Agilent, 103672-100, Seahorse XF Long Chain Fatty Acid Oxidation Stress Test Kit

Seahorse XF Long Chain Fatty Acid Oxidation Stress Test Kit. Each kit contains three (3) single-use pouches. Each pouch contains one (1) each of etomoxir, oligomycin, FCCP and rotenone/antimycin A. For use with Seahorse XFe/XF96 and XF/XF24 analyzers.

Specifications:
Assay Wells: 3x 96-well or 3x24-well assays
Assays per Kit: 3
For Use With: Seahorse XF Pro AnalyzerSeahorse XF96 AnalyzerSeahorse XFe24 AnalyzerSeahorse XFe96 Analyzer
Kit Contents: 3 single-use pouches. Each pouch contains one each of Etomoxir, Oligomycin, FCCP and Rotenone/Antimycin A
Shipping Condition: Ambient Temperature
Storage Temp Conditions: Store at room temperature

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The Seahorse XF Long Chain Fatty Acid Oxidation Stress Test Kit is designed to quantitatively assess long chain fatty acid oxidation in live cells using the Agilent Seahorse XF family of analyzers. This kit enables real-time measurement of cellular mitochondrial function through oxygen consumption rate analysis when cells are challenged with long chain fatty acid substrates. Ideal for researchers investigating energy metabolism, metabolic disorders, obesity, diabetes, and cardiovascular diseases, it provides a straightforward workflow for evaluating fatty acid oxidation capacity, flexibility, and response to pharmacologic modulators.

Optimized assay reagents and protocols streamline experimental setup and ensure reproducible, high-quality data. The kit is compatible with all Agilent Seahorse XF Analyzer models, including XFe96, XFe24, XF96, and XF24, and can be used alongside other Agilent XF Cell Energy Phenotype and Fuel Flex Test Kits for comprehensive metabolic profiling. Application fields include basic research, disease modeling, drug discovery, and compound screening in a variety of adherent cell types. Detailed instructions, plate maps, and background information are provided to facilitate experimental design and data interpretation, supporting robust metabolic research workflows in academic and pharmaceutical laboratory settings.