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The MRI Operating Room
The Next Giant Step in MRI
Since the FONAR 360º ™ has ample room for an entire surgical team
and its equipment, and allows for unrestricted 360-degreee access
to the patient, the scanner can be fully outfitted for MRI-guided
surgical and interventional procedures. Equipped for this future
application, the scanner is called the OR-360º ™ (MRI Operating
Room).
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Magnet Specs
Field Strength: 0.6 Tesla
Operating Frequency: 25.5 MHz
Patient Gap: 19 inches
Patient Access: 360 degrees
Treatment Room Specs
Standard 8-foot ceiling
Width: 14 Feet
Length: Unlimited |
The OR-360° ™ (MRI Operating Room) is
a full-size room with a standard eight-foot ceiling. The two magnetic
poles of the magnet are located in the center of the room. One of
them protrudes from the ceiling and the other from the floor, leaving
a large gap in which the patient lies. The main structure necessary
to confine the MRI's strong magnetic field is located entirely outside
of the room. Inside, only the patient is exposed to the main magnetic
field. The entire attending medical team works without physical restrictions
in a large and relatively magnetic-free environment. The patient can
be placed on his back, stomach or side. A special moveable bed allows
the patient to be positioned at any height and any angle according
to the procedure at hand and the surgeon's preference.
Surgeons have always needed to see more than what meets the eye.
Although endoscopic procedures (scopes) have been extremely useful
in this regard, they only give surgeons a view of surfaces. But
surgeons have the additional need to fully visualize the tissues
they are about to cut into. Because of its exquisitely detailed
images, MRI meets that need far better than any other modality,
providing the surgeon with 3D vision of the interior of the body
with sub-millimeter resolution, thereby enabling him to take the
appropriate course of action with absolute confidence. "The OR-360º
™," says Dr. Raymond V. Damadian, president and chairman of FONAR,
"is ideal for minimally invasive therapy. MR-guided probes with
hollow bores can deliver a wide variety of therapeutic solutions
and treatment agents directly to the pathological tissues. This
means that the side effects on healthy tissue need no longer limit
the dose of any therapeutic agents, enabling the final dose to be
achieved within the tissue with certainty." He continued, "The surgeon
can, with the MRI, simulate various paths to the target area. Once
he determines the best one, he guides his catheter to the target
for the delivery of treatment - RF, chemotherapy, microwave, drugs,
etc."
The Dual Purpose Scanner
MRI-guided surgical programs could be costly in their early stages
due to low utilization and the extra time physicians need to come
up to speed. The OR-360º ™ presents the solution to this problem
because it is a dual-purpose scanner. When it is not being used
for surgery, it can be used, as is, for diagnostics. As a result,
the revenues from routine MRI diagnostic scanning can subsidize
the surgical program for as long as it takes to stand on its own
financial feet.
Works in Progress
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