The European aquaculture sector is poised for transformation with the introduction of the BIOAQUA project, officially known as “Enhancing knowledge of BIOmolecular solutions for the well-being of European AQUAculture sector” (COST Action CA22160). This initiative aims to revolutionize disease management in aquaculture by integrating environmentally friendly biomolecular solutions.

Mission and Objectives

BIOAQUA’s primary mission is to drive a paradigm shift in aquaculture practices by promoting the adoption of biomolecular technologies. These innovations are expected to enhance fish welfare, encourage bioremediation, and reduce reliance on traditional antimicrobials, thereby addressing critical challenges such as disease outbreaks and environmental sustainability. ​

Collaborative Network

To achieve its goals, BIOAQUA is establishing a dynamic European network that connects scientists, industry stakeholders, and policymakers. This collaborative platform facilitates the exchange of information, development of joint research agendas, and exploration of advanced research lines, fostering co-production among researchers with different background.

2nd High Performance Workshop – Padova, 5-6 maggio

The second project year workshop will be held at the Istituto Zooporofilattico Sperimentale delle Venezie (IZSVe), Padua, Italy, on 5-6 May 2025. The high performance workshop is focused on the marine aquatic ecosystems and will encompass keynote lectures, practical activities and a field activity in the Venice lagoon.
Workshop agenda >

Expected Outcomes

BIOAQUA aspires to contribute significantly to the sustainability and competitiveness of European aquaculture, ensuring improved fish welfare and reduced environmental impact. For more information about the project and partner networks visit: https://bioaqua-cost.eu

Go to BIOAQUA project website »

 

Progetto COST BIOAQUA

Working Groups and Focus Areas

The project is structured into five multidisciplinary working groups (WGs), each addressing specific aspects of biomolecular solutions in aquaculture

  • WG 1 Biomolecular solutions for water prophylaxis and biosafety
    Focuses on biomolecular solutions for water prophylaxis and biosafety, emphasizing new proteins and biomarkers
  •  WG 2 biomolecular solutions as alternative methods and tools for fish-farm production
    Explores alternative, environmentally friendly methods and tools for fish-farm production, including novel molecular engineering techniques
  • WG 3 Fish welfare
    Addresses fish welfare by assessing the impact of biomolecular solutions on disease, stress, growth, feeding, and behaviour.
  • WG 4 Sustainability insights
    Analyses sustainability factors, including regulatory aspects and the potential adoption of proposed solutions
  • WG 5 Informed creativity
    Focuses on informed creativity, managing research and innovation processes, and facilitating the uptake of results across technological, sectorial, and policy dimensions.

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