Bratislav Dačević

@hemadzer.bsky.social

🇷🇸 PhD student in radical and photobiocatalysis 💡🧬 @RoelfesGroup.bsky.social University of Groningen 🇳🇱

See you at #EuroBIC18 next week in Groningen! I’ll be presenting my latest research on Wednesday morning. Looking forward to a great week of bioinorganic chemistry and catching up with colleagues!

EuroBIC 18 Conference@eurobic18.bsky.social · last mo.

Welcome to the official BS page of the 18th European Biological Inorganic Chemistry Conference (EuroBIC 18), taking place in Groningen, the Netherlands 🇳🇱, from July 12–16, 2026. See you next week! Visit eurobic18.eu for the full programme, schedule, travel information, and other practical details.

⏰ Deadline approaching! The 15 March deadline for submitting abstracts for oral communications to EuroBIC18 is fast approaching! We are excited to announce an outstanding lineup of plenary and keynote speakers – check them out on our website: 🌐 eurobic18.eu

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Last week I had the pleasure of attending the Netherlands’ Catalysis and Chemistry Conference (NCCC), where I presented my research on photobiocatalytic atroposelective biaryl coupling. I’m excited to share that I was awarded the Royal Society of Chemistry @rsc.org EES Catalysis Best Talk Prize!

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Season’s greetings from the Roelfes and Mayer groups! 🎉🎄 Warm wishes to our colleagues, collaborators, and friends across the community for a joyful holiday season and an inspiring New Year ahead. ✨🧪

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Check out our latest preprint, in which we demonstrate the first example of using noncanonical 3-aminotyrosine (aY) as a catalytic residue for iminium activation in a designer enzyme! Thread ⬇️

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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 ⬇️

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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!

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