Investigating the evolution of the murine Y chromosome using mouse models and computational techniques
Pairing and segregation of homologous chromosomes during meiosis is essential for viable gametes. In the Y chromosome, this is limited to a small region called the pseudoautosomal region. Changes to the Y chromosome, especially to the pseudoautosomal region, could have an impact on this process and therefore affect an organism's fertility. Therefore, studying these changes as they evolve could improve our understanding of fertility and reproductive disorders. By employing mouse models of unique Y chromosome features, I hope to further our understanding of these processes and the mechanisms that drive evolution in the Y chromosome.
Education
Tufts University and the Jackson Laboratory
PhD, Mammalian Genetics
Adv. Dr. Beth Dumont
2022-Present
Duquesne University
BS, Biological Sciences: Molecular Biology
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