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How does it work? The microbiology department receives specimens, plates them on appropriate media, and grows them in a CO 2 incubator. The technologist performing the tests can simply glance at the DxM front panel to ensure that the reagents are all set to go before they leave for the day. The microbiology technologists in our lab find them much easier to read and benefit from the fact that the analyzer does not need to be opened to check reagent levels. Today, our workflow is much faster – and we are particularly impressed by the reagent indicators in the DxM MicroScan WalkAway. It didn’t take us long to settle on the DxM MicroScan WalkAway as our replacement system – and we haven’t looked back since.
BECKMAN COULTER MICROSCAN PLUS
At the time, we were using a Beckman Coulter MicroScan WalkAway 96 plus – which we thought was a great instrument – but we recognized that our laboratory needed a more advanced tool.
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And that’s why we recently decided that we needed to revisit our microbiology needs. Rapid, accurate organism identification and susceptibility testing doesn’t only aid the well-being of the patient, though it can also result in the reduction of unnecessary health resource expenditure. If we have to wait days for enough microbial growth to identify the disease-causing pathogen, then the patient has to wait equally long for treatment – and, especially in the case of sepsis, not every patient can. The major shortfall of current standard testing methods is the length of time it takes for organism growth. Where do current testing methods fall short? Particularly in our hospital’s effort to treat sepsis aggressively and appropriately, such technology is paramount. Technology that can quickly and accurately identify organisms as well as appropriate antimicrobial susceptibility is instrumental in directing appropriate therapy for the patient – not to mention reducing the number of potentially ineffective or even harmful drugs to which the patient might otherwise be exposed. It’s clear from the cases we see every day that microbiology, as a field, needs better testing solutions. David Crabtree and Glenn Gutterman, the laboratory director and laboratory supervisor, respectively, support three technologists – Carol Baker, Terry West, and Kevin Gordon – who are largely responsible for the microbiology section. Although I am the hospital’s sole pathologist, the other members of my laboratory are equally indispensable. We serve not only the Poplar Bluff area but also surrounding counties, so our microbiology laboratory processes about 30,000 specimens per year. Poplar Bluff Regional Medical Centre is a 250-bed hospital in Poplar Bluff, a town of approximately 17,000 in southeast Missouri. We spoke to pathologist Brent Ponder of Poplar Bluff Regional Medical Center to learn about his lab’s needs – and where the DxM MicroScan WalkAway fits into the picture. Beckman Coulter’s DxM MicroScan WalkAway is one such system. Microbiology professionals who aren’t willing to compromise must turn to advanced systems that can reduce turnaround times, identify pathogens, and offer broad-ranging resistance detection. But not every infectious disease testing system can offer both at once the most accurate tests are often slower to return results. No patient should ever have to sacrifice their degree of certainty about a result to get it faster. Rapid treatment… or the right treatment? No pathologist should ever be in a situation where speed and accuracy are an “either/or” choice for laboratory diagnostic decisions.