Rachel Lynch

The paper develops cardiac reference ranges for Mus musculus using the Collaborative Cross, identifies strains with disease-like phenotypes, and highlights variability sources in cardiac function measurements.

This study uses genetically diverse mice to identify genetic loci associated with different disease progression patterns in multiple sclerosis.

The paper updates the MiniMUGA genotyping array's bioinformatic pipeline to enhance genetic QC in laboratory mice by improving marker annotation, consensus genotypes, and report usability.

The paper investigates tolerance to Salmonella Typhimurium in genetically diverse mice, identifying fibrinogen genes as key candidates distinguishing tolerance from resistance.

This study investigates the genetic basis of survival differences in Salmonella Typhimurium infections across genetically diverse Collaborative Cross mouse strains, identifying new genomic regions associated with susceptibility and survival.

The paper introduces MiniMUGA, a genotyping array for mouse genetic QC, showing it effectively discriminates strains, detects genetic constructs, and identifies sex chromosome abnormalities.