Automatic Cytometer

Traditional flow cytometers have been effective in capturing a limited number of samples and conducting in-depth analyses of either the phenotypes or the captured signals in separate assays, as a result of the wide range of fluorescent signals. This necessitates the execution of distinct assays at distinct time points, which diminishes biological relevance and complicates the compilation and merging of data for interpretation.input:
output:The iQue® advanced flow cytometry platform employs a fixed wide dynamic range, which enables the simultaneous collection of phenotypes and functional analysis of secreted cytokines. This eliminates the need to split samples for subsequent analysis or resolve discrepancies between different time points.input:
output:
A multi-user, scalable, and straightforward environment that includes comprehensive analysis and visualization tools, walkaway automation, and other features that are not present in conventional flow cytometers.



A walk-up-and-use operation that eliminates the necessity for pre-analytical user setup and power usersinput:
output:Plate formats that are adaptable and suitable for a wide variety of bead-based and cell-based analyses
An entire plate of data can be processed at once, as samples are delivered to detectors in an air-gap delimited stream.Unattended processing of multiple plates is enabled by the generous cartridge station.Dynamic Visualization of Results and Real-time Data Acquisition and Analysisinput:
output:Rapid assay optimization - modify a gate to observe real-time updates to plate-wide analysis.A simple, interactive environment for the development and decision-making of assays that is consistent across multiple platesinput:
output:The standard population selection tools are integrated with plate level annotation, analysis, and visualization.