Research on RyMed Zero Displacement IV Connectors Featured at Three Conferences

Connectors Linked to Success Reducing Bloodstream Infection Rates

FRANKLIN, Tenn.--()--RyMed Technologies’ needleless IV connectors were the focus of three scientific presentations at recent medical conferences. All three posters described the patient safety advantages of the RyMed connectors (also know as end caps, hubs or valves).

One poster described the use of the InVision-Plus CS® with Chlorhexidine+Silver Ion Engineering at University of Louisville Hospital in Louisville, Ky. At the beginning of the study, the hospital’s Bone Marrow Transplant Unit had a much higher bloodstream infection (BSI) rate than the hospital’s other units, apparently because of its patients’ extreme vulnerability to BSIs.

Hoping to minimize the infections, the unit began InVision-Plus CS in August 2012. Data from the first eight months of use showed that the CS connector was associated with a 36% reduction in the BSI rate as compared to the previous eight months. The implementation was supported with staff and patient education.

The poster was presented at the Association for Professionals in Infection Control and Epidemiology (APIC) 40th Annual Conference, held June 8–10 in Ft. Lauderdale, Fla. Michelle Perry, RN, BSN, OCN, and Linda Goss, MSN, APRN, CIC, COHN-S co-authored the poster. Perry is the hospital’s Clinical Nurse Manager and Goss was Director of Infection Control and head of its Vascular Access Specialist Team.

A second poster, presented at the Infusion Nurses Society (INS) 2013 Annual Convention, described an infographic (visual aid) created to educate infusion-nursing clinicians about how IV connector design can influence BSI risk. The poster included the potential patient safety aspects of the zero displacement connector.

The infographic contrasted InVision-Plus® with flawed design elements of negative and positive displacement connectors, which many experts believe increase BSI risk.

The poster was by Julia Wagner, MS, BSN, RN, CCRN, VA-BC. Wagner is the Critical Care and PICC/IV Program Coordinator at a 125-bed hospital in the Denver area. The INS conference took place May 18–23 in Charlotte, N.C.

The third poster described its authors’ Healthcare and Technology Synergy (HATS) model, which creates a framework for considering the influence a patient, product technology, and practice have on each other. The poster assessed the HATS model’s usefulness for factors such as oncology nursing research; development of evidence-based nursing interventions; and product evaluation for oncology patients.

The poster used research by the authors on IV connectors, including an in vitro study and a clinical study, to illustrate the value of the model. In the in vitro research, InVision-Plus performed approximately 4.5 times better than the next best-performing connector studied in protecting against bacterial growth. It performed approximately 64.5 times better than the worst-performing connector in the study. A total of five connectors, including InVision-Plus®, were tested.

In the clinical study, the BSI rate with InVision-Plus® was approximately one-third of the BSI rate of a negative displacement connector and nearly one-quarter of the BSI rate of a positive displacement connector. The study encompassed 121,999 line days.

The authors of the poster were Cynthia Chernecky, PhD, RN, AOCN, FAAN; Julie Zadinsky, PhD, RN; Denise Macklin, BSN, RNC, VA-BC; and M. Katherine Maeve, PhD, RN. The poster was presented at the Oncology Nursing Society (ONS) 38th Annual Congress, held April 25-28 in Washington, D.C.

InVision-Plus® connectors were designed to avoid design issues in previous connector types that potentially increase BSI risk. The connector has a straight fluid pathway with no dead spaces so it is easy to flush clean. Other connector types can trap blood in the pathway, leading to bacteria colonization.

Resources:

Video:

* Infection Rates Drop at Major Cancer Center

Text:

*Description of a study involving cancer patients that compares a zero displacement IV needleless connector (InVision-Plus) to a negative-pressure, split-septum connector

*Article by Sophie Harnage, RN, BSN, VA-BC, describing the Sutter Roseville Medical Center central line bundle in detail. Sutter has gone more than seven and one half years without a BSI, using a bundle that includes InVision-Plus.

*Article by William Jarvis, M.D., on design features of IV needleless connectors that are important for preventing CRBSIs

About RyMed Technologies, Inc.

Founded in 1994, RyMed Technologies, Inc. specializes in the development and marketing of innovative safety products in the field of intravenous catheter care management. The company's products are designed to help reduce catheter occlusions, catheter-related bloodstream infections, and biofilm development commonly associated with vascular access devices. More than 10 years of research and development have gone into the InVision-Plus product line. Numerous studies regarding the efficacy of the InVision-Plus Needleless IV Connector have been published in the last six years -- which is particularly important in light of the growing incidence of catheter-related bloodstream infections (CRBSIs).

For more information, access www.rymedtech.com or call (615) 790-8093. The company is headquartered in Franklin, Tenn.

Contacts

Dowling & Dennis Public Relations
Liz Dowling, 415-388-2794
Liz@DowlingDennis.net

Release Summary

RyMed Technologies’ needleless IV connectors were the focus of three scientific presentations at recent medical conferences.

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Contacts

Dowling & Dennis Public Relations
Liz Dowling, 415-388-2794
Liz@DowlingDennis.net