Hit expansion with ligand-based virtual screening

Join us on 26th June

3D ligand-based similarity alignment provides a fast and complementary approach to structure-based methods, even when little or no protein structure information exists. In this workshop, we will start by exploring the mutual alignments of a few known active compounds in a Heat Shock Protein 90 project to generate a binding site hypothesis. The binding site hypothesis can be used as a reference against which we evaluate a small library that we will enumerate to explore the SAR around an initial hit compound. Finally, we will show you how you can carry out a fast virtual screening of pre-prepared vendor libraries for scaffold-hopping to explore new areas of chemistry space in which the compounds have a similar 3D shape and electrostatics to the initial hit but different 2D structures. One application of this would be to get out of the space covered by a competitor’s patent. 

Our team will be happy to answer your questions about any area of StarDrop and will also show some hints and tips to help you achieve your goals. 

This training is open to all, whether current customers or not. However, to receive the data files and follow along with what’s going on yourself, you must already have the relevant software and modules.
Optibrium reserves the right to cancel any registrations without notice.

Meet the team

Our team of in-house scientists is based in the UK and US.

Tamsin Mansley, PhD

President, Optibrium Inc. and Global Head of Application Science
Location: USA

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Tamsin Mansley, PhD

Daniel Barr

Senior Application Scientist
Location: USA

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Daniel Barr, Senior Application Scientist

Alessia Centi

Application Support Science Team Lead
Location: UK

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Alessia Centi, Application Support Science Team Leader

Barry Wong

Application Support Scientist
Location: UK

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Barry Wong, Application Support Scientist