Infection Control

“Investigating Electrocardiography Lead Wires as a Reservoir for Antibiotic Pathgens” Presented at AHA, April 2008, Authors: Hetal Gandhi MD, et al

  • ECG lead wires are a reservoir source for multidrug resistant organisms in the intensive care unit
  • Failure to effectively decontaminate ECG lead wires can result in an invasive infection by multidrug resistant organisms
  • Decontamination methods applied to reusable ECG leads have not been shown to be effective in eliminating these organisms
  • Disposable ECG lead wires may reduce the risk of transmission of hospital acquired infections and improve patient safety

 

“Multicenter Study of Bacterial Pathogens on Reusable, Cleaned ECG Lead Wires: Are Patients at Risk for Nosocomial Bacterial Infections While in Operating Room?” Presented at AORN, March 2009, Authors: Nancy M. Albert, et al

  • Out of a sampling of 240 cleaned ECG lead wires, 226 bacteria species were identified on 201 (63%) of the ECG-LW sets
  • Urban hospitals in the study had less bacteria growth and fewer bacteria species per ECG-LW than the community hospitals in the study
  • By clinical area the presence of bacteria and number of bacteria species per ECG-LW differed with the OR having less than other areas and the ED and TELE/SDU have more growth than the ICU
  • At risk or potential risk bacteria growth was found on 121 (38%) of the ECG-LW sets
  • Cleaned reusable ECG-LW carry microorganisms that may cause human nosocomial infections.

 

“Bacterial Growth on Cleaned Reusable ECG Leadwires: Do Cleaning Methods Matter?” Author: Nancy M. Albert, PhD, RN, Director, et al

  • ECG-LW clearning practices & adherence to cleaning policies varied
  • 38% of respondents state that the emphasis of cleaning ECG-LW was inadequate
  • Once cleaned, over half of the care settings dangled ECG-LW from bedside cables
  • Research suggests that even when cleaning policies are implemented ECG-LW may not be adequately cleaned or may be recontaminated with bacterial growth

 

“Implementation of Disposable Blood Pressure Cuffs as a Novel Approach to Reduce Formite Transmission of Health-Care Assocate Clostridium Difficile Infection in a Community Hospital” Author: Carolyn Fiutem, MT (ASCP), CLS (NCA), CIC et al

  • Patients are 53% less likely to have c. Difficile with disposable Blood Pressure Cuffs
  • Fomites contribute to c. Difficile
  • Disposable BP Cuffs when added to patient dedicated equipment and accessories yield a statistically significant reduction in healthcare associated c. Difficile
  • Facility implemented disposable Blood Pressure Cuffs as a result of high c. Difficile rates. Later, due to cost cutting measures, reusable Blood Pressure Cuffs were re-introduced. Subsequently the rate of c. Difficile increased. As a result, the facility re-introduced disposable, single patient use Blood Pressure Cuffs and again documented decreased incidences of c. Difficile

 

For more information about infection control in healthcare settings, and how to comply with the CDC 1B recommendations to “implement patient-dedicated or single-use noncritical equipment (e.g., blood pressure cuff, stethoscope) instruments and devices”, call LifeSync Corporation. Any hospital interested in the LifeSync Wireless ECG System will be given an opportunity to clinically evaluate the system and document for themselves the impact on patient safety, hospital productivity and infection reduction. The company’s sales representatives and clinical specialists are available to provide a custom consultation and demonstration of the System. Please call 866-ECG (324)-3888 or visit us at at www.lifesynccorp.com