Posters

Without the right analyzer, getting an accurate platelet count can be tricky. Here, scientists compared platelet counts using three different methods to understand how the hematology analyzers stack up.

Learn how scientists from Johns Hopkins School of Medicine, University of Kansas School of Medicine, and Beckman Coulter derived the CBC Index—a simple 5-point scale including MDW—to estimate the likelihood that an ED patient will develop sepsis.

In this retrospective study, time to antibiotics was assessed in a cohort of patients presenting with vague, lower suspicion, or higher suspicion sepsis based on MDW values obtained in the CBC.

Learn how precision pipetting improves small-volume sample delivery for high sensitivity assays to conserve patient samples & eliminate sample carryover

Learn how advanced PrecisionVision Technology is improving process error monitoring in the DxI 9000 analyzer to give you a new level of confidence in your results.

Download the ECCMID 2020 poster for complete information showing the accuracy of meropenem/vaborbactam MIC panel results for Enterobacterales and P. aeruginosa correlated with frozen ISO/CLSI broth microdilution reference panel. Analyze the multicenter study’s methods, quality control parameters and conclusions based on EUCAST interpretive criteria.

Download the ECCMID 2020 poster for complete information demonstrating that cephalexin MIC results for Enterobacteriales correlate well with the MICs obtained using frozen reference panels. Review details from this multicenter study which used EUCAST interpretive criteria.

See how two hematology analyzers—the DxH 520 and the DxH 800—correlate when analyzing pediatric samples, ranging from neonatal to adolescent.

Discover how monocyte distribution width (MDW) detects sepsis early for emergency department patients. This multicenter study establishes that the novel MDW parameter performs equally well for patients with and without hematological malignancy and neutropenia.

See results showing DxH 520 hematology analyzer flagging identified samples for reflex testing for leukemia and lymphoma diagnosis as accurately as manual methods.

View data from a study that demonstrated the accuracy of the eravacycline MIC for E. coli using MicroScan Dried Gram-negative MIC panels.

See the correlation of results between the meropenem/vaboractam MIC for Enterobacteriaceae using MicroScan Dried Gram-negative MIC panels.

Find out how results correlated between the ceftolozane/tazobactam MIC for Enterobacteriaceae and Pseudomonas using MicroScan Dried Gram-negative MIC panels.

An ASM 2019 poster that illustrates how MicroScan Dried Gram-negative MIC panels correlated to the EUCAST amoxicillin/clavulanic acid formulation with frozen ISO/CLSI microbroth reference panel results for Enterobacteriaceae. Review details from a multicenter study showing clear breakpoint agreement with one of the world’s most commonly used antimicrobial susceptibility guidelines.

An ASM 2019 poster showing that the MicroScan Dried Gram-negative MIC panel results for eravacycline correlated well with frozen ISO/CLSI reference panels using FDA interpretive criteria. Analyze the multicenter study’s methods, quality control parameters and conclusions highlighting how panels compared with the frozen CLSI broth microdilution reference panel.

Review the evidence demonstrating strong correlation and concordance of the Access PCT immunoassay to a well-established PCT predicate method. Showcased at EuroMedLab 2019, this clinical laboratory study confirms the precision and reproducibility of Access PCT assay results, which are returned within 20 minutes.

Evaluate the results from a study of age-specific reference intervals (RIs) for anti-Müllerian hormone (AMH) levels in Russian women and men, which was showcased at EuroMedLab 2019. See how the newly derived RIs compare to those provided by the Access AMH assay manufacturer, which also includes Brazilian study data. These results reinforce the importance of obtaining population-specific RIs for each country.

Review the study-results revealed at EuroMedLab 2019 that show how broad temperature ranges produce no significant anti-Müllerian hormone (AMH) changes. This poster illustrates how one-to-five freeze-thaw cycles, four different temperature levels and multiple fresh-to-frozen storage conditions didn’t alter the molecule’s stability, which demonstrates the high sensitivity and precision of the Access AMH assay across diverse environments.

A study by clinical chemist Sorin Gîju, Ph.D., compared images of analyzed body fluid particles captured with the iQ200 series’ Digital Flow Morphology to those obtained via manual microcopy using filters on identical patient samples. Explore Dr. Gîju’s findings and the correlation between manual and digital methods.

Review the evidence finding that the DxC 700 AU chemistry analyzer demonstrates performance comparable to that of the AU680 and AU5800 analyzers.

Review details about how iRICELL Digital Flow Morphology automated urine microscopy imaging directly correlates to the gold standard manual method.

Discover the accuracy of MicroScan panels in testing the new antibiotic ceftazidime/avibactam, used to treat multidrug-resistant Gram-negative infections.

Learn about the reliable performance of MicroScan panels in testing new drug ceftolozane/tazobactam for multidrug-resistant Gram-negative infections.

Review study results showing how MicroScan Panels support new requirements for testing typhoidal Salmonella strains from extraintestinal sources.

Discover S. Stefano Hospital's work in comparing the performance of Power Processor and Power Express automation systems and how automation enabled higher consolidation levels for tests, supported increased workload and drove an overall reduction in TAT. 

Check out how DxONE Insights delivers the ability to access quality control data and related instrument data from across a multi-instrument network from a single dashboard, increasing efficiency, maximizing uptime and aiding in the assurance of reporting quality results.

Discover the results of a revised formulation of imipenem tested using MicroScan Dried Gram-negative MIC panels.

Explore the effectiveness of MicroScan panels in detecting a dangerous microorganism that presents a worldwide threat.