Mouse Semi-Quantitative Inflammation Antibody Arrays on Glass Slides are multiplex protein microarray platforms designed to investigate the relative abundance of multiple inflammation-related proteins simultaneously in mouse biological samples. Based on antibody microarray technology and sandwich immunoassay principles, these arrays use spatially immobilized, target-specific capture antibodies to detect cytokines, chemokines and other inflammatory mediators involved in immune regulation, leukocyte recruitment and inflammatory responses.

Following sample incubation, captured proteins are detected using specific detection antibodies and fluorescent labelling. Fluorescence signals are measured using a microarray scanner, allowing relative comparisons of protein abundance across samples. Unlike quantitative antibody arrays, semi-quantitative arrays primarily provide comparative protein profiling data rather than absolute protein concentrations.

Key Features

• Multiplex detection of multiple inflammation-related proteins on a single glass slide.

• Spatially arranged capture antibodies for target-specific protein detection.

• Fluorescence-based signal detection and relative protein abundance analysis.

• Compatibility with mouse biological samples, depending on the array configuration.

Usual Applications

• Investigating inflammatory and immune response pathways.

• Comparing cytokine and chemokine profiles between experimental conditions.

• Studying inflammation in disease models, including autoimmune disorders and infections.

• Monitoring changes in inflammatory protein profiles following experimental treatments.