Fig. 75.1 Intense, pathological glucose consumption of the gastric wall, more intense at the body and the fundus, SUV max 16 Gross perigastric lymph node with high metabolism, SUV max 12….
Fig. 70.1 MIP image: bone metastases have a metabolic activity higher than that of the primary tumor, that probably has a contextual internal colliquation Fig. 70.2 The PET-CT scan shows a solid…
Fig. 25.1 coarse iliac-obturatory left mass, shows modest consumption of glucose, SUV max 2.5 No focal lesions in the remaining body segments examined. 25.4 Conclusions The iliac-obturatory left mass, partially colliquated…
Fig. 40.1 No areas of abnormal metabolism 40.4 Conclusions The scan shows mediastinal lymphadenopathy, probably of granulomatous nature. Histological exam is necessary to define the treatment program and completely exclude a…
Fig. 64.1 CT-PET shows partial resection the lower left lung lobe, with centimetric contextual fibrotic tissue thickening and striae—scars that reach the hilum; mild carbohydrate consumption of the lesion Fig. 64.2 The…
Fig. 66.1 PET-CT images with parenchymal window show a left solid, uneven, apical lung nodule, with branches infiltrating the surrounding parenchyma (yellow arrow). There are also multiple lymph nodes of increased…
Fig. 60.1 MIP image: The high lung deposition of FDG is determined by the condition of chronic inflammation of the interstitium and by the presence of lymphocytic alveolitis The extent of…
Fig. 58.1 The PET scan showed a focal lesion of the pancreas with a high metabolism Fig. 58.2 CT-PET showed a solid, uneven tumor in the middle third of the ascending colon,…
Fig. 56.1 MIP images before and after the axillary lymphadenectomy Fig. 56.2 CT-PET performed before surgery: multiple solid nodules in the left arm due to high metabolism metastatic involvement of the three…
Fig. 54.1 PET scans, before (left, SUV max 12) and after (right, SUV max 2.8) chemotherapy 54.3 Report Good response to treatment performed in the left axillary region, where, today, pathological…
