System detects MRSA in less than 90 minutes

The GenSPEED Test System developed by Greiner Bio-One combines crude lysis of bacteria with multiplex-PCR before the final automated analysis of PCR-products in the new GenSPEED R2 device.

Photo: System detects MRSA in less than 90 minutes

One specific test to run on this system is a DNA-based in-vitro diagnostic tool to detect MRSA within 75 minutes from human nasal and pharyngeal smears, targeting both resistance genes mecA and mecC, the company explains. Another is to rapidly identify toxigenic C. difficile by detecting genes for glutamate dehydrogenase (GDH), toxin A, toxin B and binary toxin in one step. The firm reports that this is achieved in less than 90 minutes. Greiner Bio-One also points out that this one-step procedure outdates the sequential diagnostic procedure (two-step method according to ESCMID-guidelines) that uses at least two different test systems, e.g. a GDH antigen assay followed by a toxin assay.

In general, the test system scores points for speed and high sensitivity at a reasonable price, says Greiner. ‘Analyses of individual samples are possible at any time. Three controls (for DNA amplification, hybridisation, as well as a negative control) on the Test Chip offer great reliability. The compact and maintenance free system was designed for optimal ease of use. Pre-filled reagents and the automated GenSPEED R2 device reduce the number of process steps to a minimum.’

03.07.2014

Related articles

Photo

Article •

Better training could help

Internet-based training for clinicians could help lower antibiotic prescribing rates for acute respiratory tract infections by as much as 62%, according to British researchers.

Photo

News •

MRSA outbreaks cost a fortune

A new test gives reliable results in just 75 minutes, speeding up combat actions. Since Methicillin-resistant staphy lococcus aureus (MRSA) has developed resistance to antibiotic treatments,…

Photo

News • Restoring antibacterial efficacy

New hydrogel helps overcome antibiotic resistance

In the laboratory, researchers increased the bactericidal effect of antibiotics 64-fold with the use of a new hydrogel. The material made the antibiotics effective even against resistant bacteria.

Related products

Subscribe to Newsletter