This communication describes the ongoing efforts towards the assessment of microwave imaging as a tool for real-time monitoring of thermal ablation treatments. In particular, the ex-vivo experimental set-up adopted for the validation is described, and the results of a preliminary experiment are shown. Notably, by analyzing pre- and post-ablation treatment data it is possible to recognize the footprint of the interface between the ablated and not-ablated tissue, making it possible to estimate the boundary of the treated area.
Towards an experimental validation of microwave imaging monitoring of thermal ablation treatments / Scapaticci, R., Bellizzi, G.G., Perrelli, F., Cavagnaro, M., Lopresto, V., Pinto, R., Crocco, L.. - 2018:CP741(2018). (12th European Conference on Antennas and Propagation, EuCAP 2018 London, UK ).
Towards an experimental validation of microwave imaging monitoring of thermal ablation treatments
Cavagnaro, Marta;
2018
Abstract
This communication describes the ongoing efforts towards the assessment of microwave imaging as a tool for real-time monitoring of thermal ablation treatments. In particular, the ex-vivo experimental set-up adopted for the validation is described, and the results of a preliminary experiment are shown. Notably, by analyzing pre- and post-ablation treatment data it is possible to recognize the footprint of the interface between the ablated and not-ablated tissue, making it possible to estimate the boundary of the treated area.| File | Dimensione | Formato | |
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