Researchers have found a way to reduce kidney injury in patients undergoing a procedure with contrast dye, using quality improvement measures in 8 of the 10 hospitals in the Northern New England Cardiovascular Disease Study Group.
Currently, 7-15 percent of these patients who undergo a coronary stent procedure with contrast-dye end up with kidney injury, which can result in death or rapid decline in kidney function leading to temporary or permanent dialysis, says a study published in the July issue of Circulation Cardiovascular Quality Outcomes
journal. Previous to this study, based on quality improvement methods in the hospitals, little has been done to adopt evidence-based interventions though it has been a patient safety objective of the National Quality Forum.
While researchers looked specifically at patients in the cardiology catheterization lab, they believe the methods they developed over a six-year period to prevent kidney injury are generalizable to all of medicine and contrast procedures.
"We believe that using a team-based approach and having teams at different medical centers in northern New England learn from one-another to provide the best care possible for their patients," said Jeremiah Brown of The Dartmouth Institute for Health Policy & Clinical Practice.
Brown and his colleagues found that using a quality improvement design and team coaching, they could reduce kidney injury by 20 percent among all patients and by 30 percent among patients with pre-existing chronic kidney disease.
"Some of the most innovative ideas came from these teams and identified simple solutions to protect patients from kidney injury resulting from the contrast dye exposure," Brown said. "These included getting patients to self-hydrate with water before the procedure (8 glasses of water before and after the procedure), allow patients to drink fluids up to two hours before the procedure (whereas before they were "NPO" for up to 12 hours and came to the hospital dehydrated), training the doctors to use less contrast in the procedure (which is good for the patient and saves the hospital money), and creating stops in the system to delay a procedure if that patient had not received enough oral or intravenous fluids before the case (rather, they would delay the case until the patient received adequate fluids)."
Using a simple team-based approach, Brown and colleagues from 10 medical centers in northern New England prevented kidney injury in 1 out of every 5 patients undergoing a cardiac catheterization procedure.
"Our regional success was really about hospital teams talking and innovating with one another. Instead of competing with one another in similar health care markets, they shared their data, protocols, and ideas resulting in simple, homegrown, easy to do solutions that improved patient safety across the region," Brown said.