Mouse Quantitative Inflammation Antibody Arrays on Glass Slides are multiplex immunoassay platforms designed for the simultaneous quantitative analysis of multiple inflammation-related proteins in mouse biological samples. Based on antibody microarray technology and sandwich immunoassay principles, these arrays use spatially immobilized capture antibodies to detect specific inflammatory mediators, including cytokines, chemokines and other inflammation-associated proteins.

Following sample incubation, captured targets are detected using specific detection antibodies and fluorescent labelling systems. Fluorescence signals are measured using a microarray scanner and compared with analyte-specific calibration standards to determine protein concentrations. This approach enables parallel quantification of inflammatory biomarkers while potentially reducing sample consumption compared with separate single-analyte assays.

Key Features

• Multiplex detection of mouse inflammatory cytokines, chemokines and related proteins.

• Spatially arranged capture antibodies immobilized on glass slides.

• Quantitative protein analysis using fluorescence-based detection and analyte-specific calibration curves.

• Parallel profiling of multiple inflammation-related biomarkers from biological samples.

Usual Research Applications

• Profiling inflammatory responses in mouse models of infection, tissue injury and inflammatory diseases.

• Monitoring cytokine and chemokine levels following immune stimulation, including lipopolysaccharide (LPS) exposure.

• Comparing inflammatory mediator concentrations between experimental groups or treatment conditions.

• Investigating immune signalling pathways and evaluating changes in inflammatory protein expression.