ESR Research Seed Grant Global Projects 2025
The European Society of Radiology (ESR), in cooperation with the European Institute for Biomedical Imaging Research (EIBIR), invited applications for the ESR Research Seed Grant Global 2025 to stimulate and provide funding for innovative projects and pilot studies that will subsequently lead to larger studies and further funding applications with a particular focus on Eastern European, Central Asian, and African countries. 49 applications were received from 20 counties around the world across the three thematic areas for 2025: Green radiology departments (22applications), Cost-effective radiology (17) and Workforce sustainability (13 applications). After an extensive review by a panel of 10 international experts, the following 3 proposals were selected for funding.
3 projects on Contrast enhance imaging and Imaging surveillance in cancer treatment are currently ongoing.
Green radiology departments
- WAFI-GREEN (Women’s Advanced Facility for Imaging – Green Radiology Pilot): Integrating Sustainability and Innovation in Women-Centered Imaging Services
Expected Impact: WAFI-GREEN will demonstrate that even small-scale, low-cost interventions can meaningfully reduce the environmental impact of radiology services. Expected outcomes include a 10–15% reduction in energy use and contrast media waste, improved digital efficiency, and increased staff awareness of sustainable practices. The project will also generate baseline data and a replicable framework for future green radiology initiatives. By focusing on a women’s imaging unit, the pilot highlights the intersection of gender-sensitive care and environmental responsibility. The findings will inform a larger grant proposal aimed at scaling the model across departments and institutions. WAFI-GREEN will position the host facility as a pioneer in sustainable imaging and contribute to broader healthcare decarbonization goals.
Hanan Gwefel
Women and Fetal Imaging -WAFI, Egypt
Workforce sustainability
- Artificial Intelligence-Supported Workflow Optimization and Burnout Reduction among Radiographers in the Fragile, Conflict-Affected, and Climate-Vulnerable Settings of Northeast Nigeria: A Pilot Study for Sustainable Radiology Workforce Development
Expected Impact: This project will, for the first time in the region, generate vital evidence on the feasibility and effectiveness of AI-supported workflow interventions for radiology workforce sustainability in low-resource, conflict-affected settings. By reducing burnout and improving workflow efficiency, the intervention could improve staff retention, service delivery, and morale among radiographers. The pilot also serves as a model for digital innovation tailored to primary healthcare integration and human resource development, especially in fragile regions affected by security crises and climate change. Findings will inform the development of larger studies and funding proposals for scale-up across Nigeria and similar LMIC contexts and settings.
The results will be shared at the ECR 2026 and submitted to ESR-affiliated journals, with acknowledgment of the ESR’s support. If successful, the project will contribute to regional health policy dialogues on workforce resilience and support broader implementation of sustainable radiology practices across Africa. Thus, meeting the triple billion target of the human resource for health of the WHO.
Alaysaa Anas
University of Maiduguri Teaching Hospital, Nigeria
Cost-effective radiology
- Diagnostic Accuracy of Triple POCUS in the Diagnosis of PE in Ghana: a pilot study
Expected Impact: This project aims to start building the urgently needed evidence base for triple POCUS as a frontline diagnostic tool to improve PE outcomes in Ghana, where CTPA is unavailable or unaffordable. A diagnostic accuracy study in a West African patient population is the first necessary step. If high accuracy can be demonstrated, this paves the way for larger studies, evaluating patient outcomes and health system outcomes, such as cost-effectiveness, not only in Ghana, but across the entire region. If proven effective, it will drive investments in wider implementation of POCUS, empowering emergency healthcare workers to make faster, life-saving decisions and more importantly widening access for patients to affordable diagnostics. The ability to identify alternative diagnoses may prevent unnecessary referrals and further (imaging) tests, conserving limited resources further. Finally, if POCUS can obviate the current need for CTPA in this setting, it will significantly reduce carbon footprint, require no IV contrast and likely be far more costeffective.
Elizabeth Joekes
Worldwide Radiology and Liverpool School of Tropical Medicine, United Kingdom; University of Allied Sciences, Ho, Ghana
The 2025 ESR Research Seed Grant Global has been kindly supported by an unrestricted, exclusive grant from Siemens Healthineers.