Lars Grønvold

The paper studies gene regulatory evolution in salmonids after autotetraploidization, finding that it is influenced by developmental and tissue-specific factors, with constraints at advanced embryogenesis.

The paper analyzes eQTL data in Atlantic salmon to show long-term dosage balance maintenance after a 100 million-year-old genome duplication.

The paper introduces nf-RASQUAL, a Nextflow pipeline for molQTL mapping in small datasets, applied to Atlantic salmon to identify expression and chromatin accessibility QTLs.

The paper identifies a major locus on chromosome 14 associated with gill gene expression and somatic growth in Atlantic salmon during smoltification.

This paper develops a deep learning framework to predict the regulatory impact of non-coding variants in farmed animals using chromatin data, improving genomic prediction for livestock and aquaculture.

The paper investigates strain-specific gene regulation of lipid and carotenoid production in Mucor circinelloides under calcium starvation using genomic and transcriptomic analyses.

The paper develops gene expression-based predictive models for survival and growth in seawater using gill transcriptomes of Atlantic salmon, finding photoperiod-sensitive genes are more important than previously thought sodium pump genes.

The paper links genomic prediction of muscle fat content in Atlantic salmon to changes in lipid metabolism by analyzing gene expression and eQTLs.

This study reconstructs genome-wide rediploidization after autopolyploidization in salmonids over 100 million years, showing two waves of rediploidization and lineage-specific ohnologue divergence.

The paper compares cold response gene regulation across five Pooideae species to understand evolutionary adaptations to temperate climates.