Mouse Semi-Quantitative Chemokine Antibody Arrays on Glass Slides are multiplex protein microarray platforms designed to simultaneously analyze the relative expression levels of multiple chemokines in mouse biological samples. Based on antibody microarray technology and sandwich immunoassay principles, these arrays use spatially immobilized, chemokine-specific capture antibodies to detect soluble mediators involved in leukocyte migration, immune cell recruitment and inflammatory responses.

Following sample incubation, captured chemokines are detected using specific detection antibodies and fluorescent labeling. Fluorescence signal intensities are measured with a microarray scanner and compared between samples to provide semi-quantitative assessments of relative chemokine expression.

Key Features

• Multiplex detection of several mouse chemokines within a single assay.

• Spatially immobilized, target-specific capture antibodies on functionalized glass slides.

• Sandwich immunoassay format with antibody-based fluorescent detection.

• Relative fluorescence intensity analysis for comparing chemokine expression profiles.

• Reduced sample consumption compared with performing multiple individual immunoassays in parallel.

• Chemokine panels may include CCL and CXCL family members, depending on array configuration.

Usual Applications

Mouse chemokine antibody arrays are used in immunology and inflammation research to:

• Investigate chemokine expression during inflammatory and immune responses.

• Study leukocyte recruitment and immune cell migration.

• Compare chemokine profiles between control and experimentally treated samples.

• Explore inflammatory mechanisms in infection, cancer and autoimmune disease models.

• Identify candidate chemokine biomarkers and targets for further investigation.