Cambraia Lopes, P (author), Bauer, J. (author), Salomon, A. (author), Rinaldi, I (author), Tabacchini, V. (author), Tessonnier, T. (author), Crespo, P (author), Parodi, K (author), Schaart, D.R. (author) Positron emission tomography (PET) is the imaging modality most extensively tested for treatment monitoring in particle therapy. Optimal use of PET in proton therapy requires in situ acquisition of the relatively strong <sup>15</sup>O signal due to its relatively short half-life (∼2 min) and high oxygen content in biological tissues, enabling...
journal article 2016
