Agilent, 103722-100, Seahorse XFp PDL Miniplates

Seahorse XFp PDL Miniplates. Compatible with both Seahorse XF HS Mini and Seahorse XFp Analyzers. Includes 12 Seahorse XFp PDL Cell Culture Miniplates per pack.

Specifications:
Assay Running Volume: 200-250 µL/well
Assay Wells: 8
Biological Sample Type: AdherentSuspension
Bundle Contents: 12 XFp PDL Miniplates
Cell Dimension: 2D
For Use With: Seahorse XF HS Mini AnalyzerSeahorse XFp Analyzer
Plate Surface Treatment: PDL Coated
Sample Requirements: 5000-200000 cells/well
Well Volume: 250 µL

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
The Seahorse XFp PDL Miniplates are engineered for high-performance cell metabolism assays in laboratory settings. Pre-coated with poly-D-lysine, these miniplates offer an optimal surface for the adhesion of a wide variety of cell types, enhancing assay consistency and reliability. Designed for seamless integration with the Seahorse XFp Analyzer, they support real-time measurement of key metabolic parameters, including mitochondrial respiration and glycolysis, at the level of live cells. These plates are ideal for adherent cells that require improved attachment, especially primary cells or cell lines with weak inherent adherence.

Each package includes individually sealed miniplates to ensure sterility and reduce the risk of contamination during setup. The pre-coating with poly-D-lysine streamlines experimental workflow by eliminating the need for manual coating, saving researchers valuable time and resources.

Common research applications include cancer metabolism, immunometabolism, drug toxicity screening, and metabolic phenotyping in translational, pharmaceutical, or academic research contexts. The miniplates are exclusively compatible with the XFp Analyzer, and users frequently pair them with Seahorse XF reagents and calibration kits for precise, reproducible assay results. This specialized consumable is essential for scientists seeking robust, high-throughput metabolic analyses in a compact, user-friendly format.