AQUA-FAANG (2019–2023) was explicitly focused on advancing aquaculture through genome functional annotation, with XELECT as a contributing participant.
XELECT LIMITED
Scottish aquaculture genetics SME specialising in fish genome annotation and genetic improvement of farmed fish species.
Their core work
XELECT is a Scottish biotechnology SME based in St Andrews that specialises in fish genomics and genetics for the aquaculture industry. Their work focuses on translating genome-level data — specifically functional annotation of fish genomes — into practical tools that can improve the genetic selection and performance of farmed fish species. They operate as specialist contributors within large European research consortia, bringing targeted genomic expertise to projects that bridge marine biology and food production. Based on their project participation, they appear to sit at the intersection of academic genomics research and commercial aquaculture breeding programs.
What they specialise in
Both EMBRIC and AQUA-FAANG involve marine or aquatic biological systems, with the later project specifically targeting genomic tools for farmed fish improvement.
EMBRIC (2015–2019) was a broad marine biological research infrastructure cluster promoting the blue bioeconomy, indicating familiarity with the wider marine science ecosystem.
How they've shifted over time
In the first half of their H2020 participation (EMBRIC, 2015–2019), XELECT worked within a broad marine biology infrastructure project with no specific keyword signal, suggesting a generalist or support role within the blue bioeconomy research landscape. By their second project (AQUA-FAANG, 2019–2023), their focus had sharpened considerably to the functional annotation of fish genomes — a technically specific and commercially relevant capability for aquaculture breeding programs. The trajectory is one of increasing specialisation: from broad marine research infrastructure toward precision genomics for farmed fish.
XELECT is moving toward deeper genomic specialisation in aquaculture, making them a relevant partner for any consortium or company working on genetic improvement of fish species or the application of FAANG-methodology to new aquatic organisms.
How they like to work
XELECT has never led an H2020 project — in both cases they joined as a participant, which is typical for a small specialist SME that contributes a defined technical capability rather than orchestrating a full research programme. Their participation in consortia of significant size (51 unique partners across 12 countries across just 2 projects) suggests they are comfortable operating within large, multi-partner frameworks. This points to an organisation that works well as a technical node — reliable, focused, and unlikely to seek the administrative burden of coordination.
XELECT has accumulated 51 unique consortium partners across 12 countries through only 2 projects, indicating participation in large, geographically diverse consortia rather than repeated bilateral collaborations. Their network spans a broad range of European research and industry partners in the marine and aquaculture science space.
What sets them apart
XELECT occupies a rare niche as a private SME with documented involvement in both foundational marine biological infrastructure and cutting-edge fish genome annotation — a combination that positions them as a practitioner who can link genomic research outputs to real aquaculture breeding decisions. Based in St Andrews, Scotland, they sit close to the Scottish aquaculture industry, one of Europe's largest, giving them likely proximity to commercial fish farmers and breeding companies. For a consortium builder, they offer what most universities cannot: commercial orientation within a specialist genomics domain.
Highlights from their portfolio
- EMBRICLargest single funding award for XELECT (EUR 151,198) and their entry into a major pan-European marine biology infrastructure network spanning the full blue bioeconomy value chain.
- AQUA-FAANGThe clearest evidence of XELECT's core technical expertise — functional annotation of fish genomes — directly connected to improving European aquaculture productivity.