Research Scientist/Engineer
Fields of Interest
Biography
I am interested in skin repair following tissue damage. We have found that Langerhans cells, a skin-resident immune cell, are capable of clearing axon debris following axon degeneration. I use the zebrafish as a model organism to image somatosensory axons and Langerhans cells in real-time. Particularly, I am interested in the cytoskeletal dynamics underlying Langerhans cell movement and engulfment of debris.
I graduated with a BS from the University of Maine, where I stayed to complete a MS in the lab of Carol Kim. From here, I pursued a PhD at the University of Colorado - Anschutz Medical Campus, where I studied cell division under Rytis Prekeris. I gained appreciation for cell biology, the cytoskeleton, and immunofluroescent techniques with Rytis, which I am now honing under Jeff. When I'm not in the lab, my wife, daughter, and dog enjoy doing all things outdoors.
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Selected Research
- Microtubules Regulate Tissue-Level Navigation in Skin-Resident Macrophages, Linbo Tor H., Rasmussen Jeffrey P., Peterman Eric, Murphy Andrew, Swinburne Ian A., and Megason Sean G., Journal of Cell Science, Volume 138, p.jcs264101 (2025)
- Rho-Associated Kinase Regulates Langerhans Cell Morphology and Responsiveness to Tissue Damage, Goo Camille E. A., Rasmussen Jeffrey P., Peterman Eric, and Quitevis Elgene J. A., Cell Reports, Volume 43, p.114208 (2024)
- Calcium Dynamics of Skin-Resident Macrophages during Homeostasis and Tissue Injury, Rasmussen Jeffrey P., Peterman Eric, and Guerrero Pearl A. Leon, Molecular Biology of the Cell, Volume 35, p.br26 (2024)
- Zebrafish Cutaneous Injury Models Reveal That Langerhans Cells Engulf Axonal Debris in Adult Epidermis, Sagasti Alvaro, Horton Emma C., Black Erik C., Rasmussen Jeffrey P., Peterman Eric, Quitevis Elgene J. A., Aelmore Rune L., and White Ethan, Disease Models & Mechanisms, Volume 16, p.dmm049911 (2023)
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