Andrew Parker Morgan

This study shows that crossover interference is stronger in male than female house mice meiosis and provides the first estimate of non-interfering crossovers in females, finding a lower proportion compared to males.

This study shows that genetic background and age influence crossover interference in house mice, with X-linked factors and paternal age affecting crossover distribution.

This study examines population structure and inbreeding in wild house mice across five continents using SNP microarray data, revealing geographic patterns and high variability in inbreeding rates.

This study analyzes the genetic structure of Plasmodium falciparum in the DRC, identifying an east-west haplotype divide linked to antimalarial resistance and evidence of gene flow and selection pressures.

The paper uses whole-genome sequencing to show that Plasmodium falciparum parasites in Zanzibar and mainland Tanzania share genetic ancestry, indicating ongoing importation despite malaria control efforts.

The paper examines PAR boundary instability in house mice subspecies, showing high recombination rates and copy-number variation.

The paper genetically analyzes invasive house mouse populations on two islands to understand their ancestry, inbreeding, and resistance alleles for eradication efforts.

The paper examines sequence and copy number diversity of sex-linked genes in three mouse subspecies, finding reduced sequence diversity in non-repetitive regions consistent with positive selection during spermatogenesis.

The paper reconstructs the evolutionary history of a segmental duplication in mice, showing gene conversion, structural variation, and meiotic drive associated with the duplication.

The paper shows R2d2HC alleles drive selfish sweeps in house mice, increasing in frequency faster than genetic drift and reducing litter sizes in heterozygous mothers.