| Only
a few months ago, anyone with severe abdominal pain who
arrived at the emergency room on the ground floor of Tisch
Hospital would have had to go up to the second floor for
an abdominal CT scan to determine the source of the pain.
The CT scan, which produces high-resolution pictures of
the internal organs, can detect a burst appendix, a kidney
stone, and other conditions that can cause severe abdominal
pain. |
 |
Today, that time-consuming transfer between the ER and
the imaging facility has been eliminated. As of February,
patients suffering from severe abdominal pain have been
ushered into a brand-new imaging facility located directly
across from the ER, where a state-of-the-art multidetector
CT scanner produces remarkably clear, detailed images
of the internal organs in just a matter of minutes.
“We are delighted to have this machine in the
new radiology suite,” says Robert C. Rothberg,
M.D., Associate Professor of Surgery (Emergency Medicine),
who directs Tisch’s ER. “It should markedly
reduce the time patients have to wait to be scanned,
as well as the time it takes to reach a diagnosis.”
Multidetector CT scanners are the latest
advance in CT technology. They can provide vivid images
of virtually any part of the body, from blood vessels
and bones to abdominal organs and the brain. As an X-ray
tube in the machine rotates around the patient, it generates
two-dimensional “slices,” which are then
assembled by a computer into stunning three-dimensional
digital images.
CT scans can detect a wide range of abnormalities,
and their utility in diagnosing a disease and monitoring
its progression is advancing many fields of medicine.
When it comes to diagnosis, speed is a virtue—and
these scans are swift. A complete scan of the head,
for example, takes only 20 seconds, according to Michael
Harbeson, Administrative Director for Imaging Services.
Another benefit of the multidetector CT
is the accessibility and portability of its images.
The images can be transmitted to a newly installed Picture
Archival Communication System (PACS) that allows radiologists
and other physicians to view the images by logging on
to networked computers. “Doctors anywhere in the
hospital can now read these images,” says Harbeson.
|