Flow Cytometry – Multimedia

This application note explores an innovative spectral flow cytometry method optimized for NK cell characterization.

Flow cytometers struggle with complex samples, slow rates, and panel limits. Next-gen technology enables fast, multidimensional analysis with acoustic-assisted hydrodynamic focusing and expanded spectral capabilities and data loss.

This eBook explores how advances in flow cytometry have enabled rapid, large-scale analysis at the single-cell level, enhancing efficiency across the drug development pipeline.

Still Using PerCP and PE Tandem Dyes? Cleaner Alternatives Are Here.

This case study highlights a novel platform that enabled a research team to identify, isolate and expand rare NIH-3T3 clones expressing HER2 and EBFP2, achieving results in weeks rather than months.

This poster highlights how IMC technology deciphers the phenotypic and spatial characteristics of brain tumors, providing critical neuro-oncological insights.

This application focus explores how IMC can be applied to identify major cell populations that make up mouse brain matter.

This application note demonstrates how imaging mass cytometry (IMC) is transforming neurodegeneration research, providing detailed visualization of protein aggregates, neuron populations and inflammatory cell interactions.

Researchers have found that α5 integrin, a protein predominantly expressed by microglia and endothelial cells in ALS patients, could be a promising therapeutic target. Using CyTOF flow cytometry, they identified its expression on immune cells associa

This infographic presents recent key innovations that ensure reliable, high-throughput, automated flow cytometry workflows to enhance drug discovery.