Thomas Nelson Harvey

The paper identifies BVDV host resistance factors using a bovine whole genome knockout library, highlighting autophagy-related proteins as key to resistance.

The paper identifies essential genes in porcine cell lines using CRISPR screening and compares them to human essential genes.

This study uses CRISPR-Cas9 to knockout IFN receptor genes in Atlantic salmon cells to assess their role in antiviral signaling against ISAV and IPNV, revealing gene-specific effects and alternative pathways.

This study examines how dietary chitin affects chitinase activity, gene expression, and gut microbial composition in Atlantic salmon.

This study evaluates microbiota-directed fibers (MDFs) in Atlantic salmon diets, finding negligible effects on gut microbiome and host physiology, but identifying potential endogenous lactic acid bacteria for future MDF strategies.

This study investigates the genome regulatory changes in Atlantic salmon liver during smoltification, finding that metabolic remodeling occurs in freshwater and transcription factor dynamics drive gene expression changes, while DNA methylation is not correlated with expression shifts.

This study investigates how transposon activity and whole genome duplication interact to shape cis-regulatory element evolution in Atlantic salmon, finding a strong link between TE insertions during WGD and TE-CRE evolution.

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

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

This study compares lipid metabolism in domesticated and wild Atlantic salmon fed different diets, finding domesticated salmon show distinct metabolic responses to vegetable oil.