Human chemokine antibody arrays on glass slides are multiplex immunoassay platforms used to detect multiple chemokines simultaneously in biological samples. Chemokines are small signaling proteins involved in leukocyte migration, immune cell recruitment, inflammation and tissue homeostasis. Glass-slide antibody microarrays enable parallel detection of chemokines, supporting the analysis of protein expression profiles in human biological systems.
Key Features
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Multiplex detection: Simultaneous detection of multiple human chemokines using target-specific capture and detection antibodies.
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Fluorescence-based detection: Enables signal acquisition and comparison using a compatible fluorescence laser scanner.
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Sample compatibility: Depending on array specifications, suitable samples may include serum, plasma, cell culture supernatants, and cell or tissue lysates.
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Glass-slide format: Supports parallel analysis while reducing sample and reagent requirements compared with some conventional immunoassay formats.
Usual Applications
Human chemokine antibody arrays are used in inflammation research, immunology, cancer biology and biomarker discovery. They support comparisons of chemokine expression profiles across experimental conditions, investigation of immune cell recruitment pathways and characterization of cellular responses to inflammatory stimuli. Results may be semi-quantitative or quantitative, depending on the array platform. Assay sensitivity, specificity, cross-reactivity and sample compatibility should be evaluated for the selected panel and protocol.
