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 This article was published on 2024-09-24