- Research Professor+47 97690518
The aim of this project is to develop Cardiomyopathy syndrome (CMS) resistant Atlantic salmon using next-generation gene editing technologies and design breeding schemes that take advantage of edited genes.
- To identify potential genes and causative mutation affecting CMS resistance in Atlantic salmon.
- To develop efficient CRISPR/Cas9 constructs that will result in CMS resistant Atlantic salmon.
- Design breeding schemes to deliver edited genes from their first creation to large-scale commercial production.
- To determine the ethical, social and legal implications of developing CMS resistant Atlantic salmon using gene editing through an RRI approach.
FNI's task involves examining the evolving legal and institutional frameworks that regulate breeding in aquaculture, as well as the impact of technological developments. Gene editing techniques open new legal questions for both the cluster of rules regulating rights to genetic material and opens new possibilities in respect of using patents to secure exclusive rights.
Time frame: 2019-2022
FNI PROJECT LEADER
- Research Council of Norway
PEER-REVIEWED ARTICLES AND CHAPTERS
Overcoming barriers to breeding for increased lice resistance in farmed Atlantic salmon: A case study from Norway
Aquaculture, Vol 548, 2022, 11 p.