MR Safety Week: Building a Culture Where MRI Safety Is Everyone’s Responsibility

MRI is one of the most valuable tools in modern medical imaging. It helps clinicians investigate complex conditions, supports accurate diagnosis, and provides detailed images of the human body without using ionising radiation. Yet, despite its many benefits, MRI comes with safety risks that require constant attention, clear communication, and a strong commitment from everyone involved in patient care.

During MR Safety Week, one message deserves particular attention: every MRI examination depends on a safety process that must be followed consistently, every time.

A line shared during a webinar this week captured this idea particularly well: every MRI examination is safe until a safety process fails.

It is a simple statement, but it carries an important lesson. MRI safety is not something a department achieves once and then forgets about. It is an ongoing practice. It depends on the decisions people make, the questions they ask, the information they share, and the actions they take when something does not seem right.

A strong MRI safety culture is not built by one radiographer, one radiologist, or one MR Safety Officer working alone. It develops when the entire team understands its responsibilities, communicates openly, and recognises that patient safety is a shared commitment.

This is the conversation worth having during MR Safety Week and continuing long after the week ends.

Why MR Safety Week Matters

MR Safety Week provides an opportunity for healthcare professionals to pause, reflect on their daily practices, and consider whether their MRI safety procedures are working as intended.

In busy imaging departments, routines can become familiar. Staff perform the same checks, follow the same pathways, and manage similar examinations day after day. Experience is valuable, but familiarity can sometimes make people less alert to risks.

A patient may arrive with incomplete information about a previous operation. A member of staff may enter the MRI environment without fully appreciating the restrictions. An implant may require further investigation before scanning. A patient may have difficulty communicating their medical history or understanding the instructions provided.

None of these situations necessarily leads to an incident. However, each one presents an opportunity for a safety process to succeed or fail.

MR Safety Week reminds us that safety should never depend on luck, assumptions, or the belief that serious incidents only happen in other hospitals.

Instead, it should encourage healthcare professionals to ask practical questions:

• Are we screening every patient appropriately?
• Do we have a reliable way to investigate uncertain implant information?
• Can staff confidently raise concerns without fear of blame?
• Are MRI access restrictions understood and consistently followed?
• Do our procedures reflect current guidance, equipment, and clinical practice?
• Are we learning from near misses as well as actual incidents?

These questions are relevant in large hospitals, specialist imaging centres, outpatient facilities, and any environment where MRI examinations are performed.

The goal is not to create unnecessary fear around MRI. It is to recognise its benefits while respecting the safety measures needed to use the technology responsibly.

Understanding MRI Safety Beyond the Basics

MRI safety is sometimes reduced to a checklist of familiar rules: remove metal objects, complete a screening questionnaire, and make sure the patient is comfortable before entering the scanner room.

These steps are important, but they represent only part of a much broader safety system.

MRI scanners use powerful static magnetic fields, rapidly changing gradient magnetic fields, and radiofrequency energy. These features make MRI exceptionally useful for diagnostic imaging, but they also create hazards that must be managed carefully.

A safe examination requires more than knowing that the scanner contains a strong magnet. It requires an understanding of how MRI-related hazards interact with patients, staff, equipment, implants, and the clinical environment.

The static magnetic field

The static magnetic field remains present in many MRI systems even when the scanner is not actively acquiring images. In conventional clinical MRI environments, this means the magnet should be treated with appropriate caution at all times.

Ferromagnetic objects can be attracted towards the magnet, potentially becoming dangerous projectiles. Everyday items such as tools, oxygen cylinders, cleaning equipment, and some medical devices can create serious hazards if they are not appropriately assessed and controlled.

The risk is not limited to large objects. Smaller objects can also cause injury, damage equipment, or interfere with safe operations.

This is why access controls, staff training, equipment checks, and clear boundaries around the MRI environment matter.

Radiofrequency energy and heating

Radiofrequency energy is used to generate MRI signals. Under certain circumstances, this energy can cause tissue heating.

Risks may arise from conductive objects, inappropriate positioning, skin-to-skin contact, cables, monitoring equipment, or other circumstances that create unintended current pathways.

Safe positioning, appropriate patient preparation, suitable equipment, and compliance with scanner instructions help reduce these risks.

Patients should also be encouraged to report unexpected warmth, burning sensations, discomfort, or other unusual experiences during a scan. Staff must respond according to the department's safety procedures rather than assuming that the patient is simply uncomfortable.

Acoustic noise and patient wellbeing

MRI examinations can be noisy. Appropriate hearing protection is therefore an important part of patient preparation.

The team should make sure that hearing protection is suitable, correctly positioned, and used according to the examination requirements.

Patient wellbeing also includes managing anxiety, claustrophobia, pain, and communication difficulties. A patient who is frightened or uncomfortable may struggle to remain still or communicate effectively during the examination.

Good preparation, reassurance, and an agreed method of communication can improve the experience while supporting safe scanning.

Implants and medical devices

Implants and medical devices require particular attention because their safety depends on their specific characteristics and the conditions under which MRI is performed.

Some devices are labelled MR Safe, some are MR Conditional, and others are MR Unsafe. These terms have distinct meanings and should not be used interchangeably.

An MR Conditional device may be scanned only when the applicable conditions are satisfied. Those conditions may include magnetic field strength, radiofrequency exposure limits, permitted scanner settings, patient positioning, and other manufacturer-defined requirements.

Staff should not assume that two devices from the same general category have identical MRI conditions. Nor should they assume that a device is safe simply because the patient has undergone MRI previously.

When information is incomplete or uncertain, the correct response is to investigate the device and follow the department's escalation pathway before proceeding.

Understanding these hazards helps teams appreciate why MRI safety is an ongoing responsibility rather than a routine administrative task.

Safety Is a Practice, Not a State

One of the most important ideas to emerge from discussions about MRI safety is that safety cannot be treated as a permanent condition.

A department may have excellent equipment, comprehensive policies, experienced staff, and a strong record of successful examinations. These are valuable strengths, but they do not eliminate the need for continued vigilance.

People change roles. New equipment is introduced. Clinical procedures evolve. Patients present with different needs. Workloads fluctuate, and unexpected situations arise.

A process that worked well yesterday may require adjustment when circumstances change.

Why familiarity can create blind spots

Experience helps healthcare professionals recognise patterns, anticipate problems, and make informed decisions. However, familiarity can also encourage assumptions.

For example, a staff member who has screened hundreds of patients may begin to regard the screening questionnaire as a routine form rather than an important clinical safety tool.

A patient who has undergone several MRI examinations may appear familiar with the process, but their medical history could have changed since their last visit.

A piece of equipment may have been used safely in the past, yet its suitability for a particular MRI environment still needs to be confirmed.

These examples demonstrate why experience should support careful practice, not replace it.

A useful question for every MRI team is: Are we completing this step because we understand its purpose, or simply because it has become part of our routine?

That question can help teams identify where familiar tasks may be losing their meaning.

Consistency matters more than occasional perfection

A safety system should not depend on one exceptionally careful employee being present on every shift.

It should make safe practice the expected standard, regardless of who is working, how busy the department becomes, or how straightforward an examination appears.

Consistency can be supported through clear procedures, structured screening, defined responsibilities, reliable equipment management, appropriate training, and effective communication.

It also requires staff to recognise when a situation falls outside the usual pathway.

Following a checklist is valuable, but knowing when to pause and seek additional information is equally important.

Safety is strongest when routine procedures and professional judgement work together.

MRI Safety Is a Shared Responsibility

MRI safety involves several professional groups, each bringing a different perspective to the examination.

Radiographers, radiologists, MR Safety Officers, nurses, anaesthetists, referring clinicians, medical physicists, healthcare assistants, porters, and other relevant personnel may all contribute to safe care, depending on the organisation and clinical setting.

Their responsibilities differ, but their efforts must work together.

The central principle is straightforward: everyone should understand their role, and everyone should have a clear route for raising a concern.

The radiographer's role

Radiographers are central to the practical delivery of MRI examinations.

Their responsibilities commonly include patient identification, safety screening, preparation, positioning, selecting appropriate imaging protocols within their authorised scope, monitoring the patient, and responding to concerns during the examination.

Radiographers also need to recognise when information is insufficient to proceed safely.

For example, if a patient reports an implanted device but cannot provide enough information to establish the applicable MRI conditions, the radiographer should follow the appropriate escalation process.

This may involve reviewing documentation, consulting relevant specialists, or postponing the examination until the uncertainty is resolved.

The pressure to maintain appointment schedules should never replace the need to establish that an examination can proceed safely.

Radiographers also play an important role in communication. They are often the professionals who spend the most direct time preparing patients for the examination, explaining the process, and responding to questions.

Their observations can reveal concerns that might not be apparent from a referral form or medical record.

The radiologist's role

Radiologists contribute clinical expertise that helps determine the appropriateness of an MRI examination and interpret the resulting images.

They may also be involved in decisions concerning complex clinical situations, alternative imaging options, and the balance between diagnostic benefit and potential risk.

A strong safety culture requires radiologists to take concerns raised by radiographers and other team members seriously.

If a radiographer identifies an unresolved implant question, unusual patient history, or a concern about the proposed examination, the discussion should focus on establishing the safest appropriate next step.

Professional hierarchy should not prevent important information from reaching the people who need it.

At the same time, radiologists should have clear access to relevant safety information and established escalation pathways that support timely, informed decisions.

The MR Safety Officer's role

The MR Safety Officer, or MRSO, has an important role in supporting the safe operation of the MRI environment.

Depending on the organisation's governance structure, responsibilities may include promoting safety awareness, supporting staff education, reviewing procedures, helping manage safety concerns, and contributing to incident and near-miss learning.

The MRSO can help connect individual safety practices with the wider organisational system.

However, appointing an MRSO does not transfer every safety responsibility to that person.

A department cannot rely on one specialist to identify every hazard, monitor every activity, and correct every weakness.

Effective safety governance requires support from departmental leadership, defined accountability, adequate resources, and active participation from the wider team.

The MRSO should help strengthen the system, not become the only person expected to care about it.

The wider healthcare team's role

MRI safety does not begin and end with the radiographer and radiologist.

Referring clinicians can provide important information about a patient's medical history, implanted devices, previous procedures, and clinical needs.

Nurses and anaesthesia teams may support examinations involving sedation, anaesthesia, or patients who require additional monitoring.

Porters and other staff who transport patients or equipment need to understand relevant access restrictions and local procedures.

Medical physicists and other technical specialists may contribute to equipment safety, quality assurance, and the assessment of technical issues.

Every role has a place in the safety system. The precise responsibilities should be clearly defined by the organisation's procedures and applicable professional guidance.

The important point is that safety depends on coordinated action, not isolated expertise.

Speaking Up: The Small Action That Can Prevent a Larger Problem

A strong safety culture is not simply one in which everyone knows the rules. It is one in which people feel able to act when those rules reveal a concern.

Imagine a radiographer preparing a patient for an MRI examination. During screening, the patient mentions a previous operation and says that a small metal device was inserted several years ago.

The patient does not know the device's name. The available records do not immediately clarify its identity or MRI conditions.

The appointment is already running late, and the patient has travelled a considerable distance.

At that moment, the team faces a familiar challenge: the pressure to continue versus the responsibility to resolve uncertainty.

A healthy safety culture supports the radiographer in pausing the process, documenting the concern, and seeking the appropriate information.

The aim is not to delay examinations unnecessarily. It is to avoid making a decision without the information needed to support it.

Why staff sometimes hesitate to speak up

Healthcare professionals may hesitate to raise concerns for several reasons.

They may worry about appearing inexperienced, challenging a senior colleague, upsetting a patient, delaying the department, or being blamed if their concern turns out to be unfounded.

In some workplaces, people have learned that questioning an established process leads to criticism rather than discussion.

These pressures can make silence seem easier than speaking up.

Unfortunately, silence can allow uncertainty to remain unresolved.

A department that wants to improve MRI safety should examine not only whether staff know how to report concerns, but also whether they feel supported when they do.

Make it easier to raise concerns

Leaders and colleagues can encourage speaking up through simple, practical actions.

First, use clear and respectful language. A staff member should be able to say, "I am not comfortable proceeding until we confirm the implant conditions," without needing to justify the concern through an argument.

Second, establish an escalation pathway. Staff should know whom to contact when they encounter uncertainty and what to do if the first person contacted is unavailable.

Third, respond constructively. Even when a concern does not reveal a hazard, the person who raised it should be treated with respect.

Finally, recognise that stopping or postponing an examination can be the correct professional decision when essential safety information is missing.

A successful safety intervention may not look dramatic. It may simply be a question, a telephone call, or a decision to wait for confirmation.

Yet these small actions can prevent a problem from developing.

Communication Between Radiographers and Radiologists

The relationship between radiographers and radiologists is particularly important because both groups contribute essential but different forms of expertise.

Radiographers bring detailed knowledge of the practical examination process, patient preparation, scanner operation, and observations made during direct patient contact.

Radiologists bring clinical interpretation expertise and may provide input on the diagnostic question, examination strategy, and management of complex cases.

These perspectives should complement one another.

Moving beyond professional hierarchy

A department can have clear reporting lines without making communication one-sided.

Radiographers should be able to raise concerns about patient screening, positioning, equipment suitability, and other relevant safety matters.

Radiologists should be able to ask questions, explain clinical priorities, and contribute to decisions without dismissing concerns simply because they come from another professional group.

When disagreement occurs, the team should return to the available evidence, the applicable safety requirements, and the established escalation process.

The purpose is not to decide which profession is more important. It is to reach an appropriate decision that protects the patient and supports good clinical care.

Use structured communication

Under pressure, important information can be lost when communication is vague or incomplete.

Structured approaches can help staff communicate the concern, explain what is known, identify what remains uncertain, and state what decision or support is required.

For example, a radiographer could explain:

• What was identified during patient screening.
• Which information is missing or unclear.
• What has already been checked.
• Why the uncertainty matters for the proposed examination.
• What assistance is needed before proceeding.

This approach makes the conversation more focused and helps colleagues understand why the issue requires attention.

Departments can also use brief safety huddles, documented escalation pathways, and regular multidisciplinary reviews to strengthen communication.

The goal is not to add unnecessary meetings. It is to ensure that the right information reaches the right people at the right time.

Patient Screening: More Than Completing a Form

Patient screening is one of the foundations of MRI safety. It helps identify information that may affect whether and how an examination can be performed.

However, screening should be treated as a conversation supported by documentation, not merely as a form to be signed.

A completed questionnaire does not guarantee that every relevant risk has been identified.

Patients may misunderstand a question, forget a procedure, be unaware of an implanted device, or struggle to describe their medical history.

Some may also feel embarrassed about providing certain information or assume that a previous uneventful MRI means that further questions are unnecessary.

Ask questions that encourage useful answers

Clear, patient-friendly questions can help staff gather more reliable information.

Instead of assuming that a patient understands technical terminology, staff should explain unfamiliar words and allow the patient to ask questions.

When a patient reports an implant, surgical history, or medical device, staff should seek the details needed to determine the appropriate next steps.

Where necessary, this may involve reviewing clinical records, obtaining device documentation, consulting the relevant specialist, or using the department's formal assessment process.

If the information remains uncertain, staff should not treat an unanswered question as proof that no risk exists.

Recognise that screening can change

A patient may have completed a screening questionnaire before arriving at the imaging department. However, additional information may emerge during preparation.

The patient may remember a previous operation, mention a recent procedure, or disclose a device that was not recorded on the original form.

This is why screening should be treated as an ongoing process that continues through the appropriate stages of preparation.

Staff should have a clear method for recording new information and ensuring that relevant colleagues are informed.

Protect patient dignity and privacy

Good screening also requires sensitivity.

Patients should be given a reasonable opportunity to explain their history without feeling rushed or judged. Where appropriate, sensitive questions should be asked privately.

Staff should explain why information is being requested and how it contributes to safe care.

This approach can improve the quality of the information collected while helping patients feel respected and involved in their own safety.

Managing Implants, Equipment, and Uncertainty

Implant-related questions are a useful example of why MRI safety requires careful judgement.

The presence of an implant does not automatically mean that MRI cannot be performed. Equally, the absence of immediate symptoms or previous complications does not prove that a particular examination is appropriate.

The decision depends on the device, the relevant evidence, the proposed MRI conditions, and the applicable clinical and institutional requirements.

Verify the information before proceeding

When an implant or device is identified, the team should establish what it is and determine the applicable conditions using reliable sources.

These may include manufacturer documentation, official device labelling, relevant clinical records, and the organisation's approved assessment procedures.

The assessment should consider the exact device and any relevant components rather than relying on general assumptions about a category of implants.

For MR Conditional devices, all applicable conditions must be satisfied. If the information is insufficient, the issue should be escalated to the appropriate personnel.

A patient's previous MRI experience may be useful background information, but it is not a substitute for verifying the requirements of the current examination.

Check equipment suitability

The same principle applies to equipment brought into the MRI environment.

Items used for monitoring, patient support, emergency response, or clinical care must be suitable for the intended MRI environment and conditions.

Staff should follow local procedures for equipment identification, inspection, maintenance, and access control.

An item that appears non-metallic may still contain components that make it unsuitable for a particular environment. Similarly, a device suitable for one set of conditions may not be appropriate for another.

Clear labelling and controlled storage can help reduce confusion, particularly when departments use several types of equipment.

Avoid informal workarounds

When staff encounter an unexpected problem, there may be pressure to find a quick solution.

However, informal workarounds can introduce new risks if they bypass established checks or rely on unverified assumptions.

If a procedure cannot be followed as written, the appropriate response is to use the authorised escalation pathway and seek a safe, documented resolution.

Where the procedure itself appears unclear or impractical, that feedback should be used to improve it through the proper governance process.

A strong safety system makes it possible to solve problems without normalising unsafe shortcuts.

The Importance of Clear MRI Zones and Access Control

MRI safety also depends on controlling access to areas with different levels of risk.

MRI facilities commonly use a zoning approach to distinguish areas with increasing access restrictions and hazards. The exact layout and requirements should follow the applicable standards, scanner configuration, and local safety policy.

These controls help ensure that people and equipment are appropriately screened before entering areas where magnetic field hazards may be present.

Make restrictions easy to understand

Signs and access controls are useful, but they work best when supported by training and consistent practice.

Staff should understand which areas they may enter, what screening is required, and whom to contact when access is uncertain.

New employees, contractors, maintenance personnel, and temporary staff may need additional orientation because they are less familiar with the environment.

Visitors should not be expected to understand MRI restrictions without guidance.

Treat emergency access carefully

Emergency situations can create intense pressure to act quickly. However, bringing an unverified person or piece of equipment into the MRI environment can introduce serious hazards.

Departments should have emergency procedures that explain how to obtain assistance, manage patients, and bring appropriate equipment into the relevant area.

These procedures should be understood in advance, not improvised during a crisis.

Emergency readiness is part of MRI safety because it helps staff respond promptly without abandoning essential precautions.

Building a Blame-Aware, Learning-Focused Safety Culture

When something goes wrong, an organisation naturally wants to understand what happened and prevent a recurrence.

The quality of that response matters.

If staff believe that reporting mistakes will automatically result in punishment, they may be less willing to report near misses, disclose uncertainty, or discuss weaknesses in existing procedures.

A learning-focused culture encourages people to report safety concerns honestly and examines how working conditions, communication, equipment, training, and procedures may have contributed.

This does not mean ignoring reckless behaviour or removing professional accountability. It means distinguishing between deliberate disregard of safety requirements and problems arising from system weaknesses, unclear instructions, inadequate support, or human error.

Learn from near misses

A near miss is an event that could have caused harm but did not result in that outcome.

In MRI, a near miss might involve identifying an unsuitable item before it enters a restricted area, discovering missing implant information before scanning, or correcting a screening omission before the examination begins.

Near misses can reveal weaknesses in the safety process before a more serious event occurs.

Departments should encourage appropriate reporting, review what happened, and identify whether the incident points to a recurring issue.

The objective is not simply to count reports. It is to use the information to make practical improvements.

Turn lessons into action

A review is useful only if it leads to learning or change where needed.

After a safety concern, the team might identify a need to improve screening questions, clarify access procedures, revise staff training, improve equipment labelling, or establish a more reliable escalation pathway.

Responsibilities should be assigned, actions documented, and progress reviewed.

Staff should also receive feedback about what was learned and what changed. Without that feedback, reporting can begin to feel like paperwork rather than a meaningful contribution to patient safety.

Avoid the assumption that a good record means zero risk

A department with few reported incidents may have effective controls. However, a low number of reports can also reflect underreporting or uncertainty about what should be recorded.

For this reason, safety performance should be assessed using several sources of information.

These might include audits, training records, equipment checks, staff feedback, incident reviews, near-miss reports, and assessments of whether corrective actions have been completed.

The aim is to understand how well the system works, not simply to produce reassuring statistics.

Practical Ways to Strengthen MRI Safety Every Day

Improving MRI safety does not always require a major project or expensive new technology.

Many useful changes involve making existing processes clearer, more consistent, and easier for staff to follow.

1. Review screening procedures

Check whether the screening process captures relevant medical history, implants, devices, and other safety considerations.

Make sure questions are understandable to patients and that staff know how to investigate incomplete answers.

Review the process when new equipment, clinical services, or relevant guidance changes the information that needs to be collected.

2. Clarify responsibilities

Every staff member should understand their responsibilities and the limits of their role.

Written procedures should explain who is responsible for specific checks, who can authorise decisions within the local governance framework, and how concerns should be escalated.

Clear responsibilities reduce the risk of important tasks being assumed to belong to someone else.

3. Provide regular, relevant training

Training should reflect the hazards staff may encounter in their actual working environment.

It can include MRI zones, implant assessment, equipment suitability, patient communication, emergency procedures, and the reporting of incidents and near misses.

Training should be appropriate to each person's responsibilities. Staff who do not routinely work in MRI may need specific orientation before entering restricted areas.

Refresher training and practical exercises can help teams maintain confidence and recognise when additional support is required.

4. Encourage short safety discussions

Brief safety discussions can help teams identify concerns before they become problems.

A department might review an unusual case, discuss a recent near miss, or highlight a change to equipment or procedures.

These discussions should be practical and relevant to the work being performed.

The purpose is to build shared understanding, not to assign blame or overload staff with unnecessary meetings.

5. Audit important processes

Audits can help determine whether documented procedures are being followed and whether they remain effective.

A department might examine the completeness of screening documentation, the availability of relevant implant information, staff training records, equipment checks, or access-control practices.

Audit findings should be discussed constructively and followed by proportionate action.

6. Make it easy to stop and escalate

Staff should know what to do when they are uncertain.

This includes knowing whom to contact, where to find relevant documentation, how to record the concern, and what to do if the responsible person is unavailable.

A clear pathway reduces the pressure to make unsupported decisions simply because the department is busy.

7. Involve patients in their safety

Patients can contribute by sharing accurate information, asking questions, following instructions, and reporting discomfort or unexpected sensations.

Staff should explain the reasons behind important precautions and encourage patients to communicate openly.

Patient involvement should complement, not replace, the professional checks and organisational controls required for safe MRI practice.

8. Review the environment regularly

The physical MRI environment should be reviewed for changes that could affect safety.

This may include new equipment, altered room layouts, maintenance activities, access arrangements, or changes in how patients and staff move through the department.

Regular reviews help ensure that safety controls remain appropriate as the service evolves.

Leadership: Making Safety Possible, Not Just Expected

It is easy to tell staff that safety is everyone's responsibility. It is more difficult, and more important, to create the conditions that allow them to meet that responsibility.

Leadership has a significant influence on whether safety procedures are followed consistently.

Staff need adequate time to complete checks, access to relevant information, appropriate training, suitable equipment, and support when they raise concerns.

If an organisation consistently prioritises appointment numbers over the time required to resolve safety questions, it sends a message that can undermine its formal policies.

Match expectations with resources

Safe practice requires practical support.

Managers should consider whether staffing levels, appointment schedules, training arrangements, and escalation pathways allow staff to complete essential tasks properly.

Where a procedure creates repeated difficulties, leaders should investigate whether it needs clarification, additional resources, or redesign.

The solution should not be to encourage staff to bypass the procedure.

Model the behaviour you want to see

Leaders influence safety culture through their responses to everyday situations.

When a senior professional welcomes a question, investigates a concern, and explains the reasoning behind a decision, they demonstrate that safety matters more than personal pride.

When a manager discusses a near miss constructively and follows through on agreed actions, they show that reporting leads to improvement.

These behaviours help establish trust across professional boundaries.

Recognise good safety decisions

A decision to pause an examination, request more information, or report a near miss may prevent harm even when the benefit is not immediately visible.

Recognising these actions reinforces the message that responsible decision-making is valued.

Recognition does not need to be elaborate. A sincere acknowledgement during a team meeting can demonstrate that the organisation appreciates careful practice.

Measuring Whether the Safety Culture Is Improving

A department should not assume that its safety culture is strong simply because staff have completed training or signed a policy.

It needs ways to assess whether safety principles are reflected in everyday work.

Useful indicators may include:

• Completion and quality of relevant safety training.
• Compliance with screening and access-control procedures.
• Timeliness of implant verification and escalation.
• Staff confidence in raising concerns.
• Reporting and review of near misses.
• Completion of corrective actions.
• Findings from equipment checks and safety audits.
• Feedback from patients and staff about communication and preparation.

These indicators should be interpreted carefully.

For example, an increase in near-miss reports may indicate that staff are becoming more willing to report concerns rather than that the department is necessarily becoming less safe.

Similarly, a high training completion rate does not automatically prove that staff can apply what they learned.

Combining several measures gives leaders a more useful picture of where the system is working and where further improvement may be needed.

The Patient Should Remain at the Centre of Every Decision

MRI safety procedures can sometimes feel technical or administrative, particularly when they involve multiple checks, consultations, and documentation requirements.

It helps to remember why these processes exist.

Every screening question, equipment check, access restriction, and escalation pathway is intended to support safe patient care and protect everyone working in the MRI environment.

Patients may not see the discussions that take place before their examination. They may not know that a staff member checked an implant record, questioned an unclear referral, or paused the process to confirm a device's conditions.

Nevertheless, these actions contribute to the quality of care they receive.

Balance efficiency with appropriate caution

Patients deserve timely investigations, clear explanations, and respectful treatment.

Delays can cause frustration and may affect clinical pathways. However, proceeding without resolving an important safety concern can create a more serious problem.

The aim should be to make safety processes efficient without weakening their purpose.

Clear documentation, reliable communication, accessible reference materials, and well-defined responsibilities can reduce avoidable delays while supporting sound decisions.

Communicate decisions with empathy

When an examination must be delayed or rescheduled because additional information is needed, staff should explain the reason in language the patient can understand.

Patients should know what information is missing, what steps are being taken, and what is expected to happen next, where that information is available.

A respectful explanation can reduce anxiety and help patients understand that the delay is intended to support their care.

Good communication is part of safety, not an optional extra.

What MR Safety Week Should Leave Us With

MR Safety Week is an opportunity to recognise the professionals who work every day to protect patients and colleagues in MRI environments.

It is also a chance to look beyond awareness campaigns and ask whether the lessons are reflected in everyday practice.

Do we encourage people to question uncertainty? Do we respond constructively when someone raises a concern? Do we make it easy to find reliable information? Do our procedures work under real clinical conditions? Do leaders provide the time and support staff need to follow them?

These questions matter because safety is shaped by ordinary decisions made throughout the working day.

A radiographer who notices an inconsistency and speaks up is contributing to safety.

A radiologist who listens carefully and helps resolve the concern is contributing to safety.

An MRSO who supports learning and helps strengthen procedures is contributing to safety.

A manager who makes time for appropriate checks is contributing to safety.

A referring clinician who provides accurate information is contributing to safety.

Each action strengthens the wider system.

At Resonance Strategy Group, this is an important part of how we think about MRI safety: it should not be treated as a checkbox that is completed and forgotten. It should remain an active conversation about how people, processes, equipment, and professional judgement work together.

The strongest safety cultures do not rely on one person carrying the responsibility alone. They create an environment where everyone understands their role, concerns are taken seriously, and the team works together to reduce avoidable risk.

This MR Safety Week, let us move beyond simply saying that we know the basics.

Let us commit to practising them consistently, questioning them when circumstances require it, and improving them when experience shows us a better way.

To every radiographer, radiologist, MR Safety Officer, and healthcare professional working to maintain safe MRI environments, thank you for the care and attention you bring to this responsibility.

The most important safety decisions are not always dramatic. Sometimes, they begin with a simple question: “Before we proceed, are we sure this is safe?”

And sometimes, that question makes all the difference.

Frequently Asked Questions About MRI Safety