flow cytometry

The latest group of winning technologies has a little something for everyone—from scientists at the lab bench to those in the clinic and even the classroom.

In the middle of the 20th century, science disciplines collided and set the stage for a technology that changed cell research.

Spectral flow cytometry collects the full emission spectrum of a fluorochrome, enabling multicolor panels with more parameters than conventional flow cytometry.

Advances in molecular profiling tools and techniques help scientists detect and identify extracellular vesicle markers.

Flow-based methods allow researchers to collect multiparameter data from individual cells in their samples, but the fate of samples depends on the instrument.

Scientists analyze and quantify characteristics of cells and other particles with the power of lasers.

The ability to rapidly count and measure features of cells opened the research flood gates.

From basic research to efficacy testing, scientists use cytometry by time of flight (CyTOF) to analyze complex biological systems.

With the right guidance, researchers can choose antibodies for their experiments with confidence.

A new, GMP-ready system enhances cell isolation and ensures smoother transitions between process development and cell production.

Spectral flow cytometry separates similarly emitting fluorophores and enabled Kaitlyn Sadtler to construct a 24-color rat panel for immunological analyses.

CF^®  Dyes combine pegylation and sulfonation to create fluorescent dyes with better signal intensity, more solubility, and superior specificity.

Camera-free imaging unlocks new cell sorting applications.

A novel instrument combines fluorescence-activated cell sorting, imaging flow cytometry, and spectral flow cytometry to advance cell population examination.

Researchers harness the power of familiar methods to advance science. 

Advanced flow cytometers reduce the need for scientists to use multiple devices to analyze cell-based assays. 

Dive deeper into tissue samples with high resolution, high-plex spatial phenotyping.

In this webinar, Elena Piskounova and Christina Towers discuss the implications of metabolic changes in cancer cells for therapeutic development and efficacy. 

Explore a case study of human iPSC derived cardiomyocyte isolation and enrichment.