You can find out more by exploring more than 30 research groups that investigate the mechanisms underlying health and disease at the Dunn School.
Supervisor: Dragana Ahel & Ivan Ahel
Molecular mechanisms of genome stability and cancer
Supervisor: Ivan Ahel
Regulation of genome stability and human disease
Supervisor: Pedro Carvalho
Mechanisms of protein quality control in health and disease
Supervisor: Omer Dushek & P. Anton van der Merwe
Understanding the molecular reach of therapeutic CD3-targeting bi-specific antibodies to optimise efficacy
Supervisor: Omer Dushek & P. Anton van der Merwe
Understanding and exploiting antigen discrimination by T cells
Supervisor: Fumiko Esashi
Understanding DNA breaks at centromeres
Supervisor: Ervin Fodor
Molecular mechanisms of influenza virus replication
Supervisor: Matthew Freeman
Rhomboid-like proteins: from molecular principles to their role in human disease
Supervisor: Natalia Gromak
Function of R-loops in health and disease
Supervisor: Ulrike Gruneberg
Molecular mechanisms safe-guarding genome stability and preventing cancer during mammalian cell division
Supervisor: Monika Gullerova
The role of RNA modifications in RNA dependent DNA damage response
Supervisor: Bass Hassan
Mechanism evaluation of lethality dependencies in cancers of mesenchyme
Supervisor: Anjali Hinch
The landscape of de novo mutations in humans
Supervisor: Georgia Isom
Transport to the bacterial outer membrane: building a barrier that confers antimicrobial resistance
Supervisor: Girish Ram Mali
Mechanistic studies on protein folding and assembly of ciliary dynein motors
Supervisor: Jordan Raff
Centrioles and centrosomes in health and disease
Supervisor: Anthony Roberts
Cryo-EM of Transport Complexes that Build the Cell’s Antenna
Supervisor: Sumana Sanyal
Viral manipulation of host cell biology for biogenesis and immune evasion
Supervisor: Emma Slack
Decision-making in the intestinal immune system – what makes an oral antigen and immunogen?
Supervisor: Geoffrey L Smith & Sumana Sanyal
A study of human E3 ubiquitin ligases that act as virus restriction factors