VistaPlex™ Assay Kits for ChipCytometry™
Fast track precise spatial multiplexing
Vistaplex Assay Kits for ChipCytometry offer a ready-to-use, reliable and customizable set of reagents and protocols to generate robust, quantitative, multiplexed spatial data on the CellScape ChipCytometry platform. VistaPlex Assays Kits for ChipCytometry provide true single-cell quantification of the expression of each biomarker for each individual cell in the sample.
- Ready-to-use — Get your results quickly and efficiently. VistaPlex Assay Kits include pre-validated antibodies with optimized dilutions and staining plan to accelerate your ChipCytometry experiment. Each Assay Kit contains reagents to complete iterative staining of 10 samples.
- Reliable — Reagents are highly validated for use in ChipCytometry assays. Validation and optimization in multiple samples and sample types ensures precise and reproducible performance.
- Customizable — Each VistaPlex Assay Kit can be customized to suit researchers needs. Expand upon the kit by adding staining cycles with your biomarkers of interest. With our ZellSafe Chip technology, samples can be reliably stored and re-interrogated for additional biomarkers and assay kits for up to two years.
VistaPlex immunofluorescence assay panels
VistaPlex Spatial Immune and Architecture Kits for spatial analysis on human formaldehyde-fixed, paraffin-embedded (FFPE) tissues enable the profiling of immune populations and tissue architecture using validated antibodies and optimized staining protocols. Canopy Biosciences details a study which compares the efficiency of different assay kits and highlights their ability to identify various cellular phenotypes across different tissue types and disease states. Further, Canopy Biosciences emphasizes the compatibility of VistaPlex kits with CellScape Whole-Slide Imaging Chambers, enhancing the reproducibility and utility of the assays in basic and translational research settings. Overall, VistaPlex kits offer a robust and cost-effective solution for spatial biology research, facilitating deep phenotyping of immune and cancer cells in diverse tissues.







