Serving the community of upstate New York’s Capital Region, Adirondack Radiology Associates (ARA) recently expanded patients’ access to state-of-the-art, high-field open bore MR imaging technology, replacing two systems, an older low-field open system and a closed 1.5T system, with the Hitachi Oasis high-field open MR at their Saratoga Imaging Center. Since the installation, ARA has experienced an increase in procedure volumes and patient satisfaction as well a reduction in costs.
Adirondack owns and operates three diagnostic imaging centers: North Country Imaging Center, MRI at the Pruyn Pavilion, and Saratoga Imaging Center. It also provides exclusive radiology services to Glens Falls Hospital. In addition, Advanced Imaging at Baybrook in Glens Falls is a joint venture between North Country Imaging and Glens Falls Hospital. With a long history of being the only provider in the Saratoga Springs region with an open MR system, ARA felt it was important to continue to provide an open imaging alternative for those patients who deal with claustrophobia issues, or have situations preventing them from using traditional bore systems. The practice’s Administrative Director, Jim Combs, offered his perspective on how replacing two MR systems at one of their imaging centers with the Oasis has changed their practice.
First there were two
ARA is a well-established provider of imaging services in the Capital Region and patients look to them for cutting-edge imaging technology when it comes to their health. Since 1971, ARA has been meeting the region’s imaging needs, and for a long period of time, was the only imaging provider to operate an open MR system in the Saratoga Springs area. When the Saratoga Imaging Center moved to its current location about ten years ago, they were interested in doing more breast MR studies, which, by and large, were mostly being performed on closed systems. In keeping with its mission to be on the forefront of new imaging services and practice concepts, ARA decided to continue to provide patients with an open MR imaging system, but also purchased a closed bore system that would offer additional services to patients, such as MR imaging of the breast.
“It’s very rare for an imaging center to have two magnets,” explains Combs, “but it was important for us to continue to provide an open alternative for those patients who needed it, as well as have the ability to provide services that required the closed system. We decided to operate both at our Saratoga facility.”
And then there was one
Over time, advances in MR imaging technology spurred the release of next generation MR systems. The developments were apparent in terms of physical changes to the systems. More manufacturers were producing open systems, some produced partially open systems and some closed systems were given a wider bore opening to accommodate patients more comfortably. But the advances didn’t only come in the form of physical specifications, significant strides were made in terms of evolving the image quality produced with MR imaging.
“As time passed, we continued to follow Hitachi’s developments and improvements in MR, and we were specifically interested in the technology used in the Oasis,” says Combs. “Once we decided to make the move to the Oasis, we felt strongly about the technology within the system and that it would be able to take the place of both of the systems we were operating at the time at that location. To make it work for us from a financial perspective, Hitachi was able to terminate the service contracts on our two older MR systems and keep us budget neutral for a period of two years.” The Saratoga Imaging Center is back to operating only one MR unit now, has realized cost savings of nearly one FTE, and is extremely pleased with the quality of the imaging studies produced by the Oasis.
No sacrificing image quality
ARA installed the 1.2 T Oasis, the highest field open magnet on the market, at their Saratoga Imaging Center. According to Combs, the center’s radiologists feel that there doesn’t seem to be any sacrifice of image quality in the open bore system, as has been known to be the case in some open systems, due to the typically lesser strength of the magnet. “We believe, based on what we’ve seen,” says Combs, “that it provides equivalent image quality as the closed bore magnets that are available, and in some cases, superior image quality.”
Despite the loss of the closed system at the Saratoga facility that was purchased
Claudette Lew is associate editor, ImagingBiz.