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

VAST™ Space by XtalPi - Access now with our tools
May 21, 2026 10:42 CEST
The VAST™ Space brings an actionable, navigable universe of 4.66 billion accessible, drug-like products directly into your workflow. Created by XtalPi, this collection was built from 40+ validated reaction protocols and 58,000 in-stock building blocks. By pairing automated synthesis with proprietary feasibility models, it delivers a highly reliable and innovative...
Read on
category
Challenge
Summer 2026 Scientific Challenge Deadline Approaching
May 13, 2026 10:54 CEST
We invite researchers in academia (students, postdocs, professors), non-profit organizations, and individuals to participate in our quarterly Scientific Challenge. Take advantage of our wide array of software to help meet your drug discovery goals. How to Participate Just send us a proposal for the project you would like to advance...
Read on
What's So Special About The 'Activity Spotter'? Detailed Insights Into SeeSAR's New Mode
April 29, 2026 10:22 CEST
SeeSAR’s Activity Spotter Mode is designed to dismantle the barrier of raw data and actionable SAR. It helps to answer the most relevant fields in hit-to-lead and lead optimization campaigns: 3D SAR and pharmacophore modeling. Which structural features in my molecule set are associated with activity? Which ones are linked...
Read on