BD flow cytometer

The analytical capabilities and multifunctionality of today's laser flow cytometry analysis systems have revealed many mysteries of cell biology and opened up one new research field after another. Therefore, flow cytometry analysis technology has become the main research tool in modern laboratories. The innovative breakthrough in usability of the BD Accuri version of the flow cytometer makes these powerful features more easily accepted by the new generation of flow cytometry analysis users.

The BD Accuri version has a compact, lightweight, portable, and durable body design, making it a valuable personal tool for researchers who need the cell analyzer to be easily available anytime, anywhere (in the laboratory or outdoors). The size of the instrument is suitable and can be easily installed on the laboratory bench. If biological safety protection is required, it can also be placed in a laminar flow sterile operating table for use.

Most users of the BD Accuri version of the cell analyzer can start collecting and analyzing data under the guidance of the Quick Start Guide. Most processes such as daily quality control (QC) and compensation can run automatically, and intuitive software interfaces can guide users throughout the entire workflow. The ultra wide dynamic range spanning 7 orders of magnitude ensures that all data can be used at any time. If it is necessary to adjust the gating and compensate for changes, or to apply new research, the information obtained from the BD Accuri version can be reanalyzed at any time.

BD Accuri flow cytometer is a widely used personal flow cytometer. The instrument has a wide range of applications in daily use, covering immunology and cell biology, as well as cancer research, aquatic biology research, biotechnology, biofuel development, and synthetic biology. The ease of operation makes this instrument suitable not only for technical experts and trained researchers, but also for novice users such as graduate and undergraduate students.

BD flow cytometerSensitivity and simplicity of desktop models:

17.2-decade dynamic range (16000000 digital data channels)

2. Support sample collection from multiple sources, including 12 × 75mm (or smaller) sample tubes

3. Use laboratory grade water as sheath fluid

4. Dimensions (height x width x depth): 11 x 14.7 x 16.5 inches (27.9 x 37.3 x 41.9 centimeters)

5. Weight: 30 pounds (13.6 kilograms)

BD Accuri EditionBD flow cytometerEquipped with a blue laser and a red laser, two scattered light detectors, and four fluorescence detectors loaded with optimized optical filters for detecting conventional fluorescent dyes such as FITC, PE, PerCP, and APC, as well as BD Horizon Brilliant ™ The new polymer dye Blue 515. The BD Accuri version can also be used to analyze various fluorescent proteins, such as GFP, YFP, and mCherry. Its adaptability and applicability in up to four fluorescence color detection experiments have prompted researchers to publish numerous scientific papers citing the BD Accuri flow cytometer. During the production process, the laser and optical path have already been calibrated and set, and locked. No need to adjust the detector voltage, making the system more convenient to use. Digital data collection has an ultra wide dynamic range, allowing users to fully utilize it as needed, thereby eliminating the risk of data loss caused by incorrect settings. Software features such as Zoom and VirtualGain allow users to visualize data at any zoom scale, ensuring that users can accurately set doors and intervals. Despite its compact size, the optical system exhibits unexpected fluorescence sensitivity. Enhanced testing ensures that the optical and liquid circuit designs can withstand harsh working conditions. If the system is anchored, it can operate normally even when the experimental platform is in motion, such as in experiments conducted on ships.

The BD Accuri four-color whole blood immunophenotyping analysis plate will stain whole blood samples with fluorescent antibodies targeting CD3, CD56, CD14, and CD19, and collect and analyze data using the BD Accuri version. Use lateral scattering and CD14 expression analysis to distinguish between lymphocyte populations and monocyte populations. Quantitative determination of the percentage of T cells, NKT cells, NK cells, and B cells based on the expression levels of CD3, CD56, and CD19 in the lymphocyte phylum. The four-color fluorescence scheme can be used to identify a total of five blood cell populations in a single sample tube.