Agilent, 103799-100, Seahorse XFe96/XF Pro PDL Cell Culture Microplates

Seahorse XFe96/XF Pro PDL Cell Culture Microplates. For use with XFe96 and XF Pro Analyzer. Includes 6 Seahorse XFe96/XF Pro PDL cell culture microplates.

Specifications:
Assay Wells: 96
Biological Sample Type: AdherentIsolated MitochondriaMonolayerSpheroid
Bundle Contents: 6 XFe96/XF Pro PDL cell culture microplates
Cell Dimension: 2D
For Use With: Seahorse XF Pro AnalyzerSeahorse XFe96 Analyzer
Injection Ports per Well: 4 per well
Microchamber Height: 200 μm
Microchamber Volume: 2.28 µL
Plate Surface Treatment: Irradiated
Sample Requirements: 5000 - 200000 cells/well
Shipping Condition: Ambient Temperature
Well Volume: 200-250 µL/well

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Designed for high-throughput cell metabolism studies, these cell culture microplates offer exceptional performance and reliability for advanced research applications. The polyd-lysine (PDL) coated surface ensures optimal cell attachment across a broad range of cell types, including adherent cell lines and primary cells, enhancing assay sensitivity and reproducibility. With a 96-well format, the plates enable parallel, simultaneous measurements, making them ideal for experiments requiring multiple replicates or treatment conditions.

Optimized for use with Agilent Seahorse XFe96 Analyzers and XF Pro Analyzers, these microplates are integral for conducting real-time bioenergetic analyses such as mitochondrial respiration and glycolysis assays. Researchers leverage these plates to study cellular responses to metabolic perturbations, drug treatments, genetic modifications, or environmental changes under physiologically relevant conditions. The uniform PDL coating supports consistent cell growth, minimizing edge effects and variability between wells.

Compatible with Agilent Seahorse sensor cartridges and instrument software workflows, these microplates streamline the setup and execution of extracellular flux assays. They are suitable for various applications in oncology, immunology, toxicology, and metabolic disease research, providing accurate and reliable data to advance scientific discovery in cell metabolism.