AMRI 400 Week 9 Latest Premium EXAM 2026-2027
LATEST UPDATED VERSION QUESTIONS AND ANSWERS
What in an MRA Run-off?
A pre/post exercise protocol to image athletic pubalgia
A technique using gadolinium to image a long length of blood vessels
A way to post-process abdomen scans
A technique using EPI to track tumor growth
A technique using gadolinium to image a long length of blood vessels
What coil configuration is this?
Surface coil
Circularly polarized
Phased Array
Helmholtz pair
Phased Array
Why would a lower extremity run-off need to be '3 stations'?
The torso and legs need 3 different FOV's to include the area of interest
The scan is done in 3 stages, arterial, venous, and delayed
Three RF pulses are always used per TR
The scan is done in 3 different appointments
The torso and legs need 3 different FOV's to include the area of interest
,Maximum Intensity Projection (MIP):
Creates a rendering of the surface of the anatomy or vessel
Accentuates high signal intensities - typically for MRA's
Reconstructs thin source images into another imaging plane
Accentuates low signal intensities - typically for hemorrhage / calcifications
Creates 3D renderings using specific pixel / voxel values
Accentuates high signal intensities - typically for MRA's
Minimum Intensity Projection (MinP):
Creates 3D renderings using specific pixel / voxel values
Reconstructs thin source images into another imaging plane
Accentuates high signal intensities - typically for MRA's
Creates a rendering of the surface of the anatomy or vessel
Accentuates low signal intensities - typically for hemorrhage / calcifications Accentuates
low signal intensities - typically for hemorrhage / calcifications
Multi-planer Reformat / Reformation (MPR):
Reconstructs thin source images into another imaging plane
Creates a rendering of the surface of the anatomy or vessel
Accentuates high signal intensities - typically for MRA's
Accentuates low signal intensities - typically for hemorrhage / calcifications
Creates 3D renderings using specific pixel / voxel values
Reconstructs thin source images into another imaging plane
, Shaded Surface Display (SSD):
Reconstructs thin source images into another imaging plane
Creates 3D renderings using specific pixel / voxel values
Accentuates low signal intensities - typically for hemorrhage / calcifications
Creates a rendering of the surface of the anatomy or vessel
Accentuates high signal intensities - typically for MRA's
Creates a rendering of the surface of the anatomy or vessel
Volume Rendering:
Creates a rendering of the surface of the anatomy or vessel
Creates 3D renderings using specific pixel / voxel values
Accentuates low signal intensities - typically for hemorrhage / calcifications
Accentuates high signal intensities - typically for MRA's
Reconstructs thin source images into another imaging plane
Creates 3D renderings using specific pixel / voxel values
What technique is being shown here?
MinP
SSD
MIP
MPR
Volume Rendering
MIP
LATEST UPDATED VERSION QUESTIONS AND ANSWERS
What in an MRA Run-off?
A pre/post exercise protocol to image athletic pubalgia
A technique using gadolinium to image a long length of blood vessels
A way to post-process abdomen scans
A technique using EPI to track tumor growth
A technique using gadolinium to image a long length of blood vessels
What coil configuration is this?
Surface coil
Circularly polarized
Phased Array
Helmholtz pair
Phased Array
Why would a lower extremity run-off need to be '3 stations'?
The torso and legs need 3 different FOV's to include the area of interest
The scan is done in 3 stages, arterial, venous, and delayed
Three RF pulses are always used per TR
The scan is done in 3 different appointments
The torso and legs need 3 different FOV's to include the area of interest
,Maximum Intensity Projection (MIP):
Creates a rendering of the surface of the anatomy or vessel
Accentuates high signal intensities - typically for MRA's
Reconstructs thin source images into another imaging plane
Accentuates low signal intensities - typically for hemorrhage / calcifications
Creates 3D renderings using specific pixel / voxel values
Accentuates high signal intensities - typically for MRA's
Minimum Intensity Projection (MinP):
Creates 3D renderings using specific pixel / voxel values
Reconstructs thin source images into another imaging plane
Accentuates high signal intensities - typically for MRA's
Creates a rendering of the surface of the anatomy or vessel
Accentuates low signal intensities - typically for hemorrhage / calcifications Accentuates
low signal intensities - typically for hemorrhage / calcifications
Multi-planer Reformat / Reformation (MPR):
Reconstructs thin source images into another imaging plane
Creates a rendering of the surface of the anatomy or vessel
Accentuates high signal intensities - typically for MRA's
Accentuates low signal intensities - typically for hemorrhage / calcifications
Creates 3D renderings using specific pixel / voxel values
Reconstructs thin source images into another imaging plane
, Shaded Surface Display (SSD):
Reconstructs thin source images into another imaging plane
Creates 3D renderings using specific pixel / voxel values
Accentuates low signal intensities - typically for hemorrhage / calcifications
Creates a rendering of the surface of the anatomy or vessel
Accentuates high signal intensities - typically for MRA's
Creates a rendering of the surface of the anatomy or vessel
Volume Rendering:
Creates a rendering of the surface of the anatomy or vessel
Creates 3D renderings using specific pixel / voxel values
Accentuates low signal intensities - typically for hemorrhage / calcifications
Accentuates high signal intensities - typically for MRA's
Reconstructs thin source images into another imaging plane
Creates 3D renderings using specific pixel / voxel values
What technique is being shown here?
MinP
SSD
MIP
MPR
Volume Rendering
MIP
