Closed MRI systems are being considered safer as they pose lower risk of harmful radiation escape than open MRI system
Closed MRI system |
The
invention of the MRI system has influenced the study of various internal organs
and the detection of diseases for physicians. MRI systems help doctors to
detect and identify brain illnesses, serious spinal and musculoskeletal
problems, cancer, and other conditions that are hard to diagnose in their early
stages. It also helps to evaluate the integrity of the human body and monitor
specific medical conditions.
MRI
systems come in two types; closed
MRI systems and open MRI systems. Closed MRI systems are used for
degenerating an imaging image of a specific organ or body part without allowing
that part of the body to be viewed by the patient. There are several different
types of closed MRI systems. One of them is a single bore scanner system that
contains a single magnetic field, which is used to find the location of the
abnormality. Another type is a multimodal bore scanner that contains two
magnetic fields that work together in order to locate the problematic area. It
is a topic of debate that closed MRI systems offer a higher level of safety
compared to open MRI systems, as there is no room for any radiation to escape
harming the patient.
However,
MRI magnets create robust electromagnetic fields without needing high-power
radiation sources, which reduces the possibility of escape of such radiations. Closed
MRI systems allow better monitoring of the procedure and provide more time for
questions or concerns, as they provide detailed images with better quality.
Many systems come with a video monitor that can be accessed any time during the
procedure.
For
example, during a head and neck scan, if the patient needs assistance, they can
watch the video feed and ask questions if necessary. The scan can be monitored
much more carefully, as it offers direct communication between the scanner and
the patient, which helps to ensure that the procedure is as comfortable and
accurate as possible. Recently, in November 2020, Siemens launched its smallest
and most lightweight whole-body MRI system.
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