🧪✨ Building the previously unknown #oxazabenzocyclooctaindenes is now a reality! Langer & co-workers combine #SuzukiMiyaura coupling, C–O coupling, and Pd-catalyzed C–H activation to efficiently construct challenging eight-membered ring systems⚙️
#catalysis

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From reactive to controllable⚡Dawson Konowalchuk & co-workers introduce an iterative #functionalization approach for heavily substituted cyclobutenes, enabling selective #SuzukiMiyaura arylation of strained rings🧪
#CrossCoupling

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Discover a faster, solvent-free route to Boscalid⚗️ Hajime Ito @hajito1.bsky.social & co-workers report a rapid, scalable mechanochemical synthesis that cuts time, waste, and energy!
#mechanochemistry #SuzukiMiyaura

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Borate-Enabled Phenoxyimine Cobalt-Catalyzed C(sp2)–C(sp3) SuzukiMiyaura Cross-Coupling with (Hetero)Arylboronic Acid Nucleophiles ( @chemrxiv.org ): chemrxiv.org/doi/abs/10.2... ( @ChirikGroup ).

Bao, Huang & co-workers unveil flexible 4,4′-bichromene #diphosphines ⚡ Pd-catalyzed synthesis, unique geometries & electron-rich ligands boost #SuzukiMiyaura reactions. A tunable platform for next-gen #catalysis 🧪

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Discover how chiral Pd complexes enable enantioselective #SuzukiMiyaura reactions with chain-walking🚀 A new path to pharmaceutically relevant, enantiomerically enriched targets by James Morken & co-workers✨
#organoboron #catalysis

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