Standardization and Quality Assurance

- Need for Standardization of Fluorescence Measurements from the RegulatorŽs View

- Need for and Metrological Approaches towards Standardization of Fluorescence Measurements from the View of National Metrological Institutes

- Linking Fluorometry to Radiometry: Traceability and Physical and Fluorescence Standards

- Fluorescence Quantum Yield: Traceability, Methods of Determination and Standards

- Long Wavelength and Near-IR Fluorescence: the State-of-the-Art and the Need for Standards

- Surface Fluorescence: The Only Standardized Method of Measuring Luminescence

- Time Resolved Fluorometry: Typical Methods, Challenges, Applications and Standards

- Practical Time-Resolved Fluorescence Spectroscopy: Avoiding Artifacts and Using Lifetime Standards

- Evaluation of Time Resolved Fluorescence Data: Typical Methods and Problems

- Time Resolved Fluorescence: Novel Technical Solutions and Future Need for Standards

- Fluorescence Depolarization Techniques in Materials Sciences

- Fluorescence Polarization Techniques: Applications, Pitfalls and Future Trends

- Introduction: Classification of Chemical Sensing

- Fiber-Optic and Nanoparticle-Based Fluorescence Sensing: Pitfalls, Self- Referencing, Application, and Future Trends

- Intrinsically Referenced Fluorometric Detection Schemes: Advantages and Applications

- TIRF Sensing, Quality Assurance and Application to Water Analysis

- Fluorescence Sensing and Imaging Using PSPs and TSPs

- Introduction to Fluorescence Microscopy: Methods and Instrumentation, Quality Assurance and Standards

- Need for Standardization of Fluorescence Measurements from the Instrument ManufacturerŽs View

- Approaches to the Characterization of Fluorescence Microscopes

- Quantification in Fluorescence Microscopy

- Confocal Spectral Imaging Systems: Instrument Characterization and Comparability of Data

- Fluorescence Lifetime Imaging: Quality Assurance and Standards

- State-of-the-Art and

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