Alberto Fenzi

TL;DR: It is shown that it is possible to obtain a planar image of Cerenkov photons escaping from a human tissue and is a potential novel medical tool to image superficial organs of patients treated with beta minus radiopharmaceuticals and can be extended to the imaging of beta plus emitters.

TL;DR: It is shown that CR escaping from tumour tissues of small living animals injected with 18F-FDG can be detected with optical imaging (OI) techniques using a commercial optical instrument equipped with charge-coupled detectors (CCD).

TL;DR: To compare different MRI‐derived parameters, i.e., liver signal‐to‐noise ratio (LSNR), liver‐to-muscle ratio (LMR) and liver transversal relaxation rate (R2), in terms of their correlation with the ex vivo determined iron content in an experimental model of liver iron overload, MRI scans are used.

TL;DR: In this paper, the authors investigated both in vitro and in vivo Cherenkov radiation (CR) emission coming from 18F and 32P with the main difference being the number of emitted light photons, more precisely the same activity of 32P emits more CR photons with respect to 18F.

TL;DR: A tool for classification, analysis, and 3D reconstruction of the hepatic and portal systems, providing a correct and detailed reconstruction even where pathologies have caused morphological and geometrical variations in the vessels.