We have new postdoc positions open, should there be any excellent candidates interested in working with us either on #multicatalysis (exploring new concepts like this https://t.co/5Fsp7LT8Ty) or #hydroformylation (toward valorization of this technology: ht
RT @NatureCatalysis: A dual-catalysis strategy to functionalize molecules at normally unreactive sites: transient introduction of activatin…
RT @NatureCatalysis: A dual-catalysis strategy to functionalize molecules at normally unreactive sites: transient introduction of activatin…
RT @NatureCatalysis: A dual-catalysis strategy to functionalize molecules at normally unreactive sites: transient introduction of activatin…
RT @NatureCatalysis: A dual-catalysis strategy to functionalize molecules at normally unreactive sites: transient introduction of activatin…
RT @NatureCatalysis: A dual-catalysis strategy to functionalize molecules at normally unreactive sites: transient introduction of activatin…
RT @NatureCatalysis: A dual-catalysis strategy to functionalize molecules at normally unreactive sites: transient introduction of activatin…
A dual-catalysis strategy to functionalize molecules at normally unreactive sites: transient introduction of activating groups followed by functionalization. https://t.co/v1GytEUwQm ($) https://t.co/zPAx7f95D9
Check it out! Our work (https://t.co/3GmwciIdp4) is on the cover of @NatureCatalysis!
RT @CNRS_Alsace: Des recherches menées à l'Institut de science et d'ingénierie supramoléculaires - ISIS @CNRS @unistra ➡️ https://t.co/MhlC…
RT @INC_CNRS: Un nouveau concept pour activer les côtés dormants des molécules ➡️ https://t.co/tudKLIeZqj 🤝 @DydioLab @ERC_Research @unistr…
RT @INC_CNRS: Un nouveau concept pour activer les côtés dormants des molécules ➡️ https://t.co/tudKLIeZqj 🤝 @DydioLab @ERC_Research @unistr…
RT @INC_CNRS: Un nouveau concept pour activer les côtés dormants des molécules ➡️ https://t.co/tudKLIeZqj 🤝 @DydioLab @ERC_Research @unistr…
RT @INC_CNRS: Un nouveau concept pour activer les côtés dormants des molécules ➡️ https://t.co/tudKLIeZqj 🤝 @DydioLab @ERC_Research @unistr…
RT @CNRS_Alsace: Des recherches menées à l'Institut de science et d'ingénierie supramoléculaires - ISIS @CNRS @unistra ➡️ https://t.co/MhlC…
Des recherches menées à l'Institut de science et d'ingénierie supramoléculaires - ISIS @CNRS @unistra ➡️ https://t.co/MhlCtkPZtf
RT @INC_CNRS: Un nouveau concept pour activer les côtés dormants des molécules ➡️ https://t.co/tudKLIeZqj 🤝 @DydioLab @ERC_Research @unistr…
RT @INC_CNRS: Un nouveau concept pour activer les côtés dormants des molécules ➡️ https://t.co/tudKLIeZqj 🤝 @DydioLab @ERC_Research @unistr…
RT @INC_CNRS: Un nouveau concept pour activer les côtés dormants des molécules ➡️ https://t.co/tudKLIeZqj 🤝 @DydioLab @ERC_Research @unistr…
Un nouveau concept pour activer les côtés dormants des molécules ➡️ https://t.co/tudKLIeZqj 🤝 @DydioLab @ERC_Research @unistra 📕 @NatureCatalysis | https://t.co/QJC0yZjaO0 https://t.co/9lRfqpUmdc
RT @DydioLab: Check out our recent study published online as a AOP in Nature Catalysis (2019): Dual-Catalytic Transition Metal Systems for…
RT @DydioLab: Check out our recent study published online as a AOP in Nature Catalysis (2019): Dual-Catalytic Transition Metal Systems for…
RT @DydioLab: Check out our recent study published online as a AOP in Nature Catalysis (2019): Dual-Catalytic Transition Metal Systems for…
RT @DydioLab: Check out our recent study published online as a AOP in Nature Catalysis (2019): Dual-Catalytic Transition Metal Systems for…
RT @DydioLab: Check out our recent study published online as a AOP in Nature Catalysis (2019): Dual-Catalytic Transition Metal Systems for…
RT @DydioLab: Check out our recent study published online as a AOP in Nature Catalysis (2019): Dual-Catalytic Transition Metal Systems for…
RT @DydioLab: Check out our recent study published online as a AOP in Nature Catalysis (2019): Dual-Catalytic Transition Metal Systems for…
RT @DydioLab: Check out our recent study published online as a AOP in Nature Catalysis (2019): Dual-Catalytic Transition Metal Systems for…
RT @DydioLab: Check out our recent study published online as a AOP in Nature Catalysis (2019): Dual-Catalytic Transition Metal Systems for…
Check out our recent study published online as a AOP in Nature Catalysis (2019): Dual-Catalytic Transition Metal Systems for Functionalization of Unreactive Sites of Molecules, Congrats to Dawid, Yang and Karolina! https://t.co/nS4bzUn2Xq https://t.co/Kacp