Sentence examples for slice scanner from inspiring English sources

(Note that in this figure the images belong to two different patients) Open image in new window Fig. 28 Two types of protocols used based on MDCT scanner parameters: Two scout views corresponding to a 64-slice scanner (a) and 320- slice scanner (b) demonstrate the approach to data acquisition.

For example, for a pulmonary embolus study, we use a post-threshold delay of at least 5 s on a 64 slice scanner, but a longer delay of 8 s is used on a 256 or a dual source scanner.

CT images were obtained with a four slice scanner in 60% (609/1008) of patients, a 16 slice scanner in 28% (282), and a 64 slice scanner in 12% (117).

CT scanning was performed on a 16 and 64 slice scanner (Toshiba Aquillion 16 and 64) after intravenous contrast injection (visipaque 320, 90 ml, 3 ml/s).

The following parameters were used to acquire the four scans on an Aquilion 64 slice scanner (Toshiba, Tokyo, Japan) at the Glasgow centre or a Brilliance 64 slices (Phillips, Amsterdam, Netherlands) at Maastricht: 120 kVp, 100 mAs, 1.0 mm collimination, 1.0 mm effective slice thickness, pitch factor 41, rotation time 0.5 seconds, B30S medium smooth reconstruction kernel, 512 × 512 matrix.

For the 64 slice scanner, non-contrast CT was followed by perfusion CT, comprising two 60-s series with 40 ml contrast agent (Ultravist 370; Bayer HealthCare) injected at 6 ml/s followed by 30 ml of saline at 6 ml/s.

Two 64 slice scanners are housed in our Emergency Radiology Department, and a 8 slice Neuro Portable scanner is housed in our inpatient Neuro Intensive Care unit.

Open image in new window Fig. 9 a c CT for the assessment of spondylolysis: for the reverse gantry technique as performed on single slice scanners the imaging plane is chosen in the plane of the posterior elements (a).

In 2000, CTPAs were performed on single or 4 – slice scanners (HiSpeed, GE Healthcare, UK).

Scans were obtained at full inspiration (120 kVp, 100 mAs, slice thickness 1 or 1.25-mm for 16-slice scanners and 0.5 or 0.65 mm for 64 slice scanners).

CCTA with use of high resolution 64- or more slice scanners significantly improves image quality, resulting in accurate assessment of coronary lesions.