Portrait Grace Hutchinson

Grace Hutchinson, MS

grace-hutchinson@uiowa.edu

Grace Hutchinson earned her master’s degree in medical physics from the University of Minnesota and received her bachelor’s degree in applied physics from Bethel University. Her research is focused on creating dose response models for both chronic renal toxicity and hypothyroidism in pediatric bone marrow transplant conditioning regimens using total body irradiation. 

Portrait of Oscar Hsuang

Jun Hsuang (Oscar) Jen, MS

junhsuang-jen@uiowa.edu

Jun Hsuang (Oscar) Jen received his master’s degree in medical physics from Columbia University and his bachelor’s degree in biomedical Imaging and radiological science from the National Yang- Ming University in Taiwan. His prior research experience revolved around radiomics, longitudinal tumor response tracking, and medical image analysis. Oscar’s clinical interest involves adaptive therapy, proton therapy, and optimizing the precision of radiotherapy.

Justin Geise, MS

justin-geise@uiowa.edu

Justin Geise earned his MS degree in Medical Physics from Purdue University. He completed his BS degree in Physics, with a concentration in Biomedical Physics, at Purdue University Fort Wayne. His research interests include two main areas. First, the development and characterization of 3D-printed GRID collimators for both preclinical and clinical systems to explore the mechanisms of spatially fractionated radiotherapy. Second, evaluating the theragnostic potential of ferumoxytol in combination with chemoradiotherapy for treating glioblastoma.

Hannah Schloman, MS

hannah-schloman@uiowa.edu

Hannah Schloman received her MS degree in Medical Physics from Creighton University and her BS degree in Chemical Engineering with minors in Nuclear Engineering and Physics from the University of Missouri. As an undergrad, Hannah worked in a soybean genetics lab and in radiation safety. Hannah’s graduate research was focused on using collagen as a non-invasive, optical biopsy for skin cancer.  Her clinical interests involve adaptive therapy, radiopharmaceuticals, and radiation safety.