23/24 Projects
Listing of available projects for 23/24 entry.
Applications for all projects must be submitted via the University of Edinburgh's Degree Finder. Please include a CV with your application.
UNIVERSITY OF EDINBURGH PROJECTS
| PROJECT TITLE | SUPERVISOR |
| Analysis of Parkinson’s speech patterns for digital biomarker discovery and intervention assessment | Dr Saturnino Luz |
| Blood flow and solute transport in human placental microvasculature: an in silico approach to stratifying pregnancy pathologies | Dr Timm Krüger |
| Could disrupted functional connectivity between the hippocampus and the prefrontal cortex be an early marker of vascular cognitive impairment in dementia? | Dr Jian Gan |
| DNA nanotechnology for multiplexed quantification of steroid hormones and other biomarkers: building a new tool to advance animal and human health | Dr Katherine Dunn |
| Machine learning to understand the impact of epilepsy on functional outcomes | Dr Javier Escudero Rodriguez |
| Modelling the role of defective miRNA biogenesis in pediatric tumours | Dr Sara Macias |
| Multiomics approach to determine the role of IL17 on liver regenerative cholangiocytes in chronic liver diseases | Dr Wei-Yu Lu |
| New insights into longitudinal visceral pain symptom trajectories using clinical lab tests, self-reports, and wearable sensors | Dr Thanasis Tsanas |
| Optimising treatment for scoliosis correction using computational modelling and data analysis | Prof Pankaj Pankaj |
| Optimized Deep Brain Stimulation for SYNGAP1 Epileptic Encephalopathy | Dr Alfredo Gonzalez-Sulser |
| Realising the potential of retinal image analysis with AI methods for the prediction of eye/brain conditions in the primary care setting | Prof Miguel Bernabeu |
| Uncovering the molecular basis of how germline mutations of the synaptonemal complex lead to human infertility | Dr Owen Davies |
| Understanding the effect of mutations on cell behaviour in blood disorders through mathematical modelling and computational analysis | Dr Linus Schumacher |
| Using single transcriptomic and genetic manipulation to investigate the cellular interaction in preneoplastic cell development niche | Dr Yi Feng |