OREGON STATE UNIVERSITY

Their core work

Oregon State University is a major US public research university with internationally recognized strengths in marine and earth sciences, agricultural and nutritional research, and biomedical structural biology. In the H2020 context, OSU acts as a US-based scientific partner that European consortia pull in for specialized expertise — deep-sea oceanography, animal nutrition trials, and advanced protein structure techniques (solid-state NMR, cryo-EM). They contribute lab capacity, field infrastructure (including access to Pacific marine sites), and senior investigators rather than administrative coordination.

What they specialise in

How they've shifted over time

The first H2020 engagement (AnNuVitE, 2018) was rooted in nutritional science — vitamin E, feeding trials, animal studies — reflecting OSU's long-standing agricultural and Linus Pauling Institute tradition. From 2019 onward, the profile shifts sharply toward marine science (iAtlantic) and biomedical structural biology (InterTAU), bringing in deep-sea ecology, environmental DNA, cryo-EM and NMR on neurodegeneration. The trajectory is a move from classical applied food science toward high-end instrumentation-driven research and ocean observation.

OSU is trending toward high-instrumentation science — ocean observation plus advanced structural biology — making them a strong fit for consortia needing US field access or cryo-EM/NMR capability rather than routine lab work.

How they like to work

Oregon State never coordinates in these projects — they join as a partner or third-party scientific contributor, typical for a non-EU university plugged in via MSCA-RISE staff-exchange or as a specialist on an RIA. Across only three projects they connect to 57 unique partners in 23 countries, so each engagement is embedded in a large, diverse consortium. Expect them to contribute deep specialist input and senior researchers, not project management or EU-side administrative lifting.

Broad international network of 57 partners across 23 countries, consistent with being invited into large Atlantic-spanning and transatlantic consortia. Their natural geographic axis is the US Pacific Northwest linking into European and North Atlantic research networks.

What sets them apart

OSU offers something few European partners can: a US West Coast research university with genuine Pacific and Atlantic marine field capability, combined with top-tier structural biology instrumentation and a globally cited nutrition research tradition. For EU consortia that need a credible US anchor — for transatlantic ocean work, MSCA-RISE exchanges, or access to US cryo-EM and NMR facilities — they are a natural pick. They are not the partner to chase if you need a coordinator or heavy EU-grant administration.

Highlights from their portfolio

• iAtlantic
  Large transatlantic marine ecosystem assessment running to 2024 — OSU's biggest and most keyword-rich engagement, covering deep-sea biology, seabed mapping, eDNA, and ocean governance.
• InterTAU
  Brings OSU into cutting-edge Alzheimer's structural biology using cryo-EM and solid-state NMR on tau protein, showing reach well beyond their agricultural heritage.
• AnNuVitE
  Classic applied nutrition work on vitamin E spanning animal and human trials — the clearest example of OSU contributing long-established food/agriculture expertise.