InnoCyto’s InnoPlex™ Multiplex Immunoassays represent a time-saving, cost-effective, bead-based flow cytometric solution designed to deliver fast, accurate, and highly reproducible protein quantification from minimal sample volumes. Engineered for a wide range of biomedical research applications—including immunology, oncology, inflammation, and neurodegeneration—these assays enable simultaneous measurement of up to 12 analytes in a single sample, dramatically increasing efficiency without compromising sensitivity. Leveraging uniquely encoded magnetic microspheres, optimized antibody pairs, and a streamlined, automation-friendly workflow, InnoPlex™ assays provide fg/mL sensitivity, broad dynamic range, and compatibility with most flow cytometers. With customizable panel options and a strong focus on performance and value, InnoPlex empowers researchers to generate deeper insights from every experiment, turning one sample into multiple answers and accelerating scientific discovery.
InnoPlex™ assays use microspheres (beads) with unique signatures (differing fluorescence intensities of APC and bead size), each coated with a capture antibody specific to a different analyte, allowing many targets to be measured simultaneously in one sample.
After the sample proteins bind to the beads, biotinylated detection antibodies and a fluorescent reporter (streptavidin-PE) generate a signal proportional to the amount of each analyte.
A flow cytometer identifies each bead population and quantifies the reporter fluorescence to determine analyte concentrations from a standard curve.
If the pre-configured kits are not quite what you are looking for, contact us regarding custom panels. Our scientific team can rapidly develop custom combinations to meet your requirements.
Cytokine panels enable the simultaneous quantification of up to 12 cytokines from a single sample, providing a comprehensive snapshot of immune signaling activity. Panel offerings provide options optimized for specific research areas or T helper subsets.
This collection is designed for research beyond classic cytokines: including Alzheimer’s Disease biomarkers.
