Olivia S. Harringmeyer

The paper identifies two genes within a chromosomal inversion supergene in deer mice that contribute to forest adaptation traits and shows the supergene evolved through sequential allele accumulation.

This study constructs a pangenome for deer mice to reveal extensive structural variation and its evolutionary implications.

The paper measures recombination rates between inversion haplotypes at 17q21.31, finds gene flux occurs despite suppression, and shows its impact on fertility and genetic diversity.

The paper presents T2T mouse genomes for C57BL/6J and CAST/EiJ, revealing structural diversity in telomeres, centromeres, and key loci like PAR and KZFPs.

This study identifies thousands of chromosomal inversions in deer mice and shows that repeats, particularly centromeric satellite arrays, drive large-scale genomic rearrangements.

This paper identifies genetic and developmental mechanisms underlying tail-length variation in deer mice, showing Hoxd13 expression differences and increased presomitic mesoderm in forest ecotypes.