Events
Self-assembly of membrane hole punchers of the immune system
Prof. Gillian Griffiths FRS (Cambridge Institute for Medical Research, University of Cambridge) 15:00 Host: Michelle Peckham
EPR spectroscopy and a new methodology to study the redox reactions of complex metalloenzymes
Dr Maxie Rossler (Imperial College London) 15:00 Host: Christos Pliotas
Twist and push : molecular mechanisms of bacterial transcription initiation
Prof. Xiaodong Zhang (Department of Infectious Diseases, Imperial College London) 15:00 Host: Elton Zeqiraj
Emerging chemical labeling methods to analyze and control mRNA
Prof. Andrea Rentmeister (University of Münster, Germany) 15:00 Host: Megan Wright
Influenza virus – host cell interactions
Dr Nadia Naffakh (Institut Pasteur, Paris) 15:00 Host: Juan Fontana
ASTBURY BIENNIAL LECTURE – Optogenetic and chemogenetic technologies for probing molecular and cellular interactions
Prof Alice Ting (Stanford University) 16:00
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Peptides and Protons. Linking transport and trafficking in the cell.
Prof Simon Newstead (University of Oxford) 15:00 Host: Ste Muench
Membrane Protein Interactions and Function Viewed by Molecular Simulations
Prof Mark Sansom (University of Oxford) 15:00 via Zoom Host: Antreas Kalli
Studying the structures of biological macromolecules using electrospray ion beam deposition
Prof Stephan Rauschenbach (University of Oxford) 15:00 via Zoom Host: Frank Sobott
NanoBioPhysics of the cell surface machinery proved using AFM
Prof. David Alsteens (Université catholique de Louvain, Belgium) 15:00 via Zoom
Motif-based protein-protein interactions in cell function and dysfunction
Prof Ylva Ivarsson (University of Uppsala, Sweden)
Structures and signalling mechanisms of human neurotransmitter receptors
Dr Radu Aricescu (MRC Laboratory of Molecular Biology)
Host-pathogen interactions at the cell surface studied by NMR
Prof Steve Matthews (Imperial College London)
Order, disorder: allosteric control of Aurora-A kinase in space and time
Prof Richard Bayliss (University of Leeds)
Weighing the evidence for molecular chaperone function
Prof Justin Benesch (University of Oxford)