Rabbit quantitative cytokine antibody arrays are multiplex protein immunoassays designed to measure multiple cytokines and other immune mediators simultaneously in biological samples from rabbits (Oryctolagus cuniculus). Cytokines regulate immune responses, inflammation and cellular signaling. Their measurement supports research into rabbit immunology, infectious diseases and experimental inflammatory models.

Glass-slide antibody microarrays use spatially arranged capture antibodies to detect specific proteins. Depending on the assay design, detection may use fluorescence-based immunoassays, with calibration standards enabling quantitative estimation of target protein concentrations.

Key Features

• Multiplex cytokine profiling: Simultaneous measurement of multiple targets represented on the array.

• Glass-slide format: Spatially arranged antibody spots enable parallel protein detection.

• Quantitative analysis: Signal measurement against calibration standards supports concentration estimation when specified by the assay protocol.

• Sample-efficient analysis: Multiple immune mediators can be assessed in a single sample, reducing the need for separate assays for each target.

Usual Research Applications

• Characterization of inflammatory and immune responses in rabbit models.

• Investigation of cytokine profiles during experimental infections.

• Assessment of changes following immune-cell stimulation or experimental treatments.

• Comparison of cytokine concentrations across experimental conditions.