In the axialplane, signal abnormalities typically involved central areas of the cord.
2
Multiple-slice multiple-phase cine-MR images were acquired in the axialplane for 4D-MRI reconstruction.
3
Pulsatility measurements at multiple relevant anatomical levels were performed in the axialplane.
4
Multiple-slice, multiple-phase, cine-MRI images were acquired in the axialplane for 4D-MRI reconstruction.
5
Each collimator has its focus in a different axialplane.
6
Conclusions: Rotational head acceleration, particularly in the axialplane, is strongly associated with transient loss of consciousness.
7
The final location of the needle tip was plotted on a T(1)-weighted axialplane of the targeted disk.
8
For co-planar beams, the dose in an axialplane is approximately associated with the positions of a single multi-leaf collimator (MLC) pair.
9
For volume estimations we used manual segmentation of magnetic resonance images in the axialplane with simultaneous side-by-side view of the sagittal and coronal plane.
10
In axialplane, 91.7% of the screws were evaluated as group A and 6.8% were evaluated as group B.
11
PMID: 17662349 The final location of the needle tip was plotted on a T(1)-weighted axialplane of the targeted disk.
12
All patients had undergone MRI examination and the maximal axial diameters (MAD) of the axialplane of all positive nodes had been measured and recorded.
13
Head motion in the axialplane was strongly associated with transient loss of consciousness (odds ratio, 45.3; 95% confidence interval, 20.8-98.6).
14
The 2D-FSE images were acquired in both coronal and axialplanes for comparison.