T2 Weighted Imaging is characterized by short TE and TR times.

In T1 Weighted Imaging, water has a higher signal intensity.

In T2 Weighted Imaging, fat has a higher signal intensity.

Open scanners are also common where the magnet doesn't fully enclose the patient.

Coronal images are viewed from back to front.

A distinct advantage of MRI is its cost-effectiveness.

An advantage is MRI over CT Scan is its greater contrast resolution for soft tissues.

The MRI can stage soft tissue neoplasms in soft tissues as well as the extent of the damage.

Cortical bone is seen as a high signal intensity in T2 and low in T1.

The principles of CT scan follows the same principles as obtaining an X-ray.

Images in newer generation CT scan machines are obtained using the stop and go action.

Three Dimensional CT is best viewed in the printed format.

A Cone Beam CT uses a narrow fan-shaped xray beam to acquire all the data in a single sweep of the scanner.

When viewing sagittal cuts of the CT scan film, images are viewed from left to right.

The initial 2D digital radiograph obtained during a CT scan is called the remnant radiation.

The process of converting the matrix to an image during a CT scan study is called the post-processing.

In CT myelogram, the contrast media is injected in the subdural space.

Tissues with high densities will appear white on CT scan.

The Circle of Willis can be appreciated in the CT representative cut called The Cross.