Biomark™ X9 and Integrated Fluidic Circuit

Biomark X9: The most adaptable platform for multi-pathogen detection per sample – all in a single run 


Timely detection and accurate identification of infectious pathogens are essential for outbreak surveillance, environmental monitoring and public health decision-making. Traditional qPCR workflows can struggle with scalability, cost and sample throughput, making high-throughput and flexible solutions critical for effective disease monitoring. 

The Biomark X9 System for High-Throughput Genomics and Dynamic Array™ integrated fluidic circuits (IFCs) provide a cost-effective and scalable microfluidics-based approach to pathogen detection, enabling simultaneous multi-pathogen testing while providing the flexibility to include tracking of new variants, antimicrobial resistance genes and host gene responses – all in one run. 

  • Simultaneously detect multiple pathogens in each sample using a single dye channel with simple singleplex detection reactions, with no need to troubleshoot multiplex reactions or cross-reactivity between targets
  • Ensure flexibility across diverse sample types, including air, water, swab and saliva, for broad surveillance and research applications
  • Expand your testing capabilities with additional assays to identify subtypes, detect antimicrobial resistance genes or track emerging variants

Scientific Resources

Explore our latest scientific guides highlighting high-throughput qPCR applications for pathogen surveillance.

 

APPLICATION NOTE

Detecting and Quantifying Pathogens in an Environmental Setting with Genomic Tools that Scale 

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TECHNICAL NOTE

Viral Pathogen Detection with Custom Assays Using the 48.48 IFC-X and the Biomark™ X9 System

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STEP-BY-STEP GUIDE

Viral Pathogen Detection with Custom Assays Using the 48.48 IFC-X and the Biomark X9 System 

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APHL 2025 POSTERS

Respiratory Viruses: Microfluidics-Based Workflow for Subtyping — and Detection in Air Samples Using a Custom Probe-Based Assay 

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ON-DEMAND WEBINAR

From Data to Decisions: The Role of the Biomark X9 System in Wastewater Surveillance  

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ON-DEMAND WEBINAR

Simultaneous Detection of Respiratory Pathogens Using Microfluidic Singleplex qPCR for Surveillance  

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Case Studies

Gain insights from our case studies covering wastewater surveillance, foodborne pathogen detection, and tracking of antimicrobial resistance.

 

CASE STUDY

Determining Antimicrobial Resistance in the Gut Microbiome Leveraging the Versatility of Microfluidics-Based qPCR

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CASE STUDIES

Identifying and Preventing Foodborne Dangers with Microfluidics Technology 

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CASE STUDIES

Revolutionizing Wastewater Surveillance and Pathogen Identification with the Latest Microfluidics Technology 

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Publications

Learn how other scientists have leveraged the benefits of our microfluidics technology in their published pathogen detection studies.

 

PUBLICATION LIST

Pathogen Detection Using Products from Standard BioTools 

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PUBLICATION DIGEST

Application of a high-throughput quantitative PCR system for simultaneous monitoring of SARS-CoV-2 variants and other pathogenic viruses in wastewater

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PUBLICATION DIGEST

High-throughput microfluidic real-time PCR for the simultaneous detection of selected vector-borne pathogens in dogs in Bosnia and Herzegovina 

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CUSTOM ASSAY AND PATHOGEN PANELS:

Panels designed for over 100 targets/pathogens

Read how to detect viral pathogens with custom assays using the 48.48 Dynamic Array™ IFC-X and the Biomark X9 System with protocol included
 

SEE THE TECHNOLOGY IN ACTION

Get the step-by-step guide

Define, Design, and Deliver:
D3™ Assay Design

A web-based tool accessible through the Standard BioTools™ website for designing custom assay panels with expert support

  • Customers define their application and targets of interest
  • D3 designs and delivers the optimal primers for each panel

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