We congratulate our winners of the 2021 Willa Dean Lowery Fund to Support Research in the Natural Sciences:
Kristine Dye, Assistant Professor of Biology
Elucidate the Mechanisms of Cellular Transformation and Tumorigenesis by MCPyVST Necessary for the Development of MCC
Merkel cell carcinoma (MCC) is a rare but aggressive skin cancer with a mortality rate three times greater than melanoma. In 2008, it was discovered that MCC is caused by the integration of the Merkel cell polyomavirus (MCPyV) genome into the host genome, and subsequent constitutive expression of viral oncoproteins, such as the small tumor antigen (ST). Previous research of mine has shown that MCPyV ST binds to the cellular protein AMOT, a regulator of the cell cycle. The goal of this current project with senior research students is to elucidate the mechanisms by which MCPyV ST perturbs the functions of AMOT resulting in tumorigenesis. Such experiments will provide the MCC field with influential advancements necessary for the design of novel, efficacious, therapeutics to treat MCC. Of importance, the most influential health care workers have an appreciation and the ability to conceptualize basic research that contributes to our current understanding of disease and individualized, efficacious treatment options. Therefore, the engagement of senior research students in an authentic virology and cancer research project will provide these students with the comprehensive training, confidence, and experience that will undoubtedly influence their future careers in health care and progress my development as a teacher-scholar at Stetson University.
Holley Lynch, Assistant Professor of Physics
Tracking Cellular Motion During Early Embryo Development
The proper assembly of new tissues and organs throughout development depends on large-scale tissue motions. Current approaches to understand the mechanics of these developmental processes in many species are limited to analysis of fixed samples or almost non-existent. In this project, we will establish protocols for live cell imaging in Ambystoma mexicanum embryonic tissue explants and Vanessa cardui butterfly embryos. These time-lapse image sequences will be used to determine the cellular coordination within developing tissues and to investigate the extent cellular behaviors are conserved across species. This will further my development as a teacher-scholar at Stetson University by enhancing my research program. In addition, protocols established in this project will be used to expose Biophysics (PHYS 251) students to fluorescent microscopy and its use in interdisciplinary research. The proposed image processing workstation will advance computationally intense tasks, like deconvolution from long term and live imaging experiments using the inverted fluorescent microscope acquired from the National Science Foundation Major Research Instrumentation grant ($266,091, 2019), on which I am a principal investigator.
