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Showing 1-14 of 14 results

384- vs. 96-Well Multiplex Analysis of Low-Level Cytokines | MILLIPLEX^® Assays

High-sensitivity multiplex panels allow researchers to detect low-level cytokines and study multiple cytokines at once to dive deeper into low-level inflammation processes. See a performance comparison of the 384-well assay and the 96-well assay formats for the MILLIPLEX® Human High

Cell Signaling Multiplex Assays | MILLIPLEX^® Assays

Uncover how cells communicate with MILLIPLEX® cell signaling multiplex assays. Multiplexing with cell signaling phosphoprotein assays based on Luminex® xMAP® technology helps researchers measure phosphoproteins and total proteins within the same or different pathways from a single sample.

Immunoassays for Cosmetics and Personal Care Research

Learn how immunoassays are used in cosmetics and personal care research to discover potential harmful effects of cosmetics products, and assess markers of inflammation, sensitization, aging, and tissue regeneration among others.

Exploring Genotoxicity Through Multiplexing | MILLIPLEX^® Assays

Exploring genotoxicity and DNA damage through multiplexing with MILLIPLEX® multiplex genotoxicity assays using Luminex® xMAP® technology enables the high-throughput measurement of phosphorylation levels of multiple proteins simultaneously and reduces sample volume, time, and cost.

Immunology Multiplex Assays | MILLIPLEX^® Assays

Immunology multiplex assays, like MILLIPLEX® assays, allow researchers to investigate more immune biomarkers simultaneously, saving time and resources. This is especially critical to immunology research, where numerous analytes play a role in different pathways.

Multiplex Cancer Assays for Cancer Research| MILLIPLEX^® Assays

Cancer biomarker detection through MILLIPLEX® multiplex cancer assays can accelerate studies of tumorigenic processes helping advance cancer research.

Autoantibody Multiplex Analysis | MILLIPLEX^® Assays

Multiplex analysis of autoantibodies, such as MILLIPLEX® multiplex assays, helps advance research by detecting multiple autoantibodies like cytokine autoantibodies, autoimmune autoantibodies, and cancer autoantibodies at once to give researchers a full picture of analyte concentrations.

Evaluation of MILLIPLEX^® Mouse High Sensitivity T Cell Panel

The MILLIPLEX® Mouse High Sensitivity T Cell Multiplex Panel is a powerful tool for cytokine profiling in biological samples. Uncover details on how this panel was evaluated for studying low-level cytokine expression and also quantifying multiple cytokine secretion levels simultaneously.

Multiplexing Cancer & Metastasis Signaling Pathways | MILLIPLEX^® Assays

Learn how multiplexing with MILLIPLEX® multiplex assays can help simplify cancer research by measuring multiple circulating biomarkers at once. Find multiplex panels to analyze JAK-STAT, mTOR, MAPK, SAPK, TGFβ signaling pathways, and more.

Next-Generation Cytokine Multiplex Assays | MILLIPLEX^® Assays

Cytokine multiplex assays allow researchers to easily investigate the immune system. The MILLIPLEX® Human Cytokine/Chemokine/Growth Factor Multiplex Panels A and B are multiplex assays for cytokine detection that each offer a unique combination of 48 analytes that can be simultaneously

Superior Lot-to-Lot Consistency of Cytokine Measurement | MILLIPLEX^® Assays

See how a MILLIPLEX® multiplex cytokine assay demonstrated superior lot-to-lot consistency of cytokine measurement in human serum and plasma samples when compared to other Luminex® technology-based multiplex assays.

Largest Non-Human Primate Cytokine Multiplex Panel | MILLIPLEX^® Assays

Multiplex like never before with the MILLIPLEX® Non-Human Primate Cytokine/Chemokine/Growth Factor Panel A that offers researchers the ability to profile the largest selection of immune factors available for non-human primates on one 96-well plate.

Tips & Tricks | Alternate Sample Types in MILLIPLEX^® Cytokine Multiplex Panels

See how MILLIPLEX® multiplex cytokine panels can be used in alternate sample types such as human tears, urine, milk, saliva, and CSF with an example of characterizing neuroinflammation across healthy, MCI, and AD CSF samples.

Multiplexing Inflammation Signaling Pathways | MILLIPLEX^® Assays

See how multiplexing the inflammation signaling pathway with MILLIPLEX® inflammation assays or cell signaling assays can help researchers bridge the gap between immunology and cell signaling, including investigating T cell signaling, Th Cell differentiation, inflammatory response signaling, and sepsis signaling.