Purpose of X-ray Thoracolumbar Flexion View
1] Evaluating Spinal Instability: Flexion X-rays are commonly used to assess spinal stability, especially in cases of suspected instability following trauma or surgery. The test helps doctors evaluate how well the vertebrae, discs, and joints move together when the spine is bent forward.
2] Assessing Degenerative Disc Disease: In conditions like osteoarthritis or degenerative disc disease, the spine may show narrowing of the disc spaces, bone spurs, or misalignment. The flexion X-ray can help highlight these issues by showing how the spine moves and how the discs and joints interact during flexion.
3] Diagnosing Spinal Deformities: Certain spinal deformities, such as scoliosis (sideways curvature of the spine), kyphosis (forward bending of the spine), or lordosis (excessive inward curvature of the lower spine), can be better evaluated when the spine is in motion. The flexion view can provide a clearer picture of how the spine changes position and whether the deformity worsens under stress.
4] Fracture Evaluation: For patients with a suspected compression fracture, burst fracture, or other vertebral fractures, a flexion X-ray can help assess how the fracture affects the spine’s alignment and whether it causes any abnormal movement when the patient bends forward.
5] Post-Surgical Monitoring: After spinal surgery or fracture treatment, a flexion X-ray may be used to ensure that the spine is healing correctly and that any surgical hardware (like screws, rods, or plates) remains intact and properly positioned.
6] Checking for Disc Herniation: A flexion X-ray may also help to observe the spinal discs’ behavior under bending conditions. In some cases, a herniated or bulging disc may cause pain or limit movement, and the flexion view can provide insights into how the disc shifts or presses against surrounding structures during movement.
For X-Ray Thoraco Lumbar Flexion in Delhi, Diagnopein is the trusted choice for digital X-ray near me. This diagnostic imaging test focuses on the thoracic and lumbar spine, assessing flexibility, alignment, and potential issues such as fractures, degenerative changes, or spinal deformities. Using advanced digital technology, we provide high-resolution images with reduced radiation exposure for accurate diagnosis and treatment planning. Our skilled radiologists ensure precise interpretation of results. Whether you need the test for back pain, injury, or pre-surgical evaluation, Diagnopein delivers fast and reliable services, prioritizing your health and comfort in Delhi.
How is the X-ray Thoracolumbar Flexion View Performed?
The procedure for performing a thoracolumbar flexion X-ray is similar to a standard X-ray, with an emphasis on the patient bending forward to show the spine's movement. Here’s what to expect during the procedure:
1] Initial Positioning: The patient will typically be asked to stand upright or lie on an examination table, depending on the specific area of the spine being imaged. The radiologic technologist will position the patient so that the thoracolumbar spine is clearly visible.
2] Flexion Movement: The patient is then asked to bend forward at the waist as far as possible. This motion stresses the spine and provides a dynamic image that shows the alignment and condition of the vertebrae, discs, and joints when the spine is in motion.
3] Image Capture: The X-ray technician will take multiple images, typically from the front (AP) or side (LAT), depending on the area of concern. These images allow the healthcare provider to assess the changes in the alignment or disc spaces that occur when the spine flexes.
4] Repeat Movements (if necessary): Depending on the clinical need, the patient may be asked to flex the spine multiple times in different directions to capture the full range of motion and identify any abnormalities that may not be visible in a single image.
5] Duration: The entire procedure usually takes just a few minutes to complete. The patient is asked to remain as still as possible during the image capture to ensure clear, accurate X-ray images.
