We would like to inform our followers and colleagues that our #X account will no longer be active. Henceforth we will share all the updates from the group and discuss amazing science with you on #Bluesky. Find us there as @roelfesgroup.bsky.social.

RT @narf42: 📢📢📢The ML-GUIDE team (@fra_grisoni, @robpollice and myself) are looking for 3 PhD students, passionate about combining the dire….

RT @FeringaLab: Exciting PhD opportunities coming soon in the EVOLVE consortium! 🚀 Focus: origins of molecular chirality & prebiotic chemis….

RT @GreenGroupMIB: Delighted to announce that 'Engineered enzymes for enantioselective nucleophilic aromatic substitutions' is out now in N….

Check out our latest work where we combined mutagenesis, crystallography, and computational approaches to uncover the evolutionary specialization of a promiscuous designer enzyme. Kudos to @reubenlg and the entire team!.Find more details in the thread below:.

RT @Longlarf: A good start to the new year: I was awarded the Postdoc Prize 2024 of the Faculty of Science and Engineering in Groningen! Ve….

Fantastic start of 2025 for the group. Our own @Longlarf won the @univgroningen FSE Postdoc prize for 2024. This prize celebrates his excellence in research and great potential of becoming a scientific leader. Well well deserved Lars! 👏. @StratinghInst

Season's greetings from Roelfes and Mayer @narf42 groups! Wishing our colleagues, collaborators, and the entire community a joyful holiday season and a prosperous New Year ahead! 🎉🎄✨🧪

RT @angew_chem: Artificial Gold Enzymes Using a Genetically Encoded Thiophenol-Based Noble-Metal-Binding Ligand (Gerard Roelfes and co-work….

RT @narf42: 🥳🥳🥳 Early Christmas Present for @fra_grisoni @robpollice and me! @NWOFunding awarded us €2.7 million for our NWO-XL grant "ML-G….

Congratulations to Mathijs @MathijsV1, Friso @FrisoAalbers, Henriette, Andy, and Daniel @DFS_Chemistry for the amazing results!. @StratinghInst @univgroningen.

Homoleptic transition metal complexes using thiolates are rare due to their propensity to form aggregates. The spatial separation of the thiol ligands circumvented this problem and demonstrates thiophenols as an attractive ligand in noble-metal catalysis.

We characterised the corresponding thiophenol-based gold(I) enzyme with several techniques, including X-ray crystallography, that confirm the binding of the gold to the thiophenol and applied it in new-to-nature hydroamination reactions.

The genetic incorporation of a thiophenol-based amino acid (pSHF) was developed! Introducing pSHF expands the amino acid repertoire for stop-codon suppression with a versatile amino acid. We leveraged pSHF for binding a variety of noble metals to LmrR.

We are thrilled to share our new noble-metal enzyme design approach. We used the in-vivo incorporation of a noble-metal-binding ligand for ArM design to bridge the versatility of noble metals with the catalytic power of enzymes. Thread ⬇️

RT @Boron_Chemistry: Boron Designer Enzyme with a Hybrid Catalytic Dyad (@RoelfesGroup): (@ACSCatalysis). https://t….

Congratulations to Lars @longlarf, Marijn, Bart @BartBrouwer7 and Andy-Mark for the endeavor!.

We are delighted to introduce our new Boron Designer Enzyme for the kinetic resolution of α-hydroxythioesters. For this activity, the noncanonical amino acid and a natural lysine residue have to work together to form a Hybrid Catalytic Dyad!

RT @t_vornholt: If you are new to the field of artificial metalloenzymes or simply want to know where things stand, check out our new prime….

RT @NobelPrize: BREAKING NEWS.The Royal Swedish Academy of Sciences has decided to award the 2024 #NobelPrize in Chemistry with one half to….