Morten T. Limborg

This study investigates Amoebic Gill Disease (AGD) in Atlantic salmon using a holo-omic approach, linking host genetics, microbiota, and disease resistance traits.

This study shows dietary fibre promotes chronic whipworm infection in mice through direct modulation of innate immunity, independent of the microbiome.

The paper introduces a likelihood-based method to identify sample-specific CpG loci in long-read sequencing data, improving accuracy in methylation analysis by reducing reference bias.

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.

The paper evaluates four zebrafish gut microbiota sampling methods using genome-resolved metagenomics and 16S metabarcoding, finding differences in microbial representation and highlighting environmental contamination risks.

The paper investigates how host genetics and gut microbiota interact with parasite infections in Atlantic salmon, finding that cestode infections alter microbiota composition and host gene expression.

The paper presents the Salmon Microbial Genome Atlas, a collection of bacterial genomes from Atlantic salmon, and functionally characterizes key gut microbiota populations involved in nutrient processing and health.