Pediatric MRI: what parents need to know
- trieumri
- Sep 24, 2025
- 2 min read

This introduction explains what families can expect from a modern Pediatric MRI. A child mri is a noninvasive imaging test that produces high-detail images of the body without ionizing radiation.
Magnetic resonance imaging uses a strong magnetic field, radiofrequency pulses, and a computer to create clear images. This method helps clinicians diagnose or monitor conditions in the brain, spine, chest, heart, abdomen, pelvis, and extremities.
Parents should share health history, medications, recent surgeries, allergies, and any implanted or electronic devices to keep the environment safe. Pediatric-focused protocols mean tailored positioning, comfort steps, and clear communication to make the test predictable and supportive.
Care teams—technologists, radiologists, and pediatric staff—work together to get accurate results quickly. Most children resume normal activity soon after the exam, and providers will explain results and next steps in a timely, compassionate way.
Key Takeaways
mri provides detailed soft-tissue images without radiation exposure.
magnetic resonance imaging requires safety screening for devices and allergies.
Child-focused protocols improve comfort and image quality.
Share medications and recent surgeries before the test.
Most children return to normal activity soon after imaging.
Office hours: Monday–Friday, 9am–5pm; closed weekends.
Trusted Pediatric MRI services for families today
Families seeking reliable imaging for children can expect a focused team and child-friendly care. Centers use certified equipment and staff trained to calm young patients and reduce the need for anesthesia.
Team-based care pairs a technologist who runs the scanner with a radiologist who reads images. This radiology team follows pediatric protocols and uses coils made for smaller bodies.
Options for parental presence, comfort items, and age-appropriate explanations help cooperation.
Clear screening for implanted devices and safety checks happen before the exam.
Scheduling fits school and family routines; hours are Monday–Friday 9am–5pm, Saturday & Sunday Closed.
Service | Benefit | Who |
Child-centered scanning | Better image quality, less motion | Technologist & radiologist |
Parental presence | Reduced anxiety, fewer sedations | Care team |
Coordinated scheduling | Saves time and limits repeat scans | Scheduling staff |
Clear communication before and during the visit helps patients and caregivers know what to expect and why each step matters for the child's health.
What is Pediatric MRI?
This test uses a powerful magnet and radiofrequency pulses to map internal tissues in high detail. It is a noninvasive form of magnetic resonance imaging that aligns hydrogen atoms and records signals as they return to baseline. A computer then converts those signals into clear pictures clinicians review.
How magnetic resonance imaging works
During magnetic resonance imaging, the strong magnet and radio waves briefly change atomic alignment. As atoms relax, they emit signals. These signals become the detailed images used to evaluate the brain, spine, heart, abdomen, and joints.
What the scanner and exam room look like
The scanner is a cylinder-shaped machine with a moveable table that slides your child into the center. Some systems have wider bores or more open designs to ease anxiety.
The exam room includes a nearby workstation where the technologist controls sequences and keeps two-way communication. Children wear earplugs or headphones because the machine makes loud tapping sounds.
Coils sit around the area of interest to boost signal and improve images.
Position on the table is adjusted for comfort and to reduce motion blur.
Contrast may be used when needed; staff decide based on safety screening.
Feature | What to expect | Benefit |
Scanner type | Cylindrical or open | Comfort and image quality |
Exam room | Workstation, two-way audio | Continuous monitoring |
Sound | Loud sequence noises | Ear protection provided |
Common reasons children need an MRI scan
Many conditions in kids require detailed imaging to guide diagnosis and treatment quickly.
Brain and spine
Why it is done: To check tumors, bleeding, swelling, infections, or developmental delays.
It also evaluates seizures, persistent headaches, vision changes, weakness, and spinal cord concerns.
Heart and vessels
Why it is done: To clarify heart structure, assess blood flow, and check healing after surgery.
Cardiac studies detect arrhythmia causes and infections when echocardiography needs soft-tissue detail.
Abdomen and pelvis
Why it is done: To assess appendicitis, trauma, inflammatory disease, and monitor cancer treatment response.
Joints and bones
Why it is done: To find sports injuries, hidden infection or tumor, marrow disorders, and complex fractures.
A radiologist selects the best protocol for the specific area and balances detail with exam time.
Some tests use contrast to highlight vessels, inflammation, or tumors; safety screening comes first.
Results produce high-detail images that help families and specialists decide next steps.
Body area | Common reasons | Typical benefit |
Brain & spine | Tumor, seizure, infection, development | Detailed soft-tissue evaluation |
Heart & vessels | Congenital structure, blood flow, post-op | Functional and anatomic clarity |
Abdomen & pelvis | Appendicitis, trauma, inflammation, oncology | Targeted diagnosis and treatment monitoring |
Joints & bones | Sports injury, tumor, infection, fractures | Detects issues not seen on X-ray |
Preparing your child for magnetic resonance imaging
A smooth imaging visit starts long before the scan: safety screening and simple practice ease nerves.
Screening for metal and implanted devices
Tell the team about all implants, prior surgeries, and electronic devices. Many orthopedic pieces are safe, but items like pacemakers, certain cochlear implants, and aneurysm clips may need special protocols.
Bring device cards or pamphlets so the technologist can confirm compatibility before the child enters the room.
Clothing, jewelry, and what to bring
Children should wear loose, metal-free clothing and remove jewelry, watches, and piercings. Families may bring soft comfort items without metal.
Contrast, anesthesia, and practical instructions
Contrast may be recommended to highlight tissue. The team reviews allergies and kidney history to minimize risks with gadolinium-based agents.
If anesthesia or sedation is planned, caregivers get clear fasting instructions. Children recent illness may need rescheduling for safety.
Helping your child cope
Child life specialists can coach the child with practice scans, breathing exercises, and mock sound clips to avoid sedation when possible.
Arrival checks: safety screening for metal and implants; confirm device info with technologist.
Bring: comfort items without metal, questions for staff, and completed pre-test instructions.
Prep item | Why it matters | Who to ask |
Device card | Confirms implant compatibility | Technologist |
Metal-free clothing | Prevents image artifacts | Scheduling staff |
Kidney/allergy info | Guides contrast decisions | Radiology nurse |
Fasting instructions | Ensures safe anesthesia | Anesthesia team |
Hours: Monday–Friday: 9am–5pm; Saturday & Sunday: Closed.
What happens during and after the MRI procedure
The exam room routine is predictable: careful positioning, timed sequences, and close monitoring.
Positioning, coils, and the care team
The technologist places the child on the moveable table and sets coils around the exam area to boost image quality. Staff confirm the child’s comfortable position and use pads for support.
The technologist runs the sequences while the radiologist reviews images afterward to form the report. The technologist keeps calm, reassuring communication throughout.
Sounds, stillness, and comfort
The scanner makes tapping noises during each sequence that last several minutes. Earplugs or headphones are provided and families may choose music or a movie to help the child stay still.
Stillness prevents motion blur; staff give gentle reminders and adjust padding to reduce any pain or discomfort.
Contrast, sensations, and recovery
If contrast is needed, an IV is placed; a child given contrast may notice brief warmth or a metallic taste. The technologist monitors the child in real time during the scan.
Most children resume normal activity after the exam. If sedation was used, recovery is observed until fully awake. Families receive clear guidance on when results will be shared.
Step | What happens | Who |
Positioning | Table, coils, padding | Technologist |
Sequences | Several minutes each, noise | Technologist |
Image review | Radiologist interprets scans | Radiologist |
Aftercare | Recovery, activity guidance | Care team |
Benefits, risks, and limitations of pediatric resonance imaging
Care teams choose resonance imaging when soft-tissue detail and diagnostic clarity matter most.
Key benefits: The test produces high-contrast images without ionizing radiation, making it ideal for organs, the brain, and joints. It helps detect disease early and clarifies findings that other tests may miss.
Risks and safety
Risks are low when screening and protocols are followed. Staff review implants and electronic devices to avoid malfunction or harm.
Gadolinium contrast reactions are uncommon and usually mild. Kidney checks reduce the rare risk of serious complications.
If sedation is required, pediatric-trained clinicians monitor patients continuously to reduce risk and discomfort.
Limitations to consider
Movement during the scan is the most common challenge; even small movement can blur images and lengthen exam time.
Certain metal implants may cause artifacts that obscure details. Size limits of the machine and irregular heartbeat can also affect some cardiac or gated studies.
Though longer and sometimes costlier than other tests, resonance imaging often yields information that changes care decisions.
No radiation: safer for repeated follow-up imaging.
High soft-tissue contrast: improves diagnosis for many conditions.
Screening prevents device-related risks: reduces chance of malfunction.
Aspect | What to expect | Why it matters |
Contrast | Optional IV agent for better detail | Clarifies inflammation, vessels, or tumors |
Metal | May cause image artifacts | Impacts diagnostic clarity; alternative tests may be needed |
Movement | Blurs images; may require repeats | Affects accuracy and increases exam time |
Locations, hours, and scheduling Pediatric MRI
Booking an appointment starts with choosing the nearest center and having referral and insurance details ready. Call the listed phone number to confirm available times, ask about room readiness, and request any pre-visit instructions.
Ocala, FL
2023 E Silver Springs Blvd Unit 301, Ocala, FL 34470 | P: (352) 900-5501 | F: (352) 900-5502
Jonesboro, AR
2929 South Caraway Road, Ste. 6, Jonesboro, AR 72401 | P: (870) 275-7749 | F: (870) 275-6073
Marion, AR
2860 I 55, Suite 8, Marion, AR 72364 | P: (870) 275-7749 | F: (870) 275-6073
Largo, FL
2900 East Bay Drive, Largo, FL 33771 | P: (727) 683-6501 | F: (727) 683-6503
Tamarac, FL
7201 N. Pine Island Road, Tamarac, FL 33321 | P: (954) 720-0903 | F: (954) 720-4583
North Little Rock, AR
800 W. 4th St., North Little Rock, AR 72114 | P: (501) 500-0051 | F: (501) 500-0052
Hours: Monday–Friday 9am–5pm; Saturday & Sunday Closed — consistent hours make scheduling predictable.
Choose the nearest location in Florida or Arkansas to reduce travel time and stress for patients and children.
When calling, have the referral, insurance, and any questions about contrast or special instructions ready.
Staff can confirm the exam room setup and advise on imaging preparation to help the visit run on time.
Location | Phone | Fax |
Ocala, FL | (352) 900-5501 | (352) 900-5502 |
Jonesboro, AR | (870) 275-7749 | (870) 275-6073 |
Largo, FL | (727) 683-6501 | (727) 683-6503 |
Tamarac, FL | (954) 720-0903 | (954) 720-4583 |
North Little Rock, AR | (501) 500-0051 | (501) 500-0052 |
Conclusion
When a child needs clear answers, the imaging team focuses on comfort, speed, and reliable results.
Most scans take about 30–90 minutes from check-in to finish at the table. After the exam, most children resume normal life the same day unless anesthesia was used.
The technologist runs the scanner and the radiologist prepares a formal report for the referring clinician. Those results guide next steps and clear instructions for families.
Combining magnetic resonance imaging precision with child-friendly care reduces repeat scans and stress. To schedule or ask questions, call the nearest location during business hours: Monday–Friday, 9am–5pm; Saturday & Sunday: Closed.
FAQ
What should parents know about pediatric magnetic resonance imaging?
Magnetic resonance imaging for children is a noninvasive test that uses a strong magnetic field and radio waves to create detailed pictures of the body. It helps doctors evaluate organs, bones, blood vessels, and the brain without using ionizing radiation. Parents should expect a trained technologist and radiologist to explain the process, and a child life specialist may help prepare younger patients emotionally.
Where can families get trusted pediatric magnetic resonance services today?
Families can schedule exams at the listed locations across Florida and Arkansas. Each site follows safety protocols, has experienced technologists, and coordinates with radiologists and child life staff to support children through the scan.
How does magnetic resonance imaging work?
The scanner creates a strong magnetic field that aligns hydrogen atoms in the body. Short bursts of radio waves then disturb that alignment. When atoms return to their original state, the signals are measured by coils and processed by a computer to form detailed images of tissues and organs.
What does the scanner and exam room look like?
The MRI room contains a large, donut-shaped scanner with a sliding table. Coils that act like antennas may be placed around the body part being imaged. The room is staffed by a technologist who controls the exam from a console and maintains visual and audio contact with the child.
Why does this imaging avoid radiation?
The exam uses magnetic fields and radiofrequency pulses rather than X-rays or CT radiation. This provides excellent soft-tissue contrast and detailed anatomy while avoiding exposure to ionizing radiation.
What are common reasons a child may need a scan?
Children commonly need scans for brain and spine concerns such as developmental issues, seizures, severe headaches, trauma, or infection. Other reasons include heart structure and blood flow evaluation, abdominal pain or inflammation, and joint or bone injuries like complex fractures.
How is a child screened for metal or implanted devices?
Before the exam, staff ask about implants, surgical clips, pacemakers, or metal in the body. A metal screening form and, if needed, consultation with the radiologist ensure safety. Some implanted devices may preclude imaging or require special protocols.
What should families bring and wear to the imaging appointment?
Wear comfortable, metal-free clothing and leave jewelry or accessories at home. Bring any recent medical records, a list of medications, insurance information, and comfort items for the child. Electronic devices and metal objects must remain outside the scanner room.
When might contrast be used and what are the considerations?
Gadolinium-based contrast may be recommended to highlight blood flow or inflammation. Staff will review allergy history and kidney function. Rare reactions can occur, so monitoring continues during and after injection. Parents are informed about risks and benefits beforehand.
Does the child ever need sedation or anesthesia?
Some children need sedation or general anesthesia to remain still. Fasting instructions and pre-procedure guidelines are provided if anesthesia is planned. A child life specialist can use practice techniques and distraction to reduce the need for medication in many cases.
How can parents help their child cope with the scan?
Simple, age-appropriate explanations and practice staying still help. Bringing favorite music, using headphones, or using distraction techniques provided by child life staff makes the experience less stressful. Parents are encouraged to remain calm to reassure the child.
What happens during positioning and who is involved?
The technologist positions the child on the table and applies coils around the target area. A radiologist interprets the images, while the technologist operates the scanner and monitors the child’s comfort and safety throughout the exam.
What should families expect about sounds, movement, and scan time?
The scanner produces loud knocking and thumping noises during sequences. Staying still is essential to avoid blurry images; total exam time varies from minutes to an hour depending on the study. Headphones, earplugs, or music help reduce noise and anxiety.
What sensations occur if contrast is given?
Contrast is injected through an IV and may cause a brief warm or metallic sensation. The injection site is monitored for discomfort or rare allergic reactions. Most children tolerate contrast without issues and resume normal activity shortly after.
What happens after the scan and how are results delivered?
After imaging, staff ensure the child is comfortable and, if sedated, that recovery protocols are followed. The radiologist reviews images and sends a report to the referring clinician, who discusses results and next steps with the family.
What are the primary benefits of resonance imaging for children?
Key benefits include no ionizing radiation, excellent soft-tissue contrast, and the ability to detect disease early. The scan provides detailed views of the brain, spine, joints, heart, and abdominal organs for accurate diagnosis and treatment planning.
What are the safety risks and how are they managed?
Risks include issues with implanted devices, rare contrast reactions, and anesthesia-related complications. Thorough screening, adherence to safety protocols, and trained staff reduce these risks and ensure safe imaging.
What limitations should parents know about?
Motion can degrade image quality, irregular heartbeats may complicate cardiac studies, and metal artifacts can obscure anatomy. Longer exam times may be needed for complex studies, and some devices or conditions may limit imaging options.
What are the locations, contact details, and hours for scheduling?
Ocala, FL — 2023 E Silver Springs Blvd Unit 301, Ocala, FL 34470 | P: (352) 900-5501 | F: (352) 900-5502. Jonesboro, AR — 2929 South Caraway Road, Ste. 6, Jonesboro, AR 72401 | P: (870) 275-7749 | F: (870) 275-6073. Marion, AR — 2860 I 55, Suite 8, Marion, AR 72364 | P: (870) 275-7749 | F: (870) 275-6073. Largo, FL — 2900 East Bay Drive, Largo, FL 33771 | P: (727) 683-6501 | F: (727) 683-6503. Tamarac, FL — 7201 N. Pine Island Road, Tamarac, FL 33321 | P: (954) 720-0903 | F: (954) 720-4583. North Little Rock, AR — 800 W. 4th St., North Little Rock, AR 72114 | P: (501) 500-0051 | F: (501) 500-0052. All location hours: Monday-Friday 9am-5pm; Saturday & Sunday Closed.




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