with BioSolveIT, it spans 8,336,928,869,958 products, more than 8.3 trillion in total. For now, both Spaces are listed separately on the website, though their content...
Read on
Tool of the Month - infiniSee 7.1 'Arke'
May 27, 2026 09:44 CEST
Navigate Chemical Space with infiniSee 7.1 ‘Arke’ The ultimate platform for exploring ultra-large Chemical Spaces is taking a huge leap forward. Combining our Tool of the Month series with an exciting software release, we are happy to present infiniSee 7.1 ‘Arke’. Allowing you to search deeper and evaluate compounds more...
Read on