Free Fatty Acids May be as Effective as Antibiotics in Treating Catheter Infections

Article

Researchers at Rhode Island Hospital, Veterans Affair Medical Center in Providence and University of Rhode Island have found that a free fatty acid, made up of compounds similar to those naturally made in the body, may be as effective at fighting certain infections as antibiotics. The study is published online in advance of print in the Journal of Antimicrobial Chemotherapy.

"More and more bacteria are developing resistance to commonly used antibiotics," says Leonard Mermel, DO, medical director of the department of epidemiology and infection control at Rhode Island Hospital. "This study shows that in some cases, we may have an alternative to antibiotics in preventing and treating infections caused by intravenous catheters."

The researchers studied the use of specific antimicrobial lock solutions for the treatment of catheter-related bloodstream infections and found that in laboratory experiments, the treatments were equally, if not more, effective than antibiotics in treating catheter infections. The prototype used in this study, ML9-X10, is a novel, free fatty acid catheter lock solution that is under development.

"Some free fatty acids have the ability to fight bacteria, yeast and viruses," says Kerry LaPlante PharmD, of the University of Rhode Island and Veterans Affair Medical Center in Providence. "These unique compounds may provide an alternative to traditional antibiotics in preventing and treating the many intravenous catheter infections that occur each year in the U.S."

Catheter-related bloodstream infections, such as those due to Staphylococcus, are a common cause of healthcare-associated infections. Such infections increase hospital length of stay, overall treatment costs, and are associated with morbidity and mortality.

This study was supported in part by a grant from Marvao Medical, Inc. Mermel's principal affiliation is Rhode Island Hospital, a member hospital of the Lifespan health system in Rhode Island. He also has an academic appointment at The Warren Alpert Medical School of Brown University. His co-investigators include Megan K. Luther of the University of Rhode Island and the Veterans Affairs Medical Center; and corresponding author Kerry L. LaPlante, of URI, the VA Medical Center, and the Alpert Medical School.

Source: Rhode Island Hospital

Related Videos
Rare Disease Month: An Infection Control Today® and Contagion® collaboration.
Infection Control Today Topic of the Month: Mental Health
Lucy S. Witt, MD, investigates hospital bed's role in C difficile transmission, emphasizing room interactions and infection prevention
Shelley Summerlin-Long, MPH, MSW, BSN, RN, senior quality improvement leader, infection prevention, UNC Medical Center, Chapel Hill, North Carolina
An eye instrument holding an intraocular lens for cataract surgery. How to clean and sterilize it appropriately?   (Adobe Stock 417326809By Mohammed)
Christopher Reid, PhD  (Photo courtesy of Christopher Reid, PhD)
Paper with words antimicrobial resistance (AMR) and glasses.   (Adobe Stock 126570978 by Vitalii Vodolazskyi)
Association for the Health Care Environment (Logo used with permission)
Woman lying in hospital bed (Adobe Stock, unknown)
Photo of a model operating room. (Photo courtesy of Indigo-Clean and Kenall Manufacturing)
Related Content