EPILEPSY RESEARCH INSTITUTE UK — grant history
Latest income
£1.7m
Grants listed (FY2025)
9
Listed grants total
£1.7m
Accounts grants total
£1.7m
listed grants reconcile with the accounts totalextracted from its FY2025 accounts
Credited as a funder by
What this funder supports
Causes funded
- Education/training
Where grantees operate
- City Of Swansea
Grants made, per its accounts filings
| Recipient | Year | Amount | Purpose |
|---|---|---|---|
| UCL Queen Square Institute of Neurology | FY2025 | £300k | Emerging Leader Fellowship: Finding the silent causes of seizure risk |
| UCL Queen Square Institute of Neurology | FY2025 | £300k | Emerging Leader Fellowship: Investigating how calcium channel dysfunction causes epilepsy |
| King's College London | FY2025 | £200k | Project Extension: Natural Language AI to identify predictors of refractory epilepsy in NHS Electronic Health Records |
| University of Glasgow | FY2025 | £175k | Endeavour Project Grant: AI-based detection of Infantile Epileptic Spasms from infant movements in videos |
| Newcastle University | FY2025 | £175k | Endeavour Project Grant: What cellular processes help to stop seizures? |
| University of Manchester | FY2025 | £174k | Endeavour Project Grant: A novel advanced therapy to treat epilepsy by directly targeting the underlying mechanisms |
| NHS Greater Glasgow and Clyde | FY2025 | £148k | Endeavour Project Grant: Is valproate safe to use in men if they wish to have children? |
| Royal Hospital for Children and University of Glasgow | FY2025 | £146k | Endeavour Project Grant: Can a small biosensor attached to the chest by an ECG patch detect breathing patterns, including stopping breathing, during and after epileptic seizures? |
| Imperial College London | FY2025 | £97k | Entry Fellowship: Can non-invasive brain stimulation treat Alzheimer’s Disease related epilepsy? |
| University of Manchester and University of Liverpool | FY2024 | £328k | Cognition in people with epilepsy and their offspring: How does epilepsy and its treatment affect brain function? |
| University of Liverpool | FY2024 | £300k | An international study to investigate and optimise the safety of discontinuing valproate in young men and women with epilepsy |
| King’s College London | FY2024 | £300k | Reprogramming of reactive glia into fast-spiking interneurons in a mouse model of mesial temporal lobe epilepsy |
| Imperial College London | FY2024 | £290k | Development of a breath test for the diagnosis of epilepsy and the prediction of seizures |
| University of Liverpool and University of Manchester | FY2024 | £288k | Epilepsy Research Institute North West Doctoral Training Centre |
| University College London | FY2024 | £250k | NETWORKS – Neuroscience-based Epilepsy Treatment With Optimised Retrospective Knowledge and Subcortical disconnection |
| University College London | FY2024 | £223k | Advancing precision medicine: genome engineering for on-demand gene therapy in Dravet syndrome |
| University College London | FY2024 | £197k | Understanding autonomic dysfunction in Dravet syndrome |
| University of Cambridge | FY2024 | £142k | Investigating chromatin misfolding as a pathogenic mechanism in neurodevelopmental disorders |
| UCL Queen Square Institute of Neurology | FY2023 | £250k | New target discovery for Tuberous Sclerosis treatment |
| UCL Queen Square Institute of Neurology | FY2023 | £246k | Targeting seizures and cognitive comorbidities with gene therapy |
| University of Oxford | FY2023 | £246k | New therapies against epilepsy combining sleep and cellular stress genes |
| King’s College London | FY2023 | £200k | Using Natural Language AI to identify predictors of refractory epilepsy in NHS Electronic Health Records |
| University of Bath | FY2023 | £174k | Can metabolism of lysine be targeted to treat epilepsy in tuberous sclerosis complex (TSC)? |
| University of Bath | FY2023 | £174k | How safe are anti-seizure medicines used in pregnancy? |
| UCL Great Ormond Street Institute of Child Health | FY2023 | £163k | Do babies with genetic epilepsy have more excitable neurons? |
| University of Exeter | FY2023 | £156k | Adapting and evaluating a problem-solving intervention for children aged 9-12 years with epilepsy |
| Swansea University | FY2023 | £50k | Using large-scale data and artificial intelligence for refractory epilepsy research |
| UCL Queen Square Institute of Neurology | FY2023 | £30k | Identification of brain cell mutations in focal epilepsy |
| Belfast Health & Social Care Trust | FY2023 | £30k | Investigating anti-seizure medications and breastfeeding using the UK and Ireland Epilepsy and Pregnancy Register |
| Aston University | FY2023 | £30k | How can the new generation of MEG machines help patients awaiting epilepsy surgery? |
| Newcastle University | FY2022 | £250k | Exploring the mechanisms behind early onset genetic epilepsies using human brain tissue |
| Newcastle University | FY2022 | £250k | Understanding epilepsy inequalities in the UK |
| University of Warwick | FY2022 | £250k | Investigating the role of microglia in drug-resistant seizures, sudden death and memory function in epilepsy |
| University of Edinburgh | FY2022 | £150k | Causal relationship between activity-induced synapse sprouting and epileptogenesis |
| University College London | FY2022 | £148k | Multi-centre Epilepsy Lesion Detection Project: a collaborative cohort for the analysis of focal epilepsies |
| Aston University | FY2022 | £146k | Can we extinguish the seizures in FIRES? |
| University of Leeds | FY2022 | £141k | Evaluating the efficacy of potassium channel inhibitors in KCNT1-associated epileptic disorders |
| University College London | FY2022 | £140k | The contribution of spreading depression (SD) to postictal generalised EEG suppression (PGES): Onset and recovery |
| University of Liverpool | FY2022 | £88k | Joint funding with Association of British Neurologist & Stroke Association: Exploring the link between seizures and cardiovascular health in the aging population |
| UCL, Great Ormond Street Institute of Child Health | FY2022 | £10k | Joint funding with Autistica – Autism and epilepsy : laying out the evidence |