The imaging cytometers and multiplex bead assays extend even further the power of flow cytometry by providing ... and reliably express high levels of functional proteins with greater ease and ...

Most flow cytometry assays are lab-developed tests (LDTs) — designed, manufactured and validated within a single laboratory. Currently, there are limited database options for sharing flow ...

Content is key, and a Seattle-based startup company has entered the high-throughput cell imaging market with a novel system that could dramatically increase the amount of information available in a ...

Its intuitive touchscreen interface, easy-to-use software, and optimized “Mix-and-Read” assays combine to streamline and simplify flow cytometry analyses. The Muse Micro cell analyzer is built ...

While traditional flow cytometry research analyzes phenotypes, this platform combines a molecular assay based on rolling circle amplification and padlock probes with a flow cytometry readout for ...

The Cytek® Muse® Micro is an affordable cell analyzer that simplifies flow cytometry while enhancing ease-of-use, precision and versatility. It expands assay capabilities to established and ...

It covers a broad range of potential fluorophores and reagents, including Invitrogen labeling reagents, which allows the reader to make an informed decision when it comes to using flow cytometry in ...

High throughput flow cytometry helps to test antibody cross-reactivity with multiple antigens or drug effects on multiple cell subpopulations in complex cell mixtures such as blood.

In such cases our clinical DSRT (cDSRT) assay can help doctors to identify the most effective ... In addition to the classical DSRT, our high throughput flow cytometry-based DSRT allows to evaluate ...

While traditional flow cytometry research analyzes phenotypes, this platform combines a molecular assay based on rolling circle amplification and padlock probes with a flow cytometry readout for ...