CRM students
Student profiles.
| Name (sorted in ascending order) | Role | Thesis title | Research Interests | |
|---|---|---|---|---|
| Aaron Alonso Torrens | Is anterior-posterior identity of neurons important in development and regeneration? | A.Alonso-Torrens@sms.ed.ac.uk | ||
| Matthew French | Direct cell-cell communication mediating cell fate decisions in NMPs | m.a.french@sms.ed.ac.uk | ||
| Asier Galarza Torre | Non-coding RNA and the immortal lineage | asier.galarza@ed.ac.uk | ||
| Adelle Greene | “Understanding Haematopoietic stem cell development through global single-cell gene expression analysis” | A.Greene-1@sms.ed.ac.uk | ||
| Abbie Guild | Structural and functional analyses of Nanog and Sox2 in ESCs | A.J.Guild@sms.ed.ac.uk | ||
| Madeleine Heep | Exploring the mechanism and function of SPOCD1, a novel effector of piRNA-directed DNA methylation | m.heep@sms.ed.ac.uk | ||
| 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 | ||
| 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 | ||
| 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? | |||
| Karin Purshouse | karin.purshouse@ed.ac.uk | |||
| 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 | ||
| 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 |