Intelligence
Could a new CRISPR gene editing technology lead to innovation in aquaculture?
Innovative CRISPR gene editing technology tailored for aquaculture improves safety and unimpeded legal accessibility compared to CRISPR-Cas9.
Innovation & Investment
Brazilian Fish turns to genome editing technology to boost tilapia growth and sustainability
Brazilian Fish adopts genome editing to breed faster-growing, more efficient tilapia, boosting sustainability and competitiveness.
Innovation & Investment
With tools like CRISPR, can genome editing deliver more resilience for aquaculture?
Research in Japan shows genome editing can improve muscle growth in farmed fish, resulting in less feed and boosting disease resistance.
Health & Welfare
Genome editing potential to improve aquaculture breeding, production, Part 2
Genome editing can contribute to sustainable aquaculture production in terms of disease resistance and sterility to prevent interbreeding with wild stocks.
Health & Welfare
Genome editing: Potential to improve aquaculture breeding, production, Part 1
Due to high fecundity and external fertilization, most aquaculture species are amenable to genetic improvement technologies, including genome editing.