QIAGEN launches new QIAcuity digital PCR assays for microbial applications, enhancing infectious disease research and surveillance

Core Viewpoint - QIAGEN has launched 35 new wet-lab tested digital PCR Microbial DNA Detection Assays for its QIAcuity platform, enhancing its capabilities in microbial research and solidifying its leadership in microbial detection and analysis [1][2][3] Product Expansion - The new assays target critical pathogens including Dengue virus Serotypes 1 to 4, Monkeypox clades I and II, and Chikungunya, among others, increasing QIAGEN's total microbial dPCR assay portfolio to over 680 targets [2] - The expansion is part of a broader plan to enhance QIAGEN's wet-lab-tested dPCR assay portfolio, with at least 100 additional dPCR assays expected to be launched throughout 2024 [2] Technological Advancements - QIAGEN's QIAcuity platform utilizes nanoplates to partition samples into thousands of tiny sections, allowing for simultaneous reading of reactions, which enhances sensitivity and specificity in detecting DNA and RNA [4] - The platform reduces processing times from six hours to just two, accommodating various laboratory sizes and throughput requirements [4] Public Health Impact - The new assays are positioned as a timely response to public health crises, enabling precise detection of pathogens and facilitating prompt intervention measures, which can improve patient outcomes [3] Conference Participation - QIAGEN will showcase its expanded digital PCR offerings at the ASM Microbe conference from June 13–17 in Atlanta, Georgia, providing attendees with insights into its microbial research and diagnostic capabilities [5] Research Contributions - QIAGEN will present research on improved extraction methods for total nucleic acid from microbiome samples, emphasizing the importance of mechanical lysis for efficient extraction [6] Collaborative Efforts - A spotlight session on June 16 will highlight QIAGEN's collaboration with the Water Tower Institute and the Public Health Lab Tennessee, focusing on Legionella monitoring using the QIAcuity platform [7]