Graphene Oxide Grid Preparation
Preparing 1–3 layer graphene oxide films on Quantifoil grids for cryo-EM, with 40–80% coverage after vitrification.
Bench procedures we use routinely and are happy to share.
Preparing 1–3 layer graphene oxide films on Quantifoil grids for cryo-EM, with 40–80% coverage after vitrification.
Digesting IgG with papain to generate Fab and Fc fragments for structural work.
Open-source tools written in the lab, plus resources we maintain for the wider community.
MD-inspired generative art tool for visualising protein dynamics.
External ↗Browser-based dashboard for monitoring RELION jobs as they run.
External ↗Superpose protein structures and map where they differ, residue by residue.
External ↗Local interface analysis of PDB and mmCIF complexes — buried surface area, ΔG, and contacts.
External ↗Everyday lab calculators and sequence tools in the browser, offline and with the formulas shown.
External ↗Search the literature by abstract, title, or idea rather than keyword.
External ↗External platforms and services supporting our daily research and lab operations.
Our lab communication is hosted on Zulip Cloud Standard, an organized team chat app designed for efficient communication.
External ↗Our structural and biophysical work is supported by the School of Medicine's shared Structural Biology and Biophysics core facilities. We routinely access the resources below — follow each link for instrumentation details, rates, and booking.
Single-particle cryo-EM from grid screening through automated high-resolution data collection, with remote microscope control.
Crystallisation screening and optimisation, in-house diffraction data collection, processing, and structure determination.
Binding, thermodynamics, oligomeric state, and single-molecule characterisation of proteins and complexes.
High-field NMR for structure, dynamics, and interaction studies of proteins and nucleic acids.
Protein identification and quantification, plus structural analysis by chemical crosslinking.