Our Mission
We aim to create a strong European network of institutions focused on the study of arthropod-transmitted pathogens in humans and animals. By applying an interdisciplinary One Life Sciences approach, the network addresses the growing importance of vector-associated organisms and supports collaborative, high-level research initiatives within a global change context.
Scientific Focus
The scientific activities of the initiative are structured through two complementary approaches: vertical thematic activities organized within dedicated Working Groups, and horizontal cross-cutting activities that ensure integration, coordination, and knowledge exchange across all research domains.
Vertical Research Activities
The vertical approach is organized around four thematic Working Groups, each addressing specific concepts and methodologies related to vectors and vector-associated biological agents.
WG1 – Integrated Biosystems Framework
This group focuses on ecological principles and interdisciplinary research strategies that connect human, animal, and environmental systems. Activities include the development of harmonized research concepts, environmental observation strategies, and the establishment of standardized scientific terminology relevant to vector-related studies.
WG4 – Evolutionary and Population-Based Analysis
This group addresses evolutionary relationships, population structure, and geographic patterns of vectors and associated organisms using phylogenetic and phylogeographic approaches supported by advanced computational tools.
WG3 – Geospatial Analysis and Spatial Modeling
Activities focus on geographic information systems (GIS), spatial statistics, and predictive modeling tools. These methods support the interpretation of environmental and biological data generated by other Working Groups and enable large-scale spatial analysis.
WG2 – Molecular Identification and Genomic Technologies
This group concentrates on modern molecular and genomic tools applied to the study of vector-associated organisms. Emphasis is placed on next-generation sequencing platforms, DNA barcoding, mass spectrometry–based identification, and standardized laboratory workflows to ensure data comparability.
Our Scientific Approach
Research Framework
Our initiative addresses arthropod-transmitted organisms using a dual approach:
- Vertical activities – focused on thematic Working Groups (WGs) that specialize in specific research areas.
- Horizontal activities – cross-cutting projects and emerging topics integrated across all WGs.
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Horizontal Research Themes
Underexplored vector topics across Europe and neighboring regions Tick-associated, flying insect, and flea-related organisms Rare or emerging vector-associated organisms with limited current data A dedicated cross-cutting team ensures integration of these topics across all WGs and shares validated knowledge across the network.
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Research Methods & Collaboration Annual Meetings & Workshops: Coordinate strategies and ensure interdisciplinary knowledge exchange. Early-Career Researcher Mobility & Training: Short-term research exchanges and practical training schools strengthen skills and foster collaboration. Publications & Knowledge Sharing: Scientific outputs include books, special journal issues, guidelines, and brochures.
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Exploring vectors with precision, insight, and cutting-edge biotechnology.
Explore Our Key Metrics
Discover the numbers that showcase our innovation and achievements in vector-associated biotechnology research.
12k
Genomic & Proteomic Datasets
Extensive high-resolution molecular data collected, sequenced, and analyzed across projects.
45%
Collaborative Research Projects
Studies conducted through integrated multi-institutional biotechnology networks.
8+
Cutting-Edge Technologies
Advanced tools including next-generation sequencing, DNA barcoding, proteomics workflows, and computational modeling.