David G. Hazlerigg

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 shows that the saccus vasculosus transcriptome response to seawater exposure in Atlantic salmon depends on photoperiodic history and identifies ependymin as a major secretory output.

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

This study investigates how light conditions and time of day affect the immune response to SAV3 infection in Atlantic salmon smolts, finding minimal impact on transcriptional responses.

This study examines the impact of different light regimes on growth, survival, and genetic parameters of Atlantic salmon, finding no significant long-term effect on size but increased mortality under continuous light.

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.

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

This study uses single-nuclei RNAseq to analyze Atlantic salmon gill during smoltification, identifying 20 cell clusters and showing immune reprogramming associated with seawater transfer.

This study shows that circadian rhythms in Svalbard ptarmigans are essential for seasonal adaptation despite lacking daily rhythms in extreme light conditions.

The paper compares photoperiodic responses in gonadal and somatic growth between two vole species, finding species-specific differences in sensitivity and developmental programming of the photoperiodic neuroendocrine system.