Active in both ECRAID-Base (infectious disease clinical research network) and REVERSE (AMR prevention in high-prevalence settings).
FUNDACION PARA LA INVESTIGACION BIOMEDICA DE CORDOBA
Córdoba-based biomedical research foundation specialising in antimicrobial resistance, precision medicine, and clinical infectious disease research across European consortia.
Their core work
FIBICO is the biomedical research foundation linked to the IMIBIC research institute in Córdoba, Spain. They focus on clinical and translational biomedicine — particularly personalised medicine, infectious disease research, and antimicrobial resistance. Their work spans from training the next generation of biomedical researchers (through fellowship programmes) to contributing clinical data and expertise in large European disease networks. They serve as a bridge between hospital-based clinical practice in southern Spain and EU-wide research consortia.
What they specialise in
Coordinated P2Med, a MSCA-COFUND fellowship programme specifically for personalised and precision medicine training.
Participates in 3TR, a large-scale project on molecular mechanisms of treatment non-response in autoimmune conditions.
Contributes clinical expertise as third party in ECRAID-Base and ChiLTERN, both pan-European clinical research networks.
P2Med (EUR 662K) is a dedicated fellowship programme, indicating investment in building research capacity at their institute.
How they've shifted over time
FIBICO's early H2020 involvement (2015–2016) was scattered — a digital health procurement project (SAEPP) and a paediatric liver cancer network (ChiLTERN), suggesting they were exploring EU funding opportunities broadly. From 2019 onward, their profile sharpened dramatically around infectious diseases, antimicrobial resistance, and precision medicine, with three projects in these areas plus their own coordinated fellowship programme. The shift from general participation to focused AMR and personalised medicine work signals a maturing research strategy aligned with major European health priorities.
FIBICO is consolidating around antimicrobial resistance and clinical infectious disease research, making them a relevant partner for future AMR-focused consortia, particularly those needing clinical sites in southern Europe.
How they like to work
FIBICO predominantly joins large consortia as a third party (4 of 6 projects), which means they typically contribute specific clinical data, patient cohorts, or expertise without bearing major administrative burden. They coordinated one project (P2Med), their fellowship programme, showing they can lead when the scope is close to their core mission. With 152 unique partners across 22 countries, they are well-connected through the large health consortia they participate in, though these connections are likely inherited from the consortia rather than self-built.
Through participation in large health consortia, FIBICO has touched 152 partners across 22 countries — a broad but largely indirect European network. Their real collaborative depth likely centres on the Spanish biomedical research ecosystem and the specific clinical networks they contribute to.
What sets them apart
FIBICO offers something specific: a clinical biomedical research site in Andalusia with growing expertise in antimicrobial resistance and precision medicine. For consortium builders, they fill the "southern European clinical partner" slot — providing access to patient populations, clinical data, and hospital-embedded research capacity in a region with high AMR prevalence. Their MSCA-COFUND coordination also shows they can manage EU grants, not just contribute to them.
Highlights from their portfolio
- P2MedTheir only coordinated project (EUR 662K MSCA-COFUND), a fellowship programme for personalised medicine — signals their core institutional mission.
- REVERSEDirectly addresses AMR prevention in high-prevalence settings, highly relevant given growing European policy focus on antimicrobial resistance.
- 3TRA major multi-country project investigating why patients don't respond to treatments in autoimmune diseases — uses advanced single-cell and integrative genomics approaches.