Coordinated OSTEOproSPINE (Phase II clinical trial for spinal regeneration drug) and participated in BIO-CHIP (bioengineered cartilage grafts) — their two largest funded projects.
SVEUCILISTE U ZAGREBU MEDICINSKI FAKULTET
Croatian medical faculty with regenerative medicine clinical trial expertise and a growing role in EU-13 health research capacity building.
Their core work
The University of Zagreb School of Medicine is Croatia's leading medical faculty, combining clinical research with translational medicine. They specialize in bone and cartilage regeneration therapies — notably developing a recombinant protein drug (Osteogrow) for spinal degenerative diseases through a Phase II clinical trial. They also contribute to pan-European health screening programs (liver fibrosis), personalised medicine infrastructure (EATRIS), and actively work to close the research and innovation gap between Central/Eastern Europe and Western EU member states.
What they specialise in
Participated in Alliance4Life, A4L_ACTIONS, and coordinated BFHA 2020, all focused on closing the innovation divide between Eastern and Western European health research institutions.
Contributed to EATRIS-Plus (personalised medicine, biomarker validation, omic technologies) and LiverScreen (population-based liver fibrosis screening across Europe).
Participated in LiverScreen, a multi-country population screening study for liver fibrosis using TE technology and risk factor stratification.
Contributed to JPsustaiND, supporting the Joint Programming Initiative on Neurodegenerative Diseases including Alzheimer's research agenda alignment.
Participated in FAPIC (Fast Assay for Pathogen Identification and Characterisation) over a five-year period.
How they've shifted over time
In their early H2020 period (2015–2018), the School of Medicine focused on clinical research and lab-based work: bioengineered cartilage grafts (BIO-CHIP), pathogen assays (FAPIC), and neurodegenerative disease coordination (JPsustaiND). From 2018 onward, their focus shifted markedly toward health system reform, institutional capacity building, and reducing the R&I gap between EU-13 and EU-15 countries (Alliance4Life, A4L_ACTIONS, BFHA 2020). They have increasingly positioned themselves as a bridge institution — connecting Central and Eastern European health research to Western European infrastructure and policy frameworks.
Moving from purely clinical research toward a dual role: maintaining regenerative medicine expertise while becoming a regional hub for health research system reform in Central and Eastern Europe.
How they like to work
Primarily a consortium partner (8 of 10 projects), but has demonstrated coordinator capability in two health-focused projects (OSTEOproSPINE and BFHA 2020). With 112 unique partners across 27 countries, they operate as a broad networker rather than a hub with repeat collaborators. Their profile suggests an organization that is well-connected and trusted enough to be invited into diverse consortia, making them a reliable partner for projects needing a Croatian clinical or institutional partner.
Extensive European network spanning 112 unique partners across 27 countries, reflecting broad engagement across health research, translational medicine, and R&I policy consortia. Their geographic spread covers most of the EU, with particular strength in connecting EU-13 (Central and Eastern European) institutions to Western European research networks.
What sets them apart
They occupy a rare dual position: active clinical researchers running a Phase II drug trial (OSTEOproSPINE) while simultaneously leading institutional reform efforts for health R&I in Central and Eastern Europe. For consortium builders, this means they can contribute both as a clinical trial site with real patient access and as a gateway to the EU-13 research landscape. As Croatia's top medical faculty, they bring credibility and regulatory knowledge that is hard to find elsewhere in the region.
Highlights from their portfolio
- OSTEOproSPINETheir largest funded project (EUR 720K) and one of two they coordinated — a Phase II clinical trial for a bone regeneration drug targeting degenerative spinal disease, demonstrating advanced clinical trial capability.
- BIO-CHIPTheir highest single funding allocation (EUR 967K) for bioengineered cartilage grafts, showing deep expertise in regenerative medicine and tissue engineering.
- A4L_ACTIONSRepresents their growing role in EU health R&I policy — working to close the structural research gap between Central/Eastern and Western Europe through institutional reform.