Rolf B. Edvardsen

The paper identifies a Y-specific translocated gsdf copy as the master sex-determining gene in common dab through genome sequencing and comparative analysis.

This study shows that Vgll3a promotes sexual maturation in Atlantic salmon, with loss-of-function reducing maturation rates in both sexes.

The paper presents the genome of Lepeophtheirus salmonis, revealing copepod-specific features and parasitic adaptations, including gene expression shifts and loss of peroxisomes.

The paper investigates how cardiac dysfunction caused by environmental toxins leads to eye malformations in fish by disrupting lipid supply and signaling pathways.

This paper refines gene editing in Atlantic salmon using asymmetrical oligonucleotide donors, achieving efficient and precise genome modifications with up to 59.2% single nucleotide replacement efficiency.

The paper identifies gsdf as a novel sex determining gene in Atlantic halibut by analyzing genome structure and recombination patterns.

The paper uses whole transcriptome analysis to evaluate genetic mosaicism and lipid metabolism pathway changes in CRISPR-modified Atlantic salmon with mutations in fatty acid desaturase genes.

The paper identifies autosomic pseudocopies of the sdY gene in Atlantic salmon, showing Mendelian inheritance and non-random sex chromosome turnover.

The paper sequenced and assembled the haddock genome, revealing high tandem repeat density and expanded immune gene families common to codfishes.

The paper improves the Atlantic cod genome assembly using long-read sequencing and multiple assembly programs, revealing a high density of tandem repeats and heterozygous variation.