Taeyun Kim, Mingi Eom, Matthew D. Wilson, Diana D. Caprotti, M. Veale, Luke B. Newman, Seongmoon Jung, Sung‐Joon Ye
2026.1.1MEDICAL PHYSICS
tlooto Summary
X‐ray fluorescence imaging is a promising modality for quantitative molecular imaging that allows for the in vivo biodistribution detection of specific elements within biological systems and faces challenges such as detection limit and scan time.
Abstract
X‐ray fluorescence (XRF) imaging is a promising modality for quantitative molecular imaging that allows for the in vivo biodistribution detection of specific elements within biological systems. Despite its potential, challenges such as detection limit and scan time have hindered its widespread adoption in preclinical in vivo imaging.
Citation format
KIM, Taeyun, et al. Benchtop 2d multi‐pinhole x‐ray fluorescence imaging system using a high energy resolution pixelated cadmium zinc telluride detector. MEDICAL PHYSICS, 2026, 53(1): e70265.