Introduction to SeeSAR 12: Ligand-based Drug Discovery

webinar

Wed, 30 Mar 2022, 16:00 CEST (Berlin)

Alexander Neumann, BioSolveIT

Introduction to SeeSAR 12: Ligand-based Drug Discovery

After decades of progresses in structure elucidation, knowledge about the architecture of target-ligand complexes sometimes still remains a luxury. Therefore, it can become inevitable to rely on information from known binders and actives to push a drug discovery project to a success. Ligand-based drug discovery (LBDD) comprises computational methods on compound evolution, scaffold hopping, and lead generation without the need of any details on the ligand’s binding mode. Starting from only a single molecule, novel leads can effectively be found based on the molecular shape and features of the reference compound.

In this webinar Alexander will give an introduction to SeeSAR 12 ‘Narcissus’ and the new Similarity Scanner Mode. Detailed insights how to align molecules and perform a compound-based virtual screening will be provided and illustrated with hands-on examples.

Participants can request a certificate of attendance.

Current news

LifeCheMyriads by Life Chemicals - Access now with our tools
August 31, 2026 09:39 CEST
LifeCheMyriads brings an actionable, novelty-focused universe of 53 billion on-demand synthesizable compounds directly into your workflow. Created by Life Chemicals, this collection was built from 210 in-house-validated reaction protocols and 20,000+ proprietary and commercially available building blocks. The result is a medicinal chemistry-driven catalog spanning more than 340 million unique...
Read on
category
Challenge
Fall 2026 Scientific Challenge Deadline Approaching
August 11, 2026 09:15 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
category
Software
Comparing the Performance of BioSolveIT and Alternative Technologies
August 4, 2026 09:21 CEST
Chemical Space DockingĀ® (C-S-D) is designed for computationally efficient structure-based exploration of ultra-large Chemical Spaces. But how does it compare with other approaches? When searching ultra-large Chemical Spaces, computational efficiency and algorithmic strategies are crucial if trillions of compounds are to be screened for potential candidates. The approaches used to...
Read on