iQue® Advanced Flow Cytometry Platform

Delivering more of what matters when profiling cell function and phenotype.

Unlocking the secrets of immunology can be tough.

• Are you developing a new immuno-oncology target assay…but struggling to get the right content with throughput?
• Are you trying to profile lead candidates…but find your boss doesn’t want to foot the bill for it?
• Are you developing CAR-T cells for patients and just need a fast way to functionally characterize the best cancer cell killers… but you have precious few cells to study, and time is short?
• Are you monitoring a complex cytokine profile for sets of immuno-phenotyped PBMC’s… but making sense of all the data takes longer than running the experiment?

Plate readers are fast but can’t give you the individual cell measurements and multiplexing needed. Plate imagers produce high content data but don’t work well with suspension cells. Traditional flow cytometry is optimized for suspension cells but is slow, requires expert operators, consumes a lot of cells and reagents, and deals with the data as a collection of “tube experiments”. There must be a better way!

iQue® hears you. We’ve created an intelligent cytometry platform for suspension cell and bead assays that is “based on flow but built for screening”. We are changing the game by removing the limitations of current methods in these key areas:

Relieve capacity bottlenecks throughout your entire experiment with the fastest plate sampling, integrated analysis, and novel data reduction tools.

Conserve precious samples and reagents by sampling as little as a single microliter from miniaturized assay volumes.

Enjoy a simple, scalable, multi-user environment with walkaway automation features including 48 hour uninterrupted run times and automated QC bead vortexing on-board.

Generate more biologically relevant data through the simultaneous measurement of phenotypes and cytokines in the same well.

Dramatically reduce time to decision with novel visualizations that facilitate the fastest path to actionable results, even from complex data sets.