SCOLIOSIS X-RAY IMAGING

3D X-ray Imaging

Our 3D X-ray digital system provides low-dose, full-body, stereo-radiographic images of patients in a functional position.  For instance, the system, described as a bi-planar device, provides two perpendicular fan beams of X-rays and proprietary detectors. The proprietary detectors travel vertically while scanning the patient. In seconds, the EOS exam produces two simultaneous frontal and lateral, low-dose images or views of the whole body,  It can also provide X-rays of particular body parts in the same short time.  Similarly, your physician may select a particular position for the exam including standing, bending, squatting, or sitting in a chair.

 Our 3D X-ray digital system represents the latest advancements in imaging technology.  It provides a comprehensive and patient-centered approach to diagnosing and managing musculoskeletal conditions like Scoliosis. With its low-dose imaging, detailed 3D reconstructions, and advanced analysis capabilities, our system empowers us to provide personalized and effective care for patients with scoliosis and other spinal disorders.

What is the 3D X-ray Digital System?

The 3D EOS X-ray digital machine is a revolutionary imaging technology that offers several unique features and benefits:

Whole-body imaging:

Unlike conventional X-ray machines that focus on specific areas of the body, the 3D EOS system captures comprehensive, full-body images in both 2D and 3D. This allows healthcare providers to assess the entire spine and skeletal system in a single scan, providing a more complete understanding of the patient’s condition.

3D reconstruction and analysis:

The 3D EOS X-ray machine utilizes advanced software algorithms to reconstruct detailed three-dimensional models of the spine and surrounding structures. This allows for precise measurement and assessment of spinal curvature, alignment, and other parameters. The three-dimensional visualization provides enhanced diagnostic capabilities and aids in treatment planning.

Improved accuracy and precision:

The high-resolution images produced by the 3D EOS X-ray machine enable healthcare professionals to make more accurate measurements and assessments. This leads to improved surgical planning, better monitoring of treatment progress, and more precise evaluation of the outcomes.

Time-efficient and patient-friendly:

The 3D EOS X-ray machine offers rapid image acquisition, reducing the time required for patients to stay in the imaging room. Additionally, the open design of the machine provides a more comfortable and less restrictive experience for patients, particularly those with mobility challenges or claustrophobia.

Conclusion

Overall, the 3D EOS X-ray digital machine stands out for its advanced imaging capabilities, reduced radiation dose, comprehensive assessment of the spine and skeletal system, and enhanced precision in diagnosis and treatment planning. It represents a significant advancement in imaging technology for evaluating and managing various spinal conditions, including scoliosis.

Why is Scoliosis X-ray Imaging Conducted?

An X-ray will display your bones and how they relate to each other. In addition, an X-ray helps your doctor determine if a patient has a fracture of the spine, an infection, or a tumor. For over 100 years, doctors have continued to use X-rays to check bone alignments and to see whether certain shadows appear out of alignment. With this tool, doctors can get clues about the health of the spine. If your doctor thinks your problem emanates from degeneration of the spine, X-rays can determine if the space between your vertebrae has decreased, if bone spurs exist, or hypertrophy (enlargement) of the facet joints.

Conducting a Scoliosis X-ray

Having an X-ray taken is much like having your photograph taken. For instance, it is a quick and painless procedure. You will lie very still on a table or stand very still and hold certain positions while pictures are taken of your spine. Sometimes X-ray technicians will ask that you stand or sit in different positions. For example, an X-ray may be taken while you bend forward (flexion), and another while you straighten your spine (extension). For example, doctors refer to this as a “flexion-extension” view of the spine. Moreover, these X-rays are compared to see if there is extra movement between the vertebrae, a condition called segmental instability.

For Patients in Pain

Our X-ray system will take the X-ray really fast, within 15 seconds. Also, the system can take 3D weight-bearing images that provide your physician with views of your spine or limb anatomy that are not available with 2D X-rays but become critical for diagnosing and treating complex orthopedic and spine conditions.

What are the Limitations of Scoliosis X-ray Imaging?

X-rays do not show the soft tissues-nerves, discs, and ligaments. Today, many tests can show the soft tissues much clearer, so doctors do not always have to rely on X-rays. However, X-rays provide a good starting point in evaluating the spine.

What are the Risks?

Our X-ray machine provides reduced radiation exposure to our patients. For example, the EOS X-ray system delivers 50% to 85%less radiation than traditional digital X-ray systems and 95% less dose than computed tomography (CT) scans. For patients that need to undergo frequent X-rays to monitor the progress of their condition, the system of choice is the EOS system of choice, delivering fast, safe, and high-quality images.

The vast majority of patients who get X-rays will never get enough radiation to worry about cancer. In addition, only patients who get hundreds of X-rays over many years need to worry about this risk. Furthermore, doctors will protect Children and young adults from radiation exposure to the testicles and ovaries while undergoing treatment for Scoliosis or a spinal condition. This is because the radiation may damage sperm and eggs. During X-rays, It is simple to protect these areas by shielding them with a lead apron or lead blanket.