Konica Minolta Healthcare Americas, Inc., announces expansion of X-ray systems with Dynamic Digital Radiography (DDR) at multiple healthcare institutions across the U.S., including at Minn.-based Appleton Area Health, Bedford-based New Hampshire Neurospine Institute, Zwanger-Pesiri Radiology in New York, and Edmond, Okla.-based Summit Medical Center. DDR enables clinicians to view the dynamic interaction of anatomical structures, such as tissue and bone, with physiological changes over time, according to Konica Minolta officials.
Unlike fluoroscopy, DDR is a series of individual digital X-ray images acquired at high speed and low doses, allowing the visualization of anatomy in motion. In the same study, clinicians can acquire static and dynamic images. DDR has broad utilization across multiple clinical care specialties, including pulmonary, musculoskeletal, lung transplantation, swallowing studies and more, and is being used for both contrast and non-contrast studies.
Moreover, the KDR Flex Overhead X-ray System, one of five Konica Minolta DDR-compatible systems, automatically tracks and aligns the tube to the table or wall stand, facilitating precision in positioning. The KDR Flex Overhead X-ray System has the flexibility to be configured as a manual, semi-automated or fully automated system to optimize workflow and reduce operator fatigue. Also, an X-ray generator and Automatic Exposure Control further optimize image quality and help minimize patient dose.
According to Jill Amos, RT(R) (CT) (MRI) MS, director of radiology at Summit Medical Center, using DDR provides higher quality images at lower dose compared to fluoroscopy and it is more comfortable for the patient. The patient can stand during the imaging study versus laying down, which can be difficult for patients who have breathing issues. In addition to the lower dose that X-ray delivers compared to fluoroscopy, patients also benefit from the increased distance between them and the X-ray detector. Some patients can become claustrophobic due to the image intensifier tube arm placed over them for imaging.
“With DDR, we always get the bolus for the barium—we don’t miss anything and there are no repeats,” says Amos. “Our field of view is also much larger with X-ray and DDR, as we can image the entire thorax down to the top of the pelvis. With the larger 17 x 17 detector, the physician and the patient can watch the swallow study all the way from the esophagus down to the stomach and into the small intestine. We have found this also helps the patient understand their condition and procedure, which helps with their compliance.”
“The increasing adoption of DDR by multiple specialties is proof of the clinical value and efficacy of DDR in imaging,” adds Guillermo Sander, PhD, marketing director for digital radiography at Konica Minolta Healthcare. “As early adopters of this novel technology continue to grow, we look forward to hearing from each of these centers about the impact of this technology on patient care and outcomes, particularly in patient populations where low dose imaging techniques are essential to their long-term health.”