CT scans are often used to find cancer, bone fractures, internal bleeding, blood clots, and injuries to the spine and brain. An MRI shows certain diseases that a CT scan can’t. For instance, uterine, prostate, and certainliver cancersare hard to see on a CT scan. Also, an MRI is u...
Lesions were graded on 68Ga-DOTANOC-PET/CT with the Krenning score, by semi-quantitatively comparing SUVmax of the tumors to the reference organs such as liver and spleen. Krenning scoring was performed as follows: score 1: uptake < normal liver, 2: uptake = normal liver, 3: uptake ...
In our scan we can clearly see the frontal, zygomatic, sphenoid, mandible, temporal and occipital bones. Focus on the cavities of these bones. Our scan shows the frontal sinus, ethmoidal cells and mastoid cells. As these are filled with air, they are seen as pure black. Besides these ...
The acquisition of SPECT imaging, when compared with planar scans, has proved very useful, especially in the case of tumours that are small, located in the abdomen and not visualised on planar scans, as an over-projection by other tissues and/or organs (liver, spleen, kidneys, and ...
(firstly visible at D3). Figure2reports the micro-CT acquisition from D0 up to D24 for a representative mouse (M1), showing, for each time-point, the transverse section of liver, sagittal and coronal sections. For each time-point, an inset is focused on the transverse section to ...
Anterior planar imaging of the chest and abdomen (a) and an axial SPECT/CT of the upper abdomen with an MIBG scan shows prominent uptake in a large right pheochromocytoma (white arrows). ((b,d), right panels) [64Cu]Cu-DOTA-TATE (Detectnet® PET-CT performed several years later in ...
CT scans are often used to find cancer, bone fractures, internal bleeding, blood clots, and injuries to the spine and brain. An MRI shows certain diseases that a CT scan can’t. For instance, uterine, prostate, and certainliver cancersare hard to see on a CT scan. Also, an MRI is ...