Kristian K Ullrich

This study compares long-read sequencing and optical genome mapping in detecting structural variants in Parkinson's disease, finding OGM better detects large variants while ONT provides high-resolution refinement.

This study investigates the evolutionary trends in skeletal cell type emergence, finding that lineage-specific genes drove the diversification of osteoblasts and hypertrophic chondrocytes from an ancestral chondrocyte-like state.

The paper sequences full-length RNA transcripts from multiple mouse species to catalog isoform diversity and refine genome annotation.

The paper assembles the t supergene in house mice, revealing its deterioration through accumulated deleterious variants and non-Mendelian transmission.

The paper identifies Prdm9 alleles in wild mice that cause hybrid sterility when combined with specific alleles from other populations.

The paper identifies novel Prdm9 alleles in wild mice and shows their association with fertility and sterility in hybrid males, supporting oligogenic control of hybrid sterility.

syntenet infers and analyzes synteny networks from whole-genome protein sequences to identify taxon-specific gene clusters and resolve phylogenetic relationships.

The paper examines PRDM9 gene variability in minke whales, identifying novel variants and showing geographic differences in allelic diversity and recombination patterns.

The paper identifies extensive variation in mouse intelectin genes, including duplications, deletions, and pseudogenes, revealing evolutionary diversity across strains.

The study shows that retroposition rates in natural mouse populations are much higher than previously thought, with most events being deleterious and affecting gene expression.

The paper reduces the Hstx2 locus to a 2.70 Mb interval, identifies it as a recombination cold spot, and finds a copy number polymorphism of the Mir465 microRNA cluster.

The paper studies three newly emerged genes in mice, showing they quickly integrate into functional networks without extensive adaptive changes.