The PPP Innovation Subsidy is made possible through funding from Health Holland, the communication portal for the Top Sector Life Sciences & Health (LSH), under the Dutch Ministry of Economic Affairs and Climate Policy. A total budget of €1.7 million has been allocated for this Pilot Call, providing substantial financial support to advance innovative research partnerships.
Following a selection process, UMCG Innovation Center has identified 7 projects that will receive funding under this Call. These projects, set to start shortly, span a diverse range of research areas, all with strong potential for societal, scientific, and economic impact. The selected projects primarily focus on industrial research, reflecting a high level of innovation and translational potential. They bring together a diverse range of companies, including several regional industries, highlighting UMCG’s commitment to public-private partnerships within the Northern Netherlands.
Diverse Research Areas and Regional Collaboration
- Balto - Samen Beter Worden
This project evaluates Balto, a digital tool designed to support patients undergoing allogeneic stem cell transplantation. By improving treatment adherence through personalised guidance, it aims to enhance patient outcomes and ease the burden on healthcare providers.
Partners: University Medical Center Groningen, Obseq BV
- Computational-Modelling to Enhance Ergometer Design for Patients with Limb Loss
This project explores the potential of musculoskeletal-modelling to improve design processes of medical devices, specifically arm-leg ergometers for patients with lower limb loss. By using computer simulations instead of multiple physical prototypes, we aim to create a more efficient design process and validated ergometer for patients with lower limb loss.
Partners: University Medical Center Groningen, Lode BV, Umaco BV
- ProBalance - Propulsion optimization through improved seated balance in wheelchairs
This project, a collaboration between UMCG and Vicair, aims to optimize seated balance and propulsion biomechanics in wheelchair users while reducing pressure distribution and shear forces. This public-private partnership brings research and development in the field of wheelchair seating together, leverages innovations in seated balance and its quantification.
Partners: University Medical Center Groningen, VICAIR
- PReeclamptic Endothelial Conditions: Investigating Specific Endothelial markers for Risk assessment (PRECISE-R)
Preeclampsia, a severe pregnancy complication, lacks clear causes and effective treatments. We aim to validate ESM-1 and GBP-1 as diagnostic or predictive markers, study their roles in preeclampsia, and develop tools for early detection, improving maternal-fetal outcomes and reducing healthcare costs.
Partners: University Medical Center Groningen, IQ Products BV
- TITAN - Two-in-one Infusion Technology for Alleviating Nurses
UMCG and Ivy Medical join forces to advance the Ivy Duo+, an innovative infusion pump integrating high-precision and large-volume capabilities. Aiming to improve nursing efficiency and patient safety, this transformative technology addresses critical healthcare challenges and will be validated through a clinical pilot study.
Partners: University Medical Center Groningen, IvyMedical
- GUARD-IT: Generating Unique Single Domain Antibody-based Chimeric Antigen Receptors for Directed ImmunoTherapy
Chimeric Antigen Receptor (CAR)-T cells are patient T cells modified ex vivo to target and kill cancer cells. The UMCG has developed decentralized Point-of-Care CAR-T manufacturing as a rapid and cost-effective therapeutic option. Within GUARD-IT the UMCG and Cortalix develop novel single domain antibody (sdAb)-based CAR-T cell therapeutics.
Partners: University Medical Center Groningen, Cortalix BV
- The Axiom System: magnetic navigation for safer and faster endovascular treatment
The Axiom System is an innovative technology that enables precise and autonomous guidewire navigation using magnetic control. By reducing manual manipulation, radiation exposure, and contrast agent use, it improves patient safety and procedural outcomes in endovascular treatments.
Partners: University Medical Center Groningen, Flux Robotics