As part of the $2.67 million Vital Signs appeal this year, Prince County Hospital must update the Fluoroscopy equipment in X-Ray Room 2 of the Diagnostic Imaging Unit (valued at $637,800). This technology is essential for a range of patient procedures and can perform both standard digital radiography (X-ray) and video imaging (Fluoroscopy). Fluoroscopy is used for “dynamic” studies, such as *modified barium swallows, which help PCH Speech-Language Pathologists (SLPs) like Emily Currie in diagnosing and managing swallowing disorders, especially in patients with neurological conditions like ALS or Parkinson’s. Emily explains it helps visualize how patients swallow foods and liquids, enabling tailored recommendations to ensure their safety. With over 400 swallow studies performed annually, this is just one of the ways Fluoroscopy is an indispensable tool for patient care at PCH. In addition to swallow testing, this equipment is used weekly for fertility studies and X-ray exams, making it one of the most versatile pieces of imaging technology at your hospital – a true “Swiss Army Knife” for Diagnostic Imaging. Colleen Nicholson, Coordinator of General Radiation at PCH, notes that the 12-year-old equipment is becoming slower and prone to service issues. Upgrading will improve imaging quality and reduce radiation exposure, enhancing patient safety and care.
Fluoroscopy remains an essential tool at your hospital with increasing patient demand, making this upgrade vital for the future of patient care. Your gift today will not only help fund this crucial upgrade but will also help to keep pace with advancements and upgrades in medical equipment needed in all departments.
Photo: SLPs Trevor Lynch and Emily Currie demonstrate a barium swallow using the current Fluoroscopy equipment. The pair review the image on a monitor in the photo below.
*A modified barium swallow (MBS) is a video x-ray of swallowing completed by a speech-language pathologist. White barium powder or liquid is added to foods or drinks and then ingested by the patient. It is used to see what happens when people swallow food or drinks and can highlight abnormalities in the upper GI tract.
