Davide Calebiro uses FRET and single-molecule microscopy to challenge the classic model of GPCR signalling. With this groundbreaking work conducted here at the Uni of Birmingham davide calebiro Metabolism and Systems Science (MSS) #GPCR

A fascinating talk from Orsolya Barabas of the University of Geneva. Introducing conjugative transposons and their role in antibiotic resistance Université de Genève #antibioticresistance #transposons

Lindsay Baker provides an excellent example of how NMR can complement other tools such as cryoET to study membrane proteins University of Oxford #NMR #cryoET #membraneproteins

An exciting day concludes where global leaders in structural biology show us the importance of high-field NMR in the future of scientific research. #NMR #structuralbiology Sponsored by Bruker UK Research and Innovation Merck CortecNet Chris Pullan @QUADsystems

We are back underway on Day 2 with our keynote speaker Hashim Al-Hashimi. Hashim pioneers our modern day understanding of how RNA works. Discovering the structural ensembles and dynamics of RNA, DNA and RNA-ligand binding using NMR. Columbia University #NMR #RNA

Andrew Baldwin from the University of Oxford provides a fascinating insight into the future of NMR methods here at the Ultra-High Field NMR Conference University of Oxford Oxford Chemistry #NMRchat

BBSRC Research Fellow Gabriella Heller excites with a discussion of how disordered proteins can bind to small molecules Gabi Heller UCL News Biotechnology and Biological Sciences Research #disorderedproteins

Martin Blackledge provides an impressive insight into the role of intrinsically disordered proteins involved in viral replication using NMR spectroscopy. Institut de Biologie Structurale #IDP #Viruses

Ben Schuler presents a fantastic talk studying IDPS combining a variety of tools including NMR, single molecule spectroscopy and simulations Universität Zürich #IDPS #structuralbiology

Our final talk of the day was given by Teresa Carlomagno. Demonstrating the power of integrative structural biology to elucidate the structure of a multi domain complex required to acetylate histone H3 UoB Biosciences Cancer and Genomic Sciences #NMR #Histones

Backed by £2M of EPSRC Strategic Infrastructure funding, experts at Uni of Birmingham will install an Ultra-Low Temperature Nuclear Magnetic Resonance instrument at the University: birmingham.ac.uk/news/2024/new-… UK Research and Innovation Dominik Kubicki Andrew M. Carlomagno Group UoB Marika Taylor

Great collaborative study just out in Nature Communications about RNF168 regulation by PIN1. nature.com/articles/s4146…

We have an exciting post-doc opening in our team at Uni of Birmingham to investigate the mechanism of RNA acetylation. Apply by 1st June: edzz.fa.em3.oraclecloud.com/hcmUI/Candidat… #ResearchFellow #StructuralBiology #postdoc

The new 1.2Ghz NMR magnets now installed at the University of Warwick and coming soon to the University of Birmingham allow us to solve complex biological questions previously deemed unsolvable. The UK High-Field Solid-State NMR Facility University of Warwick UK Research and Innovation Uni of Birmingham

Our very own Thomas Tarenzi presents a fascinating talk on fuzzy interactions on proteins in the yeast acetylation complex at the frontiers in IDP meeting #IDP #moleculardynamics

Less than 24 hours to go till our new 1.2Ghz magnet arrives here in Birmingham #nmr #nmrchat #bruker

The UK's most powerful NMR magnet has now arrived at the University of Birmingham. Read more here #nmr birmingham.ac.uk/news/2025/uks-…

Kicking off our ChemBioChem/ChemPhysChem 25th anniversary symposium with the talk by Teresa Carlomagno Carlomagno Group UoB. Lookinf forward to two great days packed with amazing speakers!!! #ChemBioPhys25

Great to show Luigi Martino from Wellcome and our NMR colleagues from University of Warwick around the Uni of Birmingham Biomolecular NMR Facility today.