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Laboratory demonstration - DC and T cell activation

Basic parametersApplicationsCell phenotypingMeasurement of cell activationVisualization of cell divisionDetection of intracellular molecues (e.g. cytokine)Analysis of specific ligand bindingAnalysis of intracellular calcium concentrationAnalysis of DNA content Cell sorting. Applications o

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Laboratory demonstration - DC and T cell activation

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    1. Applications of flow cytometry in basic immunology Generation and characterization of DC Assays for T cell activation Cell proliferation Cell division Cell activation marker Laboratory demonstration - DC and T cell activation

    2. Basic parameters Applications Cell phenotyping Measurement of cell activation Visualization of cell division Detection of intracellular molecues (e.g. cytokine) Analysis of specific ligand binding Analysis of intracellular calcium concentration Analysis of DNA content Cell sorting Applications of Flow Cytometry in Basic Immunology

    3. FSC (forward scatter) - Size SSC (side scatter) - Granularity FL (flurochrome) FL-1, FL-2, FL-3 etc. Flow cytometry - the basic parameters

    4. (1) FSC the size

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