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Introducing the BD Q-Syte™ a split-septum needleless luer access system.

The BD Q-Syte™


The Department of Health has estimated that are 300,000 healthcare associated infections each year.3 The Health Protection Agency reported that bloodstream infections have increased from 80,000 in 2003 to 105,000 in 2007.5 The National Audit Office report on reducing Healthcare Associated Infections in June 20096 reported that 44% of bloodstream infections are associated with invasive devices, two thirds of these due to intravenous access devices such as peripheral and central line catheters. Although a small and seemingly inconsequential component of an infusion therapy system, a needleless access device can be the place of origin for microbial growth.4

Purposefully simple in design and function, split-septum devices eliminate the complexities of mechanical valves, and with them, the places that may harbour bacteria.4 In fact, studies comparing devices found that patients are three times more likely, on average, to develop a catheter related blood stream infection (CRBSI) with the use of mechanical valves vs. a split-septum needleless access system.1,2


The Solution is in Simplicity

The split-septum concept was introduced to the needleless IV access device market with Interlink.® BD understands that split-septum features such as simple internal design, ease of use, and a straight, clear fluid path, are critical to achieve CRBSI reductions. Now, BD Medical extends the benefits of split septum to the convenience of luer access with BD Q-Syte Luer Access Split Septum.


Ultimate Performance in Closed Luer Access

In addition to the benefits of split-septum design, the BD Q-Syte device delivers optimal luer access performance. Because of its straight and unobstructed fluid path, the BD Q-Syte device provides:

Dramatically higher flow rates7

A low priming volume

Flexibility to use ISO-compatible luer slip or luer lock connection 



Compliance with New Regulations

The Government has made reduction of healthcare associated infections a priority. Previously the Healthcare Commission has monitored infection rates in trusts and aided in their prevention. From 1 April 2009 additional requirements have been published by the newly formed Care Quality Commission. This commission will continue to complete annual inspections of hospitals and will monitor compliance with the Health and Social Care Act 2008 which has published a code of practice to prevent and reduce heathcare associated infections.

Because the cost to the NHS of hospital associated infections is estimated to be in excess of £1billion per year8, taking strides to reduce the risk of CRBSIs is in the best interest of hospitals and patients alike. Utilis­ing split-septum devices such as BD Q-Syte may help hospitals reduce their rate of CRBSIs, an outcome that is good for patients, the healthcare institution and the bottom line.


Click here to download our Q-Syte™ brochure.


Click here to download information on our pre-filled flush syringes.


Click here to download our pre-filled flush syringe product selection guide.



1 Rupp ME, Sholtz LA, Jourdan DR, et al. Outbreak of bloodstream infection temporally associated with the use of an intravascular needleless valve. CID. 2007;44:1408-1414.

2 Salgado CD, Chinnes L, Paczesny TH, Cantey JR. Increased rate of catheter-related bloodstream infection associated with use of a needleless mechanical valve device at a long-term acute care hospital. Infect Control Hosp Epidemiol. 2007;28:684-688.

3 House of Commons Committee of Public Accounts – Twenty Fourth Report 2004-5: Improving patient care by reducing the risks of hospital acquired infections: a progress report.

4 Karchmer TB, Wood C, Ohl CA et al. Contamination of mechanical valve needleless devices may contribute to catheter-related bloodstream infections. SHEA 2006 Presentation Number: 221 Poster Board Number: 47.

5 Surveillance of Healthcare Associated Infections Report : 2008 Health Protection Agency.

6 Reducing Heathcare Associated Infections in England. National Audit Office : 12 June 2009

7 Data on file (see page 4)

8 Plowman et al (1999 : The Socio-economic Burden of Hospital Acquired Infections – Public Health Laboratory Service London