Endothelial Cell Immunophenotyping Service
At Creative Biolabs, our endothelial cells (ECs) immunophenotyping service goes beyond simple cell counting to provide detailed, multi-parametric analysis. Utilizing state-of-the-art technologies, we deliver a comprehensive characterization of your ECs, including the precise expression profiles of key markers. This rigorous approach offers the necessary clarity and confidence by providing an accurate assessment of ECs' phenotype, purity, and functional status, which is essential for driving vascular and angiogenesis research forward.
Background What We Can Offer Workflow Publication Why Choose Us FAQs Customer Review Related Services Contact Us
What is Endothelial Cell Immunophenotyping?
ECs are vital for vascular homeostasis, and their dysfunction plays a central role in many diseases. Immunophenotyping offers a powerful way to characterize these cells by their unique protein markers, providing insight into their functional state and heterogeneity. Recent research, for example, has highlighted how differential marker expression on ECs—such as CD34—impacts immune cell interactions, underscoring the critical need for precise immunophenotyping. Our service addresses this need by providing a detailed, multi-parametric analysis of EC populations to advance your research.
Our Comprehensive Immunophenotyping Solutions
Our service is built on a foundation of cutting-edge technology and a deep understanding of vascular biology. We offer a comprehensive suite of solutions tailored to your specific research needs:
Advanced Flow Cytometry
Our high-speed, multi-color flow cytometry allows us to analyze thousands of cells per second, generating quantitative data on a vast panel of EC-specific markers. This precision in analysis leads to the accurate identification of EC subsets.
High-Resolution Imaging
We employ advanced immunohistochemistry (IHC) and immunofluorescence (IF) techniques for an in-depth, spatial understanding of EC phenotype within tissue sections. This enables visualization of marker expression in situ, offering crucial context for cell-cell interactions and tissue architecture.
Custom Marker Panels
Our scientific team collaborates closely with you to design custom antibody panels. These panels target the specific markers relevant to your study, whether you're investigating angiogenesis in tumors (e.g., CD31, CD105, VEGFR2), inflammation (e.g., VCAM-1, ICAM-1), or vascular diseases.
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Workflow
We begin with a deep, collaborative understanding of your project goals and conclude with a comprehensive, easy-to-interpret report that gives you the data you need to move your research forward.
Publication
A study on human endothelial cells (HUVECs and ECFCs) found that the common marker CD34 indicates more than just cell identity. Cells were separated into CD34high and CD34low subpopulations. CD34high cells were less proliferative but secreted higher levels of the immunomodulatory cytokines IL-33 and Angiopoietin 2. Furthermore, when co-cultured with PBMCs, these cells specifically promoted the proliferation of regulatory T lymphocytes (Tregs). This research suggests that CD34 expression is a potential indicator of an anti-inflammatory and immunoregulatory state in endothelial cells.
Fig.1 Isolation of HUVECs for co-culture with PBMCs. 1
Why Choose Us?
Choosing the right partner for your research is critical, and Creative Biolabs is dedicated to your success. Our endothelial cell immunophenotyping service combines unparalleled scientific expertise with cutting-edge technology and a commitment to quality and data integrity. We meticulously handle every sample and provide custom solutions and dedicated scientific support to ensure you receive highly specific, actionable, and reproducible results, accelerating your path to discovery.
Gain clarity and confidence with our advanced immunophenotyping services. Unlock precise cellular insights to power your research success. Contact us to learn more.
FAQs
Q1: How do you handle sample variability and ensure consistent results?
A1: We minimize sample variability through our standardized protocols and rigorous quality control measures. We collaborate closely with you to understand your specific samples and design a workflow that guarantees reliable and reproducible results, even when working with complex or limited materials.
Q2: What markers can you analyze? Is it limited to just a few standard ones?
A2: Not at all! We offer extensive marker panels that go beyond standard selections, including common markers (e.g., CD31, CD34, VCAM-1) alongside a broad spectrum of specialized options. Our custom panel design service allows us to precisely target the markers crucial for your unique project.
Q3: Is your service suitable for both cell line and primary cell samples?
A3: Yes, our service is designed to handle a range of sample types, from cultured cell lines and primary cells to tissue samples. Our experts will guide you on optimal preparation methods for your specific material, ensuring the highest quality data.
Customer Review
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A Crucial Tool for Angiogenesis Research
The custom marker panels designed by Creative Biolabs were exactly what we needed. Their service facilitated our research into anti-angiogenic therapies by providing clear, quantifiable data on the efficacy of our lead compounds. - Jn Sh***
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Exceptional In-situ Analysis
The high-resolution immunofluorescence imaging provided by their team gave us an unprecedented spatial understanding of endothelial cell activation in our tissue samples. This level of detail was a game-changer for our inflammatory disease study. - Sa Mz***
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How to Contact Us
For a detailed discussion on how our endothelial cell immunophenotyping service can benefit your project, please contact us today. Our specialists are ready to provide a customized plan that meets your unique research needs.
Reference
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Arakelian, Lousineh, et al. "Endothelial CD34 expression and regulation of immune cell response in-vitro." Scientific Reports 13.1 (2023): 13512. Distributed under Open Access license CC BY 4.0, without modification. https://doi.org/10.1038/s41598-023-40622-7
