True FISP MRI sequence structure with balanced gradients. Net effect of gradients allows spins that are stationary as well as those moving with constant velocity to reach a steady state. Gz = slice select gradient, Gy = phase encode gradient, and Gx = frequency encode gradient.
True FISP MRI sequence structure
True FISP MRI sequence structure with balanced gradients. Net effect of gradients allows spins that are stationary as well as those moving with constant velocity to reach a steady state. Gz = slice select gradient, Gy = phase encode gradient, and Gx = frequency encode gradient.
Subscribe to:
Post Comments (Atom)
Popular Posts
-
--> Patients are positioned in the supine or left decubitus position. Claustrophobic reactions have not been observed to a higher...
-
Early identification of ischemic stroke: diffusion restriction may be seen within minutes following the onset of ischemia Correlates wel...
-
Axial Plane: Prescribe plane perpendicular to midshaft of the proximal phalanx of the thumb. Scan from 1st carp-metacarpal joint th...
-
MR Arthrogram Protocol Axial T1 SE Axial T1 SE (fat sat) Sagittal Obl T1 SE (fat sat) Coronal Obl T1 SE (fat sat) Coronal Obl T2 TSE ...
-
3-PLANE LOC AXIAL T1 AXIAL T2 FS CORONAL T1 CORONAL STIR Axial T2 high resolution FIESTA ( Facial Nerves in IAC for any space occu...
-
The sternum and sternoclavicular joints are difficult to evaluate with plain radiographs. The value of CT in assessing lesions of the...
-
MRI Prostrate Spectroscopy SINGLE VOXEL Planning --> MRI Prostrate Spectroscopy MULTI VOXEL Planning
-
Regional Saturation Bands Regional saturation employs a 90° RF pulse which, when combined with a gradient orthogonal to the imaging p...
-
MRI of the LEFT KNEE JOINT Technique: Multiplanar multisequence examination including Sagittal, Coronal and Axial STIR, T1, T2 and...
No comments:
Post a Comment