Using generative chemistry approaches to guide compound design

Join us on 22nd May

Generative chemistry approaches quickly and rigorously explore chemistry space to suggest new compound design ideas. We will demonstrate two of the approaches from StarDrop’s Nova™ module: idea generation using transformation rules to modify R-groups and frameworks; and matched series analysis to suggest new R-groups with context and confidence. We will show you how to focus the proposed ideas on those most likely to successfully meet your project objectives. 

You will also learn how StarDrop’s Inspyra™ module combines your chemistry expertise with the exploratory power of generative methods to design optimal compounds faster. As you work, Inspyra generates new compound ideas in the background while dynamically learning from your interactions. Your responses to Inspyra’s suggestions guide the generative chemistry algorithms to explore the most relevant chemistry spaces and suggest optimisation strategies that are most likely to succeed in your project. 

We will finish with some hints and tips, and please bring your questions on any area of StarDrop. Our team will be happy to address these during this session. 

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