Our solutions for flow cytometry provide you with technology that ensures accurate and consistent results, allowing for reliable cell population analysis. Our flow cytometry software simplifies the operation of flow cytometers while maintaining optimal performance, benefiting both routine cell-based assays and complex applications. Researchers seeking high-dimensional single-cell analysis and clinical diagnostic laboratories aiming to streamline workflows will find solutions tailored to their needs. Our software seamlessly integrates with flow cytometry enabling efficient cell counting and characterization.
Features
Essential Features of Our Flow Cytometers
These flow cytometers offer exceptional performance in flow cytometry, allowing for accurate and reliable analysis of cellular samples with high precision and sensitivity.
- Our flow cytometry systems ensure consistent and reproducible results, meeting rigorous quality standards to deliver reliable data for research and clinical applications.
- Designed to withstand demanding laboratory environments, the benchtop flow cytometers demonstrate long-lasting durability, making them a reliable tool for researchers in a variety of cell-based assays.
Applications
Flow Cytometer Applications
- The flow cytometer can be utilized in the development of monoclonal antibodies, enabling researchers to identify and characterize specific antibodies with high specificity and affinity, which is crucial for various diagnostic and therapeutic applications.
- The application of flow cytometers in immunology enables the analysis of immune cell populations, immune responses, and immunophenotyping studies.
- Multicolor flow cytometry in cancer research allows for the simultaneous detection of multiple markers on cancer cells, enabling detailed characterization of tumor heterogeneity and the identification of specific cell populations associated with disease progression or therapeutic response.
- RNA flow cytometry in the study of immune response enables the direct measurement of cytokine mRNA expression in individual immune cells.
- Signal transduction flow cytometry finds application in drug discovery and development, allowing researchers to investigate the activation and modulation of specific signaling pathways within cells.
- Flow cytometry in stem cell research tracks and monitors stem cell differentiation, migration, and proliferation, providing valuable insights into stem cell behavior and potential therapeutic applications.
FAQs
What is the flow cell in flow cytometry?
The flow cell in flow cytometry is a crucial component that serves as an interrogation point, where individual cells or particles pass through a narrow, hydrodynamically focused stream for precise and sequential analysis of cell light-scattering and fluorescence.
What is automated flow cytometry, and why is automation becoming increasingly important for labs?
Automated flow cytometry refers to the integration of robotic systems, such as flow cytometer autosamplers and flow cytometry data analysis software, to streamline the entire workflow, including sample handling, reducing manual intervention, and increasing efficiency. Flow cytometer automation is becoming increasingly important for labs as it enables higher throughput, improved reproducibility, and standardized data analysis, allowing researchers to process larger sample volumes and generate reliable results more efficiently.
How does flow cytometry analyze cells?
Flow cytometry analyzes cells or particles by measuring specific characteristics of cells as they pass through a laser-based detection system. The instrument quantifies parameters such as cell size, granularity, and fluorescence intensity, enabling the identification and characterization of different cell types based on their distinct characteristics.
Why use a fluorescent marker?
Fluorescent markers in flow cytometry are used to specifically label and detect certain molecules or cellular components within a sample, providing insights into cellular functions, interactions, and identifying specific cell populations of interest using surface markers.
Why choose our advanced flow cytometry solutions?
We offer advanced flow cytometry solutions that provide several key advantages. Our wide range of high-quality flow cytometry antibodies and fluorescent probes ensure reliable and specific labeling of target molecules for accurate analysis. Our portfolio also includes compact flow cytometers, offering flexibility and convenience for various experimental settings. Additionally, we offer reliable flow cytometer parts and comprehensive technical support, ensuring optimal performance and longevity of the instruments. Ultimately, our advanced flow cytometers function to facilitate precise analysis of cell populations, supporting various research and diagnostic applications.
What are some of the flow cytometry instruments and Sample Preparation systems in your product line-up?
- Sample Preparation Stations - To address the challenges faced by clinical cell flow cytometry labs, this advanced flow cytometry solution – our sample preparation stations - offers automation of tasks such as pipetting and data processing, helping to enhance productivity, reduce errors, and streamline workflows.
- Cell Sorters - With our advanced cell sorters, you can efficiently isolate specific cell populations of interest, enabling precise experimentation and analysis.
- Clinical flow cytometry analyzers - This clinical flow cytometry analyzer revolutionizes medical diagnostics, empowering healthcare professionals with precise and powerful tools to unravel the intricate complexities of cellular analysis.
- Flow cytometry software - These cloud-based flow cytometry software solutions help immunologists and cytometrists analyze large datasets quickly, delivering insights and statistical evaluations and reducing analysis subjectivity.
- Research flow cytometers – All configurations of these easy-to-use, high-performance research flow cytometers including the compact CytoFLEX flow cytometry equipment deliver excellent sensitivity and resolution.