Mouse antibody arrays are multiplex protein profiling tools used to investigate multiple mouse proteins simultaneously in biological samples. These antibody microarrays support research into cytokine signaling, inflammation, immune responses and disease-associated molecular changes. Capture antibodies are immobilized at defined positions on glass slides or membranes, enabling parallel detection of selected protein targets.
Key Features
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Multiplex protein detection: Simultaneous analysis of multiple mouse proteins, including cytokines, chemokines, growth factors and other signaling molecules.
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Glass-slide antibody arrays: Support high-density antibody immobilization and commonly use fluorescence-based detection. Validated quantitative formats may use calibration curves to estimate protein concentrations.
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Membrane antibody arrays: Commonly use capture and detection antibody pairs with chemiluminescent readout. Signal intensities generally support semi-quantitative comparisons between samples.
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Sample compatibility: Depending on assay validation, suitable samples may include serum, plasma, cell culture supernatants, and cell or tissue lysates.
Usual Applications
Mouse antibody arrays are used for cytokine profiling, inflammatory pathway analysis, immune response characterization, candidate biomarker discovery and comparative protein expression studies. They enable initial screening of multiple protein targets and can guide subsequent validation using methods such as ELISA or Western blotting. Data interpretation depends on antibody specificity, assay sensitivity, sample composition and experimental conditions.
