Agilent, 102959-100, Seahorse XFe96 Spheroid Microplate

Seahorse XFe96 Spheroid Microplate. Measure functional metabolism in 3 dimensions on spheroids. One Seahorse XFe96 Spheroid Microplate.

Specifications:
Assay Running Volume: 200-250 µL/well
Assay Wells: 96
Biological Sample Type: Spheroid
Bundle Contents: 1 XFe96 Spheroid Microplates.
Cell Dimension: 3D
For Use With: Seahorse XF Pro AnalyzerSeahorse XFe96 Analyzer
Injection Ports per Well: 4 per well
Plate Surface Treatment: Irradiated
Sample Requirements: 1-100 spheroids/well
Shipping Condition: Ambient Temperature
Well Volume: 250 µL

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The Seahorse XFe96 Spheroid Microplate facilitates high-throughput metabolic analysis of three-dimensional cellular spheroids, enabling researchers to better model in vivo conditions compared to traditional two-dimensional assays. Designed with a unique geometry and surface treatment, each well promotes stable spheroid formation and optimal positioning for real-time measurement of cellular bioenergetics. This microplate is ideal for studies investigating cancer, stem cell differentiation, and drug efficacy, where physiological relevance is paramount.

Engineered specifically for compatibility with the Agilent Seahorse XFe96 Analyzer, it allows seamless integration into workflows involving mitochondrial respiration and glycolytic function assessments. The microplate supports assays assessing oxygen consumption rate and extracellular acidification rate, delivering robust and reproducible results for multidimensional cell models.

Researchers can utilize this consumable in combination with Agilent Seahorse XF media and assay kits, streamlining experimental setup and enhancing assay reliability. It is suitable for pharmaceutical drug screening, toxicological evaluation, and advanced basic research across oncology, neuroscience, and tissue engineering fields. By enabling real-time analysis in a 96-well format, this product accelerates data generation for complex spheroid-based studies, offering an efficient solution for laboratories seeking physiologically relevant insights into cellular metabolism.