Proven proprietary technology: How it works
Experiments are easily transferable to IFCs and require a fraction of the sample and reagents needed for microplates. IFCs are precisely fabricated in microscopic dimensions with extremely accurate volumetric chambers for nanoscale processing of individual reactions.
Microfluidic arrays: Future forward
• Perform multiple PCR-based applications including targeted NGS library preparation
• Achieve lower cost and higher operating efficiency through volume miniaturization and workflow automation
• Benefit from flexible and scalable sample throughput without changing technologies
• Automation-compatible design enables integration with lab robotic systems
Key benefits of IFCs
Scalable
Multiple IFC formats make it easy to manage dynamic sample or assay counts.
Flexible
Open architecture allows the user to easily add, remove, replicate or change assays within a panel.
Cost-effective
Reduce cost and waste through lower consumption of reagents and lab plastics.
NEW: Flex Six IFC for the Biomark X9 System
The Flex Six™ integrated fluidic circuit is the only IFC with six independent partitions. Run them separately or together in any combination to maximize flexibility, minimize waste and accelerate small-batch studies on the Biomark™ X9 System for High-Throughput Genomics.
IFCs are run on the Biomark X9 System, which contains several programs that process the IFC for thermal control and fluorescence detection, enabling different IFC formats and functions for qPCR and NGS library prep applications.
Biomark X9 System – qPCR workflow
• Flexibility and scalability to adapt to multiple projects and changing needs
• Multiple IFC formats to instantly respond to changing experimental needs
Biomark X9 System – NGS library prep workflow
More than 9,000 publications referencing IFCs in genomics
Gene expression
- Immune profiling
- Biomarker discovery and validation
- Pharmacodynamics
- Pathways
SNP genotyping
- Pharmacogenomics
- Oncology
- Inherited disease
- Quality control
NGS library preparation
- Pathogen detection
- Oncology
- Inherited disease
Resources
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