What is the Seeds for Success Fund?

ECRI is delighted to offer the Seeds for Success Fund again this year. ECRI understands that securing funding is crucial to researchers, and we want to give the postdocs the possibility of exploring new ideas. The Fund aims to provide postdocs with the means to work on a research project independently from their PI which will provide preliminary data for a Fellowship application. We will fund up to £5,000 per project. All funds must be spent by 31 July 2025. This is a great opportunity to use your 10 development days. We strongly encourage you to discuss your participation in this call with your PI and/or line manager

Timeline and How to Apply

  • Mid-year reports due: 7 May 2025

  • Final reports: 26 September 2025

  • All the funds allocated in the 2024/25 academic year must be spent by 31 July 2025.

The round for 2025 is now closed, but the Template Seeds for Success and Guidelines for Applicants Seeds 2025 document are likely to be similar next year.

If you have any queries not covered in the Guidelines, please contact Anna Seabourne, a.seabourne@imperial.ac.uk.

Seeds fund guidance accordion

Previous years' winners

2025 winners

Name 

Department 

Project 

Andre Ohara 

Chemical Engineering 

Modulating the postbiotic effects of Saccharomyces boulardii through integrated OMICS approaches and synthetic biology (PostBioeng) 

David Carreno Yugueros 

Infectious Disease 

Engineering live-pathogen biosensors to spatiotemporally monitor host-pathogen interactions 

Sarah Dixon Smith 

Bioengineering 

AI & Archives: An Innovative Approach to Longitudinal Health Data 

Floriane Tissot 

Department of Life Sciences 

Cancer associated fibroblasts and leukemic cells dynamics in the bone marrow: towards the development of new therapeutic targets. 

Despoina Chrysostomou 

Metabolism, Digestion and Reproduction  

Leveraging the microbiome to predict therapy outcomes in gastro-oesophageal cancer. 

Mingzhu Cai 

Metabolism, Digestion and Reproduction 

Investigating Nutrient-Sensing in Gut Hormone Secretion Using Human Duodenal Organoids