SciTransfer
Organization

KAFKAS UNIVERSITESI

Turkish university in the Caucasus endemic zone, specializing in tick-borne and arboviral zoonoses affecting humans and livestock.

University research grouphealthTRThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€244K
Unique partners
30
What they do

Their core work

Kafkas University is a Turkish public university based in Kars, eastern Turkey — a region bordering Georgia, Armenia, and Azerbaijan with significant livestock farming and documented endemic presence of tick-borne and insect-borne viral diseases. Their H2020 research work focuses on zoonotic and vector-borne viral pathogens that threaten both human health and livestock economies, specifically Crimean-Congo Haemorrhagic Fever virus and bluetongue virus. In practice, they contribute field expertise, access to naturally-occurring disease zones in the Caucasus region, and animal model or epidemiological study capabilities within large European research consortia. Their geographic position makes them a strategic partner for studies requiring data and samples from regions where these pathogens circulate endemically.

Core expertise

What they specialise in

Zoonotic viral disease researchprimary
2 projects

Both H2020 projects address zoonotic pathogens — CCHFVaccine targets Crimean-Congo Haemorrhagic Fever and PALE-Blu addresses bluetongue virus epidemiology in livestock.

Vaccine development for emerging hemorrhagic fever virusessecondary
1 project

CCHFVaccine (2017–2025, EUR 134,375) involves animal model studies and vaccine research against one of Europe's most dangerous tick-borne hemorrhagic fevers.

Vector-borne livestock disease epidemiologysecondary
1 project

PALE-Blu (2017–2021) examined bluetongue virus transmission dynamics through Culicoides midges and their interactions with livestock and environment.

Animal models for infectious diseasesecondary
1 project

CCHFVaccine explicitly lists animal models as a core keyword, suggesting laboratory capacity for preclinical infectious disease work.

Evolution & trajectory

How they've shifted over time

Early focus
CCHF vaccine and animal models
Recent focus
Bluetongue virus epidemiology

Both projects launched simultaneously in 2017, so the early/recent split reflects thematic breadth rather than a temporal transition: their initial entry into H2020 covered hemorrhagic fever vaccine science (CCHF, animal models) alongside vector ecology for livestock diseases (bluetongue, Culicoides). The longer-running CCHFVaccine project (ending 2025) suggests sustained engagement in human-relevant zoonosis work, while PALE-Blu concluded in 2021 — indicating their livestock epidemiology strand may have wound down. With only two projects, it is too early to call a definitive trend, but the evidence leans toward continued focus on tick-borne and arboviral zoonoses with a health-facing orientation.

Their longer-running project points toward sustained contribution in emerging hemorrhagic fever vaccine research, making them a candidate partner for future consortia addressing tick-borne or arboviral threats in the Black Sea and Caucasus corridor.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European17 countries collaborated

Kafkas University has participated exclusively as a consortium partner — never as a project coordinator — across both H2020 projects. Despite a small funding footprint (EUR 244,375 total), they connected with 30 distinct partners across 17 countries, suggesting they contribute as a specialist node rather than a general-purpose partner. This pattern indicates they are brought in for specific regional or scientific value — likely field access or endemic-zone expertise — rather than for administrative or coordination capacity.

Kafkas University has engaged with 30 unique consortium partners spanning 17 countries across just two projects, reflecting participation in large, geographically diverse research consortia typical of RIA grants in health and food sectors. Their network skews European but their location in eastern Turkey positions them as a bridge to the Caucasus and Central Asian disease corridors.

Why partner with them

What sets them apart

Kafkas University's most distinctive asset is its physical location: Kars province sits in one of Europe's highest-risk zones for tick-borne diseases including CCHF, and the surrounding landscape is dominated by extensive livestock farming — a natural observation zone for bluetongue and related arboviruses. Few European or Turkish universities are positioned at this intersection of endemic disease geography and livestock-dense environment. For consortia studying pathogen spread from endemic reservoirs into Europe, KAU offers access that cannot be replicated from a lab in Paris or Berlin.

Notable projects

Highlights from their portfolio

  • CCHFVaccine
    The longest and largest of their two projects (2017–2025, EUR 134,375), focused on vaccine development against Crimean-Congo Haemorrhagic Fever — a BSL-4 pathogen with no approved vaccine, placing this work among Europe's highest-priority infectious disease research programs.
  • PALE-Blu
    Addresses bluetongue virus, an economically significant livestock disease expanding northward into Europe with climate change, with KAU contributing from a region where the Culicoides midge vectors are endemic.
Cross-sector capabilities
Food & Agriculture (livestock disease, bluetongue, animal health economics)Veterinary science (animal models, vector-host interactions)Environmental monitoring (arthropod vector surveillance, climate-disease interactions)
Analysis note: Profile is based on only 2 projects, both started in 2017. The expertise areas are coherent and mutually reinforcing, but the sample is too small to assess trajectory, institutional depth, or internal research group structure with confidence. The geographic positioning argument (Kars as endemic zone) is contextually well-founded but not directly evidenced in the project data itself.