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MRI Screening Whole Spine (MRI)

Also known as Whole Spine MRI examination, MRI Screening of Whole Spine

This test is for

Male, Female

Earliest reports in

24-48 hours

Test Preparation

At the time of the MRI, you might be asked to remove any metallic coins, jewelry, metal wristwatches, metallic keys, dentures, or hearing aids as the MRI uses strong magnetic fields.
Tell your radiologist if you have metallic implants like pacemakers, cochlear implants, aneurysm clips, neurostimulators, surgical staples/clips, or drug implants.
Pregnant women should inform their doctor about their pregnancy before going for an MRI.

Understanding MRI Screening Whole Spine (MRI)

What is MRI Screening Whole Spine (MRI)?

The Magnetic Resonance Imaging (MRI) Screening Whole Spine is an advanced, painless, noninvasive imaging method. It gives clear images of the entire spinal column, including the thoracic, cervical, and lumbar spine sections. The spinal cord is clearly visible during the MRI, which helps doctors diagnose conditions such as spinal injuries, disc disease, tumors, infection, and nerve compression. It is often used to check for back pain, nerve disorders, or post-surgery recovery.

MRI of the whole spine uses strong magnetic fields and radio waves to create detailed images of the entire spinal column. This scan helps doctors clearly see the bones, discs, spinal cord, and surrounding tissues. It is useful for detecting various spinal problems such as slipped or herniated discs, tumors, infections, inflammation, nerve compression, and other abnormalities.

The MRI Screening Whole Spine (MRI) is recommended for patients with chronic lower back pain, neurological symptoms without an apparent explanation, or for those who are suspected of having a condition that involves the entire spine. But note that this test is a screening one and identifies potential abnormalities but not the specific type. Should an issue be discovered, a more in-depth MRI of the individual area can be performed, and the radiologist will highlight the precise spot to target.

As compared to a CT scan or X-ray, there is no risk of radiation exposure associated with MRI screening of the whole spine.

Unlike a CT scan or X-ray, an MRI of the whole spine does not use ionizing radiation, making it a safer imaging option. This makes it particularly well-suited for repeated applications or individuals that require high-quality spinal imaging without the additional concern of side effects secondary to radiation.

Before undergoing the MRI Screening Whole Spine (MRI) test, remove metal objects like metallic coins, jewelry, metal wristwatches, metallic keys, dentures, or hearing aids, as the MRI uses strong magnetic fields and can pull on any metallic objects. Wear loose comfortable clothing without any metal fasteners. Let the doctor/technician know of any pregnancy, medical condition, allergies, drugs, pacemaker, metal implants, etc., prior to undergoing an MRI test. If you are claustrophobic or too heavy to be able to get into a standard closed MRI, ask for open MRI alternatives.

Expert interpretation is needed for test results. So, do not self-medicate only on these test results. Always take guidance from the doctor for correct interpretation of test results.

Disclaimer: For radiology tests, you need to visit your nearest Tata 1mg partnered lab facility.

What is MRI Screening Whole Spine (MRI) used for?

The MRI Screening Whole Spine (MRI) test is done:

To detect spinal injuries like fractures, ligament injuries, or damage to spinal discs caused by trauma.
To detect spinal cord disorders like multiple sclerosis, spinal cord tumors, or inflammation of the spinal cord.
To identify degenerative conditions like spinal stenosis, herniated discs, or spondylosis
To diagnose spinal infection or abscesses.
To detect abnormal growth, such as benign or malignant tumors along the spine or in the spinal cord.
To detect conditions such as sciatica or pinched nerves by demonstrating the way spinal elements can be compressing nerve roots.
As part of pre-surgical evaluation of the spine to assist surgeons in planning the operation with accuracy.
To observe post-surgical alterations in the spine, including healing and scar tissue development.
To diagnose conditions such as congenital spine disorders of spina bifida or scoliosis.

What does MRI Screening Whole Spine (MRI) measure?

Magnetic Resonance Imaging (MRI) is an imaging test that uses a combination of powerful magnet, radio waves, and a computer to create detailed pictures of organs and structures inside the body. The MRI Screening Whole Spine (MRI) assesses detailed structural and functional components of the spine, including the vertebrae, spinal cord, intervertebral discs, and the soft tissues around them. The scan takes high-resolution images which assist the doctors in inspecting the state of the spinal column for any irregularities, traumas, or degenerative processes. It gives accurate data regarding the positioning of the spine, the state of the spinal discs, and the existence of any tumors, inflammation, or nerve compression. By identifying alterations in spinal structures, the MRI scan aids in the diagnosis of spinal conditions, injuries, and diseases that may affect the spine's mobility and thus bring on persistent pain.

Frequently Asked Questions about MRI Screening Whole Spine (MRI)

Q. What is the MRI Screening Whole Spine (MRI) test?

The MRI Screening Whole Spine (MRI) test is a diagnostic imaging procedure that employs strong magnets and radio waves to generate detailed pictures of the entire spinal column, including the vertebrae, discs, nerves, and surrounding tissues.

Q. Is the MRI Screening Whole Spine (MRI) test safe?

Yes, MRI Screening Whole Spine (MRI) is safe for most people. It doesn't emit ionizing radiation, but if you have metal implants or are pregnant, talk to your doctor before taking this test.

Q. How long does the MRI Screening Whole Spine (MRI) test take?

The MRI Screening Whole Spine (MRI) test may last as long as it takes for the radiologist to get clear images of the intended areas.

Q. Why might I need the MRI whole spine test?

Your doctor might order the MRI of the entire spine to assess the etiology of symptoms like chronic backache, spine injuries, tumors, bulging discs, or to examine the spinal cord and nerve roots.

Q. What am I expected to do during the MRI?

During the MRI, you will be on a moving table that is brought into the machine. The procedure itself is not painful, but you will have to hold still for a few moments while the images are taken. You may even hear loud thumping or tapping sounds during the scan.

Q. Will I feel any pain during the MRI whole spine test?

The MRI test is painless. You will be asked to remain still because movement can distort MRI images and lead to inaccuracies.

Q. Do I need a doctor's prescription for the MRI Screening Whole Spine (MRI) test?

Yes, a doctor's prescription is typically required.

Q. Can I bring a family member or friend with me during the MRI Screening Whole Spine (MRI) test?

Policies may vary across diagnostic centers. However, usually a family member can stay in the waiting area during the procedure.

Q. What if I’m claustrophobic?

If you have claustrophobia, inform your doctor/technician before the test. They may suggest solutions like medication/sedation to help you relax, or they might use an open MRI machine, which provides a less confined space.

Q. What is the difference between open and closed MRI?

Open MRI machines have a wider opening and are less confining. It makes the ideal for claustrophobic individuals. Closed MRI machines have a narrow design and usually provide higher-resolution images, which can be better for detailed examinations. The choice depends on medical needs and individual comfort.

Q. Can I have an MRI if I’m pregnant?

MRI is generally considered safe during pregnancy as MRI uses radio waves and magnetic fields to create images, and does not use radiation.

Q. What if I have metal implants or devices?

Inform your doctor about any implants, pacemakers, or any metallic devices, as the MRI uses strong magnetic fields and can pull on any metallic objects.

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