RESUMEN
INTRODUCTION: Peripherally inserted central catheters, also known as PICC lines, are very common procedures for patients in the hospital who need to have long-term intravenous access, for various reasons such as antibiotics or total parenteral nutrition. At our institution, there is currently only one interventional radiology (IR) suite in our department to accommodate all IR procedures. Therefore, the bedside PICC program was introduced to help alleviate the workload in the IR suite and to improve overall patient care. Under the supervision of the hospital's interventional radiologists, trained x-ray technologists (medical radiation technologists [MRTs]) are inserting PICCs at the bedside. The purpose of this article is to describe the creation of a bedside PICC program by x-ray technologists in a hospital setting and to analyze the PICC insertions performed by MRTs over a six-year period. METHODS: In 2012, a bedside PICC insertion program was developed at our hospital, whereby two technologists would perform the procedure, using the Site-Rite® 8 Ultrasound System alongside the integrated Sherlock 3CG™ Diamond Tip Confirmation System. Training on these systems and procedural techniques, including venipuncture, sterile technique, and equipment knowledge and troubleshooting was provided for technologists. The point-of-care program was revamped in 2017 in that only one technologist would go to the bedside alone for PICC insertions. All data for the analyses were obtained from the Radiology Information System program used by our medical imaging department, called Coral RIS/PACS. RESULTS: Owing to staffing issues and inconsistent scheduling, an overview of yearly volumes of bedside PICCs performed increased from 45 in 2012 to 486 in 2018. After program changes made in 2017, these changes yielded a total volume of 382 of bedside PICCs performed, and an even more remarkable amount of 486 in 2018. For these two latter years, an evaluation of the program was carried out by analyzing how many bedside PICCs were performed successfully by the solo technologist. Overall success was achieved for both years: in 2017, 82% of the cases were performed by the technologist alone without any assistance, and likewise 89% in 2018. CONCLUSION: Since the onset of this process improvement initiative, the bedside PICC program by MRTs under the supervision of the interventional radiologists at our institution has benefited many patients and the hospital as a whole. It was apparent during the development of the program that consistent scheduling of trained and dedicated MRTs to do these bedside procedures on a regular basis improved the efficiency of the program.
