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Biography

Dr. Seaman attained his graduate degree from Yale University, concentrating his dissertation research on gorillas' population genetics, phylogeny, and taxonomy. He furthered his expertise through post-doctoral research at the University of Chicago and the Medical College of Wisconsin, delving into molecular evolution and genomics. His academic journey began at the University of Wisconsin, where he earned his undergraduate degree. Currently, Dr. Seaman shares his knowledge through teaching introductory General Biology, Human Genetics, and Forensic Human Genetics, while also actively leading a research lab where he oversees both graduate and undergraduate students in their projects. Additionally, he serves as the co-director of Undergraduate Studies for the Department of Biological Sciences.

Central to the Seaman lab's research pursuits is the exploration of molecular evolution, with a primary focus on humans and other primates. A cornerstone of their investigations lies in understanding the impact of sexual selection on the genetic architecture and genomes of these species. Leveraging computational methodologies and empirical laboratory techniques, they identify potential adaptive changes and scrutinize hypotheses concerning protein functionality across diverse species.

The Seaman lab maintains a broader interest in molecular evolution, encompassing the dynamic evolution of gene families and various facets of genome evolution in primates. Through their multifaceted approach, they contribute to the ongoing exploration of evolutionary processes that shape life on Earth.

Education

  • Post-Doc, Genomics, Medical College of Wisconsin
  • Post-Doc, Ecology & Evolution, University of Chicago
  • Ph.D., Biological Anthropology, Yale University
  • B.S., Anthropology, University of Wisconsin
  • B.S., Molecular Biology, University of Wisconsin

Research Interests

  • Research Focus:

    • Investigating the genetic underpinnings of phenotypic changes in primate evolution.
    • Emphasis on recent evolution in humans, chimpanzees, and gorillas.
    • Exploring pronounced anatomical, behavioral, and physiological differences among closely related species.
    • Uncovering gene-level changes responsible for these differences, particularly those related to reproductive physiology.
  • Genome Evolution Studies:

    • Analysis of nuclear insertions of mitochondria DNA (numts) in hominoid primates.
    • Exploration of gene duplications, novel gene formation, and their impact on phenotypic adaptation.
  • Funding Support:

    • National Science Foundation
    • National Institutes of Health
    • Winters Foundation
    • Hunkele Dreaded Disease Foundation
    • Charles Henry Leach II Foundation
    • Wenner-Gren Foundation for Anthropological Research

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