Jenni Maria Prokkola

This study investigates how parental and genotype effects influence early survival and development in Atlantic salmon offspring, finding that paternal vgll3 genotype affects survival while maternal effects are stronger for survival and hatching traits.

The paper investigates density-dependent gene expression in Atlantic salmon hypothalamus, finding significant changes in stress, appetite, and epitranscriptomic genes, with unexpected paralogue patterns and genotype-environment interactions.

This study shows that juvenile Atlantic salmon maintain maximum metabolic rate and aerobic scope during moderate heatwaves, but their standard metabolic rate increases, indicating vulnerability to oxygen limitation.

This study investigates how diet and the vgll3 gene affect maturation in female Atlantic salmon, finding genetic and environmental interactions influence age at maturity.

The paper examines how parental genotypes at two large-effect loci influence early survival in Atlantic salmon, showing context-dependent effects linked to maturation timing.

The paper measures standard metabolic rate in Atlantic salmon juveniles with different vgll3 genotypes and finds no significant association between genotype and metabolic rate.

The paper characterizes sex-specific co-expression networks and sex-biased gene expression in Brook Charr, identifying modules associated with growth, reproduction, and stress, and finding more transcripts in female networks with higher variation.