Katelyn Hasse, Ph.D.
Dr. Hasse is an Assistant Professor at the UCSF Department of Radiation Oncology. She received her bachelor’s degree in Nuclear Engineering at the University of Tennessee at Knoxville before starting her Ph.D. in Medical Physics from the University of California, Los Angeles. During this time, her research focused on obtaining patient-specific pulmonary elasticity distributions from 4DCT scans and utilizing the elastographic information for retrospective functional avoidance treatment planning studies. Subsequently, she completed her Therapeutic Medical Physics residency at the University of California, San Francisco, where she worked on clinical projects involving automating data analysis for commissioning and quality assurance tasks, and using predictive data-driven models to inform patient-specific quality assurance processes. Her clinical interests range from treatment planning and motion management to functional imaging biomarkers, and she also has a strong interest in optimizing clinical processes and efficiency.
|2009-2013||University of Tennessee, Knoxville||BS||Honors Nuclear Engineering|
|2013-2018||University of California, Los Angeles||PhD||Biomedical Physics|
|2018-2020||University of California, San Francisco||Therapeutic Medical Physics Residency||Radiation Oncology|
|2020-present||University of California, San Francisco||Assistant Professor||Radiation Oncology|
|2014-2018||University of California, Los Angeles||Fellow||NSF Graduate Research Fellow|
Awards & Honors
|2013||Department of Energy NEUP Scholarship Recipient|
|2012-2013||National Academy of Engineering Grand Challenge Scholar|
|2013||Baccalaureate Honors - Summa Cum Laude|
|2013-2014||UCLA Dean’s Scholar Award Fellowship Recipient|
|2015-2018||National Science Foundation Graduate Research Fellowship|
|2015||PBM Research Colloquium Best Poster Presentation Award|
|2019||AAPM Science Council Associate Mentorship Program (SCAMP) Associate|
|2020||Winter Institute of Medical Physics Early Career Fellowship|
Hasse, K., Hsieh, S., O’Connell, D., Neylon, J., Min, Y., Low, D.A., and Anand P. Santhanam. “Systematic feasibility analysis of performing elastography analysis using low dose CT lung image pairs.” Medical Physics. (March 2020).
Hasse, K., O’Connell, D., Neylon, J., Min, Y., Lee, P., Low, D.A., and Anand P. Santhanam.“Feasibility of deriving a novel imaging biomarker based on patient-specific lung elasticity for characterizing the degree of COPD in lung SBRT patients.” Br J Radiol; 91:20180296. (2018).
Hasse, K., Han, F., Neylon, J., Hu, P., Yang, Y., and Anand P. Santhanam.“Estimation and validation of patient-specific liver elasticity distributions derived from 4DMR.” Biomedical Physics and Engineering Express. 4(4): p. 045038. (2018).
Hasse, K. , O'Connell, D. , Min, Y. , Neylon, J. , Low, D. A. and Santhanam, A.“Estimation and validation of patient‐specific high‐resolution lung elasticity derived from 4DCT.” Medical Physics.45: 666-677. (2018)
Hasse, K.,Neylon, J., and Anand P. Santhanam. “Feasibility and quantitative analysis of a biomechanical model-guided lung elastography for radiotherapy.” Biomedical Physics and Engineering Express. 3(2): p. 025006. (2017).
Neylon, J., Hasse, K., Sheng, K., and Anand P. Santhanam. “Modeling and simulation of tumor-influenced high-resolution real-time physics-based breast models for model-guided robotic interventions.” Proc. SPIE 9786, Medical Imaging 2016: Image-Guided Procedures, Robotic Interventions, and Modeling, 97860X. (2016).
Hasse, K., Neylon, J., Sheng, K., and Anand P. Santhanam. "Systematic feasibility analysis of a quantitative elasticity estimation for breast anatomy using supine/prone patient postures." Medical Physics43.3. (2016).
Hasse, K.and Erik B. Iverson. “CHOP: Choppers Having Optimal Performance.”Oak Ridge National Laboratory. Technical Report. No. SNS-106100200-TR0209-R00. (2011).