Structure function relationships of nuclear envelope transmembrane proteins in nuclear size regulation and cytokinesis
Supervisors: Prof. Eric Schirmer, Arockia Jeyaprakash Arulanandam
Project Description:
Other:
Projects:
Protein kinase regulation of cell polarity: a phosphoproteomics approach
Supervisors: Prof Kenneth Sawin, Dr Tony Ly
Project Description:
Nearly all eukaryotic cells are polarised—they have an internal architecture and/or external (i.e. cell surface) organisation that gives them a front and a back, a top and a bottom, or proximal and distal regions. Cell polarity enables specific functions such as cell growth, migration, asymmetric division (e.g. stem cells), and orientation within tissues.
Other:
Sex dimorphisms in macrophage function, inflammatory pathology and ageing
Non-perturbative use of fluorescent proteins for super-resolution microscopy
Supervisors: Professor Lynne Regan, Dr Mathew Horrocks
Project Description:
Other:
How do signalling networks control host-pathogen interactions?
Gaining full control of spatio-temporal changes to study evolutionary rescue
Supervisors: Luke McNally, Teuta Pilizota
Project Description:
Other:
Slug viruses for biocontrol: diversity, host range, and metagenomic discovery
Investigating the mechanisms of biological calcification using cryo-electron microscopy and super-resolution microscopy
Supervisors: Fabio Nudelman, Colin Farquharson, Mathew Horrocks
Project Description:
Other:
Making a spindle in the right place
Supervisor: Professor Hiro Ohkura, Professor Carol MacKintosh
Project Description:
Other:
Understanding touch-induced priming of plant resilience
Supervisors: Dr Naomi Nakayama, Dr Steven Spoel
Project Description:
Other:
