Student profiles. Name (sorted in ascending order) Role Thesis title Email Research Interests Aaron Alonso Torrens Is anterior-posterior identity of neurons important in development and regeneration? A.Alonso-Torrens@sms.ed.ac.uk Val Wilson research group Matthew French Direct cell-cell communication mediating cell fate decisions in NMPs m.a.french@sms.ed.ac.uk Sally Lowell research group Asier Galarza Torre Non-coding RNA and the immortal lineage asier.galarza@ed.ac.uk Abdenour Soufi research group Adelle Greene Understanding Haematopoietic stem cell development through global single-cell gene expression analysis A.Greene-1@sms.ed.ac.uk Alexander Medvinsky Research Group Abbie Guild Structural and functional analyses of Nanog and Sox2 in ESCs A.J.Guild@sms.ed.ac.uk Ian Chambers research group Madeleine Heep Exploring the mechanism and function of SPOCD1, a novel effector of piRNA-directed DNA methylation m.heep@sms.ed.ac.uk Donal O'Carroll research group Kellie Horan K.horan-3@sms.ed.ac.uk Nina-Lydia Kazakou Understanding the role of different oligodendrocyte 'states' to successfully improve remyelination in multiple sclerosis s1241040@sms.ed.ac.uk Anna Williams Research Group Kay Kong s1311335@sms.ed.ac.uk Ella Mercer The role of cholinergic signalling in regulating inflammation of the salivary glands following radiotherapy. ella.mercer@ed.ac.uk Elaine Emmerson's research group Leslie Nitsche The role of cell cycle exit in EHT and the haematopoietic niche l.nitsche@ed.ac.uk Katrin Ottersbach research group Tessa Procter How do dysfunctional endothelial cells in cerebral small vessel disease modulate surrounding oligodendroglia through secretion of heat shock protein 90 alpha? Anna Williams research group Karin Purshouse karin.purshouse@ed.ac.uk Steve Pollard research group Rebecca Robertson Endothelial cell extracellular vesicles in cerebral small vessel disease R.Robertson@ed.ac.uk Theresa Schoepp Non-coding RNA and the immortal lineage t.schoepp@sms.ed.ac.uk Donal O'Carroll research group Emma Shaw Investigating whether Human Embryonic stem cell derived Neuromesodermal progenitors require positional identity to produce spatially restricted progeny? e.s.shaw@sms.ed.ac.uk Val Wilson research group This article was published on 2024-02-26
