- email: camo1457@ufl.edu
- phone:
- office: 122 MAE-C
Cameron Morley is currently a graduate student in the Department of Mechanical and Aerospace Engineering at the University of Florida working in the Angelini lab group. His research is focused on soft matter engineering; investigating cell mechanics and morphogenesis in the 3D environment using jammed microgels. Cameron received his B.S. degree in Mechanical Engineering from the University of Colorado in 2016.
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"Quantitative Characterization of 3D Bioprinted Structural Elements Under Cell Generated Forces"
C. Morley, S.T Ellison, T. Bhattacharjee, C.S. O'Bryan, Y. Zhang, K. Smith, C.P. Kabb, M. Sebastian, G. Moore, K.D. Schulze, S.R. Niemi, W.G. Sawyer, D. Tran, D. Mitchell, B.S. Sumerlin, C. Flores, T.E. Angelini; Nature Communications, 10 3029 (2019) -
"Anthracene-Based Mechanophores for Compression-Activated Fluorescence in Polymeric Networks"
C.P. Kabb, C.S. O'Bryan, C. Morley, T.E. Angelini, B.S. Sumerlin; Chemical Science, (X) XXXX-XXXX (2019)
2019
- Aggregation of Cells Dispersed in Packed Microgels
American Physical Society, Mar 2019 - Chemotaxis of Spatially Patterned T cell Populations near 3D Printed Tumors
American Physical Society, Mar 2019 - Cell Driven Buckling of Active Collagen Microbeams
American Physical Society, Mar 2018 - Cell Driven Buckling of Active Collagen Microbeams
UF Soft Matter Applied Research and Technologies Symposium; Jan 2018 - Contractile Motion of Cells in Jammed Microgel Environments
UF Biomaterials Day, Mar 2017 - Contractile Recovery of Microtissues after Giant Shear Events
American Physical Society, Mar 2017 - Instabilities of Microtissues in the Jammed Microgel Environment
UF Soft Matter Symposium; Oct 2017 - Contractile Motion of Cells in Jammed Microgel Environments
UF Institute for Cell & Tissue Science and Engineering Symposium, Jul 2017 - Contractile Motion of Cells in Jammed Microgel Environments
UF Soft Matter Applied Research and Technologies Symposium, Jan 2017
Oral Presentation
Posters