AquaIMPACT – Last words of thanks

After 5 years of intensive work, AquaIMPACT has come to its end, and it is a good time to look back and summarize our main achievements. But first, I want to thank the marvelous group of hard-working experts that participated this unique and ambitious project. Both breeding and nutrition technologies have been fundamental for developing aquaculture, but mostly as separate technologies without much cross over between them to reach a …

AquaIMPACT products and services

AquaIMPACT was an EU-funded Horizon 2020 Innovation Action with the aim to take research results into practice. During the last 5 years, several genomic and nutritional products, software, hardware, improved services and practices have been demonstrated to be useful and cost-effective. AquaIMPACT produced 13 Business plans and 7 Exploitation plans for the developed products, protocols, services and results. The AquaIMPACT partners are naturally the first-hand end users of the results, …

AquaIMPACT in Aquaculture Europe 2023

Meet AquaIMPACT in Aquaculture Europe 2023 in Vienna! We will contribute with plenary presentations, scientific presentations, booths and host a public Final Conference in AE2023 conference. Meet our researchers and discuss about the latest results and the future of aquaculture.   Final Conference, open to public Monday 18th September. 13:30-17:00 AquaIMPACT (Breeding & genomics / nutrition & genetics) Final Conference (open to all). Read more   Plenary presentations Antti Kause. …

Aquaculture Genomics webinar series 2023

AquaIMPACT organised a webinar series together with AQUA-FAANG covering different aspects of genomic applications in aquaculture. Recordings are now publicly available! Genomic editing & future advances – Future advances of using genomics in breeding programs Disease resistance & immune response – European Seabass case study Using genomics now and in future in aquaculture – Pedigree-based and genomic selection in aquaculture breeding

Newsletter 2/2023: Focus on genomic selection in aquaculture

This time the focus for the newsletter is on genomic selection in aquaculture. AquaIMPACT is a major effort to integrate the fields of fish breeding and nutrition to increase the competitiveness of EU’s aquaculture of Atlantic salmon, rainbow trout, gilthead sea bream and European sea bass, to ensure food and nutrition security, and to satisfy consumer demands for high-quality seafood with limited environmental impact. During the last four years, AquaIMPACT …

We are AquaIMPACT: Savon Taimen – Rainbow trout genomics for fish disease research

Savon Taimen, established in 1967, is a leading Finnish fingerling provider of rainbow trout. Savon Taimen and its subsidiaries form a group of fish farming companies producing salmonid fingerlings for aquaculture and for re-stocking purposes. The group of companies consists of two parent companies. Hanka-Taimen Oy and its subsidiaries are specialised in hatchery operations and fingerling and smolt production. Savon Taimen Oy and its subsidiaries focus on fry production and …

We are AquaIMPACT: The Roslin Institute, University of Edinburgh – Advanced technology for genomic selection

The Roslin Institute at the University of Edinburgh (UEDIN) undertakes basic and applied research focused on the genetics and health of farmed animal species, developing biotechnological innovations for the livestock and aquaculture industry. The active and expanding Roslin Aquaculture Genetics research group aims to improve selective breeding of finfish and shellfish via a broad range of genetics and genomics approaches. The Roslin Institute is equipped with state-of-the-art genomics and bioinformatics …

Implementing genomic selection in aquaculture industry: Reducing genotyping costs by low-density genotyping panels

Our result shows that genomic selection can be accurately implemented with much lower number of SNP markers than is currently available by many genotyping services. This was demonstrated by genomic evaluations of survival against infection of Flavobacterium columnare bacteria in rainbow trout. The creation of SNP panels consisting of 3,000-7,000 informative SNPs would be one way to reduce genotyping costs and to adopt genomic selection in more broodstocks worldwide.   …

We are AquaIMPACT: Natural Resources Institute Finland (Luke) – Project coordination and genetic improvements in breeding

Natural Resources Institute Finland (Luke) is a non-profit public research organisation operating under the Finnish Ministry of Agriculture and Forestry. Luke is the leading Finnish research institute in the bioeconomy sector, providing scientific information and new innovations for the industry. Luke’s Breeding and Genomics group is an international top-quality group in developing and applying genetics, genomics and statistics in commercial animal breeding programmes and in developing breeding value estimation methods …

Genomic selection for disease resistance using industry data in rainbow trout: Resistance to Flavobacterium columnare

Flavobacterium columnare is the etiological cause of columnaris disease, which predominantly manifests itself as ulcerations of the gills and of the skin. Mortality due to columnaris disease is especially high in young fish in warm water, reducing fish welfare and causing significant losses to aquaculture industry. We validated the usefulness of genomic selection for survival to columnaris disease in rainbow trout, and implemented the methods in the commercial broodstocks with …