Jacob Seilø Torgersen

This study establishes a single-cell RNA atlas of Atlantic salmon testis and evaluates in vitro spermatogenesis conditions, revealing condition-specific shifts in cell composition and limited progression through later stages of spermatogenesis.

This study presents a transcriptomic analysis of Atlantic salmon embryogenesis, identifying key transcriptional events and regulatory mechanisms during early development.

This study identifies a major QTL on chromosome 21 in coho salmon linked to SRS resistance, implicating two candidate genes, hint3 and a lncRNA, through SNP analysis and expression correlation.

This paper develops a method for efficiently transfecting Atlantic salmon primary hepatocytes for functional assays and gene editing.

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 two SNPs associated with salmon flesh color and suggests bco1l as the likely gene responsible for color variation through functional studies.

The paper uses RNA-seq to analyze phospholipid and lipoprotein metabolism development in Atlantic salmon fry intestines, finding increased synthesis capacity in pyloric caeca and specific gene expression patterns.