High-throughput chemical synthesis is reshaping the data landscape for small molecule optimization. However, the scale of these campaigns often surpasses the capabilities of conventional analytical techniques, demanding faster, smarter approaches.
Join us as Dr. Daniel Blair (St. Jude Children's Research Hospital) introduces a “fragmentation-first” strategy—a novel method that revolutionizes the analysis of small organic molecules in microtiter plate formats. This approach transforms chemical reaction analysis from minutes to milliseconds, enabling faster decision-making while maintaining data integrity.
Discover how our high-throughput chemical synthesis platform is evolving into a hyphenated system, integrating function prioritization within in vitro assays and automation-driven re-synthesis experiments.