Finding relevant chemistry is only the beginning. R&D teams need to understand what has already been tried, identify useful reaction precedents, evaluate possible synthesis routes and decide what is worth taking into the lab.
In this two-part webinar series, discover how Reaxys is evolving to support more of this journey, combining trusted chemistry content with new AI, search, synthesis planning and evidence-based approaches.
Through practical workflows and demonstrations, we’ll show how researchers can move from finding relevant reaction evidence to planning synthesis routes and identifying literature-backed starting points for experimental work.
Designed for scientists and R&D teams across pharma, biotech, CROs/CDMOs, chemicals and materials research.
What you’ll learn
Find more of the chemistry that matters: See how Reaxys is expanding access to relevant reaction evidence across scientific literature and patents.
Make better-informed synthesis decisions: Explore how trusted evidence, AI and predictive approaches can support chemistry research and synthesis planning
Move from literature towards the lab: See how connected research workflows can help turn published evidence into practical, evidence-informed experimental decisions
Agenda
How predictive approaches can help chemists explore and evaluate synthesis routes
How experimental precedent and literature-backed conditions can inform route selection
How to move from a predicted route to an evidence-informed starting point for experimental work
Timur Madzhidov is a Senior Product Manager for Reaxys at Elsevier. He is a recognized chemoinformatics researcher and co-authored over 70 scientific publications in the fields of reaction informatics, AI application in chemistry, algorithmic...