@CorinWagen This is pretty general for azole alkylation https://t.co/kuXZFsisMz https://t.co/A4dUfFMz88
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
네이처 하이라이트:듀얼 구리 및 광 리독스 촉매를 통한 디 카르복실화 sp3C-N 결합 https://t.co/zLByGAka6S
Nature ハイライト:二重触媒法によるsp3 C–Nアルキル化 | Nature https://t.co/hC1saC6Kkq #化学
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @bryofthebayou: Second, maybe the last word in sp3 C-N coupling from @MacMillan_Lab: https://t.co/ZynC1sHCBr https://t.co/vpZyHynoTo
Second, maybe the last word in sp3 C-N coupling from @MacMillan_Lab: https://t.co/ZynC1sHCBr https://t.co/vpZyHynoTo
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @DrLCsquare: A transformative bond disconnection! https://t.co/2pPuJ0RcqK
RT @DrLCsquare: A transformative bond disconnection! https://t.co/2pPuJ0RcqK
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @DrLCsquare: A transformative bond disconnection! https://t.co/2pPuJ0RcqK
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
Nice work, also applicable for bicyclo[1.1.1]pentanes. Congrats! https://t.co/3Eyfe89biN
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
A transformative bond disconnection! https://t.co/2pPuJ0RcqK
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
Decarboxylative sp3 C–N coupling via dual copper and photoredox catalysis https://t.co/3d5KKBUkYo https://t.co/nkFF5CTDW0
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
RT @MacMillan_Lab: Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope…
Our work on decarboxylative amination with photoredox/copper catalysis is out in @nature! Check out that substrate scope 🤯 Congrats Yufan and Xiaheng! https://t.co/kgMTNmQWVr