Genome Editing
Selective Breeding for a Better Catch
Selective breeding programs use advanced genetics technology to enhance this precision. The choice of strategy—mass, family, or genomic selection—depends on your specific needs.
Read MoreCAT and C4U Bring CRISPR-Cas3 to Aquaculture
The CAT and C4U research project focuses on the application of CRISPR-Cas3 technology for genome editing in major commercial fish species to drive forward technological advancements within aquaculture the industry.
Read MoreDriving Growth and Expansion: CAT appoints Simon Hill as Chief Business Development Officer
Simon Hill will drive growth & development, expand market reach, and foster partnerships, enhancing CAT’s position as a leading genetic services provider in aquaculture.
Read MoreCAT Unveils Shrimp Genetics Innovation Center
Shrimp Genetics Innovation Center solidifies CAT leadership in delivering impactful genetic solutions to the shrimp industry.
Read MoreCAT Invests in The Future of Genetics and Genome Editing
CAT opens a state-of-the-art research facility committed to advancing genome editing technologies for commercial aquaculture applications in finfish.
Read MoreOvercoming the ‘sterility paradox’
By using gene editing advancements, researchers at the Center for Aquaculture Technologies (CAT), figured out how to keep farmed fish from wasting energy on reproduction while still producing offspring.
Read MoreWith tools like CRISPR, can genome editing deliver resilience for aquaculture?
This article explores global research into the use of the CRISPR tool for genome editing and genetic improvement in aquaculture.
Read More