In Part 2 of our Pharm to Table deep dive on MK‑7845, Dani and LC shift from invention to implementation, welcoming process chemists Nastaran Salehi Marzijarani and Ben Turnbull to the pod. We explore how the team re‑imagined the synthesis to enable robust, scalable supply—and why a classic multicomponent reaction you probably remember from school, the Joullié–Ugi reaction, ended up stealing the show. Along the way, we unpack route selection trade‑offs, lifecycle thinking in process chemistry, and what it really takes to bring an antiviral to life at scale. Read and listen to some of the papers we discussed today:Asymmetric Synthesis of MK-7845, an Investigational Treatment for COVID-19 - Org. Lett.Part 1 of MK-7845 series: SE4:E7: From Discovery to Process, Part 1: Building a 3CL Protease Inhibitor Through Smart Fluorine Placement and Design IntuitionFollow the Pharm to Table podcast on X - @PharmtoTablePodVisit our website at https://podcasters.spotify.com/pod/show/pharm-to-table
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SE4:E7: From Discovery to Process, Part 1: Building a 3CL Protease Inhibitor Through Smart Fluorine Placement and Design Intuition
SE4:E6 - Mechanism-Driven Innovation in Process Research: Yining Ji Chen’s Road as a Rising Star
SE4:E5 - Evolution of a Green Chemistry Trailblazer
SE4:E4 - MedChem Masters: Molecules, Mentors and Mindsets
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