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 researchers can find and interrogate relevant reaction evidence more effectively
How advances in content extraction can make more chemistry from the scientific record discoverable
How trusted reaction evidence can be brought into different R&D and AI-enabled workflows
Jayesh Mistry is a dedicated Product Manager at Reaxys, focusing on chemistry search optimization to enhance user experience. With a strong customer-focused approach, Jayesh brings over a decade of experience as a medicinal and process chemist,...
Vincent joined Elsevier in 2017 as a Customer Consultant in the Life Sciences team, advising research managers and supporting users to get the most out of their research platforms. Prior to joining he worked as an Organic Chemist on the synthesis...