Coordinated INEXTVIR (next-gen virome sequencing), participated in VALITEST (diagnostic validation), TROPICSAFE (insect-borne crop diseases), and ADAPT (potato stress tolerance).
NACIONALNI INSTITUT ZA BIOLOGIJO
Slovenian biology institute specializing in plant viromics, marine ecology, and bioinformatics — active across European research infrastructures.
Their core work
Slovenia's National Institute of Biology is a public research centre focused on life sciences — from plant health diagnostics and viromics to marine biology and environmental monitoring. They operate as a national node in several pan-European research infrastructures (ELIXIR for bioinformatics, METROFOOD for food metrology, EMBRC for marine biology). Their applied work spans plant disease detection, potato stress tolerance breeding, jellyfish-based solutions for pollution, and nanomaterial toxicology. They also invest significantly in science communication and gender equality in research institutions.
What they specialise in
Contributed to GoJelly (jellyfish for plastic pollution), BLUEMED (Mediterranean blue growth), SeaDataCloud (ocean data infrastructure), and MyOcean FO (marine services).
Participated in ELIXIR-EXCELERATE (bioinformatics infrastructure), EOSC-Life (open digital biology), and applied bioinformatics in INEXTVIR.
Involved in NESTOR (nanozymes for oxidative stress control) and linked to CABUM (cavitation bubble mechanisms) as third party.
Ran two editions of NOCMOC (European Researchers' Night), participated in SciFe (Science for Life) and CHANGE (gender equality in research).
Third-party contributor to METROFOOD-PP and PRO-METROFOOD, supporting the food metrology research infrastructure.
How they've shifted over time
In 2014–2018, the institute focused on building research infrastructure connections — joining ELIXIR for bioinformatics, marine data networks (SeaDataCloud, MyOcean), and early science outreach (SciFe). From 2019 onward, the focus shifted decisively toward applied plant biology (coordinating INEXTVIR for virome diagnostics, joining ADAPT for potato breeding) and added a new nanomaterials thread (NESTOR). The later period also shows stronger institutional development work around gender equality and sustained science communication.
Moving from infrastructure participation toward applied plant health science and nanobiology, with growing confidence as a project leader — expect more coordinator roles in plant diagnostics and virome research.
How they like to work
Predominantly a consortium partner (15 of 19 projects), with only one coordinator role (INEXTVIR), suggesting they contribute specialized expertise rather than drive large projects. With 323 unique partners across 46 countries, they are well-networked across Europe and beyond, typical of an institute embedded in multiple pan-European research infrastructures. Their three third-party participations indicate they are sometimes brought in for niche capabilities rather than full partnership.
Extensive European network of 323 unique partners spanning 46 countries, built through membership in multiple pan-European research infrastructures (ELIXIR, EMBRC, METROFOOD) and large CSA/RIA consortia. Strong Mediterranean and Central European connections via BLUEMED and marine biology networks.
What sets them apart
NIB combines plant viromics and diagnostics expertise with strong bioinformatics capability — a combination that is rare in smaller EU member states. As Slovenia's main biology research institute, they serve as the national entry point to several European research infrastructures, making them a natural consortium partner for projects needing Slovenian or Balkan regional coverage. Their dual strength in marine biology and plant health means they can bridge food security and environmental projects in ways that single-discipline labs cannot.
Highlights from their portfolio
- INEXTVIRTheir only coordinator role and largest single grant (EUR 480K) — a Marie Curie training network on next-generation virome sequencing, signaling their flagship expertise.
- ADAPTSecond-largest funding (EUR 428K) focused on multi-stress tolerant potato development, showing strong applied agricultural biology capability.
- GoJellyUnusual and high-profile project using jellyfish to fight plastic pollution (EUR 369K), demonstrating creative cross-disciplinary marine biology work.