RT @TheCycloEdition: The final episode of 2020 will be out tomorrow! We discuss one of our favorite papers of the year, the asymmetric hydr…
RT @TheCycloEdition: The final episode of 2020 will be out tomorrow! We discuss one of our favorite papers of the year, the asymmetric hydr…
RT @TheCycloEdition: The final episode of 2020 will be out tomorrow! We discuss one of our favorite papers of the year, the asymmetric hydr…
RT @TheCycloEdition: The final episode of 2020 will be out tomorrow! We discuss one of our favorite papers of the year, the asymmetric hydr…
The final episode of 2020 will be out tomorrow! We discuss one of our favorite papers of the year, the asymmetric hydroamination of internal olefins by the @HartwigGroup. Check out the paper here before the release tomorrow! #chemtwitter https://t.co/6Ll
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ハートウィグ先生がNature出しとる 不活性な内部アルケンの不斉ヒドロアミノ化だってさ Catalytic asymmetric addition of an amine N–H bond across internal alkenes. Nature 588, 254–260 (2020). https://t.co/2vaF3hhRS3
RT @nsaper3: This work has been in process in @HartwigGroup for a long time! Congrats to Yumeng, Jason! Also wanted to mention @SevovLab wh…
RT @nsaper3: This work has been in process in @HartwigGroup for a long time! Congrats to Yumeng, Jason! Also wanted to mention @SevovLab wh…
This work has been in process in @HartwigGroup for a long time! Congrats to Yumeng, Jason! Also wanted to mention @SevovLab who studied and developed many Ir-catalyzed hydrofunctionalization reactions that laid the groundwork for this chemistry https://t.c
#RobSelects paper of the week @nature: Ir-catalyzed stereoselective hydroamination of internal alkenes. #catalysis https://t.co/cA8s8CoRgx
This Friday's #ProcterPOW goes to the @HartwigGroup – here, the design of a pyridine-based ammonia surrogate enabled the challenging Ir-catalyzed enantioselective hydroamination of unactivated, internal alkenes! https://t.co/7lG3Fb1mvj
Catalytic asymmetric addition of an amine N–H bond across internal alkenes https://t.co/JofkFxfw6N #nor論文 Hartwig、内部アルケンの触媒的不斉ヒドロアミノ化。現状2-アミノ-6-メチルピリジンのみだけど、一応除去可能。緻密な触媒設計と細かい調整。こんな基質でこんな不斉収率出るのが
Catalytic asymmetric addition of an amine N–H bond across internal alkenes https://t.co/NGl6JUjLMw
Catalytic asymmetric addition of an amine N–H bond across internal alkenes https://t.co/Ce03YB0r7H https://t.co/oQSqRM18hV
RT @HartwigGroup: Check out Yumeng and Jason's paper on asymmetric hydroamination of internal olefins, out in Nature! https://t.co/u0Lsu0fg…
Very nice!
RT @HartwigGroup: Check out Yumeng and Jason's paper on asymmetric hydroamination of internal olefins, out in Nature! https://t.co/u0Lsu0fg…
RT @HartwigGroup: Check out Yumeng and Jason's paper on asymmetric hydroamination of internal olefins, out in Nature! https://t.co/u0Lsu0fg…
RT @HartwigGroup: Check out Yumeng and Jason's paper on asymmetric hydroamination of internal olefins, out in Nature! https://t.co/u0Lsu0fg…
RT @HartwigGroup: Check out Yumeng and Jason's paper on asymmetric hydroamination of internal olefins, out in Nature! https://t.co/u0Lsu0fg…
Great new work on a really challenging transformation by the Hartwig group!
Catalytic asymmetric addition of an amine N–H bond across internal alkenes https://t.co/WlfpzAb4Vp https://t.co/vBhxWQuu6F
Catalytic asymmetric addition of an amine N–H bond across internal alkenes https://t.co/muPtCu1AKB
RT @HartwigGroup: Check out Yumeng and Jason's paper on asymmetric hydroamination of internal olefins, out in Nature! https://t.co/u0Lsu0fg…
RT @HartwigGroup: Check out Yumeng and Jason's paper on asymmetric hydroamination of internal olefins, out in Nature! https://t.co/u0Lsu0fg…
Catalytic asymmetric addition of an amine N–H bond across internal alkenes https://t.co/B6NlFe7c2M
RT @HartwigGroup: Check out Yumeng and Jason's paper on asymmetric hydroamination of internal olefins, out in Nature! https://t.co/u0Lsu0fg…
Check out Yumeng and Jason's paper on asymmetric hydroamination of internal olefins, out in Nature! https://t.co/u0Lsu0fgZw