Content by BD Biosciences

See how the BD FACSDiscover™ A8 Cell Analyzer uses real-time imaging and spectral flow cytometry to run ultra-high parameter spectral workflows.

Strong strategic fit that increases presence in multiple high-growth adjacencies and offers immediate commercial impact from Waters' proven execution model

Real-time imaging enhances fluorescence activated cell sorting (FACS) to help scientists overcome the cost and burden of validation.

Spectral flow cytometry offers greater panel sizes and design flexibility. Learn more in this video!

Learn how live imaging improves fluorescence-activated cell sorting.

A better understanding of fluorochrome properties and interactions can minimize loss of data quality and resolution.

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

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.

Rafael Gomez-Amaro and Karen Ersland discuss how HyperFinder technology optimizes cell identification and isolation from flow cytometry assays.

Karen Ersland and Rachael Sheridan discuss how flow cytometry contributes to single-cell applications, from cloning to sequencing.

Karen Ersland, David Haviland, and Dagna Sheerar discuss how to obtain the best cell samples possible using fluorescence-activated cell sorting.

Flow cytometry is a binary system, where cells are either positive or negative for a specific marker when using an appropriate fluorescent dye to detect a specific antigen.