Canon Medical’s road to dynamic volume CT began decades ago. In 2007, we introduced the Aquilion ONE Area Detector CT. Next to routine anatomical imaging, it provided access to high-resolution isotropic 160mm volume datasets to visualise joint movement or any other 4D dynamic process. Dynamic volume scanning is able to capture the often-complex mechanical abnormalities causing the patients symptoms that can not be visualised with other imaging techniques.
As such, superior treatment decisions can be made for a wide variety of musculoskeletal functional disorders.
Contact your Canon Medical representative to start using Dynamic Volume CT on your Aquilion ONE scanner.
Dynamic volume CT scans are just like a normal CT scan with the exception being that the patient will be asked to perform movements during the scan.
Dynamic volume CT scans will provide the clinician with unique 4D information about joint motion. The high resolution 4D information provided by these scans is not available using other techniques, including X-ray, Ultrasound and MRI.
Standard CT wrist scan reconstructed as a static 3D image. Provides good detail about bone position and structure (left). Dynamic volume CT scan of wrist reconstructed as a dynamic 4D movie provides good detail about bone position and structure as well as enabling assessment of complex joint motion (right).
With a wide area detector covering 16cm in a single rotation with every slice just 0.5mm thick...
We are able to capture complex joint motion...
and display that information in an interactive high resolution 4D CT image.
With Canon Medical's dynamic volume CT technology, true 4D imaging can be obtained of selected joints within the body including the wrist, elbow, ankle, knee, shoulder, S/C joints and A/C joints.
Below are a few examples.
This 4D Dynamic Volume CT performed on the Aquilion ONE demonstrates the dislocation of the AC Joint in both the 3D Volume Render (Right) and Coronal MPR (Left). The pathology was best visualised by having the patient replicate a movement that caused them severe discomfort, in this case putting on a car seatbelt.
Courtesy of Victoria House Medical Imaging Melbourne
Dynamic volume scapula CT performed to assess snapping scapula syndrome.
Pain and clicking experienced during scapular motion. Imaging performed prior to surgery to identify rib resection location.
Courtesy Monash Medical Centre, Melbourne, Australia
Dynamic volume elbow CT performed to assess range of motion, prior surgery to biceps tendon insertion. Patient was experiencing pain on radial ulnar deviation.
Courtesy Flinders Medical Centre, Adelaide, Australia
Dynamic volume patella CT scan to assess patella maltracking.
Courtesy Monash Medical Centre, Melbourne, Australia
4D Orthopaedic Analysis software use a sophisticated registration algorithm to freeze the motion of a target bone in order to better demonstrate the motion of adjacent structures relative to the target bone. 4D Orthopaedic Analysis software not only simplifies the analysis of complex joint motion but also enables the quantitative analysis and measurement of joint motion.
© CANON MEDICAL SYSTEMS INDIA PRIVATE LIMITED
© CANON MEDICAL SYSTEMS INDIA PRIVATE LIMITED