Teaching
Protein Bioinformatics
I teach protein bioinformatics, including its role applications such as drug design, from second year to Masters level.
Modules for 2026-27
Advanced Practical Skills in Biomolecular and Drug Interactions
Module code: BIOS204
Role: Teaching
Bioinformatics Research Skills
Module code: LIFE748
Role: Teaching
Chemistry for Biosciences
Module code: BIOS215
Role: Teaching
Drug Discovery and Development
Module code: BIOS216
Role: Teaching
INFORMATICS FOR LIFE SCIENCES
Module code: LIFE721
Role: Teaching
INFORMATICS FOR LIFE SCIENCES (OFF-CAMPUS)
Module code: LIFE621
Role: Teaching
Metabolism
Module code: BIOS212
Role: Teaching
Protein Structure, Function and Organisation
Module code: LIFE303
Role: Teaching
Structural Biology
Module code: BIOS311
Role: Teaching
Supervised Theses
- Bioinformatics Resources and Tools for RNA Epi-transcriptomics: From Data Integration to Annotation and Visualization
- Efficient matching of predicted protein structures into high to intermediate resolution CryoEM maps with Slice’N’Dice and ABCFold
- Epitranscriptome analysis with nanopore direct RNA sequencing
- Experimental and Computational Approaches for Investigating Amyloid Structure and Interaction
- Exploiting Advanced Methods for Membrane Protein Structure Prediction
- Machine learning enabled genetic and functional interpretation of the epitranscriptome
- Novel computational approaches to the determination of protein structures using X-ray crystallography
- Phosphoinositide phosphatases at work: protein and lipid interactions at the ER
- The application of advanced structural bioinformatics methods to parasitic membrane proteins