Filtering by
- All Subjects: Immunology
- All Subjects: Creative Project
- Creators: School of Life Sciences
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PKR interaction mapped to a region within the dsRNA-binding domain of E3 and overlapped with sequences in the C-terminus of this domain that are necessary for binding to dsRNA. Point mutants of E3 were generated and screened for PKR inhibition and direct interaction. Analysis of these mutants demonstrates that dsRNA-binding but not PKR interaction plays a critical role in the broad host range of VACV. Nonetheless, full inhibition of PKR in cells in culture requires both dsRNA-binding and PKR interaction. Because E3 is highly conserved among orthopoxviruses, understanding the mechanisms that E3 uses to inhibit PKR can give insight into host range pathogenesis of dsRNA producing viruses.
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This project was an exploratory take on outreach in the life sciences - looking into the existing literature and practices and formulating a proof of concept for future outreach with synthesizes my findings. The research culminated in the creation of an insect guide for the novice observer, which reads as a modern take on the dichotomous key and allows amateur insect observers to develop some skills of identification with relatively little entomological knowledge.
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For my thesis, Professor Florsheim and I decided to focus on building lab experience in preparation for my master’s thesis. This included reading various research papers, starting a mast cell culture, and learning techniques essential for lab work. Additionally, I would conduct presentations and work with my peers to learn about various testing methods and components of the lab. One of the most crucial components of this experience included learning about how to collect bone marrow mast cells including how to properly sacrifice a mouse. My final product is the grant proposal which is what my focus will be for my master’s year.