BBL CHROMagar MRSA allows microbiology laboratories to identify patients
colonized with MRSA more quickly and easily than the time-consuming and labor-
intensive processes currently available. BBL CHROMagar MRSA allows for the
direct detection and identification of most MRSA within 24 hours. The cost
benefits associated with reducing nosocomial infections can be significant.
"This technology will be extremely useful to those who wish to identify
patients colonized with MRSA," said Dr. Bill Jarvis of Emory University School
of Medicine, and president of Jason and Jarvis Associates. "Since MRSA
colonization leads to infection in a specific patient and is a risk factor for
transmission of MRSA to other patients, rapid identification of those with
MRSA colonization will reduce the risk of infection in colonized patients, by
enabling their clinicians to intervene, and reduce the risk of patient-to-
patient transmission by permitting isolation of those who are MRSA-colonized.
Furthermore, this technology will markedly increase the rate at which
community-associated or hospital-acquired MRSA patients are identified. Thus,
more rapid isolation and treatment can occur. The multiple benefits of this
rapid identification method will improve patient treatment, reduce the risk of
transmission in healthcare settings, and reduce the burden of MRSA in U.S.
The prevalence of nosocomial infections caused by MRSA has been increasing
for several years in many countries around the world.(1) The Centers for
Disease Control and Prevention (CDC) estimates that between 60,000 and 80,000
Americans die each year from nosocomial infections and the cause in the
majority of cases is S. aureus.
BBL CHROMagar MRSA utilizes a new chromogenic technology which permits the
detection of MRSA using chromogenic substrates and a cephalosporin. MRSA
strains will grow in the presence of antibiotics and produce mauve-colored
colonies resulting from hydrolysis of the chromogenic substrates. In clinical
evaluations, BBL CHROMagar MRSA displayed 8 percent greater recovery(2) of MRSA than traditional screening algorithm and has the capability to identify MRSA
earlier than most traditional algorithms. This unique technology requires less
technologist time and improves the workflow in the laboratory. BBL CHROMagar
MRSA allows for the direct detection and identification of most MRSA within 24
hours, or at 48 hours with a confirmatory test.
BD is a medical technology company that serves healthcare institutions,
life science researchers, clinical laboratories, industry and the general
public. BD manufactures and sells a broad range of medical supplies, devices,
laboratory equipment and diagnostic products.
(1) Reacher, M.H. et al. 2000 Bacteremia and antibiotic resistance of its
pathogens reported in England and Wales between 1990 and 1998:trend
analysis. Br. Med. J. 320:213-6.
(2) BBL CHROMagar package insert.
Source: BD (Becton, Dickinson and Company)