Skip to main content
This guide contains instructions for using BD FACSDiva™ Software version 8.0 and later with BD® LSR II or BD LSRFortessa™ Flow Cytometers.
This guide contains instructions for using BD FACSDiva™ Software version 8.0 and later with BD® LSR II, BD LSRFortessa™, or BD LSRFortessa™ X-20 Flow cytometers equipped with the BD® High Throughput Sampler (HTS) option.
The BD LSRFortessa™ X-20 Cell Analyzer puts the power of the BD® LSR platform into a compact footprint. It can easily fit on the benchtop for more cost-effective space utilization.
BD LSRFortessa X-20 Cell Analyzer - Special Order - Brochure 657669
The BD LSRFortessa™ X-20 Flow Cytometer can be configured with up to 5 lasers, which enables the detection of up to 20 parameters simultaneously. The most common laser choices are blue, red, viole
The BD LSRFortessa™ Cell Analyzer puts the power of the BD® LSR platform into a compact footprint. It can easily fit on the benchtop for more cost-effective space utilization.
BD FACSDiva™ 6.0 Software includes Cytometer Setup and Tracking, a set of features used to characterize, optimize, and set up the BD FACSCanto™, BD FACSCanto™ II, and BD® LSR II Flow Cytometers, and BD FACSAria™ Cell Sorter.
To improve experimental workflow, the BD® High Throughput Sampler (HTS) option for the BD LSRFortessa™ Cell Analyzer provides rapid, fully automated sample acquisition from microtiter plates.
The identification and characterization of cell surface markers present on different subtypes of cells of the immune system can broaden the understanding of immune cell function. The BD Lyoplate™ Human Cell Surface Marker Screening Panel is a collection of cell surface marker antibodies designed for screening cells for the expression of 242 human cell surface proteins by flow cytometry or fluorescence imaging.
Here we discuss some of the basics of spillover and compensation, tips for setting up compensation controls, and the tools that BD offers to help you easily plan correct compensation for multicolor assays.
This filter guide presents the recommended filters and filter configurations for the BD LSRFortessa™ Cell Analyzer.
BD LSRFortessa Cell Analyzer - Brochure 649225
BD LSRFortessa Cell Analyzer - Special Order - Brochure 647465
This guide describes the procedures necessary to operate and maintain your BD LSRFortessa™ Cell Analyzer. It also contains information about software features required for basic cytometer setup and operation.
Delivering maximum sensitivity and resolution required for multicolor applications, the special order BD LSRFortessa cell analyzer supports up to 7 lasers and can be used to detect 18 colors simultaneously.
Sold today by BD Biosciences as BD Horizon Brilliant™ Dyes, these products efficiently convert collected excitation light to emitted light at a higher wavelength, enabling scientists to identify cell populations with a broader range of receptor density than was previously possible.
BD Horizon™ V500 Reagent is a violet-excitable dye that has been engineered to improve brightness over Pacific Orange™ and reduce spectral overlap into the FITC channel compared to AmCyan.
BD® CBA on the BD Accuri™ C6 Flow Cytometer
BD Horizon™ V450 Reagents are high-quality antibody conjugates designed to deliver exceptional performance on BD FACS™ brand flow cytometers equipped with violet lasers.
BD® Cytometric Bead Array (CBA) is a flow cytometry application that allows users to quantify multiple proteins simultaneously. The system uses fluorescence detection and antibody-coated beads for capture analytes.
Here we discuss some of the basics of spillover and compensation, tips for setting up compensation controls, and the tools that BD offers to help you easily plan correct compensation for multicolor assays.
The BD Horizon™ PE-CF594 Dye has improved brightness and spectral characteristics over other dyes in the PE-Texas Red detector (610/20 nm). PE-CF594 also is stable in buffers used in typical staining procedures.
The Functional Bead Conjugation Buffer Set is used to covalently link water-soluble proteins to the surface of color-coded functional beads. The bond between the bead and the protein is formed using sulfo-SMCC chemistry.