THE E P A CEPHALOSPORIN FUND — grant history
Latest income
£4.4m
Grants listed (FY2025)
20
Listed grants total
£6.4m
Accounts grants total
£4.7m
listed grants do not fully reconcile with the accounts total — list may be partialextracted from its FY2025 accounts
Grants made, per its accounts filings
| Recipient | Year | Amount | Purpose |
|---|---|---|---|
| Dunn School - Endowment of centenary studentships | FY2025 | £3.0m | Research grant |
| KES - Funding Bid 2024-2029 | FY2025 | £600k | Research grant |
| HSM - HSM Curator of the Scientific Revolution and Industrial Age(s) | FY2025 | £556k | Research grant |
| Department of Biology - Critical confocal capability for Biology | FY2025 | £317k | Research grant |
| OUMNH - EPA Biosciences Training Pipeline | FY2025 | £267k | Research grant |
| 13 DPAG - Metabolic Imaging Facility | FY2025 | £235k | Research grant |
| 13 DPAG - Development of a Metabolic Imaging Facility | FY2025 | £200k | Research grant |
| Department of Biology - Two multifunctional plate readers | FY2025 | £162k | Research grant |
| 13 DPAG - Minimally invasive myocardial infarction surgery | FY2025 | £155k | Research grant |
| ** - South Parks Road NanoAssembler Group (SPRiNG) | FY2025 | £132k | Research grant |
| Department of Biochemistry - Super-resolution live cell imaging | FY2025 | £130k | Research grant |
| NDWRH - New Raman confocal microscope | FY2025 | £129k | Research grant |
| * MSDO - Bridging salary scheme | FY2025 | £100k | Research grant |
| Department of Biochemistry - C-Trap fluorescence optical tweezers system | FY2025 | £100k | Research grant |
| Department of Biochemistry - Miro-Mediated Mitochondrial Dynamics | FY2025 | £83k | Research grant |
| Department of Biochemistry - The genetic basis of Leishmania | FY2025 | £61k | Research grant |
| Department of Biochemistry -Anti-tumour research | FY2025 | £53k | Research grant |
| Pharmacology - Endolysosomal calcium homeostasis and obesity | FY2025 | £51k | Research grant |
| Department of Chemistry - Investigation of aldehyde dehydrogenases | FY2025 | £50k | Research grant |
| Department of Biochemistry - Investigating broken replication forks | FY2025 | £14k | Research grant |