View as PDF version
Patient Safety Tip of the Week
June 11, 2024
Nursing in the
MRI Suite
Weve done many columns before on MRI safety (see list
below). Because seriously ill or critically ill patients may need MRI scan,
its imperative that those taking care of such patients are fully aware of the
dangers lurking in the MRI suite. Our November 21, 2023 Patient Safety Tip of
the Week Another Terrifying MRI
Accident and several other columns noted projectile accidents when
nursing staff inadvertently placed ferromagnetic items in Zone IV.
So, its very timely that a guidance with some checklists
was published to help perioperative staff that must take a patient to the MRI
suite (Pogozelski
2024). Moreover, Pogozelski and Stengel note that intraoperative MRI has
become more common, so additional considerations apply to ORs configured for
MRI.
The authors discuss the importance of multidisciplinary team
planning, including the MR director, MR safety officer, MR safety expert, and perioperative
RN leaders. Very astutely, they recommend the planning team also have several
non-clinical representatives:
·
security personnel (for access to the MR
scanner)
·
emergency management personnel (for determining
access to and the size of a resuscitation area)
·
sterile processing personnel (for instrument
concerns)
·
environmental services personnel (for cleaning concerns).
The MR safety plan should include establishing a safe
staffing plan; identifying, labeling, and managing safe, conditionally safe,
and unsafe equipment; and marking magnetic fringe fields in the OR with the MR
scanner.
It notes that personnel should design checklists to ensure
that items such as IV poles, carts, oxygen tanks, cell phones, identification
badges, and body piercing jewelry are removed before moving the patient into
zone IV. Staff must make sure that MR-compatible equipment is available, such
as an MR-compatible IV poles and anesthesia monitors.
The patient care team, together with the MRI staff, must
verity that the patient does not have non-MRI-compatible ferromagnetic items like
instruments and needles, and also pay attention to
things like electrodes that, particularly when coiled, can overheat and cause
thermal injuries to the patient. Of course, the care personnel also need to be
screened for ferromagnetic items. In addition, there should be a plan in place for
what to do if that patient encounters an emergency during the scan.
It's also critically important that staff anticipate that
some personnel caring for the surgical patient may not have had formal training
or orientation on MRI safety. For example, you might have a surgical resident
rotating from another hospital that does not have an MRI.
An excellent suggestion is to assign a nurse to focus on MR
safety concerns during complex MR procedures. That safety nurse should not
have either RN circulator or scrub person responsibilities and is responsible
for overseeing and ensuring that personnel are adhering to all safety
guidelines and protocols.
Since it can be anticipated some of the patients will be
under anesthesia or sedation, careful attention must be given to positioning to
avoid pressure sores while facilitating scanning. Another consideration, often
overlooked in the unconscious patient, is the need for hearing protection.
The article provides examples of 3 valuable checklists:
·
Magnetic Resonance Procedure Checklist: Patient
Arrival and Preinduction
·
Magnetic Resonance Procedure Checklist: Predraping
·
Magnetic Resonance Procedure Checklist: Patient
Transfer
It has several other practical recommendations. Scheduling
should take into account that procedures with perioperative
MR typically take longer. Having staff consistency also is
a patient safety recommendation.
If your facility performs procedures that require intraoperative
or perioperative MRI scanning, this article is a must-read.
Some of our prior
columns on patient safety issues related to MRI:
·
February 19, 2008 MRI Safety
·
March 17, 2009 More on MRI Safety
·
October 2008 Preventing Infection in MRI
·
March 2009 Risk of Burns during MRI
Scans from Transdermal Drug Patches
·
January
25, 2011 Procedural
Sedation in Children
·
February
1, 2011 MRI
Safety Audit
·
October
25, 2011 Renewed
Focus on MRI Safety
·
August
2012 Newest
MRI Hazard: Ingested Magnets
·
October
22, 2013 How
Safe Is Your Radiology Suite?
·
October
21, 2014 The
Fire Department and Your Hospital
·
August
25, 2015 Checklist
for Intrahospital Transport
·
August
2016 Guideline Update for
Pediatric Sedation
·
October
2016 MRI Safety: Theres an App
for That!
·
January
17, 2017 Pediatric MRI Safety
·
August
8, 2017 Sedation for Pediatric MRI
Rising
·
March
2018 MRI Death a Reminder of
Dangers
·
March
2018 Cardiac Devices Safe During
MRI But Spinners!?
·
November
2018 OMG! Not My iPhone!
·
April 2,
2019 Unexpected Events During MRI
·
September
2019 New MRI Hazard: Magnetic
Eyelashes
·
October
15, 2019 Lots More on MRI Safety
·
November
5, 2019 A Near-Fatal MRI Incident
·
November
2019 ECRI Institutes Top 10
Health Technology Hazards for 2020
·
January
7, 2020 Even More Concerns About MRI
Safety
·
March
2020 Airway Emergencies in the
MRI Suite
·
October
2020 New Warnings on Implants and
MRI
·
January
2021 New MRI Risk: Face Masks
·
June 1,
2021 Stronger Magnets, More MRI
Safety Concerns
·
November
2021 Yet Another Risk During MRI
·
January
2022 MRI Safety Issues
·
July 26,
2022 More Risks in the Radiology
Suite
·
October 24, 2012 Serious MRI Accident at
Unregulated MRI Center
·
November 21, 2023 Another Terrifying MRI
Accident
·
January 2024 Guns and MRI Dont Mix
·
February 20, 2024 What is a Safety Case?
References:
Pogozelski A. Stengel J. Caring for Patients in a
Perioperative Magnetic Resonance Area. AORN J 2024; 119: 446-451
https://aornjournal.onlinelibrary.wiley.com/doi/10.1002/aorn.14151
Print PDF version

http://www.patientsafetysolutions.com/