Fig. 43.1 Multiple hypodense hepatic nodules reported show no significant increase in the consumption of glucose Slight focal concentration of FDG in the left breast and ipsilateral axillary area, SUVmax = 2.2, this…
Fig. 34.1 Structural alteration of the pubic symphysis and surrounding soft tissue 34.4 Conclusions The PET scan revealed no significant focal areas of pathological consumption of glucose in the body areas…
Fig. 39.1 CT-PET: gross solid, inhomogeneous mass occupying the right anterior and medium mediastinum, with limited glucose metabolism Fig. 39.2 The coronal CT-PET image shows the solid mediastinal mass, with limited carbohydrate…
Fig. 68.1 At the CT there is evident massive opacification of the left hemithorax with marked attraction of mediastinal structures and pleural effusion Fig. 68.2 The PET and axial MIP reconstruction image…
Fig. 61.1 CT-PET shows a solid, patchy nodule with irregular margins, contained within a marked thickening of the left iliac muscle, showing focal glucose consumption. There is no locoregional bone infiltration….
Fig. 35.1 MIP Image: mediastinal lymphadenopathy with elevated glucose metabolism Fig. 35.2 MIP Image: mediastinal lymphadenopathy with elevated glucose metabolism Fig. 35.3 PET-CT in the axial sections shows diffuse involvement of mediastinal lymph…
Fig. 63.1 In the same axial scan, CT-PET shows two pulmonary nodules on the right that have different sizes and carbohydrate consumption. On the left, the CT shows some millimetric pulmonary…
Fig. 65.1 The PET-CT scan shows apparent two broken ribs, and there is no contextual detects the newly formed tissue even if there is moderate carbohydrate consumption by activating reparative bone…
Fig. 57.1 In the celiac region adjacent to the portal trunk, at the level of the surgical area, CT-PET shows the presence of solid inhomogeneous tissue, which surrounds some metal clips,…
Fig. 53.1 The PET scan shows pathological glucose consumption in the left axillary area 53.4 Conclusions The PET scan shows pathological glucose consumption in the left axillary area to be determined…
