Daline Tho

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About

Daline Tho is a medical physicist whose research focuses on advancing radiation therapy through innovative detector technologies and real-time treatment verification. Her primary contributions lie in the development of high-precision dosimetry systems for brachytherapy, particularly for high-dose rate (HDR) and pulsed-dose rate (PDR) treatments. Her most-cited work, a 2021 paper on a high-Z inorganic scintillator-based detector for time-resolved in vivo dosimetry, has garnered 25 citations and addresses a critical need for independent treatment verification. This study provides a comprehensive characterization and uncertainty budget for a fiber-coupled detector, enabling real-time error detection during brachytherapy delivery. Tho’s work bridges the gap between detector physics and clinical application, offering practical solutions to enhance patient safety. Her research is notable for its rigorous approach to uncertainty analysis and its potential to improve treatment accuracy in radiation oncology. With a growing citation impact, Tho is establishing herself as a key contributor to the field of medical physics, particularly in the development of tools that enable more reliable and safer cancer treatments.