DxM Trio ID and AST Solution
Appropriate patient care is dependent upon fast answers. The DxM Trio solution is a high-efficiency, integrated system that ensures prompt turnaround times, so clinicians can begin appropriate treatment as quickly as possible. The DxM Trio solution speeds time to results by delivering MALDI-TOF pathogen identification in minutes, leading to earlier AST testing. ID and AST results are linked through integrated software, creating workflow efficiency, easing results review, and giving seamless access to robust, actionable data.
An ID and AST Solution to Boost Speed, Accuracy and Efficiency
Mass spectrometry is rapidly evolving in the microbiology laboratory. The DxM Trio brings together the accuracy of the DxM MicroScan WalkAway system, the speed of mass spectrometry with the Bruker MALDI Biotyper® system and the efficiency of LabPro-MBT software. Together, this unique integration of technologies streamlines processes to enhance overall performance.
- Speed – Antimicrobial identification results within minutes with the Bruker MALDI Biotyper
- Accuracy – Reliable, industry-trusted accuracy in the detection of critical antimicrobial resistance with the DxM MicroScan WalkAway system
- Efficiency – Consolidation of ID and AST results through LabPro-MBT
Article Discover the Speed and Accuracy of MALDI-TOF
Antimicrobial resistance is rising, prompting clinical laboratories to find effective solutions. Explore the history of MALDI-TOF and its applications for advancing antimicrobial stewardship.Read article
Webinar MALDI-TOF Mass Spectrometry in the Clinical Lab
MALDI-TOF mass spectrometry has emerged as a rapid, cost-efficient and clinically effective tool for identifying pathogens. Watch this on-demand webinar to explore the benefits of MALDI-TOF and hear about one laboratory’s clinical experience with adoption of this technology.Learn more
Article Five Facts You Need to Know about the Bruker MALDI Biotyper
Learn five interesting facts about how the MALDI Biotyper is providing fast and accurate identification of organisms.Read article