![]() It provides higher quality images than an X-ray, and can be used to diagnose a variety of health conditions. The CT scan is one of the most sophisticated diagnostic tools doctors have at their disposal, as it provides them with a 360-degree image of the spine, vertebrae and internal organs. CT ScanĪ CT scan stands for a computed tomography scan, and it shares similarities with both an X-ray and an MRI. MRIs are often used to diagnose bone and joint issues, as well as ligament damage and herniation of spinal discs. The radio waves cause the tissues in the body to resonate, and these vibrations are translated into a comprehensive 2D image through the use of a special computer program. Instead, the machine creates a magnetic field around the patient and sends radio waves into the area of the body being examined. One benefit of an MRI is that it does not involve radiation like an X-ray or CT scan. MRI stands for magnetic resonance imaging, and it uses a powerful magnet and radio waves to create highly-detailed cross-section images of bones and tissues inside the body. Even if the doctor suspects that you may be suffering from a soft tissue injury in your spine, they still may order an x-ray to ensure there isn’t any underlying damage to the bone. X-rays allow doctors to see the bones and vertebrae in your spine, which allows them to look for disc degeneration, fractures and abnormal curvature of the spine. An x-ray uses radiation to produce images of dense objects inside the body. X-rays are probably the most common diagnostic imaging technique. Today, we explain why doctors would use each imaging technique when diagnosing back pain. Three diagnostic techniques that are often utilized when assessing spine pain are the X-ray, MRI and CT scan. Sometimes all it takes is a physical exam and an understanding of the patient’s medical history, while other times more advanced techniques are needed. non-angled AP radiograph of C1 and C2.The Differences Between X-Ray, MRI & CT Scans For Spine Pain Category: Spine Pain | Author: Stefano Sinicropiĭoctors and surgeons have numerous tools at their disposal to aid in the diagnosis stage of patient evaluation.specialized projections of the cervical spine often requested to assess for spinal stability.modified lateral projection of the cervical spine to visualize the C7/T1 junction.demonstrated the intervertebral foramina of the side positioned closer to the image receptor.demonstrates the intervertebral foramina of the side positioned further from the image receptor.also known as a 'peg' projection it demonstrates the C1 (atlas) and C2 (axis). ![]() anterior-posterior relationship of the vertebral bodies.soft tissue structures around the c spine.anteroposterior projection of the cervical spine demonstrating the vertebral bodies and intervertebral spaces.Note: in the absence of CT 5 views of the C-spine should be performed: AP, lateral, obliques and odontoid 5. IndicationsĬervical spine radiographs are indicated for a variety of settings including 1-3:Ī decision to pursue C-spine imaging of any kind should be cross-referenced with the 'Canadian C-Spine Rule' for C-spine imaging due to its high sensitivity and specificity 4. The cervical spine series is a set of radiographs taken to investigate the bony structures of the cervical spine, albeit commonly replaced by the CT, the cervical spine series is an essential trauma radiograph for all radiographers to understand.
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