Dendritic Cells
Dendritic cells (DCs) have long been recognized as the most potent antigen-producing cells with the capacity to initiate naive T cell response in vitro and in vivo. During their differentiation and maturation pathways, dendritic cells can efficiently capture, process and present antigens for T cell activation making DCs an attractive choice for cancer vaccines.
Tools, technologies, antibodies and detection methods from Beckman Coulter are helping researchers take a more holistic approach to understanding the immune response and how it plays out in pathogenic disease.
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An 8-color Panel for Detection of Human Blood Dendritic Cells by Flow Cytometry
Author: Tewfik Miloud, Nathalie Dupas, Anders Kverneland, Mathias Streitz, Birgit Sawitzki and Felix A. Montero-Julian | Beckman Coulter Life Science, Inc., Global Assay and Applications Development, Marseille, France , 2Institute of Medical Immunology, Charité Universitätsmedizin, Berlin, Germany Institute of Medical Immunology, Charité Universitätsmedizin, Berlin, Germany
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Immunotherapy
- About Immunotherapy
- CAR-T Cells: Immuno-oncology Therapeutics
- About Viral Vectors
- Pediatric Immunotherapy
- Manufacturing Processes for Engineered T-Cell Therapy – CAR-T
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- Immunotherapy Shows Renewed Promise for Cancer Therapies
- CRISPR for Immunotherapy
- Characterizing Viral Vectors: Analyzing rAAV Vector Homogeneity
- Developing and Producing Viral Vectors: Powering Forward Momentum for the Future of Gene Therapy
- 3D Cell Culture
- Dendritic Cells
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HIV Advanced Disease Management
- 12 Steps to CD4 Testing
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Advanced Disease Management
- AQUIOS Tetra – Fast, Efficient, High Throughput Lymphocyte Subset Analysis
- Comparing the AQUIOS CL PLG Application to the FC500 MCL FlowCARE PLG Application
- Enumeration of T, B, and NK Subpopulations in Aged Whole Blood Samples
- Error Prevention Features of the AQUIOS CL Overview
- Error Prevention at Start Up, Cleaning and Worklist Generation
- Error Prevention at Sample Preparation on the AQUIOS CL System
- Error Prevention During Quality Control on the AQUIOS CL System
- World Health Organization Guidelines Reinforce Role of CD4 Cell Counting in Immunocompromised Patients
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CD4 Testing in Remote Areas
- How Uganda is Leaving No One Behind
- Bringing Testing to Those in Rural Communities
- CD4 Testing Blood Samples from Rural Communities
- Demonstrating Operational Efficiency in Uganda Part 1
- Demonstrating Operational Efficiency in Uganda Part 2
- Demonstrating Operational Efficiency in Uganda Part 3
- Demonstrating Operational Efficiency in Uganda Part 4
- Innovation In CD4 Testing
- The Impact of Laboratory Proficiency Testing And External Quality Assurance Schemes In Resource Limited Settings
- What is CD4 & Why is it Important?
- An Overview of the Current Status for the Global HIV/AIDS Pandemic
- Nanoparticle Research
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Small Particle
- Verifying for Small Particle with Certified Beads
- Characterization of Extracellular Vesicles with Nanoscale Flow Cytometry
- Measuring Single EVs and their Cargo: Sensitive and Specific Vesicle Flow Cytometry (vFCTM)
- Things to Consider for Small Particle Research
- Western Blot and Other Methods vs. Nanoscale Flow Cytometry
- About Biological Nanoparticles and Microparticles
- Easy to Learn: A New User CytoFLEX Experience
- A Discovery in the Williams Lab
- Trends in Extracellular Vesicle Research
- Free Extracellular Vesicles Poster For Your Lab
- Nanoscale Frequently Asked Questions
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- Astrios and the Nanoscale
- Cell Sorting at the Nano Scale
- The Importance of Guidelines in Small Particle Research
- How the CytoFLEX Enabled The Williams' Lab Extracellular Vesicles Research
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Immunotherapy