Multi-Parameter Phenotype Analysis Service Based on Flow Cytometry Systems

STEMart offers comprehensive Multi-Parameter Phenotype Analysis services, utilizing advanced flow cytometry systems to deliver high-resolution phenotypic profiling of diverse cell populations. These systems are integral to our laboratory's capabilities, enabling detailed characterization of cellular phenotypes by simultaneously measuring multiple parameters. This technology is essential for research areas such as immunology, oncology, and stem cell biology, where understanding the complexity of cell populations is critical.

Flow cytometry systems employed in multi-parameter analysis work by detecting and quantifying multiple fluorescent markers on individual cells as they pass through a laser beam. The ability to analyze various markers at once allows for the detailed characterization of cell subsets, revealing subtle differences in cell populations that are vital for research and clinical applications. This technology is particularly valuable in the study of immune responses, cancer cell heterogeneity, and the identification of rare cell types.

Leveraging our state-of-the-art flow cytometry systems, we offer a range of Multi-Parameter Phenotype Analysis services tailored to your specific research needs. These services ensure precise and detailed phenotypic profiling, providing critical insights into cellular functions and interactions.

What We Offer

• Immune Cell Phenotyping

Detailed profiling of immune cell subsets, including T cells, B cells, NK cells, and myeloid cells, to study immune responses and disease states.

• Cancer Cell Phenotyping

Analysis of tumor cell heterogeneity, including the identification of cancer stem cells and drug-resistant subpopulations, to inform treatment strategies.

• Stem Cell Phenotyping

Characterization of stem and progenitor cells, including surface marker expression and differentiation potential, critical for regenerative medicine and developmental biology.

• Comprehensive Panel Design

Custom-designed multi-parameter panels tailored to specific research questions, enabling precise and targeted phenotypic analysis.

• Simultaneous Detection of Multiple Markers

Multi-color flow cytometry to analyze up to 50 different markers on each cell, allowing for a highly detailed understanding of cellular phenotypes.

Advantages of Services Using Our Flow Cytometry Systems

• High Resolution and Sensitivity

Our flow cytometry systems offer unparalleled sensitivity and resolution, crucial for detecting subtle phenotypic differences within heterogeneous cell populations.

• High Throughput

Capable of analyzing large sample sizes quickly, making it ideal for studies requiring high statistical power or screening of numerous conditions.

• Comprehensive Data Collection

Simultaneous measurement of multiple parameters provides a holistic view of cellular phenotypes, offering more detailed insights compared to single-parameter analysis.

• Customized Assay Development

Tailored assay designs to match your specific research objectives, ensuring that the analysis is both relevant and actionable.

Our Equipment

BD FACSymphony A5

A high-performance flow cytometer capable of measuring up to 50 parameters simultaneously, providing deep insights into complex cellular phenotypes.

Cytek Aurora

A spectral flow cytometer that offers superior resolution and flexibility, ideal for complex multi-color panels and detailed phenotypic analysis.

BD FACSAria Fusion

Combines cell sorting capabilities with multi-parameter analysis, enabling the isolation of specific cell subsets based on detailed phenotypic profiles.

BD LSRFortessa

A versatile flow cytometer that supports high-dimensional phenotypic analysis, widely used in both basic research and clinical applications.

STEMart provides high-quality flow cytometry services tailored to meet the specific needs of our clients. Our experienced specialists use advanced equipment and follow strict quality control measures to ensure accurate and reliable results. Contact us to learn more about our flow cytometry services and how we can help you achieve your research goals.