Matthew Kent

The paper presents a gapless Landrace pig genome assembly that improves resolution of repetitive regions and reveals breed-specific telomere repeat structures.

The paper shows that different PRDM9 alleles in Atlantic salmon lead to distinct recombination patterns, similar to what is seen in mammals.

This study establishes a single-cell RNA atlas of Atlantic salmon testis and evaluates in vitro spermatogenesis conditions, revealing condition-specific shifts in cell composition and limited progression through later stages of spermatogenesis.

This study presents a transcriptomic analysis of Atlantic salmon embryogenesis, identifying key transcriptional events and regulatory mechanisms during early development.

The paper develops haplotype-resolved genome assemblies for Norwegian Red cattle to improve variant detection and genomic predictions.

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

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

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

The paper identifies structural variants, SNPs, and indels in Atlantic salmon populations to explore their role in local adaptation.

The paper investigates the expansion and functional diversification of chitinase and chitin synthase genes in Atlantic salmon using comparative genomics, transcriptomics, and chromatin accessibility data.

This study identifies 15,483 high-confidence structural variants in 492 Atlantic salmon genomes, revealing their role in population structure, functional impact, and domestication traits.

This paper presents a high-quality chromosome-level genome assembly for a southern Atlantic cod population using nanopore sequencing, revealing chromosomal inversions and centromeric repetitive elements.

The paper identifies a supergene linked to migration in Atlantic cod, showing reduced genetic diversity and population collapse due to overfishing.

The paper develops a 58K SNP-array and high-density linkage map for Nile tilapia to improve genomic selection and genetic progress in aquaculture.

The paper identifies a Y-linked gene zkY in Atlantic cod that functions as a master sex-determining gene by suppressing germ cell division in males.

The paper identifies a sex-dependent dominance locus, VGLL3, that maintains variation in age at maturity in Atlantic salmon by reducing intralocus sexual conflict.