Go back
Large lesion brain imaging with synthetic MRI
University Hospital Cologne, Germany
Patient information
Patient with a large brain lesion. AI based SmartSpeed is utlized to shorten scan time without compromise in image quality. Advanced imaging techniques like pCASL and 3D APT are used to perform contrast-free brain imaging to assess perfusion and tumoral activity. SWIp 3D susceptibility weighted offers the high sensitivity required to visualize deoxygenated (venous) blood or calcium deposits. A single synthetic (SyntAc) brain quantification scan is added. The resulting data of this scan can be used as input for advanced third party processing software* to synthesize MR images with different contrasts, brain parenchyma fraction maps and/or brain segmentation maps.
Gallery
-
Sagittal 3D FLAIR
-
3D FLAIR (Axial reformat)
-
3D FLAIR (Coronal reformat)
-
Axial T2w TSE Motion-Free
-
Axial 3D pCASL (3 dynamics)
-
Axial 3D APT
-
Axial SWIp (Modulus)
-
Axial SWIp (minIP)
-
Axial SWIp (Phase)
-
Axial T2* Perfusion (60 dynamics)
-
Axial T2* Perfusion (TTP)
-
Axial T2* Perfusion (NI)
-
Sagittal 3D T1w TFEPost-Gado
-
3D T1w TFE (Axial reformat)Post-Gado
-
3D T1w TFE (Coronal reformat)Post-Gado
-
Axial SyntAc
-
Axial SyntAc (Grey Matter)
-
Axial SyntAc (White Matter)
-
Axial SyntAc (CSF)
-
Axial SyntAc (No GM, WM, CSF)
-
Axial SyntAc (Myelin)
-
Axial SyntAc (T1 Map)
-
Axial SyntAc (T2 Map)
-
Axial SyntAc (PD Map)
-
Axial SyntAc (R1 Map)
-
Axial SyntAc (R2 Map)
Previous
Next
Close
Resolution
ScantimeObjective
*SyMRI NEURO, Synthetic MR, AB, Sweden
Results from case studies are not predictive of results in other cases. Results in other cases may vary.