Mouse Cytokine Antibody Arrays on Glass Slides are multiplex immunoassay platforms designed for the simultaneous quantitative measurement of multiple cytokines in mouse biological samples. Based on antibody microarray technology and the sandwich immunoassay principle, these arrays use spatially immobilized capture antibodies to recognize specific cytokines. Following sample incubation, target proteins are detected using corresponding biotinylated detection antibodies and fluorescently labelled reporter systems. Fluorescence signal intensities are compared with target-specific standard curves to determine cytokine concentrations, enabling quantitative protein profiling of inflammatory and immune-related mediators.

Key Features

• Multiplex cytokine detection: Simultaneous measurement of multiple mouse cytokines, chemokines and other soluble immune mediators.

• Glass-slide microarray format: Spatially arranged capture antibodies enable parallel analysis of multiple protein targets using limited sample volumes.

• Quantitative analysis: Target-specific standard curves allow fluorescence signals to be converted into cytokine concentrations within the validated assay range.

• Sandwich immunoassay principle: Matched antibody pairs provide target-specific recognition and detection.

• Fluorescence-based readout: Enables sensitive signal measurement and quantitative comparison of cytokine concentrations.

Usual Research Applications

• Investigation of inflammatory and immune responses in mouse models.

• Analysis of cytokine secretion and immune cell signalling.

• Studies of infection, autoimmune disorders and inflammatory diseases.

• Evaluation of treatment-induced changes in cytokine production.

• Profiling of potential inflammatory and immune-related protein biomarkers.