WHAT
DOES 64-SLICE MEAN?
This CT system produces unmatched multislice clinical images
that capture up to 64 simultaneous anatomical slices of 0.5
mm in a single gantry rotation. In addition, the system’s
sensitivity and accuracy are enhanced with a process called
isotropic scanning, which results in images that most accurately
capture equal views and angles of internal structures.
As a result,
64-slice technology captures precise images of the body’s
rapidly moving organs like the heart and lungs, which can
appear blurry when scanned by a traditional CT. Multislice
imaging also is especially useful for examining patients who
are unable to hold their breath, acutely ill patients, young
children and patients who have metal in their bodies and therefore,
cannot have an MRI study.
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WHAT
MAKES A CT DIFFERENT FROM OTHER DIAGNOSTIC RADIOLOGY STUDIES?
While CT uses X-ray technology, it is distinguished form other
diagnostic imaging tools like traditional X-ray and MRI by
its ability to display a combination of soft tissue (like
muscles, tissue, organs and fat), bones and blood vessels
all in a single image. CT scans can diagnose kidney, lung,
liver, spine, blood diseases, cancer, tumors and cysts, as
well as blood clots, hemorrhages and infections.
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WHAT
HAPPENS DURING A CT EXAM?
During a CT exam, a patient lies on a table and is slowly
moved into the large donut-shaped opening called a gantry.
Once inside, a series of X-ray beams create hundreds of cross-sectional
pictures that represent slices of the patient’s body.
Seconds later, the system’s computer assembles the slices
into three-dimensional images that are interpreted by a clinician.
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