This resource center highlights applications, scientific publications, and educational webinars related to lateral flow reader technology. The materials below focus on real-world use cases, published data, and expert discussions involving quantitative lateral flow readers, and are intended to complement our educational overview of lateral flow testing.
On-demand webinars covering lateral flow reader technology, applications, and implementation best practices.
In this webinar, Valerie Champ, PhD of Detekt Biomedical explores how advances in artificial intelligence, machine vision, and predictive analytics are reshaping rapid diagnostic testing. Drawing parallels to technologies used in autonomous vehicles, robotics, and computer vision, the session examines how these tools can address current limitations in point-of-care diagnostics while enabling more intelligent, connected testing workflows.
The discussion highlights Detekt Biomedical’s approach to integrating AI-driven analysis into universal diagnostic instrumentation—using automated test routines, error prediction, cloud-based data management, and self-learning algorithms to improve performance over time. The webinar also looks ahead to how these capabilities extend beyond lateral flow testing into broader applications across healthcare, environmental monitoring, and food safety.
Scientific publications and technical references that include data generated using our lateral flow reader technology.
This peer-reviewed study describes the development and evaluation of a rapid lateral flow antigen test for SARS-CoV-2, demonstrating strong diagnostic performance without the need for laboratory infrastructure and highlighting the value of rapid diagnostics in low-resource settings.
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This study evaluates the use of rapid lateral flow assays for measuring neutralizing antibody responses over time, demonstrating correlation with standard laboratory methods and assessing assay performance across a longitudinal cohort.
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This publication reports the development and validation of a rapid lateral flow assay for detecting antibodies against CTS1, a seroreactive antigen associated with coccidioidomycosis, showing strong agreement with established reference methods.
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This study describes the design and evaluation of lateral flow devices for quantifying urinary biomarkers linked to kidney function, demonstrating the potential of point-of-care lateral flow technology for renal health assessment.
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This comparative study evaluates two lateral flow assays for detecting anti-coccidioidal antibodies in dogs, demonstrating comparable sensitivity to immunodiffusion testing and supporting the use of rapid antibody assays in veterinary diagnostics.
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Application notes demonstrating real-world use of lateral flow readers across laboratory, manufacturing, and field testing workflows.
This application note explains how lateral flow readers are used in environmental monitoring for detecting contaminants in air, water, and soil, emphasizing the benefits of instrument-based interpretation for objective, repeatable results in field testing workflows.
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This application note discusses the use of lateral flow readers for monitoring shellfish toxins in seafood and marine environments, highlighting how instrument-based interpretation enables rapid detection and reliable data collection for food safety and regulatory testing workflows.
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This application note examines the use of lateral flow readers for biothreat detection, detailing how instrument-based interpretation enhances rapid identification of biological threats and supports critical decision-making in public health and emergency response settings.
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This application note describes how lateral flow readers are used in forensic analysis, including rapid testing of biological and chemical evidence, and how reader-based interpretation improves objectivity, documentation, and data consistency in forensic workflows.
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This application note highlights the use of lateral flow readers for mold detection, explaining how instrument-based interpretation enables rapid, objective assessment of mycotoxins and other mold-related analytes, and emphasizing improved measurement reliability for environmental and industrial testing workflows.
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This application note discusses how lateral flow readers are used in food safety testing for rapid detection of contaminants and target analytes, emphasizing the benefits of instrument-based interpretation for objective measurement and reliable data capture in food quality workflows.
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