This paper reviews recent research on the application of the physical dosimetry techniques
of electron paramagnetic resonance (EPR) and luminescence (optically stimulated …

The incidence of melanoma is continuously increasing over time. Melanoma is the most
aggressive skin cancer, significantly reducing quality of life and survival rates of patients at …

We explored the capability of low-frequency Electron Paramagnetic Resonance (EPR) to
noninvasively detect melanin (a stable semiquinone free radical) in the human skin. As …

EPR spectrometers (and various sub-systems) have been designed and constructed to
facilitate in vivo measurements with human subjects for dosimetry and oximetry. Most …

This article describes the design process for a motion compensation system that can
suppress the spectral distortion caused by human motion and breathing during in-vivo …

Several important recent advances in the development and evolution of in vivo Tooth
Biodosimetry using Electron Paramagnetic Resonance (EPR) allow its performance to meet …

Human nails have been studied for many years for potential use for dosimetry, based on the
EPR signals induced by ionizing radiation, but a fully validated protocol to measure doses …

This paper considers the critical role that academics can have in the development of clinical
innovations and especially how their impact can be optimized. The focus should be on …

We aim to improve the accuracy of electron paramagnetic resonance (EPR)-based in vivo
tooth dosimetry using the relationship between tooth geometry and radiation-induced …

In a large-scale radiation accident, the swift classification of individuals exposed to high
levels of radiation is crucial to minimize casualties. In-vivo tooth dosimetry using L-band …