Radiology Oncology Systems, Inc. (“R.O.S.”) of San Diego, California, announces another installation of Cyrpa Patient Positioning Lasers in the United States.
St. Charles Medical Center’s radiation therapy department chose CYRPA Lasers to put into its new vault housing an Elekta linear accelerator because of its state-of-the-art capabilities, including dual-diode (dual color) laser beams and auto-calibration.
This is the second installation of CYRPA Lasers St. Charles Medical Center has coordinated with R.O.S.; the first set of lasers being installed earlier this year in May.
A PET/CT scanner combines the benefits of nuclear medicine with the clarity of x-ray imaging. For radiation oncologists, this means identifying the tumor in a patient, and knowing precisely where it is located. It’s a very powerful imaging modality, far superior in many cases to CT, X-Ray, or MRI, when dealing with cancer patients.
Although PET/CT is becoming an increasingly sought-after modality in radiation therapy, the relatively low patient load in the radiation therapy clinic makes the purchase of a PET/CT hard to justify for a practice. After all, a cancer patient will get one or two PET/CT scans during the course of a radiation therapy treatment, yet may require up to 30 or more daily treatments (fractions) on a linear accelerator.
Adding or updating your facility’s linear accelerator (linac) is a decision with budgetary, space, and personnel impacts. In the following paragraphs, we hope to help you in your buying decision by explaining when it is better to seek a new linac and not a used model.
Linear accelerators have become increasingly more sophisticated over the last two decades. The advent of IMRT (intensity modulated radiation therapy), as well as CBCT (cone beam CT) and VMAT (volumetric arc therapy) means that more data is generated from the linear accelerator than ever before.
In order to keep all of the patient data organized, a Record and Verify System (R&V) should be used. An R&V system is simply a computer server and related software that organizes and stores all of the data that is fed into, or captured from, the linear accelerator and the related patient being treated.
The Project Management Team at Radiology Oncology Systems (known as R.O.S. for short) recently completed a major project involving installation of a refurbished Elekta Synergy linear accelerator system at a major public institution in Australia. Such an installation generally takes between eight to twelve weeks. In this case, ROS’s team provided an “expedited installation” and completed the work in just under four weeks.
Tommy Hughes, Sr. Manager, Field Operations at ROS, stated, “we received full acceptance to OEM standards by the facility’s physics & medical staff in under four weeks—this is a record for our company, and a big accomplishment for our team”.