Agilent Seahorse XF Flex Analyzer—The future of 3D discovery
Energy metabolism supports fundamental biological processes required for sustaining all activities in living organisms. While essential for energy production, metabolic pathways also serve as key regulators for critical signaling events that mediate cellular function, adaptation, and survival. The dysregulation of these metabolic and signaling pathways is frequently observed in disease states, from cancer and metabolic disorders to neurodegeneration.
Breakthroughs in the understanding of complex diseases demand research models that evolve alongside scientific discovery. The new Agilent Seahorse XF Flex 24-well platform is redefining what’s possible in functional metabolic analysis, empowering researchers to explore metabolism across a broader range of model systems than ever before. From traditional 2D cell cultures to cutting-edge 3D organoids, spheroids, and tissue models, this advanced platform delivers a more physiologically relevant view of metabolism in disease. By bridging the gap between in vitro research and real-world biology, the Seahorse XF Flex enhances research translatability, unlocking deeper insights into cellular function and disease mechanisms.
Optimized for 3D model analysis and flexible for a wide range of biological models, delivering high-quality, reliable results that you can trust.
Discover the XF Flex 3D tissue workflow that enables robust, real-time metabolic measurements in tissue models with greater sensitivity and consistency.
The Seahorse XF Flex analyzer simultaneously measures the activities of the two main energy pathways—mitochondrial respiration and glycolysis—in real time.
Join us to explore how the new Agilent Seahorse XF Flex Analyzer is revolutionizing real-time metabolic analysis in 3D models systems. Designed for seamless integration with optimized plates and reagents, this cutting-edge system delivers enhanced flexibility, tailored workflows, and improved sensitivity, empowering researchers to push the boundaries of metabolic discovery.
Discover an optimized Seahorse XF workflow with tips and tricks to perform a successful real-time metabolic analysis in complex tissue models.
This technical overview highlights the improved sensitivity and data robustness achievable using the XF Flex 3D flex tissue workflow.
See an example of how selecting the right XF consumables can facilitate accurate and robust metabolic measurements in wide range of cell models.
Maximized sensitivity, enhanced reproducibility, wide detection range and flexibility with 3D models set it apart from other analyzers.
Enhanced design features on the XF 3D microplates combined with XF Flex analyzer improve signal detection and deliver reliable results with 3D study models.
Solutions tailored for 3D models with streamline assay procedure, simplifying modulator preparation and minimizing user errors.
For Research Use Only. Not for use in diagnostic procedures.
RA250327.175