Agilent, 103775-100, Seahorse XF Pro M FluxPak

Seahorse XF Pro M FluxPak. For use with XF Pro Analyzer. Seahorse XF Pro M FluxPak includes 18 XFe96 sensor cartridges, 18 XF Pro M Cell Culture Microplates, and 1 bottle of Seahorse XF Calibrant Solution 500mL.

Specifications:
Assay Running Volume: 200-250 µL/well
Assay Wells: 96
Biological Sample Type: AdherentIsolated MitochondriaMonolayerSuspension
Bundle Contents: 1 500 mL bottle of calibrant18 XF Pro M cell culture microplates18 XFe96/XF Pro sensor cartridges3 pairs of XF loading guide
Cell Dimension: 2D
For Use With: Seahorse XF Pro Analyzer
Injection Ports per Well: 4 per well
Microchamber Height: 200 µm
Microchamber Volume: 2.28 µL
Plate Surface Treatment: Irradiated
Sample Requirements: 5000-20000 cells/well
Shipping Condition: Ambient Temperature
Volume per Port Injection: 30 µL
Well Volume: 200-250 µL/well

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
The Seahorse XF Pro M FluxPak is an essential consumable kit designed for use with Agilent Seahorse XF Pro Analyzers, supporting high-throughput metabolic analysis of live cells. This kit contains pre-calibrated sensor cartridges and accompanying utility plates to enable accurate, real-time measurements of mitochondrial respiration and glycolytic activity in a variety of cell types and formats. Ideal for researchers investigating cellular bioenergetics, the kit supports applications such as drug screening, metabolic phenotyping, cancer metabolism studies, and evaluation of immunometabolism and mitochondrial dysfunction.

Optimized for seamless integration with the Seahorse XF Pro system, this consumable streamlines the workflow for assays including the Mito Stress Test, Glycolytic Rate Assay, and ATP Rate Assay. Each package provides components necessary for a single 96-well assay, ensuring reliable and reproducible results across experiments. The specially engineered sensor technology precisely quantifies oxygen consumption rate OCR and extracellular acidification rate ECAR, delivering critical metabolic data in a user-friendly format.

Additionally, the kit is compatible with a broad range of cell types and flexible experimental designs, making it a versatile choice for academic, pharmaceutical, or biotechnology research laboratories focused on cellular metabolism and functional bioenergetics.