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Genomics for selective breeding

Fisheries Biotechnology

Applying genomics, transcriptomics and marker-assisted selection to breed faster-growing, disease-resistant aquaculture strains.

Fisheries Biotechnology

Applying genomics, transcriptomics and marker-assisted selection to breed faster-growing, disease-resistant aquaculture strains.

Research questions

  • Which mechanisms drive performance and welfare in this area?
  • How can new methods be scaled to commercial farms and fisheries?
  • What are the environmental and economic trade-offs?

Approach

We combine controlled tank experiments in our wet-lab facility with field sampling, molecular analyses and data science. Students work closely with industry partners and government fisheries agencies so that results reach practice.

Our goal is science that makes aquatic food systems more productive, resilient and fair.

Equipment & facilities

Real-time PCR & Sequencing Lab

Real-time PCR & Sequencing Lab

qPCR systems and a benchtop sequencer for pathogen detection, eDNA and gene-expression studies.

Gallery

Selected publications