How Microarray Analysis for Cancer Research Worksby Oxford Gene TechnologyTraditional approaches for research into tumor formation have revolved around histological classification
Product NewsThe D3 Array™ Is Filling the Gaps Left by NGS and qPCRby Ian Black, MSComm, MScThe D3 Array is expanding into the clinical and agricultural spaces, providing low-cost multiplex testing
Product NewsUltra-Low-Volume Liquid Dispensing with Next-Generation Microarray Printersby ArrayjetMercury instruments can be used for a wide range of microarray and microfluidics applications
Product NewsPathogenDx, Inc. Receives FDA Emergency Use Authorization for Industry’s First Microarray-Based COVID-19 Testby PathogenDXDetectX-Rv is ideally suited for small and medium clinical/CLIA labs to accurately detect COVID-19 easily, cost-effectively, and with high throughput
In FocusMicroarray Technology Enhances COVID-19 Testingby PathogenDXPathogenDx combines RT-PCR and DNA microarray for greater specificity and multiplex capabilities
In FocusAdvanced Microarray Testing Guides Public Health Decision Makingby PathogenDXImproved testing platforms with greater specificity, throughput, and environmental testing capabilities are essential to support public health decisions
Product NewsOGT Develops Transformative Constitutional NGS Panelby Oxford Gene TechnologyCytoSure NGS—Combining the benefits of microarrays and NGS in a single assay
NewsProducing Sensors with an Inkjet Printerby Technical University of MunichMicroelectrode arrays (MEAs) can be printed on gelatin and other soft materials
NewsYou Can Teach an Old Drug New Tricksby Arizona State UniversityResearchers used an innovative method to screen a broad range of kinases for a drug's effectiveness.
NewsIn Vitro Tissue Microarrays for Quick and Efficient Spheroid Characterizationby Society for Laboratory Automation and ScreeningNew process is rapid, automatable, and uses 11 times fewer reagents compared to conventional workflows